From 8fa32a38440489a9dda5d33bd6f58f26c38cabfe Mon Sep 17 00:00:00 2001 From: Qing Date: Thu, 26 Sep 2024 18:49:18 -0400 Subject: [PATCH 1/5] modified: metax/taxafunc_analyzer/analyzer_utils/razor_sum.py modified: metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py add a new function get_razor_pep_df() to get the razored peptide, protein group and intensity data frame --- metax/taxafunc_analyzer/analyzer.py | 20 ++++++------ .../analyzer_utils/razor_sum.py | 32 +++++++++++++++++-- .../analyzer_utils/sum_protein_intensity.py | 16 +++++++++- 3 files changed, 54 insertions(+), 14 deletions(-) diff --git a/metax/taxafunc_analyzer/analyzer.py b/metax/taxafunc_analyzer/analyzer.py index 29248c4..37f3f73 100644 --- a/metax/taxafunc_analyzer/analyzer.py +++ b/metax/taxafunc_analyzer/analyzer.py @@ -956,22 +956,20 @@ def get_df(self, table_name:str = 'taxa'): meta_path = '../data/example_data/Example_Meta.tsv' df_path = os.path.join(current_path, df_path) meta_path = os.path.join(current_path, meta_path) - sw = TaxaFuncAnalyzer(df_path, meta_path) # sw.set_func('None') sw.set_func('KEGG_Pathway_name') sw.set_group('Individual') - sw.set_multi_tables(level='l', data_preprocess_params = { - 'outlier_detect_method': 'zero-dominant', - 'outlier_handle_method': 'original', - 'outlier_detect_by_group': None, - 'outlier_handle_by_group': None, - 'normalize_method': None, - 'transform_method': "log2", - 'batch_meta': 'None', - 'processing_order': None}, + sw.set_multi_tables(level='l', + outlier_params = {'detect_method': 'zero-dominant', 'handle_method': 'original', + "detection_by_group" : 'Individual', "handle_by_group": None}, + data_preprocess_params = { + 'normalize_method': None, + 'transform_method': "log2", + 'batch_meta': 'None', + 'processing_order': None}, peptide_num_threshold = {'taxa': 2, 'func': 2, 'taxa_func': 2}, - keep_unknow_func=False, sum_protein=False, + keep_unknow_func=False, sum_protein=True, sum_protein_params = {'method': 'razor', 'by_sample': False, 'rank_method': 'unique_counts', 'greedy_method': 'heap'}, split_func=True, split_func_params = {'split_by': '|', 'share_intensity': False}, taxa_and_func_only_from_otf=True diff --git a/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py b/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py index 7de67f0..5ad5867 100644 --- a/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py +++ b/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py @@ -19,6 +19,34 @@ def __init__(self, df, column_map, peptide_mun_threshold=1, self.__multi_target_count = 0 + def get_razor_pep_df(self, greedy_method='heap'): + # reset the results to avoid the influence of previous results + self.res_intensity_dict = {} # + self.__multi_target_count = 0 + self.mini_target_set = None + self.filtered_target_to_peptides = None + + self.greedy_method = greedy_method + print('Start to sum protein intensity using method: [razor]') + if self.column_map['sample_list'] is None or len(self.column_map['sample_list']) == 0: + raise ValueError('Please provide [sample_list] in column_map for sum, e.g. ["Sample1", "Sample2", "Sample3"]') + # only extract the peptide and target columns + extract_cols = [self.column_map['peptide'], self.column_map['target']] + self.column_map['sample_list'] + self.df = self.df.loc[:, extract_cols] + + pep_to_target = self._create_pep_to_target_razor() + pep_to_1st_target = {pep: targets[0] for pep, targets in pep_to_target.items()} + df_pep = self.df.copy() + # repalce the target column with the 1st target + df_pep[self.column_map['target']] = df_pep[self.column_map['peptide']].map(pep_to_1st_target) + # join groups with ';' to the target_group column + df_pep[f'{self.column_map["target"]}_group'] = df_pep[self.column_map['peptide']].map(lambda x: ';'.join(pep_to_target[x])) + # reorder the columns[target, target_group, peptide, sample1, sample2, sample3] + df_pep = df_pep[[ self.column_map['peptide'], self.column_map['target'], f'{self.column_map["target"]}_group'] + self.column_map['sample_list']] + + return df_pep + + def sum_protein_intensity(self, greedy_method='heap'): # reset the results to avoid the influence of previous results self.res_intensity_dict = {} # @@ -275,8 +303,8 @@ def _update_output_dict(self, target_list, sample_name, intensity): } sia = RazorSum(df, column_map, peptide_mun_threshold=3) - res_df = sia.sum_protein_intensity(greedy_method='greedy') - + res_df = sia.get_razor_pep_df(greedy_method='greedy') + print(res_df.head()) # res_df.to_csv('razor_protein_intensity.tsv', sep='\t') # or get minimum target set only diff --git a/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py b/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py index 9aaa11a..888c37e 100644 --- a/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py +++ b/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py @@ -42,7 +42,21 @@ def check_protein_col(self): if (self.df[self.tfa.protein_col_name].str.strip() == '').any(): raise ValueError(f'There are empty values in {self.tfa.protein_col_name} column') - + + def get_razor_pep_df(self, greedy_method='heap'): + razor_integrator = RazorSum(df=self.df, + column_map={ + 'peptide': self.tfa.peptide_col_name, + 'target': self.tfa.protein_col_name, + 'sample_list': self.tfa.sample_list, + }, + peptide_mun_threshold=self.peptide_mun_threshold, + share_intensity=self.share_intensity, + greedy_method=greedy_method, + protein_separator= self.protein_separator) + df = razor_integrator.get_razor_pep_df(greedy_method = greedy_method) + return df + def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='unique_counts', greedy_method='heap', peptide_mun_threshold=None): ''' method: str, default 'razor' From bcde45fcd096af4bb2b640d5e053afd328ed802a Mon Sep 17 00:00:00 2001 From: Qing <44231502+byemaxx@users.noreply.github.com> Date: Wed, 2 Oct 2024 17:13:58 -0400 Subject: [PATCH 2/5] - New: added DriectLFQ algorithm option for quantification. --- Docs/ChangeLog.md | 6 + Docs/example.ipynb | 32 +- metax/gui/main_gui.py | 11 +- metax/gui/metax_gui/generic_thread.py | 16 +- metax/gui/metax_gui/main_window.ui | 25 + metax/gui/metax_gui/ui_main_window.py | 14 + metax/taxafunc_analyzer/analyzer.py | 93 +- metax/taxafunc_analyzer/analyzer_utils/lfq.py | 874 ++++++++++++++++++ .../analyzer_utils/razor_sum.py | 17 +- .../analyzer_utils/sum_protein_intensity.py | 37 +- metax/utils/version.py | 4 +- pyproject.toml | 5 +- requirements.txt | 3 +- 13 files changed, 1075 insertions(+), 62 deletions(-) create mode 100644 metax/taxafunc_analyzer/analyzer_utils/lfq.py diff --git a/Docs/ChangeLog.md b/Docs/ChangeLog.md index ebc8132..9d6c64e 100644 --- a/Docs/ChangeLog.md +++ b/Docs/ChangeLog.md @@ -1,3 +1,9 @@ +# Version: 1.115.0 +## Date: 2024-10-02 +### Changes: +- New: added DriectLFQ algorithm option for quantification. + + # Version: 1.114.5 ## Date: 2024-09-23 ### Changes: diff --git a/Docs/example.ipynb b/Docs/example.ipynb index 66033d3..106ab00 100644 --- a/Docs/example.ipynb +++ b/Docs/example.ipynb @@ -91,14 +91,17 @@ "Parameters:\n", "- `level (str)`: The taxonomic level to consider. Default is 's' (species).\n", "- `func_threshold (float)`: The threshold for function proportion. Default is 1.00.\n", + "- `outlier_params (dict)`: Parameters for outlier detection and handling. Default is {'outlier_detect_method': None, 'outlier_handle_method': None, 'outlier_detect_by_group': None, 'outlier_handle_by_group': None}.\n", "- `data_preprocess_params (dict)`: Parameters for data preprocessing. Default is {'normalize_method': None, 'transform_method': None,\n", - " 'batch_meta': None, 'outlier_detect_method': None, 'outlier_handle_method': None,\n", - " 'outlier_detect_by_group': None, 'outlier_handle_by_group': None, 'processing_order': None}.\n", + " 'batch_meta': None, 'outlier_detect_method': None, 'processing_order': None}.\n", "- `peptide_num_threshold (dict)`: Thresholds for peptide numbers in Function table, Taxa table, and Taxa-Function table.\n", " Default is {'taxa': 1, 'func': 1, 'taxa_func': 1}.\n", "- `sum_protein (bool)`: Whether to sum protein intensity. Default is False.\n", "- `sum_protein_params (dict)`: Parameters for summing protein intensity. Default is {'method': 'razor', 'by_sample': False,\n", - " 'rank_method': 'unique_counts'}.\n" + " 'rank_method': 'unique_counts', 'greedy_method': 'heap', 'peptide_num_threshold': 1}.\n", + "- `split_func (bool)`: Whether to split functions. Default is False.\n", + "- `split_func_params (dict)`: Parameters for splitting functions. Default is {'split_by': '|', 'share_intensity': Falsee}.\n", + "- `quant_method (str)`: The quantification method. Default is 'sum'. Options are 'sum', 'lfq'" ] }, { @@ -143,15 +146,20 @@ "\n", "# sw.set_group('Person')\n", "# sw.set_group('Person')\n", - "sw.set_multi_tables(level='s', data_preprocess_params = {'normalize_method': None, 'transform_method': \"log10\",\n", - " 'batch_meta': None, 'outlier_detect_method': None,\n", - " 'outlier_handle_method': None,\n", - " 'outlier_detect_by_group': None,\n", - " 'outlier_handle_by_group': None,\n", - " 'processing_order': None},\n", - " peptide_num_threshold = {'taxa': 3, 'func': 1, 'taxa_func': 1},\n", - " sum_protein=False)\n", - "# sw.set_multi_tables(level='s', sum_protein=True, sum_protein_params= { 'method': 'razor', 'by_sample': False, 'rank_method': 'unique'})" + "sw.set_multi_tables(level='s', \n", + " outlier_params = {'detect_method': 'zero-dominant', 'handle_method': 'original',\n", + " \"detection_by_group\" : 'Individual', \"handle_by_group\": None},\n", + " data_preprocess_params = {\n", + " 'normalize_method': None, \n", + " 'transform_method': \"log2\",\n", + " 'batch_meta': 'None', \n", + " 'processing_order': None},\n", + " peptide_num_threshold = {'taxa': 2, 'func': 2, 'taxa_func': 2},\n", + " keep_unknow_func=False, sum_protein=False, \n", + " sum_protein_params = {'method': 'razor', 'by_sample': False, 'rank_method': 'unique_counts', 'greedy_method': 'heap', 'peptide_num_threshold': 3},\n", + " split_func=True, split_func_params = {'split_by': '|', 'share_intensity': False},\n", + " taxa_and_func_only_from_otf=False, quant_method='sum'\n", + " )\n" ] }, { diff --git a/metax/gui/main_gui.py b/metax/gui/main_gui.py index 06facba..3e133cc 100644 --- a/metax/gui/main_gui.py +++ b/metax/gui/main_gui.py @@ -2543,7 +2543,11 @@ def set_multi_table(self, restore_taxafunc=False, saved_obj=None): 'taxa_func': self.spinBox_peptide_num_threshold_taxa_func.value() } - + quant_method_dict = { + 'sum': 'sum', + 'directlfq': 'lfq'} + quant_method = quant_method_dict.get(self.comboBox_quant_method.currentText().lower(), 'sum') + # outlier detect and handle outlier_detect_method = self.comboBox_outlier_detection.currentText() outlier_detect_by_group = self.comboBox_outlier_detection_group_or_sample.currentText() @@ -2652,7 +2656,7 @@ def set_multi_table(self, restore_taxafunc=False, saved_obj=None): 'by_sample': self.checkBox_infrence_protein_by_sample.isChecked(), 'rank_method' :self.comboBox_protein_ranking_method.currentText(), 'greedy_method': self.settings.value('protein_infer_greedy_mode', 'heap'), - 'peptide_mun_threshold': self.spinBox_peptide_num_threshold_protein.value(), + 'peptide_num_threshold': self.spinBox_peptide_num_threshold_protein.value(), } @@ -2688,7 +2692,8 @@ def set_multi_table(self, restore_taxafunc=False, saved_obj=None): 'sum_protein': sum_protein, 'sum_protein_params': sum_protein_params, 'keep_unknow_func': False, 'split_func': split_func, 'split_func_params': split_func_params, - 'taxa_and_func_only_from_otf': taxa_and_func_only_from_otf} + 'taxa_and_func_only_from_otf': taxa_and_func_only_from_otf, + 'quant_method': quant_method} def callback_after_set_multi_tables(result, success): if success: diff --git a/metax/gui/metax_gui/generic_thread.py b/metax/gui/metax_gui/generic_thread.py index 64055f9..2556383 100644 --- a/metax/gui/metax_gui/generic_thread.py +++ b/metax/gui/metax_gui/generic_thread.py @@ -6,7 +6,7 @@ import sys import re import os - +import logging class EmittingStream(QObject): text_written = pyqtSignal(str) @@ -21,6 +21,16 @@ def write(self, text): def flush(self): self.original.flush() + + +class LoggingHandler(logging.Handler): + def __init__(self, signal): + super().__init__() + self.text_written_signal = signal + + def emit(self, record): + log_entry = self.format(record) + self.text_written_signal.emit(log_entry) class FunctionExecutor(QMainWindow): @@ -69,6 +79,10 @@ def __init__(self, function, *args, **kwargs): self.progress_regex = re.compile(r'\d+%|\d+/\d+') # match progress text # self.progress_regex = re.compile(r'\d+%\|\S+\s+\d+/\d+\s+\[\d{2}:\d{2}<\d{2}:\d{2},\s+\d+\.\d+it/s') + # 创建 LoggingHandler，并连接到 text_written 信号 + log_handler = LoggingHandler(self.stream_out.text_written) + log_handler.setFormatter(logging.Formatter("%(asctime)s - %(levelname)s - %(message)s")) + logging.getLogger().addHandler(log_handler) self.thread.start() diff --git a/metax/gui/metax_gui/main_window.ui b/metax/gui/metax_gui/main_window.ui index 263deb5..22e9bc0 100644 --- a/metax/gui/metax_gui/main_window.ui +++ b/metax/gui/metax_gui/main_window.ui @@ -1076,6 +1076,31 @@ + + + + + + Quantitative Method + + + + + + + + Sum + + + + + DirectLFQ + + + + + + diff --git a/metax/gui/metax_gui/ui_main_window.py b/metax/gui/metax_gui/ui_main_window.py index 38cdc2a..f077358 100644 --- a/metax/gui/metax_gui/ui_main_window.py +++ b/metax/gui/metax_gui/ui_main_window.py @@ -541,6 +541,17 @@ def setupUi(self, metaX_main): self.pushButton_preprocessing_help.setMinimumSize(QtCore.QSize(30, 0)) self.pushButton_preprocessing_help.setObjectName("pushButton_preprocessing_help") self.gridLayout_15.addWidget(self.pushButton_preprocessing_help, 3, 0, 1, 1) + self.horizontalLayout_103 = QtWidgets.QHBoxLayout() + self.horizontalLayout_103.setObjectName("horizontalLayout_103") + self.label_198 = QtWidgets.QLabel(self.tab_set_taxa_func) + self.label_198.setObjectName("label_198") + self.horizontalLayout_103.addWidget(self.label_198) + self.comboBox_quant_method = QtWidgets.QComboBox(self.tab_set_taxa_func) + self.comboBox_quant_method.setObjectName("comboBox_quant_method") + self.comboBox_quant_method.addItem("") + self.comboBox_quant_method.addItem("") + self.horizontalLayout_103.addWidget(self.comboBox_quant_method) + self.gridLayout_15.addLayout(self.horizontalLayout_103, 3, 1, 1, 1) self.gridLayout_25.addLayout(self.gridLayout_15, 9, 0, 1, 1) self.label_105 = QtWidgets.QLabel(self.tab_set_taxa_func) sizePolicy = QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Preferred, QtWidgets.QSizePolicy.Fixed) @@ -5562,6 +5573,9 @@ def retranslateUi(self, metaX_main): item.setText(_translate("metaX_main", "Rmove Batch Effect")) self.listWidget_data_processing_order.setSortingEnabled(__sortingEnabled) self.pushButton_preprocessing_help.setText(_translate("metaX_main", "?")) + self.label_198.setText(_translate("metaX_main", "Quantitative Method")) + self.comboBox_quant_method.setItemText(0, _translate("metaX_main", "Sum")) + self.comboBox_quant_method.setItemText(1, _translate("metaX_main", "DirectLFQ")) self.label_105.setText(_translate("metaX_main", "Function and Taxa")) self.label_128.setText(_translate("metaX_main", "Peptide Number Threshold")) self.label_28.setText(_translate("metaX_main", "Taxa Level")) diff --git a/metax/taxafunc_analyzer/analyzer.py b/metax/taxafunc_analyzer/analyzer.py index 37f3f73..8dbb7ac 100644 --- a/metax/taxafunc_analyzer/analyzer.py +++ b/metax/taxafunc_analyzer/analyzer.py @@ -23,12 +23,15 @@ from analyzer_utils.basic_stats import BasicStats from analyzer_utils.cross_test import CrossTest from analyzer_utils.get_matrix import GetMatrix + from analyzer_utils.lfq import run_lfq + else: from .analyzer_utils.data_preprocessing import DataPreprocessing from .analyzer_utils.sum_protein_intensity import SumProteinIntensity from .analyzer_utils.basic_stats import BasicStats from .analyzer_utils.cross_test import CrossTest from .analyzer_utils.get_matrix import GetMatrix + from .analyzer_utils.lfq import run_lfq import warnings @@ -658,6 +661,33 @@ def filter_peptides_by_taxa_func(self, df, func_threshold, keep_unknow_func, fil if filter_taxa: filter_conditions = filter_conditions & (df['Taxon'] != 'not_found') return df[filter_conditions] + + def run_lfq_for_taxa_or_func(self, df, df_type: str): + target_col = 'Taxon' if df_type == 'taxa' else self.func_name + target_pep_num_dict = df.groupby(target_col).size().to_dict() + df.drop(['peptide_num'], axis=1, inplace=True) + df, _ = run_lfq(df, protein_id=target_col, quant_id=self.peptide_col_name) + df['peptide_num'] = df[target_col].map(target_pep_num_dict) + df.set_index(target_col, inplace=True) + return df + + + def run_lfq_for_taxa_func(self, df_taxa_func): + df_taxa_func_t = df_taxa_func.copy() + df_taxa_func_t["taxa_func"] = df_taxa_func_t["Taxon"] + "&&&&" + df_taxa_func_t[self.func_name] + # create the dict of taxa_func_linked_peptide_num + taxa_func_pep_num_dict = df_taxa_func_t.groupby("taxa_func").size().to_dict() + df_taxa_func_t = df_taxa_func_t.drop(["Taxon", self.func_name, 'peptide_num'], axis=1) + df_taxa_func_t, _ = run_lfq(df_taxa_func_t, protein_id="taxa_func", quant_id=self.peptide_col_name) + # add the peptide_num to the df_taxa_func_t + df_taxa_func_t["peptide_num"] = df_taxa_func_t["taxa_func"].map(taxa_func_pep_num_dict) + # expand the taxa_func to Taxon and Function + df_taxa_func_t[["Taxon", self.func_name]] = df_taxa_func_t["taxa_func"].str.split("&&&&", expand=True) + df_taxa_func = df_taxa_func_t.drop("taxa_func", axis=1) + # set multi-index + df_taxa_func = df_taxa_func.set_index(['Taxon', self.func_name], drop=True) + + return df_taxa_func def set_multi_tables(self, level: str = 's', func_threshold:float = 1.00, outlier_params: dict = {'detect_method': None, 'handle_method': None, @@ -669,24 +699,28 @@ def set_multi_tables(self, level: str = 's', func_threshold:float = 1.00, 'by_sample': False, 'rank_method': 'unique_counts', 'greedy_method': 'heap', - 'peptide_mun_threshold': 1 + 'peptide_num_threshold': 1 }, keep_unknow_func: bool = False, split_func: bool = False, split_func_params: dict = {'split_by': '|', 'share_intensity': False}, - taxa_and_func_only_from_otf: bool = False): + taxa_and_func_only_from_otf: bool = False, + quant_method: str = 'sum'): """ - Example Usage: - sw.set_multi_tables(level='s', - outlier_params = {'detect_method': 'zero-dominant', 'handle_method': 'original', - "detection_by_group" : 'Individual', "handle_by_group": None}, - data_preprocess_params = {'normalize_method': None, 'transform_method': "log10", - 'batch_meta': "Individual", 'processing_order': ['outlier', 'transform', 'normalize', 'batch']}, - peptide_num_threshold = {'taxa': 3, 'func': 3, 'taxa_func': 3}, - sum_protein = False, sum_protein_params = {'method': 'razor', 'by_sample': False, - 'rank_method': 'unique_counts', 'greedy_method': 'heap', - 'peptide_num_threshold': 3}, - keep_unknow_func = False) + `Example Usage:` + sw.set_multi_tables(level='s', + outlier_params = {'detect_method': 'zero-dominant', 'handle_method': 'original', + "detection_by_group" : 'Individual', "handle_by_group": None}, + data_preprocess_params = {'normalize_method': None, 'transform_method': "log10", + 'batch_meta': "Individual", 'processing_order': ['outlier', 'transform', 'normalize', 'batch']}, + peptide_num_threshold = {'taxa': 3, 'func': 3, 'taxa_func': 3}, + sum_protein = False, sum_protein_params = {'method': 'razor', 'by_sample': False, + 'rank_method': 'unique_counts', 'greedy_method': 'heap', + 'peptide_num_threshold': 3}, + keep_unknow_func = False), + split_func = False, split_func_params = {'split_by': '|', 'share_intensity': False}, + taxa_and_func_only_from_otf = False, + quant_method = 'lfq') """ print(f"Original data shape: {self.original_df.shape}") @@ -705,6 +739,7 @@ def set_multi_tables(self, level: str = 's', func_threshold:float = 1.00, # data preprocess for peptide table print("---Starting to create protein table---") self.peptide_num_used['protein'] = 0 + sum_protein_params['quant_method'] = quant_method df_peptide_for_protein = self.detect_and_handle_outliers(df=self.original_df, **outlier_params) self.protein_df = SumProteinIntensity(taxa_func_analyzer=self, df=df_peptide_for_protein).sum_protein_intensity( **sum_protein_params) self.protein_df = self.data_preprocess(df=self.protein_df,df_name = 'protein', @@ -768,13 +803,17 @@ def strip_taxa(x, level): if not taxa_and_func_only_from_otf: # extract 'taxa', sample intensity #! and 'peptide_col' to avoid the duplicated items when handling outlier df_taxa_pep = df_filtered_peptides[[self.peptide_col_name,'Taxon'] + self.sample_list] - # add column 'peptide_num' to df_taxa as 1 - df_taxa_pep['peptide_num'] = 1 - # groupby 'Taxon' and sum the sample intensity print("\n-----Starting to perform outlier detection and handling for [Peptide-Taxon] table...-----") df_taxa_pep = self.detect_and_handle_outliers(df=df_taxa_pep, **outlier_params) self.peptide_num_used['taxa'] = len(df_taxa_pep) - df_taxa = df_taxa_pep.groupby('Taxon').sum(numeric_only=True) + # add column 'peptide_num' to df_taxa as 1 + df_taxa_pep['peptide_num'] = 1 + + if quant_method == 'lfq': + df_taxa = self.run_lfq_for_taxa_or_func(df_taxa_pep, df_type='taxa') + else: # sum + df_taxa = df_taxa_pep.groupby('Taxon').sum(numeric_only=True) + print("\n-----Starting to perform data pre-processing for Taxa table...-----") df_taxa = self.data_preprocess(df=df_taxa,df_name = 'taxa', **data_preprocess_params) self.taxa_df = df_taxa @@ -788,7 +827,11 @@ def strip_taxa(x, level): df_func_pep = self.detect_and_handle_outliers(df=df_func_pep, **outlier_params) self.peptide_num_used['func'] = len(df_func_pep) df_func_pep['peptide_num'] = 1 - df_func = df_func_pep.groupby(self.func_name).sum(numeric_only=True) + + if quant_method == 'lfq': + df_func = self.run_lfq_for_taxa_or_func(df_func_pep, df_type='func') + else: # sum + df_func = df_func_pep.groupby(self.func_name).sum(numeric_only=True) if split_func: df_func = self.split_func(df=df_func, split_func_params=split_func_params, df_type='func') @@ -829,8 +872,10 @@ def strip_taxa(x, level): for key in ['taxa_func', 'taxa', 'func']: self.peptide_num_used[key] = len(df_taxa_func) if self.peptide_num_used[key] == 0 else self.peptide_num_used[key] - - df_taxa_func = df_taxa_func.groupby(['Taxon', self.func_name], as_index=True).sum(numeric_only=True) + if quant_method == 'lfq': + df_taxa_func = self.run_lfq_for_taxa_func(df_taxa_func) + else: # sum + df_taxa_func = df_taxa_func.groupby(['Taxon', self.func_name], as_index=True).sum(numeric_only=True) # split the function before data preprocess if split_func: @@ -960,7 +1005,7 @@ def get_df(self, table_name:str = 'taxa'): # sw.set_func('None') sw.set_func('KEGG_Pathway_name') sw.set_group('Individual') - sw.set_multi_tables(level='l', + sw.set_multi_tables(level='s', outlier_params = {'detect_method': 'zero-dominant', 'handle_method': 'original', "detection_by_group" : 'Individual', "handle_by_group": None}, data_preprocess_params = { @@ -969,10 +1014,10 @@ def get_df(self, table_name:str = 'taxa'): 'batch_meta': 'None', 'processing_order': None}, peptide_num_threshold = {'taxa': 2, 'func': 2, 'taxa_func': 2}, - keep_unknow_func=False, sum_protein=True, - sum_protein_params = {'method': 'razor', 'by_sample': False, 'rank_method': 'unique_counts', 'greedy_method': 'heap'}, + keep_unknow_func=False, sum_protein=False, + sum_protein_params = {'method': 'razor', 'by_sample': False, 'rank_method': 'unique_counts', 'greedy_method': 'heap', 'peptide_num_threshold': 3}, split_func=True, split_func_params = {'split_by': '|', 'share_intensity': False}, - taxa_and_func_only_from_otf=True + taxa_and_func_only_from_otf=False, quant_method='lfq' ) sw.check_attributes() \ No newline at end of file diff --git a/metax/taxafunc_analyzer/analyzer_utils/lfq.py b/metax/taxafunc_analyzer/analyzer_utils/lfq.py new file mode 100644 index 0000000..defd69b --- /dev/null +++ b/metax/taxafunc_analyzer/analyzer_utils/lfq.py @@ -0,0 +1,874 @@ +# lfq.py + +import logging +import pandas as pd +import numpy as np +from numba import njit +from joblib import Parallel, delayed + +LOGGER = logging.getLogger(__name__) + +def setup_logging(): + logging.basicConfig( + level=logging.INFO, + format="LFQ Quantify: %(message)s", + ) + +setup_logging() + +def check_whether_to_copy_numpy_arrays_derived_from_pandas(): + try: + _manipulate_numpy_array_without_copy() + return False + except: + LOGGER.info("Some numpy arrays derived from pandas will be copied.") + return True + +def _manipulate_numpy_array_without_copy(): + protein_profile_df = pd.DataFrame( + { + "ProteinA": [10, 20, 30, 40], + "ProteinB": [15, 25, 35, 45], + "ProteinC": [20, 30, 40, 50], + }, + index=["Sample1", "Sample2", "Sample3", "Sample4"], + ) + + protein_profile_df = protein_profile_df.iloc[1:3] + protein_profile_numpy = protein_profile_df.to_numpy(copy=False) + + protein_profile_numpy[0] = protein_profile_numpy[0] + 2 + +def sort_input_df_by_protein_id(data_df, protein_id): + return data_df.sort_values(by=protein_id, ignore_index=True) + +def remove_potential_quant_id_duplicates(data_df: pd.DataFrame, quant_id): + before_drop = len(data_df) + data_df = data_df.drop_duplicates(subset=quant_id, keep="first") + after_drop = len(data_df) + if before_drop != after_drop: + entries_removed = before_drop - after_drop + LOGGER.warning( + f"Duplicate quant_ids detected. {entries_removed} rows removed from input df." + ) + + return data_df + +def index_and_log_transform_input_df(data_df, protein_id, quant_id): + data_df = data_df.set_index([protein_id, quant_id]) + return np.log2(data_df.replace(0, np.nan)) + +def remove_allnan_rows_input_df(data_df): + return data_df.dropna(axis=0, how="all") + +class NormalizationManager: + def __init__(self, complete_dataframe, num_samples_quadratic=100): + self.complete_dataframe = complete_dataframe + self._num_samples_quadratic = num_samples_quadratic + self._rows_sorted_by_number_valid_values = None + self._quadratic_subset_rows = None + self._linear_subset_rows = None + self._merged_reference_sample = None + self.normalization_function = None + + def _run_normalization(self): + self._check_that_there_are_no_duplicate_rows() + if len(self.complete_dataframe.index) <= self._num_samples_quadratic: + self._normalize_complete_input_quadratic() + else: + self._normalize_quadratic_and_linear() + + def _check_that_there_are_no_duplicate_rows(self): + if self.complete_dataframe.index.duplicated().any(): + raise ValueError( + "There are duplicate rows in the input dataframe. Ensure that there are no duplicate quant_id/ion values." + ) + + def _normalize_complete_input_quadratic(self): + self.complete_dataframe = self.normalization_function(self.complete_dataframe) + + def _normalize_quadratic_and_linear(self): + self._determine_subset_rows() + self._normalize_quadratic_selection() + self._create_reference_sample() + self._shift_remaining_dataframe_to_reference_sample() + + def _determine_subset_rows(self): + self._determine_sorted_rows() + self._quadratic_subset_rows = self._rows_sorted_by_number_valid_values[: self._num_samples_quadratic] + self._linear_subset_rows = [ + x + for x in self.complete_dataframe.index + if x not in self._quadratic_subset_rows + ] + + def _determine_sorted_rows(self): + rows = self.complete_dataframe.index + self._rows_sorted_by_number_valid_values = sorted( + rows, + key=lambda idx: self._get_num_nas_in_row( + self.complete_dataframe.loc[idx, :].to_numpy() + ), + ) + + def _normalize_quadratic_selection(self): + quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] + self.complete_dataframe.loc[self._quadratic_subset_rows, :] = self.normalization_function(quadratic_subset_dataframe) + + def _create_reference_sample(self): + quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] + self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) + + def _shift_remaining_dataframe_to_reference_sample(self): + linear_subset_dataframe = self.complete_dataframe.loc[self._linear_subset_rows] + linear_shifted_dataframe = SampleShifterLinear( + linear_subset_dataframe, self._merged_reference_sample + ).ion_dataframe + self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe + + @staticmethod + @njit + def _get_num_nas_in_row(row): + sum = 0 + isnans = np.isnan(row) + for is_nan in isnans: + sum += is_nan + return sum + +class NormalizationManagerSamplesOnSelectedProteins(NormalizationManager): + def __init__( + self, + complete_dataframe, + num_samples_quadratic, + selected_proteins_file=None, + copy_numpy_arrays=False, + ): + complete_dataframe = complete_dataframe.T + super().__init__(complete_dataframe, num_samples_quadratic) + self.normalization_function = self._normalization_function + self._selected_proteins_file = selected_proteins_file + self._selected_protein_groups = None + self._copy_numpy_arrays = copy_numpy_arrays + self._adapt_selected_proteins_to_protein_groups() + self._run_normalization() + self.complete_dataframe = self.complete_dataframe.T + + def _adapt_selected_proteins_to_protein_groups(self): + if self._selected_proteins_file is not None: + LOGGER.info("Normalizing only selected proteins") + selected_proteins = pd.read_csv( + self._selected_proteins_file, header=None, sep="\t" + )[0].to_list() + protein2proteingroup_mapping = self._get_protein2proteingroup_mapping() + existing_selected_proteins = [ + protein + for protein in selected_proteins + if protein in protein2proteingroup_mapping.keys() + ] + self._selected_protein_groups = [ + protein2proteingroup_mapping[protein] + for protein in existing_selected_proteins + ] + + def _get_protein2proteingroup_mapping(self): + protein_groups = self.complete_dataframe.columns.get_level_values(0).to_list() + protein2proteingroup_mapping = { + protein: protein_group + for protein_group in protein_groups + for protein in protein_group.split(";") + } + return protein2proteingroup_mapping + + def _normalization_function(self, ion_dataframe): + if self._selected_protein_groups is not None: + ion_dataframe_selected = ion_dataframe.loc[:, self._selected_protein_groups] + sample2shift = get_normfacts(ion_dataframe_selected.to_numpy()) + else: + ion_dataframe_selected = ion_dataframe + sample2shift = get_normfacts( + drop_nas_if_possible(ion_dataframe_selected).to_numpy() + ) + + df_c_normed = pd.DataFrame( + apply_sampleshifts( + ion_dataframe.to_numpy(copy=self._copy_numpy_arrays), sample2shift + ), + index=ion_dataframe.index, + columns=ion_dataframe.columns, + ) + return df_c_normed + + def _create_reference_sample(self): + if self._selected_protein_groups is not None: + quadratic_subset_dataframe = self.complete_dataframe.loc[ + self._quadratic_subset_rows, self._selected_protein_groups + ] + else: + quadratic_subset_dataframe = self.complete_dataframe.loc[ + self._quadratic_subset_rows, : + ] + self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) + + def _shift_remaining_dataframe_to_reference_sample(self): + linear_subset_dataframe = self.complete_dataframe.loc[ + self._linear_subset_rows + ] + linear_shifted_dataframe = SampleShifterLinear( + linear_subset_dataframe, + self._merged_reference_sample, + protein_subset=self._selected_protein_groups, + ).ion_dataframe + self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe + +def drop_nas_if_possible(df): + df_nonans = df.dropna(axis=1) + fraction_nonans = calculate_fraction_with_no_NAs(df, df_nonans) + num_nonans = len(df_nonans.columns) + if num_nonans < 1000 or fraction_nonans < 0.001: + LOGGER.info( + "Too few values for normalization without missing values. Including missing values" + ) + return df + else: + return df_nonans + +def calculate_fraction_with_no_NAs(df, df_nonnans): + return len(df_nonnans.columns) / len(df.columns) + +def get_normfacts(samples): + set_samples_with_only_single_intensity_to_nan(samples) + num_samples = samples.shape[0] + mergedsamples = np.copy(samples) + sampleidx2shift = dict(zip(range(num_samples), np.zeros(num_samples))) + sampleidx2counts = dict(zip(range(num_samples), np.ones(num_samples))) + sampleidx2anchoridx = {} + exclusion_set = set() + distance_matrix = create_distance_matrix(samples) + variance_matrix = create_distance_matrix(samples, metric="variance") + exclude_unconnected_samples(distance_matrix) + exclude_unconnected_samples(variance_matrix) + + for rep in range(num_samples - 1): + anchor_idx, shift_idx, min_distance = get_bestmatch_pair( + distance_matrix, variance_matrix, sampleidx2counts + ) + + if anchor_idx is None: + break + sampleidx2anchoridx.update({shift_idx: anchor_idx}) + sampleidx2shift.update({shift_idx: min_distance}) + exclusion_set.add(shift_idx) + + anchor_sample = mergedsamples[anchor_idx] + shift_sample = samples[shift_idx] + shifted_sample = shift_sample + min_distance + + merged_sample = merge_distribs( + anchor_sample, + shifted_sample, + sampleidx2counts[anchor_idx], + sampleidx2counts[shift_idx], + ) + mergedsamples[anchor_idx] = merged_sample + + update_distance_matrix( + variance_matrix, mergedsamples, anchor_idx, shift_idx, metric="variance" + ) + update_distance_matrix(distance_matrix, mergedsamples, anchor_idx, shift_idx) + + sampleidx2counts[anchor_idx] += 1 + + sampleidx2totalshift = {} + for i in exclusion_set: + shift = get_total_shift(sampleidx2anchoridx, sampleidx2shift, i) + sampleidx2totalshift[i] = shift + return sampleidx2totalshift + +def set_samples_with_only_single_intensity_to_nan(samples): + for idx in range(len(samples)): + sample = samples[idx] + if sum(~np.isnan(sample)) < 2: + sample[:] = np.nan + +def apply_sampleshifts(samples, sampleidx2shift): + for idx in sampleidx2shift.keys(): + samples[idx] = samples[idx] + sampleidx2shift.get(idx) + return samples + +def exclude_unconnected_samples(distance_matrix): + if distance_matrix.shape[0] < 2: + return + unconnected_sample_idxs = get_unconnected_sample_idxs(distance_matrix) + distance_matrix[unconnected_sample_idxs, :] = np.inf + distance_matrix[:, unconnected_sample_idxs] = np.inf + +def get_unconnected_sample_idxs(lower_matrix): + full_matrix = convert_lower_to_full_matrix(lower_matrix) + sums = np.sum(np.isfinite(full_matrix), axis=1) + starting_sample = np.argmax(sums) + num_samples = full_matrix.shape[0] + + connected_samples = np.zeros(num_samples, dtype=np.bool_) + check_connected_traces(full_matrix, starting_sample, connected_samples) + unconnected_samples = np.where(~connected_samples)[0] + return unconnected_samples + +def convert_lower_to_full_matrix(lower_matrix): + full_matrix = np.copy(lower_matrix) + rows, cols = np.where((lower_matrix != np.inf)) + full_matrix[cols, rows] = lower_matrix[rows, cols] + return full_matrix + +@njit +def check_connected_traces(matrix, trace_idx, visited): + neighbors = np.where(matrix[trace_idx] != np.inf)[0] + for neighbor in neighbors: + if not visited[neighbor]: + visited[neighbor] = True + check_connected_traces(matrix, neighbor, visited) + +def create_distance_matrix(samples, metric="median"): + num_samples = samples.shape[0] + distance_matrix = np.full((num_samples, num_samples), np.inf) + for i in range(num_samples): + for j in range(i + 1, num_samples): + distance_matrix[i, j] = calc_distance(metric, samples[i], samples[j]) + + return distance_matrix + +def calc_distance(metric, samples_1, samples_2): + res = None + + if metric == "median": + res = calc_nanmedian(get_fcdistrib(samples_1, samples_2)) + if metric == "variance": + fcdist = get_fcdistrib(samples_1, samples_2) + res = calc_nanvar(fcdist) + if metric == "overlap": + fcdist = get_fcdistrib(samples_1, samples_2) + res = sum(~np.isnan(fcdist)) + if res is None: + raise Exception(f"Distance metric {metric} not implemented") + if np.isnan(res): + return np.inf + else: + return res + +@njit +def calc_nanvar(fcdist): + return np.nanvar(fcdist) + +@njit +def calc_nanmedian(fcdist): + return np.nanmedian(fcdist) + +def get_bestmatch_pair(distance_matrix, variance_matrix, sample2counts): + i, j = np.unravel_index( + np.argmin(variance_matrix, axis=None), variance_matrix.shape + ) + min_distance = distance_matrix[i, j] + if min_distance == np.inf: + return None, None, None + anchor_idx, shift_idx, min_distance = determine_anchor_and_shift_sample( + sample2counts, i, j, min_distance + ) + return anchor_idx, shift_idx, min_distance + +def determine_anchor_and_shift_sample(sample2counts, i_min, j_min, min_distance): + counts_i = sample2counts[i_min] + counts_j = sample2counts[j_min] + anchor_idx = i_min if counts_i >= counts_j else j_min + shift_idx = j_min if anchor_idx == i_min else i_min + flip = 1 if anchor_idx == i_min else -1 + return anchor_idx, shift_idx, flip * min_distance + +def merge_distribs(anchor_distrib, shifted_distrib, counts_anchor_distrib, counts_shifted_distrib): + res = np.zeros(len(anchor_distrib)) + + nans_anchor = np.isnan(anchor_distrib) + nans_shifted = np.isnan(shifted_distrib) + nans_anchor_and_shifted = nans_anchor & nans_shifted + nans_only_anchor = nans_anchor & ~nans_shifted + nans_only_shifted = nans_shifted & ~nans_anchor + no_nans = ~nans_anchor & ~nans_shifted + + idx_anchor_and_shifted = np.where(nans_anchor_and_shifted) + idx_only_anchor = np.where(nans_only_anchor) + idx_only_shifted = np.where(nans_only_shifted) + idx_no_nans = np.where(no_nans) + + res[idx_anchor_and_shifted] = np.nan + res[idx_only_anchor] = shifted_distrib[idx_only_anchor] + res[idx_only_shifted] = anchor_distrib[idx_only_shifted] + res[idx_no_nans] = ( + anchor_distrib[idx_no_nans] * counts_anchor_distrib + + shifted_distrib[idx_no_nans] * counts_shifted_distrib + ) / (counts_anchor_distrib + counts_shifted_distrib) + return res + +def update_distance_matrix(distance_matrix, merged_samples, merged_sample_idx, shift_idx, metric="median"): + for i in range(0, merged_sample_idx): + if distance_matrix[i, merged_sample_idx] == np.inf: + continue + distance = calc_distance(metric, merged_samples[i], merged_samples[merged_sample_idx]) + distance_matrix[i, merged_sample_idx] = distance + + for j in range(merged_sample_idx + 1, merged_samples.shape[0]): + if distance_matrix[merged_sample_idx, j] == np.inf: + continue + distance = calc_distance(metric, merged_samples[merged_sample_idx], merged_samples[j]) + distance_matrix[merged_sample_idx, j] = distance + + distance_matrix[shift_idx] = np.inf + distance_matrix[:, shift_idx] = np.inf + +def get_fcdistrib(logvals_rep1, logvals_rep2): + dist = np.subtract(logvals_rep1, logvals_rep2) + return dist + +def get_total_shift(sampleidx2anchoridx, sample2shift, sample_idx): + total_shift = 0.0 + + while True: + total_shift += sample2shift[sample_idx] + if sample_idx not in sampleidx2anchoridx: + break + sample_idx = sampleidx2anchoridx[sample_idx] + + return total_shift + +class SampleShifterLinear: + def __init__(self, ion_dataframe, reference_intensities, protein_subset=None): + self.ion_dataframe = ion_dataframe + self._protein_subset = protein_subset + self._ion_dataframe_values = None + self._reference_intensities = reference_intensities.to_numpy() + self._define_ion_dataframe_values() + self._shift_columns_to_reference_sample() + + def _define_ion_dataframe_values(self): + if self._protein_subset is not None: + self._ion_dataframe_values = self.ion_dataframe.loc[ + :, self._protein_subset + ].to_numpy() + else: + self._ion_dataframe_values = self.ion_dataframe.to_numpy() + + def _shift_columns_to_reference_sample(self): + num_rows = self._ion_dataframe_values.shape[0] + for row_idx in range(num_rows): + self._shift_to_reference_sample(row_idx) + + def _shift_to_reference_sample(self, row_idx): + distance_to_reference = self._calc_distance( + samples_1=self._reference_intensities, samples_2=self._ion_dataframe_values[row_idx, :] + ) + self.ion_dataframe.iloc[row_idx, :] += distance_to_reference + + @staticmethod + def _calc_distance(samples_1, samples_2): + distrib = get_fcdistrib(samples_1, samples_2) + is_all_nan = np.all(np.isnan(distrib)) + if is_all_nan: + return np.nan + else: + return np.nanmedian(distrib) + +def estimate_protein_intensities( + normed_df, + min_nonan, + num_samples_quadratic, + num_cores, + compile_normalized_ion_table, + log_processed_proteins, + protein_id, + quant_id, +): + allprots = list(normed_df.index.get_level_values(0).unique()) + LOGGER.info(f"{len(allprots)} lfq-groups total") + + list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_of_tuple_w_protein_profiles_and_shifted_peptides( + normed_df, + num_samples_quadratic, + min_nonan, + num_cores, + log_processed_proteins, + compile_normalized_ion_table, + protein_id, + quant_id, + ) + protein_df = get_protein_dataframe_from_list_of_protein_profiles( + list_of_tuple_w_protein_profiles_and_shifted_peptides=list_of_tuple_w_protein_profiles_and_shifted_peptides, + normed_df=normed_df, + protein_id=protein_id, + ) + if compile_normalized_ion_table: + ion_df = get_ion_intensity_dataframe_from_list_of_shifted_peptides( + list_of_tuple_w_protein_profiles_and_shifted_peptides, + column_names=normed_df.columns, + protein_id=protein_id, + quant_id=quant_id, + ) + else: + ion_df = None + + return protein_df, ion_df + +def get_list_of_tuple_w_protein_profiles_and_shifted_peptides( + normed_df, + num_samples_quadratic, + min_nonan, + num_cores, + log_processed_proteins, + compile_normalized_ion_table, + protein_id, + quant_id, +): + input_specification_tuplelist = get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( + normed_df, num_samples_quadratic, min_nonan + ) + + if num_cores is not None and num_cores <= 1: + list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_sequential_processing( + input_specification_tuplelist, + log_processed_proteins, + protein_id, + quant_id, + ) + else: + list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_joblib( + input_specification_tuplelist, + num_cores, + log_processed_proteins, + protein_id, + quant_id, + ) + return list_of_tuple_w_protein_profiles_and_shifted_peptides + +def get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( + normed_df, num_samples_quadratic, min_nonan +): + list_of_normed_dfs = get_normed_dfs(normed_df) + return [ + (idx, df, num_samples_quadratic, min_nonan) + for idx, df in enumerate(list_of_normed_dfs) + ] + +def get_normed_dfs(normed_df): + protein_names = normed_df.index.get_level_values(0).to_numpy() + ion_names = normed_df.index.get_level_values(1).to_numpy() + normed_array = normed_df.to_numpy() + indices_of_proteinname_switch = find_nameswitch_indices(protein_names) + results_list = [ + get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names) + for idx in range(len(indices_of_proteinname_switch) - 1) + ] + + return results_list + +def find_nameswitch_indices(arr): + change_indices = np.where(arr[:-1] != arr[1:])[0] + 1 + + start_indices = np.insert(change_indices, 0, 0) + + start_indices = np.append(start_indices, len(arr)) + + return start_indices + +def get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names): + start_switch = indices_of_proteinname_switch[idx] + end_switch = indices_of_proteinname_switch[idx + 1] + sub_array = normed_array[start_switch:end_switch] + index_sub_array = pd.MultiIndex.from_arrays( + [protein_names[start_switch:end_switch], ion_names[start_switch:end_switch]], + names=["protein_id", "quant_id"], + ) + return pd.DataFrame(sub_array, index=index_sub_array) + +def get_list_with_sequential_processing( + input_specification_tuplelist, + log_processed_proteins, + protein_id, + quant_id, +): + return [ + calculate_peptide_and_protein_intensities( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + protein_id, + quant_id, + ) + for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist + ] + +def get_list_with_joblib( + input_specification_tuplelist, + num_cores, + log_processed_proteins, + protein_id, + quant_id, +): + results = Parallel(n_jobs=num_cores)( + delayed(calculate_peptide_and_protein_intensities)( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + protein_id, + quant_id, + ) + for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist + ) + return results + +def calculate_peptide_and_protein_intensities( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + protein_id, + quant_id, +): + if len(peptide_intensity_df.index) > 1: + peptide_intensity_df = ProtvalCutter( + peptide_intensity_df, maximum_df_length=100 + ).get_dataframe() + + if (idx % 100 == 0) and log_processed_proteins: + LOGGER.info(f"LFQ object {idx}") + summed_pepint = np.nansum(2 ** peptide_intensity_df) + + if peptide_intensity_df.shape[1] < 2: + shifted_peptides = peptide_intensity_df + else: + shifted_peptides = NormalizationManagerProtein( + peptide_intensity_df, num_samples_quadratic=num_samples_quadratic + ).complete_dataframe + + protein_profile = get_protein_profile_from_shifted_peptides( + shifted_peptides, summed_pepint, min_nonan + ) + + return protein_profile, shifted_peptides + +class ProtvalCutter: + def __init__(self, protvals_df, maximum_df_length=100): + self._protvals_df = protvals_df + self._maximum_df_length = maximum_df_length + self._dataframe_too_long = None + self._sorted_idx = None + self._check_if_df_too_long_and_sort_index_if_so() + + def _check_if_df_too_long_and_sort_index_if_so(self): + self._dataframe_too_long = len(self._protvals_df.index) > self._maximum_df_length + if self._dataframe_too_long: + self._determine_nansorted_df_index() + + def _determine_nansorted_df_index(self): + idxs = self._protvals_df.index + self._sorted_idx = sorted( + idxs, + key=lambda idx: self._get_num_nas_in_row(self._protvals_df.loc[idx].to_numpy()), + ) + + @staticmethod + @njit + def _get_num_nas_in_row(row): + sum = 0 + isnans = np.isnan(row) + for is_nan in isnans: + sum += is_nan + return sum + + def get_dataframe(self): + if self._dataframe_too_long: + return self._get_shortened_dataframe() + else: + return self._protvals_df + + def _get_shortened_dataframe(self): + shortened_index = self._sorted_idx[: self._maximum_df_length] + return self._protvals_df.loc[shortened_index] + +class NormalizationManagerProtein(NormalizationManager): + def __init__(self, complete_dataframe, num_samples_quadratic): + super().__init__(complete_dataframe, num_samples_quadratic) + self.normalization_function = normalize_ion_profiles + self._rows_sorted_by_number_valid_values = None + self._run_normalization() + +def normalize_ion_profiles(protein_profile_df): + protein_profile_numpy = protein_profile_df.to_numpy() + sample2shift = get_normfacts(protein_profile_numpy) + df_normed = pd.DataFrame( + apply_sampleshifts(protein_profile_numpy, sample2shift), + index=protein_profile_df.index, + columns=protein_profile_df.columns, + ) + return df_normed + +def get_protein_profile_from_shifted_peptides(normalized_peptide_profile_df, summed_pepints, min_nonan): + intens_vec = get_list_with_protein_value_for_each_sample( + normalized_peptide_profile_df, min_nonan + ) + intens_vec = np.array(intens_vec) + summed_intensity = np.nansum(2 ** intens_vec) + if summed_intensity == 0: + return None + intens_conversion_factor = summed_pepints / summed_intensity + scaled_vec = intens_vec + np.log2(intens_conversion_factor) + return scaled_vec + +def get_list_with_protein_value_for_each_sample(normalized_peptide_profile_df, min_nonan): + intens_vec = [] + for sample in normalized_peptide_profile_df.columns: + reps = normalized_peptide_profile_df.loc[:, sample].to_numpy() + nonan_elems = sum(~np.isnan(reps)) + if nonan_elems >= min_nonan: + intens_vec.append(np.nanmedian(reps)) + else: + intens_vec.append(np.nan) + return intens_vec + +def get_protein_dataframe_from_list_of_protein_profiles( + list_of_tuple_w_protein_profiles_and_shifted_peptides, normed_df, protein_id +): + index_list = [] + profile_list = [] + + list_of_protein_profiles = [x[0] for x in list_of_tuple_w_protein_profiles_and_shifted_peptides] + allprots = [ + x[1].index.get_level_values(0)[0] for x in list_of_tuple_w_protein_profiles_and_shifted_peptides + ] + + for idx in range(len(allprots)): + if list_of_protein_profiles[idx] is None: + continue + index_list.append(allprots[idx]) + profile_list.append(list_of_protein_profiles[idx]) + + index_for_protein_df = pd.Index(data=index_list, name=protein_id) + protein_df = 2 ** pd.DataFrame( + profile_list, index=index_for_protein_df, columns=normed_df.columns + ) + protein_df = protein_df.replace(np.nan, 0) + protein_df = protein_df.reset_index() + return protein_df + +def get_ion_intensity_dataframe_from_list_of_shifted_peptides( + list_of_tuple_w_protein_profiles_and_shifted_peptides, column_names, protein_id, quant_id +): + ion_names = [] + ion_vals = [] + protein_names = [] + for idx in range(len(list_of_tuple_w_protein_profiles_and_shifted_peptides)): + ion_df = list_of_tuple_w_protein_profiles_and_shifted_peptides[idx][1] + protein_name = ion_df.index.get_level_values(0)[0] + ion_names += ion_df.index.get_level_values(1).tolist() + ion_vals.append(ion_df.to_numpy()) + protein_names.extend([protein_name] * len(ion_df.index)) + merged_ions = 2 ** np.concatenate(ion_vals) + merged_ions = np.nan_to_num(merged_ions) + ion_df = pd.DataFrame(merged_ions) + ion_df.columns = column_names + ion_df[quant_id] = ion_names + ion_df[protein_id] = protein_names + ion_df = ion_df.set_index([protein_id, quant_id]) + return ion_df + +def run_norm( + input_df, + protein_id: str = "protein", + quant_id: str = "ion", + number_of_quadratic_samples: int = 50, +): + copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() + input_df = sort_input_df_by_protein_id(input_df, protein_id) + input_df = remove_potential_quant_id_duplicates(input_df, quant_id) + input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) + input_df = remove_allnan_rows_input_df(input_df) + LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") + LOGGER.info("Performing sample normalization.") + input_df = NormalizationManagerSamplesOnSelectedProteins( + input_df, + num_samples_quadratic=number_of_quadratic_samples, + selected_proteins_file=None, + copy_numpy_arrays=copy_numpy_arrays, + ).complete_dataframe + # resotre log2 values + input_df = 2 ** input_df + + # fill NaN with 0 + input_df = input_df.fillna(0) + LOGGER.info(f'Normalizing data for [{protein_id}] completed.') + return input_df + +def run_lfq( + input_df, + protein_id: str = "protein", + quant_id: str = "ion", + min_nonan: int = 1, + number_of_quadratic_samples: int = 50, + maximum_number_of_quadratic_ions_to_use_per_protein: int = 10, + log_processed_proteins: bool = True, + compile_normalized_ion_table: bool = True, + num_cores: int = None, +): + copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() + + input_df = sort_input_df_by_protein_id(input_df, protein_id) + input_df = remove_potential_quant_id_duplicates(input_df, quant_id) + input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) + input_df = remove_allnan_rows_input_df(input_df) + LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") + LOGGER.info("Performing sample normalization.") + input_df = NormalizationManagerSamplesOnSelectedProteins( + input_df, + num_samples_quadratic=number_of_quadratic_samples, + selected_proteins_file=None, + copy_numpy_arrays=copy_numpy_arrays, + ).complete_dataframe + + LOGGER.info("Estimating LFQ intensities.") + protein_df, ion_df = estimate_protein_intensities( + input_df, + min_nonan=min_nonan, + num_samples_quadratic=maximum_number_of_quadratic_ions_to_use_per_protein, + num_cores=num_cores, + compile_normalized_ion_table=compile_normalized_ion_table, + log_processed_proteins=log_processed_proteins, + protein_id=protein_id, + quant_id=quant_id, + ) + + LOGGER.info(f'LFQ analysis for [{protein_id}] completed.') + + return protein_df, ion_df + +if __name__ == "__main__": + import os + + current_dir = os.path.dirname(os.path.realpath(__file__)) + df_path = os.path.join(current_dir, "../../../local_tests/peptide_for_protein.tsv") + df = pd.read_csv(df_path, sep="\t") + # reorder df by Proteins + df = df.sort_values(by="Proteins", ignore_index=True) + print(df.head()) + + norm_df = run_norm(df, protein_id="Proteins", quant_id="Sequence") + print(norm_df.head()) + + protein_df, ion_df = run_lfq( + df, + protein_id="Proteins", + quant_id="Sequence", + min_nonan=1, + number_of_quadratic_samples=50, + maximum_number_of_quadratic_ions_to_use_per_protein=10, + ) + print(protein_df.head()) diff --git a/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py b/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py index 5ad5867..7b20bda 100644 --- a/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py +++ b/metax/taxafunc_analyzer/analyzer_utils/razor_sum.py @@ -4,12 +4,12 @@ class RazorSum: - def __init__(self, df, column_map, peptide_mun_threshold=1, + def __init__(self, df, column_map, peptide_num_threshold=1, greedy_method = 'greedy', share_intensity=False, protein_separator=';'): self.df = df self.column_map = column_map self.greedy_method = greedy_method - self.peptide_mun_threshold = peptide_mun_threshold # the protein must have at least 3 peptides to be considered as a target + self.peptide_num_threshold = peptide_num_threshold # the protein must have at least 3 peptides to be considered as a target self.share_intensity = share_intensity self.protein_separator = protein_separator @@ -17,6 +17,7 @@ def __init__(self, df, column_map, peptide_mun_threshold=1, self.mini_target_set = None self.filtered_target_to_peptides = None self.__multi_target_count = 0 + self.pep_to_target = None def get_razor_pep_df(self, greedy_method='heap'): @@ -95,8 +96,8 @@ def remove_protein_less_than_threshold(self,): ''' Remove the proteins with less than threshold peptides in `self.df` ''' - if self.peptide_mun_threshold <= 1: - print(f"Peptide threshold is [{self.peptide_mun_threshold}], no protein will be removed") + if self.peptide_num_threshold <= 1: + print(f"Peptide threshold is [{self.peptide_num_threshold}], no protein will be removed") return self.df # calculate the number of peptides for each protein @@ -108,9 +109,9 @@ def remove_proteins(proteins): target_to_peptides = self._create_target_to_peptides() - print(f"Remove proteins with less than [{self.peptide_mun_threshold}] peptides, then the peptide with NA protein will be removed") + print(f"Remove proteins with less than [{self.peptide_num_threshold}] peptides, then the peptide with NA protein will be removed") print(f"Orignal Protein number: [{len(target_to_peptides)}], Peptide number: [{len(self.df)}]") - proteins_less_than_threshold = [target for target, peps in target_to_peptides.items() if len(peps) < self.peptide_mun_threshold] + proteins_less_than_threshold = [target for target, peps in target_to_peptides.items() if len(peps) < self.peptide_num_threshold] df = self.df.copy() @@ -172,7 +173,7 @@ def _create_pep_to_target_razor(self): # best_targets = [target for target in possible_targets if len(filtered_target_to_peptides[target]) == max_target_count] best_targets = sorted([target for target in possible_targets if len(filtered_target_to_peptides[target]) == max_target_count]) peptide_to_target[peptide].extend(best_targets) - + self.pep_to_target = peptide_to_target return peptide_to_target def _create_target_to_peptides(self): @@ -301,7 +302,7 @@ def _update_output_dict(self, target_list, sample_name, intensity): 'target': 'Proteins', 'sample_list': sample_list # ['Sample1', 'Sample2', 'Sample3'] } - sia = RazorSum(df, column_map, peptide_mun_threshold=3) + sia = RazorSum(df, column_map, peptide_num_threshold=3) res_df = sia.get_razor_pep_df(greedy_method='greedy') print(res_df.head()) diff --git a/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py b/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py index 888c37e..17209aa 100644 --- a/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py +++ b/metax/taxafunc_analyzer/analyzer_utils/sum_protein_intensity.py @@ -20,7 +20,7 @@ class SumProteinIntensity: - def __init__(self, taxa_func_analyzer, df=None, peptide_mun_threshold=1, protein_separator=';'): + def __init__(self, taxa_func_analyzer, df=None, peptide_num_threshold=1, protein_separator=';'): self.tfa = taxa_func_analyzer self.res_intensity_dict = {} # store all sample to output self.rank_dict = {} # store the rank of protein intensity for each sample temporarily @@ -31,7 +31,7 @@ def __init__(self, taxa_func_analyzer, df=None, peptide_mun_threshold=1, protein self.greedy_method = None # only used for razor method self.share_intensity = False self.__multi_target_count = 0 - self.peptide_mun_threshold = peptide_mun_threshold # the protein must have at least 3 peptides to be considered as a target + self.peptide_num_threshold = peptide_num_threshold # the protein must have at least 3 peptides to be considered as a target self.protein_separator = protein_separator @@ -50,14 +50,15 @@ def get_razor_pep_df(self, greedy_method='heap'): 'target': self.tfa.protein_col_name, 'sample_list': self.tfa.sample_list, }, - peptide_mun_threshold=self.peptide_mun_threshold, + peptide_num_threshold=self.peptide_num_threshold, share_intensity=self.share_intensity, greedy_method=greedy_method, protein_separator= self.protein_separator) df = razor_integrator.get_razor_pep_df(greedy_method = greedy_method) return df - def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='unique_counts', greedy_method='heap', peptide_mun_threshold=None): + def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='unique_counts', + greedy_method='heap', peptide_num_threshold=None, quant_method: str = 'sum'): ''' method: str, default 'razor' options: ['razor', 'anti-razor', 'rank'] @@ -67,6 +68,10 @@ def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='un options: ['shared_intensity', 'all_counts', 'unique_counts', 'unique_intensity'] greedy_method: str, default 'heap'. only used for `razor` method options: ['greedy', 'heap'] + peptide_num_threshold: int, default None + the protein must have at least 3 peptides to be considered as a target + quant_method: str, default 'sum' + options: ['sum', 'lfq'] ''' if method not in ['razor', 'anti-razor', 'rank']: raise ValueError('Method must in ["razor", "anti-razor", "rank"]') @@ -74,8 +79,8 @@ def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='un raise ValueError('Rank method must in ["shared_intensity", "all_counts", "unique_counts", "unique_intensity"]') if greedy_method not in ['greedy', 'heap']: raise ValueError('Greedy method must in ["greedy", "heap"]') - if peptide_mun_threshold is not None: - self.peptide_mun_threshold = peptide_mun_threshold + if peptide_num_threshold is not None: + self.peptide_num_threshold = peptide_num_threshold # remove the protein with less than the threshold of peptides # use teh methood in RazorSum @@ -85,7 +90,7 @@ def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='un 'target': self.tfa.protein_col_name, 'sample_list': self.tfa.sample_list, }, - peptide_mun_threshold=self.peptide_mun_threshold, + peptide_num_threshold=self.peptide_num_threshold, share_intensity=self.share_intensity, greedy_method=greedy_method, protein_separator= self.protein_separator) @@ -116,8 +121,22 @@ def sum_protein_intensity(self, method='razor', by_sample=False, rank_method='un self._sum_protein_rank(sample, by_sample) elif method == 'razor': print('start to sum protein intensity using method: [razor]') - razor_integrator.peptide_mun_threshold = 1 # set the threshold to 1, to avoid run filter again - res_df = razor_integrator.sum_protein_intensity(greedy_method=greedy_method) + if quant_method == 'sum': + razor_integrator.peptide_num_threshold = 1 # set the threshold to 1, to avoid run filter again + res_df = razor_integrator.sum_protein_intensity(greedy_method=greedy_method) + elif quant_method == 'lfq': + from .lfq import run_lfq + df_pep = razor_integrator.get_razor_pep_df(greedy_method = greedy_method) + df_pep.drop(columns=['Proteins_group'], inplace=True) + df_protein, _ = run_lfq(df_pep, protein_id=self.tfa.protein_col_name, quant_id=self.tfa.peptide_col_name) + res_df = df_protein.set_index(self.tfa.protein_col_name) + #add a column of all peptide of the protein + res_df['peptides'] = res_df.index.map(lambda x: ';'.join(razor_integrator.filtered_target_to_peptides[x])) + # add a column of the peptide number of the protein + res_df['peptide_num'] = res_df.index.map(lambda x: len(razor_integrator.filtered_target_to_peptides[x])) + # move teh 2 columns to the front + res_df = res_df[['peptides', 'peptide_num'] + [col for col in res_df.columns if col not in ['peptides', 'peptide_num']]] + return res_df elif method == 'anti-razor': diff --git a/metax/utils/version.py b/metax/utils/version.py index 401505d..8d9ccc8 100644 --- a/metax/utils/version.py +++ b/metax/utils/version.py @@ -1,2 +1,2 @@ -__version__ = '1.114.5' -API_version = '2' \ No newline at end of file +__version__ = '1.115.0' +API_version = '3' \ No newline at end of file diff --git a/pyproject.toml b/pyproject.toml index 2d08cf1..d9a5f27 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -4,7 +4,7 @@ build-backend = "setuptools.build_meta" [project] name = "MetaXTools" -version = "1.114.5" +version = "1.115.0" description = "MetaXTools is a novel tool for linking peptide sequences with taxonomic and functional information in Metaproteomics." readme = "README_PyPi.md" license = { text = "NorthOmics" } @@ -40,7 +40,8 @@ dependencies = [ "openpyxl", "pyproject-toml>=0.0.10", "statsmodels", - "seaborn>=0.13.2" + "seaborn>=0.13.2", + "numba>=0.60.0", ] [project.scripts] diff --git a/requirements.txt b/requirements.txt index 6d12f7a..9938c02 100644 --- a/requirements.txt +++ b/requirements.txt @@ -20,4 +20,5 @@ adjustText>=1.1.1 openpyxl pyproject-toml>=0.0.10 statsmodels -seaborn>=0.13.2 \ No newline at end of file +seaborn>=0.13.2 +numba>=0.60.0 \ No newline at end of file From 45562bf946acdfa052a3935b0ee443b7e0c400fb Mon Sep 17 00:00:00 2001 From: Qing <44231502+byemaxx@users.noreply.github.com> Date: Wed, 2 Oct 2024 17:20:46 -0400 Subject: [PATCH 3/5] modified: metax/gui/metax_gui/generic_thread.py --- metax/gui/metax_gui/generic_thread.py | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/metax/gui/metax_gui/generic_thread.py b/metax/gui/metax_gui/generic_thread.py index 2556383..1ea9e0e 100644 --- a/metax/gui/metax_gui/generic_thread.py +++ b/metax/gui/metax_gui/generic_thread.py @@ -81,7 +81,7 @@ def __init__(self, function, *args, **kwargs): # 创建 LoggingHandler，并连接到 text_written 信号 log_handler = LoggingHandler(self.stream_out.text_written) - log_handler.setFormatter(logging.Formatter("%(asctime)s - %(levelname)s - %(message)s")) + log_handler.setFormatter(logging.Formatter("%(levelname)s: %(message)s")) logging.getLogger().addHandler(log_handler) self.thread.start() From 9a837a279fd82b977aad937c004a143d798a6c80 Mon Sep 17 00:00:00 2001 From: Qing <44231502+byemaxx@users.noreply.github.com> Date: Wed, 2 Oct 2024 20:59:32 -0400 Subject: [PATCH 4/5] new file: metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py --- metax/taxafunc_analyzer/analyzer_utils/lfq.py | 13 +- .../analyzer_utils/lfq_multiprocessing.py | 880 ++++++++++++++++++ 2 files changed, 887 insertions(+), 6 deletions(-) create mode 100644 metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py diff --git a/metax/taxafunc_analyzer/analyzer_utils/lfq.py b/metax/taxafunc_analyzer/analyzer_utils/lfq.py index defd69b..7e180e9 100644 --- a/metax/taxafunc_analyzer/analyzer_utils/lfq.py +++ b/metax/taxafunc_analyzer/analyzer_utils/lfq.py @@ -852,16 +852,15 @@ def run_lfq( if __name__ == "__main__": import os + import time + t1 = time.time() current_dir = os.path.dirname(os.path.realpath(__file__)) df_path = os.path.join(current_dir, "../../../local_tests/peptide_for_protein.tsv") df = pd.read_csv(df_path, sep="\t") - # reorder df by Proteins - df = df.sort_values(by="Proteins", ignore_index=True) - print(df.head()) - - norm_df = run_norm(df, protein_id="Proteins", quant_id="Sequence") - print(norm_df.head()) + + # norm_df = run_norm(df, protein_id="Proteins", quant_id="Sequence") + # print(norm_df.head()) protein_df, ion_df = run_lfq( df, @@ -872,3 +871,5 @@ def run_lfq( maximum_number_of_quadratic_ions_to_use_per_protein=10, ) print(protein_df.head()) + t2 = time.time() + print(f"Time: {t2-t1:.4f} s") diff --git a/metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py b/metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py new file mode 100644 index 0000000..f572420 --- /dev/null +++ b/metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py @@ -0,0 +1,880 @@ +# lfq.py + +import logging +import pandas as pd +import numpy as np +from numba import njit +import multiprocessing +import os + +LOGGER = logging.getLogger(__name__) + +def setup_logging(): + logging.basicConfig( + level=logging.INFO, + format="LFQ Quantify: %(message)s", + ) + +setup_logging() + +def check_whether_to_copy_numpy_arrays_derived_from_pandas(): + try: + _manipulate_numpy_array_without_copy() + return False + except: + LOGGER.info("Some numpy arrays derived from pandas will be copied.") + return True + +def _manipulate_numpy_array_without_copy(): + protein_profile_df = pd.DataFrame( + { + "ProteinA": [10, 20, 30, 40], + "ProteinB": [15, 25, 35, 45], + "ProteinC": [20, 30, 40, 50], + }, + index=["Sample1", "Sample2", "Sample3", "Sample4"], + ) + + protein_profile_df = protein_profile_df.iloc[1:3] + protein_profile_numpy = protein_profile_df.to_numpy(copy=False) + + protein_profile_numpy[0] = protein_profile_numpy[0] + 2 + +def sort_input_df_by_protein_id(data_df, protein_id): + return data_df.sort_values(by=protein_id, ignore_index=True) + +def remove_potential_quant_id_duplicates(data_df: pd.DataFrame, quant_id): + before_drop = len(data_df) + data_df = data_df.drop_duplicates(subset=quant_id, keep="first") + after_drop = len(data_df) + if before_drop != after_drop: + entries_removed = before_drop - after_drop + LOGGER.warning( + f"Duplicate quant_ids detected. {entries_removed} rows removed from input df." + ) + + return data_df + +def index_and_log_transform_input_df(data_df, protein_id, quant_id): + data_df = data_df.set_index([protein_id, quant_id]) + return np.log2(data_df.replace(0, np.nan)) + +def remove_allnan_rows_input_df(data_df): + return data_df.dropna(axis=0, how="all") + +class NormalizationManager: + def __init__(self, complete_dataframe, num_samples_quadratic=100): + self.complete_dataframe = complete_dataframe + self._num_samples_quadratic = num_samples_quadratic + self._rows_sorted_by_number_valid_values = None + self._quadratic_subset_rows = None + self._linear_subset_rows = None + self._merged_reference_sample = None + self.normalization_function = None + + def _run_normalization(self): + self._check_that_there_are_no_duplicate_rows() + if len(self.complete_dataframe.index) <= self._num_samples_quadratic: + self._normalize_complete_input_quadratic() + else: + self._normalize_quadratic_and_linear() + + def _check_that_there_are_no_duplicate_rows(self): + if self.complete_dataframe.index.duplicated().any(): + raise ValueError( + "There are duplicate rows in the input dataframe. Ensure that there are no duplicate quant_id/ion values." + ) + + def _normalize_complete_input_quadratic(self): + self.complete_dataframe = self.normalization_function(self.complete_dataframe) + + def _normalize_quadratic_and_linear(self): + self._determine_subset_rows() + self._normalize_quadratic_selection() + self._create_reference_sample() + self._shift_remaining_dataframe_to_reference_sample() + + def _determine_subset_rows(self): + self._determine_sorted_rows() + self._quadratic_subset_rows = self._rows_sorted_by_number_valid_values[: self._num_samples_quadratic] + self._linear_subset_rows = [ + x + for x in self.complete_dataframe.index + if x not in self._quadratic_subset_rows + ] + + def _determine_sorted_rows(self): + rows = self.complete_dataframe.index + self._rows_sorted_by_number_valid_values = sorted( + rows, + key=lambda idx: self._get_num_nas_in_row( + self.complete_dataframe.loc[idx, :].to_numpy() + ), + ) + + def _normalize_quadratic_selection(self): + quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] + self.complete_dataframe.loc[self._quadratic_subset_rows, :] = self.normalization_function(quadratic_subset_dataframe) + + def _create_reference_sample(self): + quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] + self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) + + def _shift_remaining_dataframe_to_reference_sample(self): + linear_subset_dataframe = self.complete_dataframe.loc[self._linear_subset_rows] + linear_shifted_dataframe = SampleShifterLinear( + linear_subset_dataframe, self._merged_reference_sample + ).ion_dataframe + self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe + + @staticmethod + @njit + def _get_num_nas_in_row(row): + sum = 0 + isnans = np.isnan(row) + for is_nan in isnans: + sum += is_nan + return sum + +class NormalizationManagerSamplesOnSelectedProteins(NormalizationManager): + def __init__( + self, + complete_dataframe, + num_samples_quadratic, + selected_proteins_file=None, + copy_numpy_arrays=False, + ): + complete_dataframe = complete_dataframe.T + super().__init__(complete_dataframe, num_samples_quadratic) + self.normalization_function = self._normalization_function + self._selected_proteins_file = selected_proteins_file + self._selected_protein_groups = None + self._copy_numpy_arrays = copy_numpy_arrays + self._adapt_selected_proteins_to_protein_groups() + self._run_normalization() + self.complete_dataframe = self.complete_dataframe.T + + def _adapt_selected_proteins_to_protein_groups(self): + if self._selected_proteins_file is not None: + LOGGER.info("Normalizing only selected proteins") + selected_proteins = pd.read_csv( + self._selected_proteins_file, header=None, sep="\t" + )[0].to_list() + protein2proteingroup_mapping = self._get_protein2proteingroup_mapping() + existing_selected_proteins = [ + protein + for protein in selected_proteins + if protein in protein2proteingroup_mapping.keys() + ] + self._selected_protein_groups = [ + protein2proteingroup_mapping[protein] + for protein in existing_selected_proteins + ] + + def _get_protein2proteingroup_mapping(self): + protein_groups = self.complete_dataframe.columns.get_level_values(0).to_list() + protein2proteingroup_mapping = { + protein: protein_group + for protein_group in protein_groups + for protein in protein_group.split(";") + } + return protein2proteingroup_mapping + + def _normalization_function(self, ion_dataframe): + if self._selected_protein_groups is not None: + ion_dataframe_selected = ion_dataframe.loc[:, self._selected_protein_groups] + sample2shift = get_normfacts(ion_dataframe_selected.to_numpy()) + else: + ion_dataframe_selected = ion_dataframe + sample2shift = get_normfacts( + drop_nas_if_possible(ion_dataframe_selected).to_numpy() + ) + + df_c_normed = pd.DataFrame( + apply_sampleshifts( + ion_dataframe.to_numpy(copy=self._copy_numpy_arrays), sample2shift + ), + index=ion_dataframe.index, + columns=ion_dataframe.columns, + ) + return df_c_normed + + def _create_reference_sample(self): + if self._selected_protein_groups is not None: + quadratic_subset_dataframe = self.complete_dataframe.loc[ + self._quadratic_subset_rows, self._selected_protein_groups + ] + else: + quadratic_subset_dataframe = self.complete_dataframe.loc[ + self._quadratic_subset_rows, : + ] + self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) + + def _shift_remaining_dataframe_to_reference_sample(self): + linear_subset_dataframe = self.complete_dataframe.loc[ + self._linear_subset_rows + ] + linear_shifted_dataframe = SampleShifterLinear( + linear_subset_dataframe, + self._merged_reference_sample, + protein_subset=self._selected_protein_groups, + ).ion_dataframe + self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe + +def drop_nas_if_possible(df): + df_nonans = df.dropna(axis=1) + fraction_nonans = calculate_fraction_with_no_NAs(df, df_nonans) + num_nonans = len(df_nonans.columns) + if num_nonans < 1000 or fraction_nonans < 0.001: + LOGGER.info( + "Too few values for normalization without missing values. Including missing values" + ) + return df + else: + return df_nonans + +def calculate_fraction_with_no_NAs(df, df_nonnans): + return len(df_nonnans.columns) / len(df.columns) + +def get_normfacts(samples): + set_samples_with_only_single_intensity_to_nan(samples) + num_samples = samples.shape[0] + mergedsamples = np.copy(samples) + sampleidx2shift = dict(zip(range(num_samples), np.zeros(num_samples))) + sampleidx2counts = dict(zip(range(num_samples), np.ones(num_samples))) + sampleidx2anchoridx = {} + exclusion_set = set() + distance_matrix = create_distance_matrix(samples) + variance_matrix = create_distance_matrix(samples, metric="variance") + exclude_unconnected_samples(distance_matrix) + exclude_unconnected_samples(variance_matrix) + + for rep in range(num_samples - 1): + anchor_idx, shift_idx, min_distance = get_bestmatch_pair( + distance_matrix, variance_matrix, sampleidx2counts + ) + + if anchor_idx is None: + break + sampleidx2anchoridx.update({shift_idx: anchor_idx}) + sampleidx2shift.update({shift_idx: min_distance}) + exclusion_set.add(shift_idx) + + anchor_sample = mergedsamples[anchor_idx] + shift_sample = samples[shift_idx] + shifted_sample = shift_sample + min_distance + + merged_sample = merge_distribs( + anchor_sample, + shifted_sample, + sampleidx2counts[anchor_idx], + sampleidx2counts[shift_idx], + ) + mergedsamples[anchor_idx] = merged_sample + + update_distance_matrix( + variance_matrix, mergedsamples, anchor_idx, shift_idx, metric="variance" + ) + update_distance_matrix(distance_matrix, mergedsamples, anchor_idx, shift_idx) + + sampleidx2counts[anchor_idx] += 1 + + sampleidx2totalshift = {} + for i in exclusion_set: + shift = get_total_shift(sampleidx2anchoridx, sampleidx2shift, i) + sampleidx2totalshift[i] = shift + return sampleidx2totalshift + +def set_samples_with_only_single_intensity_to_nan(samples): + for idx in range(len(samples)): + sample = samples[idx] + if sum(~np.isnan(sample)) < 2: + sample[:] = np.nan + +def apply_sampleshifts(samples, sampleidx2shift): + for idx in sampleidx2shift.keys(): + samples[idx] = samples[idx] + sampleidx2shift.get(idx) + return samples + +def exclude_unconnected_samples(distance_matrix): + if distance_matrix.shape[0] < 2: + return + unconnected_sample_idxs = get_unconnected_sample_idxs(distance_matrix) + distance_matrix[unconnected_sample_idxs, :] = np.inf + distance_matrix[:, unconnected_sample_idxs] = np.inf + +def get_unconnected_sample_idxs(lower_matrix): + full_matrix = convert_lower_to_full_matrix(lower_matrix) + sums = np.sum(np.isfinite(full_matrix), axis=1) + starting_sample = np.argmax(sums) + num_samples = full_matrix.shape[0] + + connected_samples = np.zeros(num_samples, dtype=np.bool_) + check_connected_traces(full_matrix, starting_sample, connected_samples) + unconnected_samples = np.where(~connected_samples)[0] + return unconnected_samples + +def convert_lower_to_full_matrix(lower_matrix): + full_matrix = np.copy(lower_matrix) + rows, cols = np.where((lower_matrix != np.inf)) + full_matrix[cols, rows] = lower_matrix[rows, cols] + return full_matrix + +@njit +def check_connected_traces(matrix, trace_idx, visited): + neighbors = np.where(matrix[trace_idx] != np.inf)[0] + for neighbor in neighbors: + if not visited[neighbor]: + visited[neighbor] = True + check_connected_traces(matrix, neighbor, visited) + +def create_distance_matrix(samples, metric="median"): + num_samples = samples.shape[0] + distance_matrix = np.full((num_samples, num_samples), np.inf) + for i in range(num_samples): + for j in range(i + 1, num_samples): + distance_matrix[i, j] = calc_distance(metric, samples[i], samples[j]) + + return distance_matrix + +def calc_distance(metric, samples_1, samples_2): + res = None + + if metric == "median": + res = calc_nanmedian(get_fcdistrib(samples_1, samples_2)) + if metric == "variance": + fcdist = get_fcdistrib(samples_1, samples_2) + res = calc_nanvar(fcdist) + if metric == "overlap": + fcdist = get_fcdistrib(samples_1, samples_2) + res = sum(~np.isnan(fcdist)) + if res is None: + raise Exception(f"Distance metric {metric} not implemented") + if np.isnan(res): + return np.inf + else: + return res + +@njit +def calc_nanvar(fcdist): + return np.nanvar(fcdist) + +@njit +def calc_nanmedian(fcdist): + return np.nanmedian(fcdist) + +def get_bestmatch_pair(distance_matrix, variance_matrix, sample2counts): + i, j = np.unravel_index( + np.argmin(variance_matrix, axis=None), variance_matrix.shape + ) + min_distance = distance_matrix[i, j] + if min_distance == np.inf: + return None, None, None + anchor_idx, shift_idx, min_distance = determine_anchor_and_shift_sample( + sample2counts, i, j, min_distance + ) + return anchor_idx, shift_idx, min_distance + +def determine_anchor_and_shift_sample(sample2counts, i_min, j_min, min_distance): + counts_i = sample2counts[i_min] + counts_j = sample2counts[j_min] + anchor_idx = i_min if counts_i >= counts_j else j_min + shift_idx = j_min if anchor_idx == i_min else i_min + flip = 1 if anchor_idx == i_min else -1 + return anchor_idx, shift_idx, flip * min_distance + +def merge_distribs(anchor_distrib, shifted_distrib, counts_anchor_distrib, counts_shifted_distrib): + res = np.zeros(len(anchor_distrib)) + + nans_anchor = np.isnan(anchor_distrib) + nans_shifted = np.isnan(shifted_distrib) + nans_anchor_and_shifted = nans_anchor & nans_shifted + nans_only_anchor = nans_anchor & ~nans_shifted + nans_only_shifted = nans_shifted & ~nans_anchor + no_nans = ~nans_anchor & ~nans_shifted + + idx_anchor_and_shifted = np.where(nans_anchor_and_shifted) + idx_only_anchor = np.where(nans_only_anchor) + idx_only_shifted = np.where(nans_only_shifted) + idx_no_nans = np.where(no_nans) + + res[idx_anchor_and_shifted] = np.nan + res[idx_only_anchor] = shifted_distrib[idx_only_anchor] + res[idx_only_shifted] = anchor_distrib[idx_only_shifted] + res[idx_no_nans] = ( + anchor_distrib[idx_no_nans] * counts_anchor_distrib + + shifted_distrib[idx_no_nans] * counts_shifted_distrib + ) / (counts_anchor_distrib + counts_shifted_distrib) + return res + +def update_distance_matrix(distance_matrix, merged_samples, merged_sample_idx, shift_idx, metric="median"): + for i in range(0, merged_sample_idx): + if distance_matrix[i, merged_sample_idx] == np.inf: + continue + distance = calc_distance(metric, merged_samples[i], merged_samples[merged_sample_idx]) + distance_matrix[i, merged_sample_idx] = distance + + for j in range(merged_sample_idx + 1, merged_samples.shape[0]): + if distance_matrix[merged_sample_idx, j] == np.inf: + continue + distance = calc_distance(metric, merged_samples[merged_sample_idx], merged_samples[j]) + distance_matrix[merged_sample_idx, j] = distance + + distance_matrix[shift_idx] = np.inf + distance_matrix[:, shift_idx] = np.inf + +def get_fcdistrib(logvals_rep1, logvals_rep2): + dist = np.subtract(logvals_rep1, logvals_rep2) + return dist + +def get_total_shift(sampleidx2anchoridx, sample2shift, sample_idx): + total_shift = 0.0 + + while True: + total_shift += sample2shift[sample_idx] + if sample_idx not in sampleidx2anchoridx: + break + sample_idx = sampleidx2anchoridx[sample_idx] + + return total_shift + +class SampleShifterLinear: + def __init__(self, ion_dataframe, reference_intensities, protein_subset=None): + self.ion_dataframe = ion_dataframe + self._protein_subset = protein_subset + self._ion_dataframe_values = None + self._reference_intensities = reference_intensities.to_numpy() + self._define_ion_dataframe_values() + self._shift_columns_to_reference_sample() + + def _define_ion_dataframe_values(self): + if self._protein_subset is not None: + self._ion_dataframe_values = self.ion_dataframe.loc[ + :, self._protein_subset + ].to_numpy() + else: + self._ion_dataframe_values = self.ion_dataframe.to_numpy() + + def _shift_columns_to_reference_sample(self): + num_rows = self._ion_dataframe_values.shape[0] + for row_idx in range(num_rows): + self._shift_to_reference_sample(row_idx) + + def _shift_to_reference_sample(self, row_idx): + distance_to_reference = self._calc_distance( + samples_1=self._reference_intensities, samples_2=self._ion_dataframe_values[row_idx, :] + ) + self.ion_dataframe.iloc[row_idx, :] += distance_to_reference + + @staticmethod + def _calc_distance(samples_1, samples_2): + distrib = get_fcdistrib(samples_1, samples_2) + is_all_nan = np.all(np.isnan(distrib)) + if is_all_nan: + return np.nan + else: + return np.nanmedian(distrib) + +def estimate_protein_intensities( + normed_df, + min_nonan, + num_samples_quadratic, + num_cores, + compile_normalized_ion_table, + log_processed_proteins, + protein_id, + quant_id, +): + allprots = list(normed_df.index.get_level_values(0).unique()) + LOGGER.info(f"{len(allprots)} lfq-groups total") + + list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_of_tuple_w_protein_profiles_and_shifted_peptides( + normed_df, + num_samples_quadratic, + min_nonan, + num_cores, + log_processed_proteins, + compile_normalized_ion_table, + protein_id, + quant_id, + ) + protein_df = get_protein_dataframe_from_list_of_protein_profiles( + list_of_tuple_w_protein_profiles_and_shifted_peptides=list_of_tuple_w_protein_profiles_and_shifted_peptides, + normed_df=normed_df, + protein_id=protein_id, + ) + if compile_normalized_ion_table: + ion_df = get_ion_intensity_dataframe_from_list_of_shifted_peptides( + list_of_tuple_w_protein_profiles_and_shifted_peptides, + column_names=normed_df.columns, + protein_id=protein_id, + quant_id=quant_id, + ) + else: + ion_df = None + + return protein_df, ion_df + +def get_list_of_tuple_w_protein_profiles_and_shifted_peptides( + normed_df, + num_samples_quadratic, + min_nonan, + num_cores, + log_processed_proteins, + compile_normalized_ion_table, + protein_id, + quant_id, +): + input_specification_tuplelist = get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( + normed_df, num_samples_quadratic, min_nonan + ) + + if num_cores is not None and num_cores <= 1: + list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_sequential_processing( + input_specification_tuplelist, + log_processed_proteins, + protein_id, + quant_id, + ) + else: + list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_multiprocessing( + input_specification_tuplelist, + num_cores, + log_processed_proteins, + protein_id, + quant_id, + ) + return list_of_tuple_w_protein_profiles_and_shifted_peptides + +def get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( + normed_df, num_samples_quadratic, min_nonan +): + list_of_normed_dfs = get_normed_dfs(normed_df) + return [ + (idx, df, num_samples_quadratic, min_nonan) + for idx, df in enumerate(list_of_normed_dfs) + ] + +def get_normed_dfs(normed_df): + protein_names = normed_df.index.get_level_values(0).to_numpy() + ion_names = normed_df.index.get_level_values(1).to_numpy() + normed_array = normed_df.to_numpy() + indices_of_proteinname_switch = find_nameswitch_indices(protein_names) + results_list = [ + get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names) + for idx in range(len(indices_of_proteinname_switch) - 1) + ] + + return results_list + +def find_nameswitch_indices(arr): + change_indices = np.where(arr[:-1] != arr[1:])[0] + 1 + + start_indices = np.insert(change_indices, 0, 0) + + start_indices = np.append(start_indices, len(arr)) + + return start_indices + +def get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names): + start_switch = indices_of_proteinname_switch[idx] + end_switch = indices_of_proteinname_switch[idx + 1] + sub_array = normed_array[start_switch:end_switch] + index_sub_array = pd.MultiIndex.from_arrays( + [protein_names[start_switch:end_switch], ion_names[start_switch:end_switch]], + names=["protein_id", "quant_id"], + ) + return pd.DataFrame(sub_array, index=index_sub_array) + +def get_list_with_sequential_processing( + input_specification_tuplelist, + log_processed_proteins, + protein_id, + quant_id, +): + return [ + calculate_peptide_and_protein_intensities( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + protein_id, + quant_id, + ) + for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist + ] + +def get_list_with_multiprocessing( + input_specification_tuplelist, + num_cores, + log_processed_proteins, + protein_id, + quant_id, +): + pool = multiprocessing.Pool(num_cores) + args = [ + ( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + protein_id, + quant_id, + ) + for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist + ] + results = pool.starmap(calculate_peptide_and_protein_intensities, args) + pool.close() + pool.join() + return results + +def calculate_peptide_and_protein_intensities( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + protein_id, + quant_id, +): + if len(peptide_intensity_df.index) > 1: + peptide_intensity_df = ProtvalCutter( + peptide_intensity_df, maximum_df_length=100 + ).get_dataframe() + + if (idx % 100 == 0) and log_processed_proteins: + LOGGER.info(f"LFQ object {idx}") + summed_pepint = np.nansum(2 ** peptide_intensity_df) + + if peptide_intensity_df.shape[1] < 2: + shifted_peptides = peptide_intensity_df + else: + shifted_peptides = NormalizationManagerProtein( + peptide_intensity_df, num_samples_quadratic=num_samples_quadratic + ).complete_dataframe + + protein_profile = get_protein_profile_from_shifted_peptides( + shifted_peptides, summed_pepint, min_nonan + ) + + return protein_profile, shifted_peptides + +class ProtvalCutter: + def __init__(self, protvals_df, maximum_df_length=100): + self._protvals_df = protvals_df + self._maximum_df_length = maximum_df_length + self._dataframe_too_long = None + self._sorted_idx = None + self._check_if_df_too_long_and_sort_index_if_so() + + def _check_if_df_too_long_and_sort_index_if_so(self): + self._dataframe_too_long = len(self._protvals_df.index) > self._maximum_df_length + if self._dataframe_too_long: + self._determine_nansorted_df_index() + + def _determine_nansorted_df_index(self): + idxs = self._protvals_df.index + self._sorted_idx = sorted( + idxs, + key=lambda idx: self._get_num_nas_in_row(self._protvals_df.loc[idx].to_numpy()), + ) + + @staticmethod + @njit + def _get_num_nas_in_row(row): + sum = 0 + isnans = np.isnan(row) + for is_nan in isnans: + sum += is_nan + return sum + + def get_dataframe(self): + if self._dataframe_too_long: + return self._get_shortened_dataframe() + else: + return self._protvals_df + + def _get_shortened_dataframe(self): + shortened_index = self._sorted_idx[: self._maximum_df_length] + return self._protvals_df.loc[shortened_index] + +class NormalizationManagerProtein(NormalizationManager): + def __init__(self, complete_dataframe, num_samples_quadratic): + super().__init__(complete_dataframe, num_samples_quadratic) + self.normalization_function = normalize_ion_profiles + self._rows_sorted_by_number_valid_values = None + self._run_normalization() + +def normalize_ion_profiles(protein_profile_df): + protein_profile_numpy = protein_profile_df.to_numpy() + sample2shift = get_normfacts(protein_profile_numpy) + df_normed = pd.DataFrame( + apply_sampleshifts(protein_profile_numpy, sample2shift), + index=protein_profile_df.index, + columns=protein_profile_df.columns, + ) + return df_normed + +def get_protein_profile_from_shifted_peptides(normalized_peptide_profile_df, summed_pepints, min_nonan): + intens_vec = get_list_with_protein_value_for_each_sample( + normalized_peptide_profile_df, min_nonan + ) + intens_vec = np.array(intens_vec) + summed_intensity = np.nansum(2 ** intens_vec) + if summed_intensity == 0: + return None + intens_conversion_factor = summed_pepints / summed_intensity + scaled_vec = intens_vec + np.log2(intens_conversion_factor) + return scaled_vec + +def get_list_with_protein_value_for_each_sample(normalized_peptide_profile_df, min_nonan): + intens_vec = [] + for sample in normalized_peptide_profile_df.columns: + reps = normalized_peptide_profile_df.loc[:, sample].to_numpy() + nonan_elems = sum(~np.isnan(reps)) + if nonan_elems >= min_nonan: + intens_vec.append(np.nanmedian(reps)) + else: + intens_vec.append(np.nan) + return intens_vec + +def get_protein_dataframe_from_list_of_protein_profiles( + list_of_tuple_w_protein_profiles_and_shifted_peptides, normed_df, protein_id +): + index_list = [] + profile_list = [] + + list_of_protein_profiles = [x[0] for x in list_of_tuple_w_protein_profiles_and_shifted_peptides] + allprots = [ + x[1].index.get_level_values(0)[0] for x in list_of_tuple_w_protein_profiles_and_shifted_peptides + ] + + for idx in range(len(allprots)): + if list_of_protein_profiles[idx] is None: + continue + index_list.append(allprots[idx]) + profile_list.append(list_of_protein_profiles[idx]) + + index_for_protein_df = pd.Index(data=index_list, name=protein_id) + protein_df = 2 ** pd.DataFrame( + profile_list, index=index_for_protein_df, columns=normed_df.columns + ) + protein_df = protein_df.replace(np.nan, 0) + protein_df = protein_df.reset_index() + return protein_df + +def get_ion_intensity_dataframe_from_list_of_shifted_peptides( + list_of_tuple_w_protein_profiles_and_shifted_peptides, column_names, protein_id, quant_id +): + ion_names = [] + ion_vals = [] + protein_names = [] + for idx in range(len(list_of_tuple_w_protein_profiles_and_shifted_peptides)): + ion_df = list_of_tuple_w_protein_profiles_and_shifted_peptides[idx][1] + protein_name = ion_df.index.get_level_values(0)[0] + ion_names += ion_df.index.get_level_values(1).tolist() + ion_vals.append(ion_df.to_numpy()) + protein_names.extend([protein_name] * len(ion_df.index)) + merged_ions = 2 ** np.concatenate(ion_vals) + merged_ions = np.nan_to_num(merged_ions) + ion_df = pd.DataFrame(merged_ions) + ion_df.columns = column_names + ion_df[quant_id] = ion_names + ion_df[protein_id] = protein_names + ion_df = ion_df.set_index([protein_id, quant_id]) + return ion_df + +def run_norm( + input_df, + protein_id: str = "protein", + quant_id: str = "ion", + number_of_quadratic_samples: int = 50, +): + copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() + input_df = sort_input_df_by_protein_id(input_df, protein_id) + input_df = remove_potential_quant_id_duplicates(input_df, quant_id) + input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) + input_df = remove_allnan_rows_input_df(input_df) + LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") + LOGGER.info("Performing sample normalization.") + input_df = NormalizationManagerSamplesOnSelectedProteins( + input_df, + num_samples_quadratic=number_of_quadratic_samples, + selected_proteins_file=None, + copy_numpy_arrays=copy_numpy_arrays, + ).complete_dataframe + # resotre log2 values + input_df = 2 ** input_df + + # fill NaN with 0 + input_df = input_df.fillna(0) + LOGGER.info(f'Normalizing data for [{protein_id}] completed.') + return input_df + +def run_lfq( + input_df, + protein_id: str = "protein", + quant_id: str = "ion", + min_nonan: int = 1, + number_of_quadratic_samples: int = 50, + maximum_number_of_quadratic_ions_to_use_per_protein: int = 10, + log_processed_proteins: bool = True, + compile_normalized_ion_table: bool = True, + num_cores: int = None, +): + copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() + + input_df = sort_input_df_by_protein_id(input_df, protein_id) + input_df = remove_potential_quant_id_duplicates(input_df, quant_id) + input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) + input_df = remove_allnan_rows_input_df(input_df) + LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") + LOGGER.info("Performing sample normalization.") + input_df = NormalizationManagerSamplesOnSelectedProteins( + input_df, + num_samples_quadratic=number_of_quadratic_samples, + selected_proteins_file=None, + copy_numpy_arrays=copy_numpy_arrays, + ).complete_dataframe + + LOGGER.info("Estimating LFQ intensities.") + protein_df, ion_df = estimate_protein_intensities( + input_df, + min_nonan=min_nonan, + num_samples_quadratic=maximum_number_of_quadratic_ions_to_use_per_protein, + num_cores=num_cores, + compile_normalized_ion_table=compile_normalized_ion_table, + log_processed_proteins=log_processed_proteins, + protein_id=protein_id, + quant_id=quant_id, + ) + + LOGGER.info(f'LFQ analysis for [{protein_id}] completed.') + + return protein_df, ion_df + +if __name__ == "__main__": + multiprocessing.set_start_method('spawn', force=True) + multiprocessing.freeze_support() + import os + import time + t1 = time.time() + + current_dir = os.path.dirname(os.path.realpath(__file__)) + df_path = os.path.join(current_dir, "../../../local_tests/peptide_for_protein.tsv") + df = pd.read_csv(df_path, sep="\t") + + protein_df, ion_df = run_lfq( + df, + protein_id="Proteins", + quant_id="Sequence", + min_nonan=1, + number_of_quadratic_samples=50, + maximum_number_of_quadratic_ions_to_use_per_protein=10, + num_cores=None, + ) + print(protein_df.head()) + t2 = time.time() + print(f"Time: {t2-t1:.4f} s") \ No newline at end of file From 0da348e4c1a21b6879d415c6c2df9a0dee496029 Mon Sep 17 00:00:00 2001 From: Qing <44231502+byemaxx@users.noreply.github.com> Date: Thu, 3 Oct 2024 12:38:49 -0400 Subject: [PATCH 5/5] Added multiprocessing option for LFQ. Updated Enzyme, KO, and Pathway databases. Updated MetaX_Cookbook. --- Docs/ChangeLog.md | 7 +- Docs/MetaX_Cookbook.assets/TaxaFunc_ready.png | Bin 13764 -> 32443 bytes .../MetaX_Cookbook.assets/set_multi_table.png | Bin 52552 -> 45702 bytes Docs/MetaX_Cookbook.md | 10 + metax/data/enzyme.dat | 29218 ++++++++-------- metax/data/ko.tsv | 250 +- metax/data/pathway.tsv | 18 +- metax/taxafunc_analyzer/analyzer_utils/lfq.py | 363 +- .../analyzer_utils/lfq_multiprocessing.py | 880 - metax/utils/metax_updater.py | 5 +- metax/utils/version.py | 2 +- pyproject.toml | 2 +- 12 files changed, 15526 insertions(+), 15229 deletions(-) delete mode 100644 metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py diff --git a/Docs/ChangeLog.md b/Docs/ChangeLog.md index 9d6c64e..fd2c231 100644 --- a/Docs/ChangeLog.md +++ b/Docs/ChangeLog.md @@ -1,9 +1,14 @@ +# Version: 1.115.1 +## Date: 2024-10-03 +### Changes: +- New: added multiprocessing option for LFQ. + + # Version: 1.115.0 ## Date: 2024-10-02 ### Changes: - New: added DriectLFQ algorithm option for quantification. - # Version: 1.114.5 ## Date: 2024-09-23 ### Changes: diff --git a/Docs/MetaX_Cookbook.assets/TaxaFunc_ready.png b/Docs/MetaX_Cookbook.assets/TaxaFunc_ready.png index ba4f9d2590bfda82a5c567ad24f61f62619c8a56..1b2d2bdf2033ad08f44636d7942939ea12d5f272 100644 GIT binary patch literal 32443 zcmbTdWmr{R8#THC=@LOwKtxF?Dd}zr=?;laNq0*r2vQQ#-MvA2gVM3-u1$CMCePw| z-uK7%UGMpEj@O0zS}|A5HRrs?827ltRFq_JvB=Mn9rp!~95*DUT z_!q_$95<7K6#e)1(;?s{RP3Y1{Fw5UWUz!{|oyKfT3zTYg zNPUA$NJCA!y1Gb1w_Oc;KmxwkHCD+echzCS2o@E&iw2W9v74wRD5Zy^Jw0=y1t-<) z4}~fBYFiOgrF6lWUBS1Q?d&#_r8@Dg%GL89#%h!TTLxv_&yMOu-^^@=I-~opF<(hx zx?|Q~HD8R19MRp+MIGZ2!>>Fxf9)xwz$@*OH-2$~feVc7MnwN{-Wd4x?STCMydBJjR}mf2TKy~4atQ^po3&CcO@gV{{r>mba*y*urN|U4%QkFTJ%q))!g{+t~im8aN{EK2W?8e?>Gvm$dEwc{Xw-}25EqInwXS~Qg& zEp`asp}X#?7h&mJdTpRvfmptjf(WuV^$9&4o!{NA(cxlClg0IVqS5{RWoxUR zjftmlkDM2#F|(F=YP4*pM@a&vm=@DmstqGYw#-nz@TF^uX$L~p{-%hvQa~3-mv>Lj6$h-LLO#S@* zuA-xOJKmwGTEUWo!syjm+mA7Sdp)FO(9?X`a+sEyYRl!nOT_W%I|*{wucz1&ES7&= zzM-~-=A$aIA%TJ!(^1<_mKh2tBIUJNnDn`9VPwhAK$#x{HLkS9kDl!3*Jq~1G5&!~ zm<5#NGJgmuuHMN&V(qD$EikJfxK)31Ik<8kX2XutzH{WjD!TjZIN>?<4=4E%?^h?x zy_1z$zgz~Cc(#bJDU!o>KE0!*A>W`F;u+v#Jh&w$#>5;X*m~g_syjR%#G0V+)q6o^ z!l?1_lj<5Ir-_sBk?MvqQteZIX|bQK^EnEl_Cc&CmdPNM8#G;9`W;?2#@gO7B*m7C z5zyMT#A1^cVn$9XSw(*eC_{9y{kb;o|C)pFklrYmTL|3XYI!nAk7BS2ajnwkkAa!3 z#QvVPjF;D`vITjy+t0z`k_S4tVb|>qy2cV?fv;c1d`cPQX-*i|*emOGX`Iunz{8hy z_o<5RQ5?b3ExSdL9D}IYaCA0_Qpgy$2H%E-gg%^y!x-7uiz% z)(1sr-}AQ`EZns&Ir(RI&(8jYT4aZK&8>qSD>HGwxZ?{qit*Tt!5E8lh=b z>5x~7BY~bz?mI`!%}gA)t=~t*lA}ep`=Vfdot^p<#gKHu06RmWhpUgMmkesjJxY>* zxPayQdt4SJ&l0D1QNM~gv+X;q{M@WL^54el2GLfskzcU&DOk?{k^>DpmALf zyC0nfru%shSbU1zjQl=wgGhHubGgg?PSgVFV7ktIQh7Ro!Zvs?$z}a8q&TF4vN;uO z-5~Q@2B`+75*BbK;dvN^)4LTnR_+F`{oR#VMD{t9UboD~Fn-Fqzj5;#_S=ARIngn&b_n;2gwNDS7y@FodO` z?V{q=ct&f~oQ3*Jx@j9&*=?pRe(i)3cq23rwF3R#nEraOb|<}Pr5}0_?@G-JwE(xM zwlDs1>FcGCLEXQjX(I4YoSJ)o=QA~6y!0_wXlGP3?i6d<=^M`4XG#1UJBNpGC85D0 zt+;dL`>#a=GP?aepEW2iQI?b>=0=fUVA600{#mLr?f&tC&uMSEYPX^lIyFOP3^e}X zHr$sPjUN#8@p;Bs-szCYLnwtE$e|sVx76tWI!Rg9sA)Nr0{KgTE6-~Mv40|C83+pz zd{%pWd>rMwXS%w&+A`SFmJ_?@ys#j)nTiTRU)*zWwE5$#Iplyhr+wGHk3JHwWjM3@ zHu?{QAMc)A=wApzGcPtDQg6WtKnKSoMg7{MmY?{|VcpO5A!PF*3VkNjV)Q<$FfgVn|ku6d_St6m)7*=^6=1=s9OaXp89&b&hSNyZ9-ae*NvbW*^Bfj!F1w01}a=W z<)2>&*F$-6qG#Vyflzs{XAY}KTGr>LK{2V7F5Q@$uyjeklu(qkH#|2g>zsZ-d$(5i ztbhdfl>5Q0?gd(vIwnn!O-K;KYJgFXJ<)xN4;{1Vk@&spO3P)?<horYdGHSD3?#L+8L@w-^sJ^niw_{E8$j*$tH z?ort($?RbtxVpM(bls(+qZ<@?xP=S}Q>2r(y0ZD@kc*JpD;RxVEv}grhh7HRSMn;J zF8vA0Q?**{irk$n)2p*v0NP@ir2~&0hd>}!yQ8Q@{BGO6pv1++kr?@KsKIb=E$Mf7 zAHv^`v<2U~m0U&cEw*@@n3#;^E80wz8-)1~iuV+|oviix-drGg%*`$GynFYTD}bl_ z;Ny}JUeGZ^2XTdhb@A0X9+jX6fQgyQ>jPJWXo6ijXKQUL>Q}Hp=y)$IT@GqDY)eA< z7$!#kj2_a!z3XesA_9=72zxHF0xe1L%#ZecNZ^7)SxGyOWdv%+zOXXKQqyY*ub8QI_ySHxPzW zB0zoX)f4$Hz}f=DwuEPI*-||=Y$_fQ`&~kkth%u$-fgpG=)oR_ZImAe~>2O(@@@{=dIqmN>DPA$#50PUy z{C;~V%E;S>1fqyRQ}XzUZ*K)bV_amRjEVh|pnK_4JD00aUe45urS$w=pTUDoRg*qED+0|ywdx? zY2gcP_LD*p6@Kz@T#3xx?YW2LmAZ$2FIz6#eRqDiH*$9tAKw(XU5_t6T(bH3-FU;V z9-udKQv(?fwk8MD3@E9F55)U|<@N4&VT2pELm9p_w}*K5t}jmM6KX<&pN@7z5itAx z2bld%!6EQJ6j5f+Z8YhPR(@#f`f$c7zJI}7L~Vm$jza9GYf<@lw4)9%ix_EZx6Q%- zoKRo!Hr;o(?s>KNY~134ySgs!`t9+l+TtJR{SfQjywW0HBDKbID}iPIvBw|722=W` zz~I1Yl!)Jyfx9b|16U}ZOxd^G%ZS`A;{q%sFHwI*Y5pMvu1)Bj$To^fbb{2z1q;J$ z_NyFV&uR7E6`+H=eYyCK@^IaM=S;hCoKx{x&~KvyLn-agE;{UVlGD;b&TCAO*T8E# z4;YO8*V_fWpJ!dR^AcG(v;^Gt>VW`~kd8+aTyrq0z}m3vdw44C%e&~!hTQWqI~pHk zM?Eq_xVmY;e!S=IcYh0=dRULeEEU*oZty(VO37iNcLgqGH(hC>;{=R(=D!r@NGi=n z+}8|iYfa@@kVhm^rVj&^f={xZ`?pbf~OHCq@cz7i#qJUrLyj+@$Itoz=8}vul7*fES19e z0YY)vy84gQqI$=R{Oh_y6YgIZ8owt%;<&qFivqL5#0A44d^6 ztH;6#e(*3TjKomT-mDx8X6;Nx^&;^J%u5(Af! zFhY9Wy#hGYSActuP#j}B8%j|Hm%wRnb{lTCq;=jaY&ia8;qwAq*2%Z|&fXLI1EHxY z1Kac|g4GY`{RP)417Nbxw)%?%Oc{Fb4`)e4iQHcS-~Ao{5Vsd~tu4S?<5TjV4R8*X zF7XhE%hJ!^dzX|S3WR3hyeMAxW`FOAoaeh9Ny3TlXF3S`wL8f%8T9H0CHGXBO_Abu zaY?z?Jz}#g-=pMw@n+w^eIc)S2e`c9!*iP8v#{i2FYX*f&r-IoFo@m0;cUgGLg#%@ z6$e_|ACwJyBVOh7wk&vZMXN=^#V>p47lbEhz?>KU?Hr~%>zOX%d9nudhu4S{$sNG- zPts^eae(j9idyNmue&QWRsp>(_KwQ1*`KYoZ$6f;`yKOCT=%1hFnoWipz%I42e@Yv zIKy4;Hme<7__)>oR%E8FXM`8V3omq;RsO)fX>a_4ikq$BU}5uN+sMQx#{IN;|Fb(@qO2zvMIMH1?57tC zX#t5ywo1EsBiV*Dl#G(HHXUMfw_8nBeE6fK;$iqn_Uz??*f9{JfL{z9yZ?f_ z|A=U`GqRdxX@%E{uYtooAYefJ^H^OVB8c3_5s;E>?kAs#DS*guUH^C#&Vo#zs60*T zU3c1+6eTE`JH_Rr-TC9fny7&8%E3s{9~1Ou@u!jh_kzQp*WMCdz1SlM+DrtjJuM}Db)%NBfm)}t;^9>Z6}Q=39aEU~P|iax6M#vs`pi^i87AT@cSRQm#DmUe*GR5kPiToRyXkyzIJ4!y;%5z zIB1<*@;Pix2nh+vxZ49$U$vpn!WLuVz@rbh*INE=q^34W+^cjT!hFo6d=0O3UYS2{ z6CJO)oW1U$yR7n9i8W2EfCg#_tib~lT1G)*I3wUfjL1ub*WVNV3|6TzorBj$?LasBwKb>Z9auVMfqxC33Ez<*zn$ zro6Xdy0g5s+mPD#T^&E$GrSwem@NH*ndG2)n!i^{5`Z~&pTW^Rbs)s&Kga8Lo)!i5 zJ-vqTYkSiIgKO=%A_~YMm0gH%V+OkI_z~hLhm?taWr%a54k7qxb<0hnSfO8z!$+1_ zW4M{^?%gp{Lt&$^A7t+#I5{d1MHk|7rsl0Z*t79T`&+_({GsxYg*=x>-EPs?- zS52S}T4v-nBJaa|`qW6h|FZ5fQmxM4Cd$v6D96TlcBDn0XMfrrIo|-nE2QB!Cb{0e zb+t%nT6cTbx+gSR)(EAcr*$0RvqB!`l8Wd~+$NJ_u_!F=YE#C10b(5%(V}V3GrIVe z{QSA7Y_527N`*PU%Zv&W4XCeLkl7Z~bw%ufrP4MNn2Y_!#?}aC+iN}Vi!}1iY3;oI z#T_UwS)Jpb@-Z!5koJeM;9g@}*dpP&-u+GM?UwSx{;13eg;Q7YmV>wp-2e&$%tBHs zh|YY?uSoW&N}YAGy|!S?WY<&<_Dz%W4M)3xd-}!7nqK@DsPS-Y)s@&O7d!~k%pcvZfHwIFz9ooVP!!%DlI}r zwjFwOP0d5LMLA4ie=y_AY?^oIw0YATC#vNpDNHE}wr!(Z7Ha+7qsibnnO<}IlUv1@ z-xG0g_)>~k#-Gp7UI_47layr>KL=d|35<+pHT4+U=q6RB<1vMW$0oKn57ky=_5Etj zwbD$tVXpX0xoq1nBktSo!JId>1)g3@oHHX#wudU?wW#gz7Ci@|>ptq({rh$Vc~{ zbb%j30zUX{J>QfSI3t(zgvTq5Yz|}8@P!`uySf!O#YXJ(TF$pDO9(_94z{rUUw9lx zp=?G*CFL(H+0U+Cr1b|@TO~6@RoploFQrS+C;nvF<=PR7K?YqhB7riAgjk}&*V45! z89&W`j^|o4({~xdnM|yOWrbU^*b2qV!8BP^YM*pF9=QBCwMQ-0F;siak*-lPS@_M- z9ZxZ4ex66qwIDgK_iN4z5QFE815rGt56bVy;cND49J3DHM7h1K8 z$=pQGJu-GC2D9d>dO_%-%!TJSfN(0+d!RZ@Bv(pBG<-m?xE(WWy**Rx9}4qtfI-GR zPIZKPkkVB-#{`S6RS4pKhSkQtUIl^P#-a4b8tkg0tG7^o`A!E2zpS4-*#*97SnCCze}2`6 zG@Lt=e2UkNIbzAx14zhPrDu=lB>un(a1LEEEgFw#L8gh3@AR?OQkr*3+yntJXi7U} zE<1dqxNwQOhOQ8+uNBuMU*6vgE}GpGR^0ubplx2I&6*f3DZIr=d2mVr7j17$ zb@)7dgKuaDbK6X&8hobQrUypCIuKk0{Qag=-=pVm*UYusRj{Sd1yob^8wq>tq#w3g zB&(dQ+9`{mB&}ELY+t#P-%q8U2-#oT!btgZ(x3| zfd+Fc*(SSs>G)2u`C^R49Eg{{qZ-wGp)I1#>eXP zQB_%?PGD5MomOFjQ4|`167^5M2_l(h9Y|=T^?)%(PCIHV??sl6Q^o`*!FTxtsA4xye%^J#|+b z4ZT$7mV#uJ_zZJ>*8;0Xnx{v2B6{)`)-tIqu1AKSB~h=mi#wSk-s}@>di4nVy;s7x zc3+<=&2E>N(u(`*qN&ynj@z}cavpMXd0nIB#m%gLmN>_*@clEC;`BV$+eEDFxC7vZ>8aqt+S69{Zj!5K_W9j-U15oYYLJp8tBVr9-$B$KgJwzGi>b4)JJdRN;5F zo^B^ts0A;17?0&+XO}?SY)81H2%lSFDw1n_wJT{fNZO~eprlSPU=)HI9mM)Emd+VR zOHI-G-7TCNG-ssS!47dIPD*Z9mM|kC{_>}%8Y21(JSSxcae|y?ZjWVnTh~itU{Uw> zyI5`Emj|ne(w&yEOZ#L%3uL9-6$Ib@1W6%TqrGX8$jSG}go;${yn?rk6s_0MHsXd~ zd^2qCsT&bqDih_eL%mu9^Jy+vCEE?rgN9&H{V~6kCV1<}o!m6hkxg0$ZAg|bNV6Sns^I&&OEuHLv-G?fY>bZY?evL|GsrTUq{#MbU6$m|GA@L zyW?dE3NE~)`m%>Hj;vOCDY4&T#;*$xh23JNg?Y$}E~)|1TveCKjl9VZy3iJ}q3Swy zpaQXzSqx?63C4Aksg%q8Dzyc2w4~NN+c;e(JYwFV2k+}7(CLIsU2`LZ#OGAj&E7R! zsY$1Dd{p9f5_&+=zDTlF?CY68SlzvCy(*rYVu#7!Kf?sS%$V&9{OnBSoK3Xvs8&|6 zwI}_CO|QQX5}VB+uh_PGO~tYHL69m+AZS1b+~!LOR!;|)l~Fe;Xik|KgS%(U9ouG~7Y@Fgc0%6# z?dpx^3xnR^jpFVjO{$KeX2+EQ)swDJi)UW?>Y0qH`p4re^MACgw^)j*6Ct_D%s?ClM#+|-n}nA zo_qse8#8{%habDCnMsU^i>Y%dK3k0!cfB~S-Y2-3bl=5u{V}%pV>MaeaQ^N4)$u)Z zb7vS}BKX$}peO7iU@p^m%@L>sz4QJ%C;V4H@R=@a3z`BiVx0#bypduLQzaYOjJyi9 z6-pLEngd6@qf-zAUKmI4c+thKx^DOSVCV%sQz5ad1iBaou=`*8K^jWIM2S`)o) z+TbEyc(&;Xq&=rZkWvVo8xS z<@2u9>?qc)aECG?)z9Pp;o>d_L?VfUkgN@w&3I(%5S;W3I2?8Gb#i zU|-5d5^-}S*cEJ*Q1nN~h@yf^zW*75fjY%}W8t{+2( z!{;r{mC%}1gSNrDi=bz6DL9)PVlM8B?3vL<>+U?|+{!}&Wv7)nP3LLbIIVT}Oigk7 zzkTbJ>Uhcn zaO$b>;ml173*U9T+Wi{z4P99D*aX}+*%rB`N<*IaeSTjmLWp)-p2~kE@kTeVUfVoWDE_f%@>W*S&`v{wyZ1 zmuVRM`}c1@TdNPC;BXs_#1MiP<2?~Q$$gSsVuALa`l@Ihezd;dRBM!1Xc zIBU<(ep4AEwmS`nyGHIZTQ-2`WrNc_H_{G$Hi3+oEMQ62Zy5O4bFW^U=qiC{ab(H6%R>($Q4e(MG$g zY9y;`ju8Ee`C@Qm4#F7OIJM~jbVDapue`#s@4m-hxATh*QpxUgJ)UuQZ!Wa(7NEE7 zKLA;Gw;I>xp?$ooqWMVLbDu9>Z*QJ=IeWA@<8D(Tz90DpyX&+-h~9Z+8tfmn&MMf% zJ0}4!OHgL?;qKVORDOYc-WKhACRA*v+Kx^`-Bj@%n-nd)a|c9c`Pg#oD;z zLF&oFDSG0i*<;(MBn!Elrgt+o>DSYT`aHr>YV>93M|`|{NCB7-{qlJz_^+3E#@M~l z?~FG506y11JpmvYYdAIs1KNs<(zM3(^OW9orD+-R_=WR%&P(PAwCeM;98Ohb445wD zACf_}coa9*=GSeM*G1f(b8kN?bm&AU6khb+gKGZQ0*PtdB3`!)rQX+y@6#?OErq~^ zP)?sAD!3MFRO)*##4LjPw%fhc=Cna*0R!kK30R}z!f1bVYe&k7O}+>Hq|d?C0q7tQ z@~{a81RH<%<*kwSfn!tcN}~`k_ldygd!^jEz`I`49Q)>r-lEfqp`%2D%HNRlXMm_< z?Idn^Hbh4#*EBCP+Ms56wYVaDBX&Tm$9jLu=?y&|YUP+JWr-^P)59P=1;S~|)Td%( zTN)5_-s!l83~iI~Jl)7f1a z;8kFt%`(a++jgBptkkCS@ZPyaPXZzPuYejPk{R9ldUvX<;dEBv5by;Vf*-XStGUdt zw}=K>nI8j`)B^UWA-i5_BtQq`Mor+tIoHh0P!~OBo;#yQPHnI&v1|hhxzWYLSjIzd zhR;FKogX|t{dSzvXx7|!@qFt-S!l+s<0E9QdS~?A`_vt4ge^ln_W3J%%B1O@a+Hmz z0ZP7!-BRGLj{E)}7qEv@q^@B}Sr(kx*+~ERQbb|W;c5+}_}mnXXxR+1;TwK(UXp-) zC(ldO-SAnt1ua69yYyQo955Y`NjD`G z^!WWZ7$BOI~@)t&!P?%E^#NdxykBqVS9ywF%g zqF0L*VJ0b*Gzch9nXHrCTg<4zY7P4Q1S%&jR(tmA2LpY2wl6-j2tU2jW=-s0cfv#h z=q2#mz}n#re4c#X(g(xY^ElWo@h*n{wZyUHDb#`&zcU?ZXd?EJ8J(Ar0pu zLdR{NCtoB(8PApm(*zE&8Q?XuR}(Ua@kh&F-4EswJ^LOjh9$U0u*I8>{2Qv72IozB z6c6GyCjRz{Bm%`GyeiQ2KZ@3leZ$KkWMg_1{RQ{jOC0W$2+3D5vhQq+Vv2OYuR{Sz z!40f+XIqwEtc%$&6?m|j>?w$S6Mx_KGhyM}MQ%9=3dh0GTolKfM+vqe`Qyd{mKui4bi`_7zlLM)fbVtpC zB(1p_3W)lLc(R5`4;f?hw_{ujz1I`Pq0|ZZ*_pZ{nk+ASAm^v*#9)b{u(51qgrby()+%1Tt+<)oRn)C%n zKd%JCDcTg8(pxWt2Io5bO!uT{oHx_l{nluy5wh2OTX_lAQD5XX-~O$(qrIm~Najhj zEG?Hwk`}|m0%SQf8v_h47TDEWSl6GX(P8K?dSA4hwHS%`?|=5ky2SxGU^aO=uN|~Dx{meqV6+2f z9T3YC-xf1a3aE|!f{*Z$49(-3kFAq5SLat$h&HLU8?gzwKew#B^*h2Tu3h{;={!C`A(S}de$c&c-gl1fr<>5l>(i{J zy0-~f{$)qQ5^&ABj>V>46>!Gz@5OGEq}l6X2?!JQs*VJ!F!l$Q&CpU!Q%+2?N5wPR z_jlfI#r->|U##BW5@)o;R?1>t7@$C9%@EGqm>M*}s` zKDyTqn5pv>w11Q*<;*eBSP@OCD`MSGB#JXvb{s3o4)cVy9z9#y9I5@IqKm|M5K!Ini`PGNbPd(D_ z-WiRR82&1wNx*+)ICj(?xE|!CFU|$yNiNU{OwDCP*n*H+GIhqp0k;yPt~rpu`*5-0t{dgiv|$=$PezH#j!2L4 zzu$GA!@Zfb)jRN83iAem_JjoHsYU#Ulz6x1-G+kdI#XxT!m`la`J*DkzPMy2vJJga zX#bk?MO^S%*lVx}uNQ@rv^dv*R@X6NP*V}mGh|eyE$RL_EV<(OVTKa?mcrox4r;p| zG~Ikj)?2*D;cRP3N8^zEDhzd@Ebp|+MSY1&jz|jg%Xa93GvMTTo++DMC~CPa_M|Ky z5Tzx)ZfgWx0ghARH1NnJgSUMLuOdXBRWGC8m6({=&~rUL#jdf)TTfKioD{9Ux{{yx zwaYqzcyP4vV>V3R_k1EJCx`Y2pp$hill?(IM7Pn&&sTzbeA45@fdJxmGGoxaF6HRM z_)LAF4B=R5Od^+PW~dvmAY)=7%o>iDgQE$g2tf3&Ew=K3;IoYj?46mwC3piQTlbXG zihb8#;KFHvXc&q-@sImg!*Zd~m0PVa0Z7XSGZ zZ1C3GJuqo-c39`~P2$o8xMww?KQcYT9uQ!`p=&rQ~V zKf^6lDpDr1-#9eCZwR=7f}@cnYJDE_4-99e2}b^{#*umBCuP>YiY)%HWbTFje=;V< z|MwFq_8j)zB|>@Ec@aQAn{{3ZzsOtAJKcVp>N?-n zkEjy{9BJx>?YuJ-);zRK#D;?c(XBT*CLND$`o16&6B6_d!ABJ_{!yCL2QC4HJ5 z#z=G;OEeXu6f!-#9ZrP4>l_2==mh%gGtmipa&jb5K`K^(nm^#x{q!-LmLe>1nyBKwpU zishYGy6MfE==6@&3Pg{Ago+C>>*S^3L>>@@y!{LuF-EDL0#Z)sr-I5VifS z_V3>#;($XngfKfSfK^_VuC2g>8~Duhk_9MUhNDXs4R)_U4uK%4-hPusMJ*O45Q)n* zyEfntPPQXOa{(buGSUbqoRnnMHPy#+)5PGJ^03PP0=4ews`gkr056Dwju-J>T1Eyb zA|iqv$Mnv|_lQ;Xl)jyv+iFtT${lTmyydRSLXUtBlFOGcfwP4b_v`u-a!h91&-Y^oOi9wMYu} zX}&29m2^#}Eb4gygXO_%APy&|9rP)B@y$TWH|87u+=P$T6Z5t!LbO_|b39*S$+tU@KC2fxXp8 zTa@LvAQjcPU-g8%A+v0*xZ$LZGOwMGa&m3bzfCzM>?Kj-afM%nW}#>>kKv43;cpIxmIr@GtY3SR++R zmcg%TSxF{^5XYF%GXin`kpdvcm#5KMHdHch7N8c+wA2wHtu2gUrO5;O#}Zn6e|r3A zIxU{`fyB~%U?JCh1gGD0CU)rA*P4TkVTxW*&r>tZN2@BDHjj#qchxgp64*1qKgv~R z*Rogv%)r7tRXLd1yW&45Vt6ViIy&*-w0VS5sXUmjufhL#nE_p~&&*sS9zrIE0vO#6 z&OAo1U%@lO;TtQVsbSr5)mR_U-aimwZVQwN^0q)E6JnRxcgLcYb=v{xWAF%yBd9DV zR|Ww6i=l%yMpm!_eT-w#fQQjr;2fdNAKuJOoxPpF6booUl?h>zDDkJ+A za(yBv@)6AGc(dqSP-{FQRZRd)zil4$nj(nf$0)jd9a=W4fVS#LI=4=<_c2F!;z?)J zuVsPCmT%SwGg(jS&#S_(r`=!C;xJxfPcAzg(R{7zl+!dCQ-Hhl+^E z#W5gOlAZ2Y=yUc=4}dgvb!fYbkO z{9k!=RF%9Qr-GE}*PCp4Xrfx`D6D+@138mM)U}ji`r>f_+v=0QHo*u}qx+>E%SMD#|iRMlVxn z*1e<+yD9kc6HntIWF!OVkOXDDx{ax~QVA2^Uh&7fOTg%WN%1;%pbrfM+)9Bwm2BMh zbqN6CU6^kUz(d*Rk!XQ0JxrneH&1@st?vM){yg`4|GpHfFv_k;Ycx|(y=Y+< z?suj(S7#5uFOqTR!z5Mq+g5X*ckHHg_qkSpGx8BC!0+~CM7#h3cR!<*T&w$3yss z9)4c-pr#fW>z-fS32xZU2b5`v`xS|sa&NQE!L%s-y2GrS^uxV@ z;;B$7LRRfN@;vM{#JZjHn~_Mr1N)lU>y_Vu!z2Eo)7f}i0Y5y zx1a=kCtaA>)^e8*?@9^kf0cqI2!qHQ%M0^BUG?9KRDtDxte4?lO)X3NdUun(26Z8* z0W4~I+`b|K216p=GZ(|e#BFN{_@7(%X8adXn~!dt6F;}^3jw76AsU~xNE9uGhW;P^ zEh~wtq}FkzB7IJ5Ir=s}BJw-kvoOh5eOBQ_hg@w(Rr;(Xt4*o3QiYIb+1vX3SXRID zmmQDaJdY%N7G?#_k5Xk}68%hV<{YFKVD`<^ute=Kkml?7V?>geAYKB|ASYl62fOf* zvN8-_>bC`4qUTXazkLA%18h4XJe=JXU*$RC?ul=5I!p^`Xs3iV)!H(m9IwAGZT?( z38J6I{udgzIi}`YiN7LQMapp#eniI@$VBVNU%bVtz>kg*V5L<0>QjpGh#u2E2{ruw z&77=sZ2gWEHT$DMELXsHy8QEI4c7EB<^j4lQYA!&pZT&><-bVs4(%Kmp6u0M8(1kX zKPeY`hm^4C8L&y{C8>V)tZg#SG#-Oq)VZ$a=Q)+s7?7+fT{vv&x;8BkK2>-N3~SVU zXW{Mfa=lvTa>nd$lI2WWB~qRIJNrgT%$jmYvCAuyCljUG7=vq0KvJ7>J(;!rL~N_L zn6?K3qChsq0T}EOxuGUzImarXC-MS zTStZ%4d-aw%<|;fVJ?rKHA(7i+EWll*x83~8W6XBQT1UWMp_E?wTMDXpaeq_WjJ+B z=u|9*X&*f~TlDEYY%VCZMFFUWsW<+7UXfJej1qn7bHsss6F)_;^K-Vj%9uzBobM4qN8o3gALNr>t z8lU*SgChyQ2qB8p{_ym?P|mzuYL(wQc{9>ykkwuid64`=A)dJrlo}}9TUVt?U!MVi7T8k>ar*h`8??XShvdAd z3A|RT&1{GZOcg2tL#Jz&_-LI*T$qTl?}Vw>GM}rr1C=-#GCnV#rW0q@y5+A0E3^Dt`qA1@Qy~HXfHC7d{`RB|9Cv=oM@YYb z(jH`v5}>Lw5rBqKOFsr}e@s5gLptdUwDyy590Kfaxt5I57rKEmEHCNUm2fle{p?Ny zo$tVO(*Y%|c@hU?P3EZu7Wn>kKh!GFZjsI~wWZOBL%gA6wbmTZ2@~aEWFoJ(e5KJ) zqkCI_p0B39_iKg`DO^=0QUx3RWQpV@nK+>C3|@DHekxKKNZ&*A5KidRA)L`JcjAV5 zKY*tDY`FzF`Kc8HqW0I)P^ss2bcUa_!B3Y4y-V2+XL<$Pt?e4X-NZMX-gER+_4{_4 zP-X9xH5Pxwc}kf`zrQYzqI1?Y@sNg3H+?@ENRc;{fXJHX6%(-1@Vo;=&6w}UN^BM^ z0QVB0CnL5VEv^hKlbb&%kd&JOmGcnz$p>W1#-e$6eZD672gzT>%b?3QqG9ZHf^Peq zF@0VIQ$D+LU?SqgaRs=WV`=1dMWdV6WOY-vje1_Y_+S%!TCWc|@_N{3N;@u-Lnq$z z_o*13HBW^MI6wSYoIOn;zB;CP;8dxsE@bt0tjb5EOgYUwR85WMke$;^lBE;&U8QE6 z_L{4#UhpW(S=+*&Zon19#TXZ_p)p7&)k)~hOEd4_xA%eN~{pQ;mQ9t4Srs{IwOsG| z46u~bzqb8Y9{Kx@DM%y0O!i}s5h`Gk_(!X?7ll=JeY0`#HWfqyu`(*85=J;2_8@XkoN7O&;yKj-gt{evQ1~f3CT3 zMk125sbBr@t+v0YSTHfY|Ci*?)4j=GPi+*RzYII}&<}j7*zJ*_0m&lUbyKVYWvxeA zS7N>>t{e9z^5oR}&#LCQ+@VTCY>Y5|WFL}3{06R;za8e0m8khia87>@y9nGNCeVsN zz0sdEp`A^=PdU1a%i;Zep_BNn+Hzo}ky*%)uODqWMXg zEc8$Hu9?m0}9ykWp@6h z`ISzVwR26>^Qkv}l`7!XY%0YM5NX3vUCQrZ(&FS8E{rkt<(I+H zP##H|2cUwxWl%h0wH=d&HvAP}_8q9v1hc`yW4kcJ*m3w>a{ucEkOK6tZF`CF$_Jo2 zeCtt}Pvo`8D~)v1<8mM~e*q}D+G(hcy8!-s)?FYea`3clYxf@#5N((BKgmD{O(UEC@CXY-8EO50;5nIi z=KbZQHUA+i6cS-E1v+-uz$sI%EV zNqCef?KR(Txw2lPF67Dpy593@CclT(o+=*`wn27-@G&1Mxm)N+3s<^4&-QTwmP#WPj0j5YAwFIX_0KV98AGw6V9=*T$AfhgT{_ zNeAOQl%EqhNECC$ODYFs`#10ogx`bxsWPTLM!Ld|(>DqP7}oFw9}C<;g)_3kqFGP^ zi9y*UrA-fFK-vdu428j?Ib+eD%>M#vv?X7qt$OPuS@ZmoVJAKM@JXUbzX#DC9Y?0k z$A!~!@J<;PF8?w{>DYGRq8!iFyKGtVia4LU!A+(F@+g4>rVjK7QU|7{nrp3}k5Dxb7TO+~2rsciE9{`cG$e9w`go}uD01kc5V<%0lb%ab%9t)^ zwgmWu$N<gttZn43pmJ*45LmNQ?OO>SW2bL0p zM1dyZm;2uL1#F)8vkznbi*t}tm-efUu1G>>Ac>2TB=U(A9iP0(o#G+`J#wMR{c!Q~ z3&D5xFd=t`%RfN};|&&=Y*G#S={A|YzF4#(l4r~!SAVANS56Ke?(irBpsS}Db9c~+ zyCrmytJxbj|ASS5v-LhU9ciG-og?kv)ad_6+m&f2)CFZ{5kF_$O5dC){kFZ6zle-{ zZCl-15j>v#>VtRjx%^^-8-#TO5E~h#CP2o8A&ty|Vp?@m(wgDMc6n?>*a+M!mJFa(?5WlH@)BW#j7j|6%<6XkdIxI}=d=1}*%_GrWCxdd;H zC^PPrdXr5uZu68s17$il1yl>`uZ;x}TmL1QG8r!ZQU6b4?;X`t*L9CZP*IU4QUnD> z5d|qq?}`XYSDMryT}tQ#NC8B;fJl=rARskD=p{jV??r0pp$9^T0Qc}b@BQ8H8{@s> z-u#n67^m&C_gZt!wbtALcIq9Bx~7Rh3*sU^+~5V`bmzcp&)NM%Y>}EJuqdULMC=&d z6*CMbxO}fzB6jdwi5A97Rv5nUHa9m%A~7;kJ%CQe7oppkqD0IpIf%@+qwruvTH=T7 zeuMW(9lJdZ=!)H01`TNypvnD$sJi~fFaaSMkWJ%KaC;gbNn6Uphd~!u+KAi;ZhR%Z zlF~Y4XB;s+G$(XPQxE{`(qX4HH=dm*kt#=1l9V1;z5{+tzVaxYVW(j74nRe1eL@76 z+Z=2NpBarN^@Ljjs|09_@E1s=(WoPIR^t%s+qjb{Sk#_0lK+Rmksj@PnR)PD$ z!R?I$+4wk~`}hC?v1K`sSLr9Uqp!4I-%To zNpgIpspX%bhbfZ3$1JZB53Ios2+3TyYx)vbtUJBm|BpM zEbj(YfJ6L60Z-e5BkAK6+gow}BL)WTdisYVTc=dnL!6b~UK*T5Pu$tVP^#J+RZ``l zEyDzVIl#MEaN>)2b^ej|mgeSenPWRbG|e?Fg^r~it(ShBbkODVy3}i}m^TVHd3Z@U zc-b&q7yV}FN66k<&-}GlU0u6kvX-1CtN_^>zJ(vYpyHSc701K0vghTTvW! zWgth3Lj(7IJ>EWso1y6-Upow_^=`iOFj>j_yqw}6y$*nI(&6_oF7x`6S9NmyQZ+*c z#Ow(hzwV|}e6-F*-mOrl5gOv46koOg;o=3)Et>0m#rcp_VSvgKe+zgIR0a>nOf31<3@ernP5D3Nkl>=U+7J zjYHe2JvwEMc;N>$D5q>y4D4DZ0bYI)l*z;fv(u&2eP@t$QT3<{@#@(A4Skk}PwH5% z^at=_dy~a#N2;t{She^16_H{jbV=3Dyr+fEY=2|2nJx(&Z$ajQTA!*N7xVBkoh!zT zS_vgu z>aq8cD7gFP9;jmN2!`DZ=B;a0$C8!x@gSy z5)o4(dO?$}%rq{~O}Vlj+;B8Itx*FMZ0Ng+@J6jl{dSI_dFCf&oj?d(XObFl^wMU1CXXV`v-F4F;jzx?#So9#Z>0prY5 ziD3*R@Jb}Ym@tw-J(4y(cPj8mU=#ys*f$o>fnUxXLO$eU!tirB!mla??_m{i6#y6A zo|X=M$dCDOVpO7X4=3q`lQhKr3-NJ%eSHuJK={%=(`cSL8ZIxKKa#j|7`D;-(x??x zDcVDIIE?TD+L$f(%g>9z!20D7BNVz9`iuWxeJfY+Y26Zpf5b-k|Gc%&u6O)NzAtF* z8w}P-7u!!it1J&51t?>P}3K=u!`HGhG3RLcLa`+-WW=@E@3(Ld@Zo0>Wn1_O^28ch-|3cD3+isn-H!n%%y%X^f%5E6$8ayg7`J#-V8(n2ul;qDBMb6%)XK6xda++! zJJmZ&^D7-_2uNHC{i+_@DemufhgE4ouH)-QyC%9#>eHX+yIKvswjJHoO#w-rK2{h0 zC&Hb#z+NK)*Jg+TlD4yY0EvjU;cEs!Z91C@{$2h(tGQe8`{rH$fZ&9D>)zk%gu7?2 zeptS$EfW|TJ&(m-s9Bn)(7aIVF3!<*sgw_36JA5<01#8VAR-{CL^cm-t&ByVx6i$i z05@n9JU+*uKP>M%z47Bv_*VQjDjX^!q}Ka}|66BnbGyAWP@WMJ;(w4Zt=nG;8W(WS z17N2VB{S#6^bdKnt;81)J(p`g`dFx51`0Hx_v9x9K+&%MlE@ljA)m54ft$L^V&uEF z_nJbo)#zeCn#-Tx2H%z579@{+74$a&>QnWk0nE<|C@XQtDRYr283Q>&X9anIb1r`1 z>#Sa*^YSB#dy#pCExDr=pO@R=HW?QSsx$%n4~RI489>?AMFE`nHK!|AUn}W-d*H;L z^GjZ#YL%rMXToD?ZPu|=s{G=IJt5zXyMza+-8C%eqFuX^JB#;9@3K=f&PKkjp-oy; zM*B~9<}USfG%DQlb_2Th8g-Z|a-DRj0)c`i0E=};)JG%6zAW^Itq7fGoYi6;-7Xjm zwxPcWq6+x%emw`l=JYW8MsU1Vca=F^UVHb!*?2W>TBQ3}Z5n&&Q3&I+BD;P=M8gKfIlp{p9*{`jaZ@U{NfT$cV=8Y*+T(TH@}DLobPif&_b=~gl}bBDhn1@1Dw=Ex zq}g>1e_4?XU)`C$^e#2?rBDn%;AG(;j7;w@${bwhz_FXg%T;Ec35678%>LF{cgt9O zFdRJCi1z=O+pSue{{d_y#O6?bnZ3P)rTvnWF6S##=cdZsT3>#H`?^WF53kA5U+Y@r zmb#jK!Oo34S*?eco|WEM4O6VK4`p!kVS4Sx=w|5ToBRdE=yHdt7$ijwL zc)bjoGH$)59nws%rEe!psq3scSy0N>C_9JkcePieAytgpC=7yK!_<{>Vc%X)3Dld-x?v5H0WCDr4x898lx3U8liww8;8 z;B%wnqapXo-{;Z|eeU9THq$}l^%iW_(mm`mUrkSl94fA6n(1I}o)hLl0; zd{$QfgNZnP875T=bp6@Y_RIlv(N8;tB~_`tXV)`GJjr%G<4aE4Cw1RfM^NMFhhY;j z(nGvNi^E#J7xG<}E(nAXiD$@KD4`3`52sGV5jF_92b1-D#n?m)i1E@T>#`HFGSLS zK(tqa;2@CC^XK#AAkam*AlV+Up(f07J$+0w4kv!ry>P1YwC)KYD``@kw)8#@<`qz` z&{8&LzzqEKTj}+$Pbj1LCKd$j{X0o;b!)1u_bJH}nNh_D)47cyslnduHUsAcIm)f- zpKiupF+zHW1zE43ble<$_9T9hC`s~H9nUZ`Gb^W#vZOy5Yl7m^3i^tQimd0y{Gnaf z5n-_Xob6b|5DF-0#ehJ2OYYByU4nF|A8`fvmR1vj<5AxZ;`nKBCBn~Cxfe$WPx_| zh?KOC%nVQF&gO(M(a_i4Pnz7MDva=#ed1iy)V%tMOIztHXUk##$l3W z1}Baae^$Jk)j=TQ`FkDbA5M;(>wwmIy&P{T3#H*0Z+Q@hhhpcpb80Dq8 zkjl}_gn8Z>(PWfWr~Y*9cb(M$Km}a{I%%+jX7MyYgvC5yY6;K|{`s>bRP1?Wpz79NF#<^UN3_MG23h zx3${3v}d<&YCDJaLGU!7l)0(^#Co;3_BgrM>18yIK)Vnd_ibQ3*GNb>KCPc)1kVvt z=_-+|mhJK?y!=NHA8pU#_NbO2C$X}LJF%_NRb@1xM*iw5JsA4*K-*L>@H5$~x!~`c zJ2thkNv~f8KT42@PRk`2>onzwytO8Lex&SXYymq?@ke!P(+7UtNA!B$9u~9q%QR#< z>=lK0K5h<&NNspEu3|pV+9fBShkbJCGUJ5hPc2SOdI?JzEG@kJrNx79S(}2IHBHgd zJ=(T*TA7ZeN4W(}=!9AAP=&dI^~K7C%l@~qsQHl~{Go?XLVH{RUrL^1lfRecGv%M#H-k}6o^Wy%4>Q{I znr@!^Q=@Qty0GG+O#k*Y5AJrC&>+cfT94dYapWmebUB%Wb`tP`Pi$EQzK)PP4AdTmGiG3shmZFRr=y(w3FIDs_= zc&G_7Ro5NC(5&J^t=OO-o~$TN2OXk}1QJ4(E*PE?s?!u>ozo_%#!A-u&=2_^oqQ zzGq>BE@SLBSQ2WM2Us!AnnR60Z2~W*$0VgdOFTRY^$>9bMlvEFA_q4e?Ll z7V+kj!th}RGBV0ixNHzGcukc#J5T7Ez9Dd*m{e8OM)02{G@giuQ7f-_6e`8PY01#k zyAFVW`?>a7rUueNpCvmfJYIUd1st6n{Bo8*FJrfVl|5$ViM)KDmIx0i^@pK^G^=ve zv>Sy0x!E|?4GCg@ieP-0i==}tC{)TU3Hfdx}Q5g~@i z*R#&q!|+$+ui$0zQgX1zjQ=_Bn5OaQHg#abjK-rz0hLELzfsY?eRT6i`(xUGruvS{ z<_+zE5~*Z(*1g>t{%VAD>WX9W9R0@g3$+5HXo-F!Utf20WN#5{jZB2GkSYk@31}U5DNuo@)kiQO+~ITv%M8VPwjspBHI=;~WNMr#GIP<4hJe2&Zo6`58^yI?Y8g zy*vJJ!#PE@O|zSHHHoBg%Yzi2 z#r|biiCQPpw=Xt$CS4UK9)=ID5##_aS8uf0)gJP9X>u+4`!t*gQb{O5B|o$dOPuj@4k- zFBmahTWX&3;Ku0%F7mjTQkBXi(sT2>6uA4!rSs*K@M$k=U<~q)kolu*a2747F?t8GWm6EtZwjZP8-=P|If;eO1s+WkLcd6RxsVM z@Rz7rb1WB1gj^DA`Zf@i^Jt4{l#7% zGvtM5J!RO!vWOPjP>sAabB;V_NnO+I4kwOuAUrA25WlJZ$`ewgp8*NGWI|C`q0ysa z8SHU*u(S5hd~U}%R#^oDzCU_XB|N$F{^lQDEe@=Vtjp}+G6Tn0<=HY-WB?+Z{ywb}}*=c!haVvA)6%f??jy4Tro<$Y!8T{j@ zwhM~-2FN&j?9>1Qr0m?n78f!F&1ht|yVQ&2 zKkFo6+HB_yIm@3%vGOiu*gc7jk1qe!1K0p(nXwfm2lIt?f2dmetq3_};Mq~Q z6i>8UAqQdA;pRWC?oQ}DPvxbArKP<)sutThPv`)&7o~5Djc=@a*yME_-+M+AY66PRe$m=rd0iV{Zm?e{p=i*bOUvN(1Srn78*j1)B@$2n8P|+q<7-ttL zK9lQ8sfFRX!-Mk#=M>cndY9+s6!EKCsj^K`7O_3)cAdL3yGw@4eJQH9H-{OC`2 zj7-Ld6jM7&=@#75t30ZYixp1^@_-cmL_SRl3Yvv|EA3Agu(0sV=^#5);+x#KZ}P%V z0<8C5X(Jf=rA<|vJ}NiH_8-T7%XQgVO^TSQhcqB1bjPKMUEX~!;aKuW2SWR!s^zJU9&aOwaa}oE z3%k{``QovmWSiL#Gx^CAfJTQ9M4q}h?vBpE%!gYvTg zl!|&c0?4e8>N30qC65l6bObt?v^ z2R`d4uw1#$Dp(AO@kia@{OHLiZ9uQk;pQEhyb zUz)kHS6T0?Y^Z124dNMGj5M1NF*3PpN1V z(6n@~G)MC{y+1iG@7O)bsaPYQE_waHd1In-8{gB>91#{a3B@5M7fn;D@HszMGCgb4ArJB2EzI_S#Nz46tIj4%bigLbBeI0-F@qr|Rq?Abp< zJ3AtSAIdwt-r$jq&!qzAW^`-9f?NI0(ax6_YU_3QRPWPp$qia;AlGeb`pC_%K|gVA z87JCOW8}Fsu<-rVp`jtuqDP3dTLEpB=!^^_{w(*^B5<;}ll$6o6k?}859_+qm=nV= z^XIfMiZdLsniJ3OeF(@f_I7V&V?3VRBNQ@K7fcpz=9M=s@t$0w-I6_QKp_ppcJ)Rk zpHcx~@Jk?DFt>HUg9_3uT?W*-`&(fv&R`^9@mzL#+mKZYx>n(-llzT83tV@S=U!xT zLR4|E8IH8LJdlmu9WUiacw#c<{vI7k3{BZYcpVocoRXDTW$P}Uk}|7hu@%36Yw(p| z+{jBW!J5!Z=G3$%ETRj_gfZO{uiXp7H_Z2O-e;|?K>||Go;gp~U07d!nZ01PvJLcu z0~f6;pBVy6RHtvPkur|i?eTDxt(~d)gLXl0prasY3VG;&Eq#XUnYs}AB0w?=z@Zg- z4{p$*CV zo!14gUXv!JzLC6Ae)L&i!4`0lz8IrNNuxc;y=lKC4BjebT=_rX*SYLC+7%6RJ?@+FF)1b1;P>f_E|rsH*#^6Tmi%9A~RwPS#u5pYYiTkz9l1Z~z*GVu+r zx)oJp{=Nc}cvg$l7ci#GTJIamXCZPRAbIp$K!;$=HW>{Lh>1!(iy%-1}UFZ=q-qHfHT0Q2DgM^Hoi4}IhF?}(NwVpgb<`?1B@THYEL zpe|&fzdy!%(%yKBs*CtK8z;|w06`*vFbX7a>0gHEe;xf_f|GxFMP}zJ(8}fGjY|O^ zhDSzXaF?ELl3f5v;jQvk)wPGgi18$rNfde&d@AO0yeDHB$@WHZwzKC+PcID2ya5pl?7w6xp#O(MX7~5FD;QhI~Y5IQQljj|DP=Be`3P_IRKy24iDqe*=nfX?i2M? zso1+5xw=+rw`FVPzP)W;s^LOT8{qwK-3p-F7`R^wBLODsa;~D$RyS-k?0`jdaK;j0 zAIE2;Z)~iCu<1#WWzqX3O~m-DTzG~sL{KJ^esIE*k0$GG8ylk*1kh4 zbvDa_CqT&)Xou@Ya1u~0LOR?o-U0~K{Yfaeyi)FX!!kI?0=j1CiB{9{US4ZI4WvfP zH?kqE&)O5+cskB^5kiH-9|<&|X{R)N z3j67i?LCe$1iqA>#(4aN{7ocLT@>qxAM%F(ejzXGh3vqCGbm)77TP9NtvarGeF+b5 zp4-wj_I!2Q1<+Ow3lF#H zamV>zk9ZwUJ?6Jjbd#P8o`ien2KHP5ccGnugXPvOamQ(&y&WRk@!I6^lGaCzn!FaO zyHl(0_xY`&9FC48OJKOMsC}W0TKq~dLezMzw7yJ4F zhjAr4J3CO;Gd92j=?5V3mQb?vGZ`5f7tN&CY5{D2V_kepBkyXeG@PhndoxkYo!I%5lJW`& zqy{^gbmu~i)brEQ6||IzzrW3_A$D8FWAleVuZyVzoS~<#d?d6SIeV%G0_9AWLvHIr z9UN}>%bvjrolC(V>04Zn)1xm?uN~wvXjcPL<)yZ9DUWOEfJH3u8%D6E^+#@ct@@lT zuFi}EyF+ZD1J&CrP#M^QE%Zih*d9i>N@2qbAc72<| z7sx01%WXHO#xiOzOMsid_+PBV|6qOK3nO}7a3{2$a>vQ!BCdkUXbC}fPSQ{F0JiXs zw+zX^yQ(QV^Q75+RWP+Nc|&GqrIr0)LnYutBmbgc#Ul{Np%Nj9z|*K08sj|q*&Hmu z1@~om?%bD(J{8u{KP0}mMs*CVZr}gd_kS()fdDZkZaot_3;c)iZLJ6Y^FVIVP56A? z>5uT6NJ9!x9b11mOb%L;qWLLViv2J*8nJsT;1&x@mGeS~i$57?6V0PrXg5~!rZiUg zecgT%C7$Yp=s3>dP4`q++Iae+vC`2e{k)DHvfA*lWX-SK0j)_}1CcOlRE_ zNHBchu{s$9sPh4e-;AnU+xna@fDU>WI^uegCHH4&yx;GIN%Z?DvfH#AauZ_+T+3~X zt*xy9gaM?!g(;LSgQjg|PnOjkDi;_(HXwU^T5kEAz!?t76h1u|A>In8JX}oV2V-h# zYQ9v-fP5bF8C8|k)Q~y=4-E*Q=}4252$77aW(mDn&_Gpi{gX+ZzV)NpHH_rK%jJXJ z-CY0)P+#d08E*^>Q!qmyY5`$OmN4(bIPb$Ie&kkU1bn`k)nNkIc!5fE!lX%u9CYxP zf*tO-HQRLlyc3l!L}ZYR^KrAeKc$Sf~`D;c@J31o;U7F(tJ&!eVunKeU?jY9XCoZXR2nShr+LLC9DI_8jtuMSk&y*^8~B0hY|5!gyh6p^mp}dbnB_=* zTT$(YRV9`Y+!)xwJ!0n1E&eXIr>B_?N;4%|-!Z5N%^s~iYn~F@aZtW-1zjv#&2>nr zElqx5fsH|xqu(X85b;>QV&^&cdIDF$ALVSVJ35R#r4G8XTjukEAz)jLf+c0!!+vh0 z*lorD{~9KKiq{|6ZD2^LPqz+{Mq=N)OLOd&>yLBaB+69NwSOMAE{Yo>#yAyPy}S;g z?q;jndOpuXZrpQG<#W%y|8ti{9;0U3+@YY9cd)vS^1a!7We8Dp0#=fQ@~&e> zw(oy1cURUe=z9I9&R!~ENr!*p51L9ck+xAIZW79+_E;4mZA&qJz(ve~xq-*J)stl_ zxJcT2(}I5kyZb%Rg=~b8iP9ad=4vUgyL%e;e;YYjlP0I@W3=z;{ZekRF6r#Bd}=JP zG}22Vb&hIg>ssSav(?#@Y0oJduJBajdu@+&`{_4Vld&6jh2}!d8ZUzu>Ur&rp!TV7 zKXzHHF_Yt0a5drMwypHk^tZ75vFQt{!r2zQhYxZT+b-8#tKYw!CsS(GlR|@7dYP+E zm7LkxCfKqv6o0>`%j!np=n*M+4!3E868)O zS6)3b-RqcoM;(y*N5@(@0?Jk!OIRGHr10DkSQ)da`r}`HxS+wCxVGwC4QOBAxcr{K zkTQrlK-^=~r09LL|KuM(3Ssw9l0Nc(gEg_3LxtSqV$Y_*xU#*_Q5+%UiRwZMr<1+A z#DTUHM8*unIkH%ondiP~-ZY^dN~1l#XA#L?s|d~zIEbb)adj19i@*XKA@ z0r(dE$fdJL2_qhDMLu}g{4Ir}Re?n>ry2dn?l07F2qF{y10mPel?IutpCp-n6kUUM z*jbbsTcK+bq5k7Q>HqOYH38_gd5{i7!>=EtOV`dml-}E%)U7K!2Bwzo!!zgMc zlB3K`hR5h_d8;mOz%uKqgFF1#7~8eTvb|@h)uVu1_VLKZJlo|3l#_%8&sWnWO8ZzO zH5DXIQP1mM^NYeRJK&Z~(B4=yl+tQI}OVwqGb1P*Yx9}Y+0`wCK|^QH*}73V%0;w#|bZYq^y)P7b1>5ldCzv z-Z0QWEjUG?)VPe%$?M&*G+S7yfqqB%4!pkKg^pqz^hDL-HbMnI&F5zSOVUHGm#{`I zRGB9;s9DgG-D3!ZxeCotn3A~h{nMBpn=f&E1ArBEbXP`+{a8kVs73C1xMo+1pbLyE z^18W%5_Wb!*DiBjOb&>~_1Z>40!6~u;Kh-XM;nj1G?Rafqsec(+*$iz<>tW`l!*X2YBh6z{W0?PZyDOSy9W1DFRz#L!+zb_`zd)GLlfrU zPlYxcLVgOR&f2!-hS|NNYumRPxPv;#__y zFqyw?%R6#5VB|DQw};tAw;z9XdPr=e%yGCVR|{t275Up!-2yE)`XXxKOWpzpPwsr( zx7<>h*NnS6BACCe_1t^w$-?5Mi_0iz$I)I6n0`O2V^I>tI2-B0S%Z+uIVTF5*@Qfu zH*tjwC*j#%5xP_`)_uRIKf#@4af#~R9P@8~Hh?A+pt5Y_1ZN)&J+2PZH7_%L>1CH- z0H)J5vy%16(oF5i+8avSOIILEK4qy3PNo|URPw#BP?p%JZZ=s#faK2 zMtF4l$0|-~x2qltztt{B_59f{f+}z5Qm4F{84^mih2}6^Vx6v+B2GDN6f8h9q-c7h zc37fD!5t%ulOmw|WaG%`G2O;eQdNsoi4pndD)%~=^>}UfjO`(rU+unj%Tmn>&Sl+i z%i71Y6E8+ ze|fY42Nu_TI5tNSv-<|xnV6ytpdJTW znGg{9_C$--w6)@tWb3O)RCYS*sb0A;Qd<4e>vekoQE)P0mnUlmKo<*74l49|lCxyT z!sex!@#(E2>i2hZl#^C(f_BPZVY|{|!`R?j&0&V7An@&9I1d zTwiYvdjRf7^V*y);cYk$xn4~J6WgU@&H63AM)93l%d zvUxhlj=aKj^Bj3)jab);dYGj^ad2O0y$kjZCrS6xlgASZTB-|AdyM4em2oum!uteB z7}g$YHWDGnBTLg)n055&Q&+WOz@O_$OD7w@eyqP=t>7cJ4GwbM`GZ^60~0s6xWrJA z1NGiSt3>bvj&!4aV^4Ye5K&}!%Fqj|pGV>Q0e%zAhe8@FQQ;dNW9t`=?jhF#8$M?; z2i!9a`oNs!NkZ$&o`kB><0u8MH_*Op6kx4R{SY*Y;4!AgK3%o zkci#4J%2at&4i;;TkmgGWesg|pLpIQxTJ|w9Dpfi5&B-sfS=;#1y%TtKfCdPpayaH z8@F6;kSfOH$)&W_JgVr_(qUNKAS6IUE`7bj`o|?v@#AL6WQCI zhV?X&{LeSZK^0W>Q`#i@L$Zlr3edFJgIdW$UgE1IU@JKj+0V6!ha$vGja>@RZ8;g`{@} ippKT9{>=fL%C2_ZNMjy$2eMWm(3@9k@`Z9HpZ+fucj+Mj literal 13764 zcmb8W1ymeMv@Seo@ZcHQw?(V^Z2X_W{ch}&rIcMGX z-~0Y|-&%LAnd<89>guYly?1^4t6jm$iqe>9q-Y=z2=jxCgbD}*M+f|MP~d?pus{q{ z;DG8NqwNd=Vf}gj!^JXTkpUNRTqLzzRPD`O+>M;fK&p0D4o1!{W)Py`MG%M*^g%*Q z%_HS7)hA_r!t?mGr@8x;&o@X_8_MSyJv6Hi;-rXpUsmwyH@C?rkOrYo^U zIGZ@behn$iU#OPkL}>2je@J#X-`kpNst!=bJ#&-8Ft3u8`w>O^7W4b0B|Lf)=beDy zK*aFFd)7E;pUKEfmGrsy)9mHx82`xF-!aeO0i|zA$;k*H@$W{&`AX?&sj2T=_a^#& z(2bpq!|;i&4su)tQd#giuV!wi zC8wvq2Kq)m?`r4O{7NborOKPfj+jL7n5MeAI$AYf5jy*;Vfl)(H_31yPXVZ-lTImZ zp~_QLkOIR|nc&(HR65em4cT zyCUzd2GUuX+fLYouGgQ4Z@QMst9!gihD-s0U!pJfM^gAXf13)Qb#TJ`o=)E{ zd--P>>TqtEqk;~Ecsp!IA0NIP&++>n=DPcFIISLEE*T=CA_PXsges72bbTdixu1@t z%c_35ZCl;$!xPaK@-+Sq@8Rgu)EJ&Bz$YN0MCkjtGXdp&tUbZua~6<+;p9Z>`EIJe z6giV|zU_<@I;+xjl+&lMy4+m-@)SMLIr}yJ!Sr-?nKWKstmpXm^)Sf~Q|a5w^?hRX#m28f8&U!uQd<3JXj7 zI#D&9+ah;~?!UK{NM9YVN>h0Dcs*`7tN8W}=z5YMU?-%na5*Fq|fmilnPD8F^Ss%0KPvzt9`iY)SgZ9gG&(1W~1uQscx`+1b4j1lw zAC&GbZ@(I(wvzCK+X{LHz4NuTG|LmoE%GDo0i$Tg@N zl>h0Z@I8)ye2Rcq7ff289oq0p5>8pJJiXOw?P|Q`17{jnQwGrY$Hn8Pm2Tbz<8I&d z$3cqo`RGHz!HkQsp1dV4$Gc=&JHOf3a%6wtY6>oB#Z0s1lj$86o!#&K&ex9M7yjcd zeRZvO&FN2T&2Q%2g>Gji@S@4lN^U%%4#|=cEW0~xz1;vl9lCU+_haa_aB0y? z`J?8WJTkwN!xyg;7If!$Z@#kn%-&zUSoS?R(|m04>~n8@`Vwg_d=~ojm-l@AO{4}< z1cm35*U~#+u)mzOe9e~jJ)eL@3iBX=ydIBKw>JIGgP$IDM-DzL@SIM1wVpg)|Mptl ziMBD|JeoPl3!Y!T8y4YlJ~G#)L-e_8TDGATK%$m8*7~&RpH;B^GCKYsD}ww@({T3I zR&Or~NHRRk-w05l-yYqAbrSprf4{ZzJ~^K&@DAT!&B|#_-Rwn67pMO{k4$`Oz2aWy zU3SU7fwcl%S`@C{J{Cp-O+(0#K<8)4_THt!oCqML;-dB9=O!LnbOK#Nu<(y>*&o(5 zu1kD++G{qbu&qXyh@x@qb{e$`Y;Yk&Qyl4JeS-1bQ43u&^E)NHO8vr#UQq$6mhQbT zB+xk;nnBvGOP_V&&o8%m>WDvT$uSwgMg;BUD<#os>cIN<3l6u_{VroeEsQ)8;Qil^ zM0c`A!Ok5v*gRJ~IXD#}$iH%0fc%Z^8*rppwcHTOns{!3LCU##l75|hJEW@AB)g_fgJ^V;WuO{qge*{+f_n>T#?6iV%FIP>X(=V_Oo2V;m_~;EiwZeTK&7E(_`PK7hAR=Kh8h*H9t2Y^+WvAO=eRZl(Wj5D$tuU(Jq2c zp~vef^|ekF;@n%}UNUf?xeG{7ucAClKa#+4opz9Jp&B(7Uv7!&JGV?ruzI={|O zNhS{2&osNbm=H0FM>$kbTkv^Y42nE#INbD^^bq+=1W|HG6yVGd!}*&a7q(Q$q$NLf z`%!$UezAOYmijvQsL}H77MvJPS)5?T=(DAm{_yvupWx%>)9o4_U4$xGUr>03-Me56 zI086v9E9&;C=!MqGR32DQ9taO2RCNXQ}lRVMI7-` z*w!KTTD8nM&8&2L=-=jy*Ii+;aUQ4~j^`XitjnuP))7X2K(R9 z4ell%?4MFYrJ7be^s3Zk;V%v%`_PK-uf=+taqi1Z=MbLm5VgHHm|3z(%M9;8e6v2?9B5d)2D9>P0SYV;avAVW{8*sw9ftFWX^ z>BbZV!Bl@ua|56^0WhzLPZU67Yb=qAj3rB1Wi)dFb_{+~o0ZxleYRRe%(qvf3-Q+N zZu%tU-Yw7AH+DHIfsI(Ir8eZ$481BI$VR;!5!+TR7Ho3cvE8I>QA*V(4$3qV_fH@v zuMBd?Gr)llgwLR-Ltw`+8KV^aOb`H1LMqHBa=*nY!q4kh%NstvY1@c$>RqVDxS6fP z4#ncCHx1GZ{ek8WCJJFpuk@`+ON^Jy<>O9cjFt8LT!@ceg$2rxvHBRA)YX$&=>ZuI zA;3P{s+$a9TI^&5Ycra87=HCGoX9*4F|`=9$V###(X{_fIJABKVfYtG7H014)jqKa-k3HCj!p*QW)YW#G#@1l5p6@2@h$zR-hm_ zP+ThxXUngYD3D~(w1{)c!g={Sf%NEz+%uYeBSq(rgj|dF`_6dqx(sq>IqS|W90>k8 z@^r7}PNalQ2qk*DJ(X)nK+1WHB~c;TT}q~iqmWj2NMX^{G#63mxg1aCP#jOzK54~Z zg1QnTo;}6RX`*RZp4I#o>cEy(%D4WXYr63UczSlzD=rw#Q;X$`DCa8+9r?Z&@U{yQ zgqUj-)o_v+f>Cb+XL*>HKfy_^1o@>2HyVPJMg5iWvEhR}sU!(8Gw7>)VIuP6w{6@_ z;HApUyP+(xxGHmIL{OX5;f0oLL0%|&4^_Ndvxu)XK>;_R*< zPY{R6LniW>LIjatnRo|u@RVB5dpIvfk@(dq zmr#GaQq9*ej{Ww1ll|7+RC#2_37bSvNp!O3X_gqqxu2pZ2w(mF=5!5Ddgx<{5w+Z{@TocFb{l;+}9kU2xK~8S#18oT`J&@FpMOV+T+SRh&^zNUUf-gbiaV?FBU((f^A z>9eoxs5@<*Z{g=r_SX%fgY-Dkjf!?9sDZ*_mfqveeZN6nziyxt?~>O{Vyzmv8(_7k zF3hp)oV2*Rj4)HF>LCp>yj?~-rLG-9*Bh?(d%Kix0{N=_#-2k>{ZXRLJ#PICM5 zygs|}O0QnizV8ggMx*yS9n!(1Lu_M1fn&sFCk#(-iCh%MZP=++f>Smm)(Es3&LBos z#+eSJgX{Fzoch`$>|%xul?=$wPUW)s^5V63MQO{?%0WN_^$Wx>$<8n`)J*>nY=n|_ zGD#9-IC1bC&u^c%#+Ux0a8z*viFj;5V&C}zoub6grO@7iGDQn#?l&G#z^HhjLq@|x zWEGS8mpnfTzE{(9C2_N3e3$s{qhGzL7K*I=GjTSlHj}>MPAY?*a-vedH1>^;WIXyV z^~seE%~}>qc{T{cd2@)(`i>D3p=~Y*J`hAeB?T3j7_=$}&nQY`cuoD}@DgKlS9-IG zQ0IRO(+F%ZOZD1Y)_cVZ8JWA0JZRU42ElIoE4(LXtBw5>2r((~*~3cTyl=K74#1$b z7)gT;>?a()F_*VgkW3m_3?!cVO+$rD6&iGy2r@iGd4pK;6~QK#Qaq)2(9YqsD|A?_ zkg2NHa$w)rej52~jYRxAff1N=iatE64UPP>^3Q7O7lzlqQvz_Cd`0gLKQJo^-L1u% z=zf~yLnM)zJ8RqrFUdCl&1yhVEb)moMC&fSkq1>-4y(^0C6Np^;8o-qp}=*9@eg$g ze^Is=Ib&U1D(?SBMmC-( z3s1nIqY@>N+USDW``!$v)nJJsN7w$gb6G!m^5|-Cxc$|PhxFY@S?x~@e!|04R-t)~ z2A2N}{Oj)tUU}{JrsXgkc!%2@he^-uJ7DcJivqyy`t>RfR&AJuaT22`3;qgJluUW>5QA} zAP0f8>_1RV`Q;!;>yZp5#(mfIGjwyAxIc|-jxZltoGFf@>doL-h#2qL$mWIoZ5w&{ zTF57)WZAOSuXicf7`x&ssZF}Yrx%q04uze*dON$s;U`GcbakRjH%z2;Glt?9iWqW| zTdXi`Hre#Mzb#B)ojMTud0b$MKMi+&*PBpYX7A&& z^uRW>U$XKGf@lHD4r)c&&bG zO?&9O2)4j_ou2F$4R1Z)JK814qvts`wf{Ijqib-3tA{3y{SEwziMP>ealX7^<#1ZB z;w%gM?ZtxEakGa8QvhN=^w^j88H@M33B|t>3wY6tB^H4E9|`;>{qw!S7O!LIzWhH3 zy=mzZe6WxG)^ha!nK%Gdz~@%;o>QTW6Z{`Vr&6YOop_>U-r~lL+snx#cTz}JF^>{R zjtREt#aF+x^f#H19U@~kx3JJ``ln><{Nwu_r%V*_7Bxm1evopGBKQc-=T}cP7{U;` zw&5=nl|P#$;jr|xNOdck@U`mSu^Bv9>ouN;rA8ac8YVyzH1{j z!JiN`5Ho8|47*Nz^==j#$T+J5?WR7CkO>6Zm53fm@Cgs5rui2`ma@8NGvb$4aTLCl zPHyOz7bePv69t~Kp194BLB-ia3%tb*RO66JCaS5;FGSU^_0%vTn>7rBo`?NBv2R)| z8n%8hN>IqGp{D7U9+a#wokdc>v#ps^qFzYJrr@X6^P7-{?>ct#Yk|hZTJGByAwRLX z+i%e?)9;R3(@Tu=t}WIQA7Bc*FRuQqdktRfJ|ud0k9^iSgL4N*hQ2%q?pZ&5cbA`^ zpE^P^QngU%c6RX?)`T{#u0Zpvwx=33ympf05SmjA?|w7nO74*Frq<+xkcUbIyGv%a zswy(`J%56|(BrL{6>7yTxpOdV%tYkyS!w&cmHt7b{^{{f^R9mQg;`Mt8s65I@Q5zY z0(n;+(iP4=Vuj=ft%eRXhNhCAZ5sUm-ZjA}w&nz7Fsa9Gdsd?Xpz+?rhgGykoJdl7hjflda{zBq&yk6gWP@x(>!q3fh_Bd$|>EHR}+0->9N~s4=R?JX}{hR*bkW z?BHU8%GKleWo$%DbE#g~f2R@InkJQgDkknP`YmU6p)J?ueY<56`%?$kkmT&z&zKES z)tgiN?A+3q%$!qND4110xe-`EAfCBR+P|c;QV5#*Ug!eWfBU5yzVIksQKjg=0F4Tr z?C@|6iKeRsj+Nu9wU^Dahl%0okbHOsSNP;0 z7fG<@oUNBd&E5Ei&QuM2Q+u2F_SV49ItH(4iw$5+Y=ZdKPIrP@zY3B*ZXr$sOuFF2x&6_OtyLB`u;|N0WigyYgnpjcXA!Rb!f?$me zr>_LG$o-r09fIG2OC&ArsD;((-%1eZgfZU&JOVD*5}ddm^H7_`O>9IhGnz3?^_+08 zSN~GQ)2;;+88=wM58u0y`NNlLVWf=Sn0+2CcXPv>F0n7`0wBw%Lwd8yUKgvDhFVe$ zyy5y-zLlxk`b)-P?#+;*DsZ?ggg=~!Pm-`mo>3Ez*E4YE>c?amFH$?A7-2D)^qd&>s$kn>GCR`ACLmV+%K;tU z$N|4{dC@5mW(_O>*)hhwSs|e)X^VqwJpbB)<1QaHQMjUq(eBez+PkvQy~Dk~Zb4t~ zj+*Riq!U7Z_V!nqws^gbcKyoSs3KPrKz2MB@>AwJfpVx7(}rW~e1?V$BxMIu@5ffS zPr7gW*4awmCAVk_k;(3J1UQ~ao;H4CPo0}H3GJRwQ+0*wP+(%yDYw?5^pwozO}Jk( zMV&_#iqHr+Q8+tMS9zB`Xwrq;r9s(@Rxik5{kM+Z;jzIETJhpONR&k*(W6DJ-vY7V z`_xN==y7U^^IVm}pOMyGzYZfP5*thlf3AKeILoDl^Ux?sDCh3$$=tKuJ7-Qw?loQW zCG*+U0$aqFGRdmf_&#tZ?G2luyMSDB(S$fBFSu5_J-rNQcAOgE!@WvfbN6Vtt6C}- z$Lf}7@jpxiPDuPHY2sgW;u!^exJcW+7NacE!|_??;OdT zcdK+&7YyE3i#hzkQG~_v-K3~Dvhe0y>ZJ)UzpLmQrsShK^kI|-|AX*}GVN3ge2jk3 zCB-Tcw$B!fmEns;ON>Oom{KEhvnE}rqrqR;uzr|*=M4`d%fYdUa~R5-d3jhXktioC z;`26UK-1f)PlW-sk(%gF;7@5kgYo z`S|hkCa0T-5^ShkTst&yV1MC44Yv`uk9nwT&HH1DO3bSlfIBi~s~{@1!jwmwvAVtM z{j1TyOD`U`$f`OeFXfW{hh*%?hP4uQ`lm%LdrVvFJcCcA9EBLC`0{yFX{?Tv7U)&O zm>a_-zBu4==d=p}(cH)F8S3iSCK%}IkQb5lj(r_u$~m?qYy9!~0w%0Ua$B+=m^3>k zUpL$uL8d{r?q^}I7rES5`qjQdFYuN>9oo=_GWzfB!6sd@7&q3F+#8#VGGxrYZ}UYB zFms9_fQAZGoAFrGTBa$UM9bU~EXnfrg>x3ERmPbS$iF)$b(5~)$H;KX}r|IEIs7dC|zK0akTUSYskK&kXz2AdKpQ9KZUl^y~8)=yl7< zp&?-1$tIOcI`RQ+!N`W-K{cvW?9Z-@nt6cBOpZ$~nzGK^+@R52IRx{kB8q zn`;C;8oEGiYLwTQ?*sXJ)&8tp8#(o1sIpvK-Xp)nFD#k0KlsH%TcX{8ZG^?RB`)S? zt++d$lSTK!93!_^RlbOD^!jiZ1NrX~J|gN*!K1%06zzv&l=o4SND=>m)Rb|9ZT=4| z_CG&WHuy&QSsbOkVa?h7^BR*G&D*MHr~Eu3S-%1nhT7 z)JPX!Ql3>(=q86ZOYsd9U_7}%pdlJgA+xFVT+hom>`$In@W0B0u7n2lKgWCDNwWIw5jk==|bf* ziX1NQ$#wuGt>35GJtIyxBgblkisBVZP*P~uO;8aT4Eitc3YC`+V`sKxA)O^TjLUoG zBZ)CVTtsqaYc`w*ua4^AAcmXk0+4Bc68Dgd2Cd?cyevKps4vJ$RJ08TlCseI#Y2>4`H@fI1bSXK!we?`WlzhwR$M zMoRTG5ZCdfg7Nk1_N>x|CR_=*B2!Gl+#Asa;sE>lk#vN!v}*Ex`eCBNJPZH|Wp3jE zS90qy4da1j^glM8Dz&ya8*2ClaDz}_q3l72l)MU@u5dAB^ei2@>_O_qHNhYzYn_N# z!X-{3U!3`v=oFHR5TxyRMdvYr(9ESB_8=&?=eXKEnk;9$5Fi9J&JDjoWux9KI2z^I zR>+L1Ay}YB>UbtO)9r2>7YN zovfSHtgXgWDWm+Cg{!+Yp>cS~oa70(m+%XgR#aNk30R6@^^hIBlT((JJ*j9@jOLshIVq;^Yv~Fq6o^y&6 z@S!pvVoh2P$O&QmzzNwctjw;^Q5^TEMNowYZH)ItV2Bm)RY9C=G*QPmGZhigi;hH@? zJ{YBTN<_6I{p&LiM}C?Ve_2t3&>ZJ{%S`CD(BjMJ=&DUh|2crV=?_&Zy7M>9o8+50 zWoInfMm_p~DAvnA{b|9DkOAbzGWveC8XcoGg}d1j)YsP;2D9b-r_U8V3|lk z7#P1xXp&I+Q@=GOE8NdjKF*|~F_9q8C?dssgto$YgX*=Na+6A(3k=4FGXPSY#N_2% zVCw+pVM$VIJlmGzA21k?+5PRii;0vQYG}@JKAQV>+QSQ<;iEY%9|!`r8S`cUoYpio z;}2La+DU<^18@zd-i(zC=@4RSc|Y#_$l4lhpCUn>0b5AIO5y>PxO$F+c+6&rbi!)p z+Qg=;RH zA9v#dpw5HDhlUy)>Ttq#ElchAU~VYKCEEF&Yy7Qm9C83_t2A{|kVi+TZ8uiMw z_S#4k%q&U$DNM8!rp4mX)y+FLO%^|C6V+lptf5x)Nx>&ck*Mt!k)ZNQw_L5g z@2$Db?X)=#BSAhyJl_uGRoFd@X_&FnG!*; z>B9@C8Cg;dv^F1pYl5ltH||zbq(s&V9A}+9zBTB(1EA}0Mh z1zu`!qZlI+>o?v@-l85t)Ukb8{gKWJNIafd{GQPONX|P-+>Br1={LmzMigEkE<^(s zEYXP3!6zR_wS-^A^Id6<4u4(1KemWJ{!d)EXQ=XnR_0?(wro7}g2mfe?NFWUebN~f z_Y4y}ac+qE1+fCc5Y6Fh7KME4U7ly`MwPxUgcingFF6FY{s%03-EYM&m7O{@bV!}M zHq{SNrBj>Lc%bFjW@W+a!Vt$@tb7P z(H$p^5;l^^n+3vFo97uLi!b->KEbZ&Yzw^0*W2j`Mo85O;W5vyD6H{q*;q{3e4{&LcuGliQhpMc zEKNBclU{3n4%vW&88jv%Z&vX)sou?nRVPE0-*VPYaG(3Iat-kzPtHwKQISk*a~1Ln z!fJUwG9;tP11mK{IE{5Elgnv}m*wWUHTQDrb1AbON@4Rk-!GZGwe1_XXc4Eta`AMj zSL0mS0(p!vmP+_@s*f#R_4}_07V4Xb8}ur>y?u9GOWC$x*$lZavox<(GcCRvNgU2g zhUM1Q4O{BNc%ay6D6kx{q1nvZ8o0Q~4mB#OA`r8ES13xE6~W7!YiDjPHG83Q(7&3&i#+BZ z4IN~nTiIKkoKIO-u@EehT) z3EWP4@wA)4#K)kcCNt~Fk%V2fl^CMP$7SMO|#b&|irE$uR89<98~WeypD<$H8kyqXOx zW2#~{tEL#vWK!YTU(JB#=?a95Vu$b#vK8uhmAV~H23HS^Hn=5GP-u7=yuhYbw^6-i z6mYCHNwvw}HKNAQCn8n1k*l#$ML^#Fqb+jpQkI(cEkxM^Qm` z!i872S==n%`lD^|Z+lQDUQrIvj=s@&@0`X|q!S&B`+c~^WOm2@i_bG7+~RZBabYfu zs7-G8A72yz=-bkk!`6V6wVtRbRP-9MHYi75)Gj?T(eU~JJsiINshSScYF30C?o_Cl z)_9SF0_7%2xqS0eYLyEErVEQ@UIbEgV1yUdeE2-)&=B9E7GGV;S*MYGo947vta2&r zO0XNq<^i!(D^);Kd94viiJGj0LJ z%Gd!;_x0Vp$zpPsRMlazBUiksf&2_wMk42LUxE4MpO8w!k4bpfi}d2H$>t(3~tVQcb-gedhF) zE6U&hS4RvOZ1qwP!V&|?&kqb5cM)uAHExAVu`9LOn*GMnyGv*RHg~C!{Zo0T`O5iI z1S);RizU6TMJO7vO>@myAmvE`naitHX081@@sCJ`ha-79ygx=9f0gwjv9pW;IKncO znx=nHVnr^@=sVlT$vKtDJsz4si*_9%CBo0!vvb>pvI_ZKllygg*Vzl{m{6k=0kxW1 zwVElEb?pibg)G_}T0N{jn#C=ylmm-=#!2B+2rgRrdv%+E!2y%l6eM&|$XgAaPmvtj zYB#6dd@6~|0odLysMs-%h8{AD*BJW0nRdZL!UvD8b`61}(^*y*)Yt9+Nr2ed0YOp`2Z6=tQ%l<*v= zg4y6e>ZPg0I+_pK75%0kU5A5}bf4U5lK?O3VhSKC16%su04iEweW_7%TfH|Duo;s} z>iHQ-qgNMCaw=5#2SsFN%MfG^pmmfd_cE=a5MAl(o>EJe_lw#U5kmuZUN)D|Z_m7# zBCA&Gxy0^W!vNqwBgZ+UA%)7mHXTLX)UKETIM573z*G03tg>Hj@tyalvhG@NvxZ8PmlKrBvfT zHFzpzm^2XZHv-(&*DB=E4DjS;06=%?3%rr+&l|v2+B~PYrEWGN3$JnJIA+pBLja`U zeYSOtyo%CZA*^sxpWruFUI-ZTwdGuM7F+_SMh1iL6e`oqt! z;uM_)<0hl`WeGgYi+1^q7gMFU_rmfTTiiFqsNS5VPQELvM)^@RS@d(un4!HH+N$B3 z+;y9*Q(Ww|rvlcVPtz$m97`Eft1%Xq-lNc8DU~`*lQoSZ!RoBXqD(2$XuUrqm`^NZ z>Y|9;&eF#ARwjTNR{u3CIp!N|9?9 zqInVEUu(!XDqiacuQQVdButdwkV=B53 z9Cv$UsA1}3EHIP?2%k> zlBg21Kd44#rh?B+HR4*EU@09WSs`Bq0O1B9t=d}m7tir){$@8G!bBYrKopf87|&Fh zuY!(Z**RlbgNp-O12Yh35xD$~sYBwE6y=_ZNQWDt?F;}PUOc;Q4SAS596PQE0PPoh z3q=@rX6ulM$_U052TlS?s8Fb$b>lx43I3a$1bxU}9VSXuPzF8Pod6;#DG&z#e^1nI zDP=OS#eopdP{6*5O<@C>|GWwTykJGJBT8)Jn^MQ4-L@s5{C1~ zm-EO#Zl(VJM*+fb&QzNGQ^)fC7Vp^eoN`pZjx`bUX4Q;P_zqjhn-~Og>sT!RRyLol4Oinx5Tt~#a3WRj%nNE8RE@eN^gg6oSwc1`v*i>C^76$5Ik@|LQUaJt z)Hl^9J4PV?(?yMr8M}Ho5Z0HqqocHdiAWIWQN};xmLGH>@OJQ^WWOaLHGFyboCV}B zSN6Fs4fa=E3HXFl0!mN4UcaXWNB5&noQTc!(tmY^FB>>vF8DBj+NLRr24(?bHHys% zORotJWVpw`WVFR#lNIBP^dq=UbAQqSwXJhG;4kk=^|Jp& z9nglIOA5SL_ZA$`%Bp>P_CS4{rmU-N+ytr9vd6;P5w-2 z^L=dW>#8lGvZmMlBCa#bDvhSDwkBU$_J(xK>m_6`hS^Ohx3ajb=_~N=U3hg8N|h7P+T8tHJSCyi)MM}M!9-3X zJqNM3xS90U3D_VIBkpX=9j0cg`?SGU|FOq>ELqy!zAkokz$=$MgToF@O)#cN+uEC7C)j$~+ zuGK==u`p_Tvu diff --git a/Docs/MetaX_Cookbook.assets/set_multi_table.png b/Docs/MetaX_Cookbook.assets/set_multi_table.png index 23ee686063d4fe11041577a45143c43b4c63d111..ff67c12337b16275c749d93eafc909b304dc3695 100644 GIT binary patch literal 45702 zcmd43bx>W;)-6heBxrDl;O_1cHtz0h+})i3Kiq-`CmZ+R1P#I6JwR|a?k;bUoO7yP z-TS_J-&gmKOBDt5+N-BtgnBFt2T4U|z1jdkM5q znb|-8fOC-4a)yCH?t1=ykwk}#4>Y2>h-td0*qgby8#S2#8!N3s1 zNP$FDJu>!}d|lAZv#4&f-*ML)qGh}e)T2>BX_`ey=x3K57f;ph>mr}@)G5br7DyBD z6_xk;$fgg>#T&-00 zDrr>c!i9Dg%4atD-d(qh}}|C zoy9omYo$LQfhne?qr+y<27$ImG7&;MC&k6Z-@JXRmCWGQ^Y;VN3qY^T?Ck8UtgHtU z`7+L1Lm~`w3Q?iy{s{c|Y?QB^|&{N2fPA&E}IY$PLf z_~mNVBAK_F?tLW3?$gbVhL9hbk8$mo*6Tl?r>0>uA8BzrSUA^duroc2I9qJLO<{Uk z^nbY3Xm9b$EKn#sn_!}Se0;j=DbS#6d)R-yf%$hN3{_RtUyY8&UR$_KSwy$~Pxouf zPnI>~DFbtxtIViN-Ye|&$~SB6K2KSg{*4CfD|2%z3?6RpwX``sB#A4h{92fuDTDLxfG_5OM~#Zyz2 zGnx6*Qx5yZ)zt?fKYjvaD!GPv8zdy8=;&zlCcJOeL38-zI4nS?0om zHfcOLv@ecqROrd42li@zo{g2&sIg}%J0v8;?{+eK;ouVZZAZE;`|$gA))Z)h9QoNU z%p8P5e!o^7^4iAiTwH1^EA2_wizFV8<6^Ilz~8OZe5g5GF3UJswoN9xl~x@*wq%<; z{D#b$*T>EM8xA|XH*>e;@2z%rYme(HnTA^3tWEIr+QqO(LyyvIb2k)K3QKm!#y(@+ zpp1`=jpfUv0D}|NB)tjh2nl(^5F#}(Hs-MUGnlFE`lHOjMt_1^v%tfarPAlsT||HQ zH$l0%xl(tF%s$fD+|QH!p^AkZT3TAF0`5{&Qi@xUQd6uu+bY+sqZLeyc%xLDsXCvY zyv3!nAv!%2(R`SB!z6UGDdcls`fyg_-??;lv7|QL&^c|aYROBh*vmW=j!p#uD`aqY zFw2h2W4<=@@VLG{S%*;1Oikg0=$zo;;br+hdUkT)J#IK~FDxvq75Y3}%&MvNtYc38 zH6IKGDV{V^ra*cMam2)xgqZKcVx0d1YW2K@c6Tk$tlg6T;qE@ZvG!}T8r1o|GPa1Y zt`^p*P%QeVLigJWRpeO27485Oj)ww`Q5Q*w26 zWpD93?syvutUBmKejcjt^G(SUZI|cg_m4+Uem%l;_$4K6cZba&3_|61&!&PgCC8IS z9ls8u9zcibJ_*(M{0g6kIU+ZOIjTsZFlIzHl$C8R&wJ zjt&@Td2EbWYJ#inBzi|7o?NflO%5Rxq?AZ5g^&+fzlG#NFZbukq|ipsKwW1oB_$_N z3&2`2AA~B(cK{Otr-dgR#3O5VhAv{Q_k(}Nln(6kq!g9i_UGcZW`Wa9UQ?d3Vdz1L zGyUM_&2h%}`pP!=(bg5W8>j0LzHpm*zN5S;qs_ty&8udE&_%ew zvB^pFr!ws4c?cJa+qnI}?5oG58sf|RD#gr(wZH5y($Pv#Rz z`YO7qhFLbjdUK^VX_y_jcDFfy6~6X&4eG{Qkh=+-Vd%U`l^JV#p+7GWb2K z%gYadr9A03y+*2pvCfzF?4T5>6BD=YZ_a?jtD*hD7QyuM3}C}rYQ{&sKd%Sov$&|J zC>WeQ|8y*GB9BbK{dwUcFIf5Q#HnNa6150}zc?Z5Tdf$xr&M(bO=ZU$xA zol_2eey>_=u+%@Ojf-;_4qOO*Tw|issL%K0evV9FU<_EHM@I@=6$)GjF}qa$22b-$ z*U?P+_^EDJ`o@})cga9|K3!PSoSCs5oTdFOptPQawO=#YtK2{ zxaU6iv{wmjy9pk``O~*>_yBJVDJiMWQaiX2sZ#S#<0l%1NJrm4zrvurb^Pm3KXHWR z{%tA~A^5X1U<{DfsQ)%uqe%R9S(-urn)Ht}D2Uw_4?^>|M;nsBzi$8AoBv^dcwPSr z3TB97{?(P)%eA6Td!egei=hbZMAY`^>Ixxl_Ts_MUi*_{YSvZ*aJAvUV0Qy^&%LdY z{fP&6q1AJ;f~`0_T`rqjYE!Y@Xjq0xP%mASR%GjfVFsIksT_uE#c9Zwk?z68^XC?x zEG_xj!rlHqWgniOgR;iOacTnF{m>`Q;$!8f_ix;Vn%VsXL_-Ayj0Nxh3GZerQYqDjP;b<;_}voE_q=#jw=RzpnQW~=!zd>Uzwp`bn-~@%h$d^p)1Ig zYB;&N`RWzsDTKG-_3LX+$$A`pcjC`aB3!j`>NB<4z;&RU(%uGyT$zmUPZm zv0E}FiotYIoY>Z_(r;b@-?6s`juZvAm=G>J z%rFWxG7l+WrKh%)sh9bmKmqq$yU1r}K1GsnZk@tV8Jqa~GjA62?ofr?Xm_|kUQ)MP zxdVS|t@_bJslvPRv(B8KU$#p8ZmQ>6;xf8}b9prW9F5dEGrbo`#pb&y?HH}~73Id~ zdx{CrDjEeob)P2N$t?v9dhiI7w^#9rW_kW-Mezzbp`RmExs_`pUz<0t(o->??Jbu; z10ClT{NViPc!%w%7+4#{cdn0FXx^qk3zt%yK6qLG?-W-kp6{LLoangStla*Ek4aP5 zx9euVd~TU`k;Y7u(K7hG*17V{vn3VloxBBUC4jeAeK!BKGt>_a@o)i?-SaTtZT|FD zuVZPHQO|8>l8uf)#|rul&wKKp4(~fkla|D`<*!TWTn9$GRtbeveO7GceZSjA*7P=|O{5iepNrpawCsEBT0z|1tv$V1{W{xb?F06Pc~a+z{jsg8ZPmI+<)g z$HC;;S;dKO?Q`&1Ze`rS&RPd7WFM4i$>3IgNz1n3WHZ(h+q5SK z(+4#Ny`@1zz$*YZ+ju^RKy9H0Bw5jNR0Y5o|8-o2=hPwi5lpnyA)vFx;K07q{)c zt5N3ZYfg?k`Dbmfh`}O&S&w=#qi$!MN5z)C1zG&3O%qGYNNMP%pREW(3A-rq!S}q6 zEEaaJ2vXy9z|3y3y9r(eYKTI(wmlR`NmCh(f(} z+CTyb{v{Oa>NUe{yHyjr8OPl0ZVoAG22zdl38|)T&{$i!OVxr1?b-<*2H-}L&EAgY zfhAAtyu{G>Utnhs^U{w9+M%}!ilQrhyN&Q!@>80bU9)sI)$ZqZfR*`v?DuHwb>_?~ z4gy7fDBx;KF|>Yexp8*7r)jMx_cSWWn|E>vm~nyf3^@;oCAtu!I0n`%ZT98IJ7LYx z-ZXiOX~}CDCx>cE)sk$f_Rk(f6P?eqGps|B#A!=6RnYR&lu5$FoZVcvR4LBF2X&-x zDX~mT8{zc9>ZfV}HAbo(r|qP^4B~Lko_b2Fay!c`;DdiMzT|w1z>t7)%NuBkp_+~# zVJ0cJdQpqQGHUkEe$|tAB#@}4kJN8a{+2*>w2RmXALph6#*b=H1oZ%9rTp`S zwAI&JDZvH}a#DGe^B|@|j^v^pSG-idDk-HcOXy%>41|77_G_`R>!nMj4LoK zjKOcX&v>synj|$$5?QJwD0NJZZrmBfLhE1zo8Cy44{{g56SLJPr7HNPfWE2mJ3-TN zow~kzb1hug>Raalc57SDr$~jiy<%6_F1z}$W%Yx!B@0gU_{wQIr@%>hl6Goz$B_!R z0tFpjCq7}FAmVosI6|pmYkXj%gp2fyKo!)7^K+HjyP&RpOh`+$`dFY^P%DJMeNjBg z$F6ec2>CR#Woq?uFb+Rn8x^{;rW{Rar5I8?$m$E{o}e;0ew9J>d#!GmgaOI665H8) z{~;r6XLxo;iImjK9lzBv`SG%7c^ZAsG)=<(5l({frj*hkT?Xsw?;YJ7|Aw7*T=oip;$YyYtlG%H&z`<0m;rQ%R&yD z(EAG~O6ym#@bQsSg!9h!!rxk?q`m9s3$(PH55mM6xxn)e3=pFl`w*j0Ofx(PE9?(3 zTfvd$`NgdvM{XH}E;8NSk!KwYZ=uNelW+OWvMS^WwiB!bK{yy%JIwTjgzIuOh31eV z`yHGoY{=FfEV1F^70w67eWi-S#oP_0trE3MU}dah9IatnLKI;R& z*BEqn^HiAy#{0CmFN25Nt((+GWPdUC75v<3W$oT4uWxcEO%w!&QV(pI8v966MpVf0 z$${(zzUVE>mh3_L3)!<`jR+WCqJ}@j`>AM9jzAsZ3Hl)od_`z1K9RlssHl$e3J9ZL zhLU6GZ$-P{2~hj}8Wu~x1^z(ohX~mzDXB`LaL1U8AI3M{8@Yk z(FD_V-2B{f)%_Gw&&i3gcmt}-9t()rSyn|}O zs@vRNi%x!0NO$by;5=d}pR_`oLT?!7Jq^#+c-5$7rynV)9VSoMj>8p+K=jC5pP zEuQT21a>1m?SfmXYK2P*Z-I&Fn2pw?b%`t;!_xDcZhTN;aiy0arz??0)*xQc(~^i- ztXu+_dH8+HmZVHx^$ZDP$zoXIeXUR!No7UO5EJVgmn1@3&X(d_@6L+@5eJuQVBAq) zEBN~HG?j5Ktx)ltyY>cOG_2QXu)?c-)Ac!Os7E6`*xyd6Qx}2nA7?HBMvG`z4S7o(iercgubKN;6&;eWz;IJKQRXS!R`Cnf#b-GNeki%3J2dkq^dxjWcIz=~aG;#45R%~n#jb~zYPqHJWiYp6;# znjj2GUbL7@Zz}6&!O4dB(ZWfUkh$^pHDcn%uEiTP-H0c3Eab~u!OGB?&Q6(HY*r^X zONkIiQ7tX zaU7I5S1g^k6wk{2%8WYW2y`#A;nDD>V(NW1ui(j)@~a1LFX*18v~~@4-i?^#+xYPsYAQ;pv|F;Ff4y z2_9`+%j-0>%G2MMB!#2v{WKXVuLLWqL{~Wk3A~g0dgWd}B$cCTJNIyuf~s%?71dV- z;c08EVs>IgK!m%nFqlO7&ietf4|te`)Sho4)`fKK%^Y2Dm&s;X3cU4oqEeORQMqit zCH3(EC(SO?(Wc*CBp`$lp_@e6zlAdRC3^ymCt}_Ek-DOTeLf?jemswmIutF^+lS)R z1!LX9J*2iHG_bd*{!5liS(0eTPnJbTt!@%8#F;*HrJ4lvNiaW}sq?$8moyRj0<5X^ z5Q1HpxSK6}^*8IO>tIb{kC(#>R6+1&Qd{bF86c&+f9z(_66Nk}d_H~AhmbR5Is_?< z9UiAL@Bk{09UrgnQ59%gG}hB>~nIG8VG6xfFywl$Vpx-+g8$Cx$> zT@r$9*JW>yhxA&AxEvDbA2=jt`GEaftU7MGaKd-Gv>rN(5zcoq5ZP3A&y*5g3?B0< zbe%2uij`B%=Y_Dvj4;|J2m9TS5y1LHmBjehSaMzFL5E@8Vbj9cMw|&Hz_1kh`VqSEjHgKI_+(2VQo_wpU zMffsKxFmhULMO|SPWre=D#`9lg*Iq@X#9%&^QGPEa`ee>fk|0&a^(|jkJf`zqO7Jd zed#|;(6rIAs#&$&;`OlQ1oKaP67lvirJ6G_31J4<5RHl0&3SZ2Anv9(A^AJU(|OGt z`IRWJrSElPkpeW(vops+H*eRGJrDX(Q*rcFBvj2k$noj%N7)HO48u*75~VCQ>X@o^ z_a9smv-TlW4bb-z;{;w#M5yE8XCP-w7SzmqSec!1it`;b(g8bSFzL-p)bX{IT#0Rz z6r7O$I~qwK;6ok9f1>Lg@~ryp2eGJJfW2Mi)IMA9t4~3z!K--V+a?(9pI%Qef*hhZx zFpi=XlZDJ`C#E$Oz@DD1jVo(zMo>|74@-`#{rzM;Lr+hBq^u(46Fptw$&2`deB{M7 zr|-OVy{j#^=&DL^Y;4W%ntkC*sU7u7<6=~+W+kj@27T%s z;~tg>;Rk7r$nV1tRgT@LU&=&W*0-Apo~nM*x{UB$Y5WXZD)g4rOGm7{Mzdh9lL~{! zgXZwFIRQi93SGpqx|lyj?c+esRIN&~oPLcGFXBn`%Wxx;6eu|2mv`$woI|->BNGWi z^V81r)9v%q_hglzS^Z!xiCFPKA+n~=H@@z_2uLBuAI9I00>L=N zIg@2&ipPz@&eX~zzBbjDo1vbqF|P2K%zPxF0()`RY(_R2ixUaJ2WdOUNO}w19brB& zF(&F~R|=h)>6Cjho2YkUDq)BP^D{)@p-BlXb^Xlg`~39~Ihf)=?fYdTU-Y;HzP4!K zkNC@ix<27^`uA1W^J&p%D)eya5^<+Cj?DcGB=!>qCF1GE+$>}XZlAbls^YCv$-r|x zW^aXxkixAk?bVwvxQKU=jCcE~i;EbNf*h54#cm4t7$-TQOeInNE4ZZ=qtjo`qnNd_ z+Ac&HA6-6M(n;?Xv6!{p#EY2XZ0F0@n-Zo9_|g^1l=URX&?Xz=v@PLAc*i+d_A43` zOPJojF!BpG`p4b#^*G(`9nWxe0<_73mDbKbkv zc$iz8v>mY^)mE1~fI`W?I6sT5XMBDWgIfzrOl#})WDqHdx0w3xz)ihOy}0itr1Hn) z7!htqysMwL_4J6SdgJILAhLmzlXf%Jd5r0eW(h8}I;^*9rOA>f-j&&41$#l+$nd~y zm1BB_ED8Ijiz??>zu09T-6tvU&@8NNhtfWl*d2P<(R?}Wntzt3mcLx__?}%^IGUV} z`pb$u$9%cYJ2$;ywTv_gsgoWD3YIKD&*7))amV5g0Z<9p&JEuNKQH{VP zMFjpCij36WBD|DYv}S#weX9o7VT^7_Idxrb&zJr!e2tJ3{ateUBMjEzEHwtnq8=Us zwKy(xFPRhD2q=PXpM$EIZ*lJMQrX3@W#wyju$%Jp$yXmMcxwTq!n;Sr;Usf1&07n>-6!>l`i&wO*vZ=01U}VXr=&+n+4&(AWP^IRM}Cy$O&F>x&3&+Mo#P$e%fpUrtO}`JQ1imAOV?P&j7&Y_900om zsZg%M74%(~5eWWFn-V0&|AB(mdnN{v5^J-t9Q5#0eq`BEN_PeT*FJNZ2LWrBWtC zU_%@?FsW+13BwqtyL^-GxlG*grI96oKCY~&MCpwx4LLd-17lVpues#8`GRVY3E{B3 z{Q2DjYuwnHLD-imPY=X5e>5G`66j|>s+S7y`v(l}@5peLzefAB?X)VX1&0~eQC040 zj_`LhV&uMhF=;9s*{z8%>Viu?cu29|hmz|}yM8Eb?B^*TU|0*a2 ze`!e)0@tQQjOOhdk8$qm-MaiJDV%#w)ukGD6Bxg-hZ)Z8t^OiiwuBt^4)cr$XL&@- zX)NV5=BzAUEojLv^>u7-e;kglINe#vU%|(@oB=^M_d+HB%V+UPIc-xAk9M8l$$^tA z?zMSJB-L7aovAnaOB!3j_F204&%;98EWnE)8$Y@T32Qvp!sKQs{kXN9J7p3J(r4=6 z(|#TQup~0z^sl#dYV*PGdKF!PU+F)j=yNVNvCDh(ZyIpm-G7l8{BQ2X;d3MNKlU~V zjEas9?p!t64zxk-9(lKc{5O>->j#KDY;4NrzK;P{9k}^z7uf$%-b7fxeZI}$lrGq= zh@9dJMIX^Ekind|nKrnt3|wVu8@jBRJgQoqZL`+lZpcXml8S@U%oa2q^dgtf>CC({ z4Uv*o@BO81@tTaM_D9j~r%CtTyFF%kAnRhl+Sw=w^U0;{dg5}|zbWqF-v4X~znwei zIsIx7FZ!PhY0t&8MKJ#HiL20UsP8M|3vaGu{vP1uwl~92`d($;rXD)!SPT}X)_uig zzdWTcuC*T}EH(LfX?S}M^)RN<3>JTrL!f1K8Ok^rLUh}ms;hop?&XymZDqb)O)o3h zV87Dlb8{Mvk0t&^LQPe5C`;fjhVQV?yW$gy1O=eJTDXv_VtZ*S+>G4jdA1dW%Z4H? zl04Q2lgK19{1`&S%PYA@lz(?rU7zd>9$)eOi0`%Y;QHMhlQLm2g=wY5(|M*$OTF{! zVuL-n)$8JPbMR`}+dklwvzsJF`m<;@jjZFU!}UzL4x8B!wVQYje@@&BYAr6iUqwYl zecU>n!)-osevTnC0@8aL+wlo!V5Jq3cqXGyAI8c7G1ad|7VDX^m7C0!e#4WhswzN1 zw$$W`@ai7^#Zju{r#<|>7bQq0@9SW5*!9}|9wdZrm6AmZS&8}<*p$@0ArK-j;^cR- zj@qV!o(5T1$Lmun#9_H;IawmeinhewMGP?c&;$iRC5+AWSfLR!GlD)C;jmn32@7kL z$tEI-NALYow1uXM;^!~RrI|+0wF0j4MLgxcE^h3%pOka|@v5)TnXTn8IXC|G;=_O; z>5nNke*Q8s#Si}XC!2#Qk(q=r)bC*>EgFSFT4UIQdJIV#88_yVeGZ+8EL^BQ6M zc%7`p-oo(t1L57}!D7Qv(#_qh_*&^TluvzptIljzbzPglNv&EUK&i(FPFm2H!m)Ia zVQFS&CMHKZp6UHto6B&}S+?VvhphL}2fC-E=9D~j5S>0xgL6b9{9(>rlK)VPTny8}L| zFsyR@Rs$xuJI;k+N;C%TT8pEt^6^Sk633%mhP!=wRMaZl%9d~bkDs5`13b~-V-<|T?+gFYYfk;5B#w?obAYK4o znJqcAGr}GAB_nCPPkE~i{X^LHdga<|NGUs*A**m zj?I~p(D|nrk#~g|Jarb+bZ*IEa}w$dUJ{75wTm^`+yUt?6nV3}c8d$Myh`T2f0G0V zG||fnVJgu)X~BlY-q*T53u3I-mDJh=pIqy`O@d^F4;EoD1LyW0c1$>DSod>oz`8}$iv@= zrE+&n7IVBP+1R^`U`3_kUeuEXVghnf`_i@jT^Gcj!u7pNiEU@*TWw|ZjCazbrRfUg z3sv@frRQZj%@yXomz<`13+`Ap^HobDv|r1uui}M47_4cMAW*6Pe6@kC6FDZ@6=T{_ zl&|?7_ShpE{5TXnQoR)|(n-@>CtakXjImvF@Ay!2>O-J_zDD%Z_W2G1EF=>deD z(rIl59f7?>-t;Thbo05yjK;UK*V8PHsV6Q?9?C(4OYkxfNv%xhB!EuFNlESMrlD~p z?Vnx6GzFp|h2}_eM0A$rOYY~mDJ7g+r0?k9)6LI|r^lntGyI+{aK?;7ZI`$NU7^C5 z&jXuI`zLvw^mj0uMv8Gf-pw{@#%+$3jMaPk>jVUENsEdPJcC zuK{Bemd5ugfbl)uxs7Q)%T6(ccPtXFs>jtH~iTx1*NPdHZ~4napKo{D)XXy|J7ZL!oMwTe#P*CeFu z8-rdznY>E%PfqtYF9WWJK-da$x~HC)Gw5T5=Tc_jUu?b0Of(fVh*2!erD}CwLWkOq zF8wWV(iJ9`_tG6RdWh`5^o;=VI1u&X!_Kb|;!gA&$4KUoC>whVTR*jih@N>Qphr*y z3)$jkBPbUsgC)&yLskzm<|?CQG%!c(u-rC9u_}9+=l~%yS*?fB4|6 z95YWd=-1nXXE_c3G?m#cDKcBF?ygHR$&j2N1$Dl9m79c+0aH=a&Vs z^YUt|sU$oRN5JDs^!vFdzp}Y#8kwrfC__XmR+hxVBSb`HX`vgNwsB(8+r{QFuc@bB z*^eR+D29_q+&qU{Xx56AVyReA(XQCf(`{si=tAMlYEM-0j}(ZcnB|KN0M_d6eX+Y-BR7L}X53@BEF; zsB+vH?g}-C4PEOOw_~cR+Vq=1kX=Cmxlz*r4aK?z2KAHRP49s1cJE9j{)6D-Z&;X! zPwuXs`%`-}M6nS9q~z>9c;aGpZe-VTa}!LgVZ<{GIBdR$vEojl0d3j zIy&eN0>N2Mrhvk6K$bEbhk^AYAdLkj)kUhjAr*gBJicm3tB9jkGAiL{vyYZ6mGBP# zAgl(LLzWP!`B!G0=h&8rSL`Vi^9kY{Q6k}O21s)+09u7Be_1OJQQQWHWtDrb;O3#A0I8;0$ZWrp)))K44 zKC5@eiD62390)1&1USHlxgpVeG7(A7hJF(oDj^X{!)n2DByFe*egn13?>ek0vZ`v9 z2OQQopIJdnk5c7uhS z@^1WMb_{WMb=x)OX_`cok!?RvKkC$WzGHg2Uub_UT!hsXwOiBq^6E~Z3~N7`@}+R9 zV!lD``-oM-gZ|9ZwCgdmkDHsdNlV{90jWJ6@?x)8ReSeU@7(IU=B;WLUVaQf9$Hqc zr-_Y=Vs7AJV9*F`Rnx&_1|4OMq*G^LMX4>tn=0`LBqaKhCUGEOGd&BS@}fw}%8HBe zi14U&?WekWlw56GewSdx4{sZL@ZH?icGN3>>$K%0PqxP}@z2g1p50Cf?t$~p|A(ah zAc>*Y-&RFMWpd$4@>>n)GMZ1HyUr76nJgt0BMN5C_!6)Bi(25WhfrsywGOa}oLps= zKIQ>QHLz(-r!5~s>+UQEkvn@+=@~}qTdPe2+E9T8I+a{DY2${)qvoSF9_Otx%_@ii z9nB!%CfV|&+wR*8I5|%KX;?2P{se6hc$_ux_sfnYC52cXJ=kvgKc>Wg$HZ)gMYA@X zIRt+bv&X2;27F%tN%zq~WNk0-WMnJ}b04g6dRLghwUg@g+b@;#{gjT@fz)guJvMJt zljF_L;K2l%_>#Q1j(`qHat>a8er2^JJW>jLLLzy>S`94~(V(E)T-DBTi3<8Hs%DUQ zXiWEVt{o1wW$sG^9C5jwyIUNI$gx#hTZ*;UBug-8J>!Qbu0S3Kl<|At=>(L=u(-Ov z8`a90;O@%fyL6~-|I0_L8`y#?4J>{UA7fjpE2AltKkCe8O{}DwbC0(fg|d|Pth(CjPwHyl z>(x*N{u5Bg1QXkAC3w_6PFLuiM*)OpW>xg_MepVXSkqDk7T|_i{Cf4d!N!DceAOF zSsyAkKM_L}=nK*infTj%`Q8UrRc2{aj+mTYA1OhPmX}*R&(^vl-B*0w0rfs|IJnvE z08ly~_+Bk>8TUl#vT3%#U;T6@g#bWb*2I5GwX5FtSJtmpV}4Ws;70tkYxuzLaSQ;# z$wCGHjW~&jOv1kKXND}JW>D?7hU`$rVB!qfl!1lE@39{azy|)8AUvtQGDD z5SSJqlppoGtO1I0MzRE&=jL(WFJpcw@l|S}Lvg_5Lsw)4T#=6YaZ=)t=mc;Rj99hP zrgX9?P-O&wW*Fgl;XkNbMNdqu`@P?BP(;Lii=e?wCQv@qHsI)J+o9!gj0J=~_|fbA zjJ6^SsC|4wlj60jRzsOHYlg6Qk}&)4)nkSRu?4 zKsT+UqTT)a)+ijR2uXa(3k?me8ytugdb|dL(;KjerHE8A z_dYQUH3O_C5cbr0b$3Z+)RazkY>=$#bH0a@0$?p58~b4I7av?-u_UYGwqH{N0*<*l z>jt~|hViVUIv_mww=6Kr4LjR+=~*TCjDhQ7NxYqgM@#Tz0Dc?I{XF^#XW(Iu#S-gF z8$ZF+ynT}4qa0U>ft(f*(6x80dbze@&Xnj^fD5q9eow%C3=~0bCdxXAz-PUzZC_V= zL!s5@Oy{PkUvk@}LIG~jNDME_HbI*V&vYD0(oFcW;IiFHY0i(T@M&MZIli)!Zs2C+ zLlt}v+=yFBkd!+o(}NlL6Fi#4Nrmtau^R;Mfqy2>mY2nt_JNQA)K$;(hpf;9+#PtS zWo-_OmobzzBFMygU{`}+`E8|<O8pai-DRyFSB8}T0*6KgN6paFN>=`xOrd2{9+>kWMmTK>1+vRBD7Wotkj_eL;t2O zMxZbA9-ki<8d$yYaty;%F+RBL^PI>{$u7F|>G#$RDEx7hTW0p26s64O7&%rMW$YP9 z*Fd?w56fUMfll+St1Iu&=vMwp)W*u|m_5Kc&uUI<>rkd5G}O2a>w_`Dl8zYlY!g{H%mpeR$`Nrg-GE1Q+YQxIU~R?l2(>)lM8Q4%Jw^^D1d93upb$3oq-WQH6&*-fGoqi zuGwNWAcMqyJ>6KXW#8mn(GQjH(%PCiwh_ZZmm2Z*c_GmTs9PTn)w2_Q9*0|!*}Zjk z6^aZFLK>`x-^I}e_l>X>pJDhJCuQ}CD(i^m5zP4;U0f|{k{T_xwcmDGGE9w&GA3uX zOQvH0ybciIn}>(h@qsmKHKtw__hq;la+G83!^xzQBV*0k)SG8{QbMzZ5vgJ#X@gB- z%Gru)K_GGfr4ys>EheZeb!kZM=ftxVS(qoiTOP-?be?4Y`X-6w zB+B@pgocS@Y=1U!AlZ8|lh#WTua9d66@Nf|Pb&kst)-%3#O857d|5q{ughzJumDrp zVye`)CV|bq0FaG3b6Pv|;=z)#^1~}1Gsb@YC7d>{V;*9U0r_5HypAmXbv*8~+B%|x zo8Y43ZQR+56`Vm|6UX%~Q)M+Zd^1#_kRe{uN9$yGr0+(;Ts3~4MpA_nw$IOfL$l8z zldw1-PPXrO&JMy|6y6AICqg@a3Mu< z^N&D7CQF|3z{X7K57OQtgo{xN-#(aPDCQ6DTOL7?dUJ+hc1)?${=3WjZDKtqr{n3p zSfsv(srOISgcPJq-rUcZ9!XAHsy*dgG6YU1UFZrvC*9c3M1rc8*3I>L>^8;x)HZ!I zt*vtK)QAfuO||RQ5=QnX|{Tvl?q%`TEvPGa{B^8ZeJ73@{23}>Z)i8irQ%f`Slc$x!~z^t~=3K zo7x)bzNeA!X`N~h^M91q!it?(fCCj^X!nEO3lc*L3JUlIag)d+;Zw(Avt*SLS34x5MRI5T$(HD-z{p5!>1j&OCnA%b+f z!HMaObE*_>+0%Ji#_lroaGBwe8}DWw1VdG1>u`Vzu&>PHCEd&^fv<|584%QilZ6+% zexg=`?~jY^&{wj6?w@}v?yOrkW9vS4JH3LwXOk9uz~u~Spz~{oxO?G^s^9?7y}pe1 zVR->~(1LlkRb?c$ zI%A|v((NbZ-PAD3l)hrS{>)+)4&&})Pf}QXGm~geAZ@q{+nw7{+@p`F<2LeVCMks# z=u$=p`1`82Hj`6V*VXa2_tj&4>GyavQl+PJiE>i&Gd~)6bEG?vukr|tvftlSJo}bd z$J%!gu8FOZ4t@UthsyJVn$@h~?^2^ONJEN3&X!GQdI^)+x@&oSI;NSDMp%RZxG(%L z#r0T+!>Ew=X1&MKjB4@Bl_&k%BX!&S{K|pd1v(Y?#YxfvBXljiXnub0FoA$^*`OX& zy|T1BE95*ZDpY!OvX5fkV$# z!*KJK! zxDk@k%OLdE#;Uk$qug5ADq*LpuWBl@dDxfMOZv^IjLs5djJ*2I=?25ei;cg}UD%rO zR8aWcSir8o9u%dVO#VS`cz4|SJ{#Z)jm&dZb=&<~=d?amyKHB=#~4FDKCrMSHcr?( z0B}19C=#~F{@}Iq)#lN_+^6?r%-^s*2V63BOZm|4pLgWTmvVo9?LP^AK!?>YSjqfH zBkOaG^5b?zvBhYXfEdm!AX+i)uxkMR1;r*1L<51J=O4hF$r=J6k~tB@T_B%Ws^KU< zAP+Qg!{_XHVDskYkWWudmFa$u4^ywux>v={Pw^rBEJ|4?!^*C}WSvgrycrsP3Q{_=}nx-a1~5H|#{r@xd|BE zi2mFRGa$}QApRev(tj$}{;R@iwz_p{j-9<@*l8p4PT6qtKO-5G(5e#TOSi?S%L#sb z!GR++Y!x40Sywkrh5N)^6joh?xRv&y#)PecOQvdnlZ@lf=zR%LSSd9i=m*5rHTiM3 z-Vc5aAN4Yk&06}MfVvFPyi2dMMDio}*ShP&YO9GJmw)amC<*LRDk(v6ditjc$2Hkw3`FKZ<_RB4K$E zF+g0b9J;6gsJi>SUNY(<-8MZyWV`+#s5qZ;{kSmD-@N7L@gqP*Re}Hr{mY1{A@xoQ zg+Wxxe?S=xZ~Mti0iz7=jPmCLLL}4 zSlroOW_qCLTw?)YjViA(DYV(15}z zFnI@1v_gKn^en7Rksv1R_#(T0w|^7^QBp!dQjt#SE*(kfZlt?A6;wbG;=VU*bk|_fH~zJsTlb)- zVsJ?lPkt2f_VMS6g^kSvq5-=WYqhODPnZ1ypVqE^TzV*Ru-c9V`s16nL(hD%gaG>q zY-rA$XG8=8#Ws~Cd~v%EJ5^CtE~e|rWqv*bH8Yi`cE|e5e$!OR9F6hVUU?HJl9hhM*%yLn zonUH%OcocW_@*)_Lk!X99FOlGiZG+vhIUmNKrdMzzc*!4f2)F>D8&2CSkGz;KbRld zzfhI4M}Fb11GX0=yF@1m0vLYJM>RRH4vwZQSXPy1M@)a3&ia7F6WAh#(5ELV#+3aA zETBbo2z3ny<9$DRJLR?IK$X&_x7_gY?Gs9bqTAt0WjslvT*PKj#ixo#=O&aHY-^Y| z<{{C3^aJ3GlBrr@UZ7OGIWjRz?&)1ekF!hAB`{v!OsoV$I^Y8E4YXA4;x&+=;I963fx(sL?*q&E|7#v<;s$;V%^9U`y{%28rW>A{{#(bJ4uJBd zFgPgd)4y({xSMfYyt?u*g%Xut^9VWDy@%!e%`qE1+suvEiD< z3M2LW^VKf?)ZnYVQpPv^;7Ym`cuC1gNElsNP*9|Gd6A?YCR;4-$6TBVy7jyq7!U6~a|veYFD}% z8uq)eN6)@JovkOd4c^(zWIMP$vYS}*X3|iP;F_RoF)iv;{@~tQ6#Big}a^Yv*jr{bCHJpERe7 z4ivcbiUa850XTOSz7S6whDJs4+382v@a3G|%{WTSrGi1c=QH^f4z#DDFYd26E*nfb zcnQ~@fuwNS3Xbqvnx8u{^TSovEls=}Y<%AzuGDg;8Ha_8j=?&)ZohkF_ms85TuS?e-&^$@zsn0aGjl=sM)E&tb&C|3^Lrwgk%Ysr5ohjb- zO?PzDp)gM&LYrthI@?JvtRC@hx!xT-`>YCo6>y|u@ERLU4RA_Ka1@UvKMOA14 zL)muLCe}+xc8Pd^BV23T_UB@Ix=0+&B6aZAuRLDf1A*fQuKwltE48WC!@L4r6NlP~ z$HrEnWVI2M(TD-=Rc;>c;I~0^wFM>?{wc=WXEV9EHsNpNUZ}!RP@H=P2Ni_V<|ii$ z5`@{=f4q33|8kh@vxCnQu0E&!?rVRqdS{U|wfcH{@5w&PU`feGZTs$mOwbI2m(Pds zA|LiWqV1r35O!BzaC=1xy*+-GDS^O3R5@zpem8Rz9=!82d_b|6LbYg=mDa+Qj~oY$ z*Mm9(Hxdu4K z)RIHV`CwNPDE8~{RY9W?SGMnjIFeMTiwQq4v!N<7M;I`U#{zjzsFdr`Kr zp7Tb%oQ;^-=so&-JdLCgos3qxtxrPm>qU9VBLZEZ2kDN7L#tF!xAWDp{LGNr~BIUGY(EuBSdYu~lPVn?mYF~d}S zaUTV{SvcA3jfO}er@%>~N+7lA>N^#C}P{>0K2t>TpMe!5TPADs?4utXoHK3OZ!bpha@I;y@rvbSHPlGIn0fh%R9h?6gilF( ze4Y~**Za39C*FSNu;ho4%<5z_XM42nkm@uG z4``T;wd>t}5zb(ssic-faRtpiGi_$XeeG145W`gO4Ji<3CjQCDY1r_D5g(^~X4N$O zEv@FI2Q9OHLer7~EvApGfPe?30Ip(-tvwcs=r|i@Wpi`!HC{}g>DFG5@GQ7Z((~qV zEbh{jbuSNlb~j(U?|H*v0@9o@1a12(i;eV_wjysrG_oyoFj{j9ASH3|T6Z!6#?v^| zd0)MpA>S+)8!mLIWg|x1mK08C$35E2P3;0X@4G00dU*pJY6+Yf)W=WWN}H$Cq5d{;;}%Uv_8g}S-s$fkgSU)LEDR@B<=e02cVbPm>l-reHCM;f{!A) z28!pgVICfBC{r2|rV)PT8vO^92{!b!av4>CD zRc79lR?=e&S$nCC31}v6WNy*V;iy7{j7cF}y}8J}G(xa;GXGs!Y7#$hixr(I?r3TB9fH08R!>J-B-aFCa52mR=#s@2Wi$iBlC z$!|R%q55JeJTkeaygb83(P3H7*NRc%tVnpm&gj*2H$EGFQ9#Y-o<|gkw^7!aeVFtw ziCTU62s~nhF~ig@TyStz%689Cs4vMQI+ygH#ec(lP^rhVapErcU3KyFz|kp+_~0&n zq9$&kmGc%#Yh-k^`AR&Rc_75`3n z41LzxxfGngdM6Tx;k<62Yvp+VfvcmVV^j)JngJ~>5#>3rfQ5oiP1OvQ0Gllj@~NK& z?lw?n5LAS-t(-)VVcEixjqt^m)XDGxy}^1e$*k7 zaecRT@D6(GLsXPOD^MhJ(+xyvXkC%dCHS>}>tBxQlSN(8t>aK{?tf4zjcs8=#$fLP z_7s}TZX;g*=~!y>^>MQ($Fg6Urpv9&ax zEg~p&y`>LZogeZ;)KpirUJD><*)M-fEzWPt*@N}a215v05oEVfzKOAObC2!wd+mFV zvz#?s@#1 zg7YiuW^I%rG4dM_f@08T-+BjSJ#Th)_GQN49^C@mgmJ^|DOd}65O>)}=pVsXz7n@e z8((H9&=G+0j$fp~AxW74DN;)B{ObF{w>i-6_6wN55m=?P+h;F$%XmO@lJX*3bsgPU z0_-c02%PY{entZHN$bZ2;AFnN{RqxC{SZ`SI|hV`*+42>;2~IX9UU3{rMH2Sr#WT{ zfO`=@*75^)RP_*;+l!AKfc^gW+vH7f2K<L~B9y%0wQsXGMdA3-6$E5MXY_@#ip z017pAuN`{PSplnWXQ#l|{#z(j4_aaOFGok`Eg<092c-lA1X%T&=&sL!hax21SwU*7jn-*U$~Ncj=UT>#ChxWIfCBr z51LWPIq@pu9_a-JG~`3kWPYrPa;D>6dd=(pk9-^A{~Kc zLn!*kAE3L0lM6MhS;D6yg>ZUdUTyaBcTk!?IALRkv+RT+?-u{+`cT$+S3GE(h4gPA zUE}z9+Vs>&Ral=+>mASx?pQ0eRaiDwtfdPZITw#@A7N*)tSD+xuCv`2f7EBWpRaVq z@im{h7$S3+q>z~k&6FO=roou9ta?ku<^RBD{#NX!Z6zM;bXt#|nwY6Ww_;6x^3Pe~ zz|6JjM%Ya5F_pyeWs4|^!BgY$@fMG!S?envpfdKwZ^UgQraWsTu(;;$N3@=q+8~#m zBzV8weVM|^aSnTzC9%SBac0~i3uApV5Yz3Cltjhd_aq)QpSkVT_;Byi7lnU7xL>Yf z>DV{$R%s4P_*V37hcr=0Hhr)pUDSQnM$N72vfY(BuRXDBqr%VHI9U-O2HJg2NxiB0 zn_>F*)07XuSmGfo{G;EyTm1Z@-RpCL!IR7jH5P$&{SUXcwYigoR=xKmXv5(GU#=#7 zFZw*k_UDcw!f|cP##^sEFDH&-veIzjhnT(bEDsW+f(i4Vkr7?*hKpIafmwIs0-8yG%eV0 zu_-3B%VII-TN9&+k^=*AQGy1^ySV$}D&fWny~E-Bo0gn(Tg)uyccJuhE>?L2cb@8@ z_nzM!tHPrk#v77+!@7}jGWzpv4Rx54Rd<{)UTe`k%UTnu73JJbW(95SzO|mjT|Aa( z`RuDD)OWVON=i*6Qeygy(_r~Vn-a?5N)l4XTh(jIFy-)_Z3M#em@n4UPUOn;@{Fz9 zwCijxLQbJirxHE*mqM_US%2BqYIouS9yv}SwkPs>t^57_ar(? zGV!Uaa5_c#pxbZLzE}*E>{n1L&zk5)Q5jL@6#bNpa#v;5st#9aMh%*3{lwks{4!$M zvArT1AB6Qa)v;!wWQz5DeKWuA_OKscjOE5Xk3N!&pZBb&Z!3!~5^Bw{n0l-|ofZo| zkwViY3TT?_>GiSP=PSwUYLzBavx&*@Fch-O?w@$K!GzNkY97;I0LtVh_lNp|^bVyfd8 zBTG-uZn5cz@$p)+Jz07A*0l*eR_p+;79r2Y<_(GzUQ_W%IcXoCZ1KS1_O_fHEm*6h^ipepWb`M`U$R>*$vwdB&`N-o%P;!LuGN`CYLBZMDY5t=Cb?aipd`%#;~$u^b=Lbc+~T<*GW% z!T0>xA37QQOW3e>?NGILv|guwm&j}zVoXuVv$5PI(zBAV?;wCX+1Z(pXeo`cPM??p z?sjJav^&8eP$=H&xJ-HJX$aP!oNy_Q6a;US29|a?F>UwWS%L77j!%V{e@EW&y$6p> zV$>UeIpP5JNsdwD09t?jUGUG_v7SP$Eahq>;wfs$o~Fjd<${)dUcivtnF}~HWW$SB z3GeROkM*REZ)8w8L~&QlZ)T`6kG!i+jZktp?1p7qBnsclj2RhGHJnlVQ4}Aq{1eh` zEt5D<%&MJtrCc&~yV%kS{vb{`5-NWSrJ?w194QGISuu%Bc}kzKTQaXhXi#_x?{B(( z3YYcQy=!Btb;!?ok2*+|VS9XJSm<%F@vi(5wY9Za!6UBRGNTqTQmUPDZ<={>Iv4CY zKYu4;;3IVrRN9k+iY)gqQ4)FbSKw zqfGuO<(QEEo6j0zoCIv8w9)rV29qb%!(Do;616lV8+zj8K)jxP75X(QDu<7!V1s)s za;h2m1pjzP^u)p}bVg2CzP=A@))bW0*hE{K#u^YNbgGbEIrh1%;OF=*r?49gf^bFB zIW!w0a&mGqGA_9%WMn(%5tPS^XZaPOi8Or6^nPJ&PQ;_hqA6GbGtgA)_9)#i2N<#?%uzWnTiX7~K>xk*TgO zmqGbv;Bj@qXEHuMCVd?dZd?1+>Pj+p|Fioxkx3ua=Ff|`)F)(4yy6^_+sCeP(pfu+ z5ch45<0SYSdTNKSKL@ASI)mvuA7t)qFTvrZY4Wo2d_ldIHIn*SpZ0ke#s)a-_s{6S zq)@mb&My685!Cz{;$ln$h(1lu z&5ijz=r*l{yFn;$LFAa4>mV1t)_lm71&0#SW68Y8vE;Id()>uHani)I5mEGKWS6gz zOmK}8LsZ5Ydh4(n-@C_Oo+6h_ilEaqDc_n=RykNFY*mZZN)xNEkV$rXzgu!8Zc=4tTjgn&}x~!J#fLFoMqbHHkj97Mq`WrBAzSw;9>K&Bh%$5Tv zVH>y9gRp67&9IF-O4wX+72#P(J~GaJ?{XG9m#s>}!828JAckSO-!yF;lbwEiCe@l- zyH?z$-A>G||67L|G#9w^ADK2=3dp~xWKu^yv}z`7V%ZvW;&YlAo{1eUoU^ultSN&Y z$NLVZW=^20{gRY#cC#;<}sA4AXpvqfqtOO3Znxy@33 z6-NWf1ehLBsAUKeC$oLfq7WsScd9Ndaa8+?lOOxw(AMY97{2#gJI=+E4?*r-Bqe7R z1J*J%+G7l`snE324Hk#8iO$I`-%galS71<-EiUzIj(c|L;@D~4xS_)?!-5$S#-F?= z%NLYik{%h5T3TBCXx>1bT#$z!ESvc|b!@@Ezrqr9uRWPxWnr(C4}D_el+7Vk-UGV= zD~r%(4h=0fp7mPVhFlT1PjOj3yq-H+#boOB^thHbRI?xORK{(k6>nO$DMSlKK9B1W z3=aBRk1V_=*;ROGJJjl+!p|$u?^b$+POWa%XeY6WuD!r_QCBxLtcWRADQW%`yh3@# zTzs({DJ5iFnyBH)TAz^+j8HR;|0At4rk%c30s;U)IYPEMXBwVowW0KpsFRImICkOb>@Uh8+hnq(Kgz4d$j zmdf>y!vM<0mN=KAv++D^JXu(fi6*6NFd|H({r;Vzv~kTg`PaAB6ZOqb765}Fo2Kss zAW|9OB)l5FoqyO|5D*V}@6v7Au79-;p;8<~7ym3Of7C33o-P6$&v#HkX$<>c3;Y;2 zf1%vj=?Ec26n?NI74f|QD6BaG3BMb%ukA4JqVRG8=qP z>_t<%0kq~NMOvr_rRVC zeE?vnZy<_7dF}iCzTXw-VB6=AtC8maRjZM;v@Euoe~fvx89$;0i5;R#Kgp(KQCIsk=IgmbAZ%7Qzu?h z_t!u%{|CM^enEQ6Ne%ytRrvnA=TG8~J*{t|-=kGPTcKef6Znx!k(eJrQ|=!)C}Dzv zvi;;gAOFik{NJNAoL8EW5PMg=8o3`76txsyhs-4xSL%pO@${QdQ10CRTSfqR%>UWW zF~O7t9>|-;-hcod^*?gmeKe?9(8n{wo!j9t@mij$%xHBI0Jl&7ib zx+(DF-l_(r4K+c?nd&AaR+kEhI{K{vHz)P3f6I{kb@J2upj@cVAVo+qgKe5%k9I8%R4f(uk5ARZn-Oo?`Qe-Nr?0-chh1bPS7<8Tt zq!yaIo=a806hz>%Dr(88%QF(?82c;@3D8`&Fj>hgO>7N4&J_2fe-lw>c1osCT zC#UKG-~LFJ>mokRB#J6LCSQamdKt?-r;0QrCiRUpe(+_svL9<8S zj4JSi(-m71Ym+8)RzR$0b)ddQ(%2r$!}CpUYEOrQg2p>B85D6MIoF&pvOS_5nF`Er zA>nCD{EPaUvB@NRI>e1 z5u-sr(3PL_ltHEv6of2%LRnLXqEFHgmGRt^%c_6Uq*fjlqv}VuO3S_LgwCa`!(1a% z9%1`MKNdXHU@>ht^NxYiNmCL7PN7559Ri7=kyXT_ueR)p$u!4WtN92RbciEerZM{y zYP?{&9J7q5!UwN|OMcN@iulV=MyY46phDg=%PPk}IPuUwDwS?pjp5<8ihNaIXx4x$ zYkgo0@-E+Kw`8~RaJe~Tx?jTtMQohWvxLxAijIc0Y-7prkH&h79zOH{?)0$nRsHxF zzqO|I?DU7;=XS%4hq$b$cjG|DWGdYg^o_kOr^;;lTodC(YCBMJHCV$ZQ7?>V8$akn zVxp$2aJu-*XMROhm@@r|^x4^ouX`HS?pRV$b-olFIQ*b4dvnR8q%~eAyO$ShB71H` zvl*>RP0vMiM^O`V%b8>X$p5PNDrbu!te(fI5ArjL5U-#-FFGw5%d4)|{~Ak3@Bhj| zy#9(M8L2=A$%%}(#0KOjSf-rwJ8ue$fU$LoP~Ur~@8q93J6TnAkG z=?ER{u}<;hJ-Ru`Z^AAPI`exiwYul52j``0`j?tl*B&3J{xZw=P*eXs;C~2ZU2kD@ zl+B&(ZNR`H31m@37cz6F=J)TnNm#F3!EId-1r?w~Bf$6G!mW*s=ZUn65EVKCKzG4o zD(1_P2i`_KpnFH|adtpGd@t)|#vi~41I8JAQAP;b#`CU}ijXyO(Bw@A6VcIq$4{OU z$a`Tgip-ZngBd5SmI@zBVEJ7282KF$-uzr|$4j(q z>60o*$N=#k$R+!CvmO*HyWA5}%(*aok)bMIrO=Isq$+DNsQpvLU7oyB%Ji}>-{9W~ z^IThuWfjrz{@m7twema(AiN%pj=VnJ$_lZw zxo-5Unl3f?CJH79DYl2<7=Xze*^8)fNE_^Wta0KvGn=Kvf5SKOn@h9Hw(pgf2rIUF zxo-x%ZpQeG->lBsE=jEvZ)&{p-Cq*2nG&+rdVUK2?8%}xkTwz`O)UA zFX}BgCv`&H>db8!NIQDVJE~GDPUxm7+wr8ibom~1*d+%dGz2M^VI)#LqQBBeT>diG znx(GFQQpD;Qv$Ap6}ilV`A?Z}U9l*tu7Yl36E5+n_VJIUBh`{XPbXH-p0J!{AUv-V zB$t0-nX0}WPnY6*I$52QEe(MrySs{6vzP2$#VNkdvP zX_^`b7NI=kB`0Bc=h9onu-DxdACVl`4QCenLEN8}{P+OK+dZ~5DmA8tKB~DnL60EP z3?1!^QkmbP;(|V?lxuLRh!6~{Fi;0TvXN@H!^)p9)D#!yTvc13vquoBe+UB8m|Cb) zxS_95vl1Z72=9YF-g2#5;Zr4d6(-f_f^P=gvaW=>N zcgBP$jvoL$+}~WX&RsEWLJ-5M5Q;#R30C0?8*Ur~NhPyRQBsQEsdGZ=d)^)<3aJr}{3-qlT-%4> zop5gaDVLv-VQ)GQ;=HBh`E}q-54L$<0#Pn94; zccr6v2k_`EK~Kq>!D@FReh`bzq{P+7v!xqMmzdO-ZQQl;TpAbG698#_Dvp>m^6@_)Tr+GvMWhyAet$ITcm2#%2)nlbo%GFA#rjqQ8_>KNqd%}$evt8N< zWyMXqR&V#sJK;fdd@lNOEJ2h7t(OPSWL=9dO^H680bAJKY@-B(gM-8U#(S!Vc1bqQ zb98p?xSe*HcFMdU_5+=gwUkO4=jrQLjtTS-8b5$juA3?YtD|ZY} zzkqx$j+aRjDaj1g0W`OT=Vw52e`PndsrA98%|0umiHg-N2w6I(Dwd|7gtVKNBgC|f1zCm zL8dHiqMC`;=c8LLg6f;sZ)XqRgYAPsG=&-`+xQVMmIT_rp@`64bZ+zVH-A1hcl5Q% z%#~e9y91&4-sRP180>9woxQS7ehLH2jJHB!okHS~Xi+cAbze&JS-Le$ONG)>mM2l(N+j)|PcUKLSjCwLi>(Trcr%=0}5fX3^=fyDdRCg$x%K{x=ix zA8#;;0dvQZzz4CT-NwCRfg4q}2RS1J&D!oE#b+Q9K0!`c#+H`Q`De)gMa}+`V2cD% z$VCIzA-G9le>7i8KIIcp(4ERuKlh5V zBY7LL2mh$X*9~7KWMv0i&r1cA@T2}J!9-8p!9A9l4{ePRw7wo~% z#GPd0?ml7KR@z3!(Ae0>Yd2CBdnE919fyU>AUQt`oZ4lDt+w_Goc;l~vBRFtumubOa9S=SY6n7tcvk&m z0rYjuWS+#fV-Kv~uk5g=(Xbm{X1rU=N=NUv8kCus$HwxG>3e(L^yyCqPvFj-K$HWz zeE&n@BfMiCaM{S%K#Z0;-qe(3PBHA7wt@Vm*q(_t=hcd`AaET9Nw;i0LYXo}=R$~EM zU!GzZm$o&|PF#%>kKhGU+_uu_pTt2tv5360x6@t95d7-S__+JKrK1NKfjca|VG#UJpe}DgXdcGYl+H16GzX8+WQIe*_FP`@G^wZbE zle9t&EXrm_AtM<+dbQs9;kP<0na3Y6f zpgitnfU*RZ00-N5Yipa81P3o)8Ludc44rUNCIQ<4q|~{30CD}fKh|EC66Baf!e{8} zh!_DLx(#Us(1`}pM0irT0FlL6HEu^$4S8|n7CKl7-ubbz@$I{q;!-s~U67~4z`a>} z^O7DlXZi>wr3!)|41^8NR_Y1OW#Q*(S|H$c=TP7R0IR;XSQ7JJT4?N!zNV6LX5^P- z8lZDl$UkMq4b3O*V)sDGq?|-RMs1gQ?~yi0scM9(FM0q#-p55;%lw2))yT5y9W~~? zl#}v8)gH6Z!pC9l-97b_i<|a((m$7-bA+D**C4I$O@y=cd@=E-)L+M-OCJr}`n2GU zU$FA{z1IHs#nG-qmjo5ZjSDkp_}HCDx*!8!JY!Q z65Ywug|UF7WDsJWg}B+y3Ql(zycGe{%JH-vaOYa)%FD@t>WzUZmLDJ8jf^OGLdi~k zzHPZ5RLEDis#}nFr}lWzWov#n28viSJkT$2LX-oOC8N&t{Mm^5^tz;->w4^fi%m>y zm#UY9Ly#Pq31*wMtx!+IbTD135isQt2`Jhs_YB`f8XN!Wl_PsNPVHsU_{ZM1%F{Ew zvaTz+4(8@`X#;!P+aqr%o;-Q`)ra$|BCLs5zex$b^41=M1%$a&*fy?6$NY_mFew2q z-Ep2a+Q-QK)MCV31lJ@iahpiG4=eS|Ov_NKb~3y?ueq5(I zrcF^8UZldl{lig>Z0DF*C}QAlWV|vuu%;C>O>9nob<|iLO(fmeq41RLY3S`C&s7e5 zAi(i+A~?vgK6#d{esWMM~h5E-G?RW6>?La@s6aNhkEclR1GBXBpGEB#w$ zifWyiDH-%WYtVL%bLMg+GsVO(fh;`P+EADV$AgkZYZy@|{wzz^kKCy{LtgKN8`Um9 z1$RZ~?BUc!M`OuA=Y_J*)lHq%cVR!DQz-@XZaAaA94-HIb-pK%(l6dqD~}y3{_8wi z$DqYsjE(&KQBHu2y%bfwB@QPt1b;;MkWoUvo}tEhAfH|e+G_Ns^CET#ai!6~*(_EK zmuUF-stt~LWE_!5sdvu3r zXK%;!eRVk_v3etPL(N2nPz(?y@eMD!|F-{R6SDnH-4-54%!pHbwpiW;p2G{_4DE)R zM)jV2iz(#+x4#C|L$%bx?nYF7-iKk3i*jeLC4|<I3%Mo^GsY1k9usn85Jc^EZ(U0Ms@G9UieO|)5S>2HS4p$l zq7A;2peu~vwN(_PF?4NaC+y<_0X-_3ErhqKls(xo0slBn0=jB(#<6< zQ%yI-D>r__cKh^_yc#tPOdAaw-OALub4M{pcb81J^eVf%Ep_o*8qRGB-4>Wd(&N^u z8UjjQhY#YLg7f;AK>3&cd#1v>0Z5O3^ZG z2P{Fq3hoiNy+Bs|ZT30=ZxuDobsHaYr620fx(H66UtaD7&SCA~Kc;S>=lL~;1A%&8 zx@Uo#Bas6(wyR%*A9(dSe|pQ!Q|oAiA1ahK-MyMH%t2AF!!kfX8$R-AEBjwf5*k?9 zO1lvp#7Uj;Wr4*P^=5XaH>pV}#L)!J>j5rK?u4zN(gLSg)CCD`!5_+`D6~=X9yl zMj$J7_cDz9Cwo!DUnB43-iRg;9rLToiC+&lkRyi*`~tnuwN>yk3|>`)gif8ydtng~ z4i2X)rw04NeXG;D$`JL9o<5hw5 z{qDZN*Y)Jk{3vW);L8h}E6e`*GKbM*L+o2kiSUlTxt0%TNi8rKNSon&X87b)^D`vo zxQg2i)6yYrY_~7f0yDSw_H<8)IbMc^CZDQibpttRrAw*)3W8>HuaUi;Ehr}@>;sEePfUh6?=iUp4-|yMP7W?PC?Q0GOe)LshggssZ|0y7pbpUGf z6eF?*!W1aJ7J4PoYEoniGW-=-!lucSAFfIiSX<`?@5y{iZLIn3lOAW0B)YEEMIddr}u+d2g$Y8$% z{C{1f7JuGI9lLnNHfPD*EYGn`m6MQLFmiS5TB$q4q*94UjHRXwRzmRkK8_6f*9-75 z{&tTG$$<5&teR%Nh5sYVy;@CZ>m57c^`bMhk%QIx=DrDWG$*r3-^(ri>qWxWb%(+i zWx)J7wD)iU?s&95;Uxe7Ef!P_11cv98cvJ)z5Mq9w-*N64*y4fWvqWp z&;f>KW_iGn3?w_W+h{1yV2W$Cq#2+|&np z8x=+Vx~JD$0qUd-@DB&JWLEu_ZSlUpM11=77l>H=-$Z5Pzgq(1nRT-tA355IzFXSLudB zKPN*a^##nk0v#q6*6%AvQLql)-*tY%#U6P-!fO6-X=A@oxz1p%hw`os&4WPYdk4Aa zgY)TyZ)QWP6HQ=uIDc!Ne|ul%x-EnI#x8R(Ub~aAS@k*X_W}p_~PhN_$=RF5S^c{w!YlN4CIsv$gFxMn7z&t?9WK`9<`-a37Qj z+O?yc9z#dCt@t%hrK{0Ccy;kwKl5B&(zDEJlC{T+5p*7xGnp-tJGYCCcUf5G>dM_q zH0H8Tr^1|gcIQTES?4sehE;s(okDoV*mL?zjJ@Mn^2nU5ZIH4!Lw2 z9ZIUKeYCL*KQ(Wtkt5Uk5;2h1bt`Hq<_SK zNpxanY6|Il;jZe_v2gU2na)oD2IPs}4Si9&l^z)j?X!cTRa6na0iIT@i3iyN*pM%AWc^01UXA=H+dW6;i&-ODpMu!kM4II)Wk3-;Jx3pk>m%Dw zxvaB#2gy|X2R6+oP}}$1f{3e~$(-r&eqNHt^116-R<(Aly1tEHhl*$Gt}dtJ?Y1!V zu1ASw^&5ON!B#ud@wvfcwoL6I@LnbFjF?|4#L$vM#1Hj7KgVeezb!6it3frN-ZFLF z?ko_hqk8-M27YT;YbMZE&EFIlS&aV$5+NgUq_9W5*|aq)E}ESc($cB@zngQe4`C3s zRN0QfRQ~D{1lrJ&dhVzx*TP(?s;QMiwZ1wX4;Q?SE-@H{MYT5W=iY?CD9`w-deX4U z=;-ZsNn4rL!Y&)j$w*`($^o;$3N*eZf-S}?j+U}pqz9M7^n#^9^Sk9)F>MlOznq+0 zMX%iP1NMSlP(}gxap7)pXWqW%<|1oxVnXj@RMRlJnG;Euv@)vH9g-m^KEa`SNsWDSWOc4sM&uHROg2=yNgn4(EXSk*+3-&%2G; z5h#sQY=NM^%XnTHE)bQ32pSFib{0}n*9pW zjC-!i(VUOb;y%$6O>loTNYA%*Gg&5Y{&QR4!f2DWU~G; z(zK6?TTIPVso*;x#W3iI-ihE)qCjj}dV~VjDm5O@h)VrW_F$bOrP)(_9*Xg`Pnqbr zj6qGw!+YVJv4kJ*oD^5#pbigD)`;9%QRn>=O|J?CQ-sPO$_IyL9`vyP)tuNKzc4QsN1`wTY&6v>;26>>FqI$S=ty3G&Z8%J5pHVsy1>kK9L{ z$HqfXM(=65i&G{F` zaqcS_%$fb}|6XKj7G2-E_UrT!-*h&0iC{FyD4fPFph9L;{tLCJ`f*0chURv*mxGCC zA5C@=O?e)N1{L^yYqAgv_$M>4@hTgYy+F@^$kfYA``UvvsqZJ}9`{7FaEhqAUEOd` z4z+)zbn}hT6z-R}Dxp)U{JL;(T7T`mhz03qqgFI91ZjNHY;+K!*K64+N=f#F^zrL! zu?#{dO*;zb`1M*x!1x5;YSl_=;oRvhx@5SLY!Z~M8kdOCDhjgD9#s4f+}gl?2~%0r z*(N_GpzS=IJA>j1X#J=|L8cZ`M8@4mJP)?t%BukxA|Y?%@>@)YyO%sSr$_NrTba@= z!j$P%VUn%SU^kd6lfT0|>=8t`2Jbi8Zn${_aI((Kbce~lI0m^S62|OJW)eM70oAq2 z_U*OmhO&?#Md*QO}E;B1o^N#~}2M^D=U+P@b^AVcFr;e{e1kk+zr07=%)u0&9c}#Bdo41G2pAj?4gm&q+PmUt3)CG|G?b+35_>qMc(+ zeLj&XA=T+}_dQs@dM%*GyOf^x<0<;|eNq&n*--;lAV90FEehvJ;eS#cj~Ug_La*YQ zQjnuIMXlBQfDw~gnig&NY*awO4RZeNO&PWIzW%Z;C7CeN8x$7qH%}rN z#ZPdM01oR&YJnwlFW!gS)9dT&$Hz5S611BnBlwajkKYmv+zXDe-jI0|w=%rK5o|Ge z$9b4nu+uls%>|_ldZaAxl5EDJE1;a{lv{CHJ-oPzF`{Psi!0fzMAu5M^{vNRf>mvZ z-;*iM!dhr1;!|i(;@G^SY|2liY8$S6{Nr5hCB)G_yRUpukb8k3|0lpXegD$=s$E9O zg7b}o;UGv!A6IP$#*m?)dHm)Oz8c&3N`A>>TSrw{T; za&xU>g}!Nd)QT-c2dQqUva*gRA|0VpTVb&wynLx^_qNyqbH4^lqK-C`8)t&HnZ4gYdQLV!dJAP?q2dw&l9@VKeTVj5e2c+@7unljb8UW6FV%yW zu%Tpv+DAaKx|L%=3@j|!^oo9sX8z4-oc7ypB(5&+;{L%SgGhzUjIqgWk9>}cGas2) zbU0VGw{RqWOO%$r5Vtisw??4H9$CY8{n?QOh%0Hagg&uupxq6>v~4TF9>harrF%6D zQG6W7`bXsYPgpESfvP%~gDnIin6bTw@9uZ{p1cKP9h5Aa ziIvTGqdSk$#r&z=TJh}QtDYI%swpp&{I>jle z)u{MrqFOI6sPtCo77`-9yJL><*;lk=eg#QrOw-E)!6yhg>suoHJb7Nh;%!+y zXlvoE>TtCwbFDq?Vco~U?I(HDngwcN#CNniP`>rQ`s))#OFZnQm5I+yfh;Gxrg$G+ z8ueg2#0Bv!(-;-$KSA2#i(gLcXR)bS$* zeEAHBGP}E!!64`MT|WZ>I*`{8#2WTS(jr` zHcdPb`$P zeDCR7R%`Hf#7mgSB@85&1^{pM|54p{Mm4o|>&Ci2Wg~(JDorCO(v@DL5=43zkSfwq zY9Ms5(3=Q|^cs3cN(>MY5$OVk7U?y#NR5<)^M<|exc7YHoH6eGzI%V%{9=){R^GMN zyXG_BXU_RdX7V|zWjcq=QH&W>ZC3jSLW4}H)xc7=%Ws#_NpYh^+}5K%PCWi0t-@?W z&8Dyx5a4of&> z6KZ`9D9<#{>en6{|5b$nD{SsQ^M~rldhP2i$@XEHuv;F*S@*L4Qv{bgkB6EL2J?9c zg13bBeNI^eZfvKHp54Yv{n^ma`V3#^C6%Wp?WiPPQrKcg*ViB;@qi6{#86X8?mmg| z84OaA8t+whm;a|^GN+|(&O`xI^x;uL-N*W?MXk!c6NhU{uTJ%Gnr}yEWyMt%NilPw zf7loL7e(bttyC}dM;aSj#YH`37X}Fklb(B9c037p(&k*z(HyYx8BfSwwhvhg^$f0) z?H?fWT}sVf2^8SVLAA5fFP70<4t@I;U53)EIZB9&2;SpEBPhZjy_a8nD{Mz?E+neU z8Jxcb{#V^zT<5rSff#4W{VB|*GwIbHUXVlG|JfoZ12g+iYWS2W=U;J^p%6|dK8~gy zPfrc6_F*cwOiMBteG=CKlN?Bb?Wqj7j6R`HSKoPE1OA!@BJKLz$&}?=c70z+5u;EYwvu;g10YW5Rx5 zUD-khTTyukX&fTE_?3Vkfq9zJ zu$O6v>?)-5&qkWiBR$rcTv!Q>1{r?&3@)u)642>-q`EAhn(xCHUA@`*YH^Ma%oUZ_ zL*eQkm$dh6@9Eo?JbuK7DCf~D6hSx(dDOVsJg~>9w{!fGlMovoKFRS(F1X1o zCORe{pef|ZV>xo#ru1I>tAJ(!&BBhV-q$UJ@SvPC^h#ZkQ5_1{JUf3;cGeW7&>a0u zpOxt=-?wnZ4W|`CTN5JupXavJJ|$@yNGXbR!!lp5^>V^FuUv}aJ&`=_jF94qHhuny ztL&KCvU@1}1i5)jf|+ZWBh)d28`;%I39Z)XWDg+mj(un`-WBE0wz(pF`>vhLbtrVb zO$CFb*$-y!`6=S6V{|aXySKwQc0urp*|z$4e9+X|XS@L;-*5qxSMm)S0ug$Jvv-$p zrSK8~0aY^i(g}7vI`0l~$YyzQbGcV}gtbVPN#ly6W~hmKZU%O=5MzSVc$`ogcUy^* zVUN}WukQm=9>xZe*z*UT(kW!)Z**K4m_megqWuoC1ugT@X9s;R@t0dxDf=pz9qOx# zulC>cCw7>ipDp%fRuI2_-p$&je%jNSW6BH0*Vn0kZ+40YZ;JPH3Jza7k+9+e^uAO# zK~lod(9m+*_VzZjfU!^=duCTh6VdCAl*FP3&~KxdKXanpk!WN(!GkKh?71Kl4t-;EjEXA$jiS%Z$qpey<@!? z^}0WTx9^j!!RmmB+Q0$3PgWjAbl56y8iQwTyndaqzjyX0?2?A1Iv0bF7cM52W`t;b z(aJ6xBRbR3Sih9E5{nrtEiD~GqHMJ36pN5mHoFgy4i3xC4@YZh&!1E0n~QwAU(1bJ zcExW*9WV;}m={kR^_^$HMceTbR4y2bqSx1|~RH$#LTLVqbLh%8J<3ENchWc{VJR(xQ%BnJUAXQ!Xx=Qr!V5-sO2kpED?djZ@=gsRhkKUTpz8&Kw zhUj>LvL7Bz&`HF{2jg$AfVX#lDw7~I=otTEMWc^r(*uiJA=e?;bU`JD};Bo z(Gg|MTBOW2Sie@qz4h=_$K^$q&=?dAf_Cfq1k?AvWzxy7dt*6JkHj`?$k>KQWB-ZN z<@0+I1z0hq+)E6&=y>6i)ItXP+>bW8>M|~Fz3z8%1E_!BK1&RslPMZpME=9c$ohwd6Y{R zdF?;{LhxTrLchK_iiv!>g!)FgS(*ZFO=yyDKlqtHu3CN^*Hg&0^ti#zZZF=czR`Ih)esJElyk39uw3u?UivFs z{c?yShEloCg)Qlw?YJPOL!>x9*X=XfvTW&X}WmT9i zt##TZ(Kk-vmWSpB=huJW-W}Mxx9=Fbl}zf%4y|du72BFCrwLEx2csHqs#)3s z{hoGHi|c~7%7W(o&KpWv)r51}I87+iEgRz;dvBoTmg0NIxRn-+A3$MI}PVQSb)7wCWQ5f@m?P z&2?V;g$g}*$!c2B&Mz8zhvqOAa8n+`zl{2K-+bgZywz{u5i&bH7|5@m@2f;__>)iX zaZh1gZEq~nOZs%?O7pgT+*{aK*=^eW`_$R@=~}EhbNk3OVo}Ya)jOROwbDVIDxU1} zhhwIywV~`emM-oJpX&skuikLsxiylaWGVaJ{pP0c59SE@x<+0?l;Dr!t?7GH^DZu} zOz0P&_pSaahx+OhsTCT@v!`TycK8yM!Anz31Fl~&q}8I*fDd%}V~Vf}xNeA-#;FWc z6Kfffoul@5E`+~r*Nb(7dcX0msOO&c9pZt)WN^caO^@KAm9?olPHNybU_G6Ar?=E- zjRsg|8taYjc)c09fgPQFmWvq3x|$wyKU$Y(8+7Z5ilV&_-Y^M+LS1`M0iNKpxYkDi*5+JueGbC>WPb20L_A8FDN(qoK?#=e(&9#8gb zC_LI2wW57*oXWPrq~}n%QOr+3aEESl&w7H|`!nEGk5}hO@TMGi0RocNmh@;6B*Zp98-RUmGh$!AtmZN5uQtof%o(`EL6uDWj7?_(i3;dfS(- zNdx0p&4)4+di)3JY)?+sKU=@7U0HN{aA)Ap$lNyXz8`&o($hb@ONC#Nn}_EO6VvIC z=z`qwA+3ssVW(ZsvfM(#Wt zh2Isn>1o&=G|G!V8E<9?iYp{cDxF2HLBovh^7VT zfKAD<4_guf42Pai3Rhhdp-|vfbzru^vo_|0*oK6A3eYi)JbP z$l_MjaR1G5NM^r5>7$VA3rxu%G;3Jeko%8`YgPetPQd3J8N6-`k1@||LkKvtajh> z;*{`!@rHf5kaVgDZXtLKHC(vOh^upNG3{fc%lsw}CtO*IMWMEC;&8Ph^nbP~aIyoB zvIgxj47=~O*`RuIJE6pLc!7pvo#O(C$?M9?x6BV{0_PIQ7tRl!h&Lp-=|ZnuqD2ch zP6$EiY1=#qr0LVO(Q+}CgMnYB5Uno<_Jj@k2W-&v!{F+1N^dq~?l1jD<$s2X|uxZS==KWGS)HFKIo@!BXY* z{s8`>gf}_;lL6L8_siPGZ&C%pL`&zU^;!t$jXe}f967O_U7I(Ij7?DA?y>oU6XoFB zJJ39YL9RlnR*~w9M`zh4kqgSlGD=oH~sy9F#|fLvH!J~)0s5UkyDurKq=tA!R^+S$AM%E z*|U<`g+D-(HIQWf58(JtnxnJ}0qBxpL&+vI6=t)40py`AAZJl=$|#_+<>+zolYeZ^ zn^!<|5uzN06?Z=Q25beCfgT3hGela}W3$|>xfSI#+Z~ObI}0l@;AVb`)y!tSNLyd` z=jrS)HlrKXr^j9_(tN#~I#TJ@!{>;!PPH}vzUr~eRvm+^)43hCC4@2QqF8pPzrV~^ zJKs?aUX~OSDnG2LjKY(CuC2#VQR24nFib3tqFH5F3oH+po0wFidxK5i-NS-Ee~X5c zeqpX|rQ%gQBDmk~f8Z7Fx!D)uZt%_dcktv<@8AZL@X*(OrC9^ARYCy5)SipCZOg4! zIQkCRGC&3% zNN>D@;>b0{9ZJwzij%5Q{snSUyi0ZWYapLJV&a^#I30iC|dK zn3!gY;7z-poJY%@wU3z~%rD|j8w1AWgQ?<9C8zb*2Q&8G8-2}5@NvXjovu7f8EgF# zLt#W@?$F2MfL@uiOyI4ockRnyx7hUTttN^@y#CxTnQcdz_UE(8^LDE39_#iJ;9*U6 zSXu|>o4Y7K-%cRDXHacnLKhC#QWxi!jgI&NGc~Zs{6vL@_Pe8>6K-qhAA@Kb@-eCS z`0Upr2~09)Sf8LewJOa4LE(YfSDfj%n=cQ4#^y&c4N=?TDl(8s!e0YM*0|>!dEc~q zqEN7ESkLd)w<*M&`$)1?olPb~pL3VH7DvNOHZPOLnvhA~U-U~;s(OqpW0>`lyX8yG zc~2r3zsh`@MK#YZto>}Jx3{H*1TrK{I4a4V3$@-AEjtsFXu0;Fcn^~`H>Nyx^XkA)+wD+0XR#=euTIyfuA zPrR_r9wt0vV>Zd^>vCKOOWMDu#U@6UYnepo5@BqS=v3*6OZB9Ys4i`n__D0@yskfR z(j(WA7$YMi3{kmvwg>;~mWjN$RTf6iiJ)!x9ylNO3yZv`zl4DfcTMYGS*(YS#~TsW zmLpE>kKLoEuf)iJ854@|hCT&M$*>7~Yr3QLa{b~JR(Cq@gX?T;ekWc4ymT(^EYq@g zV4`=SwUu5ow!vR9UMYJ)pAyRNB-PGi%}bK>CR2AL75Lvi;kSp3HpSlb^R7Nr{}X7S zdVyyM!AWPZy@@Yd-z_Vp8($Y7s&^-VjjpUEwv68AAfUvf@xM|xhU}oVE6B9(TDhZn zD_zFR!UNO}PA(P~7vnvGVfQtqcCk+TBGS@E!3#$yIr;Fvp*rFnv2v`+z#<$mCDBdu z^VR?pcY;`hSpO%X(hm^f|CCL6-)m9%-ULvb3}pKwq&AmxWmJAmWmp2Q7w6>#a|fNU zsWh;+SKcVPc|=ciQ8yhxwR6!!9f|Wy5vZb~qT1S8Myyt$ZaC=|!0k-vqE^QWPhfV% zUje;;ji||cO`P(JS0#_BF2(6(Uje`qSheTCwM|Df>}h&jw65|#hvN9a-_v&{fSg~` zuSTVBAiI?1@)$CSuyp9xs-3;AQg5);US#!qK|@7cj`}_07Hr&Sua_5fR_pU$39sgi z{|?DSMR<^k4AnyhxUIa>D2BsLO%CxrHxo6U!6pv$dxHZgD<8r{k3-%xdow~lA;5lm zht2sLJ-as#HxIlwIf`JH%J-j-d+mPMX*9#hiD4c=Ag{N9tnIE`F?o`%-P~~cM@_JO=Zs#a`wpB@_itulH6NP&en|RrQoy& z!yypv*VGA_@RUsEb-+^SmIZD5eDCPh+Cw12XTbe3uNt_i4XxU0*@pLEfry zk1aafH{3JRi-8qW`1W^z#86j@A8-PzMPd7R{bHCw!C^{(-%iBPY=*y4nh#}oe`94r zrMsM|XclKP_Uz6vNCAX;6$CMXLkl&3>iu*$?97LjJ2u3P=V zA+X~vU|e)xMs>o>FbA8{y(b{%H~w$(hpK1XewguYOyn&q|2=m^eg`a>I;kc&9whhE zlIe);Q4_j{cDSpj&*QSV1x>WaQlp6+o z?~YjN%hZ!<-rI0m=#&Hgb`c<200wp#9jUYErkXe{T!;k<)j-@DsLbz`H|-TQ%u&y9 zx3wLsFL>CcZ|0|GX6AGzqy=cHANIxg>!x>5PdWK(Z;a?q!s(mo0W~%mrU<{yZgJ}& zs!t8M@w;8nAz-6()TFn8;=gJ}*+?|t+u7(8)W;1CWk|S8_vI+g@gI$V=VfaZ*$;E7 zH}o3_qMLfnB>)BAPGZ2}K3F3sBqR|1h(6_wJC8wM?%gF|oj|(zBoH0&0<{jHSjKH{ zi;$drrE_Cr0}LK~G7f>x4w<0gfgytuV=!W%TPKdur4C96$UTlGn)&a}C7OM;sMH6) z^#|{!@Zs0kjw#P$HamCN(EZ9yU9U>J<9TZg_yCRo5NT?n>`xq0It8)D`uh5M idU_@%CVG0?hsW9yTkc-So#3F3N=ZQ-UUuL7<$nM+jv2=Q literal 52552 zcmdpeWmFtbyC(@m2o@wj@Ze5xhX}(!aEIU?+!-7a0t^npJ-EB;1b26LcW2OT^1tuy zhr8#V_wJtkvV9Irbxn75)#J~v`Wb&&X)xL=f>#I#2x#JBBJv0b&oU4Y5X)aa1$w&b zqj!K0WNR@sI|Kw=s>i=4;_{S7Kqsa>NY!4!%E%s~Yio$0U}<8lYiDn$i8nBhfIx;I zF7i>)DRFP!(@k+a>FVL~r}p=yP{!ZXt8L=ZUw?kB9}xz~P=uE-!5Re? zS@+$&jWKmZoU8G{ZIj)pi;&YdTf4*B&1Ba@UdV#oKy6j1(6yKx4yIg-$lBg?dA4*C zpTmx#r{}}c($b$lUa`sXb~qxwK7+LkT8aD!2w`6RMhy12viNV4U5XN)(g(DV@;mOu zvg&`4kYH&zY6)bn`*wSEj5XjaF7AI_zQ5KTLC(g(K}jBvmMH9be|5Y{>T#t@`Bcx% zGaasvk#YfM8Xy*>DRM)AE8@s3e3-CV$16?~g81~ieQ{M$shT!lUtf=kidyXm4rIi{ zRM*zl&iLF3CUv(z+Zt|e{)kz-v~p6`jVH;Npuq+IVYAw4My>e=JpThnIP@a@i`L;t$o@8nLmSeWsZHKot!x+cDD*mJf`c2 z$vczDK2q!&l$kZQMH%o*#ee!Cbuw2#IbXa0iXFrzUcIfg%N7=L*f`skk@j@UJH#Mo zGwQ?lYn9W|BJqbz-5>c0=Y)q`F1QwFXM^P;{S6~nAQO^JN93!{J=sr%WN`FB-W)jX z?D+v^Y#0GsE(if3hV-T6d9;iQ8`L5ttu8MeGiU-YKb@7*Fr{eBc_U-V&`s$ISbcdn z6RC*E?XNNbd$<|yPEMasNxYvjDpyig*0SxUN_Fb=BlVyqCv`uQgFvd&Xk!$$EMaLg zI%#m&@hkN#kjgL_T2`GE_Uey5Z}K`4FLJ}UyaH$*N^fNC^y|G6k{`q-U3QnRx@}56 zpCLZ+k1(I1z{8q!z2xaWgEPr^#CuyubaV22mp8vK%W?9EszOgKhW z)RNN_I{zgj1Yg^)UR3TZj-(B+U1{_G{{6duL=SyG@%H;oO*96&0JA=GhdQ4(?dJ$M z{DJe|Kyo1Ug1#r%WmLE00w%cW9MmmcKDT2R@vhyVvt}pO_}dmckDbwo9%>9!)I=Ve zPaAwV z-Xgte2oxdE6D`JBW6ZA82KU>8^8j z_2_5=qq7ic$WuzhpWaoWT<8;Uie6*TFgx{*N`iNa&Ci&s9 z_^->3QuTO3B6b=wo=32qL`O4f6~%!IsHN%oJ@0RG6|y@nE-wSS z+RE5gZ$idBcWyDbqJxMbMcltp(Il_0DcIV>KQ4&A-|R>HOX|czVuZDj!mIqI9}Pn9 zm2hc|e|wqx3S&Q|6W8FS@nDb|;lyUpNe?U3lxbWmONTvZ0w!bX`}ZdxIqIm)p>qAH zp|IOal>2DEfkY?m;OGX(r??usOC`_CYATcjgO&`*GBLyN8mk1o#0pV`;V$gkv+YmT zQjRB=-eJ2~^&si|v=|cr;g~i(@3wgs<)oBz{q!>Ij&ObL2D?MTO4j*7aDAlL z99v>wPy1ACiNRCvCWY8!bMPeU*{dRGQE8eh0;l>k!Jv#AxLM-?u`idlNTytgGrmtd z2oofi{NccWji|NaGjCbu(u>&o#_TiZ*{ds%TQ?>COhiWxsW(GsrwE&{p*YM+wuKnK z+|}8DDi=93b8|3-l!yqhUm)>9rmDMl)*HwC9(U`{XguM)W!<(rktY)g-h$1k`uC~Y zB>1;$*ttb?yzYDR1I2U0kj2|y`mioh-|xdYv_e*7*ooS)vdkTeAx2|sUhwG^4_Yl{ z_i`m>beesgS_jE7s>6@;^g4)&26#ZY!kPBfG?PI;&dar{5Rc017MFEyh$R9 zMdxN8+xrG07qgPxt}r$nam5Ar{!;M*5$#(FrGa1iu38W9LQltwl>3eg&qeMgJOud) zj80rLwI{J^m`XgLubGIn%*ehv1`Pe=zdAIMYp3L-+Yk97w#6cRy908V6mURtkyxvQ zQ|R|82bn2%+ox(yznqB6_6<@8@ppgh&f+&l3DB z!1aF24P9J@0k$RQ@M@S-<;jll=AJ47jxWU9bNMoj)bFX#`XF?gyEEBXOx2}Iy~&Wt zOes1ur#70;U2x-+na&uIq1HY+2Cc6$*Ik(#uGf~8VR!m12=Gi@rmhq)!}psbJg-VG za7cvbhJ`B4TQ-ZEzF5K3zmlfNbLmR#u6C50{?sayXsWOVX6OllxO8)Qnyq6%DhSo= zOydp&=x+G6iyuZ>kUW#Va;5fv_)auO5dW$p=GdZG;KUanFCqhLc7wo}Z_trmkOluph%78xVI* zJ3Qn86=f2CeR5(^xAooLDuLm;`(;0@f^y)0RfWgqF62&$+Bp!{E>=I-Dhuj%o%gFr znD+3wuZV%9csJ2yc2S}QUc&w=#$ckbu=Viq>gN5?^3v6@;pV_O2Krfym_IqV&bNnp zR>)n+zdt%h^;T08SXhd>tLAMA$^8Z5b9OrNddG^z@;x)sWT6E6{wOI=JRX;`Wh-H8 z^?7n*2M2@Gn9Boalfm9_DmpoDl*-9FwUu#?n)JJ5L+#NUv(sv2p@+VSgbkJ<^<{oS zQmOcewtBC)V~#}Rh?wL!QUb4xG}3{Z*wF}kMh>qZP(?FmkFYK|3!RhBRP$l8pcQSs zUmsRZlb1il#x6lOn#R@}1qFK#?>2m;Le03a!=onAbJ)PzV_eaYfNaD9Sj)~!pVFn0CbIyX9OB(LNt|`PU0lml~V#>KQI!%taUl*7i`4w^%e^MArKt zs+lnf7RKU+r9GO>hnq#uyO~};Pu}5+uj^}zS{|i^X}7B=5-dcr=H#ny;&>tj=*A}x z>u%N?T|*opoj7N{4jA(egC}QfCT*WX&7BV73IWN$3*WFRjI>6gRJt!JGOoJo{jLp5 za;jX=krff*alc3fbG1F3PYtJY_iG5i-8Gl zf`u0pe-O*@BiqAZm)aOjXDtszyB>#k$5h`Xs6*ofmeWqX*PA2C7X&$(&utqEE#(}f zr0i)>FsB#cE)bQ;#{BrY`Z~Rdhud)#P?ouWUomT@`47GgkY>@vtH*23Zkg*vrE^Nl zwh!~nOi326a$xm0wZ>ID?U;`H-vG<-G1y;Z%+o~IATJz4I^`~q>RcS-lqGu1^S5wY z*1A8_{zDUg^Tv(P>P)#vY1o(okKSCf5GkgWb2=8_&$San=I`dZFo{B~+|IJ#C@a~6vGQEY z9SL}DPS<;W*@Hr7UB0|2aj6~rLZ}d9*@ud6;*IfL02d3HosDK;bAY0=vIagho=*d6 z9d{b{7T{!w7)?mYH*t3dseX(Z7^#|VMg60gkZ2^Vp&Aa~4@{B*mg2#6x7>M_LKdfQ zqD7qb?8g%X1RuRyZ(145yhx+YE|-;da=g(~!njNc|Lfvpv4+*?XWWMFX8{|LB+0dnSLEn5|ghS9(Xt(Cd1V2Jo`-h7r&}$Dqz1gPjl>tZew9tbixipeoBnR zwi7;-3%mH#R!-)&imqI~*$=5d2uYS&1ryg(s?h}QU2mM!le!puCOGx~05S_F>0wfe z#Mhyp`?Z}q=k<-(#qL$m(CrpK=Z;Uoj&S2-W&F;0q)Txs)6xQ`N}vc)nNzMXU~pEj=w?6rWoyB?LNFz`BjdCMR+5Eu05!)uX_p(6@5^0N9>h4#dEWR&%4lx@!(=_zd0Ek z6igTtXB~r!5G33)Te((XHED7e(Qa%&jpB3!yyocY;`=FS^CMM%7cg4Cm*8}{JLULjYB8`>TuqN4Y} zPkqbjPGZihArOb$CqA3W)7M@TWZ?%zMSifm5B75hfHpcp?zC9?=?t+q+>AOTT(y*0 zuCMUwbF6esoYM;H^UVP7?Xu02pKlcp`#{`X20L}|REZ(D@A4)+_~v;ZS15cn9C}*L zA4r$x0$bwz4e$Npe`8FK>oI`9n6*@$H=S3E^h!&41H3Nm61%C<3Fg!DC@Cp$dp^L| zXqHX}q+G9I;oz-;OLI^%%!cSBVWx-{)zwd4U#k2;^8IbdqdCY$%XWL|F zPrK0*yxo716)nY+7om=WhwWj>{SF%!bMXzLSVDJt^?PU!sWYy&rU6e|7XEHZK_@?( zb6ENIi-cELKSu&<4I~KqmHUD+kQcxS_My32MRm;~SBhh~qMgAp6o;rVxvHDX&z-JO zKpPFM+m$AARj|hj9qn!><}>VOKP;^aOtbEN83kzPp6cwCzkZOxRbQ%61qjzZu#_>9w|RgI43f;0GpUvs z>m!KKKG-_g36ONDyQ)%8i+D63`DUhRH=zRM``TIy^)wsj6~hM&#M_aP2L;Tf~-*1w(xGWVni)A3Z88bYI1B#FhrtcnHUK!0Dgm*$A#lQ zxSSp^HGn@51O$rwFt-s1UBcz)?aYcFgP3aO8gY^2=?j*?=rP!h<~@6vi7HV zF{F(@+Ra24@UwtUhDf^&|GGxoC8-0xHu7A^jQb8NfZf53t2XRR_)}2WpIu2N=qhESscyhwp-Dq?o|1^w( zI`>CfTpk~rE*wYs$)GfI7JkJoeEf!t{`zCsrzE{bJWqmd-KqioqSb_Hdi7OfrU*`K zt4!ynv!_VMlMA~GlaG18LUQuY`Y2#Qg@bpe4hIi!B0@Ig4371riMEG?96@n%cI}gg z*ZCQ8L1?@8%k6mg@S*TX)}LL!8TVawvlh9x+>dliq>b&a2KHjuVo3#Hf9vE-I&?BEpCDzO~Wl9#|5; zQI3yZY@Yn%l3q85tb8hIRm6%Z+>pb+RZJl}j(l#9PlTsWnG=3CBO%FN6izl3KF`1# ztm6lz4bUrJKYGrFwI^nXFJV8zZq>9m&CPtb4GA@OTiZ{0(A`sopDF2g1VsS}HpYTN zQB$`~`_6e!%0z>b%G%xGRzdj$QOi6{lLV! zVoR%7Zu_%~>hA(PZ#uQDoG+?jZ%d{PuEz~k?&cSx8O`OXC3`5bjb{S!SDyr?Wm6Ex$#r3(*d)70|$_@^tPF#N=ysNnb_M>e!(m@4dJ$!8@l!`pe8zI)I6 zozMr9{+is;p6EiA`>hknQ6$DZ)vv#A->VX&uYG3=cH$L%vs&p_$r4*InMRFDzQrnY z=puX46)q`66uK?Smxf7Q)F=c;DD*ynVs1 z7^Cez>`U62O%l5Cq*fMZQYo3CEsZuJqt6b<$kq1)=JLwN5F7z{_8xx7pID~k;@=05h`9~xf6RZo?Pm0Xprx2PhO{L&L*;*P@C#GEEROBtc0vp}MNBLk@U}kEU%_);&uYa{*nW0)#nXG2dl+c`z+~2Q8c`UI z&!fonXFJ8-F4-nhDFUT@0m+q(mAC%U`d+}0wo8Ay?3@+V-RXrSB@u!?_fuwVL%5w5 zT0z>-cMCurM1qx@6#)a=>=okDm$Y!UIaCnZDqAkI9yJ*H(3f@jks}4qKb!>ZxvQW- z@(ZQr&2L=>F58K?;o*@{H7GKtGQ-_FndWXz5_vQXndc}<#-fMZGR^2ZV`Ueo+9T-_ z*JMI2$;9BnaB_7hWUJdCvh3X8N)7$FoL)QCBE$?(T7y(s)NJHP zw~K&avqMg8v0}oZ0GRKrOeKsgrg>WF6m##l^9N>}b_Y%u(Y7}}PlXPw>BEiFcMwaQ zh5EKwbO6{F=#ZVm4uPWYpof)V-m~(`UD_NfoK8IH$jn()?n0xzqVoYGF ze|jgafI;j8Z72k4vT;J2#wO`Nd-IK*FLY++m&X<>V2Rf;IXn-4@fQxUzebN~N2^tfxep3o{O|OyUMlgnhQlex6QWl|w3zmbPuk@{!8iV9QYQds{~IXk6Y%R&_n& z3;u8TVJI3Zab2zD8(WD9-o02Ln%%|0SU3vn8#`wMIfCqZXcHC(JPH+?Z7?G!J{+CZ z5piRa)>Z|BQmA9De=%I=LC0}e(Xofm%_B{=`iMUl5i z{OFdNRpz_R4STOZj8>E4hX<7!VUI)TsOe)rz?UWr)i2svlB;cJPo}2_C4sLm4+U^j zY8Fmz{ptMjoC9H{Zn_|XT>B|f&6sQ7IC+%!x9ah=GRE0f8vHBPoVe@1?#Er#wJtCo z2c-?7Yz~?3t+r5S{xunzd&B3r$i?p>-1uUFCky7XAo7E$@dZS#<1*@O(Q2O+FDxWKH9~nDEKFbg2l2HF#LC@tvq_&^p3`cbJ9@B4tW03q zQCCSxsdIs6sNR|<#QF%#9}1j92+4!3tkoh&mXGC5UJ1V{+Z}k|5DZJT5Xyia0k%*BCy5&B!R;R-Dji=2# z*XEzlF>JgjcKw)-6Bv&>qX@5A`gs9fG+qY=f&=4!{C@fY3qi#9930rnID3UGw|YA zI}4>XoHG)qRn_rIyRv&a!EGDjS-5ZG!LY?FiDs?pg@sze9d@2W^VYiQBB5aG?tt979#r zxM`U8b!2?Z7D|(Z`S2_Aa|UN#xZmXAF5)hHo)?(jL@DI8%DirOZvQkXz>C|rzS*-d zFSCydLf|;nUwV%nGu{x@i>IupNGY%oM2vE=lcCMJIg@9NeDR#!-+^e>`Js%q726M= zr^wj>#aQL%^{`?v)YH(f<5_w_exBJTYBAw}nqnXAe(xh25W)~m(Db*_Nb>702*WY{ zyotIP@&hHUw@Tnn^tRlNT)CNPhqOIaZK!5Y)!T)H9}j1>jdd~PVJisRT^$#P=?zpW@&CQqeW<#4 zX9hfaFp0^WeRSYh-1rcTbTgi+z@rx9Xp-&u4@GUs_Ide7I9%a%7S-n@0!Qf~AxZrF z_8WRR0K>)yLguUclkJv*^-p&ul)9Rij&L#wtPHz*kGzIFTp`7cp4p9Mu3SjaW3AEa%e$sf;3fkI(_a@LzO%pBJ8SHcw`_IMscH$VG*TAOweTlu8TH^`ie}j>*y#F=T~Xo8=IqXFOdy<3#1j^eg(E$YsX4Q)`TX(G zUPNLnQ>7)Ae`R8d0W1EGp4Pl@KO0~~{&^Rm<<;GKs|#P1Kqdd#C88Bk#1;t_MW16o zf0f;4Q(k*@Fw`OE^qu)M!9x2?C9-i*K~6=l&|y?)Ale6B3UDWFJo@L}P; zE(7xJUi#ow&a}&=gF=~o0WPcclWG5vM@1NKa<2_=z~?QpHYYRnjU~#ntAQSrEIEt&GsraCjIXCDy2Mt1|MiN4LAM z2+TiNEHh8xTX`q0M#Z;aPc-{BSs~4IVFg_66EQ6Hk0?qF=Z_?I_%36i6HC{BKc8r$eLTlH!4ueXsc*qZ)7b30hbu%EbppYeN&F5uH3`roz= z9TM=$1aNp|1}Qyon~Y?%Y#{#aAY=GHeA0jA1v5qDBL8D02xMme4<7K}^Tq$wRR67! zKFQ(y&oIFEUyS?Tj{1FN-7LSjxY+9S4Ie3fRL!l9E_Ho_H*x;%?yd?1Nny6n0L)78 zmgm_{H`79S2E-=IdDsYQMuH%UufB!ahU{2id2&Sos&X}q4{Iy}0* zvvK8c3XDrbAI3YYw6OG_I}^=|4$8^IWEnqU1?6^VhLNwBf18h-po)_kD9FU&Yx_YI z#Xfk$PN|Mp^6o31>IDR6CQ!L$px}V^^2EjQ43ZGzi;PfURR9H0v^RW&$BEL_t(Y&J z?zChAxpgMMx8#wlKh7%)m4#1vlBADs?iQl6J`5yVYX&FG5ZZ-XAAo+~I81i&)2tmO z*!CjBk9#6hdZt$7I@$Jh4%LKuJuTOM6$Gh_0J77h!&wfB+f^obZ*=86OlhD zo;*C~ct&|1$l=pFI5{!4@&+?|mbeZ+GLtS25|ZRilE(BT+1dNzH@lCEiHy|X;d!MI zz(a3W)teYd^b-nAKT;9JHJkihJjwz%8ZKs95~CO7yIR-JKe0N~!}LGsc;CQt=8#(dZt1+M zMcwdHf}%Vo@Pv&q`x)Wh)bcsl{R!4tC1<6RU;@8Jf=1K06p80mzF;Nv6AY9|Ag-8> zx>{X%NO0U}?#7qOJ_!huJO+4-W2{`OE24B$3NxIByDONS{A3Q-d9TLpQZ{F_&Dt}# zcdeVHH+b|D15~Ut@MHkbU=uCXK9RfYIkJ_lMp1)v&8*Ku*xaR_`5@*4gKe*jNKtre zb?B{{**etK3S*sJWdGPkjg~KcW50>IR>Ht0pQuUn0NYs-ZC#}9djku`ZGt@!9%k;% z5A&LjubAv9#8&63u5pWnhbZ(Wn=nQ6iVBBbmGMZ$h?r#;h4!WolJvUjH+^{$X z4`jB{;PU#|)&~0iz?mcb1c_XC;u+-I>g%!*P%-#w*0e%hM(#XerEg z)F%vafL;mKyE!bMomELK^oT&-K~29D^#{1NJG@m`osGVtKls!}R{qyVdUeTLqBDyl}$~b7-i*phy#&ZoM zgj$_zUj97?i8=C>`9lmitpKzm_(L2wid<2GNAyPHEcBr+K6rL&o{WQ$#57QK8UsWi+##+`92k<|Y9IW(0Jf zlPuCrGSd&n>KE|_65@U1e^S7-SwlGP*Z|4V#)LtkbCvSwR`_qXYb1Ay!s9yE7nI>~ zT~ge=?lJz*zS|#jW(GLj?`qdUyo|PsDj5fCyti3%mjO`d>GNFdaPIZm%k_F;Ow8It z>iMYAv#i@IksO#fAam@<&%k^ky?tf|8-^pt*lLO5*VAw6l8K_yAQV4i_~+63(JVKQ z?ntA=(&9g4j4b0|9)_T6%ZjvVRp&MW$FSiM?x-5mM~@Tn;5Cu?Fh`Zb+5HeVKcc2U zP<1Q^2F<+wSdk2ed?15T1oGq%Ki`jK>yb3;_Pk+ypJ=cz13vQ$3Q$r_=Bd5t*S=`Y zV`K3`m-+tw@aJGG^MnStvY7)i5}50Scxa0vB$yyVNHENX7uNSeC;|-*=Cq|EY&y+mzP;ZI)X6!?Nl=( zZ^OIWQ>qi`d?F#t>-}OF8L@D9=U0%(8bPgDd>6-jl+vZp>-%jsM12e9h)(4I1%qp3 zz!cfTSjPRIT99oem=@x^G;@7qy0 ze2Tqp!_Ry7BLq{s%Rh%yiBG-3Lq;OPxGfR)xm9WG_>U$^IGxuPcx{ z=cMlgeQi%TU^SgYjQUz%G7HA__zuzxOTDef<>UdBCOa1-($<(Uz>I}j_<9l_WJOEf zr0LuH&ROop{%aj3ll~Cqx05Tx=HEe#eX<4mMZHv($9c8EijBv!J9FN{biVPwq_s;d zYk0+6aKsPw6ov%d3IpF&f|IUL7*lH$6yh?X*%|LM{O(I&h2r~fO(%+;`LhgkY0@p% z+qON+I?YMH#K*ecp~dl?^k^9N$f94_BuD7-A%E$3mQz^@4chxmo90oQejICRU3n&= zhxGC7{TCh==bU|ZcQ1j(XZb>DE|)h1o6m14^oUn3ImTT@GYAxX<7Y)jB|0;cqe!&> zFi2OcH!R#W)vkmhcjNqFoUZ-oaSt*xAfKR~bMxyTuY z_Nm^G7OzW|1jO!!{G28jg^{Y;tQOU|QS0sS_wJuTV}mo?&;yDueG?REN0ywZ#r1{j z$$Qf;R`Csnsk4>j~CO|Q<*VevORL7T_P$ZKh*Ftr^;z=|!Hf#}B_6}{4s z)?c-)Fy$Gr8*jMN?6>3XoX|ht?`}YCtdMYurE|ccONNOgUoGOrQFAYlaWA|+*gMJ+ zfJDq?-oqaiE;pngsUz{X-&!=@X9W*M7&lwkJKHs)J3{(?WckXj9L z=9p`=q!}8C%~#cv7N!nxw|Yl=m&Rn=Vw!c`{$?H7Jx3MI^!y@L4!(u@N9W0f>0Pbb z0q<_w>b%eynjEEwiV_tr|3)hPyfa4*V@gUzuXH6#@wI=R@aU^4LMA^VE$N-?Ld=vU zEHFRn{L|%cokqvtos$f(Zc9D2R$6OlJ^q<;h-3-fPDZ>bgsdN>&&`)&a3cao+;v8*M&~vJ~J;!>FtLY_ElR!6^ZZ$t8 zTL#;PE5>OrsM+_q0tQAedI-@VDFOYCziG_)H0rG$B$pmU&zYbeY>~d5rC-f2a;sIW zJ!hx6!{XtYIym~SHdD!R8Y{l!b5=JK;G2k?W!A9b=*T-WU83iBBrFrD$U8a;gVsE? zfe_jlpymqETZUs8IWajq3pS?n-Z~|NG3Y##Jp7*SuoqF?;P|q&(~{an#i=B{&>}_# z5Lm9tYOWfJ)(ncVe3>MX4?l=4@>Pm01HZNcq30Nfz#l>T1QFAawYN}BCN+-}QzxzD zp{I*QS<%ta#5SwL=k$_5)N+dNu=B(&DpuE&s<3IbBb}Ad*CRdR3oj*8BI?&VS;VCf z>j1vfp9k*<>z{oZeRFjezCpGvhttj(wsf@0@_asO-ys-tI*@=ecb#q1{F{Y^^^WE) zwa(GXSkuQKp&g!R4lXWB`Rs2d$o)I1u)@qo8RnLpEvI-~1&m-Jq=jgg;u-D{mR4+Xu^OMK9LH&`>b8B8V;A)u#MEkAU+SNsGW?daQ-Wrh`goHX zfY(}9z`f4=lf-Gd@SI@iUbPE~z3Mz>po>G-~9(V$h#P1Y~5*DPK9Ga1=W z|IISVNrK7?qO_*M60RNo`Y!96Yw7CQcRQ{eE#B#93wp!(Od|s_sX;sf$T6G0_*~7U zwnlQ_dw=yyuYFIKxM_f$v(u#Oa2_ zT7ouAcx)$Z(%VJ0Q~QpSdABw2d#m$qna_Q3O zVZ+T)JYsggT1{MQoMb=7!u^SqXDTPEU_Q+ZY|;!;>L=ANb6UdIJs; z0>aQm8@5beENg4UU!+O&Ro)@zO8z$heEn(SR|+6LZ7&`3yq{r(Jfc53_of4r$p=T;{~fONpKp5A z{GY(D|LcpW$kS-Qq?Z4K&4tl%wtf6}rvKlZ$po4s690^HwF44L653xXg=y=f)Sl`* zroY0b-|K4|hoi&;njW*|_%AYlb}#E(3EGp@sDuCFM`E9Mv-n)co_h9u9msj}_x=yk zI2=>&$jSf49;pZ)3=JQAe!GSlfSZA?tiay7$_z zcRe8B$Bh^H!-cu4-c32uHqTDlE*9*{bjM&N1wy#<;Rd&gc2TvJ1_%sV0L}K zb#@IBal2_GKcEVBU`FN&+`~im<*u3qxwIsJ3Td#8s+=J9jJCBLSVXv-NFDE1Fp#{z zzI}PkclUS)bBrRFy^CNsx)Q~79SBXjxO4S5uqI|~8nk!3TZ4b|7c%y;@xgEu>7Ukh z6Gid-P2;j6SD!CUe2_YfK@Mc-Jj6TZWI(Ry@k5SIw4;%-$BW>-O~(5{sAw6G;*PFj zIPAW!F#AijFetKbDUXKk_NC6tYd4{k3p1mAM=)*lJ95D%u<$WHF4u+?OG_&&D@PhN z?nK+V?!5WWBDcw!O*oK$M2{nuYzi|S$gPhd2PZ%LIhtQw0eI%z z5{{L@LfBgU-%SYwmp;6`lF33->wv}CkrBF(pGkxo!G&m+$5jo*iwI>;9g~{SZ*Cef+S5(*s@L(H{?<n@*Ds9}TA4e;7anwh#ZZI{%j1{(obd^ih)j z%KV1`G&HohWl&;O$tPnZT<|~CD3Fwk1d231ZIX+~0p&DbzI=f~$g=S}{z|K|kuN$i zt7I&dD(WK@-}@|{(PBVots2eFT%m(}k!YSK`L&eUaZeFczavwiQ1@Xm{)N%Aj;#F@ zH8{@Z$~?SxA7H}x50~{F4K+W6{s7D=eH`42uHn4M;!Zn}z3KkpGG^1mCP)m}hWC2@ zKlkAOnSxI210wv&+%!QlnQS1pwj1p=*ZcQjJCdYa2^M>*LZ>0}iC2s~p7#yc_Zh&d zyx!zkB?I-MjEDN4afcP3q)WLJiXV#CTGijKsPehqYD5WCDbh1b8>^F*Ha9m%(8wh7 z$F%4SLXTHFwcU=}fj79iU5a#Uk@(rtXalaVRJVc5c9j98i$Fo7RI&j42MV*8{wcsgpuEvQM+f*e9Su9u z=w~Mwq4qPHcfr!9rv;lp+3ldfX;3rsT?fMxhvX2&8+#EAcepkA2i)9A>zP&AF&)yv zWm=IE3W_;)1Y19X=W5M9NUDQo#f`Wxk+j^;l_(e#kP+~cUOM9B4+NiX7Eh5t@7=E^ zKWuiqIR$FZfWq5=V7XlprWBZ-zVQcpgBo6hKQ2#`X1R-0Sv~c$CrH!dg9kWppNfIB zwNnT-oX*EpWReBcw)POb#NTjDEt}<&ruN6^{%8&vUl#cRY^wm9D(r(9{>07`>E}69 zwZ{XMwwWoF(WW3?Co25HjGK=Mo`fHOV(uc{QP?)Ty|>S`EECTr7rX*V=6Y z(#uQ8&ua08Af=RXth=b=;zAVjxN`i^8Z|p5fy|q?;i7ef$SMqfI*5W;S z{ct|$`zkzqhErxT0I3RgQXu+=%DTYy8Vv)ORh!K`+GxtTV^MA)XVd#Zzo$4bb*skn z33V$bd*+chd#dvzYO^y<-OP{s9h{ZZvxJ(++~NzAaaEi_c-^J|-a5JwLbT3rEDf8y zOV*Hg7gtMV|K)zy=vRN;W85F7MnAGR>98fMvYi-z@@ex`9Gz1MMRIYW$Ad=Y2nw+K z_KMNO%HAL7fTe%r1A+ve`Tm44KGrR>*}0YTK%RNDe1iRYAQ~bckthB3ZC-H_J4t%h zNX7sNa=x(~BX20_++0`Aa|^&OO~5)g0sJcFp7-0C--97S>Wv5RY%}8T1Hq63%xb7u z_QWRu@?LIs7>9KD^7A#iW@!(Mr@`{V( z?iWNW=K-lSQ-6x8#usw>g61^zu<(v63oVbYK|tiDHNI75MxExqC--Ce!Lj~d?*b6# zCkO!e-fU7j&*7Vc^2OROwR#;xZ%8Bicnl`Ov%jZ<*8+wHL-I^{<7Yl0qyw?&VS#3* za<=1S+J>(t7S6Uw{vykP7eqvfIJJt*?lRPz2kRg!tT5FG8@m$-3mio^nVF-lL=9u6 z_J7?{eQ4k6i(|*`HTwb*$*5>3%PIqZB7Q$`W>0*u%TEFH8~L`7-nnaPYPuVXP)Dmw zj44LumHuMS9GRqvDmPN@I$ETdZQI)A8{#gNzjh&~yL8AUW~)OdDoW%mPpc5-3cr#X z`-u)YPr?lMU+3iH9Kntf3$`cbQ%LPFzpg_Ea6;fZj>%^x^hWNsBTM^{poE!O^#tMt z;?xlH1oe!nN?=#P!QUx5zPY~~#~pM=Cfx+b zi3TT?H+F54It1?hdTg;Vm%-Rlq5GSZVH8nCtWJ)Dzz4y`=H>*$e z6Y~61`c1*r)z#jJJfV~3z|0JpCw}&`gd_Y6YncCH`IikxbyanBu`QH)9qavCK(6v;nd@&j*G)B+ zBp=#(;_Np1a_RPWm0tWlyL5CAZ!h2ldgu=ikwcxr+3&C!i~!A)n^~M4AJ-_g`O6XBc@${nGJDQ0n=MDIZG@*UZ*!V2=dJJ;~#84%jl7(hS}&476`jJ=?$J zBLsrVI$X}5`4Lx0r;OHT&^Z0YRio@NcE{l5I$M}K=1 z@GkE62iw=P_=^pW{inNYQRfgg6S~*MWo0Al1ah33uKSh14@FGRdYk0SuD-=aHZ<~& zkE^3PkaZdO8Z&I%bTpc3R>c1+?r3Ai|Aq=5HIF#5b&<4#D$RAzhDw2Zl8N_h21BB{ zfxE&M^gyg&S4)V{^+HA8%&u_nn|$^jesWcdAf%=V4M_ndEunyO?3><7*~}Q0H3y4r zuAo4}jXU{A?d(|L30>WF&T`Y9%*!x7L$EgGC(IDcNPt1ScA|iGr5QyNyrN@bNx}b0 z%T}tPSq>{clynAxa-osRijm-Z5}HWc?KXexRpk+J5wi&Pk;O$8`LC=%9i|lJ%<$qQ zP5S!@xhq}9w`iqye7?f$Q`nR%(A!~42vl4sjK3&W=*+thsqn*T^@2-245lpt{KN{^By3!26R0kKnX(i0m+ zB~s^!(YLR|KV(B>z6lokP$+!8UYfV19C=8eXe4X+E(UlW{&FoGw z(}WjQ#rPiUg##RSf4(UzE91rirTw>XLqqDMk^B;+Z-8z90C8y7j+0@3+kR1pRKh3s zAZ{9bpNOj|g}WVADes4)eHo8?Ja71vk_$k%NAvbSxclm$xSFrciSiN>2o52TWPsrA zo)DY>!Civ8TLz8b7Th7YLvS4+xVsM$Ja}+twjuBP`@Y?8Ypb?ue_LBS|0LYG)3>{C z-_z$j&vVXg)Qlej)?R#I9CNJ~7>fe`Ew(KGV1Xq?CABwtQh_sU<6A%}@y3nE(VRZa zop`kmmm8%TtQn%UURgCQS$RSdWJ*d=US3h1VPC?vDacJAI9~O`rjX80V55K*d|(cw zkWlx-P*Yo4H|xYY+tmx;n9rSlsxl*nmYXFt)VgdX0)JF{C-V2f z(>S!nF#jhJaG12h zR;UBUP{AEvd3ALjhxHMY;mqE64u)eFnl5TqY8K$17#th8?)rr|hwFTjpxG@JMV9M% z1g~s9#taR^uU9`CMY3zV@IBokvCP_b&46iUn=sWsZlu(W_RKO+u8P9|aKU_|w-eIZ zE&fA$^`~-gk$3{svm=)`aN%pAfV+om3wK|lEAlct>Y-CaS8P&Yl66%Yc#3;k{B~^u zRW9A!cJ&k_y1O&7C|Kd5+WJqv;_U0uhF;A!Hy4$R1{!96))6tuPy5}hvM{+3Ri#`x zG7cP^Z6RWfEr+}~1Um;nJrcIP$3&uivk`@s#xtxJQIx<8y+N#Go<(IJ_WY2oU0H*h zrAFUfszEuXcksQ-%`rPk45RU1X_{hlNqdGxESWr8%lf)$epzySgg)r%&1&1JS(-}# ztxBbnRKad9_9oh^4p6h_dY{V`SaP=#R`8libL2=Mw5f^bm?V#Z<9AKzVOQ2Fv7vb5 z=jWCN7)wt_oB$JE@F*`nE)3rx(_C{WvW|}q89vo!N9zXL>6nW$y~wW?T=0U3gbYxI zoZ&V2awa|sm6)JAAI*?<+JBi?@v>%K>?r}IikWdyfR%3QDc|~>$V>S(Yi?rU#~WYw zSNno!N>^|)Qg)xC)b#mwwD_e&=Nn5`%4(@j0_X8n$XnVX+EHI%C`U%@9f-LHNY~>P z0(}T2XsEj|d}iCQl6^%CC1^}d`yLi4%F9wiW&I-jr^NLaeg!)CT7cNZKb2Oa>iYl} zm4s1$Qm^Hwk6T3J0=28YH(vY?wsQ0t(D~1(*e`Lo(K?c2F*^DiF2yC{T|q$N!vWHE zH>7Yqn_z1h(e8(N+BpK+Zil15G@1=bJ*;@yfG%+vzBdrPbR-}}p*M$o_TgkM<5KJN zZCCP?o|X*%)Y4*N>F3X?1n3{m;6K-x&&el=!pwfVd;{y=}l^TEVk<1 z&hOv9-xf^lGUG6g%gxgfSX5Box&e#~?I(9)IY+;lbi0t(^4jAc3+w$NOGOr^)1kUu z?`f~mm@?o#XnR~9f^06CqK2!p0EYUifyvGX%6jLy;U*J|#POHrpw z*3x>nJfhW4elJ0pUzxlwXKm@Rn9k-z@nU<300`U%2Hxd{2cn~+C-J+%KiL(H^`8?CQW`0R{tdwS zzeKM873c4o5Htckg?Rd%2z(9c&#dTNLS0CRi=T$PQUfr{53oPr3d`bT3=rPZxyK&g zYgigY%rjFjdvm4lFZ2)8whJj0o(_N-(SZ_wTl*-a2GwFs{eixEoB})%yET2i_ zB%gDU+D6bb6pC@>LB65^Oo^G1QRidDV^35nfAC*MQ2GL3R!T~=1rs3ZZVP#qY|myl z%Z6h+NZ6azgZy~05Cd9Mq8Fo(+(``6L}@|ZT2zI^+y?kgIwgq9g#Dk~uU5htpO`E) zO8&4C3m_pv)yXfS`c1U0G)IDcg{hp4PZOE{GvEVxXASxxhtvDQ6Ds`Zvj&a7*=G5; z7TVq0MfGR7p^;L~LN9yd>U0^FHmUvZEJfUUC3lzSL9X4o|9{{-h&zPjxD)ldSN;!& zK|rYptQ@J7s!;{@&c=qkKp*^UJr4jSJ&t?Ap9Sf;6PO{CRf2t!0OGOQ4c1r!8dC+M ze!(W5r>bHd<4O%4mM&>D!xz8)GS@CXiX=*!J1=`fHUI!09uB1~P5F3BV2osTG~;?V zZ!y;XVM_M$0MU>;Xi&HCugE?}z;UciDc*bi6_8y@KF?k6E4wY-urO*Ozgb%{03{Hh z?!6%5%T8bmsK%M7zf!GUJcXB|qnc~mthV(%RAYYh2jo%maKAhpzXm1(!vpCIo$R*N z&Spe-?uG8?h4%| zT6HmaeVoK6DwN5fa$GjWd7qo3P@6|rb|kF!nMUczi$rk7jLZ0lX~A^0P3sgmQUC0d z14dzv1J3rhkAsVgAp)}v9t|tWD}9MXAEbNVr7NPJakE#NZ;KVtmjgDmNKybB_)^-M zKc1o6PvL04W{HejFvlyZT|C_wactd1mO3>Q2PHUtTJ;E1x6hlb2PN@*l%ysV(zH2u z4U4PmyG)I77KEod1I!Hx?k%wTzOlZ~%XtSa_?1q_?B^YrQ{cWK9eUKy$7pv^`Uw~< z|6*`Rv%Zi26GDWdx9&ZVIzaHe^r#n2R98dYREYRh+_$wTs@e|>{^=)KC!$#7VHrEC zkqRD3tIDmpS-I}6>+_`nd-GXQ5BI6};XrNwkYuS%z-PoT%yCbZqz(Jvht!a$<5iD2 zFS(z+mVAQGZn#$MeO6SdjaXttR$YBElil#Uew}Uv#`pB}@unFote4sEe-sDJnbB6n zN{K*2#mHjmCZJGVLsIconcA;``n~i4kJNJ4a3b=H#!hN2Vp;Hqw6B)7IOeFii;}Wa z5Qnra=cx@>pvYU@e%r#i(;T(G@8N8`Q>8X+^)m*)^J>OcZ4una@A_D4>>lZd^T-wS zutYTcxtdz|NgGNzRdtF}=G~udJIBZc{DzZn%?$3lXbp1$2kSUeX!j(?f_){;3=K&q z&AVAyi2PP1bkh@#MtjDHl#9_0mxGzv;PLG`jK=BQMrDy}7Z%_|!5>s~v1~JFvzsv! z^$D6{FH0x&$-W+)%1k{RLDPAExOyeY7N=&}(30tiYDe zjn9y0T<5WvfltAb%-=Durfz@NW$F&kX+HX*&E-$t-=T@bwcjm&`N53P$?LEpQ%#Po zVtM$RD$pjGc9wi>-`4av2wVhv2y^Zh&upCW>y#DZzveQ0u~p2m^Yg5M>P?^qZx|bb zVdK(lZPz3|o(^TgRKb?0-L+z)9EDM~jc)QiJ~Nf7`0DI~h?d>>`ko*G@)i6Lq3p-8oNc5jL!>Nouy znzf5p+HDcE4j<@}`#HvkRN$r7Eb%2HLiOw!?mi=`zOg~8rpl?fovnz9ISZMjmPrjf zpMsOI0`*F*>e|cojY__wx8wFzh2xe#Sg24P&L{eZ$aa?Y1p?a_KF2SGY|?J2^tI+n zqZN(D?~%}zcFzyOUhvE&Uc3wLw6xP?6DoII|TuD*NqR_;-xg2$dS8 zu{pQ4{DczY$U##WUN?pPAoi&m#%Nmi8Kk^wPJoli@(CSEOlr37WV?wpZ0pwB7#m4P z%K6c8^M^;?YN$7 zx({-21nJmMsxsH52l$#{PrVKxKR7}JS(+Ym`&XoMq^iA(SF?4an#Rg?f&BQ&{!4Q9 zu$IPRjq>blecLO#rNScX-0Jc$Ay_c(II`kt!CdcX)mA4qS9tfrfY&xB97Vt$9u|}= zN3SJdbH;lxhB1Ej!Zf~BZt<_6<>BttpNpE1S{`xLl4oL?ZjA) z*<`Q0{7v-J-}wWzs}BkFg^>rz+c!c^p8^kW5Ld1NBgLmg@N71dek$OwnW(kW9E zgA;WQOUjPP z)~DIM#|#}vO#ZU%tFi+>>Wbfi5A)+U#-46FHJtA!BQJjbd?iG$U4N0d<7!m3>=c~7 zJho6?ZrJCh7mcNuVG#@_ySSp_sb+}LgQ+f?%5Rln<)r?SkT;7Z4#g_mp}qPG)p89V z_k)ijQ?rMXB(^8QDIVFJM7O>#@fXfHoKV(wU28*#>`EJNx;#!=f3&qy^w8&k@R%i( zr+O3>W3i2~2L^3m6@Qk1!e0_<+pv9LzI?w{fvt!!Fw^0;cV$2ByhiZW?0EkDf>mMb zM!{f8HOd$SYxL+8%lNBcO-TkGC2<(vnf>O)tP2F&AmUC$4O3~3E@h&2UJ!*Iu~fyU zA49PBs%SJb_#3*fAKg#O+miCd3wtz-gGxuE8O4Q=mdw4_+p2AFJt8(rN8hj#xL9hF z%=IPTtCtP*7R*)bfnRnm5anhw)RPr0&ARONSt#Z&sB`(va>eQ5&bjPwGk6^QNQ4y= zqlpT*?MGs0=NfS0_1nio%J$DM=dO+_J&sC~{W`!y-=|v^%zmfLknWNPq3Vculm@cLTBn1m zg^95ygFaln`WAztn*@*6Ff75_iBtK@6^s}GFH)6?I112__q&5XqyT1Dz5i}V=mzI& zI?*z6zH-Z{`7`(L7Lp?wi(BVf*K<6rrN^ZU9*)cYrka$Z`~vckK77u2ybXy#!7xO2 z5U0K&s5?xl*3q?`ujWC0Y|y9htB=R3qt=R>A))ScUeanrd(BlfkR!2@SKED2T1;pJ zQPcozg6#${jYV}dFfog`y)JM^))H6HUl60^Rcd?a6|>L3`S2NE^rIc#1Ft0avo)in z4=YaYt4@6>HS`6s#U|W~l@?19GYvXJQ3rCC&8j8eO%A9BGFE<@Dy+|0`_X0x9owTA zXU7x7dqutLFLT?bou(%X@qV{4sKvfRV@Iky6kSGdx8brE;q9#YG;<))Ny|Ybx#qCT zC&22h>G+S=7~`3D+St)LPfqK4wn7tWnJ=21H3T>@-1M8Xz9`$1Dq3}IHNgrOx4dV2 z>o<(t7HC?5q2?Fe6fgX%nZLqCyEN{g<}Y*&F*DzJT)4veC3^RonT@7)3q315iZ$l7 z)g4CEwgMxcil;L@Eu>ti>w{D0ihWFRV?z2|H6(M4%}l)p#Y!1q`^~!~4$K@^!k!Fd zA*ICiJUa`>>Z%__ z(#h3v!_I{b$zgS+VU4*VG$)Kj+%8IeFg!<$d1~73bwEa1r!y}UYs3L=_HiaJ7;mxl zOn?T)jB7$=`n*OZRxF)rqz|$=&zEhFQ)rxrx?$X8T7_7C1%5aAmNyIw^xPh?A!O;Y zN9OII%KK)0i$|cEZ*4s0j|)6*N69SGm^|Ajzx@WNKscfORf7R_-s zemX0jd%Rwa!uUS(>Z}M^qgHUWy>qplO&Tkf>~VGaJ%F~}p?l!869)p)rbB?|A?raIRa|`6cq&oOCcU^_Y`|m89B-G#Y;e@qYiXuKh-%{)4-> z=g!6|g_hL8Khx9G+0DBz9rs%1Nt;^+bWdHAq=^Y|!$1(PLZ~)NCvoDRlA`g`%{ePwZCdFcbL<_?@oV8W zoCRG}zW@h6$t05rLI}9Sh_jlUoN?(5)}bejJlaUhrp{NQ{u!h|AB3LbNo z_&`qY-8xJB^$g-lF%X6cm1Lgx5O-4&j`fKzt|^(%!BFgRW*H@JW<#e*^NGQ-A$t-t zS+=Nhl)fEbbbxx878*?!9Xo+kJ|*-BW(r)?Vpo30sqDVK7@zCa328iiVo=fyHfkMv zHasOE*5Z7J?y2J5Am^^XM25}Yx6+d>a`|PBv$7EO=L}{?c1I@YdzU9MOF;Wgr0rqa+ebiU6RnAcaKm!mlL5kSQ7dK(=AsnAtg{lH}khZ2?`S;@=&Xwv!Ef&@f}p5ssTf_9YJmB z$rL(>R8hgk>=q;3@G_v&P}h)cnPyzy-!dNTz?E{zFncO$F56V>3Y%1d8Q@Nh7cgvS z6|t*01lh~Tn?O@^`l!-W!gL}uZtmvKCIXX^H$sEDW~VU|hA+aq2y+7Cw0JJ%KUnmj zhu-V`&}Ox5Hg9kL4qr$}|MjDaB6CDk*@`4A@U2>jBiU1}AhlQxddsDRV~P9Io?+#7 z5lO$~ieP)|U~ZZGGjpPZ4w487Zbr*%5YdUw60cD?5?LOTX*^&41y`Jqc!p9smEF*X zhXVDTBll2r}8YlhWz+j zls!|RMj=@$Ln7z%n=8B&D_4sg44y3hCXu6`9(He-6>ZYtjgW${>buX-j0JBKJa+$# z`SD!3HE0{GLMLw0AiOT2}ci$T8)MGIq_9+^#b(1&r0L&XTyju+qpu zDnpzU@w)Kl@w6^}dpW9osaURd37Hx$vKDi69_bUIRt7yY_*bu61o#35sUb$;hpz)eRs5O1hZIqEJ01>hDUPjxw`r4hFj2pVNHq7tYi5 z!M7ng*76Rdf$syuh{36@Wu!%yXs1@l_(kx(fVqz3%OKz=?BN$BO6h}!S5wsr_`wfH zWFZi1>QU2jwE}4wnGnV~Ci>3cp`zs-{>bqwuZ#I^3RSmb4&Yx%G_1IRS{jT$ehu7$ z{0=lN=Wfz(uX^}yJ#g4&8h|_6$gMO%(C|wfuoZe51stln=>6i85VkSE>pG4~RQL-so8irG) zk%9fK_{s3}wmOgU)9j&J>$bY;Q|8nbip(}xHumQ8HXrAuyD@36)p`k9u3m+o}kg$b* zxX6Z53dH)gl#Glrb!2mMbHy493yXV$2iXha z?kWmBZ=f1>MrfI9g%hI2b|J@Of``i_NWkda(_{-Zo)zukr_WSQq8-GX&jr|ePS*VdPH%d-k~AM3v0)sWZQjHG02l$z$hKu4@~-UN zcm1uh!u1LXG*U$m9v&?P?7VWKQdp2K=-4mYf{SHiJ{m^r)AH$$CErL|m9P*MiAlXP zE?iXw6InyyW1}686Na*9%iJ~F)&Lotkc^tK51&51o&ly$0iOaEwQqxAYd$FJ)y)|+ zZ{J%pDDY4(pj*pGWeN1FHu**KzF6Xp`JU`nD&44I?RMLW-#j^dqi^?XbH6zd@wvFv zp3X$7ZG?bn7jH_i7WCMPE)qhBuG3+?pXn+Cf$lU!)q zIN$40JgG^h@L1=ZrMIRHJhs{yCLh~2CN*;;+&&1)wytZt_nUtNZd6I^TVCb$-6xXI zJ}Yq>Yx;wyiM`jLoHAwfYWHAz9tvGZPk{-!gcaQPw6mVY_gb{eTOhl|>XfN~!^8or z9F4MQk4oDh97d<%iTAF@!Jgby(v#=twbXE09Bc{rR#&TjL=)i8a^FXjE6$bR-AX*n z;wg!ekSi1#8C=)}@eJtOIR-BwQOHxojE#$n^Tk(ricd8ui>%3UPt(H-+bF5Qv(zLb z(6k_yZR*MNPqB9|V9z!|SY&Nbx9d+H67eG{grd%(=8P_!g#!vqiiZP#a64xZJ2;?G z;q(+3efqq_eYR~=T}YL6W>(gvJF?ja zL%3zMM4eUA@?b(u`l?*wglZslm)#QAeVM=kd zT75jv)<2`b{-xRKd5e|KFy2ewwfU*BurQi9ePsBrk`<+q#`w(|qIe2Cc0L}%c1)y( zP9~5`SRu~kTx2s!8nmOjlJ+gTk1F8Wn7jQnwW6(hs)E9wr*1cZxhIYEdJwDXbd=b&XJdm3DEJo8G$ zU?PPPRO)*A!Ls4n)1_sa`OzUEU#@e^jFdP-BJg_%P_EvKfI-!yzS(D5-f^WTC7 zvuODSr%*1+p51~3hP=?mkxq5Oy>s8XOvQEPL5ALx4h{7@uI5xB9z9Kkwk~(owg_ER zuv(5Y8CIvtHiNh{@0`XyL+jbfN@QzmtFVE)rIu>Kalpw+MC;3PgN<%F>U}%@Xj=#b ze;NoVMnMX;7MvUCeb-fj->-ve!6v}T`+?!kIK_DtKo^RnM6Mh!9V1W0m5?$>)vJ>t zP?2jX`F8?O=KZr?RS1N>ilO1ccH{-{1z2TxcUw-C&laB{Px7=c*IU;oKMpdMhKhCh zlVnBzNh+dn2)$3)nr#dsIrjDEH!cnSy?^p6vjQbc7XK4oV*lWeJBUA7Ro8~)s#d?7 ze=#}Nv2C@q(co6+;BiQFYWD^lyqnA){}Z&;*SebQ!4E(c2tgc;a$#WZx{bJ_ZwK&> z1YiIW>1>1R6`cneEz4LYzkYjjZJnV&*^#08)k%Ttj;#|LE4vZG(|DDjjD?=7UP>rpJt@zpsd82v-%xr89Ygo}%AiUJ7 zQU|W!-TI5Y?#s(di45CM4sQH&0N}!w;bl6=hWv!O06mTk_5egfYBY%P{xzNx*a+mp z^YimyafHN|p6qoqbT99LL(27gku3g?AoOvjC=JqUoSD+*sv#H|=-qhC@Z>Q|G zaQx2D(C~}89fW{HP2neP;873sA20E5A3XuyRS&n=N!Hh2-&dHdtaR#53%~(^wY(e z&89vV#jv^byu~|<8d3XDVrDa=Y?Y_q2%79n;H`Y=%+C+fqnCOOD!)}Y1=WhQFRfA?G@$OuuN*J2#0Q9L5h|1iEbT3l;^f@9F9 zj3MuOb!xP7NoGnP0X$Lx*g=QG*yiTu!9mq=!nLFBS-E8~gNWDs3QvTKG80u@m2Z56 zMSq5eZ1dH)@56rTSecob?SzgPJ)1^4ZwwktBEr4!>m8-0R%&o5p;BJ78V&ASw%rkD zf^_fQrj=GjLkhV%z2OBe$42T{O!UGIW2^j9BwOZgb>mp3y=kH$hIhsjz35T!3K=## zK6V&X%1yDK!gPx062NaYfUp+i|uS%}2Np~S#6d{gqz)+bHVgmHZ^c zJz6gFE8~Tlj)@4_Z`UVa85NtA><^A5xfDyi=-fPvmqt}rcY#LV`8WyiYRu5jpFdB& z`j*q}Cn<|^Tv@TCW--*K6ir~Nesf(bc0r53?%ob@tf)9j@Qc1PUWh_p8$Dgoss3#1 z-ujPck<}C*qv+NNk&Wi1Di3nepisGzkx2V%{~Pf3`s9iItHU&50Y*}Tx~KN6lz^nf zQ);2tms6s={^kYE=q|U9Y{YW8D}UmXomNSu8Pb+p}4N zE7e|BLH{DLJATqxS}J}2^kO}Xz*3f$ZcWrHK3;^eY>A9)suK9v7$ZmHdusg2Rt4Zb zmbZPYX@?|4^n0{YK=} zy+_H9yhvqUwW699!2ccD4Zr{M7m0qsZLWNU1P<#CdyQAucF+^M{qc1G%v%)2Q^m`} zgBW~qsAIJw`*W(i8)|zxRsPE2%Dhpv)y-1$BZ`Yl$n9H3#o+ES(B7@dpBPYqy?=l7 z^XE4zgw6L#ih^qN=u~>`+N&l93h!6n)F1YyNIW0F6#99FHh#wzNov#)3>!)-U5b)I zzk3_Y8j*bH7eu!X_iG#0taI+sm6cz$;xi+LLVG ztFR!p=m^`cVJIVqE7-TuF>yR{Bd1j|@wDL0l`hMeG9SMj<7JvAzyFiAr|03GM92FK z5b0U8TdJaC@c3{Xo*KqoS<*~%unZSB{k#AXV#Kov1OicBscQX0qsHFE(Xrw~7cfm3 zlHt3bI`oBrN72^-42Hhd#w`2{Sz3zXwo-$!Kj_M0e_FCxjf*hwd`#hH!}U03W)i`} zIT3!=P0k0cyD;8aEJ%dSKL7dTjmOOzE%bZ3IWsqP_G|F^ae-QrKMOAv)?D1Fb=T_& zE>y@!l6;4wm_HT^XzxIU^g+oN*;CBFtBA^(c)%86$wvJrvQP*p9AD3vuDNT_Sozv9 zUoKgg4iQWzI?j?wtmMf4$c^e{iK=$F8xj85_^+C|;Fq^ofBgnlhhvUuasSk{{~>?2 zNd~k&s)>fU==sx-eu1Kq_EYD9Q>;hykcK%A@XEvjC1HJ2Q&Xsxj?K+ZD;N(HcZu*> zX1TQ=ms)liNQ}UzPpb+iNI~sNiq^i%g3lEiJ}wW{MfCz^ktd|l^;jqpMi6LhsoPA?5nL|^efal$ zFWkS0e))uXx_qsTdue%Q^NHqUW=GxQoFCD#{PDs9O(X^flywj3Y!D)~NRgWD$~3>m z&Ylz3Wn0w?_v=8S1ENWF;f~zic0UCufbwa++z!*cT=0&+_U7d!4e(BLBAkv53N5}4 zWZt7*zC@`7d){egQ}?+GF0u|O^qQM6xTGO!o>K|~^KHr6nn}YP^7s53Oi&(kQGnj0 zxhy;dxQ+P3%dcKJIwshVp&vbYqwCrMJU z^Zg*`2O-V~n>RlZJ+NMm>t4j0TYRP)IS9%Rj3DeJR%d;6L6HIi)oE{&0AC9LGk;`@ zqf`^KCF*0ut%xN)X*bg}Gl^ZfAdo;RMyDy6dd^uZ;v5>kVXqC2PBDJbnPH2iIi{9H zY)7PdtiInOcue4_KYpkF>&Ns5gwxvtk| zu@lg+zxpm1@B1;0yTL5OLbCGhlAX6%}_3(ZFv`kn445 zscEt1mSS(2#=7;faMWS5@|GS1w%1P+Kpc*@L3M9V!_9KIrHwk$4OFi5mgHJ6i&a6I zOk|p_@Qm;E_R`oWvgXZ60ZB^Y*>?i6TJYKn8(m;Q09X zG+Z4Pd2Cd=Z*)b{P^es%_Vb^&dt9_4 zcD084wa<@2czNU6m-MgJ+WQ4?LLRpN9Y0xdPpWLb`Qe5IfsitCa8x!lASaEI6LmC! z=8j{0H~tg2ST^bPmHq-DAGY>sm-2OPw`n;n9~UV9ehuG(G_y4^B;QKF+>Qd#7~v4O zI>hMXEs2|e&h!6CHuP-(AZ>^p{!m1atmSmhf2#8QAEdjNhyL2A_ds6#Wp=}PL5x#@V}y_hoN#HQX~FTiKNkliwgbPmRx`S9X!96 zetY($mpQZg_kS*_Wn&T%iSPpGaqcDd2zDNm)LKb)Y*6|`zR(bpJNT5qSmYI3S3=uc zf(;@bx>3B;BcZtI9=2|JCpyr9tPe(#PipiN=2YQI6(#a>VFtcb!ohUmi|lTtBNPcW z5(`+~FP265vo4*ksTWf8*Q2abgRD|gZFbd)$$ngcO zc{!=AINBe*!<8BqVx@a8EazQLS`iz#Dm3282;K!+@vg(rRwQR|zxkSnMqQU+9tDk(xQ|BNn;3`;`jP^Y_Win@2hHxzim+wO;|bz!xe_Q6p^58ojsWi_8O zMmfy1D<{TliWrJzuNBHviizn)jyKj4j2EOaSjL7Ks$z3`BHl!!O2yvqksuM|6zbDikq# z9Bv7twX+tZbsmK^XsG`~8%HbQkWcexY$%C!PGM54%H{p3jPp>(HH^4i`k_A*aOo^U zGD~`Ku?`{|##)7|8li15#C*T}4s1uI>%dd-=N$ojAHPw`saW+)7O%g4N>@Oc>-&Do zm$Llcr>&HDp1m*XokvZ3YMh3M6%pRZfPk_w^iA zGEMMGI-Ls@T-Jnygd}w14c`x&s@e{-ZWY?0qyqIDCTS#-lcQtL+n0J{?W>fQIB!{M zEvpXF2cqmT_4p7f&(o<6O)^zG4CQi0R-zNh5r3Fu(aYD|SqG@fX!pz%@c|93XGMRr z!tnclxj04yYIHrm=9q#^{5etmbh|n-0>6F}*!%}Kt*Boa8B937YQKxbaC+Mbvh#|E+GM_RJl_p%G)$Y&$ zN7XnUx?)&l9QoU{sVhBDgPP#seJ`dzd&4iIbq3@fL*D2*hQ~>>tSB>gUw_ZoeNtkc z3JV&4=pxC>o6e>kuf$tjr}z=O^`jr?Teiq6u@7v-aPXmw@CNR=Pg@->Pf+ zpRmvWRYr9!ehTLPV}U*Avz7Axx9Dh+`HP2W{|h;iEufP-kd^Y6i-L!%$ip&|XpdYa z^pDA5!%QOF(M-BTlnZGxVhnWBB&VRqVSPzu`??|JrQO|+#gIa;Z z%Qewq=-vfda>MCohGZg#S2x|(NeFW34{kVJTNb!9K0A%(M`AGWUipM1xn3fPk3Ij~ zbK~oCRuB4-&B}TGe8`h(Z5aV1X6zsN)X;s0ZLGUhY=b^*m@k6GuvgJm*gKLv8KbaXiS&&6L(f$4sZ-1f0O&XTz}Mj|5R zqxSog3hEEf<=>$G0r%e)4pQ(G_ID$91s-LP{e9tSd+a+~4MHFv&ZBuNOZJyF#s3ZtDTfrgVl{0e5V$EXwUy zLM`GvBqSt#Jw4Wo%Zj6>hoG7jfR~$B6B+=voly6aHTii$b>jr^qZ7LDwOwCl-XY)s zrvYgxfddXFOzgwiI~}Gc zBki2cd(_h-@+3^PR5YbG^kJ&Wsr)^2L(TW1;hy1H@Pl zKP*&iN5m@TkvYazLAa(^QsJ0LGg}0W7YfnrULhQ?_6ye^mim&J*s4FMcv1Hme0AYz zjMtK9rF3()IROe;)(4{?BR7v_G){_YW{O(&>NY0Elh19%Pmgob>C)}0x;PT9S_nh! zYKX(^V0$$>A{S<~Km-^j#9c%M_FF<3382$>SYMB&)$QYhFU`2FU16#W9mzdL8X&PrpX!zVkq%>hGSd0Wa1meILND`_-*XYXTP1n5q7~H}GTt9?nJQ zsVUZ05P30VNM_(GMy)G6Y$n={7!0e3?M)91yLNh8ubriTWGJ(pFXctVuN8u9nTMTO zlxnmoqGKR>FAz4RRxP0mrQABKpnawpL`6i`y~Apy#vX1)i?3uFpC*zK!y+NN%r@)* zKQ%SCToM}p+~@L)ZxIKxn7u?itz18vAi*t(#_z6!Cf_Uy49Wn%YFnToUJG6T2?}&p zb^EWy%Kfe2dtK`NV}=dLl)C+JjBSvVq-j!fExY~&#&kYUJ zT~$H}L%UL}v|^9Xg`Ujaj&|CD$9@prJ*QsQtfeK!;9oAG>{@Wms59e{k^djXFZ3!5 zU)R>w07K{OJi+c}XxO&%tnKq+u;K%6B{L`KDO+gGiwd#1+R*RN_Uc`L*KqYxEVEiI z0zUp&Ag|{%eVKKx{8(R0)xOWt#i^~+N<#IbYoV@4ZnoUXsXG9le8y(Q$g*?=C1?x< zuXWk}m(4+(g$(&NidLf8q^0PNpL8coC($BQJ$qZxNwpHs^HigOwRx>%+NiA8 zy)v%PJI`k4p=x(IyAq7nWI? zDM|!RbBW*@D6WaFnxiI@7M4+%z7LeSe}pu>GX&`_Un|n1{WE7&_XH)$5)XmeQ6hor znghs?Tmq&bJTh&0{WYPmDiFd9qmHULtudAZp^VgZYMQaQ!^|Bt;=`yv*?`X?H=le4 zG{VT=I+=&x^Q0NDK@DBsdIrDfWFXwVqs7R^c6hnt;bCf;yVElN9fTgUPdU{3qR8XoG8J6y zOxWgz-cEYG%^i#R0_cZXk+&ki57mdwe0l$Mx}(Q8+Uy?{T~DQg(*70#xhwqaw`fj%5{Ye(dM!>+Z!^>cf|>I7Jh4*R~IDtepZl1L-h6-OugNe3R{ z`&=+$&3>EEsnF@uFGDs5=6Lrhxv5OSZk9_$ISaEc4!Il>WDWR8CJe*`oN# z84hC3X%ypJ@+kRC<%n2tg(H8E4E`71Vp5=QvGv=L|5;!*$O}7cR-Sb|_U^DN7e^$k zVaW*#<;zqG*OYCq+i_UdopBcxHip-q&+J@XtO^Klay}02j%M&!<(VV2JUx4?O)z_- z!&0EB(yK`I`cy4tr%ERQzvCW$X4V5;IM{w#Ht~|evg%CRxo-3~J9pW5k}b855A))& zpX*A=Z`q=dACbVGxf{staxJ=P^w|5HTwZFWXM8Chz-|B?kNW;9@5G4x?A?o=%59PjaX*+J4S09GBPyTRL;!Q90&WrB8x%~fON`;y?q~^M8E-^~v1V#$Yl@zg;hS+W8{JBs{3z3dWFoNsy@&k8j5>8W z_R_B{Uz9dp@z!>MpTT(l`x_mX&`25Gi_Vx#9KfT!)OGYr=jtoe(Bq7APD-$EN7ycs zV}^dc+MB7ZUI=jdJ8QDr%AU|!!EKlP1Nrf6fRkk&$d~LAKad9RQ{rvfIrcb5%w0|P zyT621TFyNAp*jAoXLHck&r5%LS+3AHMaPm4+ur3bZsB54>1pdnV;KW)9u>{)%+1U& zXkYJX)aMvSWZzDBl0H4HkBybEn3Sm2i0WhFf!)wL_goZm)v0;?7sx6S<6WQfw`nAb5m46_`v-e z_&G(ZH40D6u#LEt_Nz*H>=0}utZGTRGtxeKhc3@fp6*H&hzO2K+4)R&pJQrV1+bD4h-~w#R^*Clq-qPW<}ia9&e(;wenlYFsYiDyojeFK-=PC&4>f)qsO%3FeQ>@(~f zw&ZRmzju^z>By=T+>9Io(mlAqTS8=L&675GGS;`owc)Zz3j5VW<>eV=%S+_e%=>rh zMoFvZNX+M0-I_L;7Fnb(XpLO+#0?FNN;Il{VQjnh34Qg(U9717%H;NVm`QXnZsMs3dzLZD5((tfilebgB-=fNvZL6!RR?Di1tVntkk^)u#{{H^<9kE`L^HfkS z5|YfrR4>HtcPc8EoFLb|g>z_Jp@32bmx;x$zslAr?ot}4H-M)|P>jQ=3DMuCw zF)@93_?id7aJPv7+4R)%`0T$`_nlEuE!(;%D%*|1MiCSQv?VD?K{D7VASg+YBw3H?idS6dnhtlu)02DzBt8I6j^)+zXGC;Zv`( zo)xA=@QqJ?aGxn2r6Ivq)StUHSTI!b@v2G)ILfFoZ$jQ`RzY%s@J131n@=z!VwSa| zUQ~iKT0An!qFDvRrP7l$Eg2UGmub6*NXEWbI`bF98tO#l$=BHX473#a_?t$#u3RJY zX~=WUg7=+te*eb=aQFTP}jvjq5DyNi{Fd0!=-{DtK&w-F@5Ppte ze{g7MMe|AK+Qg^L$Nnv|x}_sxGq1JfyoRFZfzpfAEPq~**V477j1^+oF)ixD=Iof; zOsF_Ay};-Y7uDtI5@)1Z!;jD(;i`;dgVQ)IDx)mXgsiNtTf@&4VK@=z@nE;@G;eS3 zcC}=30v(apNk;TbKZER)7u<0T{j4c#$0%35{MOp=#GE- zfYQ_H^~AsOEW>ZSK8+6DCm%wIJX=^?#ITL5P+a-5MfA&0hd4r!Wz}E&+VwwwKmXe) z)1|}w@fY9u;*Vb$iz$Eo;_F0j16d#b@_zE`h>J@ZYUmR|+XPaOu9L^;WM${p)YjHkR6PCeA^b#Xu)Lg`?MFZC(rLTMyLowejW>~= zib|kx?I4WcA0N}xAWNf9^?%J`NDtwFUv=k`&HhgJynfyN_uf-+Rg>V8j=8yvl2TnB z!7WH?`jX}!Hq9}P!_!^F1R^)c?2_qoa|;U!mNn16x6K8Y31`e+dzsNY!^sSXt+NC# zo@z9I2>od!n#{Q|Io`21JTiSq=PJh`}l()8>^Ly!Ybb86?4FS_N29qg)`+s4eo}%wCLmGA{5DigsmA9hJ`d{23{>CTnh_XvyEMG zw%aPKWa8w1aV*PaaMM`VPKSu-!-HiP-pJx2BQYllLfJS;m&~Fpxu-trW=&{I(;FmZ z;YBxnRHz@(?qIg}oCp)TH!%fwt-pH1Y^>ed4zpSDtI@FI_1NnGUtiWKzZR$_#RGL# z?i*}u5~Rc9ep8{MqfATlbF9_|OH$}zahsxde9bpmgrJ@Z`KxL^uBl+6p9|-8USJYaz8dC9LO4gJpd-SAeX1tG zfiy2)(m<}nm?ahV3vlGM4!%e*B0A{m7!~3hJiK+`gU1rJ-N(fb>yz(aVjav)mp8qg zG8@5- zOSnDD>DXiRtIN$`e!Z@E~(>ji@h;x(Oej%-ok#Poef#h?B~0bx?C~sO`271w2cDis6AEKUwPvlj*J1`TR#c zG>BL#?m?Wg#6h1vc5qhhT)3dJM=Y#m`GC^iHDhsFCI&qBC%f`dPPHP&3Lr&10HE9m#v8boWANk1Qn@$H>TBkoUKZ@x+2x z5pzM*NjK=o%%$S?oLv->H;ao}ILueq6vWSqeiyj;$ETf9&nPP2!hGfdXMV9B+iy)uIFF#poXhK42^m1+|$( zWdc0>Mm|2YlfLY@(ljWX(M8y1{NkfmQ_WCH&R0XzuM?uyRwi#vOtRtZ4~66Y3Td4~ z>T2$W54}ZMiBSn=)@aVGB*w11A@`HsAqqVzd!7un4e2@%8F3B5XbZbp+$+Tu1V1eJ zqFT+Z*OQmO9IgzXJ+}MgBPwsN9v~xT#%8|$hV?dB75x24Vrf@`Tgv&n#%lN&+1TyNxn05JK#NhxT$WMX;5zbtw6A2%s&dgCieMv`?I0gf z-73;aZf-AJY}BE20@lwdkEXQ1g)A62p1}2lvY7}!`tdlYu+VL9+J~!B=RI`OvV4W@>8F8zh-vW&L6R~h`+=2;kK>+PiLF7j@r zWPD8J=KHByf=gYaE*9BoefJbuGi9LZQ z>d)5tfsLkaQL!ZHW#U2aV5_$W=Yg5f`jz30z#~f6TVBoW>RdY&?FVv}5Q>QSSFKI! z*Kcm5<}eh{>eZ&n?Q>cNW`hErd4N4H(L5 zv1{qpi8#JujRff%3QC~F7rBAN;+IvM1DS$wdI$t;cN-YD2G?2PzU-Zb%-i0srB~OK zGbr6VoqvR@(|31@JAAg(BDk$j=H{`~EJ=gw&k9vmUdzc>qxMK$t@_e3dVWfWxZPLEGfC}fJk}2c zhoZZrq@;9Vt(%lm9SWr>rM1*&Tw|me13+H#Vp4!_lkVNc@7@tE2iM3hVxK-K?ECW8 z3Ns+n{{v&aydyRB)HE&0Dxfi@non?V;e0WrSfTey9E6t)#M4i;0N!O8%*_k2-kBH5 z8SWogBZe(UbOJ*BrzS>`50J=|^0?@(S5Y<(LjGbq^NgNCJjk;2vpJ1qj^68{-d#j} zH>3RkG@-V`)WvX|V^TTGS9NVUFSQ}%4H?ZyJUiI)DPOlV)L-Te>Z;k-dEnk0;NyDd zvANdHg7D&_I2Z$M;_~WU8!xBkl$M76<7{|Nc7W*zYp!KY1^2G9^0MkQc|zIjiklU} zHC9}Ypip;Hezbz!LTv27`FVBpn@4ZIlvr82xw#z=S;?5B&3{SbmfG0g-`}IT>*U7$ zlfbxi%G#(YDqlek!C%3AXG=qXt8zJ(hTn__d*H~2u6JHJnI=u6FkTLVG$}F0mM4Wn zfh>WH5Nl#}RHe9Qf%k;jZay_)XkKW-VZ8jWs{8`ZE7dnu-_mfrcI{;&Nzd2&iaY^m zKgNFnw1koW0%-Oo2Ub>k+Cysu^hf$CMV7TKvy|q8F6zzO#ISN3O!H6@>fWAxQ#N#@ zb$XpfMoT?$tW@$TLv_#SclDbVMMF~c?Fk8KlXEFqW9D6Kuy?^sxtAj+n@sHaQ1A`U z%K4x2QaglXc>k%*!6o?%J3rJ6rQZ+)iELOEE((5&jI?mLrCs#CkX(EO6pP$Rt`$~6 zF5Bzb7ED%e&<1PYv_LOxam0fb>Jt-D9|Fqe>n{k-Q}}UNJEF$pDBnM3J9jWf2vN{R zuh2ec^Y3$Lx3*112;ai6%W1lnWRzDAa^D|%^aEJP?y+QtrgaPRN5ge|A*{WFt`>Ua zV3p0q#4lOWUCps~^j@FUVpgX$zR~hcD+TDJpD7JiRPfZXe0A;Ly5I{+D)+xuBoNQe z&HWDl_?$AhrOB}0;=$xgl%oyhxOF7gmPJb(<^5>5J$gm+Y;xS_=qM3%39r2XHI7S4 zD43fnyj&AQk{bj^Uwx&6pGkh=mDS=54%c!Ty_f~gse7;aA%=$eqC525Jqq`mlcjuI zXuDd+GoG&viFPbq_)fsXee&N>BY(sr^gat|wkmdKtsj1F$@8=i1n<8;_zh6F zfa`pGaE>6t8}9-WoT3SW_x}Wx=w2Zcm)~YTjZ!BI{Xz`{m;OBv@Grp5-+GWVBsDj8 z(%|G(3BsQT@clpQhYfj*nH+WWCwd<9_-L9pNuS6k&|l0TTZ^4^9UPoF5s}d}$Vtf? zMCEI)9*4P@Q*F;ql~YfzPN@<-SquuDgi2g_!}_v?*rOw4p#-B$Z@TqEv6KXR_Qol= zO6F9h7Oc@+>o3isiYtJG`bx`w@}dx1(M+_a=^AR)$Er$-HIGu3+vw|g1|AI#5BoGT z1}}Ou`Hi&si3|n#jd=Jq30(AQ~#<3#Wq!kAjyJTqb z=gF1tPvY4~R_>TjHP?zi*XPVD{z{ZEtFwCxC2}J_KOan9FuGp&(Ixc-TC-F|6%`hL zg>Ei+Hv zyx6vlv)o2>0}|@wF|SkwuAQ|iHY9qUn!B>Oxj8yY^$d^McgU5LhKGjApxCv}KZX{p zMQH++L41>Ekb~8&Z0!OB5=b*q*lRO%?|MjHic?R{Tu_z}CM9pw=>|q7FmQP(x&H3R zk18pRmhzV1;f$wuO_sJD!t??XZ?okxJGDF!&m>moxX|hemR#G)%Do3CO|mK}si>%! znwZ$7?*>B%uO1P%5kJ=0?H3VC-v~FVao4SYaqFoka7UP^7TA_lT`kX`PYbf~SJ)0R zV7}sf9lz8<@iYMHox!o>&1$OW-I~7AL0#MlaUcabmTGfg(X>X%6U-9+;B$_yB38)V`Xj!wrJv~-$!41kXuAtILpAgRlVFxofed8&uSfl^!!6G`A+}-a3{1{ z(}aWf1NY>xNs?Q^&T;@Zt{BEU&qQh3qs?OL8(3(3Co*O4EN6SY=KRE05AYT*E>fI5 z!fWW)uJ(Ty4p);Z+X&CHC`8oNx&9~_$Y6Y|8mF!qptnX?>UZ|?pT#^$>PeD)U_T96 zJ_eGDW8;lW6D@2q{!{`F1ZkersbLwpjc5lB{$il?6PBsASq{z3H8(eRQu&~{3=Yy_ zK$#2R)G+8o_2Yg|hV6IocEQ&Nq>IXl!pyuM79vU4yK1e_tq1+>a_q70wlnKq-dDU^ zH%Os*NAQLY%5g#7JOhb#Anp1>l2cH?wykJP7ws`&9#+}hUHx|Y+ekL z?r^7_t065zHQH*=7H(DM)m|N>1E-f`OX@Ld zs1BRs^4M2o`^IY+OLlD1L&qr|nydZ!`Q7-pG4J26G%X?GOmHt)u}9o>$6ELMr1BtY z^9?TJesWpwa$F;G+}u?;o@pvy>M?=4--RrU#Id03sv@&~j49n9%yEwxTx_?d8?eDC zgnT+S&|?@efJbZ2 zqzCx4G#!uOQMJjV)&9mr|PhPv%xEH$07tHT>^J++omFO?{FUSaW>idLp} zbbalimgl|H!?`soei-<#)15aKj_?&Rt4F@emIfoZT&GzznGU#;`_Nl-YkBOt`U*0y zqsMm&vsx7>dGa5dz-4JNTXdqU>NN_Z>9U>-!LJV z-^AW#d^0D8$xoj~_^YaAa{t|p8&g%#yrg^&v;J4EcHCVVPh~KO!4O85#A-&iv+Xo_ zB3*D~dG1JyvJsUc8UOd<(WB^nbYWX5QN(I+!Lhj2Y@K0S61-zA7md@Pake!tJ*I=( zr#{AVL>^>uuys6ED%-yW4YQ zB;kEV4RwYgi&Q+@+S#EqTJhdzxq)3z=JSWR;_NU}M;ZLqG4f%MI-H%7{GaFx$t6nP z&t?EO`5}2wfTW9|i`eK>LXR)m03s*(1(b5#U$OOt^Cq7{+&7(*JXF^$VAsZluZIpz zi|CXM)7Cz`N*PjYNpFb0{N}PmX2T5X(soVL1oa;_0^;B5Y28bbcs6$TzEKmkuUn@Z z73Q#f9>EPs#479LkH^}>MNL-VH7k4oEmg|US=7ZXAC4)tXlWs84NNO#CIial5X#tX zF^u66Z+>Sjt2?%0e|gxX4$3vbocUwzUP)-lr}Mynx~Ywe9X%*Q8(8djBkFfCMGp!H zkxlpRqEw9lEFBy|7xQZdyJ!sBuoPD?E6dJh2_|5vU zPbK$=T;4EQJhA0<<}^8@F!ga6YAnZr$e)1`l?$3{k)eN*hcB^_k?~jU%u!&Oq1CEv zOcmuCUdxAad0Gz3>&``!uITZVg(Es+)eVHzZk~`In%@c68gtP1Htnl$0 zkMoLa6$2D;UF)>? z*Fs~n5>bglOnLEJx~O7O$Um)>uKx@bjDc8w-F1#bcCp<3IRiF}W*;CGT7$~mN zglvDZG%t8vPmQP;uB3n@OC%Q1NE=lkzjJ%|jSe!hmg|{Ce*u-*1BDIvSbRc5w`{@0 zo^*FjI?O?%>>T|Gi2Mb@lo$=nQtepxRo5O>x=fF+>{oWl;S}d!Z+;xjtmBSwOlWi z$NlAm{-Y+c-F9SGY~*mRIGnnpd915&p2b0ZQ#n+A$LXx{fhu@0=B4coXJ~-pT?mI@ z%+MK>)3vL1jScl7$#7nsu_}J@YuHSzd7n<+Yu+*8)#jq=0z9S;SuQT^HxBU0I+C|9 zdO7D7)rFi9*$gUQEzoqpta}Agqct7oC%prC_18GG>YT;qn#*G&)lJYor^34 zBpdvpBR>*x5tuHCah6s74}zLKR#qKfosU(@ajiK$^;L(H0k1S4VP_^V$&66~ z=ysosY)W?U4O#5G#_YOV9J~;tRi}3Lg9n14(~&rg!x{IhW6vOk!=<9wb8<(AhBECL zkP+*XUDebq;FjW+fuSJ^Cx6mTWCxFlw5;ELwIMHh>Qh~_N$@NcyDE|akg!uwb z*Z#)opUi*l{9grU{>gKHL$7}k<;hV7QJj;U2c4qlog~{t6bjHmz{d(w(Y1aFY1@Il zXs%impeoo`XEY=_pj6NLbKn}DOs57A6=6NZ3<1R82`@+jz(V>Y*F)r?eDmztYvh`j zJ}Va3pUAC?D>D!aOpwy6dW5CouFD+gFQtS>R|UB(63OpaaVtiRQdQR;UuUK~?Qiy_ zp=Q9aeVLJf(8*M27i_g^+$y_;DO|U1DZ(R?5<@q7LnfxPqdYy;L56wshD3~W8Ul5_ zv`mmNe&+@1svI|2=V+McqJ~5%Py*}ayY_K~Po(hV`?k)^w|RV4UKzUjQbBkJu*+}* z)+2}9v+ zI}T1fw?R+=MJl=43(Bdy$UAqybO#WFj4=W9WkCz+Ieqv1M*Lt+nJGCrIVqVe;1g;#a^xv{}Sa5MC|4XpD*mo_0W zhYp%Y-@phC;dw|S=8+%aS@k%R^fVX@_KXn%kdxR#`f|L|l~QZs!lB1`zIgB0BahBc zb&Es;z4B<78G=VKx`Q<`vYc(>x5-|ii(z^u%(o#SHaXuN#FOz1=@Im(>oO&+{H1TNank&C9zcez&|x|J>(jnkDTr3gOo&>=WP^ zjxcdDbBh)+`aWj0q1z!%=Pw497jcNHMSbp6lH{Twj*%`H**KvYZ&&N)vdF<~gR|%; zRm?(Ig4-qd2PgC4!P6&AN-8O_E%(Cl=Pmv4_JC{*=1XNV$J)aBN$W!2^sivpxOr%vJ#@EmG%GZIW6~R2yVkY< zXSgzd>6TTVOlSAn_}lwD_^_<9ipnzq&{nZgPHs(2jatPzRWO|5Y}B2mN@-t7h!y{5 zt)+%hWZCsUSQ$B300w;aW7Ev)MsQo3WQwWC6@dRfO=tG(jwZqP77z)BDwRLdVX zvA5y74tA6O0%b>%;|}dFr=TFZ@~-3Jr9c|d#5TXJ9vMZ|!SoOFb zTRGV`Qik{_3a?FEwV^~w@XN%!t4C{R08Io=o^<7@thvxUN+cxe*|kcOX*a_8zE!nU zv~f^aX)p19^`M%yci1Q0=mn1t;Uc$^b8}l}`~F+V9hiP2P@B{%afXm@ zIO?B{#Pb#E9dDDxeO&EJ^;&}Jtle5&Gu&r23v?|nU#>sywhhtiNupVTnp1}K_O|^9 zDcxLOMQcRq^=MaRuU#d+d^vHLDw7Al9X0JAZuKlKENng+92h7ANtr|%r0+|5g;A0) zenIDnL@BObQBw>ckFB{kl!BlNWKtzD)fMjW(29D=T72thi}HT{jwa; z!oPDL3c?fT(V8C~Zv>HyWeQu{6@5JXnhmU-ri^vYYbT#DS92a4!t+TWm$EWx_i{Klb;pT543k39iGm$EZv?&CVFZWhH=#dOy*k3p-p< zK>!KORPoVLUs{jwZah1~8Rmo>Y5R}tL`GqPRDZUJ(?8;R1ObsSd|YfRxTg^xhQSCl zPEhwQc+5R)onBe7C6eIL+P$)a*$We_@Ix?RY#tg~QV-TpT=Y)2<@@XUS~-z~(?V>` z+0j|4QD*T=1zq2Jw`;`5Wx91qO!6RH#BlxWRZWc}%0&0YuKaR=CtvM@5->F=h_1b3 z53Ms(bnU=A($5kp-e>`}LLCG~OQH}6=c9deVnu-O(YAdO!p-v<6u;sw`=>tS<+a>X z3%9@XUNfDOlDWLxCeTj69D?Wm`&7HTk}J(_L1qA8vXnf3>Ks?=;hp3D59fS3mZe)R zlc*XiBxA2&y35p~x)8~*Il zgGhwNEl`5fO9OlxDHe$9b$0Hw1SQb?_>RvI44?6$)N;Tb?II30rN|tYQhe$$1(wU2 zWbZ>2zjp@x)VR-Ye;Y-8vAX80hsZ4egXT^c9CfKEmBZO6&Y2IYLfnIQXc0-|DIf}w zoo0G;5Ds2jGz1=UwEg8(wVUvMSjW*JX80&2+PCq^@o*6o&0hR7`-qxp&KAMLL{C9Q z_2*i|FxcD)4D?~D-&t(pg&e=@!j{xY-(OLZMv{?YpMF@c0DOOQL&_2b)_n5I(D(U> z0kc2f@l>ZB8=Gr>{#gdiEy#SA#6#nxHy{tVD0VAeSQ0ItGb_e34;NUvxe$XtTi)?y zcfI@`Bg;-dA?4fz7gKqp1?5X2(C%BP2K(?=Pa;wpf$dJNo+VA<_X^8yH>3upW;X(S z8}Ow6#Oub9l>}<^#$MC(&L~Y=WJM&8{giK34?a9!`S?slB)ercQ*~_ykYlZa+dlaM zSydmlD&v{FXp0g1d4_wVDGcZ$`26DnQhBQoxOX1zxuO4SsOv`iGKTJeBXON$U>vX9 z8W2^%HL;9b2D{38bG$&r!eWT_q(^swCRj~feak`UAC!?(6zDv`Qhr56Mej=&on|di z9Y=3bqw4K6PFYy6+upnv6lGAb!y3Qs&if@HJ5!;t?q+MfO| zeAfTjI$oKibB=|D1$+snlXwr^+2c21oNCWTz@z&wINN0~i2}hOh7JxY$*zMxMwXr` zli+_6P~&w#^mvsNa&}Mhk|LFo(nT=b-FR`-=_j|oku2SPXtO!TV%fy$-hFsl-+S#2 z>is0%x-Dy-#3;UqY}aATkc&4iX1cwta)t{eR2;J5DLYsNuyQY;Q7C|Z_U*f=#Kp$z zJY=&Zk;A-K0C$6*v#kyq$sZv8z$nh%`MMNI^fLBS-wE5NBG0W-_}dyzl~4O2)kQsv z5Z0P=$SojqksA}Ie`v$$FqdD8JrEq8M{ZHFn_wHChfwobB#19DO^PzUc7}>C>XF}T%sUdXv$G#vdSR?NlG+AZUN9(*A!Btd?X>RJbO9;Z}Si*ywboU2~+_<4o#A|F{nnaTGI=|-g zvoC7et3Nd@*zkvv&c4=8YMI?|IB?;52ZFRhK&o<1LdcbCL#QXfSJF&v47o^bDICo+ za%Tzb1K(nTO9e?6S&Z}^XS|qK7^g7FBaoaN{yK zMSD#mNE1PJ)$eH6z6gq&=(i(-B^|GC4OKMC^kn9dE6Me2ZF=gyKJ0F;JCO1~S4Wq4nrK z;y}pP&t)V;XVaSMSP$Mg_O!2hj!1>k7RYt=77x?0RT-h0Z5$`cB;pg#~ zZn;`QcfRQWs2OKbu0~u=^kUxz@rhvtjIy|x`og!nkc!AcdDw_p9BMk4L5veI)Y6cW z4L4VHuIIW>1!y;Gn3p}V${`Q4cD}B4k?+ZIU3^SpE<91Ix0iQcfV{3w~ zbfOWq2I?xM#%Zg}sBKB%dR*UD&`kJthi>U8O{9?IH{aVrmyj#Sv9r$ z=$d1|er39TBk_%*>E}g3iv{vO)#bIP0yG>IufXtAYc(Kq6bhSac{_qyPB7zvn{lF( z)B6HwGZc*9wX9m9KKl9s)49KO+{=6LS*Rd}fZ$TZGqJ~tnmekkxC6{02f3=lz;WPJ zt7hB~FIboi6jYl5l~dwB@y25frpgN3v+=3Jt|{NvwlF3(ih#*$XPEugUrWSxjm*(j zlLuAOXG)w(5fXaX>ML4icdv<%>y!)LoGk3rpnnu*t3L3d!8~4oEO8l5ui3x`xf0MK z9@j(`+#(ihr?b8GNuj!|YF2ZNNCii2qtiM;vS1u-P$~8OI zlg+M*jy-BM>3BJbTpS#aX|!E>fhEPr}2WHAHE!QjLQs&s(2nU;B2lWk(grTuxaa=hxR>e=J*cDYaFR? z7Ky-;>Z^`Rk8FS~RVmb{wt_*+@226!&;x7gs6zb)mT?C>GqalqOl)=aK9B+0DJexv zmJ={XtaAx+4x@lTS3o>{P>^>L_y7%S<$|GI_zvJ@+<*)RNu9&^-xQ%s3?@ThhCYBC z?tR5fTwGw!PGXNPmT8RSiq|JErR_dtE&KlFkYAI$m}5^qNEhul6Fcj)#aVo-}l`nrl!QgO+x}AZSa!TC> zr#apP84Be8#8^&HGB>UBK%qsyoPQ0(?;H)%lUy7Kr-uGZl;OZ zMhGd2%s(|+Iuis3UELP}ss{@7mJ{gqbOsCuxaGXSy zl>R-|?LYK$o|jLaZ}qu|DZha^64#|X`8w<>-3?T5hvM^o4FXXq?#PYNPeRA7qc{x0 zCCC2u$t}tBxUrs29M)zKcjTXHdE=lb%fVg##$k8Kq|(U^?-h>dIM@-D$=2U*NBl#d z5Ki_VO1FQ{IDEH3JEEL*`@;)#?mAb<_+8M@ipit(uYqIKZk7f=1z99)@_`d`ogB|? zij2fe9(MS+9eTK68z*osGg=K@xpdn3M=kMdn~%E!++SIXqSZjX&<#L<0*EqJ9!obB z?tQfby2on@**)IVSwr9?<`;+Of*DM)0JJpOn@(0$YUjL^F5;oD@8PVrieJ8K-tFom5U=yLml?K<6C2vJ2TnqUZq zy2I=pgukz3gC7SXs;H@4y`8WCR0Bbs$;WHS?YiseYB%S5v}!7!1$c{g-Ush*@Dxw+ zwxe1fD~T0O@%Z`P)R3C8oDWW_Wzs#c91aD>O(U-+(y<&s9g&!~H^4v4mEI9JhpLqp z^rLOGWq}L&+5SFM*}#$)C!$<`chG&m@EJ)_{A*iK+V+J7en};xhU&3(9P>q8(BtF< z_al+HpQDvw_BtVRJNBlyJjn)h!66C^b_MDZAg<%^@$)aTs@Qe=`ond5|0#emU+|o~ z0QkE8x3ZQ8Ie=Kcd@`>H=2LR-{bsBGF|kDZpr}0+yZvLEg5UEGQ>TfQz#MQy$pij& zbCIKcA5nOaM&R#dR{Wk@zj2yE!O;{ThU>wZ@AxbH{QsPXzwiA$P`^jd z|Cv0H*I@pk^-^REd-fYdrsd{7|3_}fYakCI{5+2V{-BR?S45-&IuqSNWS^# zX!|AL!@<>MxYgd?o*-yX>wfsIF7MQ~Bc;~|S(e%C*T>01fQjv|cg2#6_qm;Z2iYQV z8g-$WUerK5$MuSpf@~igt!FV+e{?JF*TM_UwSdjV1vOaq_GW|86Y#9umEroG zatS)uZTy20ruGwj=-gD%2dD2kSBW@U!=E(>-V4<)2R#CRbxj=Xi~=ruKS6QxYh>WL z;EQww?UkqNfs`OIkl*BXw5p9;;6=#4EUPaw;>}uM4?G~a_A*6&8QZ?9^?uz)+h0?& zc1aUw;f{F@iwdS8u%j_(&|lRQpPI49NHM`{kA;urik!~~aK=ar1Zj1$Bo)4R22`Us zz+Q!^6fyhrl%}bfrsU@CAb{uPLqg*Oh5=ts5tJdBpPvVxZI@<5mHSWL4-pMViSHaNLW0)*kgBPPlcg-e6fr-ywJjep m16pYOoQdm-nKf~2!I8>8QV{AQ%Y2L<=x5@xVueq1KKvh2t(SBF diff --git a/Docs/MetaX_Cookbook.md b/Docs/MetaX_Cookbook.md index 34941e6..d496bc0 100644 --- a/Docs/MetaX_Cookbook.md +++ b/Docs/MetaX_Cookbook.md @@ -275,6 +275,16 @@ Click **Create Proteins Intensity Table** to sum peptides to proteins if the Pro ### Data preprocessing +- **Quantitative Method：** + + - **Sum**: Sum the peptides intensity directly to Taxa, Functions or OTFs intensity. + + - **DirecteLFQ**: Using DirecteLFQ to normalize the peptides and then estimate the intensity by using *intensity traces*. + + + +- **Outlier handling:** + There are several methods for detecting and handling outliers. - Two steps will be applied: diff --git a/metax/data/enzyme.dat b/metax/data/enzyme.dat index 440ef28..a1d4b62 100644 --- a/metax/data/enzyme.dat +++ b/metax/data/enzyme.dat @@ -3,7 +3,7 @@ CC CC ENZYME nomenclature database CC CC ----------------------------------------------------------------------- -CC Release of 27-Mar-2024 +CC Release of 02-Oct-2024 CC ----------------------------------------------------------------------- CC CC Alan Bridge and Kristian Axelsen @@ -15,7 +15,7 @@ CC Switzerland CC CC Email: enzyme@expasy.org CC -CC WWW server: http://enzyme.expasy.org/ +CC WWW server: https://enzyme.expasy.org/ CC CC ----------------------------------------------------------------------- CC Copyrighted by the SIB Swiss Institute of Bioinformatics and @@ -107,14 +107,16 @@ DR Q6GBM4, ADH_STAAS ; Q8NXU1, ADH_STAAW ; Q5HRD6, ADH_STAEQ ; DR Q8CQ56, ADH_STAES ; Q4J781, ADH_SULAC ; P50381, ADH_SULSR ; DR Q96XE0, ADH_SULTO ; A0A0S1X9S7, ADH_THEBA ; P51552, ADH_ZAPTU ; DR Q5AR48, ASQE_EMENI ; A5JYX5, DHS3_CAEEL ; P76553, EUTG_ECOLI ; -DR P41795, EUTG_SALTY ; P32771, FADH_YEAST ; A7ZIA4, FRMA_ECO24 ; -DR Q8X5J4, FRMA_ECO57 ; A7ZX04, FRMA_ECOHS ; A1A835, FRMA_ECOK1 ; -DR Q0TKS7, FRMA_ECOL5 ; Q8FKG1, FRMA_ECOL6 ; B1J085, FRMA_ECOLC ; -DR P25437, FRMA_ECOLI ; B1LIP1, FRMA_ECOSM ; Q1RFI7, FRMA_ECOUT ; -DR P44557, FRMA_HAEIN ; P39450, FRMA_PHODP ; Q3Z550, FRMA_SHISS ; -DR P73138, FRMA_SYNY3 ; E1ACQ9, NOTN_ASPSM ; N4WE73, OXI1_COCH4 ; -DR N4WE43, RED2_COCH4 ; N4WW42, RED3_COCH4 ; P33010, TERPD_PSESP; -DR O07737, Y1895_MYCTU; +DR P41795, EUTG_SALTY ; P78870, FADH1_SCHPO; O74540, FADH2_SCHPO; +DR P0CL53, FADH_ASPOR ; Q06099, FADH_CANMA ; P47734, FADH_METMR ; +DR P45382, FADH_PARDE ; O74685, FADH_PICPA ; P32771, FADH_YEAST ; +DR A7ZIA4, FRMA_ECO24 ; Q8X5J4, FRMA_ECO57 ; A7ZX04, FRMA_ECOHS ; +DR A1A835, FRMA_ECOK1 ; Q0TKS7, FRMA_ECOL5 ; Q8FKG1, FRMA_ECOL6 ; +DR B1J085, FRMA_ECOLC ; P25437, FRMA_ECOLI ; B1LIP1, FRMA_ECOSM ; +DR Q1RFI7, FRMA_ECOUT ; P44557, FRMA_HAEIN ; P39450, FRMA_PHODP ; +DR Q3Z550, FRMA_SHISS ; P73138, FRMA_SYNY3 ; E1ACQ9, NOTN_ASPSM ; +DR N4WE73, OXI1_COCH4 ; N4WE43, RED2_COCH4 ; N4WW42, RED3_COCH4 ; +DR P33010, TERPD_PSESP; O07737, Y1895_MYCTU; // ID 1.1.1.2 DE alcohol dehydrogenase (NADP(+)). @@ -152,9 +154,10 @@ DR P19582, DHOM_BACSU ; P08499, DHOM_CORGL ; Q5B998, DHOM_EMENI ; DR Q9ZL20, DHOM_HELPJ ; P56429, DHOM_HELPY ; Q9CGD8, DHOM_LACLA ; DR P52985, DHOM_LACLC ; P37143, DHOM_METGL ; Q58997, DHOM_METJA ; DR P63630, DHOM_MYCBO ; P46806, DHOM_MYCLE ; P9WPX0, DHOM_MYCTO ; -DR P9WPX1, DHOM_MYCTU ; Q5F8J4, DHOM_NEIG1 ; P29365, DHOM_PSEAE ; -DR O94671, DHOM_SCHPO ; P52986, DHOM_SYNY3 ; P31116, DHOM_YEAST ; -DR P37144, DHON_METGL ; +DR P9WPX1, DHOM_MYCTU ; Q5F8J4, DHOM_NEIG1 ; C1G1C3, DHOM_PARBD ; +DR P29365, DHOM_PSEAE ; P0DXC5, DHOM_PSECO ; O58802, DHOM_PYRHO ; +DR O94671, DHOM_SCHPO ; F9VNG5, DHOM_SULTO ; P52986, DHOM_SYNY3 ; +DR P31116, DHOM_YEAST ; P37144, DHON_METGL ; // ID 1.1.1.4 DE (R,R)-butanediol dehydrogenase. @@ -485,24 +488,24 @@ DR Q47XB8, HISX_COLP3 ; P60858, HISX_CORDI ; Q8FNZ0, HISX_COREF ; DR Q8NNT5, HISX_CORGL ; Q4JW59, HISX_CORJK ; Q46WL2, HISX_CUPPJ ; DR Q6A8L5, HISX_CUTAK ; Q47AL5, HISX_DECAR ; Q3Z878, HISX_DEHM1 ; DR Q3ZXL7, HISX_DEHMC ; Q9RSI4, HISX_DEIRA ; Q6ANR3, HISX_DESPS ; -DR P62457, HISX_DESVH ; Q8X8T3, HISX_ECO57 ; Q8FG52, HISX_ECOL6 ; -DR P06988, HISX_ECOLI ; Q5KVC6, HISX_GEOKA ; Q39YP7, HISX_GEOMG ; -DR P60859, HISX_GEOSL ; Q7NL02, HISX_GLOVI ; Q5FS83, HISX_GLUOX ; -DR Q4QN74, HISX_HAEI8 ; P44001, HISX_HAEIN ; Q9K6Z2, HISX_HALH5 ; -DR Q5V574, HISX_HALMA ; Q9HPW5, HISX_HALSA ; Q7VFF5, HISX_HELHP ; -DR Q8GDP4, HISX_HELMO ; Q31GY9, HISX_HYDCU ; Q5QWP8, HISX_IDILO ; -DR Q02136, HISX_LACLA ; P59399, HISX_LACPL ; Q5X5W9, HISX_LEGPA ; -DR Q5ZW87, HISX_LEGPH ; Q5WX91, HISX_LEGPL ; Q6AE76, HISX_LEIXX ; -DR B0S9F2, HISX_LEPBA ; B0SS41, HISX_LEPBP ; P62458, HISX_LEPIC ; -DR Q8F393, HISX_LEPIN ; Q92E84, HISX_LISIN ; Q722Y3, HISX_LISMF ; -DR Q8Y9G1, HISX_LISMO ; Q65RB1, HISX_MANSM ; Q8TL41, HISX_METAC ; -DR Q465R4, HISX_METBF ; Q606Q2, HISX_METCA ; Q58851, HISX_METJA ; -DR Q8TXG3, HISX_METKA ; Q8PZR8, HISX_METMA ; P60862, HISX_METMP ; -DR O26327, HISX_METTH ; Q2RGV8, HISX_MOOTA ; P63951, HISX_MYCBO ; -DR Q9CC57, HISX_MYCLE ; P60860, HISX_MYCPA ; P28736, HISX_MYCSM ; -DR P9WNW8, HISX_MYCTO ; P9WNW9, HISX_MYCTU ; Q3IQR5, HISX_NATPD ; -DR Q5F7D8, HISX_NEIG1 ; Q9JTH9, HISX_NEIMA ; Q9JYH8, HISX_NEIMB ; -DR Q82W26, HISX_NITEU ; Q2YAU5, HISX_NITMU ; Q3J7H1, HISX_NITOC ; +DR Q8X8T3, HISX_ECO57 ; Q8FG52, HISX_ECOL6 ; P06988, HISX_ECOLI ; +DR Q5KVC6, HISX_GEOKA ; Q39YP7, HISX_GEOMG ; P60859, HISX_GEOSL ; +DR Q7NL02, HISX_GLOVI ; Q5FS83, HISX_GLUOX ; Q4QN74, HISX_HAEI8 ; +DR P44001, HISX_HAEIN ; Q9K6Z2, HISX_HALH5 ; Q5V574, HISX_HALMA ; +DR Q9HPW5, HISX_HALSA ; Q7VFF5, HISX_HELHP ; Q8GDP4, HISX_HELMO ; +DR Q31GY9, HISX_HYDCU ; Q5QWP8, HISX_IDILO ; Q02136, HISX_LACLA ; +DR P59399, HISX_LACPL ; Q5X5W9, HISX_LEGPA ; Q5ZW87, HISX_LEGPH ; +DR Q5WX91, HISX_LEGPL ; Q6AE76, HISX_LEIXX ; B0S9F2, HISX_LEPBA ; +DR B0SS41, HISX_LEPBP ; P62458, HISX_LEPIC ; Q8F393, HISX_LEPIN ; +DR Q92E84, HISX_LISIN ; Q722Y3, HISX_LISMF ; Q8Y9G1, HISX_LISMO ; +DR Q65RB1, HISX_MANSM ; Q8TL41, HISX_METAC ; Q465R4, HISX_METBF ; +DR Q606Q2, HISX_METCA ; Q58851, HISX_METJA ; Q8TXG3, HISX_METKA ; +DR Q8PZR8, HISX_METMA ; P60862, HISX_METMP ; O26327, HISX_METTH ; +DR Q2RGV8, HISX_MOOTA ; P63951, HISX_MYCBO ; Q9CC57, HISX_MYCLE ; +DR P60860, HISX_MYCPA ; P28736, HISX_MYCSM ; P9WNW8, HISX_MYCTO ; +DR P9WNW9, HISX_MYCTU ; Q3IQR5, HISX_NATPD ; Q5F7D8, HISX_NEIG1 ; +DR Q9JTH9, HISX_NEIMA ; Q9JYH8, HISX_NEIMB ; Q82W26, HISX_NITEU ; +DR Q2YAU5, HISX_NITMU ; Q3J7H1, HISX_NITOC ; P62457, HISX_NITV2 ; DR Q3SW26, HISX_NITWN ; Q5YYQ0, HISX_NOCFA ; Q8ESR8, HISX_OCEIH ; DR Q313T7, HISX_OLEA2 ; Q5NAY4, HISX_ORYSJ ; Q7U8K7, HISX_PARMW ; DR Q9CLM4, HISX_PASMU ; Q6D411, HISX_PECAS ; Q4FNE2, HISX_PELUB ; @@ -530,7 +533,7 @@ DR Q9X0D1, HISX_THEMA ; P62460, HISX_THET2 ; Q5SKC1, HISX_THET8 ; DR Q8DGR2, HISX_THEVB ; Q3SI67, HISX_THIDA ; Q9L6I1, HISX_THIRO ; DR Q9F854, HISX_VIBCH ; Q87QL1, HISX_VIBPA ; Q8D8Q0, HISX_VIBVU ; DR Q7MLS6, HISX_VIBVY ; Q7M8K9, HISX_WOLSU ; Q8PLG9, HISX_XANAC ; -DR Q3BUF7, HISX_XANC5 ; Q4UU40, HISX_XANC8 ; Q8P9P2, HISX_XANCP ; +DR Q4UU40, HISX_XANC8 ; Q8P9P2, HISX_XANCP ; Q3BUF7, HISX_XANE5 ; DR Q2P3K3, HISX_XANOM ; Q5H0L1, HISX_XANOR ; Q9PBC5, HISX_XYLFA ; DR Q87C29, HISX_XYLFT ; Q8ZFX5, HISX_YERPE ; Q66C49, HISX_YERPS ; DR Q9RH05, HISX_ZYMMO ; @@ -658,24 +661,24 @@ DR Q5WT02, AROE_LEGPL ; Q04QM3, AROE_LEPBJ ; Q054A8, AROE_LEPBL ; DR B1Y4W6, AROE_LEPCP ; Q72N87, AROE_LEPIC ; Q8F8C0, AROE_LEPIN ; DR Q92EG7, AROE_LISIN ; Q723F9, AROE_LISMF ; Q8Y9N5, AROE_LISMO ; DR B1HUI4, AROE_LYSSC ; B9E6Y4, AROE_MACCJ ; A0L3K8, AROE_MAGMM ; -DR Q2VYH4, AROE_MAGSA ; Q0AKD6, AROE_MARMM ; A1TWN6, AROE_MARN8 ; -DR C6BUS3, AROE_MARSD ; A6UU64, AROE_META3 ; Q8THC3, AROE_METAC ; -DR Q0W4U3, AROE_METAR ; Q46DZ6, AROE_METBF ; Q12UJ9, AROE_METBU ; -DR Q603L1, AROE_METCA ; Q1GYH7, AROE_METFK ; Q58484, AROE_METJA ; -DR Q8TZ24, AROE_METKA ; A9AB08, AROE_METM6 ; A6VFM7, AROE_METM7 ; -DR Q8PXE6, AROE_METMA ; Q6LYQ2, AROE_METMP ; A2SKR5, AROE_METPP ; -DR B1M3B2, AROE_METRJ ; A5UMF6, AROE_METS3 ; B8EM72, AROE_METSB ; -DR Q2NGK8, AROE_METST ; O26344, AROE_METTH ; A0B999, AROE_METTP ; -DR A6UNU0, AROE_METVS ; B0JPM6, AROE_MICAN ; Q2RI72, AROE_MOOTA ; -DR Q3ITN9, AROE_NATPD ; P95337, AROE_NEICI ; P95340, AROE_NEIFL ; -DR Q5F6F7, AROE_NEIG1 ; P95361, AROE_NEIGO ; P95368, AROE_NEILA ; -DR A9M2N2, AROE_NEIM0 ; P56991, AROE_NEIMA ; P56992, AROE_NEIMB ; -DR A1KVS6, AROE_NEIMF ; P95389, AROE_NEIMU ; P95400, AROE_NEIPH ; -DR P95399, AROE_NEIPO ; Q0AIP9, AROE_NITEC ; Q82U74, AROE_NITEU ; -DR Q1QP91, AROE_NITHX ; A9A233, AROE_NITMS ; Q2YBM5, AROE_NITMU ; -DR Q3J818, AROE_NITOC ; Q3SNB4, AROE_NITWN ; Q8YVC1, AROE_NOSS1 ; -DR Q8EPU9, AROE_OCEIH ; Q30VD9, AROE_OLEA2 ; A1TKF1, AROE_PARC0 ; -DR A1B5V3, AROE_PARDP ; A7HSJ1, AROE_PARL1 ; P57932, AROE_PASMU ; +DR Q0AKD6, AROE_MARMM ; A1TWN6, AROE_MARN8 ; C6BUS3, AROE_MARSD ; +DR A6UU64, AROE_META3 ; Q8THC3, AROE_METAC ; Q0W4U3, AROE_METAR ; +DR Q46DZ6, AROE_METBF ; Q12UJ9, AROE_METBU ; Q603L1, AROE_METCA ; +DR Q1GYH7, AROE_METFK ; Q58484, AROE_METJA ; Q8TZ24, AROE_METKA ; +DR A9AB08, AROE_METM6 ; A6VFM7, AROE_METM7 ; Q8PXE6, AROE_METMA ; +DR Q6LYQ2, AROE_METMP ; A2SKR5, AROE_METPP ; B1M3B2, AROE_METRJ ; +DR A5UMF6, AROE_METS3 ; B8EM72, AROE_METSB ; Q2NGK8, AROE_METST ; +DR O26344, AROE_METTH ; A0B999, AROE_METTP ; A6UNU0, AROE_METVS ; +DR B0JPM6, AROE_MICAN ; Q2RI72, AROE_MOOTA ; Q3ITN9, AROE_NATPD ; +DR P95337, AROE_NEICI ; P95340, AROE_NEIFL ; Q5F6F7, AROE_NEIG1 ; +DR P95361, AROE_NEIGO ; P95368, AROE_NEILA ; A9M2N2, AROE_NEIM0 ; +DR P56991, AROE_NEIMA ; P56992, AROE_NEIMB ; A1KVS6, AROE_NEIMF ; +DR P95389, AROE_NEIMU ; P95400, AROE_NEIPH ; P95399, AROE_NEIPO ; +DR Q0AIP9, AROE_NITEC ; Q82U74, AROE_NITEU ; Q1QP91, AROE_NITHX ; +DR A9A233, AROE_NITMS ; Q2YBM5, AROE_NITMU ; Q3J818, AROE_NITOC ; +DR Q3SNB4, AROE_NITWN ; Q8YVC1, AROE_NOSS1 ; Q8EPU9, AROE_OCEIH ; +DR Q30VD9, AROE_OLEA2 ; A1TKF1, AROE_PARC0 ; A1B5V3, AROE_PARDP ; +DR A7HSJ1, AROE_PARL1 ; Q2VYH4, AROE_PARM1 ; P57932, AROE_PASMU ; DR Q6D006, AROE_PECAS ; C6DFR0, AROE_PECCP ; B4SD14, AROE_PELPB ; DR A1ARJ6, AROE_PELPD ; Q4FNS5, AROE_PELUB ; B4RBF7, AROE_PHEZH ; DR Q7MYI6, AROE_PHOLL ; Q6LLK1, AROE_PHOPR ; B4S9K2, AROE_PROA2 ; @@ -736,8 +739,8 @@ DR Q3M8H2, AROE_TRIV2 ; A1WJY8, AROE_VEREI ; A5CWY3, AROE_VESOH ; DR B7VMW2, AROE_VIBA3 ; A7N127, AROE_VIBC1 ; A5F4C3, AROE_VIBC3 ; DR Q9KVT3, AROE_VIBCH ; C3LPC9, AROE_VIBCM ; Q87KE4, AROE_VIBPA ; DR Q8DDD4, AROE_VIBVU ; Q7MGL5, AROE_VIBVY ; Q8PFE9, AROE_XANAC ; -DR Q3BN06, AROE_XANC5 ; Q4UPE3, AROE_XANC8 ; B0RXX4, AROE_XANCB ; -DR Q8P3W6, AROE_XANCP ; Q2P8K0, AROE_XANOM ; B2I7C8, AROE_XYLF2 ; +DR Q4UPE3, AROE_XANC8 ; B0RXX4, AROE_XANCB ; Q8P3W6, AROE_XANCP ; +DR Q3BN06, AROE_XANE5 ; Q2P8K0, AROE_XANOM ; B2I7C8, AROE_XYLF2 ; DR Q9PFN3, AROE_XYLFA ; B0U410, AROE_XYLFM ; Q87BC5, AROE_XYLFT ; DR A1JRY4, AROE_YERE8 ; A7FNJ7, AROE_YERP3 ; Q1C2Y4, AROE_YERPA ; DR B2K4Z9, AROE_YERPB ; Q8ZJ74, AROE_YERPE ; A9R934, AROE_YERPG ; @@ -830,20 +833,20 @@ DR Q8XP62, LDH_CLOPE ; Q0SWR1, LDH_CLOPS ; Q892U0, LDH_CLOTE ; DR P62050, LDH_CORDI ; Q8FLV6, LDH_COREF ; A4QHW5, LDH_CORGB ; DR Q8NLN0, LDH_CORGL ; Q4JY42, LDH_CORJK ; Q07251, LDH_CUPNH ; DR Q6A9C3, LDH_CUTAK ; P50933, LDH_DEIRA ; A4J898, LDH_DESRM ; -DR P62051, LDH_DESVH ; A1VG02, LDH_DESVV ; Q95028, LDH_DROME ; -DR A7HM89, LDH_FERNB ; Q8RED8, LDH_FUSNN ; B9LZ61, LDH_GEODF ; -DR Q5L2S0, LDH_GEOKA ; P00344, LDH_GEOSE ; C5D5V2, LDH_GEOSW ; -DR A4IKL5, LDH_GEOTN ; Q7NG49, LDH_GLOVI ; Q9K5Z8, LDH_HALH5 ; -DR C5CGP2, LDH_KOSOT ; P00343, LDH_LACCA ; Q04CN9, LDH_LACDB ; -DR O32765, LDH_LACHE ; P0CI34, LDH_LACLM ; D8KFT1, LDH_LACLN ; -DR P56511, LDH_LACPE ; P50934, LDH_LATSK ; Q38V71, LDH_LATSS ; -DR Q1WSG2, LDH_LIGS1 ; B2GBW0, LDH_LIMF3 ; Q8GMJ0, LDH_LIMRT ; -DR B9E9F9, LDH_MACCJ ; P29038, LDH_MAIZE ; Q8EUG3, LDH_MALP2 ; -DR Q6F0L9, LDH_MESFL ; P0C0J2, LDH_MESH2 ; Q4A8M8, LDH_MESH7 ; -DR P0C0J3, LDH_MESHJ ; P0C0J4, LDH_MESHO ; Q6KIP9, LDH_MESM1 ; +DR Q95028, LDH_DROME ; A7HM89, LDH_FERNB ; Q8RED8, LDH_FUSNN ; +DR B9LZ61, LDH_GEODF ; Q5L2S0, LDH_GEOKA ; P00344, LDH_GEOSE ; +DR C5D5V2, LDH_GEOSW ; A4IKL5, LDH_GEOTN ; Q7NG49, LDH_GLOVI ; +DR Q9K5Z8, LDH_HALH5 ; C5CGP2, LDH_KOSOT ; P00343, LDH_LACCA ; +DR Q04CN9, LDH_LACDB ; O32765, LDH_LACHE ; P0CI34, LDH_LACLM ; +DR D8KFT1, LDH_LACLN ; P56511, LDH_LACPE ; P50934, LDH_LATSK ; +DR Q38V71, LDH_LATSS ; Q1WSG2, LDH_LIGS1 ; B2GBW0, LDH_LIMF3 ; +DR Q8GMJ0, LDH_LIMRT ; B9E9F9, LDH_MACCJ ; P29038, LDH_MAIZE ; +DR Q8EUG3, LDH_MALP2 ; Q6F0L9, LDH_MESFL ; P0C0J2, LDH_MESH2 ; +DR Q4A8M8, LDH_MESH7 ; P0C0J3, LDH_MESHJ ; P0C0J4, LDH_MESHO ; DR Q2RHG3, LDH_MOOTA ; Q2SS50, LDH_MYCCT ; O52354, LDH_MYCGA ; -DR P47698, LDH_MYCGE ; P62054, LDH_MYCMS ; P78007, LDH_MYCPN ; -DR Q98PG4, LDH_MYCPU ; Q8ELF0, LDH_OCEIH ; Q59645, LDH_PEDAC ; +DR P47698, LDH_MYCGE ; Q6KIP9, LDH_MYCM1 ; P62054, LDH_MYCMS ; +DR P78007, LDH_MYCPN ; Q98PG4, LDH_MYCPU ; P62051, LDH_NITV2 ; +DR A1VG02, LDH_NITV4 ; Q8ELF0, LDH_OCEIH ; Q59645, LDH_PEDAC ; DR Q03DZ7, LDH_PEDPA ; P33571, LDH_PETMA ; A9BGZ9, LDH_PETMO ; DR Q7SI97, LDH_PLABA ; P84793, LDH_PLABE ; P13774, LDH_PLAFA ; DR Q27743, LDH_PLAFD ; P00345, LDH_PRIMG ; A8F6M1, LDH_PSELT ; @@ -946,9 +949,10 @@ DR Q01237, HMDH_MOUSE ; Q01559, HMDH_NICSY ; Q12649, HMDH_PHYB8 ; DR Q1W675, HMDH_PIG ; Q5R6N3, HMDH_PONAB ; Q9V1R3, HMDH_PYRAB ; DR O59469, HMDH_PYRHO ; Q29512, HMDH_RABIT ; P51639, HMDH_RAT ; DR O08424, HMDH_SACS2 ; P16237, HMDH_SCHMA ; Q10283, HMDH_SCHPO ; -DR P16393, HMDH_STRPU ; P20715, HMDH_XENLA ; A0A0A1C3I2, HMGR1_PANGI; -DR A0A0A1C930, HMR2A_PANGI; U5JCC6, HMR2B_PANGI; Q8J0F4, MLCD_PENCI ; -DR Q3S2U3, MOKG_MONPI ; C8VN86, PBCC_EMENI ; +DR P16393, HMDH_STRPU ; P20715, HMDH_XENLA ; A0A7J6H013, HMGR1_CANSA; +DR A0A0A1C3I2, HMGR1_PANGI; A0A803NI27, HMGR2_CANSA; A0A0A1C930, HMR2A_PANGI; +DR U5JCC6, HMR2B_PANGI; Q8J0F4, MLCD_PENCI ; Q3S2U3, MOKG_MONPI ; +DR C8VN86, PBCC_EMENI ; // ID 1.1.1.35 DE 3-hydroxyacyl-CoA dehydrogenase. @@ -1158,26 +1162,26 @@ DR B2GKC8, MDH_KOCRD ; C1DB66, MDH_LARHH ; Q5X2T6, MDH_LEGPA ; DR A5IEF4, MDH_LEGPC ; Q5ZT13, MDH_LEGPH ; Q5WU94, MDH_LEGPL ; DR B0SF41, MDH_LEPBA ; Q04RS5, MDH_LEPBJ ; Q051U6, MDH_LEPBL ; DR B0SN74, MDH_LEPBP ; B1Y8A3, MDH_LEPCP ; P61975, MDH_LEPIC ; -DR Q8F4A2, MDH_LEPIN ; A0L5T9, MDH_MAGMM ; Q2W064, MDH_MAGSA ; -DR Q65T37, MDH_MANSM ; Q0AKT3, MDH_MARMM ; Q8TSH7, MDH_METAC ; -DR Q46BQ2, MDH_METBF ; B7KVX2, MDH_METC4 ; Q60B71, MDH_METCA ; -DR Q84FY8, MDH_METEA ; A9W386, MDH_METEP ; P16142, MDH_METFV ; -DR Q8PVJ7, MDH_METMA ; B8IJB4, MDH_METNO ; B1ZG93, MDH_METPB ; -DR A2SHT9, MDH_METPP ; B1LZN1, MDH_METRJ ; B0UCF0, MDH_METS4 ; -DR B8EM38, MDH_METSB ; P19979, MDH_MICGL ; Q6AW21, MDH_MORJA ; -DR Q6AW23, MDH_MORMI ; Q7X3X5, MDH_MORS2 ; P48364, MDH_MORS5 ; -DR A0QCI6, MDH_MYCA1 ; P0A5J7, MDH_MYCBO ; A1KI28, MDH_MYCBP ; -DR C1AMN4, MDH_MYCBT ; P50917, MDH_MYCLE ; B2HRH5, MDH_MYCMM ; -DR P61976, MDH_MYCPA ; A5U1T8, MDH_MYCTA ; P9WK12, MDH_MYCTO ; -DR P9WK13, MDH_MYCTU ; A0PVV1, MDH_MYCUA ; A1T9L9, MDH_MYCVP ; -DR Q6ZZC6, MDH_MYXXA ; Q3IU43, MDH_NATPD ; Q2GCH6, MDH_NEOSM ; -DR P10887, MDH_NITAL ; Q0AFK6, MDH_NITEC ; Q82WB9, MDH_NITEU ; -DR Q1QQR2, MDH_NITHX ; A9A450, MDH_NITMS ; Q2YAQ4, MDH_NITMU ; -DR Q3J7E7, MDH_NITOC ; A6Q388, MDH_NITSB ; Q3SVK5, MDH_NITWN ; -DR Q5YTI1, MDH_NOCFA ; A1SMP3, MDH_NOCSJ ; B2J5F8, MDH_NOSP7 ; -DR Q8YP78, MDH_NOSS1 ; Q2G946, MDH_NOVAD ; Q8EPE2, MDH_OCEIH ; -DR A1R2B5, MDH_PAEAT ; A1TP96, MDH_PARC0 ; A6L903, MDH_PARD8 ; -DR A7HT37, MDH_PARL1 ; B2JQD2, MDH_PARP8 ; B2T9P8, MDH_PARPJ ; +DR Q8F4A2, MDH_LEPIN ; A0L5T9, MDH_MAGMM ; Q65T37, MDH_MANSM ; +DR Q0AKT3, MDH_MARMM ; Q8TSH7, MDH_METAC ; Q46BQ2, MDH_METBF ; +DR B7KVX2, MDH_METC4 ; Q60B71, MDH_METCA ; Q84FY8, MDH_METEA ; +DR A9W386, MDH_METEP ; P16142, MDH_METFV ; Q8PVJ7, MDH_METMA ; +DR B8IJB4, MDH_METNO ; B1ZG93, MDH_METPB ; A2SHT9, MDH_METPP ; +DR B1LZN1, MDH_METRJ ; B0UCF0, MDH_METS4 ; B8EM38, MDH_METSB ; +DR P19979, MDH_MICGL ; Q6AW21, MDH_MORJA ; Q6AW23, MDH_MORMI ; +DR Q7X3X5, MDH_MORS2 ; P48364, MDH_MORS5 ; A0QCI6, MDH_MYCA1 ; +DR P0A5J7, MDH_MYCBO ; A1KI28, MDH_MYCBP ; C1AMN4, MDH_MYCBT ; +DR P50917, MDH_MYCLE ; B2HRH5, MDH_MYCMM ; P61976, MDH_MYCPA ; +DR A5U1T8, MDH_MYCTA ; P9WK12, MDH_MYCTO ; P9WK13, MDH_MYCTU ; +DR A0PVV1, MDH_MYCUA ; A1T9L9, MDH_MYCVP ; Q6ZZC6, MDH_MYXXA ; +DR Q3IU43, MDH_NATPD ; Q2GCH6, MDH_NEOSM ; P10887, MDH_NITAL ; +DR Q0AFK6, MDH_NITEC ; Q82WB9, MDH_NITEU ; Q1QQR2, MDH_NITHX ; +DR A9A450, MDH_NITMS ; Q2YAQ4, MDH_NITMU ; Q3J7E7, MDH_NITOC ; +DR A6Q388, MDH_NITSB ; Q3SVK5, MDH_NITWN ; Q5YTI1, MDH_NOCFA ; +DR A1SMP3, MDH_NOCSJ ; B2J5F8, MDH_NOSP7 ; Q8YP78, MDH_NOSS1 ; +DR Q2G946, MDH_NOVAD ; Q8EPE2, MDH_OCEIH ; A1R2B5, MDH_PAEAT ; +DR A1TP96, MDH_PARC0 ; A6L903, MDH_PARD8 ; A7HT37, MDH_PARL1 ; +DR Q2W064, MDH_PARM1 ; B2JQD2, MDH_PARP8 ; B2T9P8, MDH_PARPJ ; DR Q6MAA3, MDH_PARUW ; Q13S42, MDH_PARXL ; Q9CN86, MDH_PASMU ; DR Q6D9D1, MDH_PECAS ; P61897, MDH_PECCC ; C6DKH1, MDH_PECCP ; DR B4SFQ8, MDH_PELPB ; Q4FP28, MDH_PELUB ; P19980, MDH_PHEIM ; @@ -1236,8 +1240,8 @@ DR A7MWD3, MDH_VIBC1 ; Q9KUT3, MDH_VIBCH ; Q9L8F6, MDH_VIBMI ; DR Q87SU7, MDH_VIBPA ; Q8DEC2, MDH_VIBVU ; Q7MP97, MDH_VIBVY ; DR P80538, MDH_VOGIN ; Q73G44, MDH_WOLPM ; B3CM44, MDH_WOLPP ; DR Q7M9A7, MDH_WOLSU ; Q5GT41, MDH_WOLTR ; C0R4Y0, MDH_WOLWR ; -DR Q8PNP8, MDH_XANAC ; Q3BWU8, MDH_XANC5 ; Q4URH2, MDH_XANC8 ; -DR B0RU49, MDH_XANCB ; Q8PC25, MDH_XANCP ; Q2P736, MDH_XANOM ; +DR Q8PNP8, MDH_XANAC ; Q4URH2, MDH_XANC8 ; B0RU49, MDH_XANCB ; +DR Q8PC25, MDH_XANCP ; Q3BWU8, MDH_XANE5 ; Q2P736, MDH_XANOM ; DR B2SMP6, MDH_XANOP ; Q5H496, MDH_XANOR ; A7IBL9, MDH_XANP2 ; DR B2I8M1, MDH_XYLF2 ; Q9PE17, MDH_XYLFA ; B0U5Q1, MDH_XYLFM ; DR Q87E35, MDH_XYLFT ; A1JIV0, MDH_YERE8 ; A7FMU2, MDH_YERP3 ; @@ -1390,8 +1394,10 @@ CC that is found in both mitochondria and cytoplasm. CC -!- The enzyme from some species can also use NAD(+) but much more CC slowly. DR Q9SRZ6, ICDHC_ARATH; Q8LPJ5, ICDHP_ARATH; Q9SLK0, ICDHX_ARATH; -DR O13285, IDH1_CANTR ; P41560, IDH1_COLMA ; O13294, IDH2_CANTR ; -DR P41561, IDH2_COLMA ; Q9XSG3, IDHC_BOVIN ; Q75JR3, IDHC_DICDI ; +DR O13285, IDH1_CANTR ; P41560, IDH1_COLMA ; P65098, IDH1_MYCBO ; +DR P9WKL0, IDH1_MYCTO ; P9WKL1, IDH1_MYCTU ; A0A5A4WIX0, IDH1_PSYS3 ; +DR O13294, IDH2_CANTR ; P41561, IDH2_COLMA ; O53611, IDH2_MYCTU ; +DR A0A5A4WIZ7, IDH2_PSYS3 ; Q9XSG3, IDHC_BOVIN ; Q75JR3, IDHC_DICDI ; DR O75874, IDHC_HUMAN ; Q9Z2K9, IDHC_MICME ; Q9Z2K8, IDHC_MICOH ; DR O88844, IDHC_MOUSE ; P83726, IDHC_NAEFO ; P20304, IDHC_PIG ; DR Q5R9C5, IDHC_PONAB ; P41562, IDHC_RAT ; Q6XUZ5, IDHC_SHEEP ; @@ -1404,8 +1410,7 @@ DR P21954, IDHP_YEAST ; O67480, IDH_AQUAE ; O29610, IDH_ARCFU ; DR P16100, IDH_AZOVI ; P39126, IDH_BACSU ; P96318, IDH_CALNO ; DR Q8RQL9, IDH_COREF ; P50216, IDH_CORGL ; Q9ZH99, IDH_COXBU ; DR P08200, IDH_ECOLI ; D4GU92, IDH_HALVD ; Q9ZN36, IDH_HELPJ ; -DR P56063, IDH_HELPY ; P65098, IDH_MYCBO ; P9WKL0, IDH_MYCTO ; -DR P9WKL1, IDH_MYCTU ; P50214, IDH_NOSS1 ; Q02NB5, IDH_PSEAB ; +DR P56063, IDH_HELPY ; P50214, IDH_NOSS1 ; Q02NB5, IDH_PSEAB ; DR Q1RJU4, IDH_RICBR ; Q92IR7, IDH_RICCN ; Q4UKR1, IDH_RICFE ; DR Q9ZDR0, IDH_RICPR ; Q68XA5, IDH_RICTY ; P50215, IDH_SPHYA ; DR Q5HF79, IDH_STAAC ; P65099, IDH_STAAM ; P99167, IDH_STAAN ; @@ -1521,15 +1526,16 @@ DR P11410, G6PD_CYBJA ; P37986, G6PD_DICD3 ; Q557D2, G6PD_DICDI ; DR P15588, G6PD_DIDVI ; P12646, G6PD_DROME ; Q24625, G6PD_DROSI ; DR Q27638, G6PD_DROYA ; Q8XCJ6, G6PD_ECO57 ; P0AC54, G6PD_ECOL6 ; DR P0AC53, G6PD_ECOLI ; P41764, G6PD_EMENI ; Q8SR89, G6PD_ENCCU ; -DR Q5FUK8, G6PD_GLUOX ; P44311, G6PD_HAEIN ; Q9ZKB2, G6PD_HELPJ ; -DR P56110, G6PD_HELPY ; P11413, G6PD_HUMAN ; Q25019, G6PD_HYACE ; -DR P48828, G6PD_KLULA ; P80619, G6PD_MAIZE ; Q42919, G6PD_MEDSA ; -DR A0QP90, G6PD_MYCS2 ; P48848, G6PD_NOSP7 ; P48992, G6PD_NOSS1 ; -DR Q29492, G6PD_OSPRO ; P05370, G6PD_RAT ; Q9Z3S2, G6PD_RHIME ; -DR Q25537, G6PD_SARBU ; O00091, G6PD_SCHPO ; P37830, G6PD_SOLTU ; -DR O54537, G6PD_STRPN ; P29686, G6PD_SYNE7 ; P73411, G6PD_SYNY3 ; -DR P54996, G6PD_TAKRU ; Q9X0N9, G6PD_THEMA ; O83491, G6PD_TREPA ; -DR P11412, G6PD_YEAST ; P21907, G6PD_ZYMMO ; Q8IKU0, GLUPH_PLAF7; +DR Q5FUK8, G6PD_GLUOX ; P44311, G6PD_HAEIN ; A0A1E5S1A9, G6PD_HANUV ; +DR Q9ZKB2, G6PD_HELPJ ; P56110, G6PD_HELPY ; P11413, G6PD_HUMAN ; +DR Q25019, G6PD_HYACE ; P48828, G6PD_KLULA ; P80619, G6PD_MAIZE ; +DR Q42919, G6PD_MEDSA ; A0QP90, G6PD_MYCS2 ; P48848, G6PD_NOSP7 ; +DR P48992, G6PD_NOSS1 ; Q29492, G6PD_OSPRO ; P05370, G6PD_RAT ; +DR Q9Z3S2, G6PD_RHIME ; Q25537, G6PD_SARBU ; O00091, G6PD_SCHPO ; +DR P37830, G6PD_SOLTU ; O54537, G6PD_STRPN ; P29686, G6PD_SYNE7 ; +DR P73411, G6PD_SYNY3 ; P54996, G6PD_TAKRU ; Q9X0N9, G6PD_THEMA ; +DR O83491, G6PD_TREPA ; P11412, G6PD_YEAST ; P21907, G6PD_ZYMMO ; +DR Q8IKU0, GLUPH_PLAF7; // ID 1.1.1.50 DE 3alpha-hydroxysteroid 3-dehydrogenase (Si-specific). @@ -1960,27 +1966,26 @@ DR P87186, LEU3_CANAX ; Q01987, LEU3_CANBO ; O14429, LEU3_CANGA ; DR P07139, LEU3_CANMA ; Q3AEQ2, LEU3_CARHZ ; Q9ABN3, LEU3_CAUVC ; DR Q3IZJ3, LEU3_CERS4 ; Q3APC4, LEU3_CHLCH ; Q3B595, LEU3_CHLL3 ; DR P59028, LEU3_CHLTE ; Q1QUR0, LEU3_CHRSD ; Q7NUC2, LEU3_CHRVO ; -DR A5CPZ4, LEU3_CLAM3 ; B0RIP4, LEU3_CLAMS ; Q97EE2, LEU3_CLOAB ; +DR A5CPZ4, LEU3_CLAM3 ; B0RIP4, LEU3_CLASE ; Q97EE2, LEU3_CLOAB ; DR P31958, LEU3_CLOPA ; Q47WG3, LEU3_COLP3 ; C3PFX5, LEU3_CORA7 ; DR Q6NHM7, LEU3_CORDI ; Q8FPV5, LEU3_COREF ; A4QDP9, LEU3_CORGB ; DR P94631, LEU3_CORGL ; Q4JUQ0, LEU3_CORJK ; C4LJH3, LEU3_CORK4 ; DR B1VG35, LEU3_CORU7 ; Q1LKH7, LEU3_CUPMC ; Q46YW0, LEU3_CUPPJ ; DR P08791, LEU3_CYBJA ; Q6B458, LEU3_DEBHA ; Q3Z896, LEU3_DEHM1 ; DR Q3ZXI7, LEU3_DEHMC ; Q1IZK2, LEU3_DEIGD ; Q9RTH9, LEU3_DEIRA ; -DR Q24XT2, LEU3_DESHY ; Q6ANR1, LEU3_DESPS ; Q726X1, LEU3_DESVH ; -DR Q9HDQ5, LEU3_DIURU ; Q8X9Z9, LEU3_ECO57 ; Q8FL76, LEU3_ECOL6 ; -DR P30125, LEU3_ECOLI ; Q1RGC4, LEU3_ECOUT ; O60027, LEU3_EREGS ; -DR Q2J6V8, LEU3_FRACC ; A8L554, LEU3_FRASN ; Q5KWJ4, LEU3_GEOKA ; -DR Q39Y29, LEU3_GEOMG ; Q748X2, LEU3_GEOSL ; Q7NFH4, LEU3_GLOVI ; -DR Q5FUG5, LEU3_GLUOX ; Q4QLS3, LEU3_HAEI8 ; P43860, LEU3_HAEIN ; -DR Q2SJD6, LEU3_HAHCH ; Q9K8E9, LEU3_HALH5 ; D4GYE8, LEU3_HALVD ; -DR Q12545, LEU3_HAPCH ; Q7VH33, LEU3_HELHP ; P12010, LEU3_HEYCO ; -DR Q31HI0, LEU3_HYDCU ; Q28W67, LEU3_JANSC ; Q96WT9, LEU3_KAZEX ; -DR Q6PY58, LEU3_KAZHU ; P23390, LEU3_KLULA ; P41766, LEU3_KLUMA ; -DR P41926, LEU3_KODOH ; Q02143, LEU3_LACLA ; Q6AEP6, LEU3_LEIXX ; -DR Q72RH7, LEU3_LEPIC ; P24015, LEU3_LEPIN ; Q92A27, LEU3_LISIN ; -DR Q71Y34, LEU3_LISMF ; Q8Y5R8, LEU3_LISMO ; Q2VZV2, LEU3_MAGSA ; -DR Q65V05, LEU3_MANSM ; Q606F4, LEU3_METCA ; Q58130, LEU3_METJA ; +DR Q24XT2, LEU3_DESHY ; Q6ANR1, LEU3_DESPS ; Q9HDQ5, LEU3_DIURU ; +DR Q8X9Z9, LEU3_ECO57 ; Q8FL76, LEU3_ECOL6 ; P30125, LEU3_ECOLI ; +DR Q1RGC4, LEU3_ECOUT ; O60027, LEU3_EREGS ; Q2J6V8, LEU3_FRACC ; +DR Q5KWJ4, LEU3_GEOKA ; Q39Y29, LEU3_GEOMG ; Q748X2, LEU3_GEOSL ; +DR Q7NFH4, LEU3_GLOVI ; Q5FUG5, LEU3_GLUOX ; Q4QLS3, LEU3_HAEI8 ; +DR P43860, LEU3_HAEIN ; Q2SJD6, LEU3_HAHCH ; Q9K8E9, LEU3_HALH5 ; +DR D4GYE8, LEU3_HALVD ; Q12545, LEU3_HAPCH ; Q7VH33, LEU3_HELHP ; +DR P12010, LEU3_HEYCO ; Q31HI0, LEU3_HYDCU ; Q28W67, LEU3_JANSC ; +DR P23390, LEU3_KLULA ; P41766, LEU3_KLUMA ; P41926, LEU3_KODOH ; +DR Q02143, LEU3_LACLA ; Q6AEP6, LEU3_LEIXX ; Q72RH7, LEU3_LEPIC ; +DR P24015, LEU3_LEPIN ; Q92A27, LEU3_LISIN ; Q71Y34, LEU3_LISMF ; +DR Q8Y5R8, LEU3_LISMO ; Q65V05, LEU3_MANSM ; Q96WT9, LEU3_MAUEX ; +DR Q6PY58, LEU3_MAUHU ; Q606F4, LEU3_METCA ; Q58130, LEU3_METJA ; DR O27441, LEU3_METTH ; Q2RGA0, LEU3_MOOTA ; A0QJC2, LEU3_MYCA1 ; DR P94929, LEU3_MYCBO ; A1KMY9, LEU3_MYCBP ; C1AGB0, LEU3_MYCBT ; DR A4TE12, LEU3_MYCGI ; B8ZS15, LEU3_MYCLB ; O33117, LEU3_MYCLE ; @@ -1990,9 +1995,10 @@ DR P9WKK8, LEU3_MYCTO ; P9WKK9, LEU3_MYCTU ; A0PPY6, LEU3_MYCUA ; DR A1T6Z4, LEU3_MYCVP ; Q5F8T6, LEU3_NEIG1 ; P50180, LEU3_NEILA ; DR Q9JU79, LEU3_NEIMA ; Q9JZI9, LEU3_NEIMB ; P34738, LEU3_NEUCR ; DR Q82WI6, LEU3_NITEU ; Q2Y7Q8, LEU3_NITMU ; Q3JCC4, LEU3_NITOC ; -DR Q3SNU3, LEU3_NITWN ; Q5YRX2, LEU3_NOCFA ; Q8YXA2, LEU3_NOSS1 ; -DR Q2G4X5, LEU3_NOVAD ; Q8EN68, LEU3_OCEIH ; Q30WD0, LEU3_OLEA2 ; -DR Q7U840, LEU3_PARMW ; Q9CJN6, LEU3_PASMU ; Q6D0G7, LEU3_PECAS ; +DR Q726X1, LEU3_NITV2 ; Q3SNU3, LEU3_NITWN ; Q5YRX2, LEU3_NOCFA ; +DR Q8YXA2, LEU3_NOSS1 ; Q2G4X5, LEU3_NOVAD ; Q8EN68, LEU3_OCEIH ; +DR Q30WD0, LEU3_OLEA2 ; Q2VZV2, LEU3_PARM1 ; Q7U840, LEU3_PARMW ; +DR A8L554, LEU3_PARS2 ; Q9CJN6, LEU3_PASMU ; Q6D0G7, LEU3_PECAS ; DR Q4FP17, LEU3_PELUB ; O59930, LEU3_PHACH ; Q7N128, LEU3_PHOLL ; DR Q6LV25, LEU3_PHOPR ; P34733, LEU3_PICAN ; O94114, LEU3_PICST ; DR P41019, LEU3_PRIM3 ; Q31B91, LEU3_PROM9 ; Q7VC80, LEU3_PROMA ; @@ -2026,8 +2032,8 @@ DR Q9WZ26, LEU3_THEMA ; P61494, LEU3_THET2 ; Q5SIY4, LEU3_THET8 ; DR P61495, LEU3_THETH ; P59029, LEU3_THEVB ; Q3SHL3, LEU3_THIDA ; DR Q3M8T9, LEU3_TRIV2 ; Q9KP82, LEU3_VIBCH ; Q87SS8, LEU3_VIBPA ; DR Q8DEE0, LEU3_VIBVU ; Q7MP78, LEU3_VIBVY ; Q9HDQ1, LEU3_WICAN ; -DR Q7M886, LEU3_WOLSU ; Q8PH05, LEU3_XANAC ; Q3BPJ8, LEU3_XANC5 ; -DR Q4UYG2, LEU3_XANC8 ; Q8P5L1, LEU3_XANCP ; Q2P762, LEU3_XANOM ; +DR Q7M886, LEU3_WOLSU ; Q8PH05, LEU3_XANAC ; Q4UYG2, LEU3_XANC8 ; +DR Q8P5L1, LEU3_XANCP ; Q3BPJ8, LEU3_XANE5 ; Q2P762, LEU3_XANOM ; DR Q5H4C7, LEU3_XANOR ; Q9PAX3, LEU3_XYLFA ; Q87BQ1, LEU3_XYLFT ; DR P18120, LEU3_YARLI ; P04173, LEU3_YEAST ; Q8ZIG9, LEU3_YERPE ; DR Q66EM2, LEU3_YERPS ; Q9P3Y0, LEU3_ZYGBA ; Q96WI0, LEU3_ZYGRC ; @@ -2103,7 +2109,7 @@ DR Q3B594, ILVC_CHLL3 ; B3EKV1, ILVC_CHLPB ; A1BES5, ILVC_CHLPD ; DR A4SFC5, ILVC_CHLPM ; B9LGM7, ILVC_CHLSY ; B3QSP0, ILVC_CHLT3 ; DR Q8KER7, ILVC_CHLTE ; A0M380, ILVC_CHRFK ; Q1R092, ILVC_CHRSD ; DR Q7P0H9, ILVC_CHRVO ; A8ACS4, ILVC_CITK8 ; A5CPY6, ILVC_CLAM3 ; -DR B0RIN6, ILVC_CLAMS ; Q97MV0, ILVC_CLOAB ; A6LPX8, ILVC_CLOB8 ; +DR B0RIN6, ILVC_CLASE ; Q97MV0, ILVC_CLOAB ; A6LPX8, ILVC_CLOB8 ; DR B2UYT8, ILVC_CLOBA ; B2TIR4, ILVC_CLOBB ; Q18C83, ILVC_CLOD6 ; DR A0Q0E9, ILVC_CLONN ; Q47UP4, ILVC_COLP3 ; C3PFX1, ILVC_CORA7 ; DR Q6NHN2, ILVC_CORDI ; Q8FPX1, ILVC_COREF ; A4QDN4, ILVC_CORGB ; @@ -2115,8 +2121,7 @@ DR Q11VZ3, ILVC_CYTH3 ; Q47BH8, ILVC_DECAR ; Q3Z891, ILVC_DEHM1 ; DR A5FR44, ILVC_DEHMB ; Q3ZXI2, ILVC_DEHMC ; C1CWT7, ILVC_DEIDV ; DR Q1J0T2, ILVC_DEIGD ; Q9RU74, ILVC_DEIRA ; A9BME9, ILVC_DELAS ; DR B8J2E2, ILVC_DESDA ; B8FU98, ILVC_DESHD ; Q24XT5, ILVC_DESHY ; -DR A4J179, ILVC_DESRM ; Q72CA6, ILVC_DESVH ; B8DNQ9, ILVC_DESVM ; -DR A1VE41, ILVC_DESVV ; B5YEF3, ILVC_DICT6 ; B8E2W8, ILVC_DICTD ; +DR A4J179, ILVC_DESRM ; B5YEF3, ILVC_DICT6 ; B8E2W8, ILVC_DICTD ; DR A8LS39, ILVC_DINSH ; A7ZTX6, ILVC_ECO24 ; B7UMN1, ILVC_ECO27 ; DR B7MGI6, ILVC_ECO45 ; B7L8B5, ILVC_ECO55 ; P58256, ILVC_ECO57 ; DR B5YY23, ILVC_ECO5E ; B7NTG7, ILVC_ECO7I ; B7N269, ILVC_ECO81 ; @@ -2127,56 +2132,57 @@ DR B7NF81, ILVC_ECOLU ; B6I4B1, ILVC_ECOSE ; B1LLU9, ILVC_ECOSM ; DR Q1R4G3, ILVC_ECOUT ; C5BBA8, ILVC_EDWI9 ; A4WG34, ILVC_ENT38 ; DR B2VG69, ILVC_ERWT9 ; Q2NAU8, ILVC_ERYLH ; B7LU79, ILVC_ESCF3 ; DR A5FFY3, ILVC_FLAJ1 ; Q0RDI8, ILVC_FRAAA ; Q2J6V2, ILVC_FRACC ; -DR A8L548, ILVC_FRASN ; B9M5B1, ILVC_GEODF ; Q5KWJ2, ILVC_GEOKA ; -DR Q39W76, ILVC_GEOMG ; Q74BW9, ILVC_GEOSL ; C5D5M1, ILVC_GEOSW ; -DR A4IRH9, ILVC_GEOTN ; A5G7V3, ILVC_GEOUR ; B8F6G2, ILVC_GLAP5 ; -DR B7KF23, ILVC_GLOC7 ; Q7NH80, ILVC_GLOVI ; A9GZJ4, ILVC_GLUDA ; -DR Q5FRY8, ILVC_GLUOX ; Q0BS26, ILVC_GRABC ; Q4QMN4, ILVC_HAEI8 ; -DR A5UE34, ILVC_HAEIE ; A5UHH1, ILVC_HAEIG ; P44822, ILVC_HAEIN ; -DR Q2S9V9, ILVC_HAHCH ; Q9K8E7, ILVC_HALH5 ; A1WUW3, ILVC_HALHL ; -DR Q5V520, ILVC_HALMA ; B8CX20, ILVC_HALOH ; Q18GT4, ILVC_HALWD ; -DR Q17X66, ILVC_HELAH ; Q7VGW6, ILVC_HELHP ; B0TCQ9, ILVC_HELMI ; -DR C0QMX0, ILVC_HELP2 ; Q1CUH1, ILVC_HELPH ; Q9ZMA9, ILVC_HELPJ ; -DR B2USG1, ILVC_HELPS ; O25097, ILVC_HELPY ; A9AZM5, ILVC_HERA2 ; -DR A4G4H8, ILVC_HERAR ; Q0I511, ILVC_HISS1 ; B0UWE8, ILVC_HISS2 ; -DR Q31HZ1, ILVC_HYDCU ; Q0C516, ILVC_HYPNA ; A6SZZ1, ILVC_JANMA ; -DR Q28T07, ILVC_JANSC ; A6W7N6, ILVC_KINRD ; B5XYZ8, ILVC_KLEP3 ; -DR A6TGG1, ILVC_KLEP7 ; B2GFJ7, ILVC_KOCRD ; Q1ILZ3, ILVC_KORVE ; -DR Q02138, ILVC_LACLA ; A2RKQ6, ILVC_LACLM ; Q02YY8, ILVC_LACLS ; -DR A9KQ65, ILVC_LACP7 ; C1DA41, ILVC_LARHH ; Q6AEP2, ILVC_LEIXX ; -DR B0SCQ5, ILVC_LEPBA ; Q04P56, ILVC_LEPBJ ; Q056H8, ILVC_LEPBL ; -DR B0SL33, ILVC_LEPBP ; B1XYB1, ILVC_LEPCP ; Q72M00, ILVC_LEPIC ; -DR Q8EYH2, ILVC_LEPIN ; P97115, ILVC_LEUMC ; Q03UU4, ILVC_LEUMM ; -DR Q92A29, ILVC_LISIN ; C1KWT0, ILVC_LISMC ; Q71Y36, ILVC_LISMF ; -DR B8DBU5, ILVC_LISMH ; Q8Y5S0, ILVC_LISMO ; A0AK91, ILVC_LISW6 ; -DR B1HR99, ILVC_LYSSC ; B9EBF4, ILVC_MACCJ ; O32414, ILVC_MAGML ; -DR A0L626, ILVC_MAGMM ; Q2W1G2, ILVC_MAGSA ; Q65WK8, ILVC_MANSM ; -DR A6W216, ILVC_MARMS ; A1TZ11, ILVC_MARN8 ; C6BXE6, ILVC_MARSD ; -DR Q8TJJ4, ILVC_METAC ; Q0W834, ILVC_METAR ; A7I5I8, ILVC_METB6 ; -DR Q46FY8, ILVC_METBF ; Q12Y03, ILVC_METBU ; B7KYZ3, ILVC_METC4 ; -DR Q605K9, ILVC_METCA ; A9VZF3, ILVC_METEP ; Q1GZE9, ILVC_METFK ; -DR Q2FM37, ILVC_METHJ ; Q58938, ILVC_METJA ; Q8TX44, ILVC_METKA ; -DR A2SR20, ILVC_METLZ ; A4FYE4, ILVC_METM5 ; A9A7D0, ILVC_METM6 ; -DR A6VJW0, ILVC_METM7 ; Q8PZ26, ILVC_METMA ; A3CXJ5, ILVC_METMJ ; -DR Q6LZH4, ILVC_METMP ; B8IGT3, ILVC_METNO ; B1ZI53, ILVC_METPB ; -DR B8GIC5, ILVC_METPE ; A2SHM0, ILVC_METPP ; B1LXF3, ILVC_METRJ ; -DR A5UMJ9, ILVC_METS3 ; B0U8N5, ILVC_METS4 ; B8EKP4, ILVC_METSB ; -DR Q2NI95, ILVC_METST ; O27491, ILVC_METTH ; A0B5E0, ILVC_METTP ; -DR A6USF9, ILVC_METVS ; B0JRP2, ILVC_MICAN ; Q2RIS6, ILVC_MOOTA ; -DR A0QJC6, ILVC_MYCA1 ; Q59500, ILVC_MYCAV ; P65150, ILVC_MYCBO ; -DR A1KMZ6, ILVC_MYCBP ; A4TE07, ILVC_MYCGI ; O33114, ILVC_MYCLE ; -DR Q73VH7, ILVC_MYCPA ; A0QUX8, ILVC_MYCS2 ; A3PXP9, ILVC_MYCSJ ; -DR A1UE95, ILVC_MYCSK ; Q1BAR7, ILVC_MYCSS ; A5U713, ILVC_MYCTA ; -DR P9WKJ6, ILVC_MYCTO ; P9WKJ7, ILVC_MYCTU ; A0PPY3, ILVC_MYCUA ; -DR A1T6Y9, ILVC_MYCVP ; Q3IRQ2, ILVC_NATPD ; Q5F7E5, ILVC_NEIG1 ; -DR A9M177, ILVC_NEIM0 ; Q9JTI3, ILVC_NEIMA ; Q9JYI2, ILVC_NEIMB ; -DR A1KUZ8, ILVC_NEIMF ; Q0AGM0, ILVC_NITEC ; Q82UZ3, ILVC_NITEU ; -DR Q1QJU8, ILVC_NITHX ; A9A2E4, ILVC_NITMS ; Q2YBU1, ILVC_NITMU ; -DR Q3J875, ILVC_NITOC ; A6Q461, ILVC_NITSB ; Q3SQ46, ILVC_NITWN ; -DR Q5YRW2, ILVC_NOCFA ; B2J2U6, ILVC_NOSP7 ; Q8YUM5, ILVC_NOSS1 ; -DR Q2G623, ILVC_NOVAD ; Q8EN66, ILVC_OCEIH ; Q30ZD3, ILVC_OLEA2 ; -DR A1TRT6, ILVC_PARC0 ; A1B2W3, ILVC_PARDP ; A7HVZ2, ILVC_PARL1 ; -DR Q7U5Q1, ILVC_PARMW ; B2JDN9, ILVC_PARP8 ; B2T2D1, ILVC_PARPJ ; +DR B9M5B1, ILVC_GEODF ; Q5KWJ2, ILVC_GEOKA ; Q39W76, ILVC_GEOMG ; +DR Q74BW9, ILVC_GEOSL ; C5D5M1, ILVC_GEOSW ; A4IRH9, ILVC_GEOTN ; +DR A5G7V3, ILVC_GEOUR ; B8F6G2, ILVC_GLAP5 ; B7KF23, ILVC_GLOC7 ; +DR Q7NH80, ILVC_GLOVI ; A9GZJ4, ILVC_GLUDA ; Q5FRY8, ILVC_GLUOX ; +DR Q0BS26, ILVC_GRABC ; Q4QMN4, ILVC_HAEI8 ; A5UE34, ILVC_HAEIE ; +DR A5UHH1, ILVC_HAEIG ; P44822, ILVC_HAEIN ; Q2S9V9, ILVC_HAHCH ; +DR Q9K8E7, ILVC_HALH5 ; A1WUW3, ILVC_HALHL ; Q5V520, ILVC_HALMA ; +DR B8CX20, ILVC_HALOH ; Q18GT4, ILVC_HALWD ; Q17X66, ILVC_HELAH ; +DR Q7VGW6, ILVC_HELHP ; B0TCQ9, ILVC_HELMI ; C0QMX0, ILVC_HELP2 ; +DR Q1CUH1, ILVC_HELPH ; Q9ZMA9, ILVC_HELPJ ; B2USG1, ILVC_HELPS ; +DR O25097, ILVC_HELPY ; A9AZM5, ILVC_HERA2 ; A4G4H8, ILVC_HERAR ; +DR Q0I511, ILVC_HISS1 ; B0UWE8, ILVC_HISS2 ; Q31HZ1, ILVC_HYDCU ; +DR Q0C516, ILVC_HYPNA ; A6SZZ1, ILVC_JANMA ; Q28T07, ILVC_JANSC ; +DR A6W7N6, ILVC_KINRD ; B5XYZ8, ILVC_KLEP3 ; A6TGG1, ILVC_KLEP7 ; +DR B2GFJ7, ILVC_KOCRD ; Q1ILZ3, ILVC_KORVE ; Q02138, ILVC_LACLA ; +DR A2RKQ6, ILVC_LACLM ; Q02YY8, ILVC_LACLS ; A9KQ65, ILVC_LACP7 ; +DR C1DA41, ILVC_LARHH ; Q6AEP2, ILVC_LEIXX ; B0SCQ5, ILVC_LEPBA ; +DR Q04P56, ILVC_LEPBJ ; Q056H8, ILVC_LEPBL ; B0SL33, ILVC_LEPBP ; +DR B1XYB1, ILVC_LEPCP ; Q72M00, ILVC_LEPIC ; Q8EYH2, ILVC_LEPIN ; +DR P97115, ILVC_LEUMC ; Q03UU4, ILVC_LEUMM ; Q92A29, ILVC_LISIN ; +DR C1KWT0, ILVC_LISMC ; Q71Y36, ILVC_LISMF ; B8DBU5, ILVC_LISMH ; +DR Q8Y5S0, ILVC_LISMO ; A0AK91, ILVC_LISW6 ; B1HR99, ILVC_LYSSC ; +DR B9EBF4, ILVC_MACCJ ; O32414, ILVC_MAGML ; A0L626, ILVC_MAGMM ; +DR Q65WK8, ILVC_MANSM ; A6W216, ILVC_MARMS ; A1TZ11, ILVC_MARN8 ; +DR C6BXE6, ILVC_MARSD ; Q8TJJ4, ILVC_METAC ; Q0W834, ILVC_METAR ; +DR A7I5I8, ILVC_METB6 ; Q46FY8, ILVC_METBF ; Q12Y03, ILVC_METBU ; +DR B7KYZ3, ILVC_METC4 ; Q605K9, ILVC_METCA ; A9VZF3, ILVC_METEP ; +DR Q1GZE9, ILVC_METFK ; Q2FM37, ILVC_METHJ ; Q58938, ILVC_METJA ; +DR Q8TX44, ILVC_METKA ; A2SR20, ILVC_METLZ ; A4FYE4, ILVC_METM5 ; +DR A9A7D0, ILVC_METM6 ; A6VJW0, ILVC_METM7 ; Q8PZ26, ILVC_METMA ; +DR A3CXJ5, ILVC_METMJ ; Q6LZH4, ILVC_METMP ; B8IGT3, ILVC_METNO ; +DR B1ZI53, ILVC_METPB ; B8GIC5, ILVC_METPE ; A2SHM0, ILVC_METPP ; +DR B1LXF3, ILVC_METRJ ; A5UMJ9, ILVC_METS3 ; B0U8N5, ILVC_METS4 ; +DR B8EKP4, ILVC_METSB ; Q2NI95, ILVC_METST ; O27491, ILVC_METTH ; +DR A0B5E0, ILVC_METTP ; A6USF9, ILVC_METVS ; B0JRP2, ILVC_MICAN ; +DR Q2RIS6, ILVC_MOOTA ; A0QJC6, ILVC_MYCA1 ; Q59500, ILVC_MYCAV ; +DR P65150, ILVC_MYCBO ; A1KMZ6, ILVC_MYCBP ; A4TE07, ILVC_MYCGI ; +DR O33114, ILVC_MYCLE ; Q73VH7, ILVC_MYCPA ; A0QUX8, ILVC_MYCS2 ; +DR A3PXP9, ILVC_MYCSJ ; A1UE95, ILVC_MYCSK ; Q1BAR7, ILVC_MYCSS ; +DR A5U713, ILVC_MYCTA ; P9WKJ6, ILVC_MYCTO ; P9WKJ7, ILVC_MYCTU ; +DR A0PPY3, ILVC_MYCUA ; A1T6Y9, ILVC_MYCVP ; Q3IRQ2, ILVC_NATPD ; +DR Q5F7E5, ILVC_NEIG1 ; A9M177, ILVC_NEIM0 ; Q9JTI3, ILVC_NEIMA ; +DR Q9JYI2, ILVC_NEIMB ; A1KUZ8, ILVC_NEIMF ; Q0AGM0, ILVC_NITEC ; +DR Q82UZ3, ILVC_NITEU ; Q1QJU8, ILVC_NITHX ; A9A2E4, ILVC_NITMS ; +DR Q2YBU1, ILVC_NITMU ; Q3J875, ILVC_NITOC ; A6Q461, ILVC_NITSB ; +DR Q72CA6, ILVC_NITV2 ; A1VE41, ILVC_NITV4 ; B8DNQ9, ILVC_NITV9 ; +DR Q3SQ46, ILVC_NITWN ; Q5YRW2, ILVC_NOCFA ; B2J2U6, ILVC_NOSP7 ; +DR Q8YUM5, ILVC_NOSS1 ; Q2G623, ILVC_NOVAD ; Q8EN66, ILVC_OCEIH ; +DR Q30ZD3, ILVC_OLEA2 ; A1TRT6, ILVC_PARC0 ; A1B2W3, ILVC_PARDP ; +DR A7HVZ2, ILVC_PARL1 ; Q2W1G2, ILVC_PARM1 ; Q7U5Q1, ILVC_PARMW ; +DR B2JDN9, ILVC_PARP8 ; B2T2D1, ILVC_PARPJ ; A8L548, ILVC_PARS2 ; DR Q142I6, ILVC_PARXL ; Q9CLF1, ILVC_PASMU ; Q6CZD1, ILVC_PECAS ; DR C6DHG3, ILVC_PECCP ; B4SDK7, ILVC_PELPB ; A1AS39, ILVC_PELPD ; DR Q4FPQ6, ILVC_PELUB ; C0QTD8, ILVC_PERMH ; A9BGP6, ILVC_PETMO ; @@ -2252,8 +2258,8 @@ DR Q83GP6, ILVC_TROWT ; C5CYN9, ILVC_VARPS ; A5CWZ1, ILVC_VESOH ; DR B7VGL9, ILVC_VIBA3 ; A5F449, ILVC_VIBC3 ; Q9KVI4, ILVC_VIBCH ; DR C3LQ01, ILVC_VIBCM ; Q87TN4, ILVC_VIBPA ; Q8DDC8, ILVC_VIBVU ; DR Q7MQH3, ILVC_VIBVY ; Q7M851, ILVC_WOLSU ; Q8PH09, ILVC_XANAC ; -DR Q3BPK3, ILVC_XANC5 ; Q4UYF7, ILVC_XANC8 ; B0RP32, ILVC_XANCB ; -DR Q8P5L5, ILVC_XANCP ; Q2P757, ILVC_XANOM ; B2SNG5, ILVC_XANOP ; +DR Q4UYF7, ILVC_XANC8 ; B0RP32, ILVC_XANCB ; Q8P5L5, ILVC_XANCP ; +DR Q3BPK3, ILVC_XANE5 ; Q2P757, ILVC_XANOM ; B2SNG5, ILVC_XANOP ; DR Q5H4C1, ILVC_XANOR ; A7IFE5, ILVC_XANP2 ; Q9PCF9, ILVC_XYLFA ; DR Q87CM2, ILVC_XYLFT ; A1JI57, ILVC_YERE8 ; A7FD32, ILVC_YERP3 ; DR Q1CBS1, ILVC_YERPA ; B2JZH8, ILVC_YERPB ; Q8ZAC2, ILVC_YERPE ; @@ -2336,10 +2342,11 @@ CA (2) NADP(+) + sn-glycerol 3-phosphate = dihydroxyacetone phosphate + H(+) CA + NADPH. CC -!- The enzyme from Escherichia coli shows specificity for the B side of CC NADPH. -DR Q93FD0, GPDA1_LACDA; P61743, GPDA1_MYCPA; Q0SE35, GPDA1_RHOJR; +DR Q93FD0, GPDA1_LACDA; P64189, GPDA1_MYCBO; P61743, GPDA1_MYCPA; +DR P9WN74, GPDA1_MYCTO; P9WN75, GPDA1_MYCTU; Q0SE35, GPDA1_RHOJR; DR Q2S2I4, GPDA1_SALRD; Q1GP43, GPDA1_SPHAL; Q1G8H5, GPDA2_LACDA; -DR P64189, GPDA2_MYCBO; P61744, GPDA2_MYCPA; P9WN74, GPDA2_MYCTO; -DR P9WN75, GPDA2_MYCTU; Q0S2F8, GPDA2_RHOJR; Q2S2H6, GPDA2_SALRD; +DR P59961, GPDA2_MYCBO; P61744, GPDA2_MYCPA; P9WN76, GPDA2_MYCTO; +DR P9WN77, GPDA2_MYCTU; Q0S2F8, GPDA2_RHOJR; Q2S2H6, GPDA2_SALRD; DR Q1GWP9, GPDA2_SPHAL; B0C2F0, GPDA_ACAM1 ; A9NGK6, GPDA_ACHLI ; DR Q3V7H1, GPDA_ACIAD ; B7GZW3, GPDA_ACIB3 ; B7I2M0, GPDA_ACIB5 ; DR B2HUU0, GPDA_ACIBC ; B0VKB4, GPDA_ACIBS ; A3M6Y6, GPDA_ACIBT ; @@ -2351,54 +2358,53 @@ DR B6JAF0, GPDA_AFIC5 ; C4ZD61, GPDA_AGARV ; Q8UC48, GPDA_AGRFC ; DR Q21YV6, GPDA_ALBFT ; Q0VPG2, GPDA_ALCBS ; Q5E2A3, GPDA_ALIF1 ; DR Q0A5H5, GPDA_ALKEH ; B8JAX1, GPDA_ANAD2 ; Q2IMY8, GPDA_ANADE ; DR Q5PA02, GPDA_ANAMM ; Q2GLD0, GPDA_ANAPZ ; B4UB18, GPDA_ANASK ; -DR O67555, GPDA_AQUAE ; O29390, GPDA_ARCFU ; Q5P7M9, GPDA_AROAE ; -DR Q2NIZ6, GPDA_AYWBP ; A8IJ80, GPDA_AZOC5 ; C1DLY5, GPDA_AZOVD ; -DR C3P592, GPDA_BACAA ; C3L9F3, GPDA_BACAC ; A0RBW0, GPDA_BACAH ; -DR Q81SW8, GPDA_BACAN ; B7JGZ0, GPDA_BACC0 ; P61737, GPDA_BACC1 ; -DR B7IP83, GPDA_BACC2 ; C1EN02, GPDA_BACC3 ; B7HHQ8, GPDA_BACC4 ; -DR B7HL15, GPDA_BACC7 ; A7GN42, GPDA_BACCN ; B9IVM7, GPDA_BACCQ ; -DR Q81FR4, GPDA_BACCR ; Q63DM7, GPDA_BACCZ ; Q6HL50, GPDA_BACHK ; -DR Q65I16, GPDA_BACLD ; A9VMB4, GPDA_BACMK ; A8FEL7, GPDA_BACP2 ; -DR P46919, GPDA_BACSU ; A7Z635, GPDA_BACVZ ; A1UTZ3, GPDA_BARBK ; -DR Q6G518, GPDA_BARHE ; Q6G0U8, GPDA_BARQU ; A9IM16, GPDA_BART1 ; -DR Q1LTT0, GPDA_BAUCH ; B2ID14, GPDA_BEII9 ; B3DTU0, GPDA_BIFLD ; -DR Q8G7C3, GPDA_BIFLO ; B7GU03, GPDA_BIFLS ; Q7VRK7, GPDA_BLOFL ; -DR Q491Y0, GPDA_BLOPB ; Q2L0B2, GPDA_BORA1 ; Q7WQN6, GPDA_BORBR ; -DR Q7W1R0, GPDA_BORPA ; Q7VS47, GPDA_BORPE ; Q89WW0, GPDA_BRADU ; -DR C0QYQ8, GPDA_BRAHW ; A5E8T9, GPDA_BRASB ; A4YK34, GPDA_BRASO ; -DR B2S844, GPDA_BRUA1 ; Q2YLR3, GPDA_BRUA2 ; Q57B06, GPDA_BRUAB ; -DR A9M8M4, GPDA_BRUC2 ; C0RFD3, GPDA_BRUMB ; P64186, GPDA_BRUME ; -DR A5VSL7, GPDA_BRUO2 ; B0CIE1, GPDA_BRUSI ; P64187, GPDA_BRUSU ; -DR B1YNA2, GPDA_BURA4 ; A0KAS6, GPDA_BURCH ; B4EA68, GPDA_BURCJ ; -DR Q0BBK9, GPDA_BURCM ; Q39CP0, GPDA_BURL3 ; A9AEK1, GPDA_BURM1 ; -DR A3MQ27, GPDA_BURM7 ; A2S629, GPDA_BURM9 ; Q62F47, GPDA_BURMA ; -DR A1UZX5, GPDA_BURMS ; B1JZ57, GPDA_BURO0 ; Q1BTB5, GPDA_BURO1 ; -DR A3NR13, GPDA_BURP0 ; Q3JWH3, GPDA_BURP1 ; Q63XU3, GPDA_BURPS ; -DR Q2T1H1, GPDA_BURTA ; A4JI41, GPDA_BURVG ; Q8R9J3, GPDA_CALS4 ; -DR A8FMQ2, GPDA_CAMJ8 ; A7H2I1, GPDA_CAMJD ; Q9PN99, GPDA_CAMJE ; -DR A1W0I0, GPDA_CAMJJ ; Q5HTR8, GPDA_CAMJR ; B9KD88, GPDA_CAMLR ; -DR Q3AAU8, GPDA_CARHZ ; B0T285, GPDA_CAUSK ; P58141, GPDA_CAUVC ; -DR B3PHG2, GPDA_CELJU ; Q3J6D1, GPDA_CERS4 ; Q11DE9, GPDA_CHESB ; -DR Q5L4X5, GPDA_CHLAB ; Q3AP01, GPDA_CHLCH ; Q821M8, GPDA_CHLCV ; -DR Q256B4, GPDA_CHLFF ; B3EI28, GPDA_CHLL2 ; Q3B182, GPDA_CHLL3 ; -DR Q9PLL2, GPDA_CHLMU ; B3EPU7, GPDA_CHLPB ; A1BJJ1, GPDA_CHLPD ; -DR Q9Z751, GPDA_CHLPN ; B0B8U0, GPDA_CHLT2 ; Q3KKY0, GPDA_CHLTA ; -DR B0BAG9, GPDA_CHLTB ; Q8KG76, GPDA_CHLTE ; O84719, GPDA_CHLTR ; -DR Q1QUM1, GPDA_CHRSD ; Q7NYZ3, GPDA_CHRVO ; B5E7Q3, GPDA_CITBB ; -DR A8ARJ5, GPDA_CITK8 ; Q97ID6, GPDA_CLOAB ; A6LSI7, GPDA_CLOB8 ; -DR B2V3Z2, GPDA_CLOBA ; B2THR0, GPDA_CLOBB ; Q0TPK0, GPDA_CLOP1 ; -DR Q8XJK2, GPDA_CLOPE ; Q0SS67, GPDA_CLOPS ; Q895X7, GPDA_CLOTE ; -DR Q47VY6, GPDA_COLP3 ; C3PFZ8, GPDA_CORA7 ; P61738, GPDA_CORDI ; -DR Q8FPR0, GPDA_COREF ; A4QDT3, GPDA_CORGB ; Q8NQV3, GPDA_CORGL ; -DR Q4JUX5, GPDA_CORJK ; C4LJE8, GPDA_CORK4 ; B1VG48, GPDA_CORU7 ; -DR B6J4L3, GPDA_COXB1 ; B6IYY5, GPDA_COXB2 ; A9KF85, GPDA_COXBN ; -DR A9N956, GPDA_COXBR ; Q83BJ0, GPDA_COXBU ; A7MQ75, GPDA_CROS8 ; -DR Q1LRT5, GPDA_CUPMC ; Q0KET4, GPDA_CUPNH ; Q476J3, GPDA_CUPPJ ; -DR B2AGQ1, GPDA_CUPTR ; Q47IF9, GPDA_DECAR ; Q3Z6P3, GPDA_DEHM1 ; -DR A5FPU2, GPDA_DEHMB ; Q3ZYV3, GPDA_DEHMC ; Q1IWP7, GPDA_DEIGD ; -DR Q9RR76, GPDA_DEIRA ; A9BUZ7, GPDA_DELAS ; B8J2B6, GPDA_DESDA ; -DR Q24VA4, GPDA_DESHY ; Q6AQJ3, GPDA_DESPS ; A4J3P3, GPDA_DESRM ; -DR P61739, GPDA_DESVH ; A1V9Y4, GPDA_DESVV ; B5YEC5, GPDA_DICT6 ; +DR O67555, GPDA_AQUAE ; Q5P7M9, GPDA_AROAE ; Q2NIZ6, GPDA_AYWBP ; +DR A8IJ80, GPDA_AZOC5 ; C1DLY5, GPDA_AZOVD ; C3P592, GPDA_BACAA ; +DR C3L9F3, GPDA_BACAC ; A0RBW0, GPDA_BACAH ; Q81SW8, GPDA_BACAN ; +DR B7JGZ0, GPDA_BACC0 ; P61737, GPDA_BACC1 ; B7IP83, GPDA_BACC2 ; +DR C1EN02, GPDA_BACC3 ; B7HHQ8, GPDA_BACC4 ; B7HL15, GPDA_BACC7 ; +DR A7GN42, GPDA_BACCN ; B9IVM7, GPDA_BACCQ ; Q81FR4, GPDA_BACCR ; +DR Q63DM7, GPDA_BACCZ ; Q6HL50, GPDA_BACHK ; Q65I16, GPDA_BACLD ; +DR A9VMB4, GPDA_BACMK ; A8FEL7, GPDA_BACP2 ; P46919, GPDA_BACSU ; +DR A7Z635, GPDA_BACVZ ; A1UTZ3, GPDA_BARBK ; Q6G518, GPDA_BARHE ; +DR Q6G0U8, GPDA_BARQU ; A9IM16, GPDA_BART1 ; Q1LTT0, GPDA_BAUCH ; +DR B2ID14, GPDA_BEII9 ; B3DTU0, GPDA_BIFLD ; Q8G7C3, GPDA_BIFLO ; +DR B7GU03, GPDA_BIFLS ; Q7VRK7, GPDA_BLOFL ; Q491Y0, GPDA_BLOPB ; +DR Q2L0B2, GPDA_BORA1 ; Q7WQN6, GPDA_BORBR ; Q7W1R0, GPDA_BORPA ; +DR Q7VS47, GPDA_BORPE ; Q89WW0, GPDA_BRADU ; C0QYQ8, GPDA_BRAHW ; +DR A5E8T9, GPDA_BRASB ; A4YK34, GPDA_BRASO ; B2S844, GPDA_BRUA1 ; +DR Q2YLR3, GPDA_BRUA2 ; Q57B06, GPDA_BRUAB ; A9M8M4, GPDA_BRUC2 ; +DR C0RFD3, GPDA_BRUMB ; P64186, GPDA_BRUME ; A5VSL7, GPDA_BRUO2 ; +DR B0CIE1, GPDA_BRUSI ; P64187, GPDA_BRUSU ; B1YNA2, GPDA_BURA4 ; +DR A0KAS6, GPDA_BURCH ; B4EA68, GPDA_BURCJ ; Q0BBK9, GPDA_BURCM ; +DR Q39CP0, GPDA_BURL3 ; A9AEK1, GPDA_BURM1 ; A3MQ27, GPDA_BURM7 ; +DR A2S629, GPDA_BURM9 ; Q62F47, GPDA_BURMA ; A1UZX5, GPDA_BURMS ; +DR B1JZ57, GPDA_BURO0 ; Q1BTB5, GPDA_BURO1 ; A3NR13, GPDA_BURP0 ; +DR Q3JWH3, GPDA_BURP1 ; Q63XU3, GPDA_BURPS ; Q2T1H1, GPDA_BURTA ; +DR A4JI41, GPDA_BURVG ; Q8R9J3, GPDA_CALS4 ; A8FMQ2, GPDA_CAMJ8 ; +DR A7H2I1, GPDA_CAMJD ; Q9PN99, GPDA_CAMJE ; A1W0I0, GPDA_CAMJJ ; +DR Q5HTR8, GPDA_CAMJR ; B9KD88, GPDA_CAMLR ; Q3AAU8, GPDA_CARHZ ; +DR B0T285, GPDA_CAUSK ; P58141, GPDA_CAUVC ; B3PHG2, GPDA_CELJU ; +DR Q3J6D1, GPDA_CERS4 ; Q11DE9, GPDA_CHESB ; Q5L4X5, GPDA_CHLAB ; +DR Q3AP01, GPDA_CHLCH ; Q821M8, GPDA_CHLCV ; Q256B4, GPDA_CHLFF ; +DR B3EI28, GPDA_CHLL2 ; Q3B182, GPDA_CHLL3 ; Q9PLL2, GPDA_CHLMU ; +DR B3EPU7, GPDA_CHLPB ; A1BJJ1, GPDA_CHLPD ; Q9Z751, GPDA_CHLPN ; +DR B0B8U0, GPDA_CHLT2 ; Q3KKY0, GPDA_CHLTA ; B0BAG9, GPDA_CHLTB ; +DR Q8KG76, GPDA_CHLTE ; O84719, GPDA_CHLTR ; Q1QUM1, GPDA_CHRSD ; +DR Q7NYZ3, GPDA_CHRVO ; B5E7Q3, GPDA_CITBB ; A8ARJ5, GPDA_CITK8 ; +DR Q97ID6, GPDA_CLOAB ; A6LSI7, GPDA_CLOB8 ; B2V3Z2, GPDA_CLOBA ; +DR B2THR0, GPDA_CLOBB ; Q0TPK0, GPDA_CLOP1 ; Q8XJK2, GPDA_CLOPE ; +DR Q0SS67, GPDA_CLOPS ; Q895X7, GPDA_CLOTE ; Q47VY6, GPDA_COLP3 ; +DR C3PFZ8, GPDA_CORA7 ; P61738, GPDA_CORDI ; Q8FPR0, GPDA_COREF ; +DR A4QDT3, GPDA_CORGB ; Q8NQV3, GPDA_CORGL ; Q4JUX5, GPDA_CORJK ; +DR C4LJE8, GPDA_CORK4 ; B1VG48, GPDA_CORU7 ; B6J4L3, GPDA_COXB1 ; +DR B6IYY5, GPDA_COXB2 ; A9KF85, GPDA_COXBN ; A9N956, GPDA_COXBR ; +DR Q83BJ0, GPDA_COXBU ; A7MQ75, GPDA_CROS8 ; Q1LRT5, GPDA_CUPMC ; +DR Q0KET4, GPDA_CUPNH ; Q476J3, GPDA_CUPPJ ; B2AGQ1, GPDA_CUPTR ; +DR Q47IF9, GPDA_DECAR ; Q3Z6P3, GPDA_DEHM1 ; A5FPU2, GPDA_DEHMB ; +DR Q3ZYV3, GPDA_DEHMC ; Q1IWP7, GPDA_DEIGD ; Q9RR76, GPDA_DEIRA ; +DR A9BUZ7, GPDA_DELAS ; B8J2B6, GPDA_DESDA ; Q24VA4, GPDA_DESHY ; +DR Q6AQJ3, GPDA_DESPS ; A4J3P3, GPDA_DESRM ; B5YEC5, GPDA_DICT6 ; DR A7ZTG2, GPDA_ECO24 ; B7ULG4, GPDA_ECO27 ; B7MFH2, GPDA_ECO45 ; DR B7L734, GPDA_ECO55 ; P0A6S9, GPDA_ECO57 ; B5YWB0, GPDA_ECO5E ; DR B7NPB7, GPDA_ECO7I ; B7N254, GPDA_ECO81 ; B7M495, GPDA_ECO8A ; @@ -2410,113 +2416,113 @@ DR C5BC33, GPDA_EDWI9 ; Q3YRF6, GPDA_EHRCJ ; Q2GHC3, GPDA_EHRCR ; DR Q5FG15, GPDA_EHRRG ; Q93FR9, GPDA_EHRRU ; Q5HAM0, GPDA_EHRRW ; DR A4W537, GPDA_ENT38 ; Q834C1, GPDA_ENTFA ; B2VL53, GPDA_ERWT9 ; DR Q2N8R6, GPDA_ERYLH ; B7LTL5, GPDA_ESCF3 ; C4L6M4, GPDA_EXISA ; -DR Q2J6X6, GPDA_FRACC ; B0U030, GPDA_FRAP2 ; A8L577, GPDA_FRASN ; -DR Q14HX3, GPDA_FRAT1 ; A7NA69, GPDA_FRATF ; Q2A554, GPDA_FRATH ; -DR B2SF49, GPDA_FRATM ; A0Q4Y5, GPDA_FRATN ; Q0BNG9, GPDA_FRATO ; -DR Q5NGH1, GPDA_FRATT ; A4IYT2, GPDA_FRATW ; Q8RF18, GPDA_FUSNN ; -DR Q5KXT1, GPDA_GEOKA ; Q39ZR6, GPDA_GEOMG ; P61740, GPDA_GEOSL ; -DR C6E7R1, GPDA_GEOSM ; A4IQA1, GPDA_GEOTN ; B8F6W7, GPDA_GLAP5 ; -DR Q7NF59, GPDA_GLOVI ; Q5FPS8, GPDA_GLUOX ; Q7VNA0, GPDA_HAEDU ; -DR Q4QMJ1, GPDA_HAEI8 ; A5UAS0, GPDA_HAEIE ; P43798, GPDA_HAEIN ; -DR Q2SIH7, GPDA_HAHCH ; Q9KCD2, GPDA_HALH5 ; A1WWC7, GPDA_HALHL ; -DR B8CWZ1, GPDA_HALOH ; Q17X25, GPDA_HELAH ; Q7VI15, GPDA_HELHP ; -DR B6JMI1, GPDA_HELP2 ; Q1CSR0, GPDA_HELPH ; Q9ZKP0, GPDA_HELPJ ; -DR B2UUA7, GPDA_HELPS ; O25614, GPDA_HELPY ; A4G993, GPDA_HERAR ; -DR Q31E81, GPDA_HYDCU ; Q0C3I7, GPDA_HYPNA ; Q5QZB8, GPDA_IDILO ; -DR A6T310, GPDA_JANMA ; Q28JW6, GPDA_JANSC ; B5XTJ2, GPDA_KLEP3 ; -DR A6TFK3, GPDA_KLEP7 ; Q1IPR2, GPDA_KORVE ; Q5FL70, GPDA_LACAC ; -DR B3WCP6, GPDA_LACCB ; A8YUC9, GPDA_LACH4 ; P61741, GPDA_LACJO ; -DR Q9CFX6, GPDA_LACLA ; A2RK98, GPDA_LACLM ; Q02YK1, GPDA_LACLS ; -DR Q03AM6, GPDA_LACP3 ; Q88YK1, GPDA_LACPL ; Q38YA9, GPDA_LATSS ; -DR Q1MQ45, GPDA_LAWIP ; Q5X2Y0, GPDA_LEGPA ; A5IEA7, GPDA_LEGPC ; -DR Q5ZT56, GPDA_LEGPH ; Q5WUE0, GPDA_LEGPL ; Q6AFK3, GPDA_LEIXX ; -DR B0SAV3, GPDA_LEPBA ; Q04VF9, GPDA_LEPBJ ; Q04Y15, GPDA_LEPBL ; -DR B0SKD9, GPDA_LEPBP ; B1Y6P0, GPDA_LEPCP ; P61742, GPDA_LEPIC ; -DR Q8EZB6, GPDA_LEPIN ; B1MZX5, GPDA_LEUCK ; Q03YL0, GPDA_LEUMM ; -DR Q03SN4, GPDA_LEVBA ; Q1WV00, GPDA_LIGS1 ; B2GAJ3, GPDA_LIMF3 ; -DR A5VIG6, GPDA_LIMRD ; B2G5Z4, GPDA_LIMRJ ; Q92A72, GPDA_LISIN ; -DR C1KWN6, GPDA_LISMC ; Q71Y79, GPDA_LISMF ; B8DBZ0, GPDA_LISMH ; -DR Q8Y5W9, GPDA_LISMO ; A0AK48, GPDA_LISW6 ; B1HT97, GPDA_LYSSC ; -DR B9E6L4, GPDA_MACCJ ; Q2W015, GPDA_MAGSA ; Q8EWH5, GPDA_MALP2 ; -DR Q65QE0, GPDA_MANSM ; Q0ATQ3, GPDA_MARMM ; C6BYZ0, GPDA_MARSD ; -DR Q6F1R6, GPDA_MESFL ; Q6KHG2, GPDA_MESM1 ; Q604K1, GPDA_METCA ; +DR Q2J6X6, GPDA_FRACC ; B0U030, GPDA_FRAP2 ; Q14HX3, GPDA_FRAT1 ; +DR A7NA69, GPDA_FRATF ; Q2A554, GPDA_FRATH ; B2SF49, GPDA_FRATM ; +DR A0Q4Y5, GPDA_FRATN ; Q0BNG9, GPDA_FRATO ; Q5NGH1, GPDA_FRATT ; +DR A4IYT2, GPDA_FRATW ; Q8RF18, GPDA_FUSNN ; Q5KXT1, GPDA_GEOKA ; +DR Q39ZR6, GPDA_GEOMG ; P61740, GPDA_GEOSL ; C6E7R1, GPDA_GEOSM ; +DR A4IQA1, GPDA_GEOTN ; B8F6W7, GPDA_GLAP5 ; Q7NF59, GPDA_GLOVI ; +DR Q5FPS8, GPDA_GLUOX ; Q7VNA0, GPDA_HAEDU ; Q4QMJ1, GPDA_HAEI8 ; +DR A5UAS0, GPDA_HAEIE ; P43798, GPDA_HAEIN ; Q2SIH7, GPDA_HAHCH ; +DR Q9KCD2, GPDA_HALH5 ; A1WWC7, GPDA_HALHL ; B8CWZ1, GPDA_HALOH ; +DR Q17X25, GPDA_HELAH ; Q7VI15, GPDA_HELHP ; B6JMI1, GPDA_HELP2 ; +DR Q1CSR0, GPDA_HELPH ; Q9ZKP0, GPDA_HELPJ ; B2UUA7, GPDA_HELPS ; +DR O25614, GPDA_HELPY ; A4G993, GPDA_HERAR ; Q31E81, GPDA_HYDCU ; +DR Q0C3I7, GPDA_HYPNA ; Q5QZB8, GPDA_IDILO ; A6T310, GPDA_JANMA ; +DR Q28JW6, GPDA_JANSC ; B5XTJ2, GPDA_KLEP3 ; A6TFK3, GPDA_KLEP7 ; +DR Q1IPR2, GPDA_KORVE ; Q5FL70, GPDA_LACAC ; B3WCP6, GPDA_LACCB ; +DR A8YUC9, GPDA_LACH4 ; P61741, GPDA_LACJO ; Q9CFX6, GPDA_LACLA ; +DR A2RK98, GPDA_LACLM ; Q02YK1, GPDA_LACLS ; Q03AM6, GPDA_LACP3 ; +DR Q88YK1, GPDA_LACPL ; Q38YA9, GPDA_LATSS ; Q1MQ45, GPDA_LAWIP ; +DR Q5X2Y0, GPDA_LEGPA ; A5IEA7, GPDA_LEGPC ; Q5ZT56, GPDA_LEGPH ; +DR Q5WUE0, GPDA_LEGPL ; Q6AFK3, GPDA_LEIXX ; B0SAV3, GPDA_LEPBA ; +DR Q04VF9, GPDA_LEPBJ ; Q04Y15, GPDA_LEPBL ; B0SKD9, GPDA_LEPBP ; +DR B1Y6P0, GPDA_LEPCP ; P61742, GPDA_LEPIC ; Q8EZB6, GPDA_LEPIN ; +DR B1MZX5, GPDA_LEUCK ; Q03YL0, GPDA_LEUMM ; Q03SN4, GPDA_LEVBA ; +DR Q1WV00, GPDA_LIGS1 ; B2GAJ3, GPDA_LIMF3 ; A5VIG6, GPDA_LIMRD ; +DR B2G5Z4, GPDA_LIMRJ ; Q92A72, GPDA_LISIN ; C1KWN6, GPDA_LISMC ; +DR Q71Y79, GPDA_LISMF ; B8DBZ0, GPDA_LISMH ; Q8Y5W9, GPDA_LISMO ; +DR A0AK48, GPDA_LISW6 ; B1HT97, GPDA_LYSSC ; B9E6L4, GPDA_MACCJ ; +DR Q8EWH5, GPDA_MALP2 ; Q65QE0, GPDA_MANSM ; Q0ATQ3, GPDA_MARMM ; +DR C6BYZ0, GPDA_MARSD ; Q6F1R6, GPDA_MESFL ; Q604K1, GPDA_METCA ; DR Q1GZ87, GPDA_METFK ; A2SDP0, GPDA_METPP ; B1M7L6, GPDA_METRJ ; DR O26468, GPDA_METTH ; Q2RIV6, GPDA_MOOTA ; A0QLB8, GPDA_MYCA1 ; -DR P59961, GPDA_MYCBO ; Q9CBR9, GPDA_MYCLE ; P9WN76, GPDA_MYCTO ; -DR P9WN77, GPDA_MYCTU ; Q1DCL2, GPDA_MYXXD ; Q5F5A8, GPDA_NEIG1 ; -DR B4RQK9, GPDA_NEIG2 ; A9M084, GPDA_NEIM0 ; Q9JWH0, GPDA_NEIMA ; -DR Q9JXG6, GPDA_NEIMB ; A1KWD9, GPDA_NEIMF ; Q2GEH4, GPDA_NEOSM ; -DR Q0AIA0, GPDA_NITEC ; Q82SU6, GPDA_NITEU ; Q1QQP7, GPDA_NITHX ; -DR Q2Y9Z2, GPDA_NITMU ; Q3JF19, GPDA_NITOC ; A6Q3B2, GPDA_NITSB ; +DR Q9CBR9, GPDA_MYCLE ; Q6KHG2, GPDA_MYCM1 ; Q1DCL2, GPDA_MYXXD ; +DR Q5F5A8, GPDA_NEIG1 ; B4RQK9, GPDA_NEIG2 ; A9M084, GPDA_NEIM0 ; +DR Q9JWH0, GPDA_NEIMA ; Q9JXG6, GPDA_NEIMB ; A1KWD9, GPDA_NEIMF ; +DR Q2GEH4, GPDA_NEOSM ; Q0AIA0, GPDA_NITEC ; Q82SU6, GPDA_NITEU ; +DR Q1QQP7, GPDA_NITHX ; Q2Y9Z2, GPDA_NITMU ; Q3JF19, GPDA_NITOC ; +DR A6Q3B2, GPDA_NITSB ; P61739, GPDA_NITV2 ; A1V9Y4, GPDA_NITV4 ; DR Q3SVF5, GPDA_NITWN ; Q5YRY6, GPDA_NOCFA ; Q8YWC2, GPDA_NOSS1 ; DR Q2G4K3, GPDA_NOVAD ; Q8EQA9, GPDA_OCEIH ; Q30WH4, GPDA_OLEA2 ; DR P61745, GPDA_ONYPE ; A5CE97, GPDA_ORITB ; B3CSW2, GPDA_ORITI ; DR A1TTW1, GPDA_PARC0 ; A1B3J7, GPDA_PARDP ; A7HST0, GPDA_PARL1 ; -DR B2JC99, GPDA_PARP8 ; B2SX19, GPDA_PARPJ ; Q6MF42, GPDA_PARUW ; -DR Q146B6, GPDA_PARXL ; Q9CL17, GPDA_PASMU ; Q59680, GPDA_PAULE ; -DR Q6DAT0, GPDA_PECAS ; C6DIA2, GPDA_PECCP ; Q03GY3, GPDA_PEDPA ; -DR B4SGX6, GPDA_PELPB ; A5D1U4, GPDA_PELTS ; A9BHX5, GPDA_PETMO ; -DR Q7MY54, GPDA_PHOLL ; Q6LVK9, GPDA_PHOPR ; B1VAP5, GPDA_PHYAS ; -DR B3R0E3, GPDA_PHYMT ; A4T092, GPDA_POLAQ ; A1VKS0, GPDA_POLNA ; -DR B1XS88, GPDA_POLNS ; Q12F46, GPDA_POLSJ ; B4S674, GPDA_PROA2 ; -DR Q48K59, GPDA_PSE14 ; A6V7H8, GPDA_PSEA7 ; B7UVA7, GPDA_PSEA8 ; -DR Q02K99, GPDA_PSEAB ; Q9I3A8, GPDA_PSEAE ; Q1I7N0, GPDA_PSEE4 ; -DR Q4KFW6, GPDA_PSEF5 ; C3K747, GPDA_PSEFS ; A4XV57, GPDA_PSEMY ; -DR A5W144, GPDA_PSEP1 ; Q3K8F9, GPDA_PSEPF ; B0KNV2, GPDA_PSEPG ; -DR Q88FC9, GPDA_PSEPK ; B1JAT7, GPDA_PSEPW ; Q883Y4, GPDA_PSESM ; -DR Q3IIE0, GPDA_PSET1 ; Q4ZUV7, GPDA_PSEU2 ; Q4FS72, GPDA_PSYA2 ; -DR Q1QBS6, GPDA_PSYCK ; A1SZH9, GPDA_PSYIN ; Q8Y2H9, GPDA_RALN1 ; -DR B3PQA3, GPDA_RHIE6 ; Q2K3D8, GPDA_RHIEC ; Q1MAQ9, GPDA_RHIJ3 ; -DR P58142, GPDA_RHILO ; B5ZTC4, GPDA_RHILW ; Q9R9L6, GPDA_RHIME ; -DR Q2J3D3, GPDA_RHOP2 ; Q07VK7, GPDA_RHOP5 ; P61746, GPDA_RHOPA ; -DR Q21DB2, GPDA_RHOPB ; Q13DY0, GPDA_RHOPS ; B3Q866, GPDA_RHOPT ; -DR Q2RND0, GPDA_RHORT ; C3PNH2, GPDA_RICAE ; A8GNH3, GPDA_RICAH ; -DR A8GUW7, GPDA_RICB8 ; Q1RH58, GPDA_RICBR ; Q92I05, GPDA_RICCN ; -DR Q4ULP5, GPDA_RICFE ; A8F1L7, GPDA_RICM5 ; Q9ZDA0, GPDA_RICPR ; -DR B0BXL6, GPDA_RICRO ; A8GS50, GPDA_RICRS ; Q68WT6, GPDA_RICTY ; -DR Q16CW4, GPDA_ROSDO ; Q5LLR6, GPDA_RUEPO ; Q1GCQ4, GPDA_RUEST ; -DR A1AXJ0, GPDA_RUTMC ; Q21IX1, GPDA_SACD2 ; B5EXB5, GPDA_SALA4 ; -DR A9MKR6, GPDA_SALAR ; Q57ID3, GPDA_SALCH ; B5FLH8, GPDA_SALDC ; -DR B5R5D3, GPDA_SALEP ; B5RGH8, GPDA_SALG2 ; B4T993, GPDA_SALHS ; -DR B4SXB1, GPDA_SALNS ; Q5PBZ6, GPDA_SALPA ; A9MVK2, GPDA_SALPB ; -DR C0Q1U2, GPDA_SALPC ; B5BHY3, GPDA_SALPK ; B4TZV1, GPDA_SALSV ; -DR P0A1P3, GPDA_SALTI ; P0A1P2, GPDA_SALTY ; Q8KRM1, GPDA_SERMA ; -DR A8GLB8, GPDA_SERP5 ; A1S1L9, GPDA_SHEAM ; B8E3F7, GPDA_SHEB2 ; -DR A3DAM7, GPDA_SHEB5 ; A6WHD0, GPDA_SHEB8 ; A9KUC1, GPDA_SHEB9 ; -DR Q12HV8, GPDA_SHEDO ; Q07VX1, GPDA_SHEFN ; B0TLE9, GPDA_SHEHH ; -DR A3QJM1, GPDA_SHELP ; Q8EKN9, GPDA_SHEON ; A8HAD7, GPDA_SHEPA ; -DR A4Y1E6, GPDA_SHEPC ; B8CGT3, GPDA_SHEPW ; A0KR80, GPDA_SHESA ; -DR A8G1U6, GPDA_SHESH ; Q0HP88, GPDA_SHESM ; Q0I0Q3, GPDA_SHESR ; -DR A1RQ92, GPDA_SHESW ; B1KQ10, GPDA_SHEWM ; B2U5C7, GPDA_SHIB3 ; -DR Q31V13, GPDA_SHIBS ; Q329P6, GPDA_SHIDS ; Q0SYD4, GPDA_SHIF8 ; -DR P0A6T0, GPDA_SHIFL ; Q3YVX3, GPDA_SHISS ; Q5WGU2, GPDA_SHOC1 ; -DR C3MAF3, GPDA_SINFN ; Q2NQW6, GPDA_SODGM ; C4XLT6, GPDA_SOLM1 ; -DR A7X2I0, GPDA_STAA1 ; A6U1U2, GPDA_STAA2 ; Q2FGW8, GPDA_STAA3 ; -DR Q2FYG1, GPDA_STAA8 ; A5IT02, GPDA_STAA9 ; Q2YY82, GPDA_STAAB ; -DR Q5HFU9, GPDA_STAAC ; A6QH23, GPDA_STAAE ; P64190, GPDA_STAAM ; -DR P64191, GPDA_STAAN ; Q6GGT7, GPDA_STAAR ; Q6G989, GPDA_STAAS ; -DR A8Z453, GPDA_STAAT ; Q8NWM9, GPDA_STAAW ; B9DNV8, GPDA_STACT ; -DR Q5HP71, GPDA_STAEQ ; Q8CP63, GPDA_STAES ; Q4L6H9, GPDA_STAHJ ; -DR Q49XS8, GPDA_STAS1 ; Q3K2X7, GPDA_STRA1 ; Q8E6W6, GPDA_STRA3 ; -DR Q8E1E8, GPDA_STRA5 ; Q82JS4, GPDA_STRAW ; Q9ZBS0, GPDA_STRCO ; -DR C0M6I2, GPDA_STRE4 ; B4U0Q8, GPDA_STREM ; A8AUM5, GPDA_STRGC ; -DR B1VYZ6, GPDA_STRGG ; B4SSF9, GPDA_STRM5 ; B2FHD8, GPDA_STRMK ; -DR Q93D83, GPDA_STRMU ; P68887, GPDA_STRP1 ; Q04I82, GPDA_STRP2 ; -DR P0DB22, GPDA_STRP3 ; B5E399, GPDA_STRP4 ; Q5XE03, GPDA_STRP6 ; -DR C1CAR8, GPDA_STRP7 ; P68889, GPDA_STRP8 ; Q1JDQ0, GPDA_STRPB ; -DR Q1JNL6, GPDA_STRPC ; Q1JIR5, GPDA_STRPD ; Q1J8M2, GPDA_STRPF ; -DR A2RCE5, GPDA_STRPG ; B1I9F8, GPDA_STRPI ; B8ZPL4, GPDA_STRPJ ; -DR Q48VF4, GPDA_STRPM ; Q97NF1, GPDA_STRPN ; P0DB23, GPDA_STRPQ ; -DR B2IN10, GPDA_STRPS ; B5XJM4, GPDA_STRPZ ; Q8DN59, GPDA_STRR6 ; -DR A4W4A9, GPDA_STRS2 ; C0MFI2, GPDA_STRS7 ; A3CQT0, GPDA_STRSV ; -DR A4VY17, GPDA_STRSY ; Q5LXY7, GPDA_STRT1 ; Q5M2J1, GPDA_STRT2 ; -DR Q03IN5, GPDA_STRTD ; B9DVX9, GPDA_STRU0 ; C1CH20, GPDA_STRZJ ; -DR C1CN37, GPDA_STRZP ; C1CTZ5, GPDA_STRZT ; Q30QX3, GPDA_SULDN ; -DR B2V656, GPDA_SULSY ; Q67NS7, GPDA_SYMTH ; Q3A8M2, GPDA_SYNC1 ; -DR Q935Z2, GPDA_SYNE7 ; A0LLR7, GPDA_SYNFM ; Q2JX02, GPDA_SYNJA ; -DR Q2JPE4, GPDA_SYNJB ; A5GTA8, GPDA_SYNR3 ; Q0AXC3, GPDA_SYNWW ; -DR P73033, GPDA_SYNY3 ; C5BL79, GPDA_TERTT ; Q47S98, GPDA_THEFY ; -DR B0K8N5, GPDA_THEP3 ; B0K3E2, GPDA_THEPX ; P61747, GPDA_THET2 ; +DR Q2W015, GPDA_PARM1 ; B2JC99, GPDA_PARP8 ; B2SX19, GPDA_PARPJ ; +DR A8L577, GPDA_PARS2 ; Q6MF42, GPDA_PARUW ; Q146B6, GPDA_PARXL ; +DR Q9CL17, GPDA_PASMU ; Q59680, GPDA_PAULE ; Q6DAT0, GPDA_PECAS ; +DR C6DIA2, GPDA_PECCP ; Q03GY3, GPDA_PEDPA ; B4SGX6, GPDA_PELPB ; +DR A5D1U4, GPDA_PELTS ; A9BHX5, GPDA_PETMO ; Q7MY54, GPDA_PHOLL ; +DR Q6LVK9, GPDA_PHOPR ; B1VAP5, GPDA_PHYAS ; B3R0E3, GPDA_PHYMT ; +DR A4T092, GPDA_POLAQ ; A1VKS0, GPDA_POLNA ; B1XS88, GPDA_POLNS ; +DR Q12F46, GPDA_POLSJ ; B4S674, GPDA_PROA2 ; Q48K59, GPDA_PSE14 ; +DR A6V7H8, GPDA_PSEA7 ; B7UVA7, GPDA_PSEA8 ; Q02K99, GPDA_PSEAB ; +DR Q9I3A8, GPDA_PSEAE ; Q1I7N0, GPDA_PSEE4 ; Q4KFW6, GPDA_PSEF5 ; +DR C3K747, GPDA_PSEFS ; A4XV57, GPDA_PSEMY ; A5W144, GPDA_PSEP1 ; +DR Q3K8F9, GPDA_PSEPF ; B0KNV2, GPDA_PSEPG ; Q88FC9, GPDA_PSEPK ; +DR B1JAT7, GPDA_PSEPW ; Q883Y4, GPDA_PSESM ; Q3IIE0, GPDA_PSET1 ; +DR Q4ZUV7, GPDA_PSEU2 ; Q4FS72, GPDA_PSYA2 ; Q1QBS6, GPDA_PSYCK ; +DR A1SZH9, GPDA_PSYIN ; Q8Y2H9, GPDA_RALN1 ; B3PQA3, GPDA_RHIE6 ; +DR Q2K3D8, GPDA_RHIEC ; Q1MAQ9, GPDA_RHIJ3 ; P58142, GPDA_RHILO ; +DR B5ZTC4, GPDA_RHILW ; Q9R9L6, GPDA_RHIME ; Q2J3D3, GPDA_RHOP2 ; +DR Q07VK7, GPDA_RHOP5 ; P61746, GPDA_RHOPA ; Q21DB2, GPDA_RHOPB ; +DR Q13DY0, GPDA_RHOPS ; B3Q866, GPDA_RHOPT ; Q2RND0, GPDA_RHORT ; +DR C3PNH2, GPDA_RICAE ; A8GNH3, GPDA_RICAH ; A8GUW7, GPDA_RICB8 ; +DR Q1RH58, GPDA_RICBR ; Q92I05, GPDA_RICCN ; Q4ULP5, GPDA_RICFE ; +DR A8F1L7, GPDA_RICM5 ; Q9ZDA0, GPDA_RICPR ; B0BXL6, GPDA_RICRO ; +DR A8GS50, GPDA_RICRS ; Q68WT6, GPDA_RICTY ; Q16CW4, GPDA_ROSDO ; +DR Q5LLR6, GPDA_RUEPO ; Q1GCQ4, GPDA_RUEST ; A1AXJ0, GPDA_RUTMC ; +DR Q21IX1, GPDA_SACD2 ; B5EXB5, GPDA_SALA4 ; A9MKR6, GPDA_SALAR ; +DR Q57ID3, GPDA_SALCH ; B5FLH8, GPDA_SALDC ; B5R5D3, GPDA_SALEP ; +DR B5RGH8, GPDA_SALG2 ; B4T993, GPDA_SALHS ; B4SXB1, GPDA_SALNS ; +DR Q5PBZ6, GPDA_SALPA ; A9MVK2, GPDA_SALPB ; C0Q1U2, GPDA_SALPC ; +DR B5BHY3, GPDA_SALPK ; B4TZV1, GPDA_SALSV ; P0A1P3, GPDA_SALTI ; +DR P0A1P2, GPDA_SALTY ; Q8KRM1, GPDA_SERMA ; A8GLB8, GPDA_SERP5 ; +DR A1S1L9, GPDA_SHEAM ; B8E3F7, GPDA_SHEB2 ; A3DAM7, GPDA_SHEB5 ; +DR A6WHD0, GPDA_SHEB8 ; A9KUC1, GPDA_SHEB9 ; Q12HV8, GPDA_SHEDO ; +DR Q07VX1, GPDA_SHEFN ; B0TLE9, GPDA_SHEHH ; A3QJM1, GPDA_SHELP ; +DR Q8EKN9, GPDA_SHEON ; A8HAD7, GPDA_SHEPA ; A4Y1E6, GPDA_SHEPC ; +DR B8CGT3, GPDA_SHEPW ; A0KR80, GPDA_SHESA ; A8G1U6, GPDA_SHESH ; +DR Q0HP88, GPDA_SHESM ; Q0I0Q3, GPDA_SHESR ; A1RQ92, GPDA_SHESW ; +DR B1KQ10, GPDA_SHEWM ; B2U5C7, GPDA_SHIB3 ; Q31V13, GPDA_SHIBS ; +DR Q329P6, GPDA_SHIDS ; Q0SYD4, GPDA_SHIF8 ; P0A6T0, GPDA_SHIFL ; +DR Q3YVX3, GPDA_SHISS ; Q5WGU2, GPDA_SHOC1 ; C3MAF3, GPDA_SINFN ; +DR Q2NQW6, GPDA_SODGM ; C4XLT6, GPDA_SOLM1 ; A7X2I0, GPDA_STAA1 ; +DR A6U1U2, GPDA_STAA2 ; Q2FGW8, GPDA_STAA3 ; Q2FYG1, GPDA_STAA8 ; +DR A5IT02, GPDA_STAA9 ; Q2YY82, GPDA_STAAB ; Q5HFU9, GPDA_STAAC ; +DR A6QH23, GPDA_STAAE ; P64190, GPDA_STAAM ; P64191, GPDA_STAAN ; +DR Q6GGT7, GPDA_STAAR ; Q6G989, GPDA_STAAS ; A8Z453, GPDA_STAAT ; +DR Q8NWM9, GPDA_STAAW ; B9DNV8, GPDA_STACT ; Q5HP71, GPDA_STAEQ ; +DR Q8CP63, GPDA_STAES ; Q4L6H9, GPDA_STAHJ ; Q49XS8, GPDA_STAS1 ; +DR Q3K2X7, GPDA_STRA1 ; Q8E6W6, GPDA_STRA3 ; Q8E1E8, GPDA_STRA5 ; +DR Q82JS4, GPDA_STRAW ; Q9ZBS0, GPDA_STRCO ; C0M6I2, GPDA_STRE4 ; +DR B4U0Q8, GPDA_STREM ; A8AUM5, GPDA_STRGC ; B1VYZ6, GPDA_STRGG ; +DR B4SSF9, GPDA_STRM5 ; B2FHD8, GPDA_STRMK ; Q93D83, GPDA_STRMU ; +DR P68887, GPDA_STRP1 ; Q04I82, GPDA_STRP2 ; P0DB22, GPDA_STRP3 ; +DR B5E399, GPDA_STRP4 ; Q5XE03, GPDA_STRP6 ; C1CAR8, GPDA_STRP7 ; +DR P68889, GPDA_STRP8 ; Q1JDQ0, GPDA_STRPB ; Q1JNL6, GPDA_STRPC ; +DR Q1JIR5, GPDA_STRPD ; Q1J8M2, GPDA_STRPF ; A2RCE5, GPDA_STRPG ; +DR B1I9F8, GPDA_STRPI ; B8ZPL4, GPDA_STRPJ ; Q48VF4, GPDA_STRPM ; +DR Q97NF1, GPDA_STRPN ; P0DB23, GPDA_STRPQ ; B2IN10, GPDA_STRPS ; +DR B5XJM4, GPDA_STRPZ ; Q8DN59, GPDA_STRR6 ; A4W4A9, GPDA_STRS2 ; +DR C0MFI2, GPDA_STRS7 ; A3CQT0, GPDA_STRSV ; A4VY17, GPDA_STRSY ; +DR Q5LXY7, GPDA_STRT1 ; Q5M2J1, GPDA_STRT2 ; Q03IN5, GPDA_STRTD ; +DR B9DVX9, GPDA_STRU0 ; C1CH20, GPDA_STRZJ ; C1CN37, GPDA_STRZP ; +DR C1CTZ5, GPDA_STRZT ; Q30QX3, GPDA_SULDN ; B2V656, GPDA_SULSY ; +DR Q67NS7, GPDA_SYMTH ; Q3A8M2, GPDA_SYNC1 ; Q935Z2, GPDA_SYNE7 ; +DR A0LLR7, GPDA_SYNFM ; Q2JX02, GPDA_SYNJA ; Q2JPE4, GPDA_SYNJB ; +DR A5GTA8, GPDA_SYNR3 ; Q0AXC3, GPDA_SYNWW ; P73033, GPDA_SYNY3 ; +DR C5BL79, GPDA_TERTT ; Q47S98, GPDA_THEFY ; B0K8N5, GPDA_THEP3 ; +DR B0K3E2, GPDA_THEPX ; A0A0F6AK91, GPDA_THESQ ; P61747, GPDA_THET2 ; DR Q5SHJ0, GPDA_THET8 ; Q8DH49, GPDA_THEVB ; Q3SG93, GPDA_THIDA ; DR B8GR94, GPDA_THISH ; C4LA09, GPDA_TOLAT ; P61748, GPDA_TREDE ; DR O83973, GPDA_TREPA ; B2S4P6, GPDA_TREPS ; B3E9A1, GPDA_TRIL1 ; @@ -2526,8 +2532,8 @@ DR A7MX60, GPDA_VIBC1 ; A5F502, GPDA_VIBC3 ; Q9KNT0, GPDA_VIBCH ; DR C3LRW2, GPDA_VIBCM ; Q87KZ2, GPDA_VIBPA ; Q8DCW4, GPDA_VIBVU ; DR Q7MGY7, GPDA_VIBVY ; Q8D216, GPDA_WIGBR ; P61749, GPDA_WOLPM ; DR B3CLC5, GPDA_WOLPP ; Q7M7Y3, GPDA_WOLSU ; Q5GS39, GPDA_WOLTR ; -DR C0R3K2, GPDA_WOLWR ; Q8PQU9, GPDA_XANAC ; Q3BZ75, GPDA_XANC5 ; -DR Q4V072, GPDA_XANC8 ; B0RLW9, GPDA_XANCB ; Q8PDY0, GPDA_XANCP ; +DR C0R3K2, GPDA_WOLWR ; Q8PQU9, GPDA_XANAC ; Q4V072, GPDA_XANC8 ; +DR B0RLW9, GPDA_XANCB ; Q8PDY0, GPDA_XANCP ; Q3BZ75, GPDA_XANE5 ; DR Q2NYA5, GPDA_XANOM ; Q5GV21, GPDA_XANOR ; B2I5B4, GPDA_XYLF2 ; DR Q9PCH7, GPDA_XYLFA ; B0U2T8, GPDA_XYLFM ; Q87CK3, GPDA_XYLFT ; DR A1JHY5, GPDA_YERE8 ; A7FCV2, GPDA_YERP3 ; Q1C286, GPDA_YERPA ; @@ -2619,8 +2625,8 @@ DR P12276, FAS_CHICK ; P49327, FAS_HUMAN ; P19096, FAS_MOUSE ; DR P12785, FAS_RAT ; I1R9A6, GRA9_GIBZE ; A7TUG9, HEXA_DOTSE ; DR M2YJJ3, HEXA_DOTSN ; O07399, MABA_MYCAV ; P0A5Y5, MABA_MYCBO ; DR P71534, MABA_MYCS2 ; P9WGT2, MABA_MYCTO ; P9WGT3, MABA_MYCTU ; -DR Q2TXF0, ORYA_ASPOR ; Q5B7V0, PKIB_EMENI ; Q9RPT1, RHLG_PSEAE ; -DR Q00681, STCJ_EMENI ; S5NIA2, TOXH_COCCA ; +DR Q2TXF0, ORYA_ASPOR ; A0A1D5AG16, PIGJ_MONRU ; Q5B7V0, PKIB_EMENI ; +DR Q9RPT1, RHLG_PSEAE ; Q00681, STCJ_EMENI ; S5NIA2, TOXH_COCCA ; // ID 1.1.1.101 DE acylglycerone-phosphate reductase. @@ -2642,13 +2648,13 @@ AN D-3-oxosphinganine reductase. AN DSR. AN KTS reductase. CA NADP(+) + sphinganine = 3-oxosphinganine + H(+) + NADPH. -DR Q9Y7P2, GPI11_SCHPO; Q8A945, KDSR_BACTN ; Q2KIJ5, KDSR_BOVIN ; -DR Q556J2, KDSR_DICDI ; Q06136, KDSR_HUMAN ; Q6GV12, KDSR_MOUSE ; -DR Q0WRJ2, TC10A_ARATH; F4JZN6, TC10B_ARATH; Q59RQ2, TSC10_CANAL; -DR Q6FQ42, TSC10_CANGA; P0CR37, TSC10_CRYNB; P0CR36, TSC10_CRYNJ; -DR Q6BQK1, TSC10_DEBHA; Q5BE65, TSC10_EMENI; Q758B6, TSC10_EREGS; -DR Q6CLN0, TSC10_KLULA; Q7RZR2, TSC10_NEUCR; Q6CE86, TSC10_YARLI; -DR P38342, TSC10_YEAST; +DR Q9Y7P2, GPI11_SCHPO; Q0WRJ2, KDSRA_ARATH; F4JZN6, KDSRB_ARATH; +DR Q4WSZ0, KDSR_ASPFU ; Q8A945, KDSR_BACTN ; Q2KIJ5, KDSR_BOVIN ; +DR Q59RQ2, KDSR_CANAL ; Q6FQ42, KDSR_CANGA ; P0CR37, KDSR_CRYNB ; +DR P0CR36, KDSR_CRYNJ ; F1QWW8, KDSR_DANRE ; Q6BQK1, KDSR_DEBHA ; +DR Q556J2, KDSR_DICDI ; Q5BE65, KDSR_EMENI ; Q758B6, KDSR_EREGS ; +DR Q06136, KDSR_HUMAN ; Q6CLN0, KDSR_KLULA ; Q6GV12, KDSR_MOUSE ; +DR Q7RZR2, KDSR_NEUCR ; Q6CE86, KDSR_YARLI ; P38342, KDSR_YEAST ; // ID 1.1.1.103 DE L-threonine 3-dehydrogenase. @@ -2717,8 +2723,8 @@ DR Q5JI69, TDH_THEKO ; B6YTJ5, TDH_THEON ; Q72L62, TDH_THET2 ; DR Q5SKS4, TDH_THET8 ; B7VR52, TDH_VIBA3 ; A5F0N6, TDH_VIBC3 ; DR Q9KL62, TDH_VIBCH ; C3LWF0, TDH_VIBCM ; P59410, TDH_VIBPA ; DR Q8D442, TDH_VIBVU ; Q7MFL5, TDH_VIBVY ; Q8PNN2, TDH_XANAC ; -DR Q3BWT0, TDH_XANC5 ; Q4URI9, TDH_XANC8 ; B0RU31, TDH_XANCB ; -DR O34268, TDH_XANCP ; Q2NZP2, TDH_XANOM ; Q5GWI3, TDH_XANOR ; +DR Q4URI9, TDH_XANC8 ; B0RU31, TDH_XANCB ; O34268, TDH_XANCP ; +DR Q3BWT0, TDH_XANE5 ; Q2NZP2, TDH_XANOM ; Q5GWI3, TDH_XANOR ; DR A1JHX8, TDH_YERE8 ; A7FCU5, TDH_YERP3 ; Q1C278, TDH_YERPA ; DR B2JYP4, TDH_YERPB ; Q8ZJN2, TDH_YERPE ; A9R685, TDH_YERPG ; DR Q1CD13, TDH_YERPN ; A4TSC6, TDH_YERPP ; Q66GC5, TDH_YERPS ; @@ -2773,11 +2779,11 @@ DR Q988B7, PLDH_RHILO ; Q76KC2, PLD_MICLT ; ID 1.1.1.108 DE carnitine 3-dehydrogenase. CA carnitine + NAD(+) = 3-dehydrocarnitine + H(+) + NADH. -DR Q7D3B2, LCDH_AGRFC ; Q4V182, LCDH_BACCZ ; Q62DG4, LCDH_BURMA ; +DR Q7D3B2, LCDHT_AGRFC; Q92NF5, LCDHT_RHIME; D7UNT2, LCDHT_RHISP; +DR Q5LTH8, LCDHT_RUEPO; Q4V182, LCDH_BACCZ ; Q62DG4, LCDH_BURMA ; DR Q63MT0, LCDH_BURPS ; D7B2S5, LCDH_NOCDD ; Q8CUW0, LCDH_OCEIH ; DR Q9HTH8, LCDH_PSEAE ; Q88R32, LCDH_PSEPK ; D7URM0, LCDH_PSESP ; -DR Q4ZSC0, LCDH_PSEU2 ; Q98CR3, LCDH_RHILO ; Q92NF5, LCDH_RHIME ; -DR D7UNT2, LCDH_RHISP ; Q5LTH8, LCDH_RUEPO ; Q8CQB9, LCDH_STAES ; +DR Q4ZSC0, LCDH_PSEU2 ; Q98CR3, LCDH_RHILO ; Q8CQB9, LCDH_STAES ; DR Q93RX5, LCDH_STRCO ; B1VLT7, LCDH_STRGG ; // ID 1.1.1.109 @@ -3016,8 +3022,8 @@ ID 1.1.1.138 DE mannitol 2-dehydrogenase (NADP(+)). AN NADP-dependent mannitol dehydrogenase. CA D-mannitol + NADP(+) = D-fructose + H(+) + NADPH. -DR O93868, MTDH_AGABI ; P0C0Y4, MTDH_ALTAL ; P0C0Y5, MTDH_DAVTA ; -DR Q8NK50, MTDH_HYPJE ; O00058, MTDH_UROFA ; Q6CEE9, SDR_YARLI ; +DR O93868, NMTDH_AGABI; P0C0Y4, NMTDH_ALTAL; P0C0Y5, NMTDH_DAVTA; +DR Q8NK50, NMTDH_HYPJR; O00058, NMTDH_UROFA; Q6CEE9, SDR_YARLI ; // ID 1.1.1.139 DE Transferred entry: 1.1.1.21. @@ -3580,8 +3586,8 @@ CC as ursodeoxycholate. DR Q8HZJ8, DHI1_BOVIN ; Q6QLL4, DHI1_CAVPO ; P28845, DHI1_HUMAN ; DR Q6R0J2, DHI1_MESAU ; P50172, DHI1_MOUSE ; Q7M3I4, DHI1_RABIT ; DR P16232, DHI1_RAT ; Q29608, DHI1_SAISC ; P51975, DHI1_SHEEP ; -DR G9FRD6, HSDHB_CLOSR; A4ECA9, HSDHB_COLAA; R9UAM1, HSDHB_RUMGN; -DR A7B4V1, HSDHB_RUMGV; +DR G9FRD6, HSDHB_CLOSR; A4ECA9, HSDHB_COLAA; A7B4V1, HSDHB_MEDG7; +DR R9UAM1, HSDHB_MEDGN; // ID 1.1.1.202 DE 1,3-propanediol dehydrogenase. @@ -3860,11 +3866,14 @@ CC decachlorooctahydro-1,3,4-metheno-2H-cyclobuta[cd]pentalen-2-one. DR P17516, AK1C4_HUMAN; Q95JH5, AK1C4_MACFA; Q95JH4, AK1C4_MACFU; // ID 1.1.1.226 -DE 4-hydroxycyclohexanecarboxylate dehydrogenase. -CA NAD(+) + trans-4-hydroxycyclohexanecarboxylate = -CA 4-oxocyclohexanecarboxylate + H(+) + NADH. +DE trans-4-hydroxycyclohexanecarboxylate dehydrogenase. +AN 4-hydroxycyclohexanecarboxylate dehydrogenase. +CA NAD(+) + trans-4-hydroxycyclohexane-1-carboxylate = 4-oxocyclohexane-1- +CA carboxylate + H(+) + NADH. CC -!- The enzyme from Corynebacterium cyclohexanicum is highly specific for -CC the trans-4-hydroxy derivative. +CC the trans-4-hydroxy derivative. cf. cis-4- +CC hydroxycyclohexanecarboxylate dehydrogenase. +DR P0DXE0, CHCB1_CORCT; // ID 1.1.1.227 DE (-)-borneol dehydrogenase. @@ -4328,122 +4337,122 @@ DR Q2SWZ2, DXR_BURTA ; A4JF69, DXR_BURVG ; Q8RA28, DXR_CALS4 ; DR A7H0K4, DXR_CAMC5 ; A0RMI1, DXR_CAMFF ; A7HZP3, DXR_CAMHC ; DR A8FN24, DXR_CAMJ8 ; A7H243, DXR_CAMJD ; Q9PMV3, DXR_CAMJE ; DR A1W0W2, DXR_CAMJJ ; Q5HT65, DXR_CAMJR ; B9KE50, DXR_CAMLR ; -DR Q3AB86, DXR_CARHZ ; Q9A709, DXR_CAUVC ; B8GWR7, DXR_CAUVN ; -DR B3PBQ4, DXR_CELJU ; A3PJG0, DXR_CERS1 ; Q3J2X1, DXR_CERS4 ; -DR A4WUH5, DXR_CERS5 ; B9KRU3, DXR_CERSK ; Q5L651, DXR_CHLAB ; -DR Q3AUE4, DXR_CHLCH ; Q823G9, DXR_CHLCV ; Q254F0, DXR_CHLFF ; -DR B3EE57, DXR_CHLL2 ; Q3B6R4, DXR_CHLL3 ; Q9PKW8, DXR_CHLMU ; -DR B3EK13, DXR_CHLPB ; A1BJT7, DXR_CHLPD ; A4SCF3, DXR_CHLPM ; -DR Q9Z8J8, DXR_CHLPN ; B0B9H9, DXR_CHLT2 ; B3QXY0, DXR_CHLT3 ; -DR Q3KMV0, DXR_CHLTA ; B0BB58, DXR_CHLTB ; Q8KG43, DXR_CHLTE ; -DR O84074, DXR_CHLTR ; Q7NVY8, DXR_CHRVO ; B5EHV5, DXR_CITBB ; -DR Q97I58, DXR_CLOAB ; A7FW01, DXR_CLOB1 ; C3L0C4, DXR_CLOB6 ; -DR A6LSP7, DXR_CLOB8 ; B2V4G1, DXR_CLOBA ; B2TJ47, DXR_CLOBB ; -DR A5I4K2, DXR_CLOBH ; C1FS67, DXR_CLOBJ ; B1II57, DXR_CLOBK ; -DR A7GG14, DXR_CLOBL ; B1KWL5, DXR_CLOBM ; Q185R8, DXR_CLOD6 ; -DR B9E1J4, DXR_CLOK1 ; A5N834, DXR_CLOK5 ; A0Q0R4, DXR_CLONN ; -DR Q0TPQ9, DXR_CLOP1 ; Q8XJR1, DXR_CLOPE ; Q0SSC6, DXR_CLOPS ; -DR Q895K5, DXR_CLOTE ; Q485G4, DXR_COLP3 ; Q6NGL1, DXR_CORDI ; -DR Q8FP80, DXR_COREF ; A4QF22, DXR_CORGB ; Q8NP10, DXR_CORGL ; -DR Q4JV26, DXR_CORJK ; B1WNP5, DXR_CROS5 ; Q1LNF2, DXR_CUPMC ; -DR Q0KA22, DXR_CUPNH ; Q470E3, DXR_CUPPJ ; B3R2B1, DXR_CUPTR ; -DR Q6A7K8, DXR_CUTAK ; B8HVK1, DXR_CYAP4 ; Q47F86, DXR_DECAR ; -DR Q9RU84, DXR_DEIRA ; B1I2I8, DXR_DESAP ; B8FR31, DXR_DESHD ; -DR Q24UG4, DXR_DESHY ; A8ZTM6, DXR_DESOH ; Q6AP35, DXR_DESPS ; -DR A4J5Y5, DXR_DESRM ; Q72DR3, DXR_DESVH ; A1VFB6, DXR_DESVV ; -DR Q8X8Y1, DXR_ECO57 ; P45568, DXR_ECOLI ; C5BHC1, DXR_EDWI9 ; -DR Q3YRZ5, DXR_EHRCJ ; Q2GGR4, DXR_EHRCR ; Q5FHA4, DXR_EHRRG ; -DR Q5HB55, DXR_EHRRW ; B2KCJ9, DXR_ELUMP ; B1H060, DXR_ENDTX ; -DR B2VE12, DXR_ERWT9 ; B1YI70, DXR_EXIS2 ; C4L656, DXR_EXISA ; -DR A7HLL7, DXR_FERNB ; Q14G49, DXR_FRAT1 ; A7NAP0, DXR_FRATF ; -DR Q2A4P9, DXR_FRATH ; B2SFW7, DXR_FRATM ; A0Q7Y5, DXR_FRATN ; -DR Q0BN25, DXR_FRATO ; Q5NEP6, DXR_FRATT ; A4IWJ1, DXR_FRATW ; -DR Q8R622, DXR_FUSNN ; B9M5C0, DXR_GEODF ; Q5L0J6, DXR_GEOKA ; -DR Q39W82, DXR_GEOMG ; Q74BW4, DXR_GEOSL ; C6E518, DXR_GEOSM ; -DR C5D9C1, DXR_GEOSW ; A5G7W2, DXR_GEOUR ; B8F4X2, DXR_GLAP5 ; -DR B7KAT5, DXR_GLOC7 ; Q7NID1, DXR_GLOVI ; Q5FPZ1, DXR_GLUOX ; -DR Q7VM27, DXR_HAEDU ; Q4QM93, DXR_HAEI8 ; A5UDR7, DXR_HAEIE ; -DR A5UHV9, DXR_HAEIG ; P44055, DXR_HAEIN ; Q2SBQ3, DXR_HAHCH ; -DR Q9KA69, DXR_HALH5 ; B8CW61, DXR_HALOH ; Q7VIT0, DXR_HELHP ; -DR B0THN7, DXR_HELMI ; B6JKE8, DXR_HELP2 ; B5Z9Y5, DXR_HELPG ; -DR Q1CUT8, DXR_HELPH ; Q9ZML6, DXR_HELPJ ; B2US45, DXR_HELPS ; -DR P56139, DXR_HELPY ; A4G4S7, DXR_HERAR ; Q5QUF4, DXR_IDILO ; -DR A6SZP5, DXR_JANMA ; Q28PJ0, DXR_JANSC ; Q9AJD7, DXR_KITGR ; -DR C4Z5K1, DXR_LACE2 ; A9KMX2, DXR_LACP7 ; C1D9F0, DXR_LARHH ; -DR Q1MRD4, DXR_LAWIP ; Q6AEY1, DXR_LEIXX ; B0SDN1, DXR_LEPBA ; -DR Q04U66, DXR_LEPBJ ; Q053M9, DXR_LEPBL ; B0SM60, DXR_LEPBP ; -DR Q72U08, DXR_LEPIC ; Q8F146, DXR_LEPIN ; Q92C37, DXR_LISIN ; -DR C1L2M3, DXR_LISMC ; Q720A5, DXR_LISMF ; B8DG10, DXR_LISMH ; -DR Q8Y7G4, DXR_LISMO ; A0AIB8, DXR_LISW6 ; B1HQZ7, DXR_LYSSC ; -DR B9EBE2, DXR_MACCJ ; Q8EWQ6, DXR_MALP2 ; Q65R75, DXR_MANSM ; -DR Q9XES0, DXR_MENPI ; Q60BA4, DXR_METCA ; Q1H145, DXR_METFK ; -DR B0JWW6, DXR_MICAN ; Q2RJN4, DXR_MOOTA ; A0QJ14, DXR_MYCA1 ; -DR P64013, DXR_MYCBO ; A1KML5, DXR_MYCBP ; C1AFY6, DXR_MYCBT ; -DR Q7NC17, DXR_MYCGA ; B8ZRU7, DXR_MYCLB ; Q9CBU3, DXR_MYCLE ; -DR B2HJP9, DXR_MYCMM ; Q73VS1, DXR_MYCPA ; A0QVH7, DXR_MYCS2 ; -DR A5U6M4, DXR_MYCTA ; P9WNS0, DXR_MYCTO ; P9WNS1, DXR_MYCTU ; -DR A0PQ95, DXR_MYCUA ; B9L7Q2, DXR_NAUPA ; Q5F5X0, DXR_NEIG1 ; -DR Q9JX33, DXR_NEIMA ; Q9K1G8, DXR_NEIMB ; Q0AEI0, DXR_NITEC ; -DR Q82U01, DXR_NITEU ; Q1QMN1, DXR_NITHX ; Q2YBA1, DXR_NITMU ; -DR Q3JCW9, DXR_NITOC ; Q3SRH8, DXR_NITWN ; Q5YS72, DXR_NOCFA ; -DR B2ITX3, DXR_NOSP7 ; Q8YP49, DXR_NOSS1 ; Q313H2, DXR_OLEA2 ; -DR H8ZW44, DXR_ORIVU ; Q8W250, DXR_ORYSJ ; A1R4Z8, DXR_PAEAT ; -DR A1B969, DXR_PARDP ; Q7U8C3, DXR_PARMW ; B2JIC0, DXR_PARP8 ; -DR B2T5I8, DXR_PARPJ ; Q6MEL5, DXR_PARUW ; Q13XC2, DXR_PARXL ; -DR P57985, DXR_PASMU ; Q6D8D9, DXR_PECAS ; C6DAI7, DXR_PECCP ; -DR B4SAR7, DXR_PELPB ; A1AQN8, DXR_PELPD ; A5D2U3, DXR_PELTS ; -DR Q4FM64, DXR_PELUB ; C0QTC4, DXR_PERMH ; Q7N8P3, DXR_PHOLL ; -DR Q6LN30, DXR_PHOPR ; A6L0W8, DXR_PHOV8 ; Q8IKG4, DXR_PLAF7 ; -DR O96693, DXR_PLAFX ; B2RJX5, DXR_PORG3 ; Q7MUW3, DXR_PORGI ; -DR B4S387, DXR_PROA2 ; A2C3T8, DXR_PROM1 ; A2BXK2, DXR_PROM5 ; -DR Q319Z8, DXR_PROM9 ; Q7VB62, DXR_PROMA ; B4F2C9, DXR_PROMH ; -DR Q7V6J8, DXR_PROMM ; Q7V0W0, DXR_PROMP ; Q46JT6, DXR_PROMT ; -DR Q48F65, DXR_PSE14 ; A6V1D8, DXR_PSEA7 ; B7V7G3, DXR_PSEA8 ; -DR Q02RC2, DXR_PSEAB ; Q9KGU6, DXR_PSEAE ; B8HFR2, DXR_PSECP ; -DR Q4KHH0, DXR_PSEF5 ; C3K601, DXR_PSEFS ; A8F4Z0, DXR_PSELT ; -DR A4XWT5, DXR_PSEMY ; A5W844, DXR_PSEP1 ; Q3KHA6, DXR_PSEPF ; -DR B0KSA5, DXR_PSEPG ; Q88MH4, DXR_PSEPK ; B1JBQ4, DXR_PSEPW ; -DR Q886N7, DXR_PSESM ; Q4ZWS2, DXR_PSEU2 ; Q4FRH9, DXR_PSYA2 ; -DR Q1QA16, DXR_PSYCK ; A1SYV7, DXR_PSYIN ; A5WGE7, DXR_PSYWF ; -DR Q8XZI5, DXR_RALN1 ; B2UB12, DXR_RALPJ ; B3PQ37, DXR_RHIE6 ; -DR Q2K3K0, DXR_RHIEC ; Q1MB26, DXR_RHIJ3 ; Q92LP6, DXR_RHIME ; -DR B9JBW0, DXR_RHIR8 ; Q7URM5, DXR_RHOBA ; B6ISU5, DXR_RHOCS ; -DR Q0S275, DXR_RHOJR ; Q2IW86, DXR_RHOP2 ; Q07NI7, DXR_RHOP5 ; -DR Q6N5Q6, DXR_RHOPA ; Q215E3, DXR_RHOPB ; Q136B0, DXR_RHOPS ; -DR B3Q7J8, DXR_RHOPT ; B7K5G6, DXR_RIPO1 ; Q5LSU9, DXR_RUEPO ; -DR Q1GGS3, DXR_RUEST ; B8I6D9, DXR_RUMCH ; A1AV71, DXR_RUTMC ; -DR Q21HH8, DXR_SACD2 ; Q57T35, DXR_SALCH ; Q5PD59, DXR_SALPA ; -DR Q8Z9A6, DXR_SALTI ; Q8ZRP3, DXR_SALTY ; A8GIE2, DXR_SERP5 ; -DR A1S4P6, DXR_SHEAM ; B8E7R0, DXR_SHEB2 ; A3D2L1, DXR_SHEB5 ; -DR A9KUL1, DXR_SHEB9 ; Q085D6, DXR_SHEFN ; B0TP77, DXR_SHEHH ; -DR A3QG97, DXR_SHELP ; Q8EGG9, DXR_SHEON ; A8H6L0, DXR_SHEPA ; -DR B8CQ79, DXR_SHEPW ; A0KZ17, DXR_SHESA ; A8FY36, DXR_SHESH ; -DR Q0HGW1, DXR_SHESM ; Q0HT68, DXR_SHESR ; B1KNT7, DXR_SHEWM ; -DR Q83MD3, DXR_SHIFL ; Q5WFT4, DXR_SHOC1 ; C3M9M8, DXR_SINFN ; -DR A6UDH9, DXR_SINMW ; Q2NRL1, DXR_SODGM ; Q01QM3, DXR_SOLUE ; -DR Q82K41, DXR_STRAW ; Q9KYS1, DXR_STRCO ; A4VJS7, DXR_STUS1 ; -DR B2V847, DXR_SULSY ; Q67PA9, DXR_SYMTH ; Q31N26, DXR_SYNE7 ; -DR Q2JXQ9, DXR_SYNJA ; Q2JM39, DXR_SYNJB ; Q9RCT1, DXR_SYNP6 ; -DR Q0IBN9, DXR_SYNS3 ; Q3AZ20, DXR_SYNS9 ; Q3AI71, DXR_SYNSC ; -DR Q55663, DXR_SYNY3 ; Q9WZZ1, DXR_THEMA ; B9KA80, DXR_THENN ; -DR A5IIP4, DXR_THEP1 ; B0K9Q9, DXR_THEP3 ; B0K1E5, DXR_THEPX ; -DR B9L006, DXR_THERP ; Q72KE2, DXR_THET2 ; Q5SJZ6, DXR_THET8 ; -DR Q8DK30, DXR_THEVB ; B5YI09, DXR_THEYD ; A0A1U9X9N3, DXR_THYVU ; -DR C4L858, DXR_TOLAT ; Q73K78, DXR_TREDE ; O83610, DXR_TREPA ; -DR B3E7B0, DXR_TRIL1 ; Q3MDL2, DXR_TRIV2 ; Q83IC8, DXR_TROW8 ; -DR Q83GY8, DXR_TROWT ; A5CY29, DXR_VESOH ; A7MXZ4, DXR_VIBC1 ; -DR A5F615, DXR_VIBC3 ; Q9KPV8, DXR_VIBCH ; C3LQ26, DXR_VIBCM ; -DR Q87ME3, DXR_VIBPA ; Q8DBF5, DXR_VIBVU ; Q7MIG6, DXR_VIBVY ; -DR Q8D2G6, DXR_WIGBR ; Q73GG3, DXR_WOLPM ; B3CN89, DXR_WOLPP ; -DR Q7M9M7, DXR_WOLSU ; Q5GTA4, DXR_WOLTR ; C0R414, DXR_WOLWR ; -DR Q8PML1, DXR_XANAC ; Q3BVL0, DXR_XANC5 ; Q4USQ4, DXR_XANC8 ; -DR B0RW72, DXR_XANCB ; Q8PAV9, DXR_XANCP ; Q2P4B2, DXR_XANOM ; -DR B2SR05, DXR_XANOP ; Q5H1E7, DXR_XANOR ; B2I7P4, DXR_XYLF2 ; -DR Q9PEI0, DXR_XYLFA ; B0U242, DXR_XYLFM ; Q87EH9, DXR_XYLFT ; -DR A1JP78, DXR_YERE8 ; A7FFH3, DXR_YERP3 ; Q1CAN0, DXR_YERPA ; -DR B2JZ30, DXR_YERPB ; Q8ZH62, DXR_YERPE ; A9R392, DXR_YERPG ; -DR Q1CFF1, DXR_YERPN ; A4TL87, DXR_YERPP ; Q667J3, DXR_YERPS ; -DR B1JQG4, DXR_YERPY ; Q9X5F2, DXR_ZYMMO ; +DR A0A7J6G7L9, DXR_CANSA ; Q3AB86, DXR_CARHZ ; Q9A709, DXR_CAUVC ; +DR B8GWR7, DXR_CAUVN ; B3PBQ4, DXR_CELJU ; A3PJG0, DXR_CERS1 ; +DR Q3J2X1, DXR_CERS4 ; A4WUH5, DXR_CERS5 ; B9KRU3, DXR_CERSK ; +DR Q5L651, DXR_CHLAB ; Q3AUE4, DXR_CHLCH ; Q823G9, DXR_CHLCV ; +DR Q254F0, DXR_CHLFF ; B3EE57, DXR_CHLL2 ; Q3B6R4, DXR_CHLL3 ; +DR Q9PKW8, DXR_CHLMU ; B3EK13, DXR_CHLPB ; A1BJT7, DXR_CHLPD ; +DR A4SCF3, DXR_CHLPM ; Q9Z8J8, DXR_CHLPN ; B0B9H9, DXR_CHLT2 ; +DR B3QXY0, DXR_CHLT3 ; Q3KMV0, DXR_CHLTA ; B0BB58, DXR_CHLTB ; +DR Q8KG43, DXR_CHLTE ; O84074, DXR_CHLTR ; Q7NVY8, DXR_CHRVO ; +DR B5EHV5, DXR_CITBB ; Q97I58, DXR_CLOAB ; A7FW01, DXR_CLOB1 ; +DR C3L0C4, DXR_CLOB6 ; A6LSP7, DXR_CLOB8 ; B2V4G1, DXR_CLOBA ; +DR B2TJ47, DXR_CLOBB ; A5I4K2, DXR_CLOBH ; C1FS67, DXR_CLOBJ ; +DR B1II57, DXR_CLOBK ; A7GG14, DXR_CLOBL ; B1KWL5, DXR_CLOBM ; +DR Q185R8, DXR_CLOD6 ; B9E1J4, DXR_CLOK1 ; A5N834, DXR_CLOK5 ; +DR A0Q0R4, DXR_CLONN ; Q0TPQ9, DXR_CLOP1 ; Q8XJR1, DXR_CLOPE ; +DR Q0SSC6, DXR_CLOPS ; Q895K5, DXR_CLOTE ; Q485G4, DXR_COLP3 ; +DR Q6NGL1, DXR_CORDI ; Q8FP80, DXR_COREF ; A4QF22, DXR_CORGB ; +DR Q8NP10, DXR_CORGL ; Q4JV26, DXR_CORJK ; B1WNP5, DXR_CROS5 ; +DR Q1LNF2, DXR_CUPMC ; Q0KA22, DXR_CUPNH ; Q470E3, DXR_CUPPJ ; +DR B3R2B1, DXR_CUPTR ; Q6A7K8, DXR_CUTAK ; B8HVK1, DXR_CYAP4 ; +DR Q47F86, DXR_DECAR ; Q9RU84, DXR_DEIRA ; B1I2I8, DXR_DESAP ; +DR B8FR31, DXR_DESHD ; Q24UG4, DXR_DESHY ; A8ZTM6, DXR_DESOH ; +DR Q6AP35, DXR_DESPS ; A4J5Y5, DXR_DESRM ; Q8X8Y1, DXR_ECO57 ; +DR P45568, DXR_ECOLI ; C5BHC1, DXR_EDWI9 ; Q3YRZ5, DXR_EHRCJ ; +DR Q2GGR4, DXR_EHRCR ; Q5FHA4, DXR_EHRRG ; Q5HB55, DXR_EHRRW ; +DR B2KCJ9, DXR_ELUMP ; B1H060, DXR_ENDTX ; B2VE12, DXR_ERWT9 ; +DR B1YI70, DXR_EXIS2 ; C4L656, DXR_EXISA ; A7HLL7, DXR_FERNB ; +DR Q14G49, DXR_FRAT1 ; A7NAP0, DXR_FRATF ; Q2A4P9, DXR_FRATH ; +DR B2SFW7, DXR_FRATM ; A0Q7Y5, DXR_FRATN ; Q0BN25, DXR_FRATO ; +DR Q5NEP6, DXR_FRATT ; A4IWJ1, DXR_FRATW ; Q8R622, DXR_FUSNN ; +DR B9M5C0, DXR_GEODF ; Q5L0J6, DXR_GEOKA ; Q39W82, DXR_GEOMG ; +DR Q74BW4, DXR_GEOSL ; C6E518, DXR_GEOSM ; C5D9C1, DXR_GEOSW ; +DR A5G7W2, DXR_GEOUR ; B8F4X2, DXR_GLAP5 ; B7KAT5, DXR_GLOC7 ; +DR Q7NID1, DXR_GLOVI ; Q5FPZ1, DXR_GLUOX ; Q7VM27, DXR_HAEDU ; +DR Q4QM93, DXR_HAEI8 ; A5UDR7, DXR_HAEIE ; A5UHV9, DXR_HAEIG ; +DR P44055, DXR_HAEIN ; Q2SBQ3, DXR_HAHCH ; Q9KA69, DXR_HALH5 ; +DR B8CW61, DXR_HALOH ; Q7VIT0, DXR_HELHP ; B0THN7, DXR_HELMI ; +DR B6JKE8, DXR_HELP2 ; B5Z9Y5, DXR_HELPG ; Q1CUT8, DXR_HELPH ; +DR Q9ZML6, DXR_HELPJ ; B2US45, DXR_HELPS ; P56139, DXR_HELPY ; +DR A4G4S7, DXR_HERAR ; Q5QUF4, DXR_IDILO ; A6SZP5, DXR_JANMA ; +DR Q28PJ0, DXR_JANSC ; Q9AJD7, DXR_KITGR ; C4Z5K1, DXR_LACE2 ; +DR A9KMX2, DXR_LACP7 ; C1D9F0, DXR_LARHH ; Q1MRD4, DXR_LAWIP ; +DR Q6AEY1, DXR_LEIXX ; B0SDN1, DXR_LEPBA ; Q04U66, DXR_LEPBJ ; +DR Q053M9, DXR_LEPBL ; B0SM60, DXR_LEPBP ; Q72U08, DXR_LEPIC ; +DR Q8F146, DXR_LEPIN ; Q92C37, DXR_LISIN ; C1L2M3, DXR_LISMC ; +DR Q720A5, DXR_LISMF ; B8DG10, DXR_LISMH ; Q8Y7G4, DXR_LISMO ; +DR A0AIB8, DXR_LISW6 ; B1HQZ7, DXR_LYSSC ; B9EBE2, DXR_MACCJ ; +DR Q8EWQ6, DXR_MALP2 ; Q65R75, DXR_MANSM ; Q9XES0, DXR_MENPI ; +DR Q60BA4, DXR_METCA ; Q1H145, DXR_METFK ; B0JWW6, DXR_MICAN ; +DR Q2RJN4, DXR_MOOTA ; A0QJ14, DXR_MYCA1 ; P64013, DXR_MYCBO ; +DR A1KML5, DXR_MYCBP ; C1AFY6, DXR_MYCBT ; Q7NC17, DXR_MYCGA ; +DR B8ZRU7, DXR_MYCLB ; Q9CBU3, DXR_MYCLE ; B2HJP9, DXR_MYCMM ; +DR Q73VS1, DXR_MYCPA ; A0QVH7, DXR_MYCS2 ; A5U6M4, DXR_MYCTA ; +DR P9WNS0, DXR_MYCTO ; P9WNS1, DXR_MYCTU ; A0PQ95, DXR_MYCUA ; +DR B9L7Q2, DXR_NAUPA ; Q5F5X0, DXR_NEIG1 ; Q9JX33, DXR_NEIMA ; +DR Q9K1G8, DXR_NEIMB ; Q0AEI0, DXR_NITEC ; Q82U01, DXR_NITEU ; +DR Q1QMN1, DXR_NITHX ; Q2YBA1, DXR_NITMU ; Q3JCW9, DXR_NITOC ; +DR Q72DR3, DXR_NITV2 ; A1VFB6, DXR_NITV4 ; Q3SRH8, DXR_NITWN ; +DR Q5YS72, DXR_NOCFA ; B2ITX3, DXR_NOSP7 ; Q8YP49, DXR_NOSS1 ; +DR Q313H2, DXR_OLEA2 ; H8ZW44, DXR_ORIVU ; Q8W250, DXR_ORYSJ ; +DR A1R4Z8, DXR_PAEAT ; A1B969, DXR_PARDP ; Q7U8C3, DXR_PARMW ; +DR B2JIC0, DXR_PARP8 ; B2T5I8, DXR_PARPJ ; Q6MEL5, DXR_PARUW ; +DR Q13XC2, DXR_PARXL ; P57985, DXR_PASMU ; Q6D8D9, DXR_PECAS ; +DR C6DAI7, DXR_PECCP ; B4SAR7, DXR_PELPB ; A1AQN8, DXR_PELPD ; +DR A5D2U3, DXR_PELTS ; Q4FM64, DXR_PELUB ; C0QTC4, DXR_PERMH ; +DR Q7N8P3, DXR_PHOLL ; Q6LN30, DXR_PHOPR ; A6L0W8, DXR_PHOV8 ; +DR Q8IKG4, DXR_PLAF7 ; O96693, DXR_PLAFX ; B2RJX5, DXR_PORG3 ; +DR Q7MUW3, DXR_PORGI ; B4S387, DXR_PROA2 ; A2C3T8, DXR_PROM1 ; +DR A2BXK2, DXR_PROM5 ; Q319Z8, DXR_PROM9 ; Q7VB62, DXR_PROMA ; +DR B4F2C9, DXR_PROMH ; Q7V6J8, DXR_PROMM ; Q7V0W0, DXR_PROMP ; +DR Q46JT6, DXR_PROMT ; Q48F65, DXR_PSE14 ; A6V1D8, DXR_PSEA7 ; +DR B7V7G3, DXR_PSEA8 ; Q02RC2, DXR_PSEAB ; Q9KGU6, DXR_PSEAE ; +DR B8HFR2, DXR_PSECP ; Q4KHH0, DXR_PSEF5 ; C3K601, DXR_PSEFS ; +DR A8F4Z0, DXR_PSELT ; A4XWT5, DXR_PSEMY ; A5W844, DXR_PSEP1 ; +DR Q3KHA6, DXR_PSEPF ; B0KSA5, DXR_PSEPG ; Q88MH4, DXR_PSEPK ; +DR B1JBQ4, DXR_PSEPW ; Q886N7, DXR_PSESM ; Q4ZWS2, DXR_PSEU2 ; +DR Q4FRH9, DXR_PSYA2 ; Q1QA16, DXR_PSYCK ; A1SYV7, DXR_PSYIN ; +DR A5WGE7, DXR_PSYWF ; Q8XZI5, DXR_RALN1 ; B2UB12, DXR_RALPJ ; +DR B3PQ37, DXR_RHIE6 ; Q2K3K0, DXR_RHIEC ; Q1MB26, DXR_RHIJ3 ; +DR Q92LP6, DXR_RHIME ; B9JBW0, DXR_RHIR8 ; Q7URM5, DXR_RHOBA ; +DR B6ISU5, DXR_RHOCS ; Q0S275, DXR_RHOJR ; Q2IW86, DXR_RHOP2 ; +DR Q07NI7, DXR_RHOP5 ; Q6N5Q6, DXR_RHOPA ; Q215E3, DXR_RHOPB ; +DR Q136B0, DXR_RHOPS ; B3Q7J8, DXR_RHOPT ; B7K5G6, DXR_RIPO1 ; +DR Q5LSU9, DXR_RUEPO ; Q1GGS3, DXR_RUEST ; B8I6D9, DXR_RUMCH ; +DR A1AV71, DXR_RUTMC ; Q21HH8, DXR_SACD2 ; Q57T35, DXR_SALCH ; +DR Q5PD59, DXR_SALPA ; Q8Z9A6, DXR_SALTI ; Q8ZRP3, DXR_SALTY ; +DR A8GIE2, DXR_SERP5 ; A1S4P6, DXR_SHEAM ; B8E7R0, DXR_SHEB2 ; +DR A3D2L1, DXR_SHEB5 ; A9KUL1, DXR_SHEB9 ; Q085D6, DXR_SHEFN ; +DR B0TP77, DXR_SHEHH ; A3QG97, DXR_SHELP ; Q8EGG9, DXR_SHEON ; +DR A8H6L0, DXR_SHEPA ; B8CQ79, DXR_SHEPW ; A0KZ17, DXR_SHESA ; +DR A8FY36, DXR_SHESH ; Q0HGW1, DXR_SHESM ; Q0HT68, DXR_SHESR ; +DR B1KNT7, DXR_SHEWM ; Q83MD3, DXR_SHIFL ; Q5WFT4, DXR_SHOC1 ; +DR C3M9M8, DXR_SINFN ; A6UDH9, DXR_SINMW ; Q2NRL1, DXR_SODGM ; +DR Q01QM3, DXR_SOLUE ; Q82K41, DXR_STRAW ; Q9KYS1, DXR_STRCO ; +DR A4VJS7, DXR_STUS1 ; B2V847, DXR_SULSY ; Q67PA9, DXR_SYMTH ; +DR Q31N26, DXR_SYNE7 ; Q2JXQ9, DXR_SYNJA ; Q2JM39, DXR_SYNJB ; +DR Q9RCT1, DXR_SYNP6 ; Q0IBN9, DXR_SYNS3 ; Q3AZ20, DXR_SYNS9 ; +DR Q3AI71, DXR_SYNSC ; Q55663, DXR_SYNY3 ; Q9WZZ1, DXR_THEMA ; +DR B9KA80, DXR_THENN ; A5IIP4, DXR_THEP1 ; B0K9Q9, DXR_THEP3 ; +DR B0K1E5, DXR_THEPX ; B9L006, DXR_THERP ; Q72KE2, DXR_THET2 ; +DR Q5SJZ6, DXR_THET8 ; Q8DK30, DXR_THEVB ; B5YI09, DXR_THEYD ; +DR A0A1U9X9N3, DXR_THYVU ; C4L858, DXR_TOLAT ; Q73K78, DXR_TREDE ; +DR O83610, DXR_TREPA ; B3E7B0, DXR_TRIL1 ; Q3MDL2, DXR_TRIV2 ; +DR Q83IC8, DXR_TROW8 ; Q83GY8, DXR_TROWT ; A5CY29, DXR_VESOH ; +DR A7MXZ4, DXR_VIBC1 ; A5F615, DXR_VIBC3 ; Q9KPV8, DXR_VIBCH ; +DR C3LQ26, DXR_VIBCM ; Q87ME3, DXR_VIBPA ; Q8DBF5, DXR_VIBVU ; +DR Q7MIG6, DXR_VIBVY ; Q8D2G6, DXR_WIGBR ; Q73GG3, DXR_WOLPM ; +DR B3CN89, DXR_WOLPP ; Q7M9M7, DXR_WOLSU ; Q5GTA4, DXR_WOLTR ; +DR C0R414, DXR_WOLWR ; Q8PML1, DXR_XANAC ; Q4USQ4, DXR_XANC8 ; +DR B0RW72, DXR_XANCB ; Q8PAV9, DXR_XANCP ; Q3BVL0, DXR_XANE5 ; +DR Q2P4B2, DXR_XANOM ; B2SR05, DXR_XANOP ; Q5H1E7, DXR_XANOR ; +DR B2I7P4, DXR_XYLF2 ; Q9PEI0, DXR_XYLFA ; B0U242, DXR_XYLFM ; +DR Q87EH9, DXR_XYLFT ; A1JP78, DXR_YERE8 ; A7FFH3, DXR_YERP3 ; +DR Q1CAN0, DXR_YERPA ; B2JZ30, DXR_YERPB ; Q8ZH62, DXR_YERPE ; +DR A9R392, DXR_YERPG ; Q1CFF1, DXR_YERPN ; A4TL87, DXR_YERPP ; +DR Q667J3, DXR_YERPS ; B1JQG4, DXR_YERPY ; Q9X5F2, DXR_ZYMMO ; // ID 1.1.1.268 DE 2-(R)-hydroxypropyl-CoM dehydrogenase. @@ -5545,6 +5554,7 @@ CC -!- It also utilizes phenylpyruvate. CC -!- The enzyme from the halophilic archaeon Haloferax mediterranei CC prefers substrates with a main chain of 3-4 carbons (pyruvate and CC 2-oxobutanoate). cf. EC 1.1.1.272. +DR P17584, DHD2_LACPA ; Q5U922, LDHA_CLODI ; // ID 1.1.1.346 DE 2,5-didehydrogluconate reductase (2-dehydro-L-gulonate-forming). @@ -6070,7 +6080,7 @@ CC bile acids to form 3beta-bile acids (also known as iso-bile acids) CC via a 3-oxo intermediate. CC -!- The enzyme catalyzes a reversible reaction in vitro. CC -!- Also acts on related bile acids. cf. EC 1.1.1.52. -DR A7B3K3, 3AHDP_RUMGV; +DR A7B3K3, 3AHDP_MEDG7; // ID 1.1.1.393 DE 3beta-hydroxycholanate 3-dehydrogenase (NADP(+)). @@ -6081,7 +6091,7 @@ CC EC 1.1.1.392, in the modification of secondary bile acids to form CC 3beta-bile acids (also known as iso-bile acids). CC -!- The enzyme catalyzes the reaction in the reduction direction in vivo. CC -!- Also acts on related 3-oxo bile acids. cf. EC 1.1.1.391. -DR A7AZH2, 3BHDP_RUMGV; +DR A7AZH2, 3BHDP_MEDG7; // ID 1.1.1.394 DE aurachin B dehydrogenase. @@ -6571,6 +6581,14 @@ CC -!- It is a partial polyketide synthase (PKS) consisting of only a CC dehydratase (DH) and a ketoreductase (KR) domain. DR Q4WAZ4, FMAH_ASPFU ; // +ID 1.1.1.438 +DE cis-4-hydroxycyclohexanecarboxylate dehydrogenase. +CA cis-4-hydroxycyclohexane-1-carboxylate + NAD(+) = 4-oxocyclohexane-1- +CA carboxylate + H(+) + NADH. +CC -!- The enzyme from Corynebacterium cyclohexanicum is highly specific for +CC the cis-4-hydroxy derivative. cf. EC 1.1.1.226. +DR P0DXE1, CHCB2_CORCT; +// ID 1.1.1.n1 DE Transferred entry: 1.1.1.305. // @@ -6736,7 +6754,7 @@ CC 'propeller' structure, a calcium ion bound to the PQQ in the active CC site and an unusual disulfide ring structure in close proximity to CC the PQQ. CC -!- Formerly EC 1.1.99.8. -DR Q9Z4J7, QEDH_PSEAE ; A8R3S4, QEDH_PSEPU ; +DR Q88JH5, PEDE_PSEPK ; Q9Z4J7, QEDH_PSEAE ; A8R3S4, QEDH_PSEPU ; // ID 1.1.2.9 DE 1-butanol dehydrogenase (cytochrome c). @@ -6766,6 +6784,7 @@ CC -!- The lanthanide is coordinated by the enzyme and pyrroloquinoline CC quinone. CC -!- Shows little activity with Ca(2+), the required cofactor of CC EC 1.1.2.7. +DR C5B120, XOXF1_METEA; A0A3F2YLY8, XOXF_METBY ; I0JWN7, XOXF_METFB ; // ID 1.1.2.11 DE glucoside 3-dehydrogenase (cytochrome c). @@ -7188,6 +7207,7 @@ CC position 3 of the glycose moiety. CC -!- The enzyme was found active with assorted C-glycosides, such as CC carminate, mangiferin, and C(6)-glycosylated flavonoids, but not with CC D-glucose or C(8)-glycosylated flavonoids. +DR H0QPM2, CGLYO_ARTG1; P0DXE4, CGLYO_MICSX; A0A0M2HFA3, CGLYO_MICTR; // ID 1.1.4.1 DE Transferred entry: 1.17.4.4. @@ -7316,7 +7336,7 @@ DR A9VJG1, MQO_BACMK ; Q1LU84, MQO_BAUCH ; Q7VRS0, MQO_BLOFL ; DR Q492E3, MQO_BLOPB ; Q2KX12, MQO_BORA1 ; Q89XM4, MQO_BRADU ; DR C0Z9W8, MQO_BREBN ; A0AWY9, MQO_BURCH ; Q390Q5, MQO_BURL3 ; DR Q1BKI8, MQO_BURO1 ; P56954, MQO_CAMJE ; Q1QUD2, MQO_CHRSD ; -DR A8AE07, MQO_CITK8 ; A5CPE3, MQO_CLAM3 ; B0RIH2, MQO_CLAMS ; +DR A8AE07, MQO_CITK8 ; A5CPE3, MQO_CLAM3 ; B0RIH2, MQO_CLASE ; DR C3PH30, MQO_CORA7 ; Q6NGL9, MQO_CORDI ; Q8FP91, MQO_COREF ; DR A4QF08, MQO_CORGB ; O69282, MQO_CORGL ; Q4JV42, MQO_CORJK ; DR A7MNG1, MQO_CROS8 ; A7ZP32, MQO_ECO24 ; B7UFM4, MQO_ECO27 ; @@ -7649,8 +7669,8 @@ DR Q6G664, BETA_STAAS ; A8Z5A4, BETA_STAAT ; Q8NUM0, BETA_STAAW ; DR Q5HL11, BETA_STAEQ ; Q8CMY2, BETA_STAES ; Q4L9D7, BETA_STAHJ ; DR Q4A0Q1, BETA_STAS1 ; Q9X2M2, BETA_STAXY ; B4SHV9, BETA_STRM5 ; DR B2FQ89, BETA_STRMK ; A7N2P9, BETA_VIBC1 ; Q8D3K2, BETA_VIBVU ; -DR Q7MF12, BETA_VIBVY ; Q8PPG8, BETA_XANAC ; Q3BXK8, BETA_XANC5 ; -DR Q4UYN5, BETA_XANC8 ; B0RNU9, BETA_XANCB ; Q8P5D7, BETA_XANCP ; +DR Q7MF12, BETA_VIBVY ; Q8PPG8, BETA_XANAC ; Q4UYN5, BETA_XANC8 ; +DR B0RNU9, BETA_XANCB ; Q8P5D7, BETA_XANCP ; Q3BXK8, BETA_XANE5 ; DR A7FKL6, BETA_YERP3 ; Q1C932, BETA_YERPA ; B2K8U4, BETA_YERPB ; DR Q8ZGW0, BETA_YERPE ; Q1CFR7, BETA_YERPN ; A4TNP2, BETA_YERPP ; DR Q66D54, BETA_YERPS ; B1JSR0, BETA_YERPY ; Q8NE62, CHDH_HUMAN ; @@ -8188,8 +8208,8 @@ DR A8Z5A4, BETA_STAAT ; Q8NUM0, BETA_STAAW ; Q5HL11, BETA_STAEQ ; DR Q8CMY2, BETA_STAES ; Q4L9D7, BETA_STAHJ ; Q4A0Q1, BETA_STAS1 ; DR Q9X2M2, BETA_STAXY ; B4SHV9, BETA_STRM5 ; B2FQ89, BETA_STRMK ; DR A7N2P9, BETA_VIBC1 ; Q8D3K2, BETA_VIBVU ; Q7MF12, BETA_VIBVY ; -DR Q8PPG8, BETA_XANAC ; Q3BXK8, BETA_XANC5 ; Q4UYN5, BETA_XANC8 ; -DR B0RNU9, BETA_XANCB ; Q8P5D7, BETA_XANCP ; A7FKL6, BETA_YERP3 ; +DR Q8PPG8, BETA_XANAC ; Q4UYN5, BETA_XANC8 ; B0RNU9, BETA_XANCB ; +DR Q8P5D7, BETA_XANCP ; Q3BXK8, BETA_XANE5 ; A7FKL6, BETA_YERP3 ; DR Q1C932, BETA_YERPA ; B2K8U4, BETA_YERPB ; Q8ZGW0, BETA_YERPE ; DR Q1CFR7, BETA_YERPN ; A4TNP2, BETA_YERPP ; Q66D54, BETA_YERPS ; DR B1JSR0, BETA_YERPY ; P54222, BETB1_RHIME; Q92YD2, BETB2_RHIME; @@ -8226,8 +8246,8 @@ DR Q0T7M9, BETB_SHIF8 ; C3MIE5, BETB_SINFN ; A6U6Y9, BETB_SINMW ; DR B4SHW0, BETB_STRM5 ; B2FQ90, BETB_STRMK ; A4VKC2, BETB_STUS1 ; DR B7VQ28, BETB_VIBA3 ; A7N2Q0, BETB_VIBC1 ; Q87H52, BETB_VIBPA ; DR Q8D3K3, BETB_VIBVU ; Q7MF13, BETB_VIBVY ; Q8PPG7, BETB_XANAC ; -DR Q3BXK7, BETB_XANC5 ; Q4UYN4, BETB_XANC8 ; B0RNV0, BETB_XANCB ; -DR Q8P5D8, BETB_XANCP ; A7FKL5, BETB_YERP3 ; Q1C931, BETB_YERPA ; +DR Q4UYN4, BETB_XANC8 ; B0RNV0, BETB_XANCB ; Q8P5D8, BETB_XANCP ; +DR Q3BXK7, BETB_XANE5 ; A7FKL5, BETB_YERP3 ; Q1C931, BETB_YERPA ; DR B2K8U5, BETB_YERPB ; Q8ZGV9, BETB_YERPE ; Q1CFR8, BETB_YERPN ; DR A4TNP1, BETB_YERPP ; Q66D53, BETB_YERPS ; B1JSQ9, BETB_YERPY ; DR P71016, GBSA_BACSU ; @@ -8257,21 +8277,21 @@ CC -!- NADP(+) can replace NAD(+) but the rate of reaction is much slower. DR A1K6L8, ACDH1_AZOSB; C1DMT1, ACDH1_AZOVD; B4EK77, ACDH1_BURCJ; DR Q397R0, ACDH1_BURL3; A4JPX8, ACDH1_BURVG; Q83VZ4, ACDH1_COMTE; DR Q1LNS3, ACDH1_CUPMC; Q0K3S6, ACDH1_CUPNH; Q47HL9, ACDH1_DECAR; -DR A8LAA2, ACDH1_FRASN; A2SI34, ACDH1_METPP; B1MH39, ACDH1_MYCA9; -DR B2HGH0, ACDH1_MYCMM; A0QZU1, ACDH1_MYCS2; A3Q4B8, ACDH1_MYCSJ; -DR A1UM81, ACDH1_MYCSK; Q1B2X0, ACDH1_MYCSS; A0PR19, ACDH1_MYCUA; -DR Q5Z2N3, ACDH1_NOCFA; A1SH78, ACDH1_NOCSJ; A4XF36, ACDH1_NOVAD; -DR B2JLM7, ACDH1_PARP8; Q143P8, ACDH1_PARXL; Q4F8I0, ACDH1_PSEFK; +DR A2SI34, ACDH1_METPP; B1MH39, ACDH1_MYCA9; B2HGH0, ACDH1_MYCMM; +DR A0QZU1, ACDH1_MYCS2; A3Q4B8, ACDH1_MYCSJ; A1UM81, ACDH1_MYCSK; +DR Q1B2X0, ACDH1_MYCSS; A0PR19, ACDH1_MYCUA; Q5Z2N3, ACDH1_NOCFA; +DR A1SH78, ACDH1_NOCSJ; A4XF36, ACDH1_NOVAD; B2JLM7, ACDH1_PARP8; +DR A8LAA2, ACDH1_PARS2; Q143P8, ACDH1_PARXL; Q4F8I0, ACDH1_PSEFK; DR A5W4E5, ACDH1_PSEP1; B1J6Y6, ACDH1_PSEPW; A5V6T7, ACDH1_RHIWR; DR C0ZPX0, ACDH1_RHOE4; Q0SJD4, ACDH1_RHOJR; C1B7L1, ACDH1_RHOOB; DR A8M1N1, ACDH1_SALAI; A1K6Y5, ACDH2_AZOSB; C1DRI9, ACDH2_AZOVD; DR B4EFI8, ACDH2_BURCJ; Q396N9, ACDH2_BURL3; A4JW24, ACDH2_BURVG; DR Q9RHN2, ACDH2_COMTE; Q1LCQ9, ACDH2_CUPMC; Q0K3N1, ACDH2_CUPNH; -DR Q47GC7, ACDH2_DECAR; A8LEP9, ACDH2_FRASN; A2SL36, ACDH2_METPP; -DR B1MJT8, ACDH2_MYCA9; B2HI26, ACDH2_MYCMM; A0R4S7, ACDH2_MYCS2; -DR A3Q6N0, ACDH2_MYCSJ; A1UQA0, ACDH2_MYCSK; Q1B0P7, ACDH2_MYCSS; -DR A0PUX3, ACDH2_MYCUA; A1TDB8, ACDH2_MYCVP; Q5YV94, ACDH2_NOCFA; -DR A1SIM4, ACDH2_NOCSJ; A4XDT7, ACDH2_NOVAD; B2JQV9, ACDH2_PARP8; +DR Q47GC7, ACDH2_DECAR; A2SL36, ACDH2_METPP; B1MJT8, ACDH2_MYCA9; +DR B2HI26, ACDH2_MYCMM; A0R4S7, ACDH2_MYCS2; A3Q6N0, ACDH2_MYCSJ; +DR A1UQA0, ACDH2_MYCSK; Q1B0P7, ACDH2_MYCSS; A0PUX3, ACDH2_MYCUA; +DR A1TDB8, ACDH2_MYCVP; Q5YV94, ACDH2_NOCFA; A1SIM4, ACDH2_NOCSJ; +DR A4XDT7, ACDH2_NOVAD; B2JQV9, ACDH2_PARP8; A8LEP9, ACDH2_PARS2; DR Q13VU2, ACDH2_PARXL; Q52039, ACDH2_PSEFK; A5W4F9, ACDH2_PSEP1; DR B1J6Y2, ACDH2_PSEPW; C0ZU49, ACDH2_RHOE4; Q0S9X0, ACDH2_RHOJR; DR C1B8H9, ACDH2_RHOOB; A8M6W7, ACDH2_SALAI; C1DN56, ACDH3_AZOVD; @@ -8733,7 +8753,7 @@ DR Q5HWN8, ARGC_CAMJR ; Q9A8H5, ARGC_CAUVC ; B8H555, ARGC_CAUVN ; DR B3PL73, ARGC_CELJU ; A3PK36, ARGC_CERS1 ; Q3J277, ARGC_CERS4 ; DR A4WQY7, ARGC_CERS5 ; B9KSY0, ARGC_CERSK ; Q11J68, ARGC_CHESB ; DR Q8KDE3, ARGC_CHLTE ; A0M376, ARGC_CHRFK ; Q7NRT5, ARGC_CHRVO ; -DR B5EFN1, ARGC_CITBB ; A5CSI9, ARGC_CLAM3 ; B0RHD0, ARGC_CLAMS ; +DR B5EFN1, ARGC_CITBB ; A5CSI9, ARGC_CLAM3 ; B0RHD0, ARGC_CLASE ; DR Q97GH7, ARGC_CLOAB ; A6M1Z6, ARGC_CLOB8 ; B2UYI2, ARGC_CLOBA ; DR B2TQ25, ARGC_CLOBB ; B9E1X0, ARGC_CLOK1 ; A5N8G4, ARGC_CLOK5 ; DR A0Q1F0, ARGC_CLONN ; C3PGJ1, ARGC_CORA7 ; Q6NHH0, ARGC_CORDI ; @@ -8825,8 +8845,8 @@ DR Q3SF19, ARGC_THIDA ; B8GLD4, ARGC_THISH ; C4L7S5, ARGC_TOLAT ; DR Q110V5, ARGC_TRIEI ; Q3MG30, ARGC_TRIV2 ; A5CVH0, ARGC_VESOH ; DR Q9KNT6, ARGC_VIBCH ; Q87L55, ARGC_VIBPA ; P59313, ARGC_VIBVU ; DR Q7MH70, ARGC_VIBVY ; Q7M7U1, ARGC_WOLSU ; Q8PK31, ARGC_XANAC ; -DR Q3BSI7, ARGC_XANC5 ; Q4UVI5, ARGC_XANC8 ; B0RS54, ARGC_XANCB ; -DR Q8P8J8, ARGC_XANCP ; Q2P2F6, ARGC_XANOM ; B2I7K9, ARGC_XYLF2 ; +DR Q4UVI5, ARGC_XANC8 ; B0RS54, ARGC_XANCB ; Q8P8J8, ARGC_XANCP ; +DR Q3BSI7, ARGC_XANE5 ; Q2P2F6, ARGC_XANOM ; B2I7K9, ARGC_XYLF2 ; DR Q9PEM6, ARGC_XYLFA ; Q87EL1, ARGC_XYLFT ; Q8ZA86, ARGC_YERPE ; DR Q66G72, ARGC_YERPS ; // @@ -8904,18 +8924,17 @@ DR Q3Z6Z9, PROA_DEHM1 ; A5FQ48, PROA_DEHMB ; Q3ZYH9, PROA_DEHMC ; DR Q1IZP1, PROA_DEIGD ; Q9RTD9, PROA_DEIRA ; A9C1G5, PROA_DELAS ; DR C0QLF1, PROA_DESAH ; B8FM70, PROA_DESAL ; B8J495, PROA_DESDA ; DR B8FUB6, PROA_DESHD ; Q24XR6, PROA_DESHY ; A8ZRY3, PROA_DESOH ; -DR Q6AK09, PROA_DESPS ; A4J3Q0, PROA_DESRM ; Q72AN9, PROA_DESVH ; -DR A1VCR9, PROA_DESVV ; B5YEQ8, PROA_DICT6 ; B8E0D2, PROA_DICTD ; -DR A8LK12, PROA_DINSH ; A7ZI02, PROA_ECO24 ; B7UJD1, PROA_ECO27 ; -DR B7MC93, PROA_ECO45 ; B7L3Z5, PROA_ECO55 ; Q8X7N4, PROA_ECO57 ; -DR B5Z1I7, PROA_ECO5E ; B7NK82, PROA_ECO7I ; B7MQ79, PROA_ECO81 ; -DR B7M272, PROA_ECO8A ; C4ZTA0, PROA_ECOBW ; B1XDY6, PROA_ECODH ; -DR A7ZWK6, PROA_ECOHS ; A1A7V4, PROA_ECOK1 ; Q0TL73, PROA_ECOL5 ; -DR Q8FKM3, PROA_ECOL6 ; B1J0Z1, PROA_ECOLC ; P07004, PROA_ECOLI ; -DR B7N8H4, PROA_ECOLU ; B6I023, PROA_ECOSE ; B1LHT9, PROA_ECOSM ; -DR Q1RFS7, PROA_ECOUT ; A4W6X5, PROA_ENT38 ; Q839W3, PROA_ENTFA ; -DR B2VHM6, PROA_ERWT9 ; Q2N9V1, PROA_ERYLH ; B7LNF7, PROA_ESCF3 ; -DR Q2JDN7, PROA_FRACC ; B0U111, PROA_FRAP2 ; A8L1V4, PROA_FRASN ; +DR Q6AK09, PROA_DESPS ; A4J3Q0, PROA_DESRM ; B5YEQ8, PROA_DICT6 ; +DR B8E0D2, PROA_DICTD ; A8LK12, PROA_DINSH ; A7ZI02, PROA_ECO24 ; +DR B7UJD1, PROA_ECO27 ; B7MC93, PROA_ECO45 ; B7L3Z5, PROA_ECO55 ; +DR Q8X7N4, PROA_ECO57 ; B5Z1I7, PROA_ECO5E ; B7NK82, PROA_ECO7I ; +DR B7MQ79, PROA_ECO81 ; B7M272, PROA_ECO8A ; C4ZTA0, PROA_ECOBW ; +DR B1XDY6, PROA_ECODH ; A7ZWK6, PROA_ECOHS ; A1A7V4, PROA_ECOK1 ; +DR Q0TL73, PROA_ECOL5 ; Q8FKM3, PROA_ECOL6 ; B1J0Z1, PROA_ECOLC ; +DR P07004, PROA_ECOLI ; B7N8H4, PROA_ECOLU ; B6I023, PROA_ECOSE ; +DR B1LHT9, PROA_ECOSM ; Q1RFS7, PROA_ECOUT ; A4W6X5, PROA_ENT38 ; +DR Q839W3, PROA_ENTFA ; B2VHM6, PROA_ERWT9 ; Q2N9V1, PROA_ERYLH ; +DR B7LNF7, PROA_ESCF3 ; Q2JDN7, PROA_FRACC ; B0U111, PROA_FRAP2 ; DR B9M0D6, PROA_GEODF ; Q5KYA2, PROA_GEOKA ; Q39QR2, PROA_GEOMG ; DR Q747Q4, PROA_GEOSL ; C6E7L9, PROA_GEOSM ; C5D2V2, PROA_GEOSW ; DR A4IPN4, PROA_GEOTN ; A5G906, PROA_GEOUR ; B8F6K8, PROA_GLAP5 ; @@ -8938,31 +8957,32 @@ DR Q72NQ9, PROA_LEPIC ; P94872, PROA_LEPIN ; B1MX68, PROA_LEUCK ; DR Q03ZF1, PROA_LEUMM ; Q1WRR6, PROA_LIGS1 ; A5VIE0, PROA_LIMRD ; DR B2G5W8, PROA_LIMRJ ; Q92CE5, PROA_LISIN ; C1L2G7, PROA_LISMC ; DR Q720G3, PROA_LISMF ; B8DHP3, PROA_LISMH ; Q93Q55, PROA_LISMO ; -DR A0AI64, PROA_LISW6 ; A0LCZ1, PROA_MAGMM ; Q2VZT9, PROA_MAGSA ; -DR Q65S49, PROA_MANSM ; Q0AL88, PROA_MARMM ; A6VZ85, PROA_MARMS ; -DR A1U3C3, PROA_MARN8 ; C6BSC1, PROA_MARSD ; O86053, PROA_MEIRU ; -DR Q9HHA1, PROA_METAC ; Q46F78, PROA_METBF ; Q12TF9, PROA_METBU ; -DR B7KS47, PROA_METC4 ; Q606Y1, PROA_METCA ; A9W6Q2, PROA_METEP ; -DR Q1GZB2, PROA_METFK ; Q8PYP2, PROA_METMA ; B8IEM1, PROA_METNO ; -DR B1ZFJ0, PROA_METPB ; A2SCE2, PROA_METPP ; B1M695, PROA_METRJ ; -DR B0UMS9, PROA_METS4 ; B8EQH0, PROA_METSB ; B0JWW5, PROA_MICAN ; -DR Q2RKZ6, PROA_MOOTA ; P65789, PROA_MYCBO ; A1KLC0, PROA_MYCBP ; -DR C1AQZ3, PROA_MYCBT ; A4T2I0, PROA_MYCGI ; B8ZRN0, PROA_MYCLB ; -DR Q9CBZ7, PROA_MYCLE ; B2HME9, PROA_MYCMM ; Q73XR2, PROA_MYCPA ; -DR A0R115, PROA_MYCS2 ; A3Q2E3, PROA_MYCSJ ; A1UIZ7, PROA_MYCSK ; -DR Q1B639, PROA_MYCSS ; A5U5C2, PROA_MYCTA ; P9WHV0, PROA_MYCTO ; -DR P9WHV1, PROA_MYCTU ; A0PU04, PROA_MYCUA ; A1TC11, PROA_MYCVP ; -DR Q3IP72, PROA_NATPD ; B9L9A2, PROA_NAUPA ; Q5F8D3, PROA_NEIG1 ; -DR B4RLE6, PROA_NEIG2 ; A9LYY9, PROA_NEIM0 ; Q9JUK8, PROA_NEIMA ; -DR Q9JZG3, PROA_NEIMB ; A1KTV4, PROA_NEIMF ; Q0AEA6, PROA_NITEC ; -DR Q820I7, PROA_NITEU ; Q1QQT7, PROA_NITHX ; Q2YBP9, PROA_NITMU ; -DR Q3J7T1, PROA_NITOC ; A6Q3B4, PROA_NITSB ; Q3SVI0, PROA_NITWN ; -DR Q5Z025, PROA_NOCFA ; A1SHP5, PROA_NOCSJ ; B2IZ89, PROA_NOSP7 ; -DR Q8YV15, PROA_NOSS1 ; Q2GCB4, PROA_NOVAD ; Q8CUQ4, PROA_OCEIH ; -DR Q04FB2, PROA_OENOB ; Q311G6, PROA_OLEA2 ; B1ZMC1, PROA_OPITP ; -DR A1TVU4, PROA_PARC0 ; A6LE74, PROA_PARD8 ; A1BAM3, PROA_PARDP ; -DR A7HT65, PROA_PARL1 ; Q7U654, PROA_PARMW ; B2JGX3, PROA_PARP8 ; -DR B2SYN3, PROA_PARPJ ; Q13U85, PROA_PARXL ; Q9CM98, PROA_PASMU ; +DR A0AI64, PROA_LISW6 ; A0LCZ1, PROA_MAGMM ; Q65S49, PROA_MANSM ; +DR Q0AL88, PROA_MARMM ; A6VZ85, PROA_MARMS ; A1U3C3, PROA_MARN8 ; +DR C6BSC1, PROA_MARSD ; O86053, PROA_MEIRU ; Q9HHA1, PROA_METAC ; +DR Q46F78, PROA_METBF ; Q12TF9, PROA_METBU ; B7KS47, PROA_METC4 ; +DR Q606Y1, PROA_METCA ; A9W6Q2, PROA_METEP ; Q1GZB2, PROA_METFK ; +DR Q8PYP2, PROA_METMA ; B8IEM1, PROA_METNO ; B1ZFJ0, PROA_METPB ; +DR A2SCE2, PROA_METPP ; B1M695, PROA_METRJ ; B0UMS9, PROA_METS4 ; +DR B8EQH0, PROA_METSB ; B0JWW5, PROA_MICAN ; Q2RKZ6, PROA_MOOTA ; +DR P65789, PROA_MYCBO ; A1KLC0, PROA_MYCBP ; C1AQZ3, PROA_MYCBT ; +DR A4T2I0, PROA_MYCGI ; B8ZRN0, PROA_MYCLB ; Q9CBZ7, PROA_MYCLE ; +DR B2HME9, PROA_MYCMM ; Q73XR2, PROA_MYCPA ; A0R115, PROA_MYCS2 ; +DR A3Q2E3, PROA_MYCSJ ; A1UIZ7, PROA_MYCSK ; Q1B639, PROA_MYCSS ; +DR A5U5C2, PROA_MYCTA ; P9WHV0, PROA_MYCTO ; P9WHV1, PROA_MYCTU ; +DR A0PU04, PROA_MYCUA ; A1TC11, PROA_MYCVP ; Q3IP72, PROA_NATPD ; +DR B9L9A2, PROA_NAUPA ; Q5F8D3, PROA_NEIG1 ; B4RLE6, PROA_NEIG2 ; +DR A9LYY9, PROA_NEIM0 ; Q9JUK8, PROA_NEIMA ; Q9JZG3, PROA_NEIMB ; +DR A1KTV4, PROA_NEIMF ; Q0AEA6, PROA_NITEC ; Q820I7, PROA_NITEU ; +DR Q1QQT7, PROA_NITHX ; Q2YBP9, PROA_NITMU ; Q3J7T1, PROA_NITOC ; +DR A6Q3B4, PROA_NITSB ; Q72AN9, PROA_NITV2 ; A1VCR9, PROA_NITV4 ; +DR Q3SVI0, PROA_NITWN ; Q5Z025, PROA_NOCFA ; A1SHP5, PROA_NOCSJ ; +DR B2IZ89, PROA_NOSP7 ; Q8YV15, PROA_NOSS1 ; Q2GCB4, PROA_NOVAD ; +DR Q8CUQ4, PROA_OCEIH ; Q04FB2, PROA_OENOB ; Q311G6, PROA_OLEA2 ; +DR B1ZMC1, PROA_OPITP ; A1TVU4, PROA_PARC0 ; A6LE74, PROA_PARD8 ; +DR A1BAM3, PROA_PARDP ; A7HT65, PROA_PARL1 ; Q2VZT9, PROA_PARM1 ; +DR Q7U654, PROA_PARMW ; B2JGX3, PROA_PARP8 ; B2SYN3, PROA_PARPJ ; +DR A8L1V4, PROA_PARS2 ; Q13U85, PROA_PARXL ; Q9CM98, PROA_PASMU ; DR Q6D1I4, PROA_PECAS ; C6DCX4, PROA_PECCP ; B4SG68, PROA_PELPB ; DR A1AUT0, PROA_PELPD ; A5CZ28, PROA_PELTS ; C0QS00, PROA_PERMH ; DR A9BJ18, PROA_PETMO ; Q7N7B1, PROA_PHOLL ; Q6LTX2, PROA_PHOPR ; @@ -9030,8 +9050,8 @@ DR B3E3M7, PROA_TRIL1 ; Q3MH53, PROA_TRIV2 ; A1WGI4, PROA_VEREI ; DR A5CXP4, PROA_VESOH ; B7VJB0, PROA_VIBA3 ; A5F602, PROA_VIBC3 ; DR Q9KPT9, PROA_VIBCH ; Q87RU9, PROA_VIBPA ; Q8DF94, PROA_VIBVU ; DR Q7MN58, PROA_VIBVY ; Q7M8Z4, PROA_WOLSU ; Q8PK35, PROA_XANAC ; -DR Q3BSJ1, PROA_XANC5 ; Q4UVI0, PROA_XANC8 ; B0RS59, PROA_XANCB ; -DR Q8P8K3, PROA_XANCP ; Q2P2G1, PROA_XANOM ; B2SHW6, PROA_XANOP ; +DR Q4UVI0, PROA_XANC8 ; B0RS59, PROA_XANCB ; Q8P8K3, PROA_XANCP ; +DR Q3BSJ1, PROA_XANE5 ; Q2P2G1, PROA_XANOM ; B2SHW6, PROA_XANOP ; DR Q5GZF2, PROA_XANOR ; B2I7L2, PROA_XYLF2 ; Q9PEM3, PROA_XYLFA ; DR B0U208, PROA_XYLFM ; Q87EK9, PROA_XYLFT ; P54885, PROA_YEAST ; DR A1JNX6, PROA_YERE8 ; A7FLI1, PROA_YERP3 ; Q1C4E7, PROA_YERPA ; @@ -9318,7 +9338,7 @@ DR Q9Z7J1, HEM1_CHLPN ; B9LKR5, HEM1_CHLSY ; B0B8N8, HEM1_CHLT2 ; DR B3QWI0, HEM1_CHLT3 ; Q3KL32, HEM1_CHLTA ; B0BAB7, HEM1_CHLTB ; DR Q93ST4, HEM1_CHLTE ; O84669, HEM1_CHLTR ; A0M6C1, HEM1_CHRFK ; DR Q1QXC7, HEM1_CHRSD ; Q7P1Y3, HEM1_CHRVO ; B5EBG7, HEM1_CITBB ; -DR A8AG01, HEM1_CITK8 ; A5CNH4, HEM1_CLAM3 ; B0RBM5, HEM1_CLAMS ; +DR A8AG01, HEM1_CITK8 ; A5CNH4, HEM1_CLAM3 ; B0RBM5, HEM1_CLASE ; DR Q97MU6, HEM1_CLOAB ; A6LSY3, HEM1_CLOB8 ; B2UXC6, HEM1_CLOBA ; DR B2TPD9, HEM1_CLOBB ; B9DZF9, HEM1_CLOK1 ; A5N5Y0, HEM1_CLOK5 ; DR A0Q2B3, HEM1_CLONN ; Q0TQG2, HEM1_CLOP1 ; P0C2E3, HEM1_CLOPE ; @@ -9332,8 +9352,7 @@ DR Q6AB02, HEM1_CUTAK ; B8HR03, HEM1_CYAP4 ; P48077, HEM1_CYAPA ; DR Q11Y93, HEM1_CYTH3 ; Q479R3, HEM1_DECAR ; Q1IWG2, HEM1_DEIGD ; DR Q9RRE5, HEM1_DEIRA ; B8FLI1, HEM1_DESAL ; B1I4J1, HEM1_DESAP ; DR B8IZD9, HEM1_DESDA ; B8G2M3, HEM1_DESHD ; Q24VC7, HEM1_DESHY ; -DR Q6AIM2, HEM1_DESPS ; A4J6H8, HEM1_DESRM ; Q72C23, HEM1_DESVH ; -DR Q9KW52, HEM1_DESVM ; A1VDW9, HEM1_DESVV ; A5EWV4, HEM1_DICNV ; +DR Q6AIM2, HEM1_DESPS ; A4J6H8, HEM1_DESRM ; A5EWV4, HEM1_DICNV ; DR A7ZKY4, HEM1_ECO24 ; B7UQ98, HEM1_ECO27 ; B7MKB2, HEM1_ECO45 ; DR B7LGX1, HEM1_ECO55 ; P0A6X2, HEM1_ECO57 ; B5YXM8, HEM1_ECO5E ; DR B7NUX6, HEM1_ECO7I ; B7MTZ4, HEM1_ECO81 ; B7LXC5, HEM1_ECO8A ; @@ -9344,55 +9363,56 @@ DR B6I9S5, HEM1_ECOSE ; B1LH90, HEM1_ECOSM ; Q1RCM8, HEM1_ECOUT ; DR C5B813, HEM1_EDWI9 ; A4WBC7, HEM1_ENT38 ; B2VEH8, HEM1_ERWT9 ; DR B7LSI0, HEM1_ESCF3 ; B1YJV2, HEM1_EXIS2 ; C4L4J5, HEM1_EXISA ; DR A6GVP1, HEM1_FLAPJ ; Q0RS17, HEM1_FRAAA ; Q2JFS1, HEM1_FRACC ; -DR B0TX36, HEM1_FRAP2 ; A8LDG7, HEM1_FRASN ; Q14JR2, HEM1_FRAT1 ; -DR A7NE97, HEM1_FRATF ; Q2A1P9, HEM1_FRATH ; B2SFF5, HEM1_FRATM ; -DR A0Q845, HEM1_FRATN ; Q0BKE7, HEM1_FRATO ; Q5NIA9, HEM1_FRATT ; -DR A4IWC0, HEM1_FRATW ; Q8R687, HEM1_FUSNN ; B9M417, HEM1_GEODF ; -DR Q5KWK4, HEM1_GEOKA ; Q39QM8, HEM1_GEOMG ; Q747I2, HEM1_GEOSL ; -DR C6DYY7, HEM1_GEOSM ; A4IRG7, HEM1_GEOTN ; A5GCW3, HEM1_GEOUR ; -DR B8F4X6, HEM1_GLAP5 ; B7KI42, HEM1_GLOC7 ; Q7NLA8, HEM1_GLOVI ; -DR Q2SL96, HEM1_HAHCH ; Q9K8F8, HEM1_HALH5 ; A1WVQ7, HEM1_HALHL ; -DR Q5V1I8, HEM1_HALMA ; B0R6C0, HEM1_HALS3 ; Q9HP72, HEM1_HALSA ; -DR Q18F28, HEM1_HALWD ; Q17W63, HEM1_HELAH ; Q7VFF1, HEM1_HELHP ; -DR Q9ZGG6, HEM1_HELMO ; B6JKH0, HEM1_HELP2 ; B5ZA06, HEM1_HELPG ; -DR Q1CUR3, HEM1_HELPH ; Q9ZMJ5, HEM1_HELPJ ; B2US71, HEM1_HELPS ; -DR P56125, HEM1_HELPY ; A9B543, HEM1_HERA2 ; A4G1N3, HEM1_HERAR ; -DR Q0I3Q6, HEM1_HISS1 ; B0UU02, HEM1_HISS2 ; Q31IN7, HEM1_HYDCU ; -DR A2BJB7, HEM1_HYPBU ; Q5QV08, HEM1_IDILO ; A8A9U3, HEM1_IGNH4 ; -DR A6SUF7, HEM1_JANMA ; A6W5L7, HEM1_KINRD ; B5XW50, HEM1_KLEP3 ; -DR A6TAP0, HEM1_KLEP7 ; B2GL19, HEM1_KOCRD ; Q1MRJ8, HEM1_LAWIP ; -DR Q5X2V4, HEM1_LEGPA ; A5IED6, HEM1_LEGPC ; Q5ZT30, HEM1_LEGPH ; -DR Q5WUB2, HEM1_LEGPL ; Q6AHF6, HEM1_LEIXX ; A5VM68, HEM1_LIMRD ; -DR B2G9H5, HEM1_LIMRJ ; Q92BF7, HEM1_LISIN ; C1KVK4, HEM1_LISMC ; -DR Q71ZB1, HEM1_LISMF ; B8DHJ1, HEM1_LISMH ; Q8Y6X4, HEM1_LISMO ; -DR A0AJ06, HEM1_LISW6 ; B1HVD8, HEM1_LYSSC ; B9E745, HEM1_MACCJ ; -DR A0LDT6, HEM1_MAGMM ; Q65SX9, HEM1_MANSM ; A6W1C3, HEM1_MARMS ; -DR A1U368, HEM1_MARN8 ; C6BV55, HEM1_MARSD ; A6UT22, HEM1_META3 ; -DR Q8TT60, HEM1_METAC ; Q0W5T5, HEM1_METAR ; A7I7P5, HEM1_METB6 ; -DR Q46CH3, HEM1_METBF ; Q12WM5, HEM1_METBU ; Q60A20, HEM1_METCA ; -DR Q1GYE9, HEM1_METFK ; Q2FTL0, HEM1_METHJ ; Q60172, HEM1_METJA ; -DR Q9UXR8, HEM1_METKA ; A2SQU1, HEM1_METLZ ; A4G0A1, HEM1_METM5 ; -DR A9A8K3, HEM1_METM6 ; A6VI77, HEM1_METM7 ; Q8PW60, HEM1_METMA ; -DR A3CU63, HEM1_METMJ ; Q6M130, HEM1_METMP ; A2SD47, HEM1_METPP ; -DR A5ULU4, HEM1_METS3 ; A4YD89, HEM1_METS5 ; Q2NEH4, HEM1_METST ; -DR O27093, HEM1_METTH ; P42809, HEM1_METTM ; A0B577, HEM1_METTP ; -DR A6UR78, HEM1_METVS ; B0JKN4, HEM1_MICAN ; C5CB93, HEM1_MICLC ; -DR Q2RJ25, HEM1_MOOTA ; A0QLI1, HEM1_MYCA1 ; B1MHI6, HEM1_MYCA9 ; -DR P64329, HEM1_MYCBO ; A1KFY5, HEM1_MYCBP ; C1AKI9, HEM1_MYCBT ; -DR A4T341, HEM1_MYCGI ; P46724, HEM1_MYCLE ; Q73SS1, HEM1_MYCPA ; -DR A0QR17, HEM1_MYCS2 ; A3PUA3, HEM1_MYCSJ ; A1UAP7, HEM1_MYCSK ; -DR Q1BE87, HEM1_MYCSS ; A5TZN9, HEM1_MYCTA ; P9WMP6, HEM1_MYCTO ; -DR P9WMP7, HEM1_MYCTU ; A0PW28, HEM1_MYCUA ; A1T3D2, HEM1_MYCVP ; -DR Q1D8Z9, HEM1_MYXXD ; Q3ING1, HEM1_NATPD ; B2A1G4, HEM1_NATTJ ; -DR Q9ZHD6, HEM1_NEIG1 ; B4RNE5, HEM1_NEIG2 ; A9M2B8, HEM1_NEIM0 ; -DR P0A0T7, HEM1_NEIMA ; P56994, HEM1_NEIMB ; P0A0T8, HEM1_NEIMC ; -DR A1KSI5, HEM1_NEIMF ; Q0AHU2, HEM1_NITEC ; Q82TH3, HEM1_NITEU ; -DR Q2Y5P2, HEM1_NITMU ; Q3JDR3, HEM1_NITOC ; A6Q3S5, HEM1_NITSB ; -DR Q5YP69, HEM1_NOCFA ; B2J5E4, HEM1_NOSP7 ; O08393, HEM1_NOSS1 ; -DR Q8EPM7, HEM1_OCEIH ; Q30ZS4, HEM1_OLEA2 ; A2Z928, HEM1_ORYSI ; -DR P0C587, HEM1_ORYSJ ; A1R8A6, HEM1_PAEAT ; O69108, HEM1_PAEMA ; -DR A1TTC3, HEM1_PARC0 ; Q7U769, HEM1_PARMW ; B2JHK7, HEM1_PARP8 ; -DR B2SZ26, HEM1_PARPJ ; Q6MEC8, HEM1_PARUW ; Q13TU3, HEM1_PARXL ; +DR B0TX36, HEM1_FRAP2 ; Q14JR2, HEM1_FRAT1 ; A7NE97, HEM1_FRATF ; +DR Q2A1P9, HEM1_FRATH ; B2SFF5, HEM1_FRATM ; A0Q845, HEM1_FRATN ; +DR Q0BKE7, HEM1_FRATO ; Q5NIA9, HEM1_FRATT ; A4IWC0, HEM1_FRATW ; +DR Q8R687, HEM1_FUSNN ; B9M417, HEM1_GEODF ; Q5KWK4, HEM1_GEOKA ; +DR Q39QM8, HEM1_GEOMG ; Q747I2, HEM1_GEOSL ; C6DYY7, HEM1_GEOSM ; +DR A4IRG7, HEM1_GEOTN ; A5GCW3, HEM1_GEOUR ; B8F4X6, HEM1_GLAP5 ; +DR B7KI42, HEM1_GLOC7 ; Q7NLA8, HEM1_GLOVI ; Q2SL96, HEM1_HAHCH ; +DR Q9K8F8, HEM1_HALH5 ; A1WVQ7, HEM1_HALHL ; Q5V1I8, HEM1_HALMA ; +DR B0R6C0, HEM1_HALS3 ; Q9HP72, HEM1_HALSA ; Q18F28, HEM1_HALWD ; +DR Q17W63, HEM1_HELAH ; Q7VFF1, HEM1_HELHP ; Q9ZGG6, HEM1_HELMO ; +DR B6JKH0, HEM1_HELP2 ; B5ZA06, HEM1_HELPG ; Q1CUR3, HEM1_HELPH ; +DR Q9ZMJ5, HEM1_HELPJ ; B2US71, HEM1_HELPS ; P56125, HEM1_HELPY ; +DR A9B543, HEM1_HERA2 ; A4G1N3, HEM1_HERAR ; Q0I3Q6, HEM1_HISS1 ; +DR B0UU02, HEM1_HISS2 ; Q31IN7, HEM1_HYDCU ; A2BJB7, HEM1_HYPBU ; +DR Q5QV08, HEM1_IDILO ; A8A9U3, HEM1_IGNH4 ; A6SUF7, HEM1_JANMA ; +DR A6W5L7, HEM1_KINRD ; B5XW50, HEM1_KLEP3 ; A6TAP0, HEM1_KLEP7 ; +DR B2GL19, HEM1_KOCRD ; Q1MRJ8, HEM1_LAWIP ; Q5X2V4, HEM1_LEGPA ; +DR A5IED6, HEM1_LEGPC ; Q5ZT30, HEM1_LEGPH ; Q5WUB2, HEM1_LEGPL ; +DR Q6AHF6, HEM1_LEIXX ; A5VM68, HEM1_LIMRD ; B2G9H5, HEM1_LIMRJ ; +DR Q92BF7, HEM1_LISIN ; C1KVK4, HEM1_LISMC ; Q71ZB1, HEM1_LISMF ; +DR B8DHJ1, HEM1_LISMH ; Q8Y6X4, HEM1_LISMO ; A0AJ06, HEM1_LISW6 ; +DR B1HVD8, HEM1_LYSSC ; B9E745, HEM1_MACCJ ; A0LDT6, HEM1_MAGMM ; +DR Q65SX9, HEM1_MANSM ; A6W1C3, HEM1_MARMS ; A1U368, HEM1_MARN8 ; +DR C6BV55, HEM1_MARSD ; A6UT22, HEM1_META3 ; Q8TT60, HEM1_METAC ; +DR Q0W5T5, HEM1_METAR ; A7I7P5, HEM1_METB6 ; Q46CH3, HEM1_METBF ; +DR Q12WM5, HEM1_METBU ; Q60A20, HEM1_METCA ; Q1GYE9, HEM1_METFK ; +DR Q2FTL0, HEM1_METHJ ; Q60172, HEM1_METJA ; Q9UXR8, HEM1_METKA ; +DR A2SQU1, HEM1_METLZ ; A4G0A1, HEM1_METM5 ; A9A8K3, HEM1_METM6 ; +DR A6VI77, HEM1_METM7 ; Q8PW60, HEM1_METMA ; A3CU63, HEM1_METMJ ; +DR Q6M130, HEM1_METMP ; A2SD47, HEM1_METPP ; A5ULU4, HEM1_METS3 ; +DR A4YD89, HEM1_METS5 ; Q2NEH4, HEM1_METST ; O27093, HEM1_METTH ; +DR P42809, HEM1_METTM ; A0B577, HEM1_METTP ; A6UR78, HEM1_METVS ; +DR B0JKN4, HEM1_MICAN ; C5CB93, HEM1_MICLC ; Q2RJ25, HEM1_MOOTA ; +DR A0QLI1, HEM1_MYCA1 ; B1MHI6, HEM1_MYCA9 ; P64329, HEM1_MYCBO ; +DR A1KFY5, HEM1_MYCBP ; C1AKI9, HEM1_MYCBT ; A4T341, HEM1_MYCGI ; +DR P46724, HEM1_MYCLE ; Q73SS1, HEM1_MYCPA ; A0QR17, HEM1_MYCS2 ; +DR A3PUA3, HEM1_MYCSJ ; A1UAP7, HEM1_MYCSK ; Q1BE87, HEM1_MYCSS ; +DR A5TZN9, HEM1_MYCTA ; P9WMP6, HEM1_MYCTO ; P9WMP7, HEM1_MYCTU ; +DR A0PW28, HEM1_MYCUA ; A1T3D2, HEM1_MYCVP ; Q1D8Z9, HEM1_MYXXD ; +DR Q3ING1, HEM1_NATPD ; B2A1G4, HEM1_NATTJ ; Q9ZHD6, HEM1_NEIG1 ; +DR B4RNE5, HEM1_NEIG2 ; A9M2B8, HEM1_NEIM0 ; P0A0T7, HEM1_NEIMA ; +DR P56994, HEM1_NEIMB ; P0A0T8, HEM1_NEIMC ; A1KSI5, HEM1_NEIMF ; +DR Q0AHU2, HEM1_NITEC ; Q82TH3, HEM1_NITEU ; Q2Y5P2, HEM1_NITMU ; +DR Q3JDR3, HEM1_NITOC ; A6Q3S5, HEM1_NITSB ; Q72C23, HEM1_NITV2 ; +DR A1VDW9, HEM1_NITV4 ; Q9KW52, HEM1_NITV9 ; Q5YP69, HEM1_NOCFA ; +DR B2J5E4, HEM1_NOSP7 ; O08393, HEM1_NOSS1 ; Q8EPM7, HEM1_OCEIH ; +DR Q30ZS4, HEM1_OLEA2 ; A2Z928, HEM1_ORYSI ; P0C587, HEM1_ORYSJ ; +DR A1R8A6, HEM1_PAEAT ; O69108, HEM1_PAEMA ; A1TTC3, HEM1_PARC0 ; +DR Q7U769, HEM1_PARMW ; B2JHK7, HEM1_PARP8 ; B2SZ26, HEM1_PARPJ ; +DR A8LDG7, HEM1_PARS2 ; Q6MEC8, HEM1_PARUW ; Q13TU3, HEM1_PARXL ; DR P95525, HEM1_PASMU ; Q6D552, HEM1_PECAS ; C6DHY2, HEM1_PECCP ; DR B4SFI3, HEM1_PELPB ; A1AUE9, HEM1_PELPD ; A5D3L4, HEM1_PELTS ; DR C0QS44, HEM1_PERMH ; Q7N587, HEM1_PHOLL ; Q6LNB3, HEM1_PHOPR ; @@ -9458,8 +9478,8 @@ DR A1WI55, HEM1_VEREI ; A5CW97, HEM1_VESOH ; B7VKH2, HEM1_VIBA3 ; DR A7MY81, HEM1_VIBC1 ; A5F697, HEM1_VIBC3 ; Q9KQ24, HEM1_VIBCH ; DR C3LPI5, HEM1_VIBCM ; Q87RN5, HEM1_VIBPA ; Q8DFF8, HEM1_VIBVU ; DR Q7MMY7, HEM1_VIBVY ; Q8D2K8, HEM1_WIGBR ; Q7MBG5, HEM1_WOLSU ; -DR Q8PNU4, HEM1_XANAC ; Q3BX06, HEM1_XANC5 ; Q4URB7, HEM1_XANC8 ; -DR B0RUA4, HEM1_XANCB ; P42808, HEM1_XANCH ; Q8PC67, HEM1_XANCP ; +DR Q8PNU4, HEM1_XANAC ; Q4URB7, HEM1_XANC8 ; B0RUA4, HEM1_XANCB ; +DR P42808, HEM1_XANCH ; Q8PC67, HEM1_XANCP ; Q3BX06, HEM1_XANE5 ; DR Q2NZW3, HEM1_XANOM ; B2SQN6, HEM1_XANOP ; Q5GWR0, HEM1_XANOR ; DR B2IA84, HEM1_XYLF2 ; Q9PA72, HEM1_XYLFA ; B0U5Z2, HEM1_XYLFM ; DR Q87A18, HEM1_XYLFT ; A1JRU4, HEM1_YERE8 ; A7FIG2, HEM1_YERP3 ; @@ -10258,7 +10278,6 @@ CC bound to a core of molecules of EC 2.3.1.61, which also binds CC multiple copies of EC 1.8.1.4. CC -!- It does not act on free lipoamide or lipoyllysine, but only on the CC lipoyllysine residue in EC 2.3.1.61. -DR Q23629, DHTK1_CAEEL; Q54VG0, DHTK1_DICDI; Q9VA02, DHTK1_DROME; DR Q7U0A6, KGD_MYCBO ; A1KI36, KGD_MYCBP ; Q9CC97, KGD_MYCLE ; DR Q73WX4, KGD_MYCPA ; A0R2B1, KGD_MYCS2 ; A3Q3N5, KGD_MYCSJ ; DR A1UK81, KGD_MYCSK ; Q1B4V6, KGD_MYCSS ; A5U1U6, KGD_MYCTA ; @@ -10801,7 +10820,7 @@ DR Q8EG14, FABV_SHEON ; A8H609, FABV_SHEPA ; A4Y5I7, FABV_SHEPC ; DR B8CRF2, FABV_SHEPW ; A1RL84, FABV_SHESW ; B1KLT1, FABV_SHEWM ; DR Q93HE4, FABV_STRAW ; C5BQC9, FABV_TERTT ; C4LB77, FABV_TOLAT ; DR C5CWP4, FABV_VARPS ; A5EZM5, FABV_VIBC3 ; Q8PR25, FABV_XANAC ; -DR Q3BZG2, FABV_XANC5 ; Q4V0G3, FABV_XANC8 ; Q8PE66, FABV_XANCP ; +DR Q4V0G3, FABV_XANC8 ; Q8PE66, FABV_XANCP ; Q3BZG2, FABV_XANE5 ; DR Q2P9J6, FABV_XANOM ; B2SUY7, FABV_XANOP ; Q9PCE6, FABV_XYLFA ; DR Q87CN3, FABV_XYLFT ; A1JT88, FABV_YERE8 ; A7FPC3, FABV_YERP3 ; DR Q1C0B2, FABV_YERPA ; B2K867, FABV_YERPB ; Q8Z9U1, FABV_YERPE ; @@ -10810,8 +10829,8 @@ DR Q663S5, FABV_YERPS ; B1JRQ0, FABV_YERPY ; P34731, FAS1_CANAX ; DR Q9UUG0, FAS1_SCHPO ; P34229, FAS1_YARLI ; P07149, FAS1_YEAST ; DR I1S489, GRA7_GIBZE ; M2XHU6, HEXB_DOTSN ; O07400, INHA_MYCAV ; DR P0A5Y7, INHA_MYCBO ; P42829, INHA_MYCS2 ; P9WGR0, INHA_MYCTO ; -DR P9WGR1, INHA_MYCTU ; Q2TXG3, ORYB_ASPOR ; A0A1U8QK63, PKIC_EMENI ; -DR Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; +DR P9WGR1, INHA_MYCTU ; Q2TXG3, ORYB_ASPOR ; A0A1C8AX29, PIGK_MONRU ; +DR A0A1U8QK63, PKIC_EMENI ; Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; // ID 1.3.1.10 DE enoyl-[acyl-carrier-protein] reductase (NADPH, Si-specific). @@ -10972,23 +10991,24 @@ CC -!- Substrates for the plant enzyme are brassinosteroids such as campest- CC 4-en-3-one and (22alpha)-hydroxy-campest-4-en-3-one. cf. EC 1.3.99.5. CC -!- Formerly EC 1.3.1.4 and EC 1.3.1.30. DR Q38944, DET2_ARATH ; I1HTF7, DET2_BRADI ; Q2QDF6, DET2_GOSHI ; -DR Q5K2N1, DET2_SOLLC ; D2HBV9, PORED_AILME; Q5RIU9, PORED_DANRE; -DR Q9H8P0, PORED_HUMAN; C7T2J9, PORED_MESAU; Q9WUP4, PORED_MOUSE; -DR Q5RJM1, PORED_RAT ; Q8AVI9, PORED_XENLA; Q0P4J9, PORED_XENTR; -DR A5PJS2, S5A1_BOVIN ; P18405, S5A1_HUMAN ; Q28891, S5A1_MACFA ; -DR Q68FF9, S5A1_MOUSE ; P24008, S5A1_RAT ; P31213, S5A2_HUMAN ; -DR Q28892, S5A2_MACFA ; Q99N99, S5A2_MOUSE ; O18765, S5A2_PIG ; -DR P31214, S5A2_RAT ; +DR Q5K2N1, DET2_SOLLC ; A5PJS2, S5A1_BOVIN ; P18405, S5A1_HUMAN ; +DR Q28891, S5A1_MACFA ; Q68FF9, S5A1_MOUSE ; P24008, S5A1_RAT ; +DR P31213, S5A2_HUMAN ; Q28892, S5A2_MACFA ; Q99N99, S5A2_MOUSE ; +DR O18765, S5A2_PIG ; P31214, S5A2_RAT ; D2HBV9, SR5A3_AILME; +DR Q5RIU9, SR5A3_DANRE; Q9H8P0, SR5A3_HUMAN; C7T2J9, SR5A3_MESAU; +DR Q9WUP4, SR5A3_MOUSE; Q5RJM1, SR5A3_RAT ; Q8AVI9, SR5A3_XENLA; +DR Q0P4J9, SR5A3_XENTR; // ID 1.3.1.23 DE Deleted entry. // ID 1.3.1.24 DE biliverdin reductase. -CA (1) bilirubin IXalpha + NADP(+) = biliverdin IXalpha + H(+) + NADPH. -CA (2) bilirubin IXalpha + NAD(+) = biliverdin IXalpha + H(+) + NADH. +CA (1) (4Z,15Z)-bilirubin IXalpha + NADP(+) = biliverdin IXalpha + H(+) + +CA NADPH. +CA (2) (4Z,15Z)-bilirubin IXalpha + NAD(+) = biliverdin IXalpha + H(+) + +CA NADH. DR P53004, BIEA_HUMAN ; Q9CY64, BIEA_MOUSE ; P46844, BIEA_RAT ; -DR P52556, BLVRB_BOVIN; P30043, BLVRB_HUMAN; Q923D2, BLVRB_MOUSE; // ID 1.3.1.25 DE 1,6-dihydroxycyclohexa-2,4-diene-1-carboxylate dehydrogenase. @@ -11384,7 +11404,7 @@ DR Q5BQE6, DHC24_RAT ; Q39085, DIM_ARATH ; P93472, DIM_PEA ; // ID 1.3.1.73 DE 1,2-dihydrovomilenine reductase. -CA 17-O-acetylnorajmaline + NADP(+) = 1,2-dihydrovomilenine + 2 H(+) + +CA 17-O-acetylnorajmaline + NADP(+) = (2R)-1,2-dihydrovomilenine + 2 H(+) + CA NADPH. CC -!- Forms part of the ajmaline biosynthesis pathway. // @@ -11703,7 +11723,7 @@ CA in tRNA. CA (2) 5,6-dihydrouridine(20) in tRNA + NAD(+) = H(+) + NADH + uridine(20) CA in tRNA. CC -!- The enzyme specifically modifies uracil(20) in tRNA. -DR Q9NX74, DUS2L_HUMAN; Q9D7B1, DUS2L_MOUSE; O74731, DUS2_SCHPO ; +DR Q9NX74, DUS2_HUMAN ; Q9D7B1, DUS2_MOUSE ; O74731, DUS2_SCHPO ; DR P53720, DUS2_YEAST ; P72872, DUSAL_SYNY3; Q5SMC7, DUSAL_THET8; DR Q8X5V6, DUSA_ECO57 ; Q8FB30, DUSA_ECOL6 ; P32695, DUSA_ECOLI ; DR Q7VNV2, DUSA_HAEDU ; P44794, DUSA_HAEIN ; Q9CL29, DUSA_PASMU ; @@ -11738,20 +11758,21 @@ DR Q55C17, TECR_DICDI ; Q9NZ01, TECR_HUMAN ; Q9CY27, TECR_MOUSE ; DR Q64232, TECR_RAT ; Q99190, TECR_YEAST ; // ID 1.3.1.94 -DE polyprenol reductase. -CA di-trans,poly-cis-dolichol + NADP(+) = di-trans,cis-polyprenol + H(+) + -CA NADPH. -CC -!- The reaction occurs in the reverse direction with reduction of the -CC terminal double bond next to the alcohol group. -CC -!- Isolated from human fetal brain tissue but present in all eukaryotes. +DE polyprenal reductase. +AN polyprenol reductase. +CA a di-trans,poly-cis-dolichal + NADP(+) = a di-trans,poly-cis-polyprenal + +CA H(+) + NADPH. +CC -!- The enzyme, isolated from human fetal brain tissue but present in all +CC eukaryotes, catalyzes the reduction of the terminal double bond next +CC to the alcohol group. CC -!- In mammalian cells dolichols are predominantly 18-21 isoprene units CC in length. -DR P40526, DFG10_YEAST; Q9CAH5, POED1_ARATH; A2XWN6, POED1_ORYSI; -DR Q7XUH5, POED1_ORYSJ; Q9SI62, POED2_ARATH; B8B6G5, POED2_ORYSI; -DR Q7F0Q2, POED2_ORYSJ; D2HBV9, PORED_AILME; A8X8R3, PORED_CAEBR; -DR Q17428, PORED_CAEEL; Q5RIU9, PORED_DANRE; Q9VLP9, PORED_DROME; -DR Q9H8P0, PORED_HUMAN; C7T2J9, PORED_MESAU; Q9WUP4, PORED_MOUSE; -DR Q5RJM1, PORED_RAT ; Q8AVI9, PORED_XENLA; Q0P4J9, PORED_XENTR; +DR P40526, DFG10_YEAST; Q9CAH5, PPRD1_ARATH; A2XWN6, PPRD1_ORYSI; +DR Q7XUH5, PPRD1_ORYSJ; Q9SI62, PPRD2_ARATH; B8B6G5, PPRD2_ORYSI; +DR Q7F0Q2, PPRD2_ORYSJ; D2HBV9, SR5A3_AILME; A8X8R3, SR5A3_CAEBR; +DR Q17428, SR5A3_CAEEL; Q5RIU9, SR5A3_DANRE; Q9VLP9, SR5A3_DROME; +DR Q9H8P0, SR5A3_HUMAN; C7T2J9, SR5A3_MESAU; Q9WUP4, SR5A3_MOUSE; +DR Q5RJM1, SR5A3_RAT ; Q8AVI9, SR5A3_XENLA; Q0P4J9, SR5A3_XENTR; // ID 1.3.1.95 DE acryloyl-CoA reductase (NADH). @@ -11848,45 +11869,45 @@ DR Q4JSV7, MURB_CORJK ; B6J5K1, MURB_COXB1 ; B6J2Q1, MURB_COXB2 ; DR A9KER1, MURB_COXBN ; A9NA46, MURB_COXBR ; Q83F16, MURB_COXBU ; DR Q46XL1, MURB_CUPPJ ; Q6A6J8, MURB_CUTAK ; Q47K28, MURB_DECAR ; DR Q1IXV7, MURB_DEIGD ; Q9RWN8, MURB_DEIRA ; A8ZXW1, MURB_DESOH ; -DR Q6AJ55, MURB_DESPS ; A4J2B3, MURB_DESRM ; Q728V0, MURB_DESVH ; -DR A8LS61, MURB_DINSH ; Q8X711, MURB_ECO57 ; Q8FB88, MURB_ECOL6 ; -DR P08373, MURB_ECOLI ; Q830P3, MURB_ENTFA ; Q2NCY8, MURB_ERYLH ; -DR B1YJK3, MURB_EXIS2 ; A7HJQ1, MURB_FERNB ; A5FNG4, MURB_FLAJ1 ; -DR Q5NFD4, MURB_FRATT ; Q8RDQ3, MURB_FUSNN ; B9M174, MURB_GEODF ; -DR Q5L1H7, MURB_GEOKA ; Q39YL7, MURB_GEOMG ; P61435, MURB_GEOSL ; -DR A4ILI2, MURB_GEOTN ; A5G8J8, MURB_GEOUR ; Q7NI66, MURB_GLOVI ; -DR Q5FUJ3, MURB_GLUOX ; Q0BV27, MURB_GRABC ; Q7VPJ2, MURB_HAEDU ; -DR Q4QNS0, MURB_HAEI8 ; P44605, MURB_HAEIN ; Q9K9T1, MURB_HALH5 ; -DR Q7VJ12, MURB_HELHP ; B0TGC2, MURB_HELMI ; Q9ZJJ4, MURB_HELPJ ; -DR O25963, MURB_HELPY ; Q0C566, MURB_HYPNA ; Q5QY76, MURB_IDILO ; -DR Q28NP1, MURB_JANSC ; Q5FL42, MURB_LACAC ; Q1GB18, MURB_LACDA ; -DR Q04BG3, MURB_LACDB ; Q042G6, MURB_LACGA ; A8YUF1, MURB_LACH4 ; -DR Q74K66, MURB_LACJO ; Q9CGD5, MURB_LACLA ; A2RKV4, MURB_LACLM ; -DR Q02Z11, MURB_LACLS ; A9KSS3, MURB_LACP7 ; Q88YF4, MURB_LACPL ; -DR Q38VZ2, MURB_LATSS ; Q5X1S7, MURB_LEGPA ; A5IAW3, MURB_LEGPC ; -DR Q5ZSA6, MURB_LEGPH ; Q5WTI8, MURB_LEGPL ; Q6AH30, MURB_LEIXX ; -DR Q04VG7, MURB_LEPBJ ; Q04Y07, MURB_LEPBL ; Q72MQ5, MURB_LEPIC ; -DR Q8EZC5, MURB_LEPIN ; Q03VW0, MURB_LEUMM ; Q03SJ8, MURB_LEVBA ; -DR Q1WSZ5, MURB_LIGS1 ; B2GAN2, MURB_LIMF3 ; A5VIJ8, MURB_LIMRD ; -DR B2G632, MURB_LIMRJ ; Q92BT5, MURB_LISIN ; C1L2X6, MURB_LISMC ; -DR Q71ZQ0, MURB_LISMF ; B8DE89, MURB_LISMH ; Q8Y776, MURB_LISMO ; -DR A0AIM3, MURB_LISW6 ; B9EAD2, MURB_MACCJ ; A0L5M9, MURB_MAGMM ; -DR Q2W0H1, MURB_MAGSA ; Q65WM5, MURB_MANSM ; Q0AMW9, MURB_MARMM ; -DR B7KSC5, MURB_METC4 ; Q604V9, MURB_METCA ; A9VWV7, MURB_METEP ; -DR B1ZGP6, MURB_METPB ; Q2RK77, MURB_MOOTA ; A0QLK9, MURB_MYCA1 ; -DR P65461, MURB_MYCBO ; A1KFV6, MURB_MYCBP ; C1AKG0, MURB_MYCBT ; -DR A4T318, MURB_MYCGI ; B8ZT90, MURB_MYCLB ; Q9CB48, MURB_MYCLE ; -DR B2HQU8, MURB_MYCMM ; Q73SU8, MURB_MYCPA ; A0QQZ3, MURB_MYCS2 ; -DR A3PU80, MURB_MYCSJ ; A1UAM4, MURB_MYCSK ; Q1BEB0, MURB_MYCSS ; -DR A5TZL0, MURB_MYCTA ; P9WJL8, MURB_MYCTO ; P9WJL9, MURB_MYCTU ; -DR A0PVY7, MURB_MYCUA ; Q1D0T2, MURB_MYXXD ; Q5F9J9, MURB_NEIG1 ; -DR A9M3P3, MURB_NEIM0 ; Q9JV28, MURB_NEIMA ; Q9K016, MURB_NEIMB ; -DR Q0AJE3, MURB_NITEC ; Q82VS1, MURB_NITEU ; Q1QNU0, MURB_NITHX ; -DR Q2Y640, MURB_NITMU ; Q3J791, MURB_NITOC ; Q3STS5, MURB_NITWN ; -DR Q5YP42, MURB_NOCFA ; B2J718, MURB_NOSP7 ; Q8YM74, MURB_NOSS1 ; -DR Q2G993, MURB_NOVAD ; Q8ESR4, MURB_OCEIH ; Q313Q1, MURB_OLEA2 ; -DR A5CD21, MURB_ORITB ; B3CSQ9, MURB_ORITI ; A1BAL1, MURB_PARDP ; -DR A7HVU9, MURB_PARL1 ; Q7UA72, MURB_PARMW ; B2JDU4, MURB_PARP8 ; +DR Q6AJ55, MURB_DESPS ; A4J2B3, MURB_DESRM ; A8LS61, MURB_DINSH ; +DR Q8X711, MURB_ECO57 ; Q8FB88, MURB_ECOL6 ; P08373, MURB_ECOLI ; +DR Q830P3, MURB_ENTFA ; Q2NCY8, MURB_ERYLH ; B1YJK3, MURB_EXIS2 ; +DR A7HJQ1, MURB_FERNB ; A5FNG4, MURB_FLAJ1 ; Q5NFD4, MURB_FRATT ; +DR Q8RDQ3, MURB_FUSNN ; B9M174, MURB_GEODF ; Q5L1H7, MURB_GEOKA ; +DR Q39YL7, MURB_GEOMG ; P61435, MURB_GEOSL ; A4ILI2, MURB_GEOTN ; +DR A5G8J8, MURB_GEOUR ; Q7NI66, MURB_GLOVI ; Q5FUJ3, MURB_GLUOX ; +DR Q0BV27, MURB_GRABC ; Q7VPJ2, MURB_HAEDU ; Q4QNS0, MURB_HAEI8 ; +DR P44605, MURB_HAEIN ; Q9K9T1, MURB_HALH5 ; Q7VJ12, MURB_HELHP ; +DR B0TGC2, MURB_HELMI ; Q9ZJJ4, MURB_HELPJ ; O25963, MURB_HELPY ; +DR Q0C566, MURB_HYPNA ; Q5QY76, MURB_IDILO ; Q28NP1, MURB_JANSC ; +DR Q5FL42, MURB_LACAC ; Q1GB18, MURB_LACDA ; Q04BG3, MURB_LACDB ; +DR Q042G6, MURB_LACGA ; A8YUF1, MURB_LACH4 ; Q74K66, MURB_LACJO ; +DR Q9CGD5, MURB_LACLA ; A2RKV4, MURB_LACLM ; Q02Z11, MURB_LACLS ; +DR A9KSS3, MURB_LACP7 ; Q88YF4, MURB_LACPL ; Q38VZ2, MURB_LATSS ; +DR Q5X1S7, MURB_LEGPA ; A5IAW3, MURB_LEGPC ; Q5ZSA6, MURB_LEGPH ; +DR Q5WTI8, MURB_LEGPL ; Q6AH30, MURB_LEIXX ; Q04VG7, MURB_LEPBJ ; +DR Q04Y07, MURB_LEPBL ; Q72MQ5, MURB_LEPIC ; Q8EZC5, MURB_LEPIN ; +DR Q03VW0, MURB_LEUMM ; Q03SJ8, MURB_LEVBA ; Q1WSZ5, MURB_LIGS1 ; +DR B2GAN2, MURB_LIMF3 ; A5VIJ8, MURB_LIMRD ; B2G632, MURB_LIMRJ ; +DR Q92BT5, MURB_LISIN ; C1L2X6, MURB_LISMC ; Q71ZQ0, MURB_LISMF ; +DR B8DE89, MURB_LISMH ; Q8Y776, MURB_LISMO ; A0AIM3, MURB_LISW6 ; +DR B9EAD2, MURB_MACCJ ; A0L5M9, MURB_MAGMM ; Q65WM5, MURB_MANSM ; +DR Q0AMW9, MURB_MARMM ; B7KSC5, MURB_METC4 ; Q604V9, MURB_METCA ; +DR A9VWV7, MURB_METEP ; B1ZGP6, MURB_METPB ; Q2RK77, MURB_MOOTA ; +DR A0QLK9, MURB_MYCA1 ; P65461, MURB_MYCBO ; A1KFV6, MURB_MYCBP ; +DR C1AKG0, MURB_MYCBT ; A4T318, MURB_MYCGI ; B8ZT90, MURB_MYCLB ; +DR Q9CB48, MURB_MYCLE ; B2HQU8, MURB_MYCMM ; Q73SU8, MURB_MYCPA ; +DR A0QQZ3, MURB_MYCS2 ; A3PU80, MURB_MYCSJ ; A1UAM4, MURB_MYCSK ; +DR Q1BEB0, MURB_MYCSS ; A5TZL0, MURB_MYCTA ; P9WJL8, MURB_MYCTO ; +DR P9WJL9, MURB_MYCTU ; A0PVY7, MURB_MYCUA ; Q1D0T2, MURB_MYXXD ; +DR Q5F9J9, MURB_NEIG1 ; A9M3P3, MURB_NEIM0 ; Q9JV28, MURB_NEIMA ; +DR Q9K016, MURB_NEIMB ; Q0AJE3, MURB_NITEC ; Q82VS1, MURB_NITEU ; +DR Q1QNU0, MURB_NITHX ; Q2Y640, MURB_NITMU ; Q3J791, MURB_NITOC ; +DR Q728V0, MURB_NITV2 ; Q3STS5, MURB_NITWN ; Q5YP42, MURB_NOCFA ; +DR B2J718, MURB_NOSP7 ; Q8YM74, MURB_NOSS1 ; Q2G993, MURB_NOVAD ; +DR Q8ESR4, MURB_OCEIH ; Q313Q1, MURB_OLEA2 ; A5CD21, MURB_ORITB ; +DR B3CSQ9, MURB_ORITI ; A1BAL1, MURB_PARDP ; A7HVU9, MURB_PARL1 ; +DR Q2W0H1, MURB_PARM1 ; Q7UA72, MURB_PARMW ; B2JDU4, MURB_PARP8 ; DR B2SY64, MURB_PARPJ ; Q6MAQ1, MURB_PARUW ; Q13UR0, MURB_PARXL ; DR P57952, MURB_PASMU ; Q6DAP0, MURB_PECAS ; Q03GV3, MURB_PEDPA ; DR A1AU59, MURB_PELPD ; A5D143, MURB_PELTS ; Q4FPK7, MURB_PELUB ; @@ -11948,8 +11969,8 @@ DR Q3MAP7, MURB_TRIV2 ; Q83HA7, MURB_TROW8 ; Q83FK5, MURB_TROWT ; DR A5F3P9, MURB_VIBC3 ; Q9KV40, MURB_VIBCH ; Q87KP5, MURB_VIBPA ; DR Q8DD33, MURB_VIBVU ; Q7MGQ8, MURB_VIBVY ; Q8D243, MURB_WIGBR ; DR Q73HL4, MURB_WOLPM ; B3CPS8, MURB_WOLPP ; Q5GRK8, MURB_WOLTR ; -DR C0R2M2, MURB_WOLWR ; Q8PLJ3, MURB_XANAC ; Q3BUJ8, MURB_XANC5 ; -DR Q4UTX4, MURB_XANC8 ; B0RTS4, MURB_XANCB ; Q8P9R1, MURB_XANCP ; +DR C0R2M2, MURB_WOLWR ; Q8PLJ3, MURB_XANAC ; Q4UTX4, MURB_XANC8 ; +DR B0RTS4, MURB_XANCB ; Q8P9R1, MURB_XANCP ; Q3BUJ8, MURB_XANE5 ; DR Q2P3M1, MURB_XANOM ; B2SLC0, MURB_XANOP ; Q5H0N1, MURB_XANOR ; DR B2I9T6, MURB_XYLF2 ; Q9PAE6, MURB_XYLFA ; B0U5I2, MURB_XYLFM ; DR Q87A76, MURB_XYLFT ; Q8ZAN4, MURB_YERPE ; Q66FR3, MURB_YERPS ; @@ -12302,6 +12323,15 @@ CA acrylate + H(+) + NADH = NAD(+) + propanoate. CC -!- The enzyme, characterized from the marine bacterium Vibrio harveyi, CC enables the organism to utilize acrylate as the terminal electron CC acceptor for NADH regeneration under anaerobic conditions. +DR P0DW92, ARD_VIBHA ; +// +ID 1.3.1.126 +DE 2-epi-5-epi-valiolone dehydrogenase. +AN gadusol synthase. +CA 2-epi-5-epi-valiolone + NAD(+) = demethylgadusol + 2 H(+) + NADH. +CC -!- The enzyme, present in egg-laying vertebrates, is involved in +CC biosynthesis of the UV absorbing compound gadusol. +CC -!- It is a bifunctional enzyme that also catalyzes EC 2.1.1.391. // ID 1.3.1.n1 DE Transferred entry: 1.3.1.87. @@ -12356,6 +12386,7 @@ CC terminal electron acceptor during anaerobic growth. CC -!- The direct electron donor is the membrane-bound tetraheme c-type CC cytochrome CymA (EC 7.1.1.8), which receives the electrons from the CC membrane quinol pool. +DR Q07WU7, FCCA_SHEFN ; P0C278, FCCA_SHEFR ; P83223, FCCA_SHEON ; // ID 1.3.3.1 DE Transferred entry: 1.3.98.1. @@ -12443,8 +12474,8 @@ DR Q42946, HEM6_TOBAC ; C5CLQ3, HEM6_VARPS ; B7VMW3, HEM6_VIBA3 ; DR A7N128, HEM6_VIBC1 ; A5F4C4, HEM6_VIBC3 ; Q9KVT4, HEM6_VIBCH ; DR C3LPC8, HEM6_VIBCM ; Q87KE3, HEM6_VIBPA ; Q8DDD5, HEM6_VIBVU ; DR Q7MGL4, HEM6_VIBVY ; Q8D1X2, HEM6_WIGBR ; Q8PF76, HEM6_XANAC ; -DR Q3BMT4, HEM6_XANC5 ; Q4UP76, HEM6_XANC8 ; B0RYP5, HEM6_XANCB ; -DR Q8P3Q0, HEM6_XANCP ; Q2NY70, HEM6_XANOM ; B2SK75, HEM6_XANOP ; +DR Q4UP76, HEM6_XANC8 ; B0RYP5, HEM6_XANCB ; Q8P3Q0, HEM6_XANCP ; +DR Q3BMT4, HEM6_XANE5 ; Q2NY70, HEM6_XANOM ; B2SK75, HEM6_XANOP ; DR Q5GUY0, HEM6_XANOR ; Q9PHC7, HEM6_XYLFA ; B0U1G5, HEM6_XYLFM ; DR Q87FB2, HEM6_XYLFT ; P11353, HEM6_YEAST ; A1JL37, HEM6_YERE8 ; DR A7FG82, HEM6_YERP3 ; Q1C5T7, HEM6_YERPA ; B2K962, HEM6_YERPB ; @@ -12465,7 +12496,7 @@ DR P51175, PPOX_MOUSE ; Q10062, PPOX_SCHPO ; P40012, PPOX_YEAST ; // ID 1.3.3.5 DE bilirubin oxidase. -CA 2 bilirubin IXalpha + O2 = 2 biliverdin IXalpha + 2 H2O. +CA 2 (4Z,15Z)-bilirubin IXalpha + O2 = 2 biliverdin IXalpha + 2 H2O. DR Q12737, BLRO_ALBVE ; P07788, COTA_BACSU ; // ID 1.3.3.6 @@ -12537,8 +12568,8 @@ DR A5VXG6, PQQC_PSEP1 ; B0KJ68, PQQC_PSEPG ; P55173, PQQC_PSEPH ; DR Q88QV6, PQQC_PSEPK ; B1JDZ8, PQQC_PSEPW ; Q88A82, PQQC_PSESM ; DR Q4ZMC3, PQQC_PSEU2 ; Q9EXV0, PQQC_RHIME ; B9JJ30, PQQC_RHIR8 ; DR Q6N8F5, PQQC_RHOPA ; B3QBT0, PQQC_RHOPT ; Q5LTB2, PQQC_RUEPO ; -DR Q8PHY3, PQQC_XANAC ; Q3BQI6, PQQC_XANC5 ; Q4UXI2, PQQC_XANC8 ; -DR B0RQ27, PQQC_XANCB ; Q8P6M9, PQQC_XANCP ; Q2P4Y7, PQQC_XANOM ; +DR Q8PHY3, PQQC_XANAC ; Q4UXI2, PQQC_XANC8 ; B0RQ27, PQQC_XANCB ; +DR Q8P6M9, PQQC_XANCP ; Q3BQI6, PQQC_XANE5 ; Q2P4Y7, PQQC_XANOM ; DR B2SSW1, PQQC_XANOP ; Q5H233, PQQC_XANOR ; // ID 1.3.3.12 @@ -12660,40 +12691,39 @@ CC their membrane anchor subunit. CC -!- These enzymes catalyze an electrogenic reaction and are thus CC classified as EC 7.1.1.12. CC -!- Formerly EC 1.3.5.4. -DR Q9Z4P0, FRD2_SHEFN ; P00363, FRDA_ECOLI ; P44894, FRDA_HAEIN ; -DR Q9ZMP0, FRDA_HELPJ ; O06913, FRDA_HELPY ; P64175, FRDA_MYCBO ; -DR P9WN90, FRDA_MYCTO ; P9WN91, FRDA_MYCTU ; P20922, FRDA_PROVU ; -DR V3TQ67, FRDA_SERS3 ; Q07WU7, FRDA_SHEFN ; P0C278, FRDA_SHEFR ; -DR P83223, FRDA_SHEON ; P17412, FRDA_WOLSU ; P0AC49, FRDB_ECO57 ; -DR P0AC48, FRDB_ECOL6 ; P0AC47, FRDB_ECOLI ; P44893, FRDB_HAEIN ; -DR Q9ZMP1, FRDB_HELPJ ; O06914, FRDB_HELPY ; P9WN88, FRDB_MYCTO ; -DR P9WN89, FRDB_MYCTU ; P20921, FRDB_PROVU ; P0AC50, FRDB_SHIFL ; -DR P17596, FRDB_WOLSU ; O82663, SDHA1_ARATH; Q33862, SDHA1_ASCSU; -DR Q9ZPX5, SDHA2_ARATH; Q8WSR3, SDHA2_ASCSU; Q6PA58, SDHAA_XENLA; -DR Q801S2, SDHAB_XENLA; P08065, SDHA_BACSU ; P31039, SDHA_BOVIN ; -DR Q09508, SDHA_CAEEL ; Q9YHT1, SDHA_CHICK ; P51054, SDHA_COXBU ; -DR Q7ZVF3, SDHA_DANRE ; Q9U3X4, SDHA_DICDI ; Q94523, SDHA_DROME ; -DR P0AC43, SDHA_ECO57 ; P0AC42, SDHA_ECOL6 ; P0AC41, SDHA_ECOLI ; -DR P31040, SDHA_HUMAN ; Q8HXW3, SDHA_MACFA ; Q0QF17, SDHA_MESAU ; -DR Q8K2B3, SDHA_MOUSE ; Q6ZDY8, SDHA_ORYSJ ; Q59661, SDHA_PARDE ; -DR Q0QF01, SDHA_PIG ; Q5R616, SDHA_PONAB ; Q920L2, SDHA_RAT ; -DR Q1RHB9, SDHA_RICBR ; Q92J97, SDHA_RICCN ; Q4UJM1, SDHA_RICFE ; -DR P31038, SDHA_RICPR ; Q68XN9, SDHA_RICTY ; Q8ZQU3, SDHA_SALTY ; -DR Q9UTJ7, SDHA_SCHPO ; G4V4G6, SDHA_SERS3 ; Q28ED0, SDHA_XENTR ; -DR Q00711, SDHA_YEAST ; Q8LBZ7, SDHB1_ARATH; Q9S827, SDHB1_ORYSJ; -DR Q8LB02, SDHB2_ARATH; Q6H4G3, SDHB2_ORYSJ; Q9FJP9, SDHB3_ARATH; -DR O44074, SDHB_ASCSU ; P08066, SDHB_BACSU ; Q3T189, SDHB_BOVIN ; -DR A8WPF0, SDHB_CAEBR ; Q09545, SDHB_CAEEL ; Q6FWS8, SDHB_CANGA ; -DR Q9YHT2, SDHB_CHICK ; P48932, SDHB_CHOCR ; P51053, SDHB_COXBU ; -DR P48933, SDHB_CYACA ; A5PL98, SDHB_DANRE ; Q55CC2, SDHB_DICDI ; -DR P21914, SDHB_DROME ; P07014, SDHB_ECOLI ; Q75CI4, SDHB_EREGS ; -DR P21912, SDHB_HUMAN ; Q9CQA3, SDHB_MOUSE ; Q59662, SDHB_PARDE ; -DR Q007T0, SDHB_PIG ; P80477, SDHB_PORPU ; P21913, SDHB_RAT ; -DR P80480, SDHB_RECAM ; Q1RGP3, SDHB_RICBR ; Q92JJ8, SDHB_RICCN ; -DR Q4UN71, SDHB_RICFE ; Q9ZEA1, SDHB_RICPR ; Q68XS0, SDHB_RICTY ; -DR Q8ZQU2, SDHB_SALTY ; P21911, SDHB_SCHPO ; Q70KF8, SDHB_UROFA ; -DR P32420, SDHB_USTMA ; Q3B8J8, SDHB_XENLA ; B0BM36, SDHB_XENTR ; -DR P21801, SDHB_YEAST ; O42772, SDHB_ZYMTR ; P47052, SDHX_YEAST ; +DR P00363, FRDA_ECOLI ; P44894, FRDA_HAEIN ; Q9ZMP0, FRDA_HELPJ ; +DR O06913, FRDA_HELPY ; P64175, FRDA_MYCBO ; P9WN90, FRDA_MYCTO ; +DR P9WN91, FRDA_MYCTU ; P20922, FRDA_PROVU ; V3TQ67, FRDA_SERS3 ; +DR P17412, FRDA_WOLSU ; P0AC49, FRDB_ECO57 ; P0AC48, FRDB_ECOL6 ; +DR P0AC47, FRDB_ECOLI ; P44893, FRDB_HAEIN ; Q9ZMP1, FRDB_HELPJ ; +DR O06914, FRDB_HELPY ; P9WN88, FRDB_MYCTO ; P9WN89, FRDB_MYCTU ; +DR P20921, FRDB_PROVU ; P0AC50, FRDB_SHIFL ; P17596, FRDB_WOLSU ; +DR O82663, SDHA1_ARATH; Q33862, SDHA1_ASCSU; Q9ZPX5, SDHA2_ARATH; +DR Q8WSR3, SDHA2_ASCSU; Q6PA58, SDHAA_XENLA; Q801S2, SDHAB_XENLA; +DR P08065, SDHA_BACSU ; P31039, SDHA_BOVIN ; Q09508, SDHA_CAEEL ; +DR Q9YHT1, SDHA_CHICK ; P51054, SDHA_COXBU ; Q7ZVF3, SDHA_DANRE ; +DR Q9U3X4, SDHA_DICDI ; Q94523, SDHA_DROME ; P0AC43, SDHA_ECO57 ; +DR P0AC42, SDHA_ECOL6 ; P0AC41, SDHA_ECOLI ; P31040, SDHA_HUMAN ; +DR Q8HXW3, SDHA_MACFA ; Q0QF17, SDHA_MESAU ; Q8K2B3, SDHA_MOUSE ; +DR Q6ZDY8, SDHA_ORYSJ ; Q59661, SDHA_PARDE ; Q0QF01, SDHA_PIG ; +DR Q5R616, SDHA_PONAB ; Q920L2, SDHA_RAT ; Q1RHB9, SDHA_RICBR ; +DR Q92J97, SDHA_RICCN ; Q4UJM1, SDHA_RICFE ; P31038, SDHA_RICPR ; +DR Q68XN9, SDHA_RICTY ; Q8ZQU3, SDHA_SALTY ; Q9UTJ7, SDHA_SCHPO ; +DR G4V4G6, SDHA_SERS3 ; Q28ED0, SDHA_XENTR ; Q00711, SDHA_YEAST ; +DR Q8LBZ7, SDHB1_ARATH; Q9S827, SDHB1_ORYSJ; Q8LB02, SDHB2_ARATH; +DR Q6H4G3, SDHB2_ORYSJ; Q9FJP9, SDHB3_ARATH; O44074, SDHB_ASCSU ; +DR P08066, SDHB_BACSU ; Q3T189, SDHB_BOVIN ; A8WPF0, SDHB_CAEBR ; +DR Q09545, SDHB_CAEEL ; Q6FWS8, SDHB_CANGA ; Q9YHT2, SDHB_CHICK ; +DR P48932, SDHB_CHOCR ; P51053, SDHB_COXBU ; P48933, SDHB_CYACA ; +DR A5PL98, SDHB_DANRE ; Q55CC2, SDHB_DICDI ; P21914, SDHB_DROME ; +DR P07014, SDHB_ECOLI ; Q75CI4, SDHB_EREGS ; P21912, SDHB_HUMAN ; +DR Q9CQA3, SDHB_MOUSE ; Q59662, SDHB_PARDE ; Q007T0, SDHB_PIG ; +DR P80477, SDHB_PORPU ; P21913, SDHB_RAT ; P80480, SDHB_RECAM ; +DR Q1RGP3, SDHB_RICBR ; Q92JJ8, SDHB_RICCN ; Q4UN71, SDHB_RICFE ; +DR Q9ZEA1, SDHB_RICPR ; Q68XS0, SDHB_RICTY ; Q8ZQU2, SDHB_SALTY ; +DR P21911, SDHB_SCHPO ; Q70KF8, SDHB_UROFA ; P32420, SDHB_USTMA ; +DR Q3B8J8, SDHB_XENLA ; B0BM36, SDHB_XENTR ; P21801, SDHB_YEAST ; +DR O42772, SDHB_ZYMTR ; P47052, SDHX_YEAST ; // ID 1.3.5.2 DE dihydroorotate dehydrogenase (quinone). @@ -12747,7 +12777,7 @@ DR Q2SVL9, PYRD_BURTA ; Q874I4, PYRD_CANAL ; Q6SZS5, PYRD_CANGA ; DR B3PIL8, PYRD_CELJU ; A3PN03, PYRD_CERS1 ; Q3IZ94, PYRD_CERS4 ; DR B9KNA2, PYRD_CERSK ; Q11M76, PYRD_CHESB ; A9WDI1, PYRD_CHLAA ; DR B9LHC1, PYRD_CHLSY ; A0M4D0, PYRD_CHRFK ; Q7NX17, PYRD_CHRVO ; -DR A8AID4, PYRD_CITK8 ; A5CS38, PYRD_CLAM3 ; B0RIK6, PYRD_CLAMS ; +DR A8AID4, PYRD_CITK8 ; A5CS38, PYRD_CLAM3 ; B0RIK6, PYRD_CLASE ; DR Q480K7, PYRD_COLP3 ; Q6NH79, PYRD_CORDI ; Q8FTC6, PYRD_COREF ; DR A4QEA4, PYRD_CORGB ; Q8NQC0, PYRD_CORGL ; Q9FB59, PYRD_CORST ; DR B6J754, PYRD_COXB1 ; B6J0A5, PYRD_COXB2 ; A9KCF2, PYRD_COXBN ; @@ -12840,8 +12870,8 @@ DR Q3SL21, PYRD_THIDA ; Q113R9, PYRD_TRIEI ; Q3MDU0, PYRD_TRIV2 ; DR A1WJ81, PYRD_VEREI ; B7VNK9, PYRD_VIBA3 ; A7N0L2, PYRD_VIBC1 ; DR A5F839, PYRD_VIBC3 ; Q9KRZ2, PYRD_VIBCH ; C3LMH4, PYRD_VIBCM ; DR Q87PB7, PYRD_VIBPA ; Q8D9G5, PYRD_VIBVU ; Q7MKX3, PYRD_VIBVY ; -DR Q8D370, PYRD_WIGBR ; Q8PLJ2, PYRD_XANAC ; Q3BUJ7, PYRD_XANC5 ; -DR Q4UTX5, PYRD_XANC8 ; B0RTS3, PYRD_XANCB ; Q8P9R0, PYRD_XANCP ; +DR Q8D370, PYRD_WIGBR ; Q8PLJ2, PYRD_XANAC ; Q4UTX5, PYRD_XANC8 ; +DR B0RTS3, PYRD_XANCB ; Q8P9R0, PYRD_XANCP ; Q3BUJ7, PYRD_XANE5 ; DR Q2P3M0, PYRD_XANOM ; B2SLB9, PYRD_XANOP ; Q5H0N0, PYRD_XANOR ; DR A7IBC2, PYRD_XANP2 ; B2I9T5, PYRD_XYLF2 ; Q9PAE7, PYRD_XYLFA ; DR B0U5I1, PYRD_XYLFM ; Q87A77, PYRD_XYLFT ; A1JMP8, PYRD_YERE8 ; @@ -13423,7 +13453,7 @@ CC -!- The enzyme, characterized from the strict anaerobic bacterium CC Syntrophus aciditrophicus, is involved in production of cyclohexane- CC 1-carboxylate, a by-product produced by that organism during CC fermentation of benzoate and crotonate to acetate. -DR Q2LQN9, CH1CO_SYNAS; +DR Q39QF5, CH1CO_GEOMG; Q2LQN9, CH1CO_SYNAS; // ID 1.3.8.11 DE cyclohexane-1-carbonyl-CoA dehydrogenase (electron-transfer @@ -13436,7 +13466,7 @@ CC -!- The enzyme, characterized from the strict anaerobic bacterium CC Syntrophus aciditrophicus, is involved in production of cyclohexane- CC 1-carboxylate, a by-product produced by that organism during CC fermentation of benzoate and crotonate to acetate. -DR Q2LQP0, CHCOA_SYNAS; +DR Q39QF4, CHCOA_GEOMG; Q2LQP0, CHCOA_SYNAS; // ID 1.3.8.12 DE (2S)-methylsuccinyl-CoA dehydrogenase. @@ -13637,7 +13667,7 @@ CA 2 CO2 + heme b + 2 L-methionine. CC -!- This radical AdoMet enzyme participates in a heme biosynthesis CC pathway found in archaea and sulfur-reducing bacteria, CC cf. EC 1.3.98.5. -DR Q72DS4, AHBD_DESVH ; Q46CH7, AHBD_METBF ; Q30Y73, AHBD_OLEA2 ; +DR Q46CH7, AHBD_METBF ; Q72DS4, AHBD_NITV2 ; Q30Y73, AHBD_OLEA2 ; // ID 1.3.98.7 DE [mycofactocin precursor peptide]-tyrosine decarboxylase. @@ -14035,7 +14065,7 @@ DR P10860, DHE3_RAT ; Q53199, DHE3_SINFN ; P93541, DHE3_SOLLC ; DR O59650, DHE3_THEKO ; Q56304, DHE3_THELN ; P96110, DHE3_THEMA ; DR O74024, DHE3_THEPR ; P52596, DHE3_VITVI ; Q64I01, DHE4_GORGO ; DR P49448, DHE4_HUMAN ; Q64HZ9, DHE4_HYLLA ; Q64HZ8, DHE4_PANTR ; -DR Q64I00, DHE4_PONPY ; P95544, DHE4_PRERU ; O04937, DHEA_NICPL ; +DR Q64I00, DHE4_PONPY ; P95544, DHE4_XYLRU ; O04937, DHEA_NICPL ; DR Q9LEC8, DHEB_NICPL ; // ID 1.4.1.4 @@ -14206,9 +14236,9 @@ CA H2O + L-phenylalanine + NAD(+) = 3-phenylpyruvate + H(+) + NADH + NH4(+). CC -!- The enzymes from Bacillus badius and Sporosarcina ureae are highly CC specific for L-phenylalanine; that from Bacillus sphaericus also acts CC on L-tyrosine. -DR Q59224, DHPH_BACBA ; F5L9G2, DHPH_CALTT ; P23307, DHPH_LYSSH ; -DR Q0SG95, DHPH_RHOJR ; Q59771, DHPH_RHOSO ; P97014, DHPH_SPOUR ; -DR P22823, DHPH_THEIN ; +DR Q59224, DHPH_BACBA ; A0A0F5HSE8, DHPH_BACTR ; F5L9G2, DHPH_CALTT ; +DR P23307, DHPH_LYSSH ; Q0SG95, DHPH_RHOJR ; Q59771, DHPH_RHOSO ; +DR P97014, DHPH_SPOUR ; P22823, DHPH_THEIN ; // ID 1.4.1.21 DE aspartate dehydrogenase. @@ -14371,9 +14401,9 @@ ID 1.4.3.1 DE D-aspartate oxidase. AN aspartic oxidase. CA D-aspartate + H2O + O2 = H2O2 + NH4(+) + oxaloacetate. -DR O45307, OXDD1_CAEEL; A8WXM1, OXDD2_CAEBR; Q19564, OXDD2_CAEEL; -DR O01739, OXDD3_CAEEL; P31228, OXDD_BOVIN ; C0HMB1, OXDD_CRYGR ; -DR J9VRT1, OXDD_CRYNH ; Q556W1, OXDD_DICDI ; Q99489, OXDD_HUMAN ; +DR C0PBF8, OXDA_MAIZE ; O45307, OXDD1_CAEEL; A8WXM1, OXDD2_CAEBR; +DR Q19564, OXDD2_CAEEL; O01739, OXDD3_CAEEL; P31228, OXDD_BOVIN ; +DR C0HMB1, OXDD_CRYD2 ; J9VRT1, OXDD_CRYNH ; Q99489, OXDD_HUMAN ; DR C4R6B0, OXDD_KOMPG ; Q922Z0, OXDD_MOUSE ; A0A7E6FSU6, OXDD_OCTVU ; DR A3KCL7, OXDD_PIG ; D3ZDM7, OXDD_RAT ; C0HMB0, OXDD_TALTH ; DR Q75WF1, OXDD_VANHU ; @@ -14412,11 +14442,14 @@ CA a D-alpha-amino acid + H2O + O2 = a 2-oxocarboxylate + H2O2 + NH4(+). CC -!- A flavoprotein (FAD). CC -!- Wide specificity for D-amino acids. CC -!- Also acts on glycine. -DR P9WP26, DAO_MYCTO ; P9WP27, DAO_MYCTU ; A0A095C6S0, OXDA2_CRYGR; -DR A0A095CCB2, OXDA3_CRYGR; J9VPE7, OXDA3_CRYNH; A8XJ44, OXDA_CAEBR ; +DR Q89F89, DAO_BRADU ; Q7X2D3, DAO_GLUPR ; A5U3S4, DAO_MYCTA ; +DR P9WP26, DAO_MYCTO ; P9WP27, DAO_MYCTU ; Q1AYM8, DAO_RUBXD ; +DR Q9X7P6, DAO_STRCO ; A0A0E3JXD9, DAO_UNKP ; A0A095C6S0, OXDA2_CRYD2; +DR A0A095CCB2, OXDA3_CRYD2; J9VPE7, OXDA3_CRYNH; A8XJ44, OXDA_CAEBR ; DR Q95XG9, OXDA_CAEEL ; Q9HGY3, OXDA_CANBO ; Q9Z1M5, OXDA_CAVPO ; -DR Q9Z302, OXDA_CRIGR ; P24552, OXDA_FUSVN ; P14920, OXDA_HUMAN ; -DR C4R4G9, OXDA_KOMPG ; A2V9Y8, OXDA_MACFA ; P18894, OXDA_MOUSE ; +DR Q9Z302, OXDA_CRIGR ; Q556W1, OXDA_DICDI ; T2HG31, OXDA_DUGRY ; +DR P24552, OXDA_FUSVN ; P14920, OXDA_HUMAN ; C4R4G9, OXDA_KOMPG ; +DR A2V9Y8, OXDA_MACFA ; C0PBF8, OXDA_MAIZE ; P18894, OXDA_MOUSE ; DR P00371, OXDA_PIG ; P22942, OXDA_RABIT ; O35078, OXDA_RAT ; DR P80324, OXDA_RHOTO ; Q9Y7N4, OXDA_SCHPO ; A0A499UB99, OXDA_TALEM ; DR Q99042, OXDA_TRIVR ; @@ -14518,20 +14551,20 @@ DR Q28PH0, PDXH_JANSC ; A6WE21, PDXH_KINRD ; A6T9Y6, PDXH_KLEP7 ; DR Q5X7K4, PDXH_LEGPA ; A5IH19, PDXH_LEGPC ; Q5ZY37, PDXH_LEGPH ; DR Q5WZ02, PDXH_LEGPL ; B0SGE9, PDXH_LEPBA ; Q04R37, PDXH_LEPBJ ; DR Q04ZE7, PDXH_LEPBL ; B0SPV0, PDXH_LEPBP ; B1XYE2, PDXH_LEPCP ; -DR Q72PF1, PDXH_LEPIC ; Q8F6Y3, PDXH_LEPIN ; Q2W8Y5, PDXH_MAGSA ; -DR Q65QT9, PDXH_MANSM ; Q0ARD7, PDXH_MARMM ; A1TWZ3, PDXH_MARN8 ; -DR A2SJZ5, PDXH_METPP ; B0JI39, PDXH_MICAN ; A0QBI8, PDXH_MYCA1 ; -DR P65683, PDXH_MYCBO ; A1KLV7, PDXH_MYCBP ; C1AF78, PDXH_MYCBT ; -DR A4T792, PDXH_MYCGI ; O33065, PDXH_MYCLE ; Q742K7, PDXH_MYCPA ; -DR A0R420, PDXH_MYCS2 ; A3Q628, PDXH_MYCSJ ; A1ULM8, PDXH_MYCSK ; -DR Q1B3H2, PDXH_MYCSS ; A5U5V8, PDXH_MYCTA ; P9WIJ0, PDXH_MYCTO ; -DR P9WIJ1, PDXH_MYCTU ; A1TF46, PDXH_MYCVP ; P21159, PDXH_MYXXA ; -DR Q1DCS1, PDXH_MYXXD ; Q5F8V2, PDXH_NEIG1 ; B4RM90, PDXH_NEIG2 ; -DR A9M007, PDXH_NEIM0 ; Q9JTZ1, PDXH_NEIMA ; Q9JYZ5, PDXH_NEIMB ; -DR A1KUI2, PDXH_NEIMF ; Q1QQ51, PDXH_NITHX ; Q3SV02, PDXH_NITWN ; -DR Q5Z236, PDXH_NOCFA ; A1SEM4, PDXH_NOCSJ ; B2IX27, PDXH_NOSP7 ; -DR Q8YXG5, PDXH_NOSS1 ; Q2GCC6, PDXH_NOVAD ; A1TQY3, PDXH_PARC0 ; -DR A1B0C6, PDXH_PARDP ; A7HR80, PDXH_PARL1 ; B2JDT0, PDXH_PARP8 ; +DR Q72PF1, PDXH_LEPIC ; Q8F6Y3, PDXH_LEPIN ; Q65QT9, PDXH_MANSM ; +DR Q0ARD7, PDXH_MARMM ; A1TWZ3, PDXH_MARN8 ; A2SJZ5, PDXH_METPP ; +DR B0JI39, PDXH_MICAN ; A0QBI8, PDXH_MYCA1 ; P65683, PDXH_MYCBO ; +DR A1KLV7, PDXH_MYCBP ; C1AF78, PDXH_MYCBT ; A4T792, PDXH_MYCGI ; +DR O33065, PDXH_MYCLE ; Q742K7, PDXH_MYCPA ; A0R420, PDXH_MYCS2 ; +DR A3Q628, PDXH_MYCSJ ; A1ULM8, PDXH_MYCSK ; Q1B3H2, PDXH_MYCSS ; +DR A5U5V8, PDXH_MYCTA ; P9WIJ0, PDXH_MYCTO ; P9WIJ1, PDXH_MYCTU ; +DR A1TF46, PDXH_MYCVP ; P21159, PDXH_MYXXA ; Q1DCS1, PDXH_MYXXD ; +DR Q5F8V2, PDXH_NEIG1 ; B4RM90, PDXH_NEIG2 ; A9M007, PDXH_NEIM0 ; +DR Q9JTZ1, PDXH_NEIMA ; Q9JYZ5, PDXH_NEIMB ; A1KUI2, PDXH_NEIMF ; +DR Q1QQ51, PDXH_NITHX ; Q3SV02, PDXH_NITWN ; Q5Z236, PDXH_NOCFA ; +DR A1SEM4, PDXH_NOCSJ ; B2IX27, PDXH_NOSP7 ; Q8YXG5, PDXH_NOSS1 ; +DR Q2GCC6, PDXH_NOVAD ; A1TQY3, PDXH_PARC0 ; A1B0C6, PDXH_PARDP ; +DR A7HR80, PDXH_PARL1 ; Q2W8Y5, PDXH_PARM1 ; B2JDT0, PDXH_PARP8 ; DR B2SY78, PDXH_PARPJ ; Q13UP6, PDXH_PARXL ; Q6D5V3, PDXH_PECAS ; DR Q4FN05, PDXH_PELUB ; Q7N3W5, PDXH_PHOLL ; Q6LFS0, PDXH_PHOPR ; DR A4SWL7, PDXH_POLAQ ; A1VRL0, PDXH_POLNA ; Q126S5, PDXH_POLSJ ; @@ -14574,8 +14607,8 @@ DR Q3MFQ5, PDXH_TRIV2 ; A1WL02, PDXH_VEREI ; A5CX08, PDXH_VESOH ; DR B7VPY4, PDXH_VIBA3 ; A7N7P0, PDXH_VIBC1 ; A5F176, PDXH_VIBC3 ; DR Q9KKM4, PDXH_VIBCH ; C3LWZ1, PDXH_VIBCM ; Q87FE9, PDXH_VIBPA ; DR Q8D510, PDXH_VIBVU ; Q7MBT9, PDXH_VIBVY ; Q8D2L7, PDXH_WIGBR ; -DR Q73G09, PDXH_WOLPM ; Q8PI89, PDXH_XANAC ; Q3BQS3, PDXH_XANC5 ; -DR Q4UX84, PDXH_XANC8 ; Q8P6X5, PDXH_XANCP ; Q2P6C7, PDXH_XANOM ; +DR Q73G09, PDXH_WOLPM ; Q8PI89, PDXH_XANAC ; Q4UX84, PDXH_XANC8 ; +DR Q8P6X5, PDXH_XANCP ; Q3BQS3, PDXH_XANE5 ; Q2P6C7, PDXH_XANOM ; DR Q5H3H2, PDXH_XANOR ; A7II77, PDXH_XANP2 ; Q9PDP2, PDXH_XYLFA ; DR Q87DU7, PDXH_XYLFT ; A1JNV9, PDXH_YERE8 ; A7FHL9, PDXH_YERP3 ; DR Q1C790, PDXH_YERPA ; Q8ZE19, PDXH_YERPE ; A9QZ96, PDXH_YERPG ; @@ -14725,7 +14758,7 @@ AN amine oxidase (copper-containing). AN benzylamine oxidase. AN CAO. AN copper amine oxidase. -CA an aliphatic amine + H2O + O2 = an aldehyde + H2O2 + NH4(+). +CA a primary methyl amine + H2O + O2 = an aldehyde + H2O2 + NH4(+). CC -!- A group of enzymes that oxidize primary monoamines but have little or CC no activity toward diamines, such as histamine, or toward secondary CC and tertiary amines. @@ -14865,7 +14898,6 @@ DR B5EAW7, GCSPA_CITBB; B5Y9D4, GCSPA_COPPD; B6J4T7, GCSPA_COXB1; DR B6J2H7, GCSPA_COXB2; A9KC19, GCSPA_COXBN; A9NA77, GCSPA_COXBR; DR Q83B08, GCSPA_COXBU; B8IYW9, GCSPA_DESDA; B8FT31, GCSPA_DESHD; DR Q24TH5, GCSPA_DESHY; Q6ARJ7, GCSPA_DESPS; A4J2F8, GCSPA_DESRM; -DR Q72C59, GCSPA_DESVH; B8DP96, GCSPA_DESVM; A1VE02, GCSPA_DESVV; DR B5YFB8, GCSPA_DICT6; B8E2E7, GCSPA_DICTD; B1GYV7, GCSPA_ENDTX; DR Q2N886, GCSPA_ERYLH; B1YLN7, GCSPA_EXIS2; P49361, GCSPA_FLAPR; DR B0TZJ6, GCSPA_FRAP2; Q14J40, GCSPA_FRAT1; A7NAH8, GCSPA_FRATF; @@ -14879,12 +14911,13 @@ DR Q1INU0, GCSPA_KORVE; Q5X8W3, GCSPA_LEGPA; A5I9T5, GCSPA_LEGPC; DR Q5ZZ95, GCSPA_LEGPH; Q5X0A6, GCSPA_LEGPL; Q92C05, GCSPA_LISIN; DR C1L2Q5, GCSPA_LISMC; Q71ZX3, GCSPA_LISMF; B8DFX9, GCSPA_LISMH; DR Q8Y7D4, GCSPA_LISMO; A0AIF0, GCSPA_LISW6; B1HSN6, GCSPA_LYSSC; -DR B9E6R9, GCSPA_MACCJ; A0L7X6, GCSPA_MAGMM; Q2W9A3, GCSPA_MAGSA; -DR Q0AMJ2, GCSPA_MARMM; C6C0V0, GCSPA_MARSD; Q60BW4, GCSPA_METCA; -DR A4YHB7, GCSPA_METS5; B8EPH9, GCSPA_METSB; Q2RH48, GCSPA_MOOTA; -DR Q0AEP9, GCSPA_NITEC; Q82WQ4, GCSPA_NITEU; Q2YCK1, GCSPA_NITMU; -DR Q2G781, GCSPA_NOVAD; Q8CXE0, GCSPA_OCEIH; Q311A7, GCSPA_OLEA2; -DR A7HQY0, GCSPA_PARL1; Q6MEJ2, GCSPA_PARUW; B4SE02, GCSPA_PELPB; +DR B9E6R9, GCSPA_MACCJ; A0L7X6, GCSPA_MAGMM; Q0AMJ2, GCSPA_MARMM; +DR C6C0V0, GCSPA_MARSD; Q60BW4, GCSPA_METCA; A4YHB7, GCSPA_METS5; +DR B8EPH9, GCSPA_METSB; Q2RH48, GCSPA_MOOTA; Q0AEP9, GCSPA_NITEC; +DR Q82WQ4, GCSPA_NITEU; Q2YCK1, GCSPA_NITMU; Q72C59, GCSPA_NITV2; +DR A1VE02, GCSPA_NITV4; B8DP96, GCSPA_NITV9; Q2G781, GCSPA_NOVAD; +DR Q8CXE0, GCSPA_OCEIH; Q311A7, GCSPA_OLEA2; A7HQY0, GCSPA_PARL1; +DR Q2W9A3, GCSPA_PARM1; Q6MEJ2, GCSPA_PARUW; B4SE02, GCSPA_PELPB; DR B4RF16, GCSPA_PHEZH; B4S5J4, GCSPA_PROA2; Q9UXT0, GCSPA_PYRAB; DR Q8TZJ3, GCSPA_PYRFU; O57708, GCSPA_PYRHO; A5V9T6, GCSPA_RHIWR; DR B6IXI3, GCSPA_RHOCS; Q2RPV1, GCSPA_RHORT; Q97ZI8, GCSPA_SACS2; @@ -15015,8 +15048,8 @@ DR C5BNY8, GCSP_TERTT ; Q8DII3, GCSP_THEVB ; Q3M9G1, GCSP_TRIV2 ; DR Q83IA7, GCSP_TROW8 ; Q83GV1, GCSP_TROWT ; C5CRW8, GCSP_VARPS ; DR A7N5C4, GCSP_VIBC1 ; A5EYY8, GCSP_VIBC3 ; C3LUU7, GCSP_VIBCM ; DR Q87I05, GCSP_VIBPA ; Q8D7G7, GCSP_VIBVU ; Q7MEH9, GCSP_VIBVY ; -DR Q8PN59, GCSP_XANAC ; Q3BW89, GCSP_XANC5 ; Q4URZ4, GCSP_XANC8 ; -DR Q8PBK7, GCSP_XANCP ; Q2P021, GCSP_XANOM ; Q9PDJ4, GCSP_XYLFA ; +DR Q8PN59, GCSP_XANAC ; Q4URZ4, GCSP_XANC8 ; Q8PBK7, GCSP_XANCP ; +DR Q3BW89, GCSP_XANE5 ; Q2P021, GCSP_XANOM ; Q9PDJ4, GCSP_XYLFA ; DR Q87DR1, GCSP_XYLFT ; P49095, GCSP_YEAST ; A1JPN3, GCSP_YERE8 ; DR A7FF21, GCSP_YERP3 ; Q1CB42, GCSP_YERPA ; B2K0Q3, GCSP_YERPB ; DR Q8ZHI8, GCSP_YERPE ; A9R4K8, GCSP_YERPG ; Q1CEZ9, GCSP_YERPN ; @@ -15308,7 +15341,7 @@ DR A1BF67, FOLD_CHLPD ; A4SER8, FOLD_CHLPM ; Q9Z8K3, FOLD_CHLPN ; DR B9LD23, FOLD_CHLSY ; B0B9I6, FOLD_CHLT2 ; B3QUL4, FOLD_CHLT3 ; DR Q3KMU3, FOLD_CHLTA ; B0BB65, FOLD_CHLTB ; O84081, FOLD_CHLTR ; DR A0M554, FOLD_CHRFK ; Q1QVV9, FOLD_CHRSD ; Q7NWQ6, FOLD_CHRVO ; -DR A8AJS4, FOLD_CITK8 ; A5CU17, FOLD_CLAM3 ; B0RDR2, FOLD_CLAMS ; +DR A8AJS4, FOLD_CITK8 ; A5CU17, FOLD_CLAM3 ; B0RDR2, FOLD_CLASE ; DR Q97HC9, FOLD_CLOAB ; A7FT56, FOLD_CLOB1 ; C3KT80, FOLD_CLOB6 ; DR A6LU44, FOLD_CLOB8 ; B2V4R7, FOLD_CLOBA ; B2TRN5, FOLD_CLOBB ; DR A5I112, FOLD_CLOBH ; C1FKP7, FOLD_CLOBJ ; B1IIW9, FOLD_CLOBK ; @@ -15326,7 +15359,6 @@ DR Q47IX6, FOLD_DECAR ; Q3Z8K6, FOLD_DEHM1 ; A5FRF1, FOLD_DEHMB ; DR Q3ZX43, FOLD_DEHMC ; Q9RW02, FOLD_DEIRA ; A9BWT7, FOLD_DELAS ; DR C0QAY0, FOLD_DESAH ; B8FLE5, FOLD_DESAL ; B8J466, FOLD_DESDA ; DR A8ZTQ4, FOLD_DESOH ; Q6ALZ5, FOLD_DESPS ; A4J3F5, FOLD_DESRM ; -DR Q72F91, FOLD_DESVH ; B8DMA9, FOLD_DESVM ; A1VGV4, FOLD_DESVV ; DR A5EX57, FOLD_DICNV ; B5YA73, FOLD_DICT6 ; B8E335, FOLD_DICTD ; DR A8LIR3, FOLD_DINSH ; A7ZIT8, FOLD_ECO24 ; B7UKK6, FOLD_ECO27 ; DR B7ME52, FOLD_ECO45 ; B7L7F6, FOLD_ECO55 ; Q8XCT6, FOLD_ECO57 ; @@ -15341,41 +15373,40 @@ DR B2KB67, FOLD_ELUMP ; A4W7J0, FOLD_ENT38 ; Q836W7, FOLD_ENTFA ; DR B2VBD1, FOLD_ERWT9 ; Q2N7E3, FOLD_ERYLH ; B7LJI7, FOLD_ESCF3 ; DR B1YLQ1, FOLD_EXIS2 ; C4L3F6, FOLD_EXISA ; A7HMQ2, FOLD_FERNB ; DR A5FNE3, FOLD_FLAJ1 ; A6GZM5, FOLD_FLAPJ ; B0U009, FOLD_FRAP2 ; -DR A8L893, FOLD_FRASN ; Q14HV5, FOLD_FRAT1 ; A7NA91, FOLD_FRATF ; -DR Q2A535, FOLD_FRATH ; B2SF67, FOLD_FRATM ; A0Q505, FOLD_FRATN ; -DR Q0BNF1, FOLD_FRATO ; Q5NGF3, FOLD_FRATT ; A4IYR4, FOLD_FRATW ; -DR Q8RDM4, FOLD_FUSNN ; B9M769, FOLD_GEODF ; Q75TC1, FOLD_GEOKA ; -DR A4IQS0, FOLD_GEOTN ; A5GAM5, FOLD_GEOUR ; B8F605, FOLD_GLAP5 ; -DR B7KEP3, FOLD_GLOC7 ; Q7NJE8, FOLD_GLOVI ; A9HEL1, FOLD_GLUDA ; -DR Q5FST0, FOLD_GLUOX ; Q7VM86, FOLD_HAEDU ; Q4QMI7, FOLD_HAEI8 ; -DR A5UAS4, FOLD_HAEIE ; A5UHL4, FOLD_HAEIG ; P44313, FOLD_HAEIN ; -DR Q2SK39, FOLD_HAHCH ; Q9K966, FOLD_HALH5 ; A1WUN4, FOLD_HALHL ; -DR B8D2H8, FOLD_HALOH ; Q9HPY4, FOLD_HALSA ; Q18GK1, FOLD_HALWD ; -DR C4K7E4, FOLD_HAMD5 ; Q17W13, FOLD_HELAH ; Q7VGF6, FOLD_HELHP ; -DR B0TFC9, FOLD_HELMI ; Q1CTU9, FOLD_HELPH ; Q9ZLQ4, FOLD_HELPJ ; -DR P56467, FOLD_HELPY ; A9AZP9, FOLD_HERA2 ; A4G352, FOLD_HERAR ; -DR Q0I3S5, FOLD_HISS1 ; B0USU2, FOLD_HISS2 ; B4U8W9, FOLD_HYDS0 ; -DR Q0BX67, FOLD_HYPNA ; Q5QWH6, FOLD_IDILO ; A6SVR5, FOLD_JANMA ; -DR Q28TR2, FOLD_JANSC ; A6WF54, FOLD_KINRD ; B5Y0K4, FOLD_KLEP3 ; -DR A6T5R4, FOLD_KLEP7 ; B2GM30, FOLD_KOCRD ; Q1II76, FOLD_KORVE ; -DR C5CI88, FOLD_KOSOT ; Q5FJG5, FOLD_LACAC ; B3WEY4, FOLD_LACCB ; -DR Q1G9H1, FOLD_LACDA ; Q049N0, FOLD_LACDB ; Q044I0, FOLD_LACGA ; -DR A8YVX0, FOLD_LACH4 ; Q9CH85, FOLD_LACLA ; A2RLU5, FOLD_LACLM ; -DR Q030A3, FOLD_LACLS ; Q038F9, FOLD_LACP3 ; A9KLS3, FOLD_LACP7 ; -DR Q88WM8, FOLD_LACPL ; C1D5X9, FOLD_LARHH ; Q38XU9, FOLD_LATSS ; -DR Q1MPZ8, FOLD_LAWIP ; Q5X5Q9, FOLD_LEGPA ; A5IBF0, FOLD_LEGPC ; -DR Q5ZVZ1, FOLD_LEGPH ; Q5WX38, FOLD_LEGPL ; Q6ADF1, FOLD_LEIXX ; -DR B0S8U6, FOLD_LEPBA ; Q04SB2, FOLD_LEPBJ ; Q050D8, FOLD_LEPBL ; -DR B0SRN4, FOLD_LEPBP ; Q72QT3, FOLD_LEPIC ; Q8F523, FOLD_LEPIN ; -DR B1N044, FOLD_LEUCK ; Q03YZ6, FOLD_LEUMM ; Q03RR1, FOLD_LEVBA ; -DR Q1WUJ3, FOLD_LIGS1 ; B2GD67, FOLD_LIMF3 ; A5VKR7, FOLD_LIMRD ; -DR B2G850, FOLD_LIMRJ ; Q92BZ4, FOLD_LISIN ; C1L2R6, FOLD_LISMC ; -DR Q71ZW2, FOLD_LISMF ; B8DFW8, FOLD_LISMH ; Q8Y7C5, FOLD_LISMO ; -DR A0AIG1, FOLD_LISW6 ; B1HRX9, FOLD_LYSSC ; B9EAY2, FOLD_MACCJ ; -DR A0LE04, FOLD_MAGMM ; Q2VYZ7, FOLD_MAGSA ; Q8EV80, FOLD_MALP2 ; -DR Q65RF1, FOLD_MANSM ; Q0ATP0, FOLD_MARMM ; A6W1T1, FOLD_MARMS ; -DR A1U1Q5, FOLD_MARN8 ; C6BSL6, FOLD_MARSD ; Q6F1V0, FOLD_MESFL ; -DR Q6KID0, FOLD_MESM1 ; B3PMJ8, FOLD_META1 ; Q8TK95, FOLD_METAC ; +DR Q14HV5, FOLD_FRAT1 ; A7NA91, FOLD_FRATF ; Q2A535, FOLD_FRATH ; +DR B2SF67, FOLD_FRATM ; A0Q505, FOLD_FRATN ; Q0BNF1, FOLD_FRATO ; +DR Q5NGF3, FOLD_FRATT ; A4IYR4, FOLD_FRATW ; Q8RDM4, FOLD_FUSNN ; +DR B9M769, FOLD_GEODF ; Q75TC1, FOLD_GEOKA ; A4IQS0, FOLD_GEOTN ; +DR A5GAM5, FOLD_GEOUR ; B8F605, FOLD_GLAP5 ; B7KEP3, FOLD_GLOC7 ; +DR Q7NJE8, FOLD_GLOVI ; A9HEL1, FOLD_GLUDA ; Q5FST0, FOLD_GLUOX ; +DR Q7VM86, FOLD_HAEDU ; Q4QMI7, FOLD_HAEI8 ; A5UAS4, FOLD_HAEIE ; +DR A5UHL4, FOLD_HAEIG ; P44313, FOLD_HAEIN ; Q2SK39, FOLD_HAHCH ; +DR Q9K966, FOLD_HALH5 ; A1WUN4, FOLD_HALHL ; B8D2H8, FOLD_HALOH ; +DR Q9HPY4, FOLD_HALSA ; Q18GK1, FOLD_HALWD ; C4K7E4, FOLD_HAMD5 ; +DR Q17W13, FOLD_HELAH ; Q7VGF6, FOLD_HELHP ; B0TFC9, FOLD_HELMI ; +DR Q1CTU9, FOLD_HELPH ; Q9ZLQ4, FOLD_HELPJ ; P56467, FOLD_HELPY ; +DR A9AZP9, FOLD_HERA2 ; A4G352, FOLD_HERAR ; Q0I3S5, FOLD_HISS1 ; +DR B0USU2, FOLD_HISS2 ; B4U8W9, FOLD_HYDS0 ; Q0BX67, FOLD_HYPNA ; +DR Q5QWH6, FOLD_IDILO ; A6SVR5, FOLD_JANMA ; Q28TR2, FOLD_JANSC ; +DR A6WF54, FOLD_KINRD ; B5Y0K4, FOLD_KLEP3 ; A6T5R4, FOLD_KLEP7 ; +DR B2GM30, FOLD_KOCRD ; Q1II76, FOLD_KORVE ; C5CI88, FOLD_KOSOT ; +DR Q5FJG5, FOLD_LACAC ; B3WEY4, FOLD_LACCB ; Q1G9H1, FOLD_LACDA ; +DR Q049N0, FOLD_LACDB ; Q044I0, FOLD_LACGA ; A8YVX0, FOLD_LACH4 ; +DR Q9CH85, FOLD_LACLA ; A2RLU5, FOLD_LACLM ; Q030A3, FOLD_LACLS ; +DR Q038F9, FOLD_LACP3 ; A9KLS3, FOLD_LACP7 ; Q88WM8, FOLD_LACPL ; +DR C1D5X9, FOLD_LARHH ; Q38XU9, FOLD_LATSS ; Q1MPZ8, FOLD_LAWIP ; +DR Q5X5Q9, FOLD_LEGPA ; A5IBF0, FOLD_LEGPC ; Q5ZVZ1, FOLD_LEGPH ; +DR Q5WX38, FOLD_LEGPL ; Q6ADF1, FOLD_LEIXX ; B0S8U6, FOLD_LEPBA ; +DR Q04SB2, FOLD_LEPBJ ; Q050D8, FOLD_LEPBL ; B0SRN4, FOLD_LEPBP ; +DR Q72QT3, FOLD_LEPIC ; Q8F523, FOLD_LEPIN ; B1N044, FOLD_LEUCK ; +DR Q03YZ6, FOLD_LEUMM ; Q03RR1, FOLD_LEVBA ; Q1WUJ3, FOLD_LIGS1 ; +DR B2GD67, FOLD_LIMF3 ; A5VKR7, FOLD_LIMRD ; B2G850, FOLD_LIMRJ ; +DR Q92BZ4, FOLD_LISIN ; C1L2R6, FOLD_LISMC ; Q71ZW2, FOLD_LISMF ; +DR B8DFW8, FOLD_LISMH ; Q8Y7C5, FOLD_LISMO ; A0AIG1, FOLD_LISW6 ; +DR B1HRX9, FOLD_LYSSC ; B9EAY2, FOLD_MACCJ ; A0LE04, FOLD_MAGMM ; +DR Q8EV80, FOLD_MALP2 ; Q65RF1, FOLD_MANSM ; Q0ATP0, FOLD_MARMM ; +DR A6W1T1, FOLD_MARMS ; A1U1Q5, FOLD_MARN8 ; C6BSL6, FOLD_MARSD ; +DR Q6F1V0, FOLD_MESFL ; B3PMJ8, FOLD_META1 ; Q8TK95, FOLD_METAC ; DR A7IAE1, FOLD_METB6 ; Q46A53, FOLD_METBF ; Q12V26, FOLD_METBU ; DR Q9X7F6, FOLD_METC4 ; Q1GXE6, FOLD_METFK ; Q2FR55, FOLD_METHJ ; DR Q8PZQ1, FOLD_METMA ; A3CWL0, FOLD_METMJ ; B8GG34, FOLD_METPE ; @@ -15384,23 +15415,25 @@ DR C5C958, FOLD_MICLC ; Q2RIB4, FOLD_MOOTA ; A0QKM1, FOLD_MYCA1 ; DR B1MG21, FOLD_MYCA9 ; Q7TWN0, FOLD_MYCBO ; A1KP49, FOLD_MYCBP ; DR C1AHH2, FOLD_MYCBT ; Q2SRE7, FOLD_MYCCT ; Q6RX33, FOLD_MYCFO ; DR Q7NAE4, FOLD_MYCGA ; P47259, FOLD_MYCGE ; A4TET2, FOLD_MYCGI ; -DR B8ZUV4, FOLD_MYCLB ; O32879, FOLD_MYCLE ; B2HDR8, FOLD_MYCMM ; -DR Q6MSL3, FOLD_MYCMS ; Q73UA5, FOLD_MYCPA ; P75096, FOLD_MYCPN ; -DR Q98QV3, FOLD_MYCPU ; A0QSY5, FOLD_MYCS2 ; Q4A6B1, FOLD_MYCS5 ; -DR A3PVV6, FOLD_MYCSJ ; A1UC75, FOLD_MYCSK ; Q1BCR8, FOLD_MYCSS ; -DR A5U830, FOLD_MYCTA ; P9WG80, FOLD_MYCTO ; P9WG81, FOLD_MYCTU ; -DR A0PNP3, FOLD_MYCUA ; A1T5D0, FOLD_MYCVP ; Q3IRX3, FOLD_NATPD ; -DR B2A532, FOLD_NATTJ ; B9L952, FOLD_NAUPA ; Q5F5D0, FOLD_NEIG1 ; -DR B4RQN5, FOLD_NEIG2 ; A9M068, FOLD_NEIM0 ; Q9JWI9, FOLD_NEIMA ; -DR P0C277, FOLD_NEIMB ; A1KWF4, FOLD_NEIMF ; Q2GCV3, FOLD_NEOSM ; -DR Q0AFN2, FOLD_NITEC ; Q82XC3, FOLD_NITEU ; Q1QQJ9, FOLD_NITHX ; -DR A9A4N5, FOLD_NITMS ; Q2YC56, FOLD_NITMU ; Q3J8Z0, FOLD_NITOC ; -DR A6Q2W6, FOLD_NITSB ; Q3SVE4, FOLD_NITWN ; Q5YU63, FOLD_NOCFA ; -DR B2J442, FOLD_NOSP7 ; Q8Z086, FOLD_NOSS1 ; Q2G338, FOLD_NOVAD ; -DR Q8EQ43, FOLD_OCEIH ; Q04FB7, FOLD_OENOB ; Q316P9, FOLD_OLEA2 ; -DR B1ZYH0, FOLD_OPITP ; A5CF58, FOLD_ORITB ; B3CTT4, FOLD_ORITI ; -DR A1TPZ6, FOLD_PARC0 ; A6L8J2, FOLD_PARD8 ; A7HSV9, FOLD_PARL1 ; -DR Q7TTW4, FOLD_PARMW ; B2T5N8, FOLD_PARPJ ; Q6MAH4, FOLD_PARUW ; +DR B8ZUV4, FOLD_MYCLB ; O32879, FOLD_MYCLE ; Q6KID0, FOLD_MYCM1 ; +DR B2HDR8, FOLD_MYCMM ; Q6MSL3, FOLD_MYCMS ; Q73UA5, FOLD_MYCPA ; +DR P75096, FOLD_MYCPN ; Q98QV3, FOLD_MYCPU ; A0QSY5, FOLD_MYCS2 ; +DR Q4A6B1, FOLD_MYCS5 ; A3PVV6, FOLD_MYCSJ ; A1UC75, FOLD_MYCSK ; +DR Q1BCR8, FOLD_MYCSS ; A5U830, FOLD_MYCTA ; P9WG80, FOLD_MYCTO ; +DR P9WG81, FOLD_MYCTU ; A0PNP3, FOLD_MYCUA ; A1T5D0, FOLD_MYCVP ; +DR Q3IRX3, FOLD_NATPD ; B2A532, FOLD_NATTJ ; B9L952, FOLD_NAUPA ; +DR Q5F5D0, FOLD_NEIG1 ; B4RQN5, FOLD_NEIG2 ; A9M068, FOLD_NEIM0 ; +DR Q9JWI9, FOLD_NEIMA ; P0C277, FOLD_NEIMB ; A1KWF4, FOLD_NEIMF ; +DR Q2GCV3, FOLD_NEOSM ; Q0AFN2, FOLD_NITEC ; Q82XC3, FOLD_NITEU ; +DR Q1QQJ9, FOLD_NITHX ; A9A4N5, FOLD_NITMS ; Q2YC56, FOLD_NITMU ; +DR Q3J8Z0, FOLD_NITOC ; A6Q2W6, FOLD_NITSB ; Q72F91, FOLD_NITV2 ; +DR A1VGV4, FOLD_NITV4 ; B8DMA9, FOLD_NITV9 ; Q3SVE4, FOLD_NITWN ; +DR Q5YU63, FOLD_NOCFA ; B2J442, FOLD_NOSP7 ; Q8Z086, FOLD_NOSS1 ; +DR Q2G338, FOLD_NOVAD ; Q8EQ43, FOLD_OCEIH ; Q04FB7, FOLD_OENOB ; +DR Q316P9, FOLD_OLEA2 ; B1ZYH0, FOLD_OPITP ; A5CF58, FOLD_ORITB ; +DR B3CTT4, FOLD_ORITI ; A1TPZ6, FOLD_PARC0 ; A6L8J2, FOLD_PARD8 ; +DR A7HSV9, FOLD_PARL1 ; Q2VYZ7, FOLD_PARM1 ; Q7TTW4, FOLD_PARMW ; +DR B2T5N8, FOLD_PARPJ ; A8L893, FOLD_PARS2 ; Q6MAH4, FOLD_PARUW ; DR Q13WX0, FOLD_PARXL ; Q9CJR1, FOLD_PASMU ; Q6D2E6, FOLD_PECAS ; DR C6DAX0, FOLD_PECCP ; Q03FZ5, FOLD_PEDPA ; B4SGR4, FOLD_PELPB ; DR A1AL91, FOLD_PELPD ; A5D323, FOLD_PELTS ; Q4FNW1, FOLD_PELUB ; @@ -15485,8 +15518,8 @@ DR A7MT09, FOLD_VIBC1 ; A5F6V4, FOLD_VIBC3 ; Q9KQQ6, FOLD_VIBCH ; DR Q87RB8, FOLD_VIBPA ; Q8DB06, FOLD_VIBVU ; Q7MIX2, FOLD_VIBVY ; DR Q8D2W0, FOLD_WIGBR ; Q73HK3, FOLD_WOLPM ; B3CLT4, FOLD_WOLPP ; DR Q7M8X1, FOLD_WOLSU ; Q5GTK9, FOLD_WOLTR ; C0R2N7, FOLD_WOLWR ; -DR Q8PK86, FOLD_XANAC ; Q3BSP5, FOLD_XANC5 ; Q4UVC7, FOLD_XANC8 ; -DR B0RSB3, FOLD_XANCB ; Q8P8Q4, FOLD_XANCP ; Q2P3R1, FOLD_XANOM ; +DR Q8PK86, FOLD_XANAC ; Q4UVC7, FOLD_XANC8 ; B0RSB3, FOLD_XANCB ; +DR Q8P8Q4, FOLD_XANCP ; Q3BSP5, FOLD_XANE5 ; Q2P3R1, FOLD_XANOM ; DR B2SLG3, FOLD_XANOP ; Q5H0S4, FOLD_XANOR ; Q9PAR4, FOLD_XYLFA ; DR Q87BK4, FOLD_XYLFT ; A1JNX2, FOLD_YERE8 ; A7FL44, FOLD_YERP3 ; DR Q1C4U4, FOLD_YERPA ; B2K7N4, FOLD_YERPB ; Q7CJY7, FOLD_YERPE ; @@ -15753,7 +15786,7 @@ CC -!- Also acts on 7,8-dihydroberberine. // ID 1.5.1.32 DE vomilenine reductase. -CA 1,2-dihydrovomilenine + NADP(+) = H(+) + NADPH + vomilenine. +CA (2R)-1,2-dihydrovomilenine + NADP(+) = H(+) + NADPH + vomilenine. CC -!- Forms part of the ajmaline biosynthesis pathway. // ID 1.5.1.33 @@ -15906,24 +15939,24 @@ DR O68503, DSZD_RHOSG ; Q6Q0M6, DSZD_RHOSH ; M4YFG7, FRED_PSEPU ; DR P54990, NTAB_AMIAI ; B7KWT3, RUTF1_METC4; A9W3H7, RUTF1_METEP; DR B9J8R4, RUTF1_RHIR8; B7KT53, RUTF2_METC4; A9W6X8, RUTF2_METEP; DR B9JLT5, RUTF2_RHIR8; Q6FFZ4, RUTF_ACIAD ; A9CHR3, RUTF_AGRFC ; -DR Q89Q06, RUTF_BRADU ; A7MFX8, RUTF_CROS8 ; C9Y0S2, RUTF_CROTZ ; -DR C8U5G9, RUTF_ECO10 ; C8UMM3, RUTF_ECO1A ; A7ZKB2, RUTF_ECO24 ; -DR C8TNB7, RUTF_ECO26 ; B7UNZ0, RUTF_ECO27 ; D3H120, RUTF_ECO44 ; -DR B7MIF4, RUTF_ECO45 ; B7LFB7, RUTF_ECO55 ; Q8XAV0, RUTF_ECO57 ; -DR B5YU49, RUTF_ECO5E ; C6UPM9, RUTF_ECO5T ; B7NLB9, RUTF_ECO7I ; -DR B7MQ18, RUTF_ECO81 ; B7M8Z2, RUTF_ECO8A ; C6EHK0, RUTF_ECOBD ; -DR C6UFB8, RUTF_ECOBR ; C4ZQD5, RUTF_ECOBW ; D3QPK0, RUTF_ECOCB ; -DR C9QZ69, RUTF_ECOD1 ; B1X9C8, RUTF_ECODH ; A7ZYW2, RUTF_ECOHS ; -DR A1A9R2, RUTF_ECOK1 ; D5CZG7, RUTF_ECOKI ; Q0TJ60, RUTF_ECOL5 ; -DR Q8FJ45, RUTF_ECOL6 ; B1IV90, RUTF_ECOLC ; P75893, RUTF_ECOLI ; -DR B7N3G3, RUTF_ECOLU ; D2NGI4, RUTF_ECOS5 ; B6I983, RUTF_ECOSE ; -DR B1LIZ8, RUTF_ECOSM ; Q1RDL0, RUTF_ECOUT ; A4W920, RUTF_ENT38 ; -DR D5CE37, RUTF_ENTCC ; B5XXN5, RUTF_KLEP3 ; A6T797, RUTF_KLEP7 ; -DR D3RKL5, RUTF_KLEVT ; C5B0U5, RUTF_METEA ; C7CM32, RUTF_METED ; -DR B1ZB19, RUTF_METPB ; D4GEU9, RUTF_PANAM ; Q48MQ8, RUTF_PSE14 ; -DR Q4ZXS1, RUTF_PSEU2 ; A8GCT2, RUTF_SERP5 ; Q32HQ4, RUTF_SHIDS ; -DR D2AC38, RUTF_SHIF2 ; Q0T627, RUTF_SHIF8 ; Q83LK9, RUTF_SHIFL ; -DR Q3Z3A6, RUTF_SHISS ; D7A989, RUTF_STAND ; A4VQH9, RUTF_STUS1 ; +DR D7A989, RUTF_ANCN5 ; Q89Q06, RUTF_BRADU ; A7MFX8, RUTF_CROS8 ; +DR C9Y0S2, RUTF_CROTZ ; C8U5G9, RUTF_ECO10 ; C8UMM3, RUTF_ECO1A ; +DR A7ZKB2, RUTF_ECO24 ; C8TNB7, RUTF_ECO26 ; B7UNZ0, RUTF_ECO27 ; +DR D3H120, RUTF_ECO44 ; B7MIF4, RUTF_ECO45 ; B7LFB7, RUTF_ECO55 ; +DR Q8XAV0, RUTF_ECO57 ; B5YU49, RUTF_ECO5E ; C6UPM9, RUTF_ECO5T ; +DR B7NLB9, RUTF_ECO7I ; B7MQ18, RUTF_ECO81 ; B7M8Z2, RUTF_ECO8A ; +DR C6EHK0, RUTF_ECOBD ; C6UFB8, RUTF_ECOBR ; C4ZQD5, RUTF_ECOBW ; +DR D3QPK0, RUTF_ECOCB ; C9QZ69, RUTF_ECOD1 ; B1X9C8, RUTF_ECODH ; +DR A7ZYW2, RUTF_ECOHS ; A1A9R2, RUTF_ECOK1 ; D5CZG7, RUTF_ECOKI ; +DR Q0TJ60, RUTF_ECOL5 ; Q8FJ45, RUTF_ECOL6 ; B1IV90, RUTF_ECOLC ; +DR P75893, RUTF_ECOLI ; B7N3G3, RUTF_ECOLU ; D2NGI4, RUTF_ECOS5 ; +DR B6I983, RUTF_ECOSE ; B1LIZ8, RUTF_ECOSM ; Q1RDL0, RUTF_ECOUT ; +DR A4W920, RUTF_ENT38 ; D5CE37, RUTF_ENTCC ; B5XXN5, RUTF_KLEP3 ; +DR A6T797, RUTF_KLEP7 ; D3RKL5, RUTF_KLEVT ; C5B0U5, RUTF_METEA ; +DR C7CM32, RUTF_METED ; B1ZB19, RUTF_METPB ; D4GEU9, RUTF_PANAM ; +DR Q48MQ8, RUTF_PSE14 ; Q4ZXS1, RUTF_PSEU2 ; A8GCT2, RUTF_SERP5 ; +DR Q32HQ4, RUTF_SHIDS ; D2AC38, RUTF_SHIF2 ; Q0T627, RUTF_SHIF8 ; +DR Q83LK9, RUTF_SHIFL ; Q3Z3A6, RUTF_SHISS ; A4VQH9, RUTF_STUS1 ; DR C5CN84, RUTF_VARPS ; A1JMW4, RUTF_YERE8 ; Q845S9, SFNE_PSEPU ; DR Q3K9A2, SFNF_PSEPF ; Q65YX0, SFNF_PSEPU ; Q7CS24, SMOA_AGRFC ; // @@ -16020,9 +16053,9 @@ CC 1-piperideine-2-carboxylate and 1-pyrroline-2-carboxylate, this CC enzyme is specific for the latter. CC -!- While the enzyme is active with both NADH and NADPH, activity is CC higher with NADPH. -DR Q7CVK1, PY2CR_AGRFC; Q73CR9, PY2CR_BACC1; Q81HB0, PY2CR_BACCR; -DR Q63FA5, PY2CR_BACCZ; Q6HMS8, PY2CR_BACHK; Q485R8, PY2CR_COLP3; -DR A1B196, PY2CR_PARDP; Q4KGT8, PY2CR_PSEF5; D7A0Y0, PY2CR_STAND; +DR Q7CVK1, PY2CR_AGRFC; D7A0Y0, PY2CR_ANCN5; Q73CR9, PY2CR_BACC1; +DR Q81HB0, PY2CR_BACCR; Q63FA5, PY2CR_BACCZ; Q6HMS8, PY2CR_BACHK; +DR Q485R8, PY2CR_COLP3; A1B196, PY2CR_PARDP; Q4KGT8, PY2CR_PSEF5; DR Q0B9S2, PYCR1_BURCM; A9AKH1, PYCR1_BURM1; Q0B953, PYCR2_BURCM; DR A9ALD3, PYCR2_BURM1; // @@ -16112,6 +16145,16 @@ DR P0AEZ2, METF_SHIFL ; G2IQS8, METF_SPHSK ; O54235, METF_STRLI ; DR Q9SE60, MTHR1_ARATH; Q9SE94, MTHR1_MAIZE; O80585, MTHR2_ARATH; DR Q75HE6, MTHR_ORYSJ ; // +ID 1.5.1.55 +DE carboxyaminopropylagmatine dehydrogenase. +CA H2O + N(1)-[(S)-3-amino-3-carboxypropyl]agmatine + NADP(+) = agmatine + +CA H(+) + L-aspartate 4-semialdehyde + NADPH. +CC -!- The enzyme, characterized from the cyanobacterium Synechocystis sp. +CC PCC 6803, catalyzes the reductive condensation of agmatine and +CC L-aspartate 4-semialdehyde. +CC -!- It participates in a biosynthetic pathway for spermidine. +DR Q55131, CAPDH_SYNY3; +// ID 1.5.3.1 DE sarcosine oxidasee (formaldehyde-forming). AN monomeric sarcosine oxidase. @@ -16125,7 +16168,7 @@ CC EC 1.5.3.24. DR P40873, MSOX_ARTST ; P40859, MSOX_BACB0 ; P23342, MSOX_BACSN ; DR Q827H4, MSOX_STRAW ; P40854, MSOX_STRSB ; Q9SJA7, SOX_ARATH ; DR Q29RU9, SOX_BOVIN ; Q18006, SOX_CAEEL ; Q9P0Z9, SOX_HUMAN ; -DR Q9D826, SOX_MOUSE ; P79371, SOX_RABIT ; Q54EW2, Y9130_DICDI; +DR Q9D826, SOX_MOUSE ; Q54EW2, Y9130_DICDI; // ID 1.5.3.2 DE N-methyl-L-amino-acid oxidase. @@ -16172,8 +16215,8 @@ DE L-pipecolate oxidase. CA L-pipecolate + O2 = H(+) + H2O2 + L-1-piperideine-6-carboxylate. CC -!- The product reacts with water to form (S)-2-amino-6-oxohexanoate. DR O43029, FAP1_SCHPO ; Q29RU9, SOX_BOVIN ; Q9P0Z9, SOX_HUMAN ; -DR Q9D826, SOX_MOUSE ; P79371, SOX_RABIT ; D4AN96, SWNR_ARTBC ; -DR E9F8M2, SWNR_METRA ; Q54EW2, Y9130_DICDI; +DR Q9D826, SOX_MOUSE ; D4AN96, SWNR_ARTBC ; E9F8M2, SWNR_METRA ; +DR Q54EW2, Y9130_DICDI; // ID 1.5.3.8 DE Transferred entry: 1.3.3.8. @@ -17675,39 +17718,39 @@ DR B6J2N7, QUEF_COXB2 ; A9KEP6, QUEF_COXBN ; A9NAF9, QUEF_COXBR ; DR Q83F02, QUEF_COXBU ; A7MR08, QUEF_CROS8 ; Q1LRI7, QUEF_CUPMC ; DR Q0KEJ5, QUEF_CUPNH ; Q475Y9, QUEF_CUPPJ ; B2AGY8, QUEF_CUPTR ; DR Q47DJ9, QUEF_DECAR ; A9BNL9, QUEF_DELAS ; B8IYG6, QUEF_DESDA ; -DR Q6ARX8, QUEF_DESPS ; Q72DG6, QUEF_DESVH ; A1VF25, QUEF_DESVV ; -DR A7ZQN7, QUEF_ECO24 ; B7UHL0, QUEF_ECO27 ; B7MLB5, QUEF_ECO45 ; -DR B7LEX4, QUEF_ECO55 ; Q8X6S9, QUEF_ECO57 ; B5Z3F9, QUEF_ECO5E ; -DR B7NVU2, QUEF_ECO7I ; B7MZ90, QUEF_ECO81 ; B7LXL0, QUEF_ECO8A ; -DR C4ZZU9, QUEF_ECOBW ; B1XDK3, QUEF_ECODH ; A8A3S9, QUEF_ECOHS ; -DR A1AEY1, QUEF_ECOK1 ; Q0TE64, QUEF_ECOL5 ; Q8FEF7, QUEF_ECOL6 ; -DR B1IU47, QUEF_ECOLC ; Q46920, QUEF_ECOLI ; B7N728, QUEF_ECOLU ; -DR B6I6J2, QUEF_ECOSE ; B1LQY7, QUEF_ECOSM ; Q1R7P8, QUEF_ECOUT ; -DR B2KDU6, QUEF_ELUMP ; B2VFX1, QUEF_ERWT9 ; B7LVW9, QUEF_ESCF3 ; -DR B1YFM9, QUEF_EXIS2 ; C4L0V1, QUEF_EXISA ; Q2J7K4, QUEF_FRACC ; -DR Q5L1B7, QUEF_GEOKA ; A4ILP0, QUEF_GEOTN ; B8F3V1, QUEF_GLAP5 ; -DR B7KBA7, QUEF_GLOC7 ; Q7NFD3, QUEF_GLOVI ; Q5FT82, QUEF_GLUOX ; -DR Q0BVG3, QUEF_GRABC ; Q7VL22, QUEF_HAEDU ; Q4QK45, QUEF_HAEI8 ; -DR A5UBU4, QUEF_HAEIE ; A5UF26, QUEF_HAEIG ; P44153, QUEF_HAEIN ; -DR Q2SDT2, QUEF_HAHCH ; Q9KAP6, QUEF_HALH5 ; A1WY83, QUEF_HALHL ; -DR Q17ZN4, QUEF_HELAH ; B6JNQ5, QUEF_HELP2 ; B5Z935, QUEF_HELPG ; -DR Q1CRL6, QUEF_HELPH ; Q9ZJJ9, QUEF_HELPJ ; B2UVF4, QUEF_HELPS ; -DR O25959, QUEF_HELPY ; Q0I3L5, QUEF_HISS1 ; B0UU49, QUEF_HISS2 ; -DR Q31DJ4, QUEF_HYDCU ; Q0C137, QUEF_HYPNA ; Q5QW08, QUEF_IDILO ; -DR B5XV05, QUEF_KLEP3 ; A6TD67, QUEF_KLEP7 ; Q5X7D5, QUEF_LEGPA ; -DR A5IGU1, QUEF_LEGPC ; Q5WYT2, QUEF_LEGPL ; Q04RM8, QUEF_LEPBJ ; -DR Q051Z3, QUEF_LEPBL ; Q72RB6, QUEF_LEPIC ; Q8F4F6, QUEF_LEPIN ; -DR B9EAC6, QUEF_MACCJ ; A0LD64, QUEF_MAGMM ; Q2W992, QUEF_MAGSA ; +DR Q6ARX8, QUEF_DESPS ; A7ZQN7, QUEF_ECO24 ; B7UHL0, QUEF_ECO27 ; +DR B7MLB5, QUEF_ECO45 ; B7LEX4, QUEF_ECO55 ; Q8X6S9, QUEF_ECO57 ; +DR B5Z3F9, QUEF_ECO5E ; B7NVU2, QUEF_ECO7I ; B7MZ90, QUEF_ECO81 ; +DR B7LXL0, QUEF_ECO8A ; C4ZZU9, QUEF_ECOBW ; B1XDK3, QUEF_ECODH ; +DR A8A3S9, QUEF_ECOHS ; A1AEY1, QUEF_ECOK1 ; Q0TE64, QUEF_ECOL5 ; +DR Q8FEF7, QUEF_ECOL6 ; B1IU47, QUEF_ECOLC ; Q46920, QUEF_ECOLI ; +DR B7N728, QUEF_ECOLU ; B6I6J2, QUEF_ECOSE ; B1LQY7, QUEF_ECOSM ; +DR Q1R7P8, QUEF_ECOUT ; B2KDU6, QUEF_ELUMP ; B2VFX1, QUEF_ERWT9 ; +DR B7LVW9, QUEF_ESCF3 ; B1YFM9, QUEF_EXIS2 ; C4L0V1, QUEF_EXISA ; +DR Q2J7K4, QUEF_FRACC ; Q5L1B7, QUEF_GEOKA ; A4ILP0, QUEF_GEOTN ; +DR B8F3V1, QUEF_GLAP5 ; B7KBA7, QUEF_GLOC7 ; Q7NFD3, QUEF_GLOVI ; +DR Q5FT82, QUEF_GLUOX ; Q0BVG3, QUEF_GRABC ; Q7VL22, QUEF_HAEDU ; +DR Q4QK45, QUEF_HAEI8 ; A5UBU4, QUEF_HAEIE ; A5UF26, QUEF_HAEIG ; +DR P44153, QUEF_HAEIN ; Q2SDT2, QUEF_HAHCH ; Q9KAP6, QUEF_HALH5 ; +DR A1WY83, QUEF_HALHL ; Q17ZN4, QUEF_HELAH ; B6JNQ5, QUEF_HELP2 ; +DR B5Z935, QUEF_HELPG ; Q1CRL6, QUEF_HELPH ; Q9ZJJ9, QUEF_HELPJ ; +DR B2UVF4, QUEF_HELPS ; O25959, QUEF_HELPY ; Q0I3L5, QUEF_HISS1 ; +DR B0UU49, QUEF_HISS2 ; Q31DJ4, QUEF_HYDCU ; Q0C137, QUEF_HYPNA ; +DR Q5QW08, QUEF_IDILO ; B5XV05, QUEF_KLEP3 ; A6TD67, QUEF_KLEP7 ; +DR Q5X7D5, QUEF_LEGPA ; A5IGU1, QUEF_LEGPC ; Q5WYT2, QUEF_LEGPL ; +DR Q04RM8, QUEF_LEPBJ ; Q051Z3, QUEF_LEPBL ; Q72RB6, QUEF_LEPIC ; +DR Q8F4F6, QUEF_LEPIN ; B9EAC6, QUEF_MACCJ ; A0LD64, QUEF_MAGMM ; DR Q65TN4, QUEF_MANSM ; Q0AQT4, QUEF_MARMM ; B7KRB3, QUEF_METC4 ; DR Q604U5, QUEF_METCA ; A9W6G8, QUEF_METEP ; Q1H1G9, QUEF_METFK ; DR B1ZEJ7, QUEF_METPB ; B8EJT0, QUEF_METSB ; B0JPS9, QUEF_MICAN ; DR Q5F678, QUEF_NEIG1 ; B4RNP9, QUEF_NEIG2 ; Q9JSR7, QUEF_NEIMA ; DR Q9K161, QUEF_NEIMB ; A1KVW5, QUEF_NEIMF ; Q0AE87, QUEF_NITEC ; DR Q82SM6, QUEF_NITEU ; Q1QMJ0, QUEF_NITHX ; Q2YBC0, QUEF_NITMU ; -DR Q3JAH8, QUEF_NITOC ; A6Q0W4, QUEF_NITSB ; Q3SRK3, QUEF_NITWN ; -DR Q8YXQ0, QUEF_NOSS1 ; Q2G586, QUEF_NOVAD ; Q8EPA3, QUEF_OCEIH ; -DR A1TLC4, QUEF_PARC0 ; A6LIT0, QUEF_PARD8 ; A1B9Q2, QUEF_PARDP ; -DR A7HXX4, QUEF_PARL1 ; Q7U8Z6, QUEF_PARMW ; B2JCU2, QUEF_PARP8 ; +DR Q3JAH8, QUEF_NITOC ; A6Q0W4, QUEF_NITSB ; Q72DG6, QUEF_NITV2 ; +DR A1VF25, QUEF_NITV4 ; Q3SRK3, QUEF_NITWN ; Q8YXQ0, QUEF_NOSS1 ; +DR Q2G586, QUEF_NOVAD ; Q8EPA3, QUEF_OCEIH ; A1TLC4, QUEF_PARC0 ; +DR A6LIT0, QUEF_PARD8 ; A1B9Q2, QUEF_PARDP ; A7HXX4, QUEF_PARL1 ; +DR Q2W992, QUEF_PARM1 ; Q7U8Z6, QUEF_PARMW ; B2JCU2, QUEF_PARP8 ; DR B2SX29, QUEF_PARPJ ; Q145P6, QUEF_PARXL ; Q9CNF6, QUEF_PASMU ; DR Q6D8F4, QUEF_PECAS ; C6DAH4, QUEF_PECCP ; B4SDY9, QUEF_PELPB ; DR Q7N8Q7, QUEF_PHOLL ; Q6LN10, QUEF_PHOPR ; A1VS34, QUEF_POLNA ; @@ -17762,8 +17805,8 @@ DR B8GTL3, QUEF_THISH ; C4L9Z3, QUEF_TOLAT ; Q113I7, QUEF_TRIEI ; DR Q3M4S2, QUEF_TRIV2 ; A1WS75, QUEF_VEREI ; A5CWU3, QUEF_VESOH ; DR B7VIV4, QUEF_VIBA3 ; A7MYB6, QUEF_VIBC1 ; Q9KTK0, QUEF_VIBCH ; DR Q87RS6, QUEF_VIBPA ; Q8DFB8, QUEF_VIBVU ; Q7MN30, QUEF_VIBVY ; -DR Q7MSY1, QUEF_WOLSU ; Q8PFX6, QUEF_XANAC ; Q3BNG9, QUEF_XANC5 ; -DR Q4UPX6, QUEF_XANC8 ; B0RWU6, QUEF_XANCB ; Q8P4C5, QUEF_XANCP ; +DR Q7MSY1, QUEF_WOLSU ; Q8PFX6, QUEF_XANAC ; Q4UPX6, QUEF_XANC8 ; +DR B0RWU6, QUEF_XANCB ; Q8P4C5, QUEF_XANCP ; Q3BNG9, QUEF_XANE5 ; DR Q2NYB8, QUEF_XANOM ; B2SKC6, QUEF_XANOP ; Q5GV34, QUEF_XANOR ; DR B2I6I8, QUEF_XYLF2 ; Q9PAW2, QUEF_XYLFA ; B0U3N1, QUEF_XYLFM ; DR Q87BP7, QUEF_XYLFT ; A1JP94, QUEF_YERE8 ; A7FFG0, QUEF_YERP3 ; @@ -17825,7 +17868,7 @@ DR Q722T9, AZOR1_LISMF; Q8Y9C1, AZOR1_LISMO; Q6F271, AZOR1_MESFL; DR Q6LQR4, AZOR1_PHOPR; Q9I5F3, AZOR1_PSEAE; Q4KJ26, AZOR1_PSEF5; DR Q3KIU3, AZOR1_PSEPF; Q88IY3, AZOR1_PSEPK; Q880L8, AZOR1_PSESM; DR Q2K9C7, AZOR1_RHIEC; Q3M1N6, AZOR1_TRIV2; P58902, AZOR1_XANAC; -DR Q3BUY7, AZOR1_XANC5; Q81RX7, AZOR2_BACAN; Q739Z4, AZOR2_BACC1; +DR Q3BUY7, AZOR1_XANE5; Q81RX7, AZOR2_BACAN; Q739Z4, AZOR2_BACC1; DR Q81E02, AZOR2_BACCR; Q63CP4, AZOR2_BACCZ; Q6HJC2, AZOR2_BACHK; DR Q65EW6, AZOR2_BACLD; O32224, AZOR2_BACSU; Q89K13, AZOR2_BRADU; DR Q399J3, AZOR2_BURL3; Q97DQ1, AZOR2_CLOAB; Q8XM99, AZOR2_CLOPE; @@ -17836,7 +17879,7 @@ DR Q722D2, AZOR2_LISMF; Q8Y8V6, AZOR2_LISMO; Q6F265, AZOR2_MESFL; DR Q6LFW5, AZOR2_PHOPR; Q9I2E2, AZOR2_PSEAE; Q4KGG0, AZOR2_PSEF5; DR Q3KGD1, AZOR2_PSEPF; Q88EC8, AZOR2_PSEPK; Q87UC3, AZOR2_PSESM; DR Q2K196, AZOR2_RHIEC; Q3MEA0, AZOR2_TRIV2; P58903, AZOR2_XANAC; -DR Q3BNP7, AZOR2_XANC5; Q81R20, AZOR3_BACAN; Q738X4, AZOR3_BACC1; +DR Q3BNP7, AZOR2_XANE5; Q81R20, AZOR3_BACAN; Q738X4, AZOR3_BACC1; DR Q814L8, AZOR3_BACCR; Q63BV2, AZOR3_BACCZ; Q6HAM6, AZOR3_BACHK; DR Q394J5, AZOR3_BURL3; Q9K5P5, AZOR3_HALH5; Q9HZ17, AZOR3_PSEAE; DR Q4KF31, AZOR3_PSEF5; Q3KD08, AZOR3_PSEPF; Q81JP2, AZOR4_BACAN; @@ -17860,12 +17903,11 @@ DR A8AGG0, AZOR_CITK8 ; A6LU79, AZOR_CLOB8 ; B2V3P0, AZOR_CLOBA ; DR B2TRR9, AZOR_CLOBB ; Q0TSZ6, AZOR_CLOP1 ; Q0SUV5, AZOR_CLOPS ; DR B5Y659, AZOR_COPPD ; A7MEJ8, AZOR_CROS8 ; Q0KBB2, AZOR_CUPNH ; DR Q47G91, AZOR_DECAR ; A9C3B1, AZOR_DELAS ; Q6ALS1, AZOR_DESPS ; -DR Q728Q5, AZOR_DESVH ; A1VBA6, AZOR_DESVV ; A7ZLK8, AZOR_ECO24 ; -DR Q8X9S9, AZOR_ECO57 ; A7ZZX1, AZOR_ECOHS ; Q0TI03, AZOR_ECOL5 ; -DR Q8FHN0, AZOR_ECOL6 ; B1ISN3, AZOR_ECOLC ; P41407, AZOR_ECOLI ; -DR Q1RC02, AZOR_ECOUT ; Q831B2, AZOR_ENTFA ; Q2N970, AZOR_ERYLH ; -DR C4L0W8, AZOR_EXISA ; Q0RRM3, AZOR_FRAAA ; Q2JFC9, AZOR_FRACC ; -DR B0TWJ9, AZOR_FRAP2 ; A8LAY7, AZOR_FRASN ; Q5KUC3, AZOR_GEOKA ; +DR A7ZLK8, AZOR_ECO24 ; Q8X9S9, AZOR_ECO57 ; A7ZZX1, AZOR_ECOHS ; +DR Q0TI03, AZOR_ECOL5 ; Q8FHN0, AZOR_ECOL6 ; B1ISN3, AZOR_ECOLC ; +DR P41407, AZOR_ECOLI ; Q1RC02, AZOR_ECOUT ; Q831B2, AZOR_ENTFA ; +DR Q2N970, AZOR_ERYLH ; C4L0W8, AZOR_EXISA ; Q0RRM3, AZOR_FRAAA ; +DR Q2JFC9, AZOR_FRACC ; B0TWJ9, AZOR_FRAP2 ; Q5KUC3, AZOR_GEOKA ; DR Q9X4K2, AZOR_GEOSE ; A5GAC6, AZOR_GEOUR ; A9H9I9, AZOR_GLUDA ; DR Q5FSL0, AZOR_GLUOX ; Q0BTA0, AZOR_GRABC ; Q4QK76, AZOR_HAEI8 ; DR A5UBX3, AZOR_HAEIE ; A5UEK0, AZOR_HAEIG ; P43013, AZOR_HAEIN ; @@ -17874,13 +17916,14 @@ DR A6W4I5, AZOR_KINRD ; Q031U1, AZOR_LACLS ; A9KM25, AZOR_LACP7 ; DR C1D6X4, AZOR_LARHH ; Q5ZT75, AZOR_LEGPH ; B1XW54, AZOR_LEPCP ; DR B9E9A2, AZOR_MACCJ ; Q8EWL4, AZOR_MALP2 ; A6VTC3, AZOR_MARMS ; DR Q600K1, AZOR_MESH2 ; Q4A7R7, AZOR_MESH7 ; Q4A9N3, AZOR_MESHJ ; -DR Q6KHU1, AZOR_MESM1 ; B3PM20, AZOR_META1 ; B7KYE7, AZOR_METC4 ; -DR A9W4C5, AZOR_METEP ; B8IER1, AZOR_METNO ; B1ZKG7, AZOR_METPB ; -DR B1M4X4, AZOR_METRJ ; B8EJL7, AZOR_METSB ; Q2ST93, AZOR_MYCCT ; -DR Q7NAW1, AZOR_MYCGA ; P47575, AZOR_MYCGE ; Q6MUK2, AZOR_MYCMS ; +DR B3PM20, AZOR_META1 ; B7KYE7, AZOR_METC4 ; A9W4C5, AZOR_METEP ; +DR B8IER1, AZOR_METNO ; B1ZKG7, AZOR_METPB ; B1M4X4, AZOR_METRJ ; +DR B8EJL7, AZOR_METSB ; Q2ST93, AZOR_MYCCT ; Q7NAW1, AZOR_MYCGA ; +DR P47575, AZOR_MYCGE ; Q6KHU1, AZOR_MYCM1 ; Q6MUK2, AZOR_MYCMS ; DR P75305, AZOR_MYCPN ; Q98QP9, AZOR_MYCPU ; Q4A6W2, AZOR_MYCS5 ; -DR Q5YR63, AZOR_NOCFA ; B2IX28, AZOR_NOSP7 ; Q8YV76, AZOR_NOSS1 ; -DR B1ZNL9, AZOR_OPITP ; B2JHJ1, AZOR_PARP8 ; Q6D5N6, AZOR_PECAS ; +DR Q728Q5, AZOR_NITV2 ; A1VBA6, AZOR_NITV4 ; Q5YR63, AZOR_NOCFA ; +DR B2IX28, AZOR_NOSP7 ; Q8YV76, AZOR_NOSS1 ; B1ZNL9, AZOR_OPITP ; +DR B2JHJ1, AZOR_PARP8 ; A8LAY7, AZOR_PARS2 ; Q6D5N6, AZOR_PECAS ; DR Q4FMI9, AZOR_PELUB ; Q7N511, AZOR_PHOLL ; A1VMH6, AZOR_POLNA ; DR Q48JI0, AZOR_PSE14 ; Q15SU5, AZOR_PSEA6 ; Q4ZS35, AZOR_PSEU2 ; DR A1SUA7, AZOR_PSYIN ; Q8XQG9, AZOR_RALN1 ; Q1MHV8, AZOR_RHIJ3 ; @@ -17957,16 +18000,16 @@ CC and sulfite to sulfide. DR L0DSL2, NIR_THIND ; A8ERP8, NRFA_ALIB4 ; Q5E4J7, NRFA_ALIF1 ; DR B5FEY0, NRFA_ALIFM ; B6EH98, NRFA_ALISL ; Q5LI95, NRFA_BACFN ; DR Q64ZA7, NRFA_BACFR ; Q8A7V7, NRFA_BACTN ; A8AN26, NRFA_CITK8 ; -DR Q6ARF1, NRFA_DESPS ; Q72EF3, NRFA_DESVH ; A7ZUU5, NRFA_ECO24 ; -DR B7UPN8, NRFA_ECO27 ; B7MJT8, NRFA_ECO45 ; B7LB19, NRFA_ECO55 ; -DR P0ABL0, NRFA_ECO57 ; B5Z1D1, NRFA_ECO5E ; B7NSN2, NRFA_ECO7I ; -DR B7N2T7, NRFA_ECO81 ; B7M7Y3, NRFA_ECO8A ; C5A163, NRFA_ECOBW ; -DR B1XCV6, NRFA_ECODH ; A8A7H1, NRFA_ECOHS ; A1AIR1, NRFA_ECOK1 ; -DR Q0T9X8, NRFA_ECOL5 ; Q8CVI1, NRFA_ECOL6 ; B1IUI1, NRFA_ECOLC ; -DR P0ABK9, NRFA_ECOLI ; B7NG13, NRFA_ECOLU ; B6I5T8, NRFA_ECOSE ; -DR B1LPN5, NRFA_ECOSM ; Q1R3J6, NRFA_ECOUT ; C5BES4, NRFA_EDWI9 ; -DR Q7VNX8, NRFA_HAEDU ; Q4QLL8, NRFA_HAEI8 ; P45017, NRFA_HAEIN ; -DR Q06PW6, NRFA_MANHA ; Q65RI4, NRFA_MANSM ; C6BYZ2, NRFA_MARSD ; +DR Q6ARF1, NRFA_DESPS ; A7ZUU5, NRFA_ECO24 ; B7UPN8, NRFA_ECO27 ; +DR B7MJT8, NRFA_ECO45 ; B7LB19, NRFA_ECO55 ; P0ABL0, NRFA_ECO57 ; +DR B5Z1D1, NRFA_ECO5E ; B7NSN2, NRFA_ECO7I ; B7N2T7, NRFA_ECO81 ; +DR B7M7Y3, NRFA_ECO8A ; C5A163, NRFA_ECOBW ; B1XCV6, NRFA_ECODH ; +DR A8A7H1, NRFA_ECOHS ; A1AIR1, NRFA_ECOK1 ; Q0T9X8, NRFA_ECOL5 ; +DR Q8CVI1, NRFA_ECOL6 ; B1IUI1, NRFA_ECOLC ; P0ABK9, NRFA_ECOLI ; +DR B7NG13, NRFA_ECOLU ; B6I5T8, NRFA_ECOSE ; B1LPN5, NRFA_ECOSM ; +DR Q1R3J6, NRFA_ECOUT ; C5BES4, NRFA_EDWI9 ; Q7VNX8, NRFA_HAEDU ; +DR Q4QLL8, NRFA_HAEI8 ; P45017, NRFA_HAEIN ; Q06PW6, NRFA_MANHA ; +DR Q65RI4, NRFA_MANSM ; C6BYZ2, NRFA_MARSD ; Q72EF3, NRFA_NITV2 ; DR A6L890, NRFA_PARD8 ; Q9CPL4, NRFA_PASMU ; Q6D613, NRFA_PECAS ; DR C6DK80, NRFA_PECCP ; Q6LSQ7, NRFA_PHOPR ; Q7MTW1, NRFA_PORGI ; DR B5F2F2, NRFA_SALA4 ; A9MGK5, NRFA_SALAR ; Q57GV0, NRFA_SALCH ; @@ -18228,21 +18271,21 @@ DR A7FX38, HCP_CLOB1 ; C3L261, HCP_CLOB6 ; C1FUX4, HCP_CLOBJ ; DR B1IKK5, HCP_CLOBK ; A7GH10, HCP_CLOBL ; B1KYK8, HCP_CLOBM ; DR A0Q355, HCP_CLONN ; Q8XHA1, HCP_CLOPE ; Q898N5, HCP_CLOTE ; DR B1WRV9, HCP_CROS5 ; Q01770, HCP_DESDA ; B8FWP2, HCP_DESHD ; -DR Q24S27, HCP_DESHY ; A8ZYF3, HCP_DESOH ; P31101, HCP_DESVH ; -DR A7ZJU2, HCP_ECO24 ; B7UMW5, HCP_ECO27 ; B7MHH8, HCP_ECO45 ; -DR B7LD66, HCP_ECO55 ; Q8X6L0, HCP_ECO57 ; B5YSG9, HCP_ECO5E ; -DR B7NPH0, HCP_ECO7I ; B7MQX7, HCP_ECO81 ; B7M801, HCP_ECO8A ; -DR C4ZY45, HCP_ECOBW ; B1X814, HCP_ECODH ; A7ZYH7, HCP_ECOHS ; -DR A1A9B1, HCP_ECOK1 ; Q0TJH6, HCP_ECOL5 ; Q8FJE0, HCP_ECOL6 ; -DR B1IWP9, HCP_ECOLC ; P75825, HCP_ECOLI ; B7NAM4, HCP_ECOLU ; -DR B6I8U4, HCP_ECOSE ; B1LN27, HCP_ECOSM ; Q1RE52, HCP_ECOUT ; -DR C5BEA9, HCP_EDWI9 ; A4W8P1, HCP_ENT38 ; B7LN38, HCP_ESCF3 ; -DR Q8RFL1, HCP_FUSNN ; Q39RS2, HCP_GEOMG ; Q74FD5, HCP_GEOSL ; -DR B7KLG3, HCP_GLOC7 ; B8CZ59, HCP_HALOH ; B5XYB9, HCP_KLEP3 ; -DR C5CIJ2, HCP_KOSOT ; Q1MPA7, HCP_LAWIP ; Q65VW2, HCP_MANSM ; -DR C6C030, HCP_MARSD ; Q0W3X3, HCP_METAR ; Q58175, HCP_METJA ; -DR Q8PS69, HCP_METMA ; O27502, HCP_METTH ; A6USL5, HCP_METVS ; -DR B0JIR2, HCP_MICAN ; Q2RM63, HCP_MOOTA ; B2A0K0, HCP_NATTJ ; +DR Q24S27, HCP_DESHY ; A8ZYF3, HCP_DESOH ; A7ZJU2, HCP_ECO24 ; +DR B7UMW5, HCP_ECO27 ; B7MHH8, HCP_ECO45 ; B7LD66, HCP_ECO55 ; +DR Q8X6L0, HCP_ECO57 ; B5YSG9, HCP_ECO5E ; B7NPH0, HCP_ECO7I ; +DR B7MQX7, HCP_ECO81 ; B7M801, HCP_ECO8A ; C4ZY45, HCP_ECOBW ; +DR B1X814, HCP_ECODH ; A7ZYH7, HCP_ECOHS ; A1A9B1, HCP_ECOK1 ; +DR Q0TJH6, HCP_ECOL5 ; Q8FJE0, HCP_ECOL6 ; B1IWP9, HCP_ECOLC ; +DR P75825, HCP_ECOLI ; B7NAM4, HCP_ECOLU ; B6I8U4, HCP_ECOSE ; +DR B1LN27, HCP_ECOSM ; Q1RE52, HCP_ECOUT ; C5BEA9, HCP_EDWI9 ; +DR A4W8P1, HCP_ENT38 ; B7LN38, HCP_ESCF3 ; Q8RFL1, HCP_FUSNN ; +DR Q39RS2, HCP_GEOMG ; Q74FD5, HCP_GEOSL ; B7KLG3, HCP_GLOC7 ; +DR B8CZ59, HCP_HALOH ; B5XYB9, HCP_KLEP3 ; C5CIJ2, HCP_KOSOT ; +DR Q1MPA7, HCP_LAWIP ; Q65VW2, HCP_MANSM ; C6C030, HCP_MARSD ; +DR Q0W3X3, HCP_METAR ; Q58175, HCP_METJA ; Q8PS69, HCP_METMA ; +DR O27502, HCP_METTH ; A6USL5, HCP_METVS ; B0JIR2, HCP_MICAN ; +DR Q2RM63, HCP_MOOTA ; B2A0K0, HCP_NATTJ ; P31101, HCP_NITV2 ; DR A6LCQ4, HCP_PARD8 ; Q6D3T2, HCP_PECAS ; C6DF39, HCP_PECCP ; DR A9BHK9, HCP_PETMO ; Q8G969, HCP_PHOPO ; Q6LG35, HCP_PHOPR ; DR B2RJM1, HCP_PORG3 ; Q7MVY0, HCP_PORGI ; B4F1C2, HCP_PROMH ; @@ -18301,7 +18344,7 @@ AN sulfite reductase (NADPH). CA 3 H2O + hydrogen sulfide + 3 NADP(+) = 4 H(+) + 3 NADPH + sulfite. CC -!- The enzyme, which catalyzes the six-electron reduction of sulfite to CC sulfide, is involved in sulfate assimilation in bacteria and yeast. -CC -!- Different from EC 1.8.99.5, which is involved in prokaryotic sulfur- +CC -!- Different from EC 1.8.1.22, which is involved in prokaryotic sulfur- CC based energy metabolism. DR B5XV25, CYSI1_KLEP3; C6DCZ7, CYSI1_PECCP; B5Y1B5, CYSI2_KLEP3; DR C6DDH3, CYSI2_PECCP; B7JAM6, CYSI_ACIF2 ; B5EQW2, CYSI_ACIF5 ; @@ -18355,8 +18398,8 @@ DR Q49UL9, CYSI_STAS1 ; P52673, CYSI_THIRO ; C4L9J8, CYSI_TOLAT ; DR B7VI85, CYSI_VIBA3 ; A7MSZ7, CYSI_VIBC1 ; A5F3I5, CYSI_VIBC3 ; DR Q9KUX3, CYSI_VIBCH ; C3LRB7, CYSI_VIBCM ; Q87L91, CYSI_VIBPA ; DR Q8DCK1, CYSI_VIBVU ; Q7MHA6, CYSI_VIBVY ; Q8PHC8, CYSI_XANAC ; -DR Q3BPY4, CYSI_XANC5 ; Q4UY08, CYSI_XANC8 ; B0RPG6, CYSI_XANCB ; -DR Q8P608, CYSI_XANCP ; Q2P0H2, CYSI_XANOM ; B2SI05, CYSI_XANOP ; +DR Q4UY08, CYSI_XANC8 ; B0RPG6, CYSI_XANCB ; Q8P608, CYSI_XANCP ; +DR Q3BPY4, CYSI_XANE5 ; Q2P0H2, CYSI_XANOM ; B2SI05, CYSI_XANOP ; DR Q8KQT8, CYSI_XANOR ; B2IA31, CYSI_XYLF2 ; Q9PD81, CYSI_XYLFA ; DR B0U6W0, CYSI_XYLFM ; Q87DH0, CYSI_XYLFT ; A1JJS3, CYSI_YERE8 ; DR A7FLY9, CYSI_YERP3 ; Q1C3Z1, CYSI_YERPA ; B2K566, CYSI_YERPB ; @@ -18706,6 +18749,28 @@ CC Thiobacillus thioparus E6. CC -!- The methanethiol formed is eventually oxidized to sulfate and carbon CC dioxide, and the latter assimilated for autotrophic growth. // +ID 1.8.1.22 +DE dissimilatory sulfite reductase. +AN siroheme sulfite reductase. +CA [DsrC protein]-trisulfide + 3 H2O + NAD(+) = [DsrC protein]-dithiol + +CA 3 H(+) + NADH + sulfite. +CC -!- Contains siroheme. +CC -!- The enzyme is essential in prokaryotic sulfur-based energy +CC metabolism, including sulfate/sulfite reducing organisms, sulfur- +CC oxidizing bacteria, and organosulfonate reducers. +CC -!- The system comprises the DsrAB reductase and the DsrL protein, which +CC form a tight complex. +CC -!- The reaction involves the small protein DsrC, which is present in all +CC the organisms that contain dissimilatory sulfite reductase. +CC -!- In sulfite reducers the DsrL component transfers two electrons from +CC NADH to the DsrAB component, which then reduces the sulfur in sulfite +CC to an S(II) intermediate that forms (together with two cysteine +CC residues of DsrC) a trisulfide. +CC -!- In sulfur oxidizers the enzyme catalyzes the opposite reaction. +CC -!- Formerly EC 1.8.99.5. +DR O33998, DSRA_ALLVD ; Q59109, DSRA_ARCFU ; Q59110, DSRB_ARCFU ; +DR P94694, DSVB_MEGG1 ; P45575, DSVB_NITV2 ; P45573, DSVC_NITV2 ; +// ID 1.8.2.1 DE sulfite dehydrogenase (cytochrome). AN sulfite dehydrogenase. @@ -18752,7 +18817,7 @@ CA [cytochrome c3] + thiosulfate. CC -!- The enzyme is found in sulfate-reducing bacteria. CC -!- The source of the electrons is molecular hydrogen, via EC 1.12.2.1. CC -!- The organisms utilize the sulfite that is produced for energy -CC generation by EC 1.8.99.5. +CC generation by EC 1.8.1.22. // ID 1.8.2.6 DE S-disulfanyl-L-cysteine oxidoreductase. @@ -18825,7 +18890,7 @@ DR Q8VIF7, SBP1_RAT ; Q569D5, SBP1_XENTR ; ID 1.8.3.5 DE prenylcysteine oxidase. AN prenylcysteine lyase. -CA an S-prenyl-L-cysteine + H2O + O2 = a prenal + H2O2 + L-cysteine. +CA an S-polyprenyl-L-cysteine + H2O + O2 = a polyprenal + H2O2 + L-cysteine. CC -!- Cleaves the thioether bond of S-prenyl-L-cysteines, such as CC S-farnesylcysteine and S-geranylgeranylcysteine. CC -!- N-Acetyl-prenylcysteine and prenylcysteinyl peptides are not @@ -18950,8 +19015,8 @@ DR Q2NVN2, CYSH_SODGM ; Q55309, CYSH_SYNE7 ; Q5N1N0, CYSH_SYNP6 ; DR P72794, CYSH_SYNY3 ; P52672, CYSH_THIRO ; B7VI86, CYSH_VIBA3 ; DR A7MSZ6, CYSH_VIBC1 ; A5F3I6, CYSH_VIBC3 ; Q9KUX2, CYSH_VIBCH ; DR C3LRB8, CYSH_VIBCM ; Q87L92, CYSH_VIBPA ; Q8CWK6, CYSH_VIBVU ; -DR Q7MHA7, CYSH_VIBVY ; Q8PHC7, CYSH_XANAC ; Q3BPY3, CYSH_XANC5 ; -DR Q4UY09, CYSH_XANC8 ; B0RPG5, CYSH_XANCB ; Q8P607, CYSH_XANCP ; +DR Q7MHA7, CYSH_VIBVY ; Q8PHC7, CYSH_XANAC ; Q4UY09, CYSH_XANC8 ; +DR B0RPG5, CYSH_XANCB ; Q8P607, CYSH_XANCP ; Q3BPY3, CYSH_XANE5 ; DR Q2P0H1, CYSH_XANOM ; B2SI06, CYSH_XANOP ; B2IA30, CYSH_XYLF2 ; DR Q9PD82, CYSH_XYLFA ; B0U6V9, CYSH_XYLFM ; Q87DH1, CYSH_XYLFT ; DR A1JJS4, CYSH_YERE8 ; A7FLY8, CYSH_YERP3 ; B2K567, CYSH_YERPB ; @@ -19063,7 +19128,7 @@ DR C0RMK6, MSRA_BRUMB ; Q8YDE7, MSRA_BRUME ; A5VVX1, MSRA_BRUO2 ; DR A9WW77, MSRA_BRUSI ; Q8FUZ0, MSRA_BRUSU ; A8FL58, MSRA_CAMJ8 ; DR A7H4H5, MSRA_CAMJD ; Q9PHN0, MSRA_CAMJE ; A1VYZ7, MSRA_CAMJJ ; DR Q5HVD4, MSRA_CAMJR ; Q7NVL7, MSRA_CHRVO ; A5CQY7, MSRA_CLAM3 ; -DR B0RBB1, MSRA_CLAMS ; Q97MV3, MSRA_CLOAB ; A7FUX9, MSRA_CLOB1 ; +DR B0RBB1, MSRA_CLASE ; Q97MV3, MSRA_CLOAB ; A7FUX9, MSRA_CLOB1 ; DR C3KXI0, MSRA_CLOB6 ; A5I348, MSRA_CLOBH ; C1FPF1, MSRA_CLOBJ ; DR B1IMT7, MSRA_CLOBK ; A7GEN6, MSRA_CLOBL ; B1KU02, MSRA_CLOBM ; DR Q0TM63, MSRA_CLOP1 ; Q8XH97, MSRA_CLOPE ; Q0SPW9, MSRA_CLOPS ; @@ -19078,30 +19143,30 @@ DR C4ZR95, MSRA_ECOBW ; B1XDW8, MSRA_ECODH ; A8A7X5, MSRA_ECOHS ; DR Q0T9G6, MSRA_ECOL5 ; Q8FAG4, MSRA_ECOL6 ; B1ISY2, MSRA_ECOLC ; DR P0A744, MSRA_ECOLI ; B7NGF6, MSRA_ECOLU ; B6I2D2, MSRA_ECOSE ; DR B1LRA3, MSRA_ECOSM ; A4W5V5, MSRA_ENT38 ; B2VHZ5, MSRA_ERWT9 ; -DR B7LMP0, MSRA_ESCF3 ; P54152, MSRA_FRAAN ; A8L177, MSRA_FRASN ; -DR Q39Z11, MSRA_GEOMG ; Q747V4, MSRA_GEOSL ; Q0BPD5, MSRA_GRABC ; -DR Q9KAN8, MSRA_HALH5 ; B0R518, MSRA_HALS3 ; Q9HQG0, MSRA_HALSA ; -DR Q18J40, MSRA_HALWD ; Q7VI69, MSRA_HELHP ; Q9UJ68, MSRA_HUMAN ; -DR B5Y2Y3, MSRA_KLEP3 ; A9KPX7, MSRA_LACP7 ; Q9SEC2, MSRA_LACSA ; -DR Q38XB4, MSRA_LATSS ; Q6AG94, MSRA_LEIXX ; Q04PP8, MSRA_LEPBJ ; -DR Q055M2, MSRA_LEPBL ; Q03W54, MSRA_LEUMM ; Q1WU33, MSRA_LIGS1 ; -DR A5VKT1, MSRA_LIMRD ; Q92AE8, MSRA_LISIN ; C1KWF9, MSRA_LISMC ; -DR Q71YF6, MSRA_LISMF ; B8DDP2, MSRA_LISMH ; Q8Y640, MSRA_LISMO ; -DR A0AJW5, MSRA_LISW6 ; Q2W5W8, MSRA_MAGSA ; Q8EVK2, MSRA_MALP2 ; -DR Q0ATD8, MSRA_MARMM ; B3PND9, MSRA_META1 ; Q8TQV6, MSRA_METAC ; -DR Q12TP4, MSRA_METBU ; Q602T2, MSRA_METCA ; Q2FQ35, MSRA_METHJ ; -DR A4FYX5, MSRA_METM5 ; A9AB97, MSRA_METM6 ; A6VFD6, MSRA_METM7 ; -DR Q8PUD6, MSRA_METMA ; A3CUG3, MSRA_METMJ ; Q6LYY1, MSRA_METMP ; -DR B8IJD1, MSRA_METNO ; B0UCG5, MSRA_METS4 ; O26635, MSRA_METTH ; -DR Q9D6Y7, MSRA_MOUSE ; P0A5L1, MSRA_MYCBO ; A1KEV7, MSRA_MYCBP ; -DR C1AJG2, MSRA_MYCBT ; P47648, MSRA_MYCGE ; A4T413, MSRA_MYCGI ; -DR B8ZTJ5, MSRA_MYCLB ; Q9CCZ3, MSRA_MYCLE ; B2HLR5, MSRA_MYCMM ; -DR Q73U14, MSRA_MYCPA ; P75188, MSRA_MYCPN ; Q98PE5, MSRA_MYCPU ; -DR A3Q7V7, MSRA_MYCSJ ; A1UNG1, MSRA_MYCSK ; Q1B1N8, MSRA_MYCSS ; -DR A5TYL2, MSRA_MYCTA ; P9WJM4, MSRA_MYCTO ; P9WJM5, MSRA_MYCTU ; -DR A0PWH2, MSRA_MYCUA ; A1TH24, MSRA_MYCVP ; Q3IUS0, MSRA_NATPD ; -DR B9LA36, MSRA_NAUPA ; A6Q418, MSRA_NITSB ; Q3SU08, MSRA_NITWN ; -DR Q5YUS0, MSRA_NOCFA ; A1R7D2, MSRA_PAEAT ; Q9CN40, MSRA_PASMU ; +DR B7LMP0, MSRA_ESCF3 ; P54152, MSRA_FRAAN ; Q39Z11, MSRA_GEOMG ; +DR Q747V4, MSRA_GEOSL ; Q0BPD5, MSRA_GRABC ; Q9KAN8, MSRA_HALH5 ; +DR B0R518, MSRA_HALS3 ; Q9HQG0, MSRA_HALSA ; Q18J40, MSRA_HALWD ; +DR Q7VI69, MSRA_HELHP ; Q9UJ68, MSRA_HUMAN ; B5Y2Y3, MSRA_KLEP3 ; +DR A9KPX7, MSRA_LACP7 ; Q9SEC2, MSRA_LACSA ; Q38XB4, MSRA_LATSS ; +DR Q6AG94, MSRA_LEIXX ; Q04PP8, MSRA_LEPBJ ; Q055M2, MSRA_LEPBL ; +DR Q03W54, MSRA_LEUMM ; Q1WU33, MSRA_LIGS1 ; A5VKT1, MSRA_LIMRD ; +DR Q92AE8, MSRA_LISIN ; C1KWF9, MSRA_LISMC ; Q71YF6, MSRA_LISMF ; +DR B8DDP2, MSRA_LISMH ; Q8Y640, MSRA_LISMO ; A0AJW5, MSRA_LISW6 ; +DR Q8EVK2, MSRA_MALP2 ; Q0ATD8, MSRA_MARMM ; B3PND9, MSRA_META1 ; +DR Q8TQV6, MSRA_METAC ; Q12TP4, MSRA_METBU ; Q602T2, MSRA_METCA ; +DR Q2FQ35, MSRA_METHJ ; A4FYX5, MSRA_METM5 ; A9AB97, MSRA_METM6 ; +DR A6VFD6, MSRA_METM7 ; Q8PUD6, MSRA_METMA ; A3CUG3, MSRA_METMJ ; +DR Q6LYY1, MSRA_METMP ; B8IJD1, MSRA_METNO ; B0UCG5, MSRA_METS4 ; +DR O26635, MSRA_METTH ; Q9D6Y7, MSRA_MOUSE ; P0A5L1, MSRA_MYCBO ; +DR A1KEV7, MSRA_MYCBP ; C1AJG2, MSRA_MYCBT ; P47648, MSRA_MYCGE ; +DR A4T413, MSRA_MYCGI ; B8ZTJ5, MSRA_MYCLB ; Q9CCZ3, MSRA_MYCLE ; +DR B2HLR5, MSRA_MYCMM ; Q73U14, MSRA_MYCPA ; P75188, MSRA_MYCPN ; +DR Q98PE5, MSRA_MYCPU ; A3Q7V7, MSRA_MYCSJ ; A1UNG1, MSRA_MYCSK ; +DR Q1B1N8, MSRA_MYCSS ; A5TYL2, MSRA_MYCTA ; P9WJM4, MSRA_MYCTO ; +DR P9WJM5, MSRA_MYCTU ; A0PWH2, MSRA_MYCUA ; A1TH24, MSRA_MYCVP ; +DR Q3IUS0, MSRA_NATPD ; B9LA36, MSRA_NAUPA ; A6Q418, MSRA_NITSB ; +DR Q3SU08, MSRA_NITWN ; Q5YUS0, MSRA_NOCFA ; A1R7D2, MSRA_PAEAT ; +DR Q2W5W8, MSRA_PARM1 ; A8L177, MSRA_PARS2 ; Q9CN40, MSRA_PASMU ; DR Q6D151, MSRA_PECAS ; C6DDM6, MSRA_PECCP ; Q4FP80, MSRA_PELUB ; DR Q7MYW1, MSRA_PHOLL ; Q6LV65, MSRA_PHOPR ; Q6L2S4, MSRA_PICTO ; DR A4SWL6, MSRA_POLAQ ; Q48CJ2, MSRA_PSE14 ; B7V3B1, MSRA_PSEA8 ; @@ -19133,9 +19198,9 @@ DR Q746G0, MSRA_THET2 ; Q53W34, MSRA_THET8 ; Q9AJF7, MSRA_THEVU ; DR Q119G2, MSRA_TRIEI ; B1AIS8, MSRA_UREP2 ; Q9PQK2, MSRA_UREPA ; DR B5ZB99, MSRA_UREU1 ; A5CWI5, MSRA_VESOH ; A5F587, MSRA_VIBC3 ; DR Q9KP30, MSRA_VIBCH ; C3LRL2, MSRA_VIBCM ; Q87SW6, MSRA_VIBPA ; -DR Q8DE84, MSRA_VIBVU ; Q8PNY8, MSRA_XANAC ; Q3BX45, MSRA_XANC5 ; -DR Q4UR77, MSRA_XANC8 ; B0RUE7, MSRA_XANCB ; Q8VS50, MSRA_XANCH ; -DR Q8PCA6, MSRA_XANCP ; Q2NZR7, MSRA_XANOM ; B2SQI9, MSRA_XANOP ; +DR Q8DE84, MSRA_VIBVU ; Q8PNY8, MSRA_XANAC ; Q4UR77, MSRA_XANC8 ; +DR B0RUE7, MSRA_XANCB ; Q8VS50, MSRA_XANCH ; Q8PCA6, MSRA_XANCP ; +DR Q3BX45, MSRA_XANE5 ; Q2NZR7, MSRA_XANOM ; B2SQI9, MSRA_XANOP ; DR B2I4P8, MSRA_XYLF2 ; Q9PC45, MSRA_XYLFA ; B0U2B7, MSRA_XYLFM ; DR Q87D27, MSRA_XYLFT ; P40029, MSRA_YEAST ; A1JIU0, MSRA_YERE8 ; DR A7FMV2, MSRA_YERP3 ; Q1CBX8, MSRA_YERPA ; B2K2M6, MSRA_YERPB ; @@ -19194,24 +19259,24 @@ DR Q2SWN9, MSRB_BURTA ; A4JEZ1, MSRB_BURVG ; P34436, MSRB_CAEEL ; DR Q9A6B1, MSRB_CAUVC ; B8GY23, MSRB_CAUVN ; B3PK10, MSRB_CELJU ; DR Q1QXV3, MSRB_CHRSD ; Q97IU0, MSRB_CLOAB ; Q0TPZ6, MSRB_CLOP1 ; DR Q8XJZ6, MSRB_CLOPE ; Q0SSL4, MSRB_CLOPS ; Q47EU6, MSRB_DECAR ; -DR Q9RUK6, MSRB_DEIRA ; Q72EK2, MSRB_DESVH ; Q8INK9, MSRB_DROME ; -DR A7ZMP8, MSRB_ECO24 ; B7USF8, MSRB_ECO27 ; B7MAY9, MSRB_ECO45 ; -DR B7L6Q3, MSRB_ECO55 ; P0A748, MSRB_ECO57 ; B5YQ71, MSRB_ECO5E ; -DR B7NSZ8, MSRB_ECO7I ; B7MVQ9, MSRB_ECO81 ; B7M1J2, MSRB_ECO8A ; -DR C4ZZD4, MSRB_ECOBW ; B1XGN8, MSRB_ECODH ; A8A0X0, MSRB_ECOHS ; -DR Q0TH50, MSRB_ECOL5 ; P0A747, MSRB_ECOL6 ; B1IPF3, MSRB_ECOLC ; -DR P0A746, MSRB_ECOLI ; B7N5B4, MSRB_ECOLU ; B6IBJ9, MSRB_ECOSE ; -DR B1LDV3, MSRB_ECOSM ; P0DM32, MSRB_ENTFA ; E6ESW1, MSRB_ENTFT ; -DR B2VJ36, MSRB_ERWT9 ; B7LQ21, MSRB_ESCF3 ; Q2SJP9, MSRB_HAHCH ; -DR Q9KCX2, MSRB_HALH5 ; Q9ZNJ9, MSRB_HATHI ; A4G5V5, MSRB_HERAR ; -DR B5XS71, MSRB_KLEP3 ; A6T7R0, MSRB_KLEP7 ; Q9CJ17, MSRB_LACLA ; -DR A2RHS0, MSRB_LACLM ; Q032Q9, MSRB_LACLS ; Q88W33, MSRB_LACPL ; -DR Q6ADJ8, MSRB_LEIXX ; Q72NN2, MSRB_LEPIC ; Q8F7W8, MSRB_LEPIN ; -DR Q1WVT3, MSRB_LIGS1 ; Q92AE9, MSRB_LISIN ; C1KWF8, MSRB_LISMC ; -DR Q71YF7, MSRB_LISMF ; B8DDP3, MSRB_LISMH ; Q8Y641, MSRB_LISMO ; -DR A0AJW4, MSRB_LISW6 ; B1HZH4, MSRB_LYSSC ; Q46EH1, MSRB_METBF ; -DR Q8PWF5, MSRB_METMA ; A2SGN7, MSRB_METPP ; O26807, MSRB_METTH ; -DR P47686, MSRB_MYCGE ; P75129, MSRB_MYCPN ; Q9CMB1, MSRB_PASMU ; +DR Q9RUK6, MSRB_DEIRA ; Q8INK9, MSRB_DROME ; A7ZMP8, MSRB_ECO24 ; +DR B7USF8, MSRB_ECO27 ; B7MAY9, MSRB_ECO45 ; B7L6Q3, MSRB_ECO55 ; +DR P0A748, MSRB_ECO57 ; B5YQ71, MSRB_ECO5E ; B7NSZ8, MSRB_ECO7I ; +DR B7MVQ9, MSRB_ECO81 ; B7M1J2, MSRB_ECO8A ; C4ZZD4, MSRB_ECOBW ; +DR B1XGN8, MSRB_ECODH ; A8A0X0, MSRB_ECOHS ; Q0TH50, MSRB_ECOL5 ; +DR P0A747, MSRB_ECOL6 ; B1IPF3, MSRB_ECOLC ; P0A746, MSRB_ECOLI ; +DR B7N5B4, MSRB_ECOLU ; B6IBJ9, MSRB_ECOSE ; B1LDV3, MSRB_ECOSM ; +DR P0DM32, MSRB_ENTFA ; E6ESW1, MSRB_ENTFT ; B2VJ36, MSRB_ERWT9 ; +DR B7LQ21, MSRB_ESCF3 ; Q2SJP9, MSRB_HAHCH ; Q9KCX2, MSRB_HALH5 ; +DR Q9ZNJ9, MSRB_HATHI ; A4G5V5, MSRB_HERAR ; B5XS71, MSRB_KLEP3 ; +DR A6T7R0, MSRB_KLEP7 ; Q9CJ17, MSRB_LACLA ; A2RHS0, MSRB_LACLM ; +DR Q032Q9, MSRB_LACLS ; Q88W33, MSRB_LACPL ; Q6ADJ8, MSRB_LEIXX ; +DR Q72NN2, MSRB_LEPIC ; Q8F7W8, MSRB_LEPIN ; Q1WVT3, MSRB_LIGS1 ; +DR Q92AE9, MSRB_LISIN ; C1KWF8, MSRB_LISMC ; Q71YF7, MSRB_LISMF ; +DR B8DDP3, MSRB_LISMH ; Q8Y641, MSRB_LISMO ; A0AJW4, MSRB_LISW6 ; +DR B1HZH4, MSRB_LYSSC ; Q46EH1, MSRB_METBF ; Q8PWF5, MSRB_METMA ; +DR A2SGN7, MSRB_METPP ; O26807, MSRB_METTH ; P47686, MSRB_MYCGE ; +DR P75129, MSRB_MYCPN ; Q72EK2, MSRB_NITV2 ; Q9CMB1, MSRB_PASMU ; DR Q6D4P7, MSRB_PECAS ; C6DGV8, MSRB_PECCP ; Q7N400, MSRB_PHOLL ; DR A1VNB7, MSRB_POLNA ; Q12AE4, MSRB_POLSJ ; Q48FR2, MSRB_PSE14 ; DR A6V3R3, MSRB_PSEA7 ; B7UUZ9, MSRB_PSEA8 ; Q02NZ0, MSRB_PSEAB ; @@ -19304,6 +19369,8 @@ CC similar reaction. ID 1.8.5.1 DE glutathione dehydrogenase (ascorbate). CA 2 glutathione + L-dehydroascorbate = glutathione disulfide + L-ascorbate. +DR Q5E9B7, CLIC1_BOVIN; O00299, CLIC1_HUMAN; Q9Z1Q5, CLIC1_MOUSE; +DR Q29238, CLIC1_PIG ; Q95MF9, CLIC1_RABIT; Q6MG61, CLIC1_RAT ; DR Q9FWR4, DHAR1_ARATH; Q65XA0, DHAR1_ORYSJ; Q9FRL8, DHAR2_ARATH; DR Q67UK9, DHAR2_ORYSJ; Q8LE52, DHAR3_ARATH; Q9FG59, DHAR4_ARATH; DR P34345, GSTO1_CAEEL; P78417, GSTO1_HUMAN; O09131, GSTO1_MOUSE; @@ -19345,7 +19412,7 @@ DR Q57366, DSTOR_CERSP; Q52675, DSTOR_RHOCA; ID 1.8.5.4 DE bacterial sulfide:quinone reductase. AN sulfide:quinone reductase. -CA n a quinone + n H(+) + n hydrogen sulfide = n a quinol + n sulfur. +CA n a quinone + n H(+) + n hydrogen sulfide = n a quinol + polysulfur(n-2). CC -!- Ubiquinone, plastoquinone or menaquinone can act as acceptor in CC different species. CC -!- This enzyme catalyzes the formation of sulfur globules. @@ -19418,6 +19485,19 @@ CC -!- The enzyme catalyzes the oxidation of the DsbA protein by generating CC disulfide bonds de novo via the reduction of membrane quinones. cf. CC EC 1.8.4.15. // +ID 1.8.5.10 +DE [DsrC]-trisulfide reductase. +CA [DsrC protein]-dithiol + 2 a quinone + 2 H(+) + hydrogen sulfide = +CA [DsrC protein]-trisulfide + 2 a quinol + H(+). +CC -!- This enzyme complex is present in both sulfate-reducing bacteria and +CC sulfur-oxidizing bacteria, and acts in opposite directions during the +CC reductive and oxidative pathways, respectively. +CC -!- DsrM and DsrP contain b-type hemes, DsrJ contains c-type hemes, DsrO +CC is a ferredoxin-like protein, and DsrK is the catalytic subunit that +CC acts as a disulfide reductase on DsrC proteins that contain a +CC trisulfide bridge. +CC -!- The complex receives the electrons from the membrane quinone pool. +// ID 1.8.6.1 DE Transferred entry: 2.5.1.18. // @@ -19426,9 +19506,12 @@ DE assimilatory sulfite reductase (ferredoxin). AN sulfite reductase (ferredoxin). CA 3 H2O + hydrogen sulfide + 6 oxidized [2Fe-2S]-[ferredoxin] = 7 H(+) + CA 6 reduced [2Fe-2S]-[ferredoxin] + sulfite. +CC -!- An iron protein. CC -!- The enzyme participates in sulfate assimilation. CC -!- While it is usually found in cyanobacteria, plants and algae, it has -CC also been reported in bacteria (cf. EC 1.8.1.2). +CC also been reported in bacteria. +CC -!- Different from EC 1.8.1.22 which is involved in prokaryotic sulfur- +CC based energy metabolism. cf. EC 1.8.1.2. DR Q73YC1, SIR1_MYCPA ; O82802, SIR1_TOBAC ; Q73XV0, SIR2_MYCPA ; DR Q9LZ66, SIR_ARATH ; O23813, SIR_MAIZE ; Q7TYP6, SIR_MYCBO ; DR P9WJ02, SIR_MYCTO ; P9WJ03, SIR_MYCTU ; Q75NZ0, SIR_PEA ; @@ -19607,28 +19690,7 @@ ID 1.8.99.4 DE Transferred entry: 1.8.4.8. // ID 1.8.99.5 -DE dissimilatory sulfite reductase. -AN siroheme sulfite reductase. -CA (1) [DsrC protein]-disulfide + 2 A + 3 H2O + hydrogen sulfide = -CA [DsrC protein]-dithiol + 2 AH2 + H(+) + sulfite. -CA (2) [DsrC protein]-S-sulfanyl-L-cysteine/L-cysteine + 3 A + 3 H2O = -CA [DsrC protein]-disulfide + 3 AH2 + 2 H(+) + sulfite. -CC -!- The enzyme is essential in prokaryotic sulfur-based energy -CC metabolism, including sulfate/sulfite reducing organisms, sulfur- -CC oxidizing bacteria, and organosulfonate reducers. -CC -!- In sulfur reducers it catalyzes the reduction of sulfite to sulfide, -CC while in sulfur oxidizers it catalyzes the opposite reaction. -CC -!- The reaction involves the small protein DsrC, which is present in all -CC the organisms that contain dissimilatory sulfite reductase. -CC -!- During the process an intramolecular disulfide bond is formed between -CC two L-cysteine residues of DsrC. -CC -!- This disulfide can be reduced by a number of proteins including DsrK -CC and TcmB. -CC -!- This enzyme is different from EC 1.8.1.2 and EC 1.8.7.1, which are -CC involved in sulfate assimilation. -CC -!- Formerly EC 1.8.99.3. -DR O33998, DSRA_ALLVD ; Q59109, DSRA_ARCFU ; Q59110, DSRB_ARCFU ; -DR P45575, DSVB_DESVH ; P94694, DSVB_MEGG1 ; P45573, DSVC_DESVH ; +DE Transferred entry: 1.8.1.22. // ID 1.9.3.1 DE Transferred entry: 7.1.1.9. @@ -19664,8 +19726,8 @@ DR C5B7B9, NAPA_EDWI9 ; B7LJU7, NAPA_ESCF3 ; B8F7K2, NAPA_GLAP5 ; DR Q7VPJ7, NAPA_HAEDU ; Q4QNJ6, NAPA_HAEI8 ; A5UAE1, NAPA_HAEIE ; DR Q2SGV7, NAPA_HAHCH ; Q7VJT5, NAPA_HELHP ; Q0I5G9, NAPA_HISS1 ; DR B0URQ3, NAPA_HISS2 ; C1D9G3, NAPA_LARHH ; B1Y6A6, NAPA_LEPCP ; -DR Q93HX3, NAPA_MAGMG ; Q2W3T1, NAPA_MAGSA ; Q65Q72, NAPA_MANSM ; -DR B0UCB6, NAPA_METS4 ; B9L8L4, NAPA_NAUPA ; A6Q604, NAPA_NITSB ; +DR Q65Q72, NAPA_MANSM ; B0UCB6, NAPA_METS4 ; B9L8L4, NAPA_NAUPA ; +DR A6Q604, NAPA_NITSB ; Q2W3T1, NAPA_PARM1 ; Q93HX3, NAPA_PARME ; DR Q56350, NAPA_PARPN ; Q13I15, NAPA_PARXL ; Q9CKL8, NAPA_PASMU ; DR Q6D5Z2, NAPA_PECAS ; C6DK59, NAPA_PECCP ; A6V924, NAPA_PSEA7 ; DR B7UX15, NAPA_PSEA8 ; Q02IZ4, NAPA_PSEAB ; Q9I4G3, NAPA_PSEAE ; @@ -19722,11 +19784,12 @@ CC -!- The enzyme also acts on a variety of substituted catechols. CC -!- It is different from tyrosinase, EC 1.14.18.1, which can catalyze CC both the monooxygenation of monophenols and the oxidation of CC catechols. -DR Q9ZP19, PPO1_IPOBA ; Q9MB14, PPO2_IPOBA ; Q08303, PPOA_SOLLC ; -DR Q08304, PPOB_SOLLC ; Q06355, PPOB_SOLTU ; Q08305, PPOC_SOLLC ; -DR Q08306, PPOD_SOLLC ; Q08307, PPOE_SOLLC ; Q08296, PPOF_SOLLC ; -DR P43309, PPO_MALDO ; O81103, PPO_PRUAR ; P43310, PPO_SPIOL ; -DR Q06215, PPO_VICFA ; P43311, PPO_VITVI ; P85026, PPO_ZINOF ; +DR A0A1Y9G8H0, PERO_ANOAL ; Q9ZP19, PPO1_IPOBA ; Q9MB14, PPO2_IPOBA ; +DR Q08303, PPOA_SOLLC ; Q08304, PPOB_SOLLC ; Q06355, PPOB_SOLTU ; +DR Q08305, PPOC_SOLLC ; Q08306, PPOD_SOLLC ; Q08307, PPOE_SOLLC ; +DR Q08296, PPOF_SOLLC ; P43309, PPO_MALDO ; O81103, PPO_PRUAR ; +DR P43310, PPO_SPIOL ; Q06215, PPO_VICFA ; P43311, PPO_VITVI ; +DR P85026, PPO_ZINOF ; // ID 1.10.3.2 DE laccase. @@ -19888,7 +19951,7 @@ DR P29270, PSBA_TRIAZ ; P49460, PSBA_TRICV ; Q3ZJ60, PSBA_TUPAK ; DR P13910, PSBA_VICFA ; Q33282, PSBA_VIGUN ; Q0ZJ40, PSBA_VITVI ; DR P12463, PSBA_WHEAT ; Q32RM3, PSBA_ZYGCR ; B0C1V6, PSBD1_ACAM1; DR Q5N3Q7, PSBD1_SYNP6; B0C3P0, PSBD2_ACAM1; Q5MZ82, PSBD2_SYNP6; -DR Q4FFP4, PSBD_ACOAM ; Q3V539, PSBD_ACOCL ; Q85FM2, PSBD_ADICA ; +DR Q4FFP4, PSBD_ACOCI ; Q3V539, PSBD_ACOCL ; Q85FM2, PSBD_ADICA ; DR A4QJB0, PSBD_AETCO ; A4QJJ4, PSBD_AETGR ; A1E9Z3, PSBD_AGRST ; DR Q70Y08, PSBD_AMBTC ; A2T330, PSBD_ANGEV ; Q85AC9, PSBD_ANTAG ; DR P69685, PSBD_ANTMA ; A4QK13, PSBD_ARAHI ; P56761, PSBD_ARATH ; @@ -20113,13 +20176,13 @@ DR P00432, CATA_BOVIN ; P0A327, CATA_BRUAB ; P0A326, CATA_BRUME ; DR Q8FWU0, CATA_BRUSU ; Q2I6W4, CATA_CALJA ; Q59296, CATA_CAMJE ; DR O13289, CATA_CANAL ; Q96VB8, CATA_CANBO ; O97492, CATA_CANLF ; DR P07820, CATA_CANTR ; Q9M5L6, CATA_CAPAN ; Q64405, CATA_CAVPO ; -DR Q9PT92, CATA_DANRE ; Q59337, CATA_DEIRA ; Q9ZN99, CATA_DESVM ; -DR O77229, CATA_DICDI ; P17336, CATA_DROME ; P55305, CATA_EMENI ; -DR Q9PWF7, CATA_GLARU ; P44390, CATA_HAEIN ; P45739, CATA_HELAN ; -DR Q9ZKX5, CATA_HELPJ ; P77872, CATA_HELPY ; P04040, CATA_HUMAN ; -DR P07145, CATA_IPOBA ; P30265, CATA_LATSK ; Q926X0, CATA_LISIN ; -DR Q8Y3P9, CATA_LISMO ; P24168, CATA_LISSE ; O93662, CATA_METBF ; -DR P29422, CATA_MICLU ; P24270, CATA_MOUSE ; Q59602, CATA_NEIGO ; +DR Q9PT92, CATA_DANRE ; Q59337, CATA_DEIRA ; O77229, CATA_DICDI ; +DR P17336, CATA_DROME ; P55305, CATA_EMENI ; Q9PWF7, CATA_GLARU ; +DR P44390, CATA_HAEIN ; P45739, CATA_HELAN ; Q9ZKX5, CATA_HELPJ ; +DR P77872, CATA_HELPY ; P04040, CATA_HUMAN ; P07145, CATA_IPOBA ; +DR P30265, CATA_LATSK ; Q926X0, CATA_LISIN ; Q8Y3P9, CATA_LISMO ; +DR P24168, CATA_LISSE ; O93662, CATA_METBF ; P29422, CATA_MICLU ; +DR P24270, CATA_MOUSE ; Q59602, CATA_NEIGO ; Q9ZN99, CATA_NITV9 ; DR Q27710, CATA_ONCVE ; P25890, CATA_PEA ; P11934, CATA_PENJA ; DR P30263, CATA_PICAN ; O62839, CATA_PIG ; Q5RF10, CATA_PONAB ; DR P42321, CATA_PROMI ; O52762, CATA_PSEAE ; Q59714, CATA_PSEPU ; @@ -20249,35 +20312,36 @@ CA 2 glutathione + H2O2 = glutathione disulfide + 2 H2O. CC -!- Steroid and lipid hydroperoxides, but not the product of reaction of CC EC 1.13.11.12 on phospholipids, can act as acceptor, but more slowly CC than H2O2 (cf. EC 1.11.1.12). -DR P06610, BTUE_ECOLI ; P25373, GLRX1_YEAST; P17695, GLRX2_YEAST; -DR Q9CFV1, GPO_LACLA ; O32770, GPO_LACLM ; O08368, GPWA_PSEWI ; -DR P00435, GPX1_BOVIN ; O02621, GPX1_CAEEL ; Q0EF99, GPX1_CALJA ; -DR P83564, GPX1_CHLRE ; O23970, GPX1_HELAN ; P07203, GPX1_HUMAN ; -DR Q4AEI2, GPX1_HYLLA ; Q865R2, GPX1_MACFU ; P11352, GPX1_MOUSE ; -DR Q0EFA0, GPX1_PANTR ; Q8MJ14, GPX1_PIG ; Q4AEI3, GPX1_PONPY ; -DR P11909, GPX1_RABIT ; P04041, GPX1_RAT ; Q4AEI1, GPX1_SAPAP ; -DR Q00277, GPX1_SCHMA ; P36014, GPX1_YEAST ; O04922, GPX2_ARATH ; -DR O62327, GPX2_CAEEL ; Q0EF98, GPX2_CALJA ; P18283, GPX2_HUMAN ; -DR Q4AEH9, GPX2_HYLLA ; Q4AEH8, GPX2_MACFU ; Q9JHC0, GPX2_MOUSE ; -DR Q4AEI0, GPX2_PONPY ; P83645, GPX2_RAT ; Q4AEH7, GPX2_SAPAP ; -DR O22850, GPX3_ARATH ; P37141, GPX3_BOVIN ; Q95003, GPX3_CAEEL ; -DR P22352, GPX3_HUMAN ; Q4AEH5, GPX3_HYLLA ; Q4AEH4, GPX3_MACFU ; -DR P46412, GPX3_MOUSE ; Q5RFG3, GPX3_PONPY ; P23764, GPX3_RAT ; -DR Q4AEH3, GPX3_SAPAP ; Q8L910, GPX4_ARATH ; Q9N2J2, GPX4_BOVIN ; -DR Q32QL6, GPX4_CALJA ; P36969, GPX4_HUMAN ; Q4AEH1, GPX4_HYLLA ; -DR Q4AEH0, GPX4_MACFU ; O70325, GPX4_MOUSE ; P36968, GPX4_PIG ; -DR P81087, GPX4_PINPS ; Q4AEH2, GPX4_PONPY ; P36970, GPX4_RAT ; -DR Q9LYB4, GPX5_ARATH ; O46607, GPX5_CANLF ; O22448, GPX5_CHLRE ; -DR O75715, GPX5_HUMAN ; P28714, GPX5_MACFA ; P21765, GPX5_MOUSE ; -DR O18994, GPX5_PIG ; P30710, GPX5_RAT ; P59796, GPX6_HUMAN ; -DR Q91WR8, GPX6_MOUSE ; Q64625, GPX6_RAT ; Q9SZ54, GPX7_ARATH ; -DR A6QLY2, GPX7_BOVIN ; Q96SL4, GPX7_HUMAN ; Q99LJ6, GPX7_MOUSE ; -DR Q6IRC8, GPX8A_XENLA; Q5U583, GPX8B_XENLA; Q8LBU2, GPX8_ARATH ; -DR Q2NL01, GPX8_BOVIN ; Q7ZV14, GPX8_DANRE ; Q8TED1, GPX8_HUMAN ; -DR Q9D7B7, GPX8_MOUSE ; Q4RSM6, GPX8_TETNG ; P67877, GPXC_BRUMA ; -DR P67878, GPXC_BRUPA ; P52033, GPXC_DIRIM ; P35666, GPXC_WUCBA ; -DR C0HLL8, GPX_LACPN ; Q98234, GPX_MCV1 ; G9JJU2, GPX_PROCL ; -DR P23202, URE2_YEAST ; +DR P06610, BTUE_ECOLI ; P00450, CERU_HUMAN ; Q61147, CERU_MOUSE ; +DR P13635, CERU_RAT ; Q9XT27, CERU_SHEEP ; P25373, GLRX1_YEAST; +DR P17695, GLRX2_YEAST; Q9CFV1, GPO_LACLA ; O32770, GPO_LACLM ; +DR O08368, GPWA_PSEWI ; P00435, GPX1_BOVIN ; O02621, GPX1_CAEEL ; +DR Q0EF99, GPX1_CALJA ; P83564, GPX1_CHLRE ; O23970, GPX1_HELAN ; +DR P07203, GPX1_HUMAN ; Q4AEI2, GPX1_HYLLA ; Q865R2, GPX1_MACFU ; +DR P11352, GPX1_MOUSE ; Q0EFA0, GPX1_PANTR ; Q8MJ14, GPX1_PIG ; +DR Q4AEI3, GPX1_PONPY ; P11909, GPX1_RABIT ; P04041, GPX1_RAT ; +DR Q4AEI1, GPX1_SAPAP ; Q00277, GPX1_SCHMA ; P36014, GPX1_YEAST ; +DR O04922, GPX2_ARATH ; O62327, GPX2_CAEEL ; Q0EF98, GPX2_CALJA ; +DR P18283, GPX2_HUMAN ; Q4AEH9, GPX2_HYLLA ; Q4AEH8, GPX2_MACFU ; +DR Q9JHC0, GPX2_MOUSE ; Q4AEI0, GPX2_PONPY ; P83645, GPX2_RAT ; +DR Q4AEH7, GPX2_SAPAP ; O22850, GPX3_ARATH ; P37141, GPX3_BOVIN ; +DR Q95003, GPX3_CAEEL ; P22352, GPX3_HUMAN ; Q4AEH5, GPX3_HYLLA ; +DR Q4AEH4, GPX3_MACFU ; P46412, GPX3_MOUSE ; Q5RFG3, GPX3_PONPY ; +DR P23764, GPX3_RAT ; Q4AEH3, GPX3_SAPAP ; Q8L910, GPX4_ARATH ; +DR Q9N2J2, GPX4_BOVIN ; Q32QL6, GPX4_CALJA ; P36969, GPX4_HUMAN ; +DR Q4AEH1, GPX4_HYLLA ; Q4AEH0, GPX4_MACFU ; O70325, GPX4_MOUSE ; +DR P36968, GPX4_PIG ; P81087, GPX4_PINPS ; Q4AEH2, GPX4_PONPY ; +DR P36970, GPX4_RAT ; Q9LYB4, GPX5_ARATH ; O46607, GPX5_CANLF ; +DR O22448, GPX5_CHLRE ; O75715, GPX5_HUMAN ; P28714, GPX5_MACFA ; +DR P21765, GPX5_MOUSE ; O18994, GPX5_PIG ; P30710, GPX5_RAT ; +DR P59796, GPX6_HUMAN ; Q91WR8, GPX6_MOUSE ; Q64625, GPX6_RAT ; +DR Q9SZ54, GPX7_ARATH ; A6QLY2, GPX7_BOVIN ; Q96SL4, GPX7_HUMAN ; +DR Q99LJ6, GPX7_MOUSE ; Q6IRC8, GPX8A_XENLA; Q5U583, GPX8B_XENLA; +DR Q8LBU2, GPX8_ARATH ; Q2NL01, GPX8_BOVIN ; Q7ZV14, GPX8_DANRE ; +DR Q8TED1, GPX8_HUMAN ; Q9D7B7, GPX8_MOUSE ; Q4RSM6, GPX8_TETNG ; +DR P67877, GPXC_BRUMA ; P67878, GPXC_BRUPA ; P52033, GPXC_DIRIM ; +DR P35666, GPXC_WUCBA ; C0HLL8, GPX_LACPN ; Q98234, GPX_MCV1 ; +DR G9JJU2, GPX_PROCL ; P23202, URE2_YEAST ; // ID 1.11.1.10 DE chloride peroxidase. @@ -20555,31 +20619,31 @@ DR B1IVD5, KATG_ECOLC ; P13029, KATG_ECOLI ; P0C8F0, KATG_ECOLX ; DR B1LNQ3, KATG_ECOSM ; Q1R3X0, KATG_ECOUT ; Q4G4B1, KATG_EDWTA ; DR Q96VT4, KATG_EMENI ; A4WG57, KATG_ENT38 ; B2VFG0, KATG_ERWT9 ; DR Q2N806, KATG_ERYLH ; A5FD11, KATG_FLAJ1 ; A6H0C4, KATG_FLAPJ ; -DR Q2JBP8, KATG_FRACC ; B0TYQ6, KATG_FRAP2 ; A8LBC6, KATG_FRASN ; -DR Q14IA9, KATG_FRAT1 ; A7NDL0, KATG_FRATF ; Q2A298, KATG_FRATH ; -DR B2SDI5, KATG_FRATM ; A0Q5L1, KATG_FRATN ; Q0BKW5, KATG_FRATO ; -DR Q5NGV7, KATG_FRATT ; A4IZ86, KATG_FRATW ; Q5KZ91, KATG_GEOKA ; -DR P14412, KATG_GEOSE ; Q74BE1, KATG_GEOSL ; C6DYB7, KATG_GEOSM ; -DR A4INM5, KATG_GEOTN ; Q7NGW6, KATG_GLOVI ; Q0BRH7, KATG_GRABC ; -DR Q2SHA6, KATG_HAHCH ; Q9KEE6, KATG_HALH5 ; A1WUH1, KATG_HALHL ; -DR B0R9V8, KATG_HALS3 ; O73955, KATG_HALSA ; A2RPW9, KATG_HERSE ; -DR D8INT8, KATG_HERSS ; Q0C0D1, KATG_HYPNA ; A6SY97, KATG_JANMA ; -DR Q28S09, KATG_JANSC ; A6T9H9, KATG_KLEP7 ; Q1IRZ2, KATG_KORVE ; -DR B0SD19, KATG_LEPBA ; B0SLJ6, KATG_LEPBP ; B1Y7V8, KATG_LEPCP ; -DR Q0AL71, KATG_MARMM ; A6VVN4, KATG_MARMS ; A1TZH9, KATG_MARN8 ; -DR C6C1T6, KATG_MARSD ; Q8TS34, KATG_METAC ; A7I6W6, KATG_METB6 ; -DR Q2FSF4, KATG_METHJ ; B3E099, KATG_METI4 ; A2SMA4, KATG_METPP ; -DR B1M869, KATG_METRJ ; A0QGA4, KATG_MYCA1 ; B1MBD0, KATG_MYCA9 ; -DR P46817, KATG_MYCBO ; A1KJX3, KATG_MYCBP ; C1API8, KATG_MYCBT ; -DR A4TA35, KATG_MYCGI ; Q04657, KATG_MYCIT ; B2HE73, KATG_MYCMM ; -DR Q73ZD5, KATG_MYCPA ; A3Q016, KATG_MYCSJ ; A1UGG4, KATG_MYCSK ; -DR P0C580, KATG_MYCSM ; Q1B8J4, KATG_MYCSS ; A5U3S7, KATG_MYCTA ; -DR H8F3Q9, KATG_MYCTE ; P9WIE4, KATG_MYCTO ; P9WIE5, KATG_MYCTU ; -DR A0PQH6, KATG_MYCUA ; Q9R2E9, KATG_MYCVN ; Q3IQZ9, KATG_NATPD ; -DR A1DAL6, KATG_NEOFI ; Q8X182, KATG_NEUCR ; Q1QS58, KATG_NITHX ; -DR Q3SWP3, KATG_NITWN ; Q5YVJ4, KATG_NOCFA ; A1SF13, KATG_NOCSJ ; -DR Q2G479, KATG_NOVAD ; A1TRV8, KATG_PARC0 ; A1B4Z0, KATG_PARDP ; -DR A7HT94, KATG_PARL1 ; B2T4H0, KATG_PARPJ ; Q13US7, KATG_PARXL ; +DR Q2JBP8, KATG_FRACC ; B0TYQ6, KATG_FRAP2 ; Q14IA9, KATG_FRAT1 ; +DR A7NDL0, KATG_FRATF ; Q2A298, KATG_FRATH ; B2SDI5, KATG_FRATM ; +DR A0Q5L1, KATG_FRATN ; Q0BKW5, KATG_FRATO ; Q5NGV7, KATG_FRATT ; +DR A4IZ86, KATG_FRATW ; Q5KZ91, KATG_GEOKA ; P14412, KATG_GEOSE ; +DR Q74BE1, KATG_GEOSL ; C6DYB7, KATG_GEOSM ; A4INM5, KATG_GEOTN ; +DR Q7NGW6, KATG_GLOVI ; Q0BRH7, KATG_GRABC ; Q2SHA6, KATG_HAHCH ; +DR Q9KEE6, KATG_HALH5 ; A1WUH1, KATG_HALHL ; B0R9V8, KATG_HALS3 ; +DR O73955, KATG_HALSA ; A2RPW9, KATG_HERSE ; D8INT8, KATG_HERSS ; +DR Q0C0D1, KATG_HYPNA ; A6SY97, KATG_JANMA ; Q28S09, KATG_JANSC ; +DR A6T9H9, KATG_KLEP7 ; Q1IRZ2, KATG_KORVE ; B0SD19, KATG_LEPBA ; +DR B0SLJ6, KATG_LEPBP ; B1Y7V8, KATG_LEPCP ; Q0AL71, KATG_MARMM ; +DR A6VVN4, KATG_MARMS ; A1TZH9, KATG_MARN8 ; C6C1T6, KATG_MARSD ; +DR Q8TS34, KATG_METAC ; A7I6W6, KATG_METB6 ; Q2FSF4, KATG_METHJ ; +DR B3E099, KATG_METI4 ; A2SMA4, KATG_METPP ; B1M869, KATG_METRJ ; +DR A0QGA4, KATG_MYCA1 ; B1MBD0, KATG_MYCA9 ; P46817, KATG_MYCBO ; +DR A1KJX3, KATG_MYCBP ; C1API8, KATG_MYCBT ; A4TA35, KATG_MYCGI ; +DR Q04657, KATG_MYCIT ; B2HE73, KATG_MYCMM ; Q73ZD5, KATG_MYCPA ; +DR A3Q016, KATG_MYCSJ ; A1UGG4, KATG_MYCSK ; P0C580, KATG_MYCSM ; +DR Q1B8J4, KATG_MYCSS ; A5U3S7, KATG_MYCTA ; H8F3Q9, KATG_MYCTE ; +DR P9WIE4, KATG_MYCTO ; P9WIE5, KATG_MYCTU ; A0PQH6, KATG_MYCUA ; +DR Q9R2E9, KATG_MYCVN ; Q3IQZ9, KATG_NATPD ; A1DAL6, KATG_NEOFI ; +DR Q8X182, KATG_NEUCR ; Q1QS58, KATG_NITHX ; Q3SWP3, KATG_NITWN ; +DR Q5YVJ4, KATG_NOCFA ; A1SF13, KATG_NOCSJ ; Q2G479, KATG_NOVAD ; +DR A1TRV8, KATG_PARC0 ; A1B4Z0, KATG_PARDP ; A7HT94, KATG_PARL1 ; +DR B2T4H0, KATG_PARPJ ; A8LBC6, KATG_PARS2 ; Q13US7, KATG_PARXL ; DR Q6D5X9, KATG_PECAS ; C6DK50, KATG_PECCP ; B4SAT7, KATG_PELPB ; DR A1ANT3, KATG_PELPD ; C0QQ02, KATG_PERMH ; Q0U324, KATG_PHANO ; DR B4R8U3, KATG_PHEZH ; B1XK45, KATG_PICP2 ; B2ASU5, KATG_PODAN ; @@ -20616,8 +20680,8 @@ DR Q3AN75, KATG_SYNSC ; P73911, KATG_SYNY3 ; Q8NJN2, KATG_TALMA ; DR B8GPM6, KATG_THISH ; B3EBB7, KATG_TRIL1 ; Q4P914, KATG_USTMA ; DR A7MZ01, KATG_VIBC1 ; A5F7X7, KATG_VIBC3 ; Q9KRS6, KATG_VIBCH ; DR C3LMN9, KATG_VIBCM ; Q8D951, KATG_VIBVU ; Q7MLC1, KATG_VIBVY ; -DR Q8PMX4, KATG_XANAC ; Q3BVY2, KATG_XANC5 ; Q4US88, KATG_XANC8 ; -DR B0RXD3, KATG_XANCB ; Q8PBB7, KATG_XANCP ; B2I5Z2, KATG_XYLF2 ; +DR Q8PMX4, KATG_XANAC ; Q4US88, KATG_XANC8 ; B0RXD3, KATG_XANCB ; +DR Q8PBB7, KATG_XANCP ; Q3BVY2, KATG_XANE5 ; B2I5Z2, KATG_XYLF2 ; DR Q9PBB2, KATG_XYLFA ; B0U3C6, KATG_XYLFM ; Q87C18, KATG_XYLFT ; DR A7FLT3, KATG_YERP3 ; Q1C435, KATG_YERPA ; B2K5B9, KATG_YERPB ; DR Q9X6B0, KATG_YERPE ; A9R0X4, KATG_YERPG ; Q1CLM4, KATG_YERPN ; @@ -20875,11 +20939,12 @@ CC -!- Subsequent dissociation of the heterodimer yields glutathionylated CC peroxiredoxin, which is restored to the active form via spontaneous CC reduction by a second glutathione molecule. CC -!- Formerly EC 1.11.1.15. -DR O77834, PRDX6_BOVIN; Q5ZJF4, PRDX6_CHICK; P30041, PRDX6_HUMAN; -DR Q2PFL9, PRDX6_MACFA; P86215, PRDX6_MESAU; O08709, PRDX6_MOUSE; -DR Q9TSX9, PRDX6_PIG ; Q5R7E0, PRDX6_PONAB; O35244, PRDX6_RAT ; -DR P34227, PRX1_YEAST ; P44758, PRX5_HAEIN ; O69777, PRX5_RHIET ; -DR Q53212, PRX5_SINFN ; P73728, PRX5_SYNY3 ; +DR P00450, CERU_HUMAN ; Q61147, CERU_MOUSE ; P13635, CERU_RAT ; +DR Q9XT27, CERU_SHEEP ; O77834, PRDX6_BOVIN; Q5ZJF4, PRDX6_CHICK; +DR P30041, PRDX6_HUMAN; Q2PFL9, PRDX6_MACFA; P86215, PRDX6_MESAU; +DR O08709, PRDX6_MOUSE; Q9TSX9, PRDX6_PIG ; Q5R7E0, PRDX6_PONAB; +DR O35244, PRDX6_RAT ; P34227, PRX1_YEAST ; P44758, PRX5_HAEIN ; +DR O69777, PRX5_RHIET ; Q53212, PRX5_SINFN ; P73728, PRX5_SYNY3 ; // ID 1.11.1.28 DE lipoyl-dependent peroxiredoxin. @@ -20932,14 +20997,14 @@ DR Q8YCF2, AHPD_BRUME ; A9WZ04, AHPD_BRUSI ; Q8FVW4, AHPD_BRUSU ; DR Q9A268, AHPD_CAUVC ; B8GVX4, AHPD_CAUVN ; C3PGV9, AHPD_CORA7 ; DR Q6NGT4, AHPD_CORDI ; C4LJ26, AHPD_CORK4 ; B6IZ19, AHPD_COXB2 ; DR A9KBI4, AHPD_COXBN ; A9N917, AHPD_COXBR ; Q83BM5, AHPD_COXBU ; -DR Q0RH96, AHPD_FRAAA ; A8L1J2, AHPD_FRASN ; A9H8D2, AHPD_GLUDA ; -DR Q0BUC5, AHPD_GRABC ; Q0BXT2, AHPD_HYPNA ; Q1IJ49, AHPD_KORVE ; -DR Q0AKM4, AHPD_MARMM ; B0UAJ8, AHPD_METS4 ; B8EJZ2, AHPD_METSB ; -DR A0QGI9, AHPD_MYCA1 ; B1MJX0, AHPD_MYCA9 ; P0A5N5, AHPD_MYCBO ; -DR A1KLC4, AHPD_MYCBP ; C1AQZ5, AHPD_MYCBT ; B2HD59, AHPD_MYCMM ; -DR Q73ZL4, AHPD_MYCPA ; Q50441, AHPD_MYCS2 ; A5U5C5, AHPD_MYCTA ; -DR P9WQB4, AHPD_MYCTO ; P9WQB5, AHPD_MYCTU ; A0PSD4, AHPD_MYCUA ; -DR Q5YT53, AHPD_NOCFA ; A5VCB6, AHPD_RHIWR ; B6IQZ3, AHPD_RHOCS ; +DR Q0RH96, AHPD_FRAAA ; A9H8D2, AHPD_GLUDA ; Q0BUC5, AHPD_GRABC ; +DR Q0BXT2, AHPD_HYPNA ; Q1IJ49, AHPD_KORVE ; Q0AKM4, AHPD_MARMM ; +DR B0UAJ8, AHPD_METS4 ; B8EJZ2, AHPD_METSB ; A0QGI9, AHPD_MYCA1 ; +DR B1MJX0, AHPD_MYCA9 ; P0A5N5, AHPD_MYCBO ; A1KLC4, AHPD_MYCBP ; +DR C1AQZ5, AHPD_MYCBT ; B2HD59, AHPD_MYCMM ; Q73ZL4, AHPD_MYCPA ; +DR Q50441, AHPD_MYCS2 ; A5U5C5, AHPD_MYCTA ; P9WQB4, AHPD_MYCTO ; +DR P9WQB5, AHPD_MYCTU ; A0PSD4, AHPD_MYCUA ; Q5YT53, AHPD_NOCFA ; +DR A8L1J2, AHPD_PARS2 ; A5VCB6, AHPD_RHIWR ; B6IQZ3, AHPD_RHOCS ; DR C0ZYQ9, AHPD_RHOE4 ; Q07I00, AHPD_RHOP5 ; Q20Y19, AHPD_RHOPB ; DR Q02BZ5, AHPD_SOLUE ; Q82IC5, AHPD_STRAW ; Q7AKI6, AHPD_STRCO ; DR B1W2G7, AHPD_STRGG ; Q9X5V1, AHPD_STRVD ; @@ -21148,10 +21213,10 @@ CA 2 Fe(III)-[cytochrome c3] + H2 = 2 Fe(II)-[cytochrome c3] + 2 H(+). CC -!- Some forms of the enzyme contain nickel ([NiFe]-hydrogenases) and, CC of these, some contain selenocysteine ([NiFeSe]-hydrogenases). CC -!- Methylene blue and other acceptors can also be reduced. -DR P80509, HC3L_ACIFR ; P80510, HC3S_ACIFR ; P21852, PHNL_DESVM ; -DR P12944, PHNL_MEGGA ; P18188, PHNL_SOLFR ; Q06173, PHNS1_DESVH; -DR P61429, PHNS2_DESVH; P13061, PHNS_DESDA ; P13062, PHNS_DESMU ; -DR P21853, PHNS_DESVM ; P12943, PHNS_MEGGA ; P18187, PHNS_SOLFR ; +DR P80509, HC3L_ACIFR ; P80510, HC3S_ACIFR ; P12944, PHNL_MEGGA ; +DR P21852, PHNL_NITV9 ; P18188, PHNL_SOLFR ; Q06173, PHNS1_NITV2; +DR P61429, PHNS2_NITV2; P13061, PHNS_DESDA ; P13062, PHNS_DESMU ; +DR P12943, PHNS_MEGGA ; P21853, PHNS_NITV9 ; P18187, PHNS_SOLFR ; // ID 1.12.5.1 DE hydrogen:quinone oxidoreductase. @@ -21188,8 +21253,8 @@ CC substances. CC -!- Formerly EC 1.12.1.1, EC 1.12.7.1, EC 1.18.3.1, EC 1.18.99.1 and CC EC 1.98.1.1. DR Q8U0Z8, MBHJ_PYRFU ; Q8U0Z6, MBHLA_PYRFU; Q8U0Z7, MBHLB_PYRFU; -DR P29166, PHF1_CLOPA ; P13629, PHFL_CUPO1 ; P07598, PHFL_DESVH ; -DR P13628, PHFS_CUPO1 ; P07603, PHFS_DESVH ; +DR P29166, PHF1_CLOPA ; P13629, PHFL_NITO1 ; P07598, PHFL_NITV2 ; +DR P13628, PHFS_NITO1 ; P07603, PHFS_NITV2 ; // ID 1.12.98.1 DE coenzyme F420 hydrogenase. @@ -21409,7 +21474,7 @@ DR B9JHZ9, HGD_RHIR8 ; Q2J1P2, HGD_RHOP2 ; Q07T66, HGD_RHOP5 ; DR Q6N0T9, HGD_RHOPA ; Q21AX5, HGD_RHOPB ; Q13CD3, HGD_RHOPS ; DR B3QB98, HGD_RHOPT ; C3M930, HGD_SINFN ; A6UDD3, HGD_SINMW ; DR Q828S5, HGD_STRAW ; Q9S2B5, HGD_STRCO ; Q8PQ74, HGD_XANAC ; -DR Q3BYE8, HGD_XANC5 ; Q4UZI9, HGD_XANC8 ; Q8PDA2, HGD_XANCP ; +DR Q4UZI9, HGD_XANC8 ; Q8PDA2, HGD_XANCP ; Q3BYE8, HGD_XANE5 ; DR Q2NYM7, HGD_XANOM ; B2SM18, HGD_XANOP ; Q5GVE9, HGD_XANOR ; DR Q4WHT9, HMGA_ASPFU ; // @@ -21438,8 +21503,8 @@ DR A7RIT9, 3HAO_NEMVE ; A1DB76, 3HAO_NEOFI ; Q7SDX3, 3HAO_NEUCR ; DR B2T2S5, 3HAO_PARPJ ; A5DLW3, 3HAO_PICGU ; A3LP72, 3HAO_PICST ; DR B2AAJ5, 3HAO_PODAN ; Q83V26, 3HAO_PSEFL ; A4REV8, 3HAO_PYRO7 ; DR P46953, 3HAO_RAT ; Q5LSJ4, 3HAO_RUEPO ; B1KJM7, 3HAO_SHEWM ; -DR Q4P2Q7, 3HAO_USTMA ; Q8PM31, 3HAO_XANAC ; Q3BV37, 3HAO_XANC5 ; -DR Q4UT95, 3HAO_XANC8 ; B0RUZ7, 3HAO_XANCB ; Q8PAD0, 3HAO_XANCP ; +DR Q4P2Q7, 3HAO_USTMA ; Q8PM31, 3HAO_XANAC ; Q4UT95, 3HAO_XANC8 ; +DR B0RUZ7, 3HAO_XANCB ; Q8PAD0, 3HAO_XANCP ; Q3BV37, 3HAO_XANE5 ; DR Q2P320, 3HAO_XANOM ; Q5H043, 3HAO_XANOR ; Q6P7I0, 3HAO_XENLA ; DR Q6DIZ0, 3HAO_XENTR ; Q6CFX1, 3HAO_YARLI ; P47096, 3HAO_YEAST ; // @@ -21517,8 +21582,8 @@ DR B2U7J7, T23O_RALPJ ; P21643, T23O_RAT ; Q0SFS2, T23O_RHOJR ; DR Q5LKH2, T23O_RUEPO ; Q1GEF8, T23O_RUEST ; A4FH01, T23O_SACEN ; DR A8GG83, T23O_SERP5 ; B1KJM2, T23O_SHEWM ; A9FU01, T23O_SORC5 ; DR B2FKN7, T23O_STRMK ; Q95NN1, T23O_TRICA ; Q8PQ80, T23O_XANAC ; -DR Q3BYF4, T23O_XANC5 ; Q4UZJ5, T23O_XANC8 ; B0RMW5, T23O_XANCB ; -DR Q8PDA8, T23O_XANCP ; Q2NYM2, T23O_XANOM ; B2SM13, T23O_XANOP ; +DR Q4UZJ5, T23O_XANC8 ; B0RMW5, T23O_XANCB ; Q8PDA8, T23O_XANCP ; +DR Q3BYF4, T23O_XANE5 ; Q2NYM2, T23O_XANOM ; B2SM13, T23O_XANOP ; DR Q5GVE4, T23O_XANOR ; Q5U4U6, T23O_XENLA ; Q5EBG2, T23O_XENTR ; // ID 1.13.11.12 @@ -22021,8 +22086,8 @@ DR A4VM82, MTND_STUS1 ; B2VAA3, MTND_SULSY ; Q31QM9, MTND_SYNE7 ; DR Q5N3L4, MTND_SYNP6 ; A5GJ71, MTND_SYNPW ; A5GR53, MTND_SYNR3 ; DR Q0ICL5, MTND_SYNS3 ; Q3AZ58, MTND_SYNS9 ; Q3AI20, MTND_SYNSC ; DR Q111G3, MTND_TRIEI ; Q3M546, MTND_TRIV2 ; D5GE59, MTND_TUBMM ; -DR Q8PLG1, MTND_XANAC ; Q3BUE7, MTND_XANC5 ; Q4UU50, MTND_XANC8 ; -DR B0RSM4, MTND_XANCB ; Q8P9N4, MTND_XANCP ; Q2P3W5, MTND_XANOM ; +DR Q8PLG1, MTND_XANAC ; Q4UU50, MTND_XANC8 ; B0RSM4, MTND_XANCB ; +DR Q8P9N4, MTND_XANCP ; Q3BUE7, MTND_XANE5 ; Q2P3W5, MTND_XANOM ; DR B2SM83, MTND_XANOP ; Q5H0X9, MTND_XANOR ; Q3B8C8, MTND_XENLA ; DR Q6DIY2, MTND_XENTR ; B2I5X3, MTND_XYLF2 ; Q9PBD4, MTND_XYLFA ; DR B0U3A5, MTND_XYLFM ; Q87C37, MTND_XYLFT ; Q6CH03, MTND_YARLI ; @@ -22087,8 +22152,8 @@ DR A4VM82, MTND_STUS1 ; B2VAA3, MTND_SULSY ; Q31QM9, MTND_SYNE7 ; DR Q5N3L4, MTND_SYNP6 ; A5GJ71, MTND_SYNPW ; A5GR53, MTND_SYNR3 ; DR Q0ICL5, MTND_SYNS3 ; Q3AZ58, MTND_SYNS9 ; Q3AI20, MTND_SYNSC ; DR Q111G3, MTND_TRIEI ; Q3M546, MTND_TRIV2 ; D5GE59, MTND_TUBMM ; -DR Q8PLG1, MTND_XANAC ; Q3BUE7, MTND_XANC5 ; Q4UU50, MTND_XANC8 ; -DR B0RSM4, MTND_XANCB ; Q8P9N4, MTND_XANCP ; Q2P3W5, MTND_XANOM ; +DR Q8PLG1, MTND_XANAC ; Q4UU50, MTND_XANC8 ; B0RSM4, MTND_XANCB ; +DR Q8P9N4, MTND_XANCP ; Q3BUE7, MTND_XANE5 ; Q2P3W5, MTND_XANOM ; DR B2SM83, MTND_XANOP ; Q5H0X9, MTND_XANOR ; Q3B8C8, MTND_XENLA ; DR Q6DIY2, MTND_XENTR ; B2I5X3, MTND_XYLF2 ; Q9PBD4, MTND_XYLFA ; DR B0U3A5, MTND_XYLFM ; Q87C37, MTND_XYLFT ; Q6CH03, MTND_YARLI ; @@ -23536,8 +23601,10 @@ CA a 2'-deoxyadenosine in DNA + CO2 + formaldehyde + succinate. CC -!- Catalyzes oxidative demethylation of DNA N(6)-methyladenine, CC a prevalent modification in LINE-1 transposons, which are CC specifically enriched on the human X chromosome. -DR Q13686, ALKB1_HUMAN; P0CB42, ALKB1_MOUSE; Q9NXW9, ALKB4_HUMAN; -DR Q9D8F1, ALKB4_MOUSE; Q8MNT9, NMAD1_CAEEL; M9NEY8, TET_DROME ; +DR Q9SA98, AKB1A_ARATH; F4JFR7, AKB1B_ARATH; Q9LJH2, AKB1C_ARATH; +DR F4KAV2, AKB1D_ARATH; Q13686, ALKB1_HUMAN; P0CB42, ALKB1_MOUSE; +DR Q9NXW9, ALKB4_HUMAN; Q9D8F1, ALKB4_MOUSE; Q8MNT9, NMAD1_CAEEL; +DR M9NEY8, TET_DROME ; // ID 1.14.11.52 DE validamycin A dioxygenase. @@ -24318,7 +24385,7 @@ CC substrate specificity, and has been reported to catalyze the CC hydroxylation of a variety of substituted phenols, such as fluoro-, CC chloro-, amino- and methyl-phenols and also dihydroxybenzenes. cf. CC EC 1.14.14.20. -DR Q7WTJ2, DMPP_ACICP ; P31020, PHEA_PSEUE ; P15245, PHHY_CUTCT ; +DR Q7WTJ2, DMPP_ACIP2 ; P31020, PHEA_PSEUE ; P15245, PHHY_CUTCT ; DR Q01551, TBUD_RALPI ; // ID 1.14.13.8 @@ -24379,8 +24446,8 @@ DR A1DMD5, KMO_NEOFI ; Q7S3C9, KMO_NEUCR ; Q0V5K1, KMO_PHANO ; DR A3LNF8, KMO_PICST ; Q9MZS9, KMO_PIG ; Q84HF5, KMO_PSEFL ; DR O88867, KMO_RAT ; A8LVF4, KMO_SALAI ; A4XD40, KMO_SALTO ; DR B2FL98, KMO_STRMK ; Q4P0N0, KMO_USTMA ; Q8PM34, KMO_XANAC ; -DR Q3BV41, KMO_XANC5 ; Q4UT92, KMO_XANC8 ; B0RV00, KMO_XANCB ; -DR Q8PAD3, KMO_XANCP ; Q2P316, KMO_XANOM ; B2SIT6, KMO_XANOP ; +DR Q4UT92, KMO_XANC8 ; B0RV00, KMO_XANCB ; Q8PAD3, KMO_XANCP ; +DR Q3BV41, KMO_XANE5 ; Q2P316, KMO_XANOM ; B2SIT6, KMO_XANOP ; DR Q5H038, KMO_XANOR ; Q6DIZ8, KMO_XENTR ; Q6C9M8, KMO_YARLI ; DR P38169, KMO_YEAST ; // @@ -26027,8 +26094,8 @@ CC -!- The reductase subunit contains a flavin and a plant-type ferredoxin CC [2Fe-2S] cluster, while the oxygenase subunit is a Rieske-type CC protein in which a [2Fe-2S] cluster is coordinated by two histidine CC and two cysteine residues. -DR D0C9N6, CNTA_ACIB2 ; F0KFI5, CNTA_ACICP ; P0ABR8, CNTA_ECO57 ; -DR P0ABR7, CNTA_ECOLI ; D0C9N8, CNTB_ACIB2 ; F0KFI7, CNTB_ACICP ; +DR D0C9N6, CNTA_ACIB2 ; F0KFI5, CNTA_ACIP2 ; P0ABR8, CNTA_ECO57 ; +DR P0ABR7, CNTA_ECOLI ; D0C9N8, CNTB_ACIB2 ; F0KFI7, CNTB_ACIP2 ; DR P76254, CNTB_ECOLI ; // ID 1.14.13.240 @@ -26106,7 +26173,7 @@ CC a reductase component that contains FAD and one iron-sulfur cluster, CC and a regulatory component. CC -!- The reductase component is responsible for transferring electrons CC from NADH to the dinuclear iron center. -DR Q7WTJ6, DMPL_ACICP ; P19730, DMPL_PSEUF ; P19731, DMPM_PSEUF ; +DR Q7WTJ6, DMPL_ACIP2 ; P19730, DMPL_PSEUF ; P19731, DMPM_PSEUF ; DR P19732, DMPN_PSEUF ; P19733, DMPO_PSEUF ; P19734, DMPP_PSEUF ; // ID 1.14.13.245 @@ -26220,6 +26287,14 @@ CC [2Fe-2S] Rieske-type iron-sulfur cluster and a nonheme iron center. DR Q1QYU7, GBMOO_CHRSD; A0A0H2ZIF3, GBMOO_PSEAB; Q9HTF4, GBMOO_PSEAE; DR Q1QYU6, GBMOR_CHRSD; A0A0H2ZJB2, GBMOR_PSEAB; Q9HTF3, GBMOR_PSEAE; // +ID 1.14.13.252 +DE putrescine N-hydroxylase. +CA NADPH + O2 + putrescine = H2O + N-hydroxyputrescine + NADP(+). +CC -!- Contains FAD. +CC -!- The enzyme, characterized from multiple bacterial species, +CC participates in the biosynthesis of assorted siderophores. +DR P0DXB2, PUTNH_ACIBT; Q8ECU3, PUTNH_SHEON; +// ID 1.14.13.n1 DE Transferred entry: 1.14.14.40. // @@ -26476,7 +26551,7 @@ DR P54989, NTAA_AMIAI ; // ID 1.14.14.11 DE styrene monooxygenase. -CA FADH2 + O2 + styrene = (2S)-2-phenyloxirane + FAD + H(+) + H2O. +CA FADH2 + O2 + styrene = (S)-styrene oxide + FAD + H(+) + H2O. CC -!- The enzyme catalyzes the first step in the aerobic styrene CC degradation pathway. CC -!- It forms a two-component system with a reductase (StyB) that utilizes @@ -26616,10 +26691,10 @@ DR Q69XJ4, HMOX1_ORYSJ; P32394, HMOX1_PIG ; Q5R7E3, HMOX1_PONAB; DR P06762, HMOX1_RAT ; P30519, HMOX2_HUMAN; Q2PG53, HMOX2_MACFA; DR O70252, HMOX2_MOUSE; P43242, HMOX2_RABIT; P23711, HMOX2_RAT ; DR Q9C9L4, HMOX3_ARATH; O70453, HMOX3_RAT ; Q9LQC0, HMOX4_ARATH; -DR O73688, HMOX_TAKRU ; P71119, HMUO_CORDI ; Q8YVS7, HO1_NOSS1 ; -DR P72849, HO1_SYNY3 ; P74133, HO2_SYNY3 ; O78497, HO_GUITH ; -DR Q1XDL5, HO_NEOYE ; P51271, HO_PORPU ; O19998, HO_RHOVL ; -DR A0A0H2XEA6, HO_XANC8 ; +DR O73688, HMOX_TAKRU ; P71119, HMUO_CORDI ; I3SL57, HO1_LOTJA ; +DR Q8YVS7, HO1_NOSS1 ; P72849, HO1_SYNY3 ; P74133, HO2_SYNY3 ; +DR O78497, HO_GUITH ; Q1XDL5, HO_NEOYE ; P51271, HO_PORPU ; +DR O19998, HO_RHOVL ; A0A0H2XEA6, HO_XANC8 ; // ID 1.14.14.19 DE steroid 17alpha-monooxygenase. @@ -26941,7 +27016,8 @@ CC -!- The enzyme can also accept L-isoleucine as substrate, with a lower CC activity. CC -!- It is different from EC 1.14.14.39. CC -!- Formerly EC 1.14.13.118. -DR Q9M7B8, C79D1_MANES; Q9M7B7, C79D2_MANES; +DR Q9M7B8, C79D1_MANES; Q9M7B7, C79D2_MANES; Q6J541, C79D3_LOTJA; +DR Q6J540, C79D4_LOTJA; // ID 1.14.14.39 DE isoleucine N-monooxygenase. @@ -26961,7 +27037,8 @@ CC catalyzed by the enzyme. CC -!- The enzyme can also accept L-valine, but with a lower activity. cf. CC EC 1.14.14.38. CC -!- Formerly EC 1.14.13.117. -DR Q6J541, C79D3_LOTJA; Q6J540, C79D4_LOTJA; +DR Q9M7B8, C79D1_MANES; Q9M7B7, C79D2_MANES; Q6J541, C79D3_LOTJA; +DR Q6J540, C79D4_LOTJA; // ID 1.14.14.40 DE phenylalanine N-monooxygenase. @@ -29035,6 +29112,16 @@ CC ring-opening, and two epoxidations, generating the sesquiterpenoid CC core skeleton of fumagillin. DR Q4WAZ6, FMAG_ASPFU ; // +ID 1.14.14.185 +DE taxane 9alpha-hydroxylase. +AN CYP725A22. +AN taxoid 9alpha hydroxylase. +CA O2 + oxo-taxadiene-4alpha-ol + reduced [NADPH--hemoprotein reductase] = +CA H(+) + H2O + oxidized [NADPH--hemoprotein reductase] + oxo-taxadiene- +CA 4alpha,9alpha-diol. +CC -!- The enzyme is active in the biosynthetic pathway of paclitaxel +CC (Taxol) in Taxus species (yew). +// ID 1.14.14.n1 DE Transferred entry: 1.14.99.46. // @@ -31917,8 +32004,8 @@ CC of the shortend amylose chain quickly hydrolyzes spontaneously to the CC aldonic acid. CC -!- In vitro ascorbate has been found to be able to serve as reducing CC agent. -DR Q0CGA6, AA13_ASPTN ; Q7SCE9, AA13_NEUCR ; A0A151V4J3, AA13_PYRO7 ; -DR Q5B1W7, AASA_EMENI ; Q5B027, AASB_EMENI ; +DR Q0CGA6, AA13_ASPTN ; Q5B1W7, AA13_EMENI ; Q7SCE9, AA13_NEUCR ; +DR A0A151V4J3, AA13_PYRO7 ; Q5B027, AASB_EMENI ; // ID 1.14.99.56 DE lytic cellulose monooxygenase (C4-dehydrogenating). @@ -31932,7 +32019,40 @@ CC residue at the non-reducing end. CC -!- Some enzymes also oxidize cellulose at the C-1 position of the CC reducing end forming a D-glucono-1,5-lactone residue (cf. CC EC 1.14.99.54). -DR Q1K8B6, LPMO_NEUCR ; +DR A0A2H3EDS0, LP9A_ARMGA ; A1C4H2, LP9A_ASPCL ; B0Y9G4, LP9A_ASPFC ; +DR B8MXJ7, LP9A_ASPFN ; Q4X066, LP9A_ASPFU ; Q96WQ9, LP9A_ASPKW ; +DR A2R5N0, LP9A_ASPNC ; Q2US83, LP9A_ASPOR ; A0A5N6V703, LP9A_ASPTM ; +DR Q0CEU4, LP9A_ASPTN ; A0A384K4U6, LP9A_BOTFB ; A0A223GEC9, LP9A_COLVR ; +DR Q5BAP2, LP9A_EMENI ; A0A0J9XKT0, LP9A_GEOCN ; I1REU9, LP9A_GIBZE ; +DR S7Q0E7, LP9A_GLOTA ; A0A1C9ZP88, LP9A_GLOTR ; O14405, LP9A_HYPJE ; +DR G0R6T8, LP9A_HYPJQ ; A0A5J6BJT3, LP9A_MALCI ; A1DBS6, LP9A_NEOFI ; +DR Q7S439, LP9A_NEUCR ; A0A0S2GKZ1, LP9A_PANSI ; A0A6C0M6J9, LP9A_PENPR ; +DR K5VN09, LP9A_PHACS ; B2B629, LP9A_PODAN ; D8Q364, LP9A_SCHCM ; +DR A0A478ECY3, LP9A_TALPI ; A0A482A9N4, LP9A_TALVE ; G3XAP7, LP9A_THEAU ; +DR G2QNT0, LP9A_THET4 ; A0A0H4K9X4, LP9A_THETO ; G2R6N0, LP9A_THETT ; +DR Q4WP32, LP9B_ASPFU ; A0A5N6UX39, LP9B_ASPTM ; A0A384JJE6, LP9B_BOTFB ; +DR Q5BCX8, LP9B_EMENI ; A0A0J9XL55, LP9B_GEOCN ; S7RK00, LP9B_GLOTA ; +DR W4KMP1, LP9B_HETIT ; Q7Z9M7, LP9B_HYPJQ ; A0A5J6BJT1, LP9B_MALCI ; +DR B2AVF1, LP9B_PODAN ; G2QCJ3, LP9B_THET4 ; A0A1C9CXI1, LP9B_THETO ; +DR G2RB73, LP9B_THETT ; Q4WBU0, LP9C_ASPFU ; A0A5N6V3W5, LP9C_ASPTM ; +DR A0A384JJB6, LP9C_BOTFB ; Q5AZ52, LP9C_EMENI ; A0A0J9XK58, LP9C_GEOCN ; +DR S7QKE2, LP9C_GLOTA ; A0A1C9ZMC3, LP9C_GLOTR ; A0A4P8PKE4, LP9C_MALCI ; +DR Q7SHI8, LP9C_NEUCR ; B2AUV0, LP9C_PODAN ; G2QA92, LP9C_THET4 ; +DR A0A1C9CXI0, LP9C_THETO ; A0A5N6UUF2, LP9D_ASPTM ; A0A384JLD1, LP9D_BOTFB ; +DR Q5B8T4, LP9D_EMENI ; A0A0J9XBC9, LP9D_GEOCN ; S7QP81, LP9D_GLOTA ; +DR A0A5J6BJN5, LP9D_MALCI ; H1AE14, LP9D_PHACH ; B2ARG6, LP9D_PODAN ; +DR G2QAB5, LP9D_THET4 ; A0A218MJF1, LP9D_THETO ; A0A5N6UNY1, LP9E_ASPTM ; +DR A0A384JDH0, LP9E_BOTFB ; Q5AQA6, LP9E_EMENI ; A0A5J6BJT0, LP9E_MALCI ; +DR Q7RWN7, LP9E_NEUCR ; B2ATL7, LP9E_PODAN ; G2RGE5, LP9E_THETT ; +DR A0A5N6UWA3, LP9F_ASPTM ; A0A384JXL6, LP9F_BOTFB ; A0A5J6BJN2, LP9F_MALCI ; +DR Q1K4Q1, LP9F_NEUCR ; B2B403, LP9F_PODAN ; A0A5N6UV50, LP9G_ASPTM ; +DR A0A384JTK5, LP9G_BOTFB ; C8V530, LP9G_EMENI ; A0A5J6BJP2, LP9G_MALCI ; +DR B2B5J7, LP9G_PODAN ; G2QZK6, LP9G_THETT ; A0A384JZ02, LP9H_BOTFB ; +DR Q5BEI9, LP9H_EMENI ; A0A5J6BJQ5, LP9H_MALCI ; B2ADG1, LP9H_PODAN ; +DR G2Q9T3, LP9H_THET4 ; A0A384J8V9, LP9I_BOTFB ; C8V4I9, LP9I_EMENI ; +DR Q7SHD9, LP9J_NEUCR ; G2RGE6, LP9T_THETT ; G2RB72, LP9U_THETT ; +DR Q00023, LP9_AGABI ; A8NCG7, LP9_COPC7 ; J9VH79, LP9_CRYNH ; +DR A0A1Y2IY60, LP9_TRAC3 ; Q1K8B6, LPMO_NEUCR ; // ID 1.14.99.57 DE heme oxygenase (mycobilin-producing). @@ -32014,8 +32134,8 @@ DR Q4FRJ8, COQ7_PSYA2 ; Q1QA35, COQ7_PSYCK ; A5WDY5, COQ7_PSYWF ; DR Q8XVH7, COQ7_RALN1 ; B2UCY7, COQ7_RALPJ ; Q63619, COQ7_RAT ; DR Q2RNK3, COQ7_RHORT ; Q21MQ9, COQ7_SACD2 ; O74826, COQ7_SCHPO ; DR A4VHK4, COQ7_STUS1 ; Q3SGX7, COQ7_THIDA ; C5CPL7, COQ7_VARPS ; -DR A1WHG6, COQ7_VEREI ; Q8PQ42, COQ7_XANAC ; Q3BYB0, COQ7_XANC5 ; -DR Q4UZF3, COQ7_XANC8 ; Q8PD67, COQ7_XANCP ; Q2NYE2, COQ7_XANOM ; +DR A1WHG6, COQ7_VEREI ; Q8PQ42, COQ7_XANAC ; Q4UZF3, COQ7_XANC8 ; +DR Q8PD67, COQ7_XANCP ; Q3BYB0, COQ7_XANE5 ; Q2NYE2, COQ7_XANOM ; DR B2SL08, COQ7_XANOP ; Q5GV65, COQ7_XANOR ; Q9PD41, COQ7_XYLFA ; DR Q87DD2, COQ7_XYLFT ; P41735, COQ7_YEAST ; P75728, UBIF_ECOLI ; DR A1KVW0, UBIM_NEIMF ; @@ -32169,59 +32289,60 @@ DR Q575S9, CYGB2_ORYLA; Q8WWM9, CYGB_HUMAN ; Q9CX80, CYGB_MOUSE ; DR Q921A4, CYGB_RAT ; E3YBA4, MBCTN_METTR; Q94EG3, NEC1_NICLS ; DR Q9SPV5, NEC1_NICPL ; O50258, NLR_MEGGA ; P13926, SOD1A_XENLA; DR P15107, SOD1B_XENLA; Q5AD05, SOD4_CANAL ; D4B5D4, SOD5_ARTBC ; -DR Q5AD07, SOD5_CANAL ; Q5ACV9, SOD6_CANAL ; Q3MSU9, SODB_ASPNG ; -DR O67149, SODC1_AQUAE; P24704, SODC1_ARATH; Q42611, SODC1_BRAJU; -DR O42724, SODC1_DEBHA; Q55GQ5, SODC1_DICDI; P93258, SODC1_MESCR; -DR P80740, SODC1_OLEEU; A2XGP6, SODC1_ORYSI; Q0DRV6, SODC1_ORYSJ; -DR E8XDJ8, SODC1_SALT4; P0CW86, SODC1_SALTY; P14830, SODC1_SOLLC; -DR O66602, SODC2_AQUAE; O78310, SODC2_ARATH; Q42612, SODC2_BRAJU; -DR P82902, SODC2_DEBHN; Q54RN1, SODC2_DICDI; P11428, SODC2_MAIZE; -DR O49044, SODC2_MESCR; Q8L5E0, SODC2_OLEEU; P28757, SODC2_ORYSJ; -DR P29428, SODC2_PICAB; Q43779, SODC2_SOLLC; Q9FK60, SODC3_ARATH; -DR Q54RQ1, SODC3_DICDI; Q54TU5, SODC4_DICDI; P23345, SODC4_MAIZE; -DR Q54G70, SODC5_DICDI; P23346, SODC5_MAIZE; Q54TW8, SODC6_DICDI; -DR O65198, SODCP_MEDSA; P93407, SODCP_ORYSJ; P11964, SODCP_PEA ; -DR P10792, SODCP_PETHY; P29427, SODCP_PICAB; P81082, SODCP_PINPS; -DR P24707, SODCP_PINSY; P36214, SODCP_POPTM; O04997, SODCP_SOLCS; -DR P14831, SODCP_SOLLC; P07505, SODCP_SPIOL; O65199, SODCP_VITVI; -DR O65175, SODCP_ZANAE; P24702, SODC_ACTPL ; Q59081, SODC_AGGAC ; -DR Q9SQL5, SODC_ANACO ; P23417, SODC_AQUCT ; Q8X1S6, SODC_ASPFL ; -DR Q9Y8D9, SODC_ASPFU ; Q12548, SODC_ASPJA ; A2QMY6, SODC_ASPNC ; -DR P85978, SODC_ASPNG ; Q877B5, SODC_ASPOR ; P82205, SODC_BOMMO ; -DR Q52RN5, SODC_BOSMU ; Q70Q35, SODC_BOTFU ; P00442, SODC_BOVIN ; -DR P09678, SODC_BRAOC ; P15453, SODC_BRUAB ; P66826, SODC_BRUME ; -DR P41962, SODC_BRUPA ; P66827, SODC_BRUSU ; A8XCP3, SODC_CAEBR ; -DR P34697, SODC_CAEEL ; Q8HXP8, SODC_CALJA ; H6BDU4, SODC_CAMDR ; -DR O59924, SODC_CANAX ; Q6FWL5, SODC_CANGA ; Q8WNN6, SODC_CANLF ; -DR O22373, SODC_CAPAN ; Q5FB29, SODC_CAPHI ; P80174, SODC_CARCR ; -DR O65768, SODC_CARPA ; P20379, SODC_CAUVC ; P33431, SODC_CAVPO ; -DR P28755, SODC_CERCA ; O46412, SODC_CEREL ; P80566, SODC_CHICK ; -DR Q07182, SODC_CHYAM ; Q96VL0, SODC_CLAP2 ; O94178, SODC_COLGL ; -DR Q8J0N2, SODC_CORMI ; Q8J0N3, SODC_CORTN ; Q9C0N4, SODC_CRYGA ; -DR J9VLJ9, SODC_CRYNH ; O73872, SODC_DANRE ; Q9RU48, SODC_DEIRA ; -DR P54407, SODC_DROBS ; Q9U4X4, SODC_DROER ; P61853, SODC_DROMA ; -DR Q95081, SODC_DROMD ; P61851, SODC_DROME ; Q95079, SODC_DROMI ; -DR Q95085, SODC_DROOB ; Q9U4X5, SODC_DROOR ; Q95087, SODC_DROPB ; -DR Q95088, SODC_DROPE ; Q95086, SODC_DROPS ; P61854, SODC_DROSE ; -DR P61852, SODC_DROSI ; Q9U4X2, SODC_DROTE ; Q95095, SODC_DROTO ; -DR P10791, SODC_DROVI ; P41973, SODC_DROWI ; Q9U4X3, SODC_DROYA ; -DR P0AGD2, SODC_ECO57 ; P0AGD1, SODC_ECOLI ; Q9HEY7, SODC_EMENI ; -DR Q751L8, SODC_EREGS ; Q59448, SODC_FRATH ; Q27666, SODC_HAECO ; -DR Q59452, SODC_HAEDU ; P25842, SODC_HAEPA ; P81926, SODC_HALRO ; -DR P00443, SODC_HORSE ; P34936, SODC_HORVU ; P00441, SODC_HUMAN ; -DR P83684, SODC_HUMLT ; Q8HXQ3, SODC_HYLLA ; Q07796, SODC_IPOBA ; -DR Q6CPE2, SODC_KLULA ; P81036, SODC_LAMCR ; Q5ZT17, SODC_LEGPH ; -DR P69049, SODC_LEGPN ; Q8HXQ1, SODC_MACFA ; Q8HXQ2, SODC_MACFU ; -DR Q8HXQ0, SODC_MACMU ; Q51853, SODC_MANHA ; P08228, SODC_MOUSE ; -DR P0A609, SODC_MYCBO ; Q9CBI6, SODC_MYCLE ; Q9AGW2, SODC_MYCPA ; -DR P9WGE8, SODC_MYCTO ; P9WGE9, SODC_MYCTU ; P57005, SODC_NEIMA ; -DR Q59623, SODC_NEIMB ; P07509, SODC_NEUCR ; P27082, SODC_NICPL ; -DR P24705, SODC_NPVAC ; O12933, SODC_NPVOP ; P24706, SODC_ONCVO ; -DR O22668, SODC_PANGI ; P60052, SODC_PANTR ; P83129, SODC_PAROL ; -DR Q59689, SODC_PASMU ; O49073, SODC_PAUKA ; Q90023, SODC_PBCV1 ; -DR Q02610, SODC_PEA ; P00446, SODC_PHOLE ; P04178, SODC_PIG ; -DR P24669, SODC_PINSY ; Q6T3B0, SODC_PLESN ; Q711T9, SODC_PODAS ; -DR Q8HXQ4, SODC_PONPY ; P11418, SODC_PRIGL ; P09212, SODC_RABIT ; +DR Q5AD07, SOD5_CANAL ; Q5ACV9, SOD6_CANAL ; Q19VG9, SODA_TALMA ; +DR B6QEB3, SODA_TALMQ ; Q3MSU9, SODB_ASPNG ; O67149, SODC1_AQUAE; +DR P24704, SODC1_ARATH; Q42611, SODC1_BRAJU; O42724, SODC1_DEBHA; +DR Q55GQ5, SODC1_DICDI; P93258, SODC1_MESCR; P80740, SODC1_OLEEU; +DR A2XGP6, SODC1_ORYSI; Q0DRV6, SODC1_ORYSJ; E8XDJ8, SODC1_SALT4; +DR P0CW86, SODC1_SALTY; P14830, SODC1_SOLLC; O66602, SODC2_AQUAE; +DR O78310, SODC2_ARATH; Q42612, SODC2_BRAJU; P82902, SODC2_DEBHN; +DR Q54RN1, SODC2_DICDI; P11428, SODC2_MAIZE; O49044, SODC2_MESCR; +DR Q8L5E0, SODC2_OLEEU; P28757, SODC2_ORYSJ; P29428, SODC2_PICAB; +DR Q43779, SODC2_SOLLC; Q9FK60, SODC3_ARATH; Q54RQ1, SODC3_DICDI; +DR Q54TU5, SODC4_DICDI; P23345, SODC4_MAIZE; Q54G70, SODC5_DICDI; +DR P23346, SODC5_MAIZE; Q54TW8, SODC6_DICDI; O65198, SODCP_MEDSA; +DR P93407, SODCP_ORYSJ; P11964, SODCP_PEA ; P10792, SODCP_PETHY; +DR P29427, SODCP_PICAB; P81082, SODCP_PINPS; P24707, SODCP_PINSY; +DR P36214, SODCP_POPTM; O04997, SODCP_SOLCS; P14831, SODCP_SOLLC; +DR P07505, SODCP_SPIOL; O65199, SODCP_VITVI; O65175, SODCP_ZANAE; +DR P24702, SODC_ACTPL ; Q59081, SODC_AGGAC ; Q9SQL5, SODC_ANACO ; +DR P23417, SODC_AQUCT ; Q8X1S6, SODC_ASPFL ; Q9Y8D9, SODC_ASPFU ; +DR Q12548, SODC_ASPJA ; A2QMY6, SODC_ASPNC ; P85978, SODC_ASPNG ; +DR Q877B5, SODC_ASPOR ; P82205, SODC_BOMMO ; Q52RN5, SODC_BOSMU ; +DR Q70Q35, SODC_BOTFU ; P00442, SODC_BOVIN ; P09678, SODC_BRAOC ; +DR P15453, SODC_BRUAB ; P66826, SODC_BRUME ; P41962, SODC_BRUPA ; +DR P66827, SODC_BRUSU ; A8XCP3, SODC_CAEBR ; P34697, SODC_CAEEL ; +DR Q8HXP8, SODC_CALJA ; H6BDU4, SODC_CAMDR ; O59924, SODC_CANAX ; +DR Q6FWL5, SODC_CANGA ; Q8WNN6, SODC_CANLF ; O22373, SODC_CAPAN ; +DR Q5FB29, SODC_CAPHI ; P80174, SODC_CARCR ; O65768, SODC_CARPA ; +DR P20379, SODC_CAUVC ; P33431, SODC_CAVPO ; P28755, SODC_CERCA ; +DR O46412, SODC_CEREL ; P80566, SODC_CHICK ; Q07182, SODC_CHYAM ; +DR Q96VL0, SODC_CLAP2 ; O94178, SODC_COLGL ; Q8J0N2, SODC_CORMI ; +DR Q8J0N3, SODC_CORTN ; Q9C0N4, SODC_CRYGA ; J9VLJ9, SODC_CRYNH ; +DR O73872, SODC_DANRE ; Q9RU48, SODC_DEIRA ; P54407, SODC_DROBS ; +DR Q9U4X4, SODC_DROER ; P61853, SODC_DROMA ; Q95081, SODC_DROMD ; +DR P61851, SODC_DROME ; Q95079, SODC_DROMI ; Q95085, SODC_DROOB ; +DR Q9U4X5, SODC_DROOR ; Q95087, SODC_DROPB ; Q95088, SODC_DROPE ; +DR Q95086, SODC_DROPS ; P61854, SODC_DROSE ; P61852, SODC_DROSI ; +DR Q9U4X2, SODC_DROTE ; Q95095, SODC_DROTO ; P10791, SODC_DROVI ; +DR P41973, SODC_DROWI ; Q9U4X3, SODC_DROYA ; P0AGD2, SODC_ECO57 ; +DR P0AGD1, SODC_ECOLI ; Q9HEY7, SODC_EMENI ; Q751L8, SODC_EREGS ; +DR Q59448, SODC_FRATH ; Q27666, SODC_HAECO ; Q59452, SODC_HAEDU ; +DR P25842, SODC_HAEPA ; P81926, SODC_HALRO ; P00443, SODC_HORSE ; +DR P34936, SODC_HORVU ; P00441, SODC_HUMAN ; P83684, SODC_HUMLT ; +DR Q8HXQ3, SODC_HYLLA ; Q07796, SODC_IPOBA ; Q6CPE2, SODC_KLULA ; +DR P81036, SODC_LAMCR ; Q5ZT17, SODC_LEGPH ; P69049, SODC_LEGPN ; +DR Q8HXQ1, SODC_MACFA ; Q8HXQ2, SODC_MACFU ; Q8HXQ0, SODC_MACMU ; +DR Q51853, SODC_MANHA ; P08228, SODC_MOUSE ; P0A609, SODC_MYCBO ; +DR Q9CBI6, SODC_MYCLE ; Q9AGW2, SODC_MYCPA ; P9WGE8, SODC_MYCTO ; +DR P9WGE9, SODC_MYCTU ; P57005, SODC_NEIMA ; Q59623, SODC_NEIMB ; +DR P07509, SODC_NEUCR ; P27082, SODC_NICPL ; P24705, SODC_NPVAC ; +DR O12933, SODC_NPVOP ; P24706, SODC_ONCVO ; O22668, SODC_PANGI ; +DR P60052, SODC_PANTR ; P83129, SODC_PAROL ; Q59689, SODC_PASMU ; +DR O49073, SODC_PAUKA ; Q90023, SODC_PBCV1 ; Q02610, SODC_PEA ; +DR P00446, SODC_PHOLE ; P04178, SODC_PIG ; P24669, SODC_PINSY ; +DR Q6T3B0, SODC_PLESN ; Q711T9, SODC_PODAS ; Q8HXQ4, SODC_PONPY ; +DR P11418, SODC_PRIGL ; P09212, SODC_RABIT ; A0A1D1VU85, SODC_RAMVA ; DR P07632, SODC_RAT ; O68901, SODC_SALTY ; Q8HXP9, SODC_SAPAP ; DR Q01137, SODC_SCHMA ; P28758, SODC_SCHPO ; P09670, SODC_SHEEP ; DR O04996, SODC_SOLCS ; Q7M1R5, SODC_SOYBN ; P22233, SODC_SPIOL ; @@ -32324,7 +32445,7 @@ CA 2 H(+) + reduced [rubredoxin] + superoxide = H2O2 + CA oxidized [rubredoxin]. CC -!- Formerly EC 1.18.96.1. DR Q97GB9, DFX_CLOAB ; Q46495, DFX_DESB2 ; P22076, DFX_DESDA ; -DR P20418, DFX_DESVH ; P48345, DFX_DESVM ; Q30WF9, DFX_OLEA2 ; +DR P20418, DFX_NITV2 ; P48345, DFX_NITV9 ; Q30WF9, DFX_OLEA2 ; DR Q3A221, DFX_SYNC1 ; O29903, SOR_ARCFU ; Q58151, SOR_METJA ; DR Q9V098, SOR_PYRAB ; P82385, SOR_PYRFU ; O58810, SOR_PYRHO ; DR Q5JF09, SOR_THEKO ; Q9WZC6, SOR_THEMA ; @@ -32457,16 +32578,14 @@ AN ceruloplasmin. AN HEPH. AN hephaestin. CA 4 Fe(2+) + 4 H(+) + O2 = 4 Fe(3+) + 2 H2O. -DR O50171, BFR1_MAGMG ; P0A0R2, BFRA_NEIGO ; P56998, BFRA_NEIMA ; -DR P0A0R1, BFRA_NEIMB ; A0R647, BFRB_MYCS2 ; H8F1Z2, BFRB_MYCTE ; -DR P9WNE4, BFRB_MYCTO ; P9WNE5, BFRB_MYCTU ; P22759, BFR_AZOVI ; +DR A0R647, BFRB_MYCS2 ; H8F1Z2, BFRB_MYCTE ; P9WNE4, BFRB_MYCTO ; +DR P9WNE5, BFRB_MYCTU ; Q9HY79, BFRB_PSEAE ; P22759, BFR_AZOVI ; DR P49944, BFR_BRUME ; Q8FW95, BFR_BRUSU ; Q93PP9, BFR_DESDA ; DR P0ABD4, BFR_ECOL6 ; P0ABD3, BFR_ECOLI ; P43314, BFR_MYCAV ; DR P63698, BFR_MYCBO ; P43315, BFR_MYCLE ; P45430, BFR_MYCPA ; DR P9WPQ8, BFR_MYCTO ; P9WPQ9, BFR_MYCTU ; P13570, BFR_NITWI ; -DR Q9HWF9, BFR_PSEAE ; P77930, BFR_PSEPU ; Q59738, BFR_RHOCA ; -DR O68926, BFR_SALTY ; O68935, BFR_SERMA ; Q9S2N0, BFR_STRCO ; -DR P24602, BFR_SYNY3 ; P00450, CERU_HUMAN ; Q61147, CERU_MOUSE ; +DR Q59738, BFR_RHOCA ; O68926, BFR_SALTY ; O68935, BFR_SERMA ; +DR Q9S2N0, BFR_STRCO ; P00450, CERU_HUMAN ; Q61147, CERU_MOUSE ; DR P13635, CERU_RAT ; Q9XT27, CERU_SHEEP ; Q9XB18, DBH_MYCBO ; DR O33125, DBH_MYCLE ; Q9ZHC5, DBH_MYCS2 ; A5U6Z7, DBH_MYCTA ; DR P9WMK6, DBH_MYCTO ; P9WMK7, DBH_MYCTU ; Q8U1L4, ENCP1_PYRFU; @@ -32494,8 +32613,12 @@ DR A0A7E5WTY7, FRIH_TRINI ; Q9XT73, FRIH_TRIVU ; P85836, FRIML_TREBE; DR P85839, FRIMS_TREBE; P49947, FRIM_SALSA ; P85835, FRIM_TRENE ; DR P42577, FRIS_LYMST ; P42578, FRIY_LYMST ; Q94FY2, FRI_MALBX ; DR Q26061, FRI_PACLE ; P25699, FRI_PHAVU ; Q2YDI9, FTMT_BOVIN ; -DR Q8N4E7, FTMT_HUMAN ; Q9D5H4, FTMT_MOUSE ; Q6MZM0, HPHL1_HUMAN; -DR Q3V1H3, HPHL1_MOUSE; A0A0F5HNH9, IMEF_BACTR ; I6WZK7, MMCO_MYCTU ; +DR Q8N4E7, FTMT_HUMAN ; Q9D5H4, FTMT_MOUSE ; P0A0R2, FTNA_NEIGO ; +DR P56998, FTNA_NEIMA ; P0A0R1, FTNA_NEIMB ; O50171, FTNA_PARME ; +DR Q9HWF9, FTNA_PSEAE ; P77930, FTNA_PSEPU ; P24602, FTNA_SYNY3 ; +DR Q9BQS7, HEPH_HUMAN ; Q9Z0Z4, HEPH_MOUSE ; Q920H8, HEPH_RAT ; +DR Q6MZM0, HPHL1_HUMAN; Q3V1H3, HPHL1_MOUSE; A0A0F5HNH9, IMEF_BACTR ; +DR I6WZK7, MMCO_MYCTU ; // ID 1.16.3.2 DE bacterial non-heme ferritin. @@ -32759,7 +32882,7 @@ DR A4SD53, DAPB_CHLPM ; Q9Z6L2, DAPB_CHLPN ; B3QYM8, DAPB_CHLT3 ; DR Q3KLZ2, DAPB_CHLTA ; Q8KBD8, DAPB_CHLTE ; O84369, DAPB_CHLTR ; DR A0LZI4, DAPB_CHRFK ; Q1QSX7, DAPB_CHRSD ; Q7NX34, DAPB_CHRVO ; DR B5EGX3, DAPB_CITBB ; A8ALS4, DAPB_CITK8 ; A5CSN2, DAPB_CLAM3 ; -DR B0RGX5, DAPB_CLAMS ; Q97GI8, DAPB_CLOAB ; B2V5A9, DAPB_CLOBA ; +DR B0RGX5, DAPB_CLASE ; Q97GI8, DAPB_CLOAB ; B2V5A9, DAPB_CLOBA ; DR B2TS69, DAPB_CLOBB ; A0PZM2, DAPB_CLONN ; Q0TP54, DAPB_CLOP1 ; DR Q8XJ55, DAPB_CLOPE ; Q0SRS4, DAPB_CLOPS ; Q891S2, DAPB_CLOTE ; DR Q47YI6, DAPB_COLP3 ; C3PH06, DAPB_CORA7 ; Q6NGP2, DAPB_CORDI ; @@ -32771,8 +32894,7 @@ DR Q0K705, DAPB_CUPNH ; Q46XD7, DAPB_CUPPJ ; B3R6R4, DAPB_CUPTR ; DR Q6A7P7, DAPB_CUTAK ; B8HRK9, DAPB_CYAP4 ; Q47HI9, DAPB_DECAR ; DR Q3Z7V5, DAPB_DEHM1 ; A5FQT3, DAPB_DEHMB ; Q3ZXV5, DAPB_DEHMC ; DR B8J0P9, DAPB_DESDA ; B8FQZ3, DAPB_DESHD ; Q24UK0, DAPB_DESHY ; -DR Q6AR64, DAPB_DESPS ; Q72BM6, DAPB_DESVH ; B8DJT5, DAPB_DESVM ; -DR A1VDM6, DAPB_DESVV ; B5YEB2, DAPB_DICT6 ; B8E2S7, DAPB_DICTD ; +DR Q6AR64, DAPB_DESPS ; B5YEB2, DAPB_DICT6 ; B8E2S7, DAPB_DICTD ; DR A8LL24, DAPB_DINSH ; A7ZHC0, DAPB_ECO24 ; B7UI76, DAPB_ECO27 ; DR B7MAF2, DAPB_ECO45 ; B7L4F3, DAPB_ECO55 ; P58209, DAPB_ECO57 ; DR B5YYC3, DAPB_ECO5E ; B7NHD5, DAPB_ECO7I ; B7MNN7, DAPB_ECO81 ; @@ -32823,6 +32945,7 @@ DR Q3ISP9, DAPB_NATPD ; Q5F5Y7, DAPB_NEIG1 ; B4RR35, DAPB_NEIG2 ; DR A9M3H7, DAPB_NEIM0 ; Q9JX48, DAPB_NEIMA ; Q9K1F1, DAPB_NEIMB ; DR A1KRN3, DAPB_NEIMF ; Q0AER1, DAPB_NITEC ; Q82WP9, DAPB_NITEU ; DR Q2YBT6, DAPB_NITMU ; Q3J7E0, DAPB_NITOC ; A6Q596, DAPB_NITSB ; +DR Q72BM6, DAPB_NITV2 ; A1VDM6, DAPB_NITV4 ; B8DJT5, DAPB_NITV9 ; DR Q3SW72, DAPB_NITWN ; Q5YSW2, DAPB_NOCFA ; B2J0A9, DAPB_NOSP7 ; DR Q8YU19, DAPB_NOSS1 ; Q8EQD3, DAPB_OCEIH ; Q30ZK7, DAPB_OLEA2 ; DR A7HZ36, DAPB_PARL1 ; Q7U807, DAPB_PARMW ; B2JGX9, DAPB_PARP8 ; @@ -32891,8 +33014,8 @@ DR A7MXR0, DAPB_VIBC1 ; A5F5N9, DAPB_VIBC3 ; Q9KPH7, DAPB_VIBCH ; DR C3LQT6, DAPB_VIBCM ; Q87SF5, DAPB_VIBPA ; Q8DEM0, DAPB_VIBVU ; DR Q7MNU2, DAPB_VIBVY ; Q8D3H6, DAPB_WIGBR ; Q73I13, DAPB_WOLPM ; DR B3CN84, DAPB_WOLPP ; Q7MA63, DAPB_WOLSU ; Q5GTA6, DAPB_WOLTR ; -DR C0R2S2, DAPB_WOLWR ; Q8PLE0, DAPB_XANAC ; Q3BUC6, DAPB_XANC5 ; -DR Q4UU71, DAPB_XANC8 ; B0RSP5, DAPB_XANCB ; Q8P9L3, DAPB_XANCP ; +DR C0R2S2, DAPB_WOLWR ; Q8PLE0, DAPB_XANAC ; Q4UU71, DAPB_XANC8 ; +DR B0RSP5, DAPB_XANCB ; Q8P9L3, DAPB_XANCP ; Q3BUC6, DAPB_XANE5 ; DR B2I841, DAPB_XYLF2 ; Q9PEC3, DAPB_XYLFA ; B0U565, DAPB_XYLFM ; DR Q87EC0, DAPB_XYLFT ; A1JJE5, DAPB_YERE8 ; A7FMD2, DAPB_YERP3 ; DR Q1C0I8, DAPB_YERPA ; B2K3N1, DAPB_YERPB ; Q8ZIL6, DAPB_YERPE ; @@ -32972,7 +33095,7 @@ CC vulgaris. CC -!- In vitro, yeast cytochrome c, ferricyanide and phenazine methosulfate CC can act as acceptors. CC -!- Formerly EC 1.2.2.3. -DR Q727P3, FDNGA_DESVH; +DR Q727P3, FDNGA_NITV2; // ID 1.17.3.1 DE pteridine oxidase. @@ -33030,6 +33153,17 @@ CC -!- Also acts on 1,4-naphthoquinone, naphthazarin and 2-chloro-1,4- CC naphthoquinone. CC -!- Formerly EC 1.14.99.27. // +ID 1.17.3.5 +DE 4-oxocyclohexanecarboxylate 2-dehydrogenase. +AN 4-oxocyclohexanecarboxylate 2-desaturase. +CA 4-oxocyclohexane-1-carboxylate + O2 = 4-oxocyclohex-2-ene-1-carboxylate + +CA H2O2. +CC -!- Contains FAD. +CC -!- The enzyme, characterized from the bacterium Corynebacterium +CC cyclohexanicum, participates in a cyclohexane-1-carboxylate +CC degradation pathway. +DR P0DXE2, CHCC1_CORCT; +// ID 1.17.4.1 DE ribonucleoside-diphosphate reductase. AN ribonucleotide reductase. @@ -33309,52 +33443,52 @@ DR Q254D2, ISPG_CHLFF ; Q9PKY3, ISPG_CHLMU ; Q9Z8H0, ISPG_CHLPN ; DR B0B9G5, ISPG_CHLT2 ; Q3KMW4, ISPG_CHLTA ; B0BB44, ISPG_CHLTB ; DR Q8KG23, ISPG_CHLTE ; O84060, ISPG_CHLTR ; Q1QTK8, ISPG_CHRSD ; DR Q7NS88, ISPG_CHRVO ; A8AD71, ISPG_CITK8 ; A5CT01, ISPG_CLAM3 ; -DR B0RDZ5, ISPG_CLAMS ; Q97I56, ISPG_CLOAB ; P58667, ISPG_CLOPE ; +DR B0RDZ5, ISPG_CLASE ; Q97I56, ISPG_CLOAB ; P58667, ISPG_CLOPE ; DR Q895K3, ISPG_CLOTE ; Q47WC0, ISPG_COLP3 ; Q6NGL3, ISPG_CORDI ; DR Q8FP82, ISPG_COREF ; Q8NP12, ISPG_CORGL ; Q4JV28, ISPG_CORJK ; DR B1VGA4, ISPG_CORU7 ; A7MGV7, ISPG_CROS8 ; Q6A7L2, ISPG_CUTAK ; DR Q47BR6, ISPG_DECAR ; A5FS85, ISPG_DEHMB ; Q3ZZC9, ISPG_DEHMC ; -DR Q9RXC9, ISPG_DEIRA ; Q6AP32, ISPG_DESPS ; Q72CD9, ISPG_DESVH ; -DR A8LI72, ISPG_DINSH ; A7ZPV8, ISPG_ECO24 ; B7UGW1, ISPG_ECO27 ; -DR B7MI00, ISPG_ECO45 ; B7LDA7, ISPG_ECO55 ; P62622, ISPG_ECO57 ; -DR B5Z0Y4, ISPG_ECO5E ; B7NRG5, ISPG_ECO7I ; B7MYF0, ISPG_ECO81 ; -DR B7M7L9, ISPG_ECO8A ; C4ZX90, ISPG_ECOBW ; B1XAZ0, ISPG_ECODH ; -DR A8A321, ISPG_ECOHS ; A1AE53, ISPG_ECOK1 ; Q0TEX0, ISPG_ECOL5 ; -DR P62621, ISPG_ECOL6 ; B1IWE6, ISPG_ECOLC ; P62620, ISPG_ECOLI ; -DR B7N6A3, ISPG_ECOLU ; B6I587, ISPG_ECOSE ; B1LNH0, ISPG_ECOSM ; -DR Q1R8L8, ISPG_ECOUT ; Q3YRZ7, ISPG_EHRCJ ; Q5FHA6, ISPG_EHRRG ; -DR Q5HB57, ISPG_EHRRW ; A4WD93, ISPG_ENT38 ; B2VE89, ISPG_ERWT9 ; -DR B7LKC3, ISPG_ESCF3 ; B1YLA2, ISPG_EXIS2 ; C4L3K5, ISPG_EXISA ; -DR Q0RDR2, ISPG_FRAAA ; Q2J717, ISPG_FRACC ; A8L6E2, ISPG_FRASN ; -DR Q14IL6, ISPG_FRAT1 ; B2SG03, ISPG_FRATM ; A0Q6U8, ISPG_FRATN ; -DR Q0BMA6, ISPG_FRATO ; Q5NH64, ISPG_FRATT ; Q8RG40, ISPG_FUSNN ; -DR Q5KX35, ISPG_GEOKA ; Q74D60, ISPG_GEOSL ; C5D4Q3, ISPG_GEOSW ; -DR A4IQZ4, ISPG_GEOTN ; A9HJ48, ISPG_GLUDA ; Q5FUR7, ISPG_GLUOX ; -DR Q0BUK0, ISPG_GRABC ; Q7VME2, ISPG_HAEDU ; Q4QNH4, ISPG_HAEI8 ; -DR A5UAB9, ISPG_HAEIE ; A5UGH1, ISPG_HAEIG ; P44667, ISPG_HAEIN ; -DR Q2SDW4, ISPG_HAHCH ; Q9KD18, ISPG_HALH5 ; C4K4I8, ISPG_HAMD5 ; -DR Q17XU2, ISPG_HELAH ; Q7VI04, ISPG_HELHP ; B6JLL3, ISPG_HELP2 ; -DR B5Z6Z7, ISPG_HELPG ; Q1CTP7, ISPG_HELPH ; Q9ZLL0, ISPG_HELPJ ; -DR B2UTK0, ISPG_HELPS ; O25342, ISPG_HELPY ; Q0I2E9, ISPG_HISS1 ; -DR B0USG8, ISPG_HISS2 ; B4U9V3, ISPG_HYDS0 ; Q0C4J3, ISPG_HYPNA ; -DR Q5QYA9, ISPG_IDILO ; Q28R10, ISPG_JANSC ; B5XNL5, ISPG_KLEP3 ; -DR A6TCD4, ISPG_KLEP7 ; B2GKS3, ISPG_KOCRD ; Q1IRS5, ISPG_KORVE ; -DR C1DD43, ISPG_LARHH ; Q1MSE5, ISPG_LAWIP ; Q6AEX9, ISPG_LEIXX ; -DR Q04UL2, ISPG_LEPBJ ; Q04YW2, ISPG_LEPBL ; Q72TR2, ISPG_LEPIC ; -DR Q8F1H5, ISPG_LEPIN ; C1L2Z7, ISPG_LISMC ; Q71ZM9, ISPG_LISMF ; -DR P58668, ISPG_LISMO ; B1HSS4, ISPG_LYSSC ; B9E6U1, ISPG_MACCJ ; -DR A0LDN3, ISPG_MAGMM ; Q8EUI6, ISPG_MALP2 ; Q65R84, ISPG_MANSM ; -DR A6VV06, ISPG_MARMS ; A1TZQ0, ISPG_MARN8 ; C6BYK9, ISPG_MARSD ; -DR Q604Q5, ISPG_METCA ; Q1H0U9, ISPG_METFK ; Q7TXN6, ISPG_MYCBO ; -DR A1KML3, ISPG_MYCBP ; C1AFY4, ISPG_MYCBT ; Q7NBH3, ISPG_MYCGA ; -DR B8ZRU5, ISPG_MYCLB ; Q9CBU5, ISPG_MYCLE ; Q73VS3, ISPG_MYCPA ; -DR A5U6M2, ISPG_MYCTA ; P9WKG2, ISPG_MYCTO ; P9WKG3, ISPG_MYCTU ; -DR B2A390, ISPG_NATTJ ; B9LA27, ISPG_NAUPA ; Q5F913, ISPG_NEIG1 ; -DR B4RMG4, ISPG_NEIG2 ; A9LZN8, ISPG_NEIM0 ; Q9JU34, ISPG_NEIMA ; -DR Q9JZ40, ISPG_NEIMB ; A1KUD8, ISPG_NEIMF ; Q0AE42, ISPG_NITEC ; -DR Q82XV0, ISPG_NITEU ; Q1QQI9, ISPG_NITHX ; A6Q1U2, ISPG_NITSB ; -DR Q3SVD0, ISPG_NITWN ; Q5YS74, ISPG_NOCFA ; A1R501, ISPG_PAEAT ; -DR A6LGR5, ISPG_PARD8 ; A1B323, ISPG_PARDP ; Q6MD85, ISPG_PARUW ; +DR Q9RXC9, ISPG_DEIRA ; Q6AP32, ISPG_DESPS ; A8LI72, ISPG_DINSH ; +DR A7ZPV8, ISPG_ECO24 ; B7UGW1, ISPG_ECO27 ; B7MI00, ISPG_ECO45 ; +DR B7LDA7, ISPG_ECO55 ; P62622, ISPG_ECO57 ; B5Z0Y4, ISPG_ECO5E ; +DR B7NRG5, ISPG_ECO7I ; B7MYF0, ISPG_ECO81 ; B7M7L9, ISPG_ECO8A ; +DR C4ZX90, ISPG_ECOBW ; B1XAZ0, ISPG_ECODH ; A8A321, ISPG_ECOHS ; +DR A1AE53, ISPG_ECOK1 ; Q0TEX0, ISPG_ECOL5 ; P62621, ISPG_ECOL6 ; +DR B1IWE6, ISPG_ECOLC ; P62620, ISPG_ECOLI ; B7N6A3, ISPG_ECOLU ; +DR B6I587, ISPG_ECOSE ; B1LNH0, ISPG_ECOSM ; Q1R8L8, ISPG_ECOUT ; +DR Q3YRZ7, ISPG_EHRCJ ; Q5FHA6, ISPG_EHRRG ; Q5HB57, ISPG_EHRRW ; +DR A4WD93, ISPG_ENT38 ; B2VE89, ISPG_ERWT9 ; B7LKC3, ISPG_ESCF3 ; +DR B1YLA2, ISPG_EXIS2 ; C4L3K5, ISPG_EXISA ; Q0RDR2, ISPG_FRAAA ; +DR Q2J717, ISPG_FRACC ; Q14IL6, ISPG_FRAT1 ; B2SG03, ISPG_FRATM ; +DR A0Q6U8, ISPG_FRATN ; Q0BMA6, ISPG_FRATO ; Q5NH64, ISPG_FRATT ; +DR Q8RG40, ISPG_FUSNN ; Q5KX35, ISPG_GEOKA ; Q74D60, ISPG_GEOSL ; +DR C5D4Q3, ISPG_GEOSW ; A4IQZ4, ISPG_GEOTN ; A9HJ48, ISPG_GLUDA ; +DR Q5FUR7, ISPG_GLUOX ; Q0BUK0, ISPG_GRABC ; Q7VME2, ISPG_HAEDU ; +DR Q4QNH4, ISPG_HAEI8 ; A5UAB9, ISPG_HAEIE ; A5UGH1, ISPG_HAEIG ; +DR P44667, ISPG_HAEIN ; Q2SDW4, ISPG_HAHCH ; Q9KD18, ISPG_HALH5 ; +DR C4K4I8, ISPG_HAMD5 ; Q17XU2, ISPG_HELAH ; Q7VI04, ISPG_HELHP ; +DR B6JLL3, ISPG_HELP2 ; B5Z6Z7, ISPG_HELPG ; Q1CTP7, ISPG_HELPH ; +DR Q9ZLL0, ISPG_HELPJ ; B2UTK0, ISPG_HELPS ; O25342, ISPG_HELPY ; +DR Q0I2E9, ISPG_HISS1 ; B0USG8, ISPG_HISS2 ; B4U9V3, ISPG_HYDS0 ; +DR Q0C4J3, ISPG_HYPNA ; Q5QYA9, ISPG_IDILO ; Q28R10, ISPG_JANSC ; +DR B5XNL5, ISPG_KLEP3 ; A6TCD4, ISPG_KLEP7 ; B2GKS3, ISPG_KOCRD ; +DR Q1IRS5, ISPG_KORVE ; C1DD43, ISPG_LARHH ; Q1MSE5, ISPG_LAWIP ; +DR Q6AEX9, ISPG_LEIXX ; Q04UL2, ISPG_LEPBJ ; Q04YW2, ISPG_LEPBL ; +DR Q72TR2, ISPG_LEPIC ; Q8F1H5, ISPG_LEPIN ; C1L2Z7, ISPG_LISMC ; +DR Q71ZM9, ISPG_LISMF ; P58668, ISPG_LISMO ; B1HSS4, ISPG_LYSSC ; +DR B9E6U1, ISPG_MACCJ ; A0LDN3, ISPG_MAGMM ; Q8EUI6, ISPG_MALP2 ; +DR Q65R84, ISPG_MANSM ; A6VV06, ISPG_MARMS ; A1TZQ0, ISPG_MARN8 ; +DR C6BYK9, ISPG_MARSD ; Q604Q5, ISPG_METCA ; Q1H0U9, ISPG_METFK ; +DR Q7TXN6, ISPG_MYCBO ; A1KML3, ISPG_MYCBP ; C1AFY4, ISPG_MYCBT ; +DR Q7NBH3, ISPG_MYCGA ; B8ZRU5, ISPG_MYCLB ; Q9CBU5, ISPG_MYCLE ; +DR Q73VS3, ISPG_MYCPA ; A5U6M2, ISPG_MYCTA ; P9WKG2, ISPG_MYCTO ; +DR P9WKG3, ISPG_MYCTU ; B2A390, ISPG_NATTJ ; B9LA27, ISPG_NAUPA ; +DR Q5F913, ISPG_NEIG1 ; B4RMG4, ISPG_NEIG2 ; A9LZN8, ISPG_NEIM0 ; +DR Q9JU34, ISPG_NEIMA ; Q9JZ40, ISPG_NEIMB ; A1KUD8, ISPG_NEIMF ; +DR Q0AE42, ISPG_NITEC ; Q82XV0, ISPG_NITEU ; Q1QQI9, ISPG_NITHX ; +DR A6Q1U2, ISPG_NITSB ; Q72CD9, ISPG_NITV2 ; Q3SVD0, ISPG_NITWN ; +DR Q5YS74, ISPG_NOCFA ; A1R501, ISPG_PAEAT ; A6LGR5, ISPG_PARD8 ; +DR A1B323, ISPG_PARDP ; A8L6E2, ISPG_PARS2 ; Q6MD85, ISPG_PARUW ; DR P57987, ISPG_PASMU ; Q6D276, ISPG_PECAS ; C6DBH4, ISPG_PECCP ; DR Q4FNA0, ISPG_PELUB ; C0QRI5, ISPG_PERMH ; Q7N706, ISPG_PHOLL ; DR Q6LU49, ISPG_PHOPR ; A6L089, ISPG_PHOV8 ; Q7MVT7, ISPG_PORGI ; @@ -33400,8 +33534,8 @@ DR A5CX35, ISPG_VESOH ; B7VJT8, ISPG_VIBA3 ; A7MU42, ISPG_VIBC1 ; DR Q9KTX1, ISPG_VIBCH ; Q87S16, ISPG_VIBPA ; Q8DEZ8, ISPG_VIBVU ; DR Q7MNF1, ISPG_VIBVY ; Q8D1Y3, ISPG_WIGBR ; Q73IP1, ISPG_WOLPM ; DR B3CNN4, ISPG_WOLPP ; Q7M8Z2, ISPG_WOLSU ; Q5GRK4, ISPG_WOLTR ; -DR C0R5E5, ISPG_WOLWR ; Q8PLJ8, ISPG_XANAC ; Q3BUK3, ISPG_XANC5 ; -DR Q4UTW8, ISPG_XANC8 ; B0RTS9, ISPG_XANCB ; Q8P9R7, ISPG_XANCP ; +DR C0R5E5, ISPG_WOLWR ; Q8PLJ8, ISPG_XANAC ; Q4UTW8, ISPG_XANC8 ; +DR B0RTS9, ISPG_XANCB ; Q8P9R7, ISPG_XANCP ; Q3BUK3, ISPG_XANE5 ; DR Q2P3M7, ISPG_XANOM ; Q5H0N8, ISPG_XANOR ; Q9PAE3, ISPG_XYLFA ; DR Q87A73, ISPG_XYLFT ; A1JKS2, ISPG_YERE8 ; A7FFY9, ISPG_YERP3 ; DR Q1C5I8, ISPG_YERPA ; B2K9Q0, ISPG_YERPB ; P58672, ISPG_YERPE ; @@ -33428,153 +33562,154 @@ CC in most bacteria and in plant chloroplasts. CC -!- The enzyme acts in the reverse direction, producing a 5:1 mixture of CC isopentenyl diphosphate and prenyl diphosphate. CC -!- Formerly EC 1.17.1.2. -DR Q89UU5, ISPH1_BRADU; Q629Z7, ISPH1_BURMA; Q63WH0, ISPH1_BURPS; -DR P0A5I1, ISPH1_MYCBO; P9WKF8, ISPH1_MYCTO; P9WKF9, ISPH1_MYCTU; -DR Q6N3G0, ISPH1_RHOPA; Q89QW7, ISPH2_BRADU; Q62HM8, ISPH2_BURMA; -DR P0DMK8, ISPH2_BURPS; P0A5I3, ISPH2_MYCBO; P9WKG0, ISPH2_MYCTO; -DR P9WKG1, ISPH2_MYCTU; Q6N1Y1, ISPH2_RHOPA; B0C4N8, ISPH_ACAM1 ; -DR Q9RBJ0, ISPH_ACIAD ; B7GVR1, ISPH_ACIB3 ; B7IAU0, ISPH_ACIB5 ; -DR B2HZW3, ISPH_ACIBC ; B0VQ53, ISPH_ACIBS ; A3M9H2, ISPH_ACIBT ; -DR B0V8K4, ISPH_ACIBY ; A0LW20, ISPH_ACIC1 ; B7JBD6, ISPH_ACIF2 ; -DR B5ERJ7, ISPH_ACIF5 ; A3N2G8, ISPH_ACTP2 ; B3GYK1, ISPH_ACTP7 ; -DR B0BRB3, ISPH_ACTPJ ; A6VQH8, ISPH_ACTSZ ; A0KG42, ISPH_AERHH ; -DR A4SIX8, ISPH_AERS4 ; P58673, ISPH_AGRFC ; Q0VSD8, ISPH_ALCBS ; -DR Q5E7N1, ISPH_ALIF1 ; B5FA63, ISPH_ALIFM ; B6ENC7, ISPH_ALISL ; -DR A6TRF9, ISPH_ALKMQ ; A8MFE2, ISPH_ALKOO ; A7HCQ8, ISPH_ANADF ; -DR B9KIX9, ISPH_ANAMF ; Q5PAE7, ISPH_ANAMM ; B4UEK4, ISPH_ANASK ; -DR B7GH78, ISPH_ANOFW ; O67625, ISPH_AQUAE ; Q94B35, ISPH_ARATH ; -DR Q5P224, ISPH_AROAE ; B6YQB8, ISPH_AZOPC ; A1K4R4, ISPH_AZOSB ; -DR C1DPH8, ISPH_AZOVD ; C3P8J4, ISPH_BACAA ; C3LKW7, ISPH_BACAC ; -DR A0RIR1, ISPH_BACAH ; Q81LU9, ISPH_BACAN ; B7JN13, ISPH_BACC0 ; -DR Q730P8, ISPH_BACC1 ; B7IYD9, ISPH_BACC2 ; C1ESI2, ISPH_BACC3 ; -DR B7HCR2, ISPH_BACC4 ; B7HPI8, ISPH_BACC7 ; A7GSY4, ISPH_BACCN ; -DR B9IY56, ISPH_BACCQ ; Q634Q0, ISPH_BACCZ ; Q5L9K3, ISPH_BACFN ; -DR Q64PU1, ISPH_BACFR ; Q6HDN0, ISPH_BACHK ; Q65H97, ISPH_BACLD ; -DR A9VHR7, ISPH_BACMK ; A8FFA1, ISPH_BACP2 ; P54473, ISPH_BACSU ; -DR Q8A625, ISPH_BACTN ; A7Z6T1, ISPH_BACVZ ; A1URX2, ISPH_BARBK ; -DR Q6G4C5, ISPH_BARHE ; Q6G0C9, ISPH_BARQU ; A9IQQ9, ISPH_BART1 ; -DR Q1LSS7, ISPH_BAUCH ; B2IED0, ISPH_BEII9 ; Q8G4L8, ISPH_BIFLO ; -DR Q493S1, ISPH_BLOPB ; Q7WHF2, ISPH_BORBR ; Q7W9B4, ISPH_BORPA ; -DR Q7VYS2, ISPH_BORPE ; A0A2Z5WA18, ISPH_BOTBR ; C0ZL73, ISPH_BREBN ; -DR B2S9W9, ISPH_BRUA1 ; A6WWG6, ISPH_BRUA4 ; Q57EP6, ISPH_BRUAB ; -DR Q8YFR1, ISPH_BRUME ; Q8G257, ISPH_BRUSU ; B8D8U8, ISPH_BUCA5 ; -DR P57247, ISPH_BUCAI ; Q8K9Z4, ISPH_BUCAP ; B8D752, ISPH_BUCAT ; -DR I1WW99, ISPH_BURP2 ; Q8RA76, ISPH_CALS4 ; A7ZCD0, ISPH_CAMC1 ; -DR A7GXB5, ISPH_CAMC5 ; A0RQC4, ISPH_CAMFF ; A7I0N0, ISPH_CAMHC ; -DR A8FLU3, ISPH_CAMJ8 ; A7H3F3, ISPH_CAMJD ; P0C632, ISPH_CAMJE ; -DR A1VZM8, ISPH_CAMJJ ; Q5HUR4, ISPH_CAMJR ; B9KD74, ISPH_CAMLR ; -DR Q9A345, ISPH_CAUVC ; A3PGE9, ISPH_CERS1 ; Q3J5X0, ISPH_CERS4 ; -DR A4WVQ4, ISPH_CERS5 ; Q11KC7, ISPH_CHESB ; Q5L5D3, ISPH_CHLAB ; -DR Q3AT23, ISPH_CHLCH ; Q822D9, ISPH_CHLCV ; Q255J4, ISPH_CHLFF ; -DR B3EFF5, ISPH_CHLL2 ; Q3B241, ISPH_CHLL3 ; Q9PL59, ISPH_CHLMU ; -DR B3QQE0, ISPH_CHLP8 ; B3EM42, ISPH_CHLPB ; A1BDJ5, ISPH_CHLPD ; -DR A4SGC0, ISPH_CHLPM ; Q9Z6P2, ISPH_CHLPN ; B0B991, ISPH_CHLT2 ; -DR B3QSU2, ISPH_CHLT3 ; Q3KKH8, ISPH_CHLTA ; B0BAX0, ISPH_CHLTB ; -DR Q8KFN9, ISPH_CHLTE ; O84867, ISPH_CHLTR ; Q1R0B2, ISPH_CHRSD ; -DR Q7NS59, ISPH_CHRVO ; B5E9S9, ISPH_CITBB ; A8ALT3, ISPH_CITK8 ; -DR Q97I09, ISPH_CLOAB ; Q187C6, ISPH_CLOD6 ; Q0TRF3, ISPH_CLOP1 ; -DR P58675, ISPH_CLOPE ; Q0STT3, ISPH_CLOPS ; Q895G2, ISPH_CLOTE ; -DR Q486R1, ISPH_COLP3 ; Q6NI36, ISPH_CORDI ; Q8FQP0, ISPH_COREF ; -DR A4QCY9, ISPH_CORGB ; Q8NRM2, ISPH_CORGL ; B1WTZ2, ISPH_CROS5 ; -DR A7MIM0, ISPH_CROS8 ; Q6AA89, ISPH_CUTAK ; B8HWD3, ISPH_CYAP4 ; -DR Q11YY5, ISPH_CYTH3 ; Q47BK8, ISPH_DECAR ; Q3Z6U4, ISPH_DEHM1 ; -DR A5FPY7, ISPH_DEHMB ; Q3ZYL6, ISPH_DEHMC ; Q9RSG0, ISPH_DEIRA ; -DR B8J3G9, ISPH_DESDA ; Q6AL80, ISPH_DESPS ; Q72G08, ISPH_DESVH ; -DR B8DMK7, ISPH_DESVM ; A1VHK1, ISPH_DESVV ; B5YEC2, ISPH_DICT6 ; -DR B8E2T7, ISPH_DICTD ; A8LLC7, ISPH_DINSH ; A7ZHB8, ISPH_ECO24 ; -DR B7UI74, ISPH_ECO27 ; B7MAE9, ISPH_ECO45 ; B7L4F1, ISPH_ECO55 ; -DR P62625, ISPH_ECO57 ; B5YYC1, ISPH_ECO5E ; B7NHD3, ISPH_ECO7I ; -DR B7MNN4, ISPH_ECO81 ; B7M0C5, ISPH_ECO8A ; C4ZPV5, ISPH_ECOBW ; -DR B1XBF4, ISPH_ECODH ; A7ZVX7, ISPH_ECOHS ; A1A777, ISPH_ECOK1 ; -DR Q0TLW2, ISPH_ECOL5 ; P62624, ISPH_ECOL6 ; B1IRE6, ISPH_ECOLC ; -DR P62623, ISPH_ECOLI ; B7N7Q3, ISPH_ECOLU ; B6HYX7, ISPH_ECOSE ; -DR B1LFV9, ISPH_ECOSM ; Q1RGH3, ISPH_ECOUT ; C5B7M7, ISPH_EDWI9 ; -DR Q5FFL5, ISPH_EHRRG ; Q5HB13, ISPH_EHRRW ; A4W6E4, ISPH_ENT38 ; -DR B2VH04, ISPH_ERWT9 ; B7LVN5, ISPH_ESCF3 ; B1YL84, ISPH_EXIS2 ; -DR C4L3Z5, ISPH_EXISA ; B0U064, ISPH_FRAP2 ; Q14I06, ISPH_FRAT1 ; -DR A7NA22, ISPH_FRATF ; Q2A587, ISPH_FRATH ; B2SES8, ISPH_FRATM ; -DR A0Q4T9, ISPH_FRATN ; Q0BNK1, ISPH_FRATO ; Q5NGK4, ISPH_FRATT ; -DR A4IYW2, ISPH_FRATW ; Q8RI52, ISPH_FUSNN ; B9LZG4, ISPH_GEODF ; -DR Q5KX24, ISPH_GEOKA ; Q39XB6, ISPH_GEOMG ; Q749Y8, ISPH_GEOSL ; -DR C6E2B3, ISPH_GEOSM ; C5D4R3, ISPH_GEOSW ; A4IR05, ISPH_GEOTN ; -DR A5GE10, ISPH_GEOUR ; B8F6E6, ISPH_GLAP5 ; B7KEG3, ISPH_GLOC7 ; -DR Q7NG74, ISPH_GLOVI ; Q5FUH7, ISPH_GLUOX ; Q7VPK4, ISPH_HAEDU ; -DR Q4QLQ5, ISPH_HAEI8 ; A5UD69, ISPH_HAEIE ; A5UID9, ISPH_HAEIG ; -DR P44976, ISPH_HAEIN ; Q2S9U2, ISPH_HAHCH ; Q9KD37, ISPH_HALH5 ; -DR C4K4R2, ISPH_HAMD5 ; Q7VJV5, ISPH_HELHP ; B6JMP4, ISPH_HELP2 ; -DR Q1CSL3, ISPH_HELPH ; P65186, ISPH_HELPJ ; B2UUG0, ISPH_HELPS ; -DR P65185, ISPH_HELPY ; B0UV08, ISPH_HISS2 ; Q0BYQ0, ISPH_HYPNA ; -DR Q5QZR7, ISPH_IDILO ; B5Y232, ISPH_KLEP3 ; A6T4G3, ISPH_KLEP7 ; -DR C5CIU9, ISPH_KOSOT ; Q6ADV0, ISPH_LEIXX ; Q72S57, ISPH_LEPIC ; -DR Q8F3I3, ISPH_LEPIN ; C1KV98, ISPH_LISMC ; Q71ZL9, ISPH_LISMF ; -DR P58676, ISPH_LISMO ; B1HTG5, ISPH_LYSSC ; B9E6U8, ISPH_MACCJ ; -DR A0LD71, ISPH_MAGMM ; Q8EWR9, ISPH_MALP2 ; Q65RQ4, ISPH_MANSM ; -DR A1TYZ2, ISPH_MARN8 ; Q607E5, ISPH_METCA ; A2SJA8, ISPH_METPP ; -DR B8EQB9, ISPH_METSB ; B0JVA7, ISPH_MICAN ; A4T986, ISPH_MYCGI ; -DR Q9X781, ISPH_MYCLE ; Q73WH6, ISPH_MYCPA ; A3Q4N0, ISPH_MYCSJ ; -DR A1UKL5, ISPH_MYCSK ; Q1B4H4, ISPH_MYCSS ; A0PKQ3, ISPH_MYCUA ; -DR A1TE06, ISPH_MYCVP ; B9L9K5, ISPH_NAUPA ; Q5FAF2, ISPH_NEIG1 ; -DR B4RPZ2, ISPH_NEIG2 ; A9M1J9, ISPH_NEIM0 ; P65191, ISPH_NEIMA ; -DR P65192, ISPH_NEIMB ; A1KS64, ISPH_NEIMF ; Q2GDX3, ISPH_NEOSM ; -DR Q82WM1, ISPH_NITEU ; A6Q2R7, ISPH_NITSB ; Q5YQ94, ISPH_NOCFA ; -DR B2IZV5, ISPH_NOSP7 ; P58674, ISPH_NOSS1 ; Q316F5, ISPH_OLEA2 ; -DR B1ZXD4, ISPH_OPITP ; Q6AVG6, ISPH_ORYSJ ; A6LIB3, ISPH_PARD8 ; -DR A1B842, ISPH_PARDP ; Q7U9K4, ISPH_PARMW ; Q6MC97, ISPH_PARUW ; -DR P57960, ISPH_PASMU ; Q6D0C6, ISPH_PECAS ; C6DF01, ISPH_PECCP ; -DR B4SCU0, ISPH_PELPB ; A1ANP9, ISPH_PELPD ; A9BGS3, ISPH_PETMO ; -DR B4R8T7, ISPH_PHEZH ; Q7N8W9, ISPH_PHOLL ; Q6LUK8, ISPH_PHOPR ; -DR A6L1P5, ISPH_PHOV8 ; B1XPG7, ISPH_PICP2 ; Q8I295, ISPH_PLAF7 ; -DR Q12EY5, ISPH_POLSJ ; Q7MWK6, ISPH_PORGI ; B4S4X8, ISPH_PROA2 ; -DR A3PAY5, ISPH_PROM0 ; A2C096, ISPH_PROM1 ; A2CCK3, ISPH_PROM3 ; -DR A9BDN6, ISPH_PROM4 ; A2BUP5, ISPH_PROM5 ; Q31CR8, ISPH_PROM9 ; -DR Q7VDS2, ISPH_PROMA ; B4F2T8, ISPH_PROMH ; Q7V4T7, ISPH_PROMM ; -DR Q7V329, ISPH_PROMP ; A2BP63, ISPH_PROMS ; Q46HB0, ISPH_PROMT ; -DR Q48NK3, ISPH_PSE14 ; Q15R07, ISPH_PSEA6 ; B7V0A0, ISPH_PSEA8 ; -DR Q02GC0, ISPH_PSEAB ; Q9HVM7, ISPH_PSEAE ; Q1I4S8, ISPH_PSEE4 ; -DR Q4K5U7, ISPH_PSEF5 ; P21864, ISPH_PSEFL ; C3KDX7, ISPH_PSEFS ; -DR A8F7S0, ISPH_PSELT ; A4XQV8, ISPH_PSEMY ; A5VY55, ISPH_PSEP1 ; -DR Q3K6L8, ISPH_PSEPF ; B0KM87, ISPH_PSEPG ; Q88Q89, ISPH_PSEPK ; -DR B1JF80, ISPH_PSEPW ; Q889E1, ISPH_PSESM ; Q3IE99, ISPH_PSET1 ; -DR Q4ZYJ1, ISPH_PSEU2 ; Q4FQY8, ISPH_PSYA2 ; Q1Q974, ISPH_PSYCK ; -DR A1SZP0, ISPH_PSYIN ; A5WCZ2, ISPH_PSYWF ; P58677, ISPH_RALN1 ; -DR B3PSB9, ISPH_RHIE6 ; Q1MKH8, ISPH_RHIJ3 ; Q985W3, ISPH_RHILO ; -DR B5ZSV9, ISPH_RHILW ; Q92RG2, ISPH_RHIME ; B9JAQ2, ISPH_RHIR8 ; -DR Q7ULU1, ISPH_RHOBA ; C1A2V7, ISPH_RHOE4 ; Q0S489, ISPH_RHOJR ; -DR C1AYI4, ISPH_RHOOB ; B7K4V8, ISPH_RIPO1 ; Q16AJ6, ISPH_ROSDO ; -DR Q5LNJ7, ISPH_RUEPO ; Q1GDG5, ISPH_RUEST ; A1AXS1, ISPH_RUTMC ; -DR Q21HK6, ISPH_SACD2 ; B5F728, ISPH_SALA4 ; A9MR43, ISPH_SALAR ; -DR Q57TL2, ISPH_SALCH ; B5FHE3, ISPH_SALDC ; B5R1N9, ISPH_SALEP ; -DR B5RG84, ISPH_SALG2 ; B4TIE9, ISPH_SALHS ; B4T6H5, ISPH_SALNS ; -DR Q5PKI4, ISPH_SALPA ; A9MYG8, ISPH_SALPB ; C0Q4I9, ISPH_SALPC ; -DR B5BLL3, ISPH_SALPK ; B4TWP0, ISPH_SALSV ; P58678, ISPH_SALTI ; -DR P58679, ISPH_SALTY ; A8G9L7, ISPH_SERP5 ; B0TJB2, ISPH_SHEHH ; -DR Q8EBI7, ISPH_SHEON ; A8H1H6, ISPH_SHEPA ; B2U248, ISPH_SHIB3 ; -DR Q326J4, ISPH_SHIBS ; Q32K68, ISPH_SHIDS ; Q0T8G5, ISPH_SHIF8 ; -DR Q7UDT8, ISPH_SHIFL ; Q3Z5Y1, ISPH_SHISS ; Q5WHC6, ISPH_SHOC1 ; -DR Q2NVY3, ISPH_SODGM ; C4XUD2, ISPH_SOLM1 ; Q82IE8, ISPH_STRAW ; -DR Q9FBM1, ISPH_STRCO ; B1W2D7, ISPH_STRGG ; B4SP20, ISPH_STRM5 ; -DR B2FU83, ISPH_STRMK ; Q30S81, ISPH_SULDN ; A6Q7P9, ISPH_SULNB ; -DR Q67QZ8, ISPH_SYMTH ; Q3A3D3, ISPH_SYNC1 ; Q31S64, ISPH_SYNE7 ; -DR Q5N249, ISPH_SYNP6 ; A5GIF7, ISPH_SYNPW ; A5GWG3, ISPH_SYNR3 ; -DR Q0IDE5, ISPH_SYNS3 ; Q3B080, ISPH_SYNS9 ; Q3AN10, ISPH_SYNSC ; -DR Q55643, ISPH_SYNY3 ; Q9X1F7, ISPH_THEMA ; B9K8E2, ISPH_THENN ; -DR A5IME1, ISPH_THEP1 ; B0K9L0, ISPH_THEP3 ; B0K197, ISPH_THEPX ; -DR B1LBI2, ISPH_THESQ ; Q72G65, ISPH_THET2 ; Q5SMC8, ISPH_THET8 ; -DR Q8DK29, ISPH_THEVB ; B8GQR4, ISPH_THISH ; C4LD10, ISPH_TOLAT ; -DR Q73NQ6, ISPH_TREDE ; O83558, ISPH_TREPA ; B2S3D9, ISPH_TREPS ; -DR Q10WA8, ISPH_TRIEI ; B3E441, ISPH_TRIL1 ; Q3M8X6, ISPH_TRIV2 ; -DR Q83NB2, ISPH_TROW8 ; Q83MR9, ISPH_TROWT ; A5CVK1, ISPH_VESOH ; -DR Q9KU44, ISPH_VIBCH ; Q87S87, ISPH_VIBPA ; Q8DET0, ISPH_VIBVU ; -DR Q7MNM5, ISPH_VIBVY ; Q8D2R2, ISPH_WIGBR ; Q73FQ1, ISPH_WOLPM ; -DR B3CM01, ISPH_WOLPP ; Q7M8Y6, ISPH_WOLSU ; Q5GTN6, ISPH_WOLTR ; -DR C0R4T5, ISPH_WOLWR ; Q8PN17, ISPH_XANAC ; Q3BW40, ISPH_XANC5 ; +DR A0A7J6F8C5, HDR_CANSA ; Q89UU5, ISPH1_BRADU; Q629Z7, ISPH1_BURMA; +DR Q63WH0, ISPH1_BURPS; P0A5I1, ISPH1_MYCBO; P9WKF8, ISPH1_MYCTO; +DR P9WKF9, ISPH1_MYCTU; Q6N3G0, ISPH1_RHOPA; Q89QW7, ISPH2_BRADU; +DR Q62HM8, ISPH2_BURMA; P0DMK8, ISPH2_BURPS; P0A5I3, ISPH2_MYCBO; +DR P9WKG0, ISPH2_MYCTO; P9WKG1, ISPH2_MYCTU; Q6N1Y1, ISPH2_RHOPA; +DR B0C4N8, ISPH_ACAM1 ; Q9RBJ0, ISPH_ACIAD ; B7GVR1, ISPH_ACIB3 ; +DR B7IAU0, ISPH_ACIB5 ; B2HZW3, ISPH_ACIBC ; B0VQ53, ISPH_ACIBS ; +DR A3M9H2, ISPH_ACIBT ; B0V8K4, ISPH_ACIBY ; A0LW20, ISPH_ACIC1 ; +DR B7JBD6, ISPH_ACIF2 ; B5ERJ7, ISPH_ACIF5 ; A3N2G8, ISPH_ACTP2 ; +DR B3GYK1, ISPH_ACTP7 ; B0BRB3, ISPH_ACTPJ ; A6VQH8, ISPH_ACTSZ ; +DR A0KG42, ISPH_AERHH ; A4SIX8, ISPH_AERS4 ; P58673, ISPH_AGRFC ; +DR Q0VSD8, ISPH_ALCBS ; Q5E7N1, ISPH_ALIF1 ; B5FA63, ISPH_ALIFM ; +DR B6ENC7, ISPH_ALISL ; A6TRF9, ISPH_ALKMQ ; A8MFE2, ISPH_ALKOO ; +DR A7HCQ8, ISPH_ANADF ; B9KIX9, ISPH_ANAMF ; Q5PAE7, ISPH_ANAMM ; +DR B4UEK4, ISPH_ANASK ; B7GH78, ISPH_ANOFW ; O67625, ISPH_AQUAE ; +DR Q94B35, ISPH_ARATH ; Q5P224, ISPH_AROAE ; B6YQB8, ISPH_AZOPC ; +DR A1K4R4, ISPH_AZOSB ; C1DPH8, ISPH_AZOVD ; C3P8J4, ISPH_BACAA ; +DR C3LKW7, ISPH_BACAC ; A0RIR1, ISPH_BACAH ; Q81LU9, ISPH_BACAN ; +DR B7JN13, ISPH_BACC0 ; Q730P8, ISPH_BACC1 ; B7IYD9, ISPH_BACC2 ; +DR C1ESI2, ISPH_BACC3 ; B7HCR2, ISPH_BACC4 ; B7HPI8, ISPH_BACC7 ; +DR A7GSY4, ISPH_BACCN ; B9IY56, ISPH_BACCQ ; Q634Q0, ISPH_BACCZ ; +DR Q5L9K3, ISPH_BACFN ; Q64PU1, ISPH_BACFR ; Q6HDN0, ISPH_BACHK ; +DR Q65H97, ISPH_BACLD ; A9VHR7, ISPH_BACMK ; A8FFA1, ISPH_BACP2 ; +DR P54473, ISPH_BACSU ; Q8A625, ISPH_BACTN ; A7Z6T1, ISPH_BACVZ ; +DR A1URX2, ISPH_BARBK ; Q6G4C5, ISPH_BARHE ; Q6G0C9, ISPH_BARQU ; +DR A9IQQ9, ISPH_BART1 ; Q1LSS7, ISPH_BAUCH ; B2IED0, ISPH_BEII9 ; +DR Q8G4L8, ISPH_BIFLO ; Q493S1, ISPH_BLOPB ; Q7WHF2, ISPH_BORBR ; +DR Q7W9B4, ISPH_BORPA ; Q7VYS2, ISPH_BORPE ; A0A2Z5WA18, ISPH_BOTBR ; +DR C0ZL73, ISPH_BREBN ; B2S9W9, ISPH_BRUA1 ; A6WWG6, ISPH_BRUA4 ; +DR Q57EP6, ISPH_BRUAB ; Q8YFR1, ISPH_BRUME ; Q8G257, ISPH_BRUSU ; +DR B8D8U8, ISPH_BUCA5 ; P57247, ISPH_BUCAI ; Q8K9Z4, ISPH_BUCAP ; +DR B8D752, ISPH_BUCAT ; I1WW99, ISPH_BURP2 ; Q8RA76, ISPH_CALS4 ; +DR A7ZCD0, ISPH_CAMC1 ; A7GXB5, ISPH_CAMC5 ; A0RQC4, ISPH_CAMFF ; +DR A7I0N0, ISPH_CAMHC ; A8FLU3, ISPH_CAMJ8 ; A7H3F3, ISPH_CAMJD ; +DR P0C632, ISPH_CAMJE ; A1VZM8, ISPH_CAMJJ ; Q5HUR4, ISPH_CAMJR ; +DR B9KD74, ISPH_CAMLR ; Q9A345, ISPH_CAUVC ; A3PGE9, ISPH_CERS1 ; +DR Q3J5X0, ISPH_CERS4 ; A4WVQ4, ISPH_CERS5 ; Q11KC7, ISPH_CHESB ; +DR Q5L5D3, ISPH_CHLAB ; Q3AT23, ISPH_CHLCH ; Q822D9, ISPH_CHLCV ; +DR Q255J4, ISPH_CHLFF ; B3EFF5, ISPH_CHLL2 ; Q3B241, ISPH_CHLL3 ; +DR Q9PL59, ISPH_CHLMU ; B3QQE0, ISPH_CHLP8 ; B3EM42, ISPH_CHLPB ; +DR A1BDJ5, ISPH_CHLPD ; A4SGC0, ISPH_CHLPM ; Q9Z6P2, ISPH_CHLPN ; +DR B0B991, ISPH_CHLT2 ; B3QSU2, ISPH_CHLT3 ; Q3KKH8, ISPH_CHLTA ; +DR B0BAX0, ISPH_CHLTB ; Q8KFN9, ISPH_CHLTE ; O84867, ISPH_CHLTR ; +DR Q1R0B2, ISPH_CHRSD ; Q7NS59, ISPH_CHRVO ; B5E9S9, ISPH_CITBB ; +DR A8ALT3, ISPH_CITK8 ; Q97I09, ISPH_CLOAB ; Q187C6, ISPH_CLOD6 ; +DR Q0TRF3, ISPH_CLOP1 ; P58675, ISPH_CLOPE ; Q0STT3, ISPH_CLOPS ; +DR Q895G2, ISPH_CLOTE ; Q486R1, ISPH_COLP3 ; Q6NI36, ISPH_CORDI ; +DR Q8FQP0, ISPH_COREF ; A4QCY9, ISPH_CORGB ; Q8NRM2, ISPH_CORGL ; +DR B1WTZ2, ISPH_CROS5 ; A7MIM0, ISPH_CROS8 ; Q6AA89, ISPH_CUTAK ; +DR B8HWD3, ISPH_CYAP4 ; Q11YY5, ISPH_CYTH3 ; Q47BK8, ISPH_DECAR ; +DR Q3Z6U4, ISPH_DEHM1 ; A5FPY7, ISPH_DEHMB ; Q3ZYL6, ISPH_DEHMC ; +DR Q9RSG0, ISPH_DEIRA ; B8J3G9, ISPH_DESDA ; Q6AL80, ISPH_DESPS ; +DR B5YEC2, ISPH_DICT6 ; B8E2T7, ISPH_DICTD ; A8LLC7, ISPH_DINSH ; +DR A7ZHB8, ISPH_ECO24 ; B7UI74, ISPH_ECO27 ; B7MAE9, ISPH_ECO45 ; +DR B7L4F1, ISPH_ECO55 ; P62625, ISPH_ECO57 ; B5YYC1, ISPH_ECO5E ; +DR B7NHD3, ISPH_ECO7I ; B7MNN4, ISPH_ECO81 ; B7M0C5, ISPH_ECO8A ; +DR C4ZPV5, ISPH_ECOBW ; B1XBF4, ISPH_ECODH ; A7ZVX7, ISPH_ECOHS ; +DR A1A777, ISPH_ECOK1 ; Q0TLW2, ISPH_ECOL5 ; P62624, ISPH_ECOL6 ; +DR B1IRE6, ISPH_ECOLC ; P62623, ISPH_ECOLI ; B7N7Q3, ISPH_ECOLU ; +DR B6HYX7, ISPH_ECOSE ; B1LFV9, ISPH_ECOSM ; Q1RGH3, ISPH_ECOUT ; +DR C5B7M7, ISPH_EDWI9 ; Q5FFL5, ISPH_EHRRG ; Q5HB13, ISPH_EHRRW ; +DR A4W6E4, ISPH_ENT38 ; B2VH04, ISPH_ERWT9 ; B7LVN5, ISPH_ESCF3 ; +DR B1YL84, ISPH_EXIS2 ; C4L3Z5, ISPH_EXISA ; B0U064, ISPH_FRAP2 ; +DR Q14I06, ISPH_FRAT1 ; A7NA22, ISPH_FRATF ; Q2A587, ISPH_FRATH ; +DR B2SES8, ISPH_FRATM ; A0Q4T9, ISPH_FRATN ; Q0BNK1, ISPH_FRATO ; +DR Q5NGK4, ISPH_FRATT ; A4IYW2, ISPH_FRATW ; Q8RI52, ISPH_FUSNN ; +DR B9LZG4, ISPH_GEODF ; Q5KX24, ISPH_GEOKA ; Q39XB6, ISPH_GEOMG ; +DR Q749Y8, ISPH_GEOSL ; C6E2B3, ISPH_GEOSM ; C5D4R3, ISPH_GEOSW ; +DR A4IR05, ISPH_GEOTN ; A5GE10, ISPH_GEOUR ; B8F6E6, ISPH_GLAP5 ; +DR B7KEG3, ISPH_GLOC7 ; Q7NG74, ISPH_GLOVI ; Q5FUH7, ISPH_GLUOX ; +DR Q7VPK4, ISPH_HAEDU ; Q4QLQ5, ISPH_HAEI8 ; A5UD69, ISPH_HAEIE ; +DR A5UID9, ISPH_HAEIG ; P44976, ISPH_HAEIN ; Q2S9U2, ISPH_HAHCH ; +DR Q9KD37, ISPH_HALH5 ; C4K4R2, ISPH_HAMD5 ; Q7VJV5, ISPH_HELHP ; +DR B6JMP4, ISPH_HELP2 ; Q1CSL3, ISPH_HELPH ; P65186, ISPH_HELPJ ; +DR B2UUG0, ISPH_HELPS ; P65185, ISPH_HELPY ; B0UV08, ISPH_HISS2 ; +DR Q0BYQ0, ISPH_HYPNA ; Q5QZR7, ISPH_IDILO ; B5Y232, ISPH_KLEP3 ; +DR A6T4G3, ISPH_KLEP7 ; C5CIU9, ISPH_KOSOT ; Q6ADV0, ISPH_LEIXX ; +DR Q72S57, ISPH_LEPIC ; Q8F3I3, ISPH_LEPIN ; C1KV98, ISPH_LISMC ; +DR Q71ZL9, ISPH_LISMF ; P58676, ISPH_LISMO ; B1HTG5, ISPH_LYSSC ; +DR B9E6U8, ISPH_MACCJ ; A0LD71, ISPH_MAGMM ; Q8EWR9, ISPH_MALP2 ; +DR Q65RQ4, ISPH_MANSM ; A1TYZ2, ISPH_MARN8 ; Q607E5, ISPH_METCA ; +DR A2SJA8, ISPH_METPP ; B8EQB9, ISPH_METSB ; B0JVA7, ISPH_MICAN ; +DR A4T986, ISPH_MYCGI ; Q9X781, ISPH_MYCLE ; Q73WH6, ISPH_MYCPA ; +DR A3Q4N0, ISPH_MYCSJ ; A1UKL5, ISPH_MYCSK ; Q1B4H4, ISPH_MYCSS ; +DR A0PKQ3, ISPH_MYCUA ; A1TE06, ISPH_MYCVP ; B9L9K5, ISPH_NAUPA ; +DR Q5FAF2, ISPH_NEIG1 ; B4RPZ2, ISPH_NEIG2 ; A9M1J9, ISPH_NEIM0 ; +DR P65191, ISPH_NEIMA ; P65192, ISPH_NEIMB ; A1KS64, ISPH_NEIMF ; +DR Q2GDX3, ISPH_NEOSM ; Q82WM1, ISPH_NITEU ; A6Q2R7, ISPH_NITSB ; +DR Q72G08, ISPH_NITV2 ; A1VHK1, ISPH_NITV4 ; B8DMK7, ISPH_NITV9 ; +DR Q5YQ94, ISPH_NOCFA ; B2IZV5, ISPH_NOSP7 ; P58674, ISPH_NOSS1 ; +DR Q316F5, ISPH_OLEA2 ; B1ZXD4, ISPH_OPITP ; Q6AVG6, ISPH_ORYSJ ; +DR A6LIB3, ISPH_PARD8 ; A1B842, ISPH_PARDP ; Q7U9K4, ISPH_PARMW ; +DR Q6MC97, ISPH_PARUW ; P57960, ISPH_PASMU ; Q6D0C6, ISPH_PECAS ; +DR C6DF01, ISPH_PECCP ; B4SCU0, ISPH_PELPB ; A1ANP9, ISPH_PELPD ; +DR A9BGS3, ISPH_PETMO ; B4R8T7, ISPH_PHEZH ; Q7N8W9, ISPH_PHOLL ; +DR Q6LUK8, ISPH_PHOPR ; A6L1P5, ISPH_PHOV8 ; B1XPG7, ISPH_PICP2 ; +DR Q8I295, ISPH_PLAF7 ; Q12EY5, ISPH_POLSJ ; Q7MWK6, ISPH_PORGI ; +DR B4S4X8, ISPH_PROA2 ; A3PAY5, ISPH_PROM0 ; A2C096, ISPH_PROM1 ; +DR A2CCK3, ISPH_PROM3 ; A9BDN6, ISPH_PROM4 ; A2BUP5, ISPH_PROM5 ; +DR Q31CR8, ISPH_PROM9 ; Q7VDS2, ISPH_PROMA ; B4F2T8, ISPH_PROMH ; +DR Q7V4T7, ISPH_PROMM ; Q7V329, ISPH_PROMP ; A2BP63, ISPH_PROMS ; +DR Q46HB0, ISPH_PROMT ; Q48NK3, ISPH_PSE14 ; Q15R07, ISPH_PSEA6 ; +DR B7V0A0, ISPH_PSEA8 ; Q02GC0, ISPH_PSEAB ; Q9HVM7, ISPH_PSEAE ; +DR Q1I4S8, ISPH_PSEE4 ; Q4K5U7, ISPH_PSEF5 ; P21864, ISPH_PSEFL ; +DR C3KDX7, ISPH_PSEFS ; A8F7S0, ISPH_PSELT ; A4XQV8, ISPH_PSEMY ; +DR A5VY55, ISPH_PSEP1 ; Q3K6L8, ISPH_PSEPF ; B0KM87, ISPH_PSEPG ; +DR Q88Q89, ISPH_PSEPK ; B1JF80, ISPH_PSEPW ; Q889E1, ISPH_PSESM ; +DR Q3IE99, ISPH_PSET1 ; Q4ZYJ1, ISPH_PSEU2 ; Q4FQY8, ISPH_PSYA2 ; +DR Q1Q974, ISPH_PSYCK ; A1SZP0, ISPH_PSYIN ; A5WCZ2, ISPH_PSYWF ; +DR P58677, ISPH_RALN1 ; B3PSB9, ISPH_RHIE6 ; Q1MKH8, ISPH_RHIJ3 ; +DR Q985W3, ISPH_RHILO ; B5ZSV9, ISPH_RHILW ; Q92RG2, ISPH_RHIME ; +DR B9JAQ2, ISPH_RHIR8 ; Q7ULU1, ISPH_RHOBA ; C1A2V7, ISPH_RHOE4 ; +DR Q0S489, ISPH_RHOJR ; C1AYI4, ISPH_RHOOB ; B7K4V8, ISPH_RIPO1 ; +DR Q16AJ6, ISPH_ROSDO ; Q5LNJ7, ISPH_RUEPO ; Q1GDG5, ISPH_RUEST ; +DR A1AXS1, ISPH_RUTMC ; Q21HK6, ISPH_SACD2 ; B5F728, ISPH_SALA4 ; +DR A9MR43, ISPH_SALAR ; Q57TL2, ISPH_SALCH ; B5FHE3, ISPH_SALDC ; +DR B5R1N9, ISPH_SALEP ; B5RG84, ISPH_SALG2 ; B4TIE9, ISPH_SALHS ; +DR B4T6H5, ISPH_SALNS ; Q5PKI4, ISPH_SALPA ; A9MYG8, ISPH_SALPB ; +DR C0Q4I9, ISPH_SALPC ; B5BLL3, ISPH_SALPK ; B4TWP0, ISPH_SALSV ; +DR P58678, ISPH_SALTI ; P58679, ISPH_SALTY ; A8G9L7, ISPH_SERP5 ; +DR B0TJB2, ISPH_SHEHH ; Q8EBI7, ISPH_SHEON ; A8H1H6, ISPH_SHEPA ; +DR B2U248, ISPH_SHIB3 ; Q326J4, ISPH_SHIBS ; Q32K68, ISPH_SHIDS ; +DR Q0T8G5, ISPH_SHIF8 ; Q7UDT8, ISPH_SHIFL ; Q3Z5Y1, ISPH_SHISS ; +DR Q5WHC6, ISPH_SHOC1 ; Q2NVY3, ISPH_SODGM ; C4XUD2, ISPH_SOLM1 ; +DR Q82IE8, ISPH_STRAW ; Q9FBM1, ISPH_STRCO ; B1W2D7, ISPH_STRGG ; +DR B4SP20, ISPH_STRM5 ; B2FU83, ISPH_STRMK ; Q30S81, ISPH_SULDN ; +DR A6Q7P9, ISPH_SULNB ; Q67QZ8, ISPH_SYMTH ; Q3A3D3, ISPH_SYNC1 ; +DR Q31S64, ISPH_SYNE7 ; Q5N249, ISPH_SYNP6 ; A5GIF7, ISPH_SYNPW ; +DR A5GWG3, ISPH_SYNR3 ; Q0IDE5, ISPH_SYNS3 ; Q3B080, ISPH_SYNS9 ; +DR Q3AN10, ISPH_SYNSC ; Q55643, ISPH_SYNY3 ; Q9X1F7, ISPH_THEMA ; +DR B9K8E2, ISPH_THENN ; A5IME1, ISPH_THEP1 ; B0K9L0, ISPH_THEP3 ; +DR B0K197, ISPH_THEPX ; B1LBI2, ISPH_THESQ ; Q72G65, ISPH_THET2 ; +DR Q5SMC8, ISPH_THET8 ; Q8DK29, ISPH_THEVB ; B8GQR4, ISPH_THISH ; +DR C4LD10, ISPH_TOLAT ; Q73NQ6, ISPH_TREDE ; O83558, ISPH_TREPA ; +DR B2S3D9, ISPH_TREPS ; Q10WA8, ISPH_TRIEI ; B3E441, ISPH_TRIL1 ; +DR Q3M8X6, ISPH_TRIV2 ; Q83NB2, ISPH_TROW8 ; Q83MR9, ISPH_TROWT ; +DR A5CVK1, ISPH_VESOH ; Q9KU44, ISPH_VIBCH ; Q87S87, ISPH_VIBPA ; +DR Q8DET0, ISPH_VIBVU ; Q7MNM5, ISPH_VIBVY ; Q8D2R2, ISPH_WIGBR ; +DR Q73FQ1, ISPH_WOLPM ; B3CM01, ISPH_WOLPP ; Q7M8Y6, ISPH_WOLSU ; +DR Q5GTN6, ISPH_WOLTR ; C0R4T5, ISPH_WOLWR ; Q8PN17, ISPH_XANAC ; DR Q4US42, ISPH_XANC8 ; B0RY26, ISPH_XANCB ; Q8PBG4, ISPH_XANCP ; -DR Q2P5A8, ISPH_XANOM ; B2STC6, ISPH_XANOP ; Q5H2D9, ISPH_XANOR ; -DR B2I6V0, ISPH_XYLF2 ; P65193, ISPH_XYLFA ; B0U3Q7, ISPH_XYLFM ; -DR P65194, ISPH_XYLFT ; A1JJE4, ISPH_YERE8 ; A7FMD4, ISPH_YERP3 ; -DR Q1C0J0, ISPH_YERPA ; B2K3M9, ISPH_YERPB ; P58680, ISPH_YERPE ; -DR A9R005, ISPH_YERPG ; Q1CMU8, ISPH_YERPN ; A4TQF0, ISPH_YERPP ; -DR Q66ES1, ISPH_YERPS ; B1JKZ5, ISPH_YERPY ; Q5NP61, ISPH_ZYMMO ; +DR Q3BW40, ISPH_XANE5 ; Q2P5A8, ISPH_XANOM ; B2STC6, ISPH_XANOP ; +DR Q5H2D9, ISPH_XANOR ; B2I6V0, ISPH_XYLF2 ; P65193, ISPH_XYLFA ; +DR B0U3Q7, ISPH_XYLFM ; P65194, ISPH_XYLFT ; A1JJE4, ISPH_YERE8 ; +DR A7FMD4, ISPH_YERP3 ; Q1C0J0, ISPH_YERPA ; B2K3M9, ISPH_YERPB ; +DR P58680, ISPH_YERPE ; A9R005, ISPH_YERPG ; Q1CMU8, ISPH_YERPN ; +DR A4TQF0, ISPH_YERPP ; Q66ES1, ISPH_YERPS ; B1JKZ5, ISPH_YERPY ; +DR Q5NP61, ISPH_ZYMMO ; // ID 1.17.8.1 DE hydroxysqualene dehydroxylase. @@ -33802,14 +33937,14 @@ DR A4ILW9, CTAA_GEOTN ; A9HEV3, CTAA_GLUDA ; Q0BQ20, CTAA_GRABC ; DR Q9K9M8, CTAA_HALH5 ; Q0BZT0, CTAA_HYPNA ; Q28PL3, CTAA_JANSC ; DR Q929V9, CTAA_LISIN ; C1KX11, CTAA_LISMC ; Q71XV6, CTAA_LISMF ; DR B8DH71, CTAA_LISMH ; Q8Y5K2, CTAA_LISMO ; A0AKG4, CTAA_LISW6 ; -DR B1HPV0, CTAA_LYSSC ; B9EB26, CTAA_MACCJ ; Q2W552, CTAA_MAGSA ; -DR Q0APH6, CTAA_MARMM ; B7KV80, CTAA_METC4 ; A9W350, CTAA_METEP ; -DR B8ISP2, CTAA_METNO ; B1ZGD8, CTAA_METPB ; B1M282, CTAA_METRJ ; -DR B0UR12, CTAA_METS4 ; Q2GCS4, CTAA_NEOSM ; Q0AIG6, CTAA_NITEC ; -DR Q82X64, CTAA_NITEU ; Q1QKJ7, CTAA_NITHX ; Q2Y9R4, CTAA_NITMU ; -DR Q3SSR2, CTAA_NITWN ; Q2G350, CTAA_NOVAD ; Q8ER78, CTAA_OCEIH ; -DR A5CF77, CTAA_ORITB ; B3CRU7, CTAA_ORITI ; A1B8C2, CTAA_PARDP ; -DR A7HXA1, CTAA_PARL1 ; Q4FLV1, CTAA_PELUB ; B3PVH0, CTAA_RHIE6 ; +DR B1HPV0, CTAA_LYSSC ; B9EB26, CTAA_MACCJ ; Q0APH6, CTAA_MARMM ; +DR B7KV80, CTAA_METC4 ; A9W350, CTAA_METEP ; B8ISP2, CTAA_METNO ; +DR B1ZGD8, CTAA_METPB ; B1M282, CTAA_METRJ ; B0UR12, CTAA_METS4 ; +DR Q2GCS4, CTAA_NEOSM ; Q0AIG6, CTAA_NITEC ; Q82X64, CTAA_NITEU ; +DR Q1QKJ7, CTAA_NITHX ; Q2Y9R4, CTAA_NITMU ; Q3SSR2, CTAA_NITWN ; +DR Q2G350, CTAA_NOVAD ; Q8ER78, CTAA_OCEIH ; A5CF77, CTAA_ORITB ; +DR B3CRU7, CTAA_ORITI ; A1B8C2, CTAA_PARDP ; A7HXA1, CTAA_PARL1 ; +DR Q2W552, CTAA_PARM1 ; Q4FLV1, CTAA_PELUB ; B3PVH0, CTAA_RHIE6 ; DR Q2K9W9, CTAA_RHIEC ; Q1MIP9, CTAA_RHIJ3 ; Q982X5, CTAA_RHILO ; DR B5ZXY9, CTAA_RHILW ; Q92QR8, CTAA_RHIME ; B9JD11, CTAA_RHIR8 ; DR A5VF68, CTAA_RHIWR ; B6IUZ7, CTAA_RHOCS ; Q2IWP3, CTAA_RHOP2 ; @@ -33924,50 +34059,51 @@ DR Q9CF34, FENR_LACLA ; A2RJC6, FENR_LACLM ; Q02XL9, FENR_LACLS ; DR Q03AW0, FENR_LACP3 ; Q88UC0, FENR_LACPL ; B1XWQ5, FENR_LEPCP ; DR B1MX70, FENR_LEUCK ; Q03ZE9, FENR_LEUMM ; Q03PJ4, FENR_LEVBA ; DR Q1WUT6, FENR_LIGS1 ; B2GEF7, FENR_LIMF3 ; A5VM22, FENR_LIMRD ; -DR B2G9D0, FENR_LIMRJ ; Q2W0C9, FENR_MAGSA ; Q8EWR4, FENR_MALP2 ; -DR P41343, FENR_MESCR ; A2SFW9, FENR_METPP ; A4YER6, FENR_METS5 ; -DR Q7NBE9, FENR_MYCGA ; Q2GCZ2, FENR_NEOSM ; Q1QNQ1, FENR_NITHX ; -DR Q3STP0, FENR_NITWN ; A1SKI3, FENR_NOCSJ ; P58558, FENR_NOSS1 ; -DR P21890, FENR_NOSSO ; Q04HB6, FENR_OENOB ; A5CF57, FENR_ORITB ; -DR B3CTT3, FENR_ORITI ; A1TRN6, FENR_PARC0 ; A7HW48, FENR_PARL1 ; +DR B2G9D0, FENR_LIMRJ ; Q8EWR4, FENR_MALP2 ; P41343, FENR_MESCR ; +DR A2SFW9, FENR_METPP ; A4YER6, FENR_METS5 ; Q7NBE9, FENR_MYCGA ; +DR Q2GCZ2, FENR_NEOSM ; Q1QNQ1, FENR_NITHX ; Q3STP0, FENR_NITWN ; +DR A1SKI3, FENR_NOCSJ ; P58558, FENR_NOSS1 ; P21890, FENR_NOSSO ; +DR Q04HB6, FENR_OENOB ; A5CF57, FENR_ORITB ; B3CTT3, FENR_ORITI ; +DR A1TRN6, FENR_PARC0 ; A7HW48, FENR_PARL1 ; Q2W0C9, FENR_PARM1 ; DR B2JN27, FENR_PARP8 ; B2T4Y1, FENR_PARPJ ; Q13Y97, FENR_PARXL ; DR Q03H60, FENR_PEDPA ; B4SFQ3, FENR_PELPB ; Q4FMZ1, FENR_PELUB ; DR P31973, FENR_PICP2 ; Q6L1Y6, FENR_PICTO ; C6KT68, FENR_PLAF7 ; DR A4SVT8, FENR_POLAQ ; A1VQ12, FENR_POLNA ; Q12B36, FENR_POLSJ ; -DR P84981, FENR_POPEU ; B4S9F8, FENR_PROA2 ; Q8Y0A5, FENR_RALN1 ; -DR B2U9D2, FENR_RALPJ ; Q98M06, FENR_RHILO ; Q9L6V3, FENR_RHOCA ; -DR Q2ITC6, FENR_RHOP2 ; Q07RK6, FENR_RHOP5 ; Q6N2U4, FENR_RHOPA ; -DR Q219B6, FENR_RHOPB ; Q13AK7, FENR_RHOPS ; B3QJ15, FENR_RHOPT ; -DR Q2RNR2, FENR_RHORT ; A8GNK2, FENR_RICAH ; A8GW75, FENR_RICB8 ; -DR Q1RHV1, FENR_RICBR ; A8EYV4, FENR_RICCK ; Q92HY3, FENR_RICCN ; -DR Q4ULM2, FENR_RICFE ; A8F1N2, FENR_RICM5 ; Q9ZD33, FENR_RICPR ; -DR B0BXN8, FENR_RICRO ; A8GS72, FENR_RICRS ; Q68WM0, FENR_RICTY ; -DR A4F891, FENR_SACEN ; Q97WJ5, FENR_SACS2 ; A8M2W8, FENR_SALAI ; -DR A4X398, FENR_SALTO ; P28901, FENR_SHIFL ; P00455, FENR_SPIOL ; -DR P00454, FENR_SPISP ; A7X5Z9, FENR_STAA1 ; A6U499, FENR_STAA2 ; -DR Q2FEC4, FENR_STAA3 ; Q2FVP8, FENR_STAA8 ; A5IVF3, FENR_STAA9 ; -DR Q2YZ12, FENR_STAAB ; Q5HDI3, FENR_STAAC ; A6QJL4, FENR_STAAE ; -DR Q99RQ5, FENR_STAAM ; Q7A3W1, FENR_STAAN ; Q6GE59, FENR_STAAR ; -DR Q6G6U7, FENR_STAAS ; A8Z563, FENR_STAAT ; Q8NV36, FENR_STAAW ; -DR Q4L8N5, FENR_STAHJ ; Q49ZU9, FENR_STAS1 ; Q3K0F9, FENR_STRA1 ; -DR Q8E4H8, FENR_STRA3 ; Q8DYW9, FENR_STRA5 ; B4U394, FENR_STREM ; -DR A8AXQ6, FENR_STRGC ; Q8DUN5, FENR_STRMU ; Q9A0B5, FENR_STRP1 ; -DR Q04JI5, FENR_STRP2 ; P0DB06, FENR_STRP3 ; B5E6K6, FENR_STRP4 ; -DR Q5XCQ2, FENR_STRP6 ; Q8P1F2, FENR_STRP8 ; Q1JCC9, FENR_STRPB ; -DR Q1JMB2, FENR_STRPC ; Q1JHF5, FENR_STRPD ; Q1J776, FENR_STRPF ; -DR A2RF47, FENR_STRPG ; B1ICY3, FENR_STRPI ; Q48U54, FENR_STRPM ; -DR Q97PP0, FENR_STRPN ; P0DB07, FENR_STRPQ ; B2IR81, FENR_STRPS ; -DR B5XKX5, FENR_STRPZ ; Q8DP13, FENR_STRR6 ; A4W460, FENR_STRS2 ; -DR A3CM39, FENR_STRSV ; A4VXW3, FENR_STRSY ; Q5LYY3, FENR_STRT1 ; -DR Q5M3J6, FENR_STRT2 ; Q03JS2, FENR_STRTD ; Q96YN9, FENR_SULTO ; -DR Q67QU3, FENR_SYMTH ; Q55318, FENR_SYNY3 ; Q72LG3, FENR_THET2 ; -DR Q5SL28, FENR_THET8 ; Q93RE3, FENR_THEVB ; Q44549, FENR_TRIV2 ; -DR A1WQW2, FENR_VEREI ; P41346, FENR_VICFA ; Q73GH2, FENR_WOLPM ; -DR B3CMJ8, FENR_WOLPP ; Q5GRV1, FENR_WOLTR ; Q9FKW6, FNRL1_ARATH; -DR Q8W493, FNRL2_ARATH; Q9M0V6, FNRR1_ARATH; Q9S9P8, FNRR2_ARATH; -DR O32886, FPRA_MYCLE ; P9WIQ2, FPRA_MYCTO ; P9WIQ3, FPRA_MYCTU ; -DR P65529, FPRB_MYCBO ; O33064, FPRB_MYCLE ; P9WJI0, FPRB_MYCTO ; -DR P9WJI1, FPRB_MYCTU ; Q8U195, SUDHA_PYRFU; Q8U194, SUDHB_PYRFU; +DR P84981, FENR_POPEU ; B4S9F8, FENR_PROA2 ; Q9HYK7, FENR_PSEAE ; +DR Q8Y0A5, FENR_RALN1 ; B2U9D2, FENR_RALPJ ; Q98M06, FENR_RHILO ; +DR Q9L6V3, FENR_RHOCA ; Q2ITC6, FENR_RHOP2 ; Q07RK6, FENR_RHOP5 ; +DR Q6N2U4, FENR_RHOPA ; Q219B6, FENR_RHOPB ; Q13AK7, FENR_RHOPS ; +DR B3QJ15, FENR_RHOPT ; Q2RNR2, FENR_RHORT ; A8GNK2, FENR_RICAH ; +DR A8GW75, FENR_RICB8 ; Q1RHV1, FENR_RICBR ; A8EYV4, FENR_RICCK ; +DR Q92HY3, FENR_RICCN ; Q4ULM2, FENR_RICFE ; A8F1N2, FENR_RICM5 ; +DR Q9ZD33, FENR_RICPR ; B0BXN8, FENR_RICRO ; A8GS72, FENR_RICRS ; +DR Q68WM0, FENR_RICTY ; A4F891, FENR_SACEN ; Q97WJ5, FENR_SACS2 ; +DR A8M2W8, FENR_SALAI ; A4X398, FENR_SALTO ; P28901, FENR_SHIFL ; +DR P00455, FENR_SPIOL ; P00454, FENR_SPISP ; A7X5Z9, FENR_STAA1 ; +DR A6U499, FENR_STAA2 ; Q2FEC4, FENR_STAA3 ; Q2FVP8, FENR_STAA8 ; +DR A5IVF3, FENR_STAA9 ; Q2YZ12, FENR_STAAB ; Q5HDI3, FENR_STAAC ; +DR A6QJL4, FENR_STAAE ; Q99RQ5, FENR_STAAM ; Q7A3W1, FENR_STAAN ; +DR Q6GE59, FENR_STAAR ; Q6G6U7, FENR_STAAS ; A8Z563, FENR_STAAT ; +DR Q8NV36, FENR_STAAW ; Q4L8N5, FENR_STAHJ ; Q49ZU9, FENR_STAS1 ; +DR Q3K0F9, FENR_STRA1 ; Q8E4H8, FENR_STRA3 ; Q8DYW9, FENR_STRA5 ; +DR B4U394, FENR_STREM ; A8AXQ6, FENR_STRGC ; Q8DUN5, FENR_STRMU ; +DR Q9A0B5, FENR_STRP1 ; Q04JI5, FENR_STRP2 ; P0DB06, FENR_STRP3 ; +DR B5E6K6, FENR_STRP4 ; Q5XCQ2, FENR_STRP6 ; Q8P1F2, FENR_STRP8 ; +DR Q1JCC9, FENR_STRPB ; Q1JMB2, FENR_STRPC ; Q1JHF5, FENR_STRPD ; +DR Q1J776, FENR_STRPF ; A2RF47, FENR_STRPG ; B1ICY3, FENR_STRPI ; +DR Q48U54, FENR_STRPM ; Q97PP0, FENR_STRPN ; P0DB07, FENR_STRPQ ; +DR B2IR81, FENR_STRPS ; B5XKX5, FENR_STRPZ ; Q8DP13, FENR_STRR6 ; +DR A4W460, FENR_STRS2 ; A3CM39, FENR_STRSV ; A4VXW3, FENR_STRSY ; +DR Q5LYY3, FENR_STRT1 ; Q5M3J6, FENR_STRT2 ; Q03JS2, FENR_STRTD ; +DR Q96YN9, FENR_SULTO ; Q67QU3, FENR_SYMTH ; Q55318, FENR_SYNY3 ; +DR Q72LG3, FENR_THET2 ; Q5SL28, FENR_THET8 ; Q93RE3, FENR_THEVB ; +DR Q44549, FENR_TRIV2 ; A1WQW2, FENR_VEREI ; P41346, FENR_VICFA ; +DR Q73GH2, FENR_WOLPM ; B3CMJ8, FENR_WOLPP ; Q5GRV1, FENR_WOLTR ; +DR Q9FKW6, FNRL1_ARATH; Q8W493, FNRL2_ARATH; Q9M0V6, FNRR1_ARATH; +DR Q9S9P8, FNRR2_ARATH; O32886, FPRA_MYCLE ; P9WIQ2, FPRA_MYCTO ; +DR P9WIQ3, FPRA_MYCTU ; P65529, FPRB_MYCBO ; O33064, FPRB_MYCLE ; +DR P9WJI0, FPRB_MYCTO ; P9WJI1, FPRB_MYCTU ; Q8U195, SUDHA_PYRFU; +DR Q8U194, SUDHB_PYRFU; // ID 1.18.1.3 DE ferredoxin--NAD(+) reductase. @@ -34114,15 +34250,15 @@ DR O07641, NIFH_CROS5 ; B8HWE3, NIFH_CYAP4 ; Q47G67, NIFH_DECAR ; DR Q3Z7C7, NIFH_DEHM1 ; C0QKK8, NIFH_DESAH ; B8FAC4, NIFH_DESAL ; DR B1I0Y8, NIFH_DESAP ; Q09158, NIFH_DESMC ; A4J8C2, NIFH_DESRM ; DR P26249, NIFH_ENTAG ; P08925, NIFH_FRAAL ; Q2J4F8, NIFH_FRACC ; -DR Q47922, NIFH_FRASE ; A8L2C4, NIFH_FRASN ; P46034, NIFH_FRASP ; -DR B7KG76, NIFH_GLOC7 ; Q9ZIE4, NIFH_GLUDA ; P77873, NIFH_HERSE ; -DR B5XPH2, NIFH_KLEP3 ; P00458, NIFH_KLEPN ; Q00240, NIFH_LEPBY ; -DR A0L6X0, NIFH_MAGMM ; C6BX34, NIFH_MARSD ; P71156, NIFH_MEGGA ; -DR Q0W443, NIFH_METAR ; Q2FUB7, NIFH_METHJ ; Q58289, NIFH_METJA ; -DR Q8PYY0, NIFH_METMA ; P0CW56, NIFH_METMI ; A3CWW3, NIFH_METMJ ; -DR P0CW57, NIFH_METMP ; B8ITG7, NIFH_METNO ; B0UAK2, NIFH_METS4 ; -DR P06119, NIFH_METVO ; P26250, NIFH_NOSCO ; Q51296, NIFH_NOSS6 ; -DR P52336, NIFH_NOSSN ; Q6D2Y8, NIFH_PECAS ; B4SC59, NIFH_PELPB ; +DR Q47922, NIFH_FRASE ; P46034, NIFH_FRASP ; B7KG76, NIFH_GLOC7 ; +DR Q9ZIE4, NIFH_GLUDA ; P77873, NIFH_HERSE ; B5XPH2, NIFH_KLEP3 ; +DR P00458, NIFH_KLEPN ; Q00240, NIFH_LEPBY ; A0L6X0, NIFH_MAGMM ; +DR C6BX34, NIFH_MARSD ; P71156, NIFH_MEGGA ; Q0W443, NIFH_METAR ; +DR Q2FUB7, NIFH_METHJ ; Q58289, NIFH_METJA ; Q8PYY0, NIFH_METMA ; +DR P0CW56, NIFH_METMI ; A3CWW3, NIFH_METMJ ; P0CW57, NIFH_METMP ; +DR B8ITG7, NIFH_METNO ; B0UAK2, NIFH_METS4 ; P06119, NIFH_METVO ; +DR P26250, NIFH_NOSCO ; Q51296, NIFH_NOSS6 ; P52336, NIFH_NOSSN ; +DR A8L2C4, NIFH_PARS2 ; Q6D2Y8, NIFH_PECAS ; B4SC59, NIFH_PELPB ; DR B4S9H5, NIFH_PROA2 ; P00462, NIFH_RHIET ; P20623, NIFH_RHILE ; DR Q98AP7, NIFH_RHILO ; P00461, NIFH_RHILT ; P00460, NIFH_RHIME ; DR Q2J1I1, NIFH_RHOP2 ; Q13C78, NIFH_RHOPS ; P22921, NIFH_RHORU ; @@ -34395,7 +34531,7 @@ CC -!- Formerly EC 1.10.3.8. // ID 1.21.3.6 DE aureusidin synthase. -CA (1) 2',4,4',6'-tetrahydroxychalcone 4'-O-beta-D-glucoside + H(+) + O2 = +CA (1) 2',4,4',6'-tetrahydroxychalcone 4'-O-beta-D-glucoside + O2 = CA aureusidin 6-O-beta-glucoside + H2O. CA (2) 2 2',3,4,4',6'-pentahydroxychalcone 4'-O-beta-D-glucoside + 2 H(+) + CA O2 = 2 aureusidin 6-O-beta-glucoside + 2 H2O. @@ -34629,8 +34765,8 @@ DR A4XTR4, PQQE_PSEMY ; A5VXG4, PQQE_PSEP1 ; Q88QV8, PQQE_PSEPK ; DR Q88A84, PQQE_PSESM ; Q4ZMC1, PQQE_PSEU2 ; Q01060, PQQE_PSEVU ; DR O33506, PQQE_RAHAQ ; Q9EXU8, PQQE_RHIME ; Q6N8F3, PQQE_RHOPA ; DR Q5LTB4, PQQE_RUEPO ; P59749, PQQE_STRRO ; Q8PHY1, PQQE_XANAC ; -DR Q3BQI4, PQQE_XANC5 ; Q4UXI4, PQQE_XANC8 ; B0RQ25, PQQE_XANCB ; -DR Q8P6M7, PQQE_XANCP ; Q2P4Y9, PQQE_XANOM ; B2SSW3, PQQE_XANOP ; +DR Q4UXI4, PQQE_XANC8 ; B0RQ25, PQQE_XANCB ; Q8P6M7, PQQE_XANCP ; +DR Q3BQI4, PQQE_XANE5 ; Q2P4Y9, PQQE_XANOM ; B2SSW3, PQQE_XANOP ; DR Q5H234, PQQE_XANOR ; // ID 1.21.98.5 @@ -34894,14 +35030,19 @@ ID 1.97.1.8 DE Transferred entry: 1.21.99.5. // ID 1.97.1.9 -DE selenate reductase. -CA A + H2O + selenite = AH2 + selenate. +DE selenate reductase (cytochrome c). +AN selenate reductase. +CA (1) A + H2O + selenite = AH2 + selenate. +CA (2) 2 Fe(III)-[cytochrome c] + H2O + selenite = 2 Fe(II)-[cytochrome] + +CA 2 H(+) + selenate. CC -!- The periplasmic enzyme from Thauera selenatis is a complex comprising -CC three heterologous subunits (alpha, beta and gamma). +CC three heterologous subunits (alpha, beta and gamma) that contains a +CC guanylyl molybdenum cofactor, as well as multiple iron-sulfur +CC clusters and heme b. +CC -!- The enzyme reduces selenate to selenite using electrons provided by a +CC diheme cytochrome c4, which receives the electrons from the membrane +CC quinone pool via EC 7.1.1.8. CC -!- Nitrate, nitrite, chlorate and sulfate are not substrates. -CC -!- A number of compounds, including acetate, lactate, pyruvate, -CC and certain sugars, amino acids, fatty acids, di- and tricarboxylic -CC acids, and benzoate can serve as electron donors. DR Q9S1H0, SERA_THASE ; Q9S1G9, SERB_THASE ; Q9S1G7, SERC_THASE ; // ID 1.97.1.10 @@ -35329,28 +35470,28 @@ DR A8ACX7, METE_CITK8 ; Q8FQB2, METE_COREF ; A4QDA4, METE_CORGB ; DR Q8NRB3, METE_CORGL ; B6J6H8, METE_COXB1 ; B6J3R8, METE_COXB2 ; DR A9KDA0, METE_COXBN ; A9N9C7, METE_COXBR ; Q83A62, METE_COXBU ; DR A7MQM1, METE_CROS8 ; Q9F187, METE_CUPNE ; Q0K0V6, METE_CUPNH ; -DR Q11PV4, METE_CYTH3 ; A4J5C3, METE_DESRM ; Q725Q3, METE_DESVH ; -DR B8DMM2, METE_DESVM ; Q54X49, METE_DICDI ; A7ZU36, METE_ECO24 ; -DR B7MH94, METE_ECO45 ; Q8X8L5, METE_ECO57 ; B5YY78, METE_ECO5E ; -DR B7NV51, METE_ECO7I ; B7M634, METE_ECO8A ; B1XAJ3, METE_ECODH ; -DR A8A6T6, METE_ECOHS ; A1AHZ7, METE_ECOK1 ; Q0TAP6, METE_ECOL5 ; -DR Q8FBM1, METE_ECOL6 ; B1IW76, METE_ECOLC ; P25665, METE_ECOLI ; -DR B7NFD2, METE_ECOLU ; B6I4H1, METE_ECOSE ; B1LM00, METE_ECOSM ; -DR Q1R4A4, METE_ECOUT ; A4WFZ2, METE_ENT38 ; B2VI65, METE_ERWT9 ; -DR B7LU25, METE_ESCF3 ; A5FJR8, METE_FLAJ1 ; A5UBH4, METE_HAEIE ; -DR A5UFD9, METE_HAEIG ; P45331, METE_HAEIN ; Q2SMS4, METE_HAHCH ; -DR Q9KFP1, METE_HALH5 ; A9B0A2, METE_HERA2 ; Q0I3P2, METE_HISS1 ; -DR B0UU16, METE_HISS2 ; C1KEU0, METE_KALTU ; B5XYJ1, METE_KLEP3 ; -DR A6TGK9, METE_KLEP7 ; Q9CG55, METE_LACLA ; A2RKK4, METE_LACLM ; -DR Q02YT3, METE_LACLS ; Q88X63, METE_LACPL ; Q92AX9, METE_LISIN ; -DR C1KVY0, METE_LISMC ; Q71YY6, METE_LISMF ; Q8Y6K3, METE_LISMO ; -DR A0AJD5, METE_LISW6 ; A1TYT7, METE_MARN8 ; P93263, METE_MESCR ; -DR Q605M0, METE_METCA ; A0QC69, METE_MYCA1 ; P65341, METE_MYCBO ; -DR A1KHS4, METE_MYCBP ; O05564, METE_MYCLE ; Q73WJ9, METE_MYCPA ; -DR A5U1I0, METE_MYCTA ; P9WK06, METE_MYCTO ; P9WK07, METE_MYCTU ; -DR Q5F863, METE_NEIG1 ; A9M4E3, METE_NEIM0 ; Q9JUT6, METE_NEIMA ; -DR Q9JZQ2, METE_NEIMB ; A1KTL3, METE_NEIMF ; Q82UP6, METE_NITEU ; -DR Q3JAD5, METE_NITOC ; Q3SNK1, METE_NITWN ; A7HQP6, METE_PARL1 ; +DR Q11PV4, METE_CYTH3 ; A4J5C3, METE_DESRM ; Q54X49, METE_DICDI ; +DR A7ZU36, METE_ECO24 ; B7MH94, METE_ECO45 ; Q8X8L5, METE_ECO57 ; +DR B5YY78, METE_ECO5E ; B7NV51, METE_ECO7I ; B7M634, METE_ECO8A ; +DR B1XAJ3, METE_ECODH ; A8A6T6, METE_ECOHS ; A1AHZ7, METE_ECOK1 ; +DR Q0TAP6, METE_ECOL5 ; Q8FBM1, METE_ECOL6 ; B1IW76, METE_ECOLC ; +DR P25665, METE_ECOLI ; B7NFD2, METE_ECOLU ; B6I4H1, METE_ECOSE ; +DR B1LM00, METE_ECOSM ; Q1R4A4, METE_ECOUT ; A4WFZ2, METE_ENT38 ; +DR B2VI65, METE_ERWT9 ; B7LU25, METE_ESCF3 ; A5FJR8, METE_FLAJ1 ; +DR A5UBH4, METE_HAEIE ; A5UFD9, METE_HAEIG ; P45331, METE_HAEIN ; +DR Q2SMS4, METE_HAHCH ; Q9KFP1, METE_HALH5 ; A9B0A2, METE_HERA2 ; +DR Q0I3P2, METE_HISS1 ; B0UU16, METE_HISS2 ; C1KEU0, METE_KALTU ; +DR B5XYJ1, METE_KLEP3 ; A6TGK9, METE_KLEP7 ; Q9CG55, METE_LACLA ; +DR A2RKK4, METE_LACLM ; Q02YT3, METE_LACLS ; Q88X63, METE_LACPL ; +DR Q92AX9, METE_LISIN ; C1KVY0, METE_LISMC ; Q71YY6, METE_LISMF ; +DR Q8Y6K3, METE_LISMO ; A0AJD5, METE_LISW6 ; A1TYT7, METE_MARN8 ; +DR P93263, METE_MESCR ; Q605M0, METE_METCA ; A0QC69, METE_MYCA1 ; +DR P65341, METE_MYCBO ; A1KHS4, METE_MYCBP ; O05564, METE_MYCLE ; +DR Q73WJ9, METE_MYCPA ; A5U1I0, METE_MYCTA ; P9WK06, METE_MYCTO ; +DR P9WK07, METE_MYCTU ; Q5F863, METE_NEIG1 ; A9M4E3, METE_NEIM0 ; +DR Q9JUT6, METE_NEIMA ; Q9JZQ2, METE_NEIMB ; A1KTL3, METE_NEIMF ; +DR Q82UP6, METE_NITEU ; Q3JAD5, METE_NITOC ; Q725Q3, METE_NITV2 ; +DR B8DMM2, METE_NITV9 ; Q3SNK1, METE_NITWN ; A7HQP6, METE_PARL1 ; DR B2JNZ4, METE_PARP8 ; B2TBS1, METE_PARPJ ; Q13MI3, METE_PARXL ; DR P57843, METE_PASMU ; Q6DAS2, METE_PECAS ; Q7MZ74, METE_PHOLL ; DR Q6LSD6, METE_PHOPR ; Q42662, METE_PLESU ; P84542, METE_POPEU ; @@ -35621,29 +35762,29 @@ DR B2GDC8, TRMB_LIMF3 ; A5VKZ3, TRMB_LIMRD ; B2G8C8, TRMB_LIMRJ ; DR Q92B94, TRMB_LISIN ; Q71Z52, TRMB_LISMF ; B8DHC7, TRMB_LISMH ; DR Q8Y6R8, TRMB_LISMO ; A0AJ67, TRMB_LISW6 ; A5E7T4, TRMB_LODEL ; DR B1HXA1, TRMB_LYSSC ; B9E7G7, TRMB_MACCJ ; A0L4N8, TRMB_MAGMM ; -DR Q2VYQ1, TRMB_MAGSA ; B6SHG7, TRMB_MAIZE ; Q8EWB6, TRMB_MALP2 ; -DR Q65VT5, TRMB_MANSM ; Q0AK73, TRMB_MARMM ; A1TY08, TRMB_MARN8 ; -DR Q6F1P8, TRMB_MESFL ; Q600J2, TRMB_MESH2 ; Q4A7Q7, TRMB_MESH7 ; -DR Q4A9M3, TRMB_MESHJ ; Q6KHE8, TRMB_MESM1 ; Q608G0, TRMB_METCA ; -DR Q1H4T5, TRMB_METFK ; Q9F411, TRMB_METH1 ; A2SJR5, TRMB_METPP ; -DR B0JUK5, TRMB_MICAN ; Q9Z120, TRMB_MOUSE ; A0QME9, TRMB_MYCA1 ; -DR A5IZB9, TRMB_MYCAP ; P67499, TRMB_MYCBO ; A1KF28, TRMB_MYCBP ; -DR C1AJN3, TRMB_MYCBT ; Q2SRA2, TRMB_MYCCT ; Q7NBG2, TRMB_MYCGA ; -DR P47589, TRMB_MYCGE ; A4T3S4, TRMB_MYCGI ; B8ZTI4, TRMB_MYCLB ; -DR Q9CCZ9, TRMB_MYCLE ; Q6MU75, TRMB_MYCMS ; Q73TS5, TRMB_MYCPA ; -DR P75256, TRMB_MYCPN ; Q98R44, TRMB_MYCPU ; Q4A6T7, TRMB_MYCS5 ; -DR A1U992, TRMB_MYCSK ; Q1BFP0, TRMB_MYCSS ; A5TYT3, TRMB_MYCTA ; -DR P9WFY8, TRMB_MYCTO ; P9WFY9, TRMB_MYCTU ; A0PMW8, TRMB_MYCUA ; -DR A1T1J8, TRMB_MYCVP ; Q1D096, TRMB_MYXXD ; Q5F929, TRMB_NEIG1 ; -DR B4RMI6, TRMB_NEIG2 ; A9LZQ8, TRMB_NEIM0 ; Q9JU19, TRMB_NEIMA ; -DR Q9JZ24, TRMB_NEIMB ; A1KUF5, TRMB_NEIMF ; A1CWA9, TRMB_NEOFI ; -DR Q2GCL0, TRMB_NEOSM ; Q7RZC1, TRMB_NEUCR ; Q0AJ68, TRMB_NITEC ; -DR P59720, TRMB_NITEU ; Q1QS68, TRMB_NITHX ; Q2YCZ3, TRMB_NITMU ; -DR Q3JCB2, TRMB_NITOC ; Q3SWQ3, TRMB_NITWN ; Q5YNA5, TRMB_NOCFA ; -DR A1SNN2, TRMB_NOCSJ ; Q8YVX4, TRMB_NOSS1 ; Q2GBM0, TRMB_NOVAD ; -DR Q8EP25, TRMB_OCEIH ; Q04EH7, TRMB_OENOB ; A2YB34, TRMB_ORYSI ; -DR Q67V78, TRMB_ORYSJ ; A1RAI8, TRMB_PAEAT ; A1TRL2, TRMB_PARC0 ; -DR A1B475, TRMB_PARDP ; Q7U9H3, TRMB_PARMW ; Q6MBP0, TRMB_PARUW ; +DR B6SHG7, TRMB_MAIZE ; Q8EWB6, TRMB_MALP2 ; Q65VT5, TRMB_MANSM ; +DR Q0AK73, TRMB_MARMM ; A1TY08, TRMB_MARN8 ; Q6F1P8, TRMB_MESFL ; +DR Q600J2, TRMB_MESH2 ; Q4A7Q7, TRMB_MESH7 ; Q4A9M3, TRMB_MESHJ ; +DR Q608G0, TRMB_METCA ; Q1H4T5, TRMB_METFK ; Q9F411, TRMB_METH1 ; +DR A2SJR5, TRMB_METPP ; B0JUK5, TRMB_MICAN ; Q9Z120, TRMB_MOUSE ; +DR A0QME9, TRMB_MYCA1 ; A5IZB9, TRMB_MYCAP ; P67499, TRMB_MYCBO ; +DR A1KF28, TRMB_MYCBP ; C1AJN3, TRMB_MYCBT ; Q2SRA2, TRMB_MYCCT ; +DR Q7NBG2, TRMB_MYCGA ; P47589, TRMB_MYCGE ; A4T3S4, TRMB_MYCGI ; +DR B8ZTI4, TRMB_MYCLB ; Q9CCZ9, TRMB_MYCLE ; Q6KHE8, TRMB_MYCM1 ; +DR Q6MU75, TRMB_MYCMS ; Q73TS5, TRMB_MYCPA ; P75256, TRMB_MYCPN ; +DR Q98R44, TRMB_MYCPU ; Q4A6T7, TRMB_MYCS5 ; A1U992, TRMB_MYCSK ; +DR Q1BFP0, TRMB_MYCSS ; A5TYT3, TRMB_MYCTA ; P9WFY8, TRMB_MYCTO ; +DR P9WFY9, TRMB_MYCTU ; A0PMW8, TRMB_MYCUA ; A1T1J8, TRMB_MYCVP ; +DR Q1D096, TRMB_MYXXD ; Q5F929, TRMB_NEIG1 ; B4RMI6, TRMB_NEIG2 ; +DR A9LZQ8, TRMB_NEIM0 ; Q9JU19, TRMB_NEIMA ; Q9JZ24, TRMB_NEIMB ; +DR A1KUF5, TRMB_NEIMF ; A1CWA9, TRMB_NEOFI ; Q2GCL0, TRMB_NEOSM ; +DR Q7RZC1, TRMB_NEUCR ; Q0AJ68, TRMB_NITEC ; P59720, TRMB_NITEU ; +DR Q1QS68, TRMB_NITHX ; Q2YCZ3, TRMB_NITMU ; Q3JCB2, TRMB_NITOC ; +DR Q3SWQ3, TRMB_NITWN ; Q5YNA5, TRMB_NOCFA ; A1SNN2, TRMB_NOCSJ ; +DR Q8YVX4, TRMB_NOSS1 ; Q2GBM0, TRMB_NOVAD ; Q8EP25, TRMB_OCEIH ; +DR Q04EH7, TRMB_OENOB ; A2YB34, TRMB_ORYSI ; Q67V78, TRMB_ORYSJ ; +DR A1RAI8, TRMB_PAEAT ; A1TRL2, TRMB_PARC0 ; A1B475, TRMB_PARDP ; +DR Q2VYQ1, TRMB_PARM1 ; Q7U9H3, TRMB_PARMW ; Q6MBP0, TRMB_PARUW ; DR Q13V14, TRMB_PARXL ; Q9CLC2, TRMB_PASMU ; Q6D8J7, TRMB_PECAS ; DR Q03GC9, TRMB_PEDPA ; Q0TZT0, TRMB_PHANO ; Q7N7H9, TRMB_PHOLL ; DR Q6LML0, TRMB_PHOPR ; A5DC23, TRMB_PICGU ; A3LS77, TRMB_PICST ; @@ -35709,8 +35850,8 @@ DR B5ZB79, TRMB_UREU1 ; A7TT36, TRMB_VANPO ; A1WIH0, TRMB_VEREI ; DR A7MTN8, TRMB_VIBC1 ; A5F9I8, TRMB_VIBC3 ; Q9KUR2, TRMB_VIBCH ; DR C3LRX0, TRMB_VIBCM ; Q87LI7, TRMB_VIBPA ; Q8DCC3, TRMB_VIBVU ; DR Q7MHI6, TRMB_VIBVY ; Q73G71, TRMB_WOLPM ; Q7MST9, TRMB_WOLSU ; -DR Q8PHF4, TRMB_XANAC ; Q3BQ14, TRMB_XANC5 ; Q4UXY5, TRMB_XANC8 ; -DR Q8P631, TRMB_XANCP ; Q2P0J4, TRMB_XANOM ; Q5GXE4, TRMB_XANOR ; +DR Q8PHF4, TRMB_XANAC ; Q4UXY5, TRMB_XANC8 ; Q8P631, TRMB_XANCP ; +DR Q3BQ14, TRMB_XANE5 ; Q2P0J4, TRMB_XANOM ; Q5GXE4, TRMB_XANOR ; DR Q6NU94, TRMB_XENLA ; B2I9C6, TRMB_XYLF2 ; Q9PF94, TRMB_XYLFA ; DR B0U509, TRMB_XYLFM ; Q87AE9, TRMB_XYLFT ; Q6CE12, TRMB_YARLI ; DR B3LH81, TRMB_YEAS1 ; A6ZXD2, TRMB_YEAS7 ; Q12009, TRMB_YEAST ; @@ -36039,25 +36180,25 @@ DR Q5ZRL3, TYSY_LEGPH ; Q5WSU5, TYSY_LEGPL ; Q6AFI0, TYSY_LEIXX ; DR Q03YZ8, TYSY_LEUMM ; Q03S95, TYSY_LEVBA ; Q1WU17, TYSY_LIGS1 ; DR A5VJK9, TYSY_LIMRD ; Q92AD4, TYSY_LISIN ; C1KWH4, TYSY_LISMC ; DR Q71YE1, TYSY_LISMF ; B8DDM8, TYSY_LISMH ; Q8Y626, TYSY_LISMO ; -DR A0AJY0, TYSY_LISW6 ; Q2W7P4, TYSY_MAGSA ; Q8EV81, TYSY_MALP2 ; -DR Q65VJ8, TYSY_MANSM ; A6W1R4, TYSY_MARMS ; A1U3D8, TYSY_MARN8 ; -DR Q6F145, TYSY_MESFL ; Q6KIQ6, TYSY_MESM1 ; B7KQG2, TYSY_METC4 ; -DR Q603S2, TYSY_METCA ; Q9RAM7, TYSY_METFK ; B8IF20, TYSY_METNO ; -DR A2SHH0, TYSY_METPP ; B8ELI3, TYSY_METSB ; P07607, TYSY_MOUSE ; -DR A0QIU1, TYSY_MYCA1 ; P67045, TYSY_MYCBO ; A1KMA6, TYSY_MYCBP ; -DR C1AFM7, TYSY_MYCBT ; Q9XC19, TYSY_MYCGA ; P47469, TYSY_MYCGE ; -DR A4TCI9, TYSY_MYCGI ; Q9CBW0, TYSY_MYCLE ; Q73VZ2, TYSY_MYCPA ; -DR P78029, TYSY_MYCPN ; Q98Q31, TYSY_MYCPU ; A0QVR9, TYSY_MYCS2 ; -DR Q4A611, TYSY_MYCS5 ; A3PYA8, TYSY_MYCSJ ; A1UEU8, TYSY_MYCSK ; -DR Q1BA64, TYSY_MYCSS ; A5U6B7, TYSY_MYCTA ; P9WFR8, TYSY_MYCTO ; -DR P9WFR9, TYSY_MYCTU ; A0PQG7, TYSY_MYCUA ; A1T7P4, TYSY_MYCVP ; -DR Q5F732, TYSY_NEIG1 ; O33380, TYSY_NEIGO ; Q9JT57, TYSY_NEIMA ; -DR Q9JY72, TYSY_NEIMB ; A1KVB3, TYSY_NEIMF ; Q0AHA4, TYSY_NITEC ; -DR Q82WU3, TYSY_NITEU ; Q1QJT8, TYSY_NITHX ; Q3JEI2, TYSY_NITOC ; -DR Q3SQ36, TYSY_NITWN ; Q5YPL7, TYSY_NOCFA ; A1SJ31, TYSY_NOCSJ ; -DR Q2G6V6, TYSY_NOVAD ; Q8EQG0, TYSY_OCEIH ; Q04FR4, TYSY_OENOB ; -DR Q6YQT0, TYSY_ONYPE ; A1R8Y7, TYSY_PAEAT ; A1TM53, TYSY_PARC0 ; -DR A6LIC2, TYSY_PARD8 ; A7HVX4, TYSY_PARL1 ; P57808, TYSY_PASMU ; +DR A0AJY0, TYSY_LISW6 ; Q8EV81, TYSY_MALP2 ; Q65VJ8, TYSY_MANSM ; +DR A6W1R4, TYSY_MARMS ; A1U3D8, TYSY_MARN8 ; Q6F145, TYSY_MESFL ; +DR B7KQG2, TYSY_METC4 ; Q603S2, TYSY_METCA ; Q9RAM7, TYSY_METFK ; +DR B8IF20, TYSY_METNO ; A2SHH0, TYSY_METPP ; B8ELI3, TYSY_METSB ; +DR P07607, TYSY_MOUSE ; A0QIU1, TYSY_MYCA1 ; P67045, TYSY_MYCBO ; +DR A1KMA6, TYSY_MYCBP ; C1AFM7, TYSY_MYCBT ; Q9XC19, TYSY_MYCGA ; +DR P47469, TYSY_MYCGE ; A4TCI9, TYSY_MYCGI ; Q9CBW0, TYSY_MYCLE ; +DR Q6KIQ6, TYSY_MYCM1 ; Q73VZ2, TYSY_MYCPA ; P78029, TYSY_MYCPN ; +DR Q98Q31, TYSY_MYCPU ; A0QVR9, TYSY_MYCS2 ; Q4A611, TYSY_MYCS5 ; +DR A3PYA8, TYSY_MYCSJ ; A1UEU8, TYSY_MYCSK ; Q1BA64, TYSY_MYCSS ; +DR A5U6B7, TYSY_MYCTA ; P9WFR8, TYSY_MYCTO ; P9WFR9, TYSY_MYCTU ; +DR A0PQG7, TYSY_MYCUA ; A1T7P4, TYSY_MYCVP ; Q5F732, TYSY_NEIG1 ; +DR O33380, TYSY_NEIGO ; Q9JT57, TYSY_NEIMA ; Q9JY72, TYSY_NEIMB ; +DR A1KVB3, TYSY_NEIMF ; Q0AHA4, TYSY_NITEC ; Q82WU3, TYSY_NITEU ; +DR Q1QJT8, TYSY_NITHX ; Q3JEI2, TYSY_NITOC ; Q3SQ36, TYSY_NITWN ; +DR Q5YPL7, TYSY_NOCFA ; A1SJ31, TYSY_NOCSJ ; Q2G6V6, TYSY_NOVAD ; +DR Q8EQG0, TYSY_OCEIH ; Q04FR4, TYSY_OENOB ; Q6YQT0, TYSY_ONYPE ; +DR A1R8Y7, TYSY_PAEAT ; A1TM53, TYSY_PARC0 ; A6LIC2, TYSY_PARD8 ; +DR A7HVX4, TYSY_PARL1 ; Q2W7P4, TYSY_PARM1 ; P57808, TYSY_PASMU ; DR Q6D8I6, TYSY_PECAS ; C6DAE9, TYSY_PECCP ; Q03F96, TYSY_PEDPA ; DR Q7N8U4, TYSY_PHOLL ; Q6LUM1, TYSY_PHOPR ; A6L1Q8, TYSY_PHOV8 ; DR B3QZX0, TYSY_PHYMT ; P13100, TYSY_PNECA ; A4SVT7, TYSY_POLAQ ; @@ -36109,7 +36250,7 @@ DR B7VJ78, TYSY_VIBA3 ; A7MXJ9, TYSY_VIBC1 ; A5F8Y6, TYSY_VIBC3 ; DR O66108, TYSY_VIBCH ; C3LST0, TYSY_VIBCM ; Q87SA0, TYSY_VIBPA ; DR Q8DER9, TYSY_VIBVU ; Q7MNN6, TYSY_VIBVY ; P09249, TYSY_VZVD ; DR Q4JQW2, TYSY_VZVO ; Q8D2N4, TYSY_WIGBR ; Q8PP46, TYSY_XANAC ; -DR Q3BX87, TYSY_XANC5 ; Q4UR35, TYSY_XANC8 ; Q8PCE7, TYSY_XANCP ; +DR Q4UR35, TYSY_XANC8 ; Q8PCE7, TYSY_XANCP ; Q3BX87, TYSY_XANE5 ; DR Q2NZH9, TYSY_XANOM ; Q5GWB5, TYSY_XANOR ; Q6REU8, TYSY_XENNA ; DR Q9PB13, TYSY_XYLFA ; Q87BT4, TYSY_XYLFT ; P06785, TYSY_YEAST ; DR A1JPC9, TYSY_YERE8 ; A7FFE0, TYSY_YERP3 ; Q1CAR9, TYSY_YERPA ; @@ -36196,9 +36337,9 @@ DE mRNA (guanine-N(7))-methyltransferase. AN guanine-7-methyltransferase. AN messenger ribonucleate guanine 7-methyltransferase. AN messenger RNA guanine 7-methyltransferase. -CA a 5'-end (5'-triphosphoguanosine)-(ribonucleoside) in mRNA + S-adenosyl- -CA L-methionine = a 5'-end (N(7)-methyl 5'-triphosphoguanosine)- -CA ribonucleoside in mRNA + S-adenosyl-L-homocysteine. +CA a 5'-end (5'-triphosphoguanosine)-ribonucleoside in mRNA + S-adenosyl-L- +CA methionine = a 5'-end (N(7)-methyl 5'-triphosphoguanosine)-ribonucleoside +CA in mRNA + S-adenosyl-L-homocysteine. CC -!- The terminal N(7)-methylguanosine facilitates gene expression in CC eukaryotic cells and is recognized by cap-binding proteins. DR P11079, LMBD2_REOVD; Q91RA4, LMBD2_REOVJ; Q91RA6, LMBD2_REOVL; @@ -36235,33 +36376,34 @@ DR D7RF80, POLG_KFDV ; Q32ZD5, POLG_KOKV ; P14335, POLG_KUNJM ; DR P29837, POLG_LANVT ; P22338, POLG_LIV ; P33515, POLG_MCFA ; DR P05769, POLG_MVEV5 ; Q7T6D2, POLG_OHFV ; Q04538, POLG_POWVL ; DR Q32ZD4, POLG_ROCV ; P09732, POLG_STEVM ; Q01299, POLG_TBEVH ; -DR P07720, POLG_TBEVS ; P14336, POLG_TBEVW ; Q5WPU5, POLG_USUV ; -DR P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; -DR P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; -DR Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; -DR Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; -DR Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; -DR P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; P0C6W2, R1AB_BCHK3 ; -DR P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; -DR P0C6W6, R1AB_BCRP3 ; P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; -DR P0C6W9, R1AB_CVBM ; P0C6X0, R1AB_CVBQ ; P0C6X2, R1AB_CVHN1 ; -DR P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; P0C6X6, R1AB_CVHOC ; -DR P0C6X8, R1AB_CVM2 ; P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; -DR K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; -DR P0DTD1, R1AB_SARS2 ; Q008X6, R1AB_WBV24 ; Q008X5, R1A_WBV24 ; -DR Q8VA43, VP1_AQRVA ; Q8JU62, VP1_AQRVC ; B2BND9, VP1_AQRVG ; -DR O56043, VP2_RRSVT ; Q9INI4, VP3_BAVJK ; Q7TDB4, VP3_MYRV9 ; -DR Q3ZK57, VP3_ROT41 ; B1NKR5, VP3_ROTAD ; A9Q1K9, VP3_ROTB2 ; -DR A7J3A0, VP3_ROTBN ; Q65526, VP3_ROTBS ; Q6WAT6, VP3_ROTBU ; -DR Q6WNV6, VP3_ROTCC ; Q6WNV7, VP3_ROTEL ; A4ZCW6, VP3_ROTH3 ; -DR Q6WNW3, VP3_ROTH6 ; B1NKR1, VP3_ROTH7 ; Q82041, VP3_ROTHC ; -DR Q6WNW5, VP3_ROTHD ; Q9QNB1, VP3_ROTHK ; B1NKS7, VP3_ROTHL ; -DR B1NKT1, VP3_ROTHP ; A7J392, VP3_ROTHS ; B1NKT9, VP3_ROTHT ; -DR Q91HJ9, VP3_ROTHU ; Q6WVH5, VP3_ROTHW ; Q45UF7, VP3_ROTJ1 ; -DR Q6WNV8, VP3_ROTP5 ; P26192, VP3_ROTPC ; Q8BB04, VP3_ROTRF ; -DR P15736, VP3_ROTS1 ; A2T3S5, VP3_ROTSH ; B3F2X7, VP3_ROTTU ; -DR B2BMF9, VP3_ROTW3 ; B1NKU3, VP3_ROTWI ; A7J3A4, VP3_ROTYO ; -DR Q91ID8, VP4_LDCPR ; Q2Y0E6, VP5_APRVF ; +DR P07720, POLG_TBEVS ; P14336, POLG_TBEVW ; G1CRV4, POLG_TMUV ; +DR Q5WPU5, POLG_USUV ; P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; +DR C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; +DR Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; +DR Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; +DR Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; +DR A0A142I5B9, POLG_ZIKVK ; F8RL29, R1AB_AMV79 ; P0C6W1, R1AB_BC133 ; +DR P0C6V9, R1AB_BC279 ; P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; +DR P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; +DR P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; P0C6W9, R1AB_CVBM ; +DR P0C6X0, R1AB_CVBQ ; P0C6X2, R1AB_CVHN1 ; P0C6X3, R1AB_CVHN2 ; +DR P0C6X4, R1AB_CVHN5 ; P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; +DR P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; K9N7C7, R1AB_MERS1 ; +DR P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; +DR Q008X6, R1AB_WBV24 ; Q008X5, R1A_WBV24 ; Q8VA43, VP1_AQRVA ; +DR Q8JU62, VP1_AQRVC ; B2BND9, VP1_AQRVG ; O56043, VP2_RRSVT ; +DR Q9INI4, VP3_BAVJK ; Q7TDB4, VP3_MYRV9 ; Q3ZK57, VP3_ROT41 ; +DR B1NKR5, VP3_ROTAD ; A9Q1K9, VP3_ROTB2 ; A7J3A0, VP3_ROTBN ; +DR Q65526, VP3_ROTBS ; Q6WAT6, VP3_ROTBU ; Q6WNV6, VP3_ROTCC ; +DR Q6WNV7, VP3_ROTEL ; A4ZCW6, VP3_ROTH3 ; Q6WNW3, VP3_ROTH6 ; +DR B1NKR1, VP3_ROTH7 ; Q82041, VP3_ROTHC ; Q6WNW5, VP3_ROTHD ; +DR Q9QNB1, VP3_ROTHK ; B1NKS7, VP3_ROTHL ; B1NKT1, VP3_ROTHP ; +DR A7J392, VP3_ROTHS ; B1NKT9, VP3_ROTHT ; Q91HJ9, VP3_ROTHU ; +DR Q6WVH5, VP3_ROTHW ; Q45UF7, VP3_ROTJ1 ; Q6WNV8, VP3_ROTP5 ; +DR P26192, VP3_ROTPC ; Q8BB04, VP3_ROTRF ; P15736, VP3_ROTS1 ; +DR A2T3S5, VP3_ROTSH ; B3F2X7, VP3_ROTTU ; B2BMF9, VP3_ROTW3 ; +DR B1NKU3, VP3_ROTWI ; A7J3A4, VP3_ROTYO ; Q91ID8, VP4_LDCPR ; +DR Q2Y0E6, VP5_APRVF ; // ID 2.1.1.57 DE methyltransferase cap1. @@ -36302,22 +36444,23 @@ DR Q32ZD5, POLG_KOKV ; P14335, POLG_KUNJM ; P29837, POLG_LANVT ; DR P22338, POLG_LIV ; P33515, POLG_MCFA ; P05769, POLG_MVEV5 ; DR Q7T6D2, POLG_OHFV ; Q04538, POLG_POWVL ; Q32ZD4, POLG_ROCV ; DR P09732, POLG_STEVM ; Q01299, POLG_TBEVH ; P07720, POLG_TBEVS ; -DR P14336, POLG_TBEVW ; Q5WPU5, POLG_USUV ; P06935, POLG_WNV ; -DR Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; -DR Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; -DR Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; -DR Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; -DR A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; P0C6W1, R1AB_BC133 ; -DR P0C6V9, R1AB_BC279 ; P0C6W0, R1AB_BC512 ; P0C6W2, R1AB_BCHK3 ; -DR P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; -DR P0C6W6, R1AB_BCRP3 ; P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; -DR P0C6W9, R1AB_CVBM ; P0C6X0, R1AB_CVBQ ; P0C6X1, R1AB_CVH22 ; -DR P0C6X2, R1AB_CVHN1 ; P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; -DR P0C6X5, R1AB_CVHNL ; P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; -DR P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; -DR Q98VG9, R1AB_FIPV ; P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; -DR P0C6Y3, R1AB_IBVM ; K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; -DR P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; Q008X6, R1AB_WBV24 ; +DR P14336, POLG_TBEVW ; G1CRV4, POLG_TMUV ; Q5WPU5, POLG_USUV ; +DR P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; +DR P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; +DR Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; +DR Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; +DR Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; +DR F8RL29, R1AB_AMV79 ; P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; +DR P0C6W0, R1AB_BC512 ; P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; +DR P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; +DR P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; P0C6W9, R1AB_CVBM ; +DR P0C6X0, R1AB_CVBQ ; P0C6X1, R1AB_CVH22 ; P0C6X2, R1AB_CVHN1 ; +DR P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; P0C6X5, R1AB_CVHNL ; +DR P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; P0C6X9, R1AB_CVMA5 ; +DR P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; Q98VG9, R1AB_FIPV ; +DR P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; P0C6Y3, R1AB_IBVM ; +DR K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; +DR P0DTD1, R1AB_SARS2 ; Q008X6, R1AB_WBV24 ; // ID 2.1.1.58 DE Transferred entry: 2.1.1.57. @@ -36512,12 +36655,12 @@ DR A4WCN5, UBIG_ENT38 ; B2VIL6, UBIG_ERWT9 ; B7LM95, UBIG_ESCF3 ; DR B8F4B1, UBIG_GLAP5 ; Q7VKW2, UBIG_HAEDU ; Q2SE61, UBIG_HAHCH ; DR Q0I3Y4, UBIG_HISS1 ; B0UUV6, UBIG_HISS2 ; Q31GD8, UBIG_HYDCU ; DR Q5QZ53, UBIG_IDILO ; Q28VP7, UBIG_JANSC ; B5XNZ3, UBIG_KLEP3 ; -DR A6TBT7, UBIG_KLEP7 ; B1Y2L3, UBIG_LEPCP ; Q2W6W0, UBIG_MAGSA ; -DR Q0AME1, UBIG_MARMM ; A1U3K1, UBIG_MARN8 ; Q609G2, UBIG_METCA ; -DR B8IUB0, UBIG_METNO ; B0UAV0, UBIG_METS4 ; B8EI29, UBIG_METSB ; -DR A9M0C4, UBIG_NEIM0 ; Q9JWE6, UBIG_NEIMA ; Q9JXI7, UBIG_NEIMB ; -DR Q81ZZ2, UBIG_NITEU ; Q2Y6Z3, UBIG_NITMU ; Q3J8U2, UBIG_NITOC ; -DR Q3SVP3, UBIG_NITWN ; A1TSA0, UBIG_PARC0 ; A7HTX8, UBIG_PARL1 ; +DR A6TBT7, UBIG_KLEP7 ; B1Y2L3, UBIG_LEPCP ; Q0AME1, UBIG_MARMM ; +DR A1U3K1, UBIG_MARN8 ; Q609G2, UBIG_METCA ; B8IUB0, UBIG_METNO ; +DR B0UAV0, UBIG_METS4 ; B8EI29, UBIG_METSB ; A9M0C4, UBIG_NEIM0 ; +DR Q9JWE6, UBIG_NEIMA ; Q9JXI7, UBIG_NEIMB ; Q81ZZ2, UBIG_NITEU ; +DR Q2Y6Z3, UBIG_NITMU ; Q3J8U2, UBIG_NITOC ; Q3SVP3, UBIG_NITWN ; +DR A1TSA0, UBIG_PARC0 ; A7HTX8, UBIG_PARL1 ; Q2W6W0, UBIG_PARM1 ; DR B2JEZ6, UBIG_PARP8 ; B2T641, UBIG_PARPJ ; Q13VB4, UBIG_PARXL ; DR Q9CMI6, UBIG_PASMU ; Q6D7X5, UBIG_PECAS ; C6DBN5, UBIG_PECCP ; DR Q4FNA2, UBIG_PELUB ; Q7N2M5, UBIG_PHOLL ; Q6LPD7, UBIG_PHOPR ; @@ -36552,8 +36695,8 @@ DR A6UCF6, UBIG_SINMW ; Q2NSL7, UBIG_SODGM ; A4VLX7, UBIG_STUS1 ; DR Q3SK91, UBIG_THIDA ; B7VGS0, UBIG_VIBA3 ; A7MU79, UBIG_VIBC1 ; DR A5F1U0, UBIG_VIBC3 ; Q9KSJ9, UBIG_VIBCH ; C3LLV3, UBIG_VIBCM ; DR Q87ND5, UBIG_VIBPA ; Q8D8E0, UBIG_VIBVU ; Q7MM27, UBIG_VIBVY ; -DR Q8PK00, UBIG_XANAC ; Q3BSF8, UBIG_XANC5 ; Q4UVL4, UBIG_XANC8 ; -DR B0RS27, UBIG_XANCB ; Q8P8H2, UBIG_XANCP ; Q2P2C4, UBIG_XANOM ; +DR Q8PK00, UBIG_XANAC ; Q4UVL4, UBIG_XANC8 ; B0RS27, UBIG_XANCB ; +DR Q8P8H2, UBIG_XANCP ; Q3BSF8, UBIG_XANE5 ; Q2P2C4, UBIG_XANOM ; DR B2SHS9, UBIG_XANOP ; Q5GZB5, UBIG_XANOR ; B2I705, UBIG_XYLF2 ; DR Q9PAM5, UBIG_XYLFA ; B0U3W1, UBIG_XYLFM ; Q87BG5, UBIG_XYLFT ; DR A1JLA0, UBIG_YERE8 ; A7FKF4, UBIG_YERP3 ; Q1C9H5, UBIG_YERPA ; @@ -36608,8 +36751,8 @@ DR Q0HR25, TPMT_SHESR ; A1RFQ1, TPMT_SHESW ; B1KHT1, TPMT_SHEWM ; DR Q93JT2, TPMT_STUS1 ; C5BIS1, TPMT_TERTT ; B7VPF3, TPMT_VIBA3 ; DR A7MVH9, TPMT_VIBC1 ; A5F1V4, TPMT_VIBC3 ; Q9KSN0, TPMT_VIBCH ; DR C3LLS2, TPMT_VIBCM ; Q87Q54, TPMT_VIBPA ; Q8DA33, TPMT_VIBVU ; -DR Q7MK46, TPMT_VIBVY ; Q8PMI8, TPMT_XANAC ; Q3BVI6, TPMT_XANC5 ; -DR Q4UST1, TPMT_XANC8 ; Q8PAT3, TPMT_XANCP ; A7IIX3, TPMT_XANP2 ; +DR Q7MK46, TPMT_VIBVY ; Q8PMI8, TPMT_XANAC ; Q4UST1, TPMT_XANC8 ; +DR Q8PAT3, TPMT_XANCP ; Q3BVI6, TPMT_XANE5 ; A7IIX3, TPMT_XANP2 ; DR Q6C6X6, TPMT_YARLI ; // ID 2.1.1.68 @@ -36781,27 +36924,27 @@ DR Q3J349, TRMFO_CERS4; A4WRQ2, TRMFO_CERS5; B9KRK8, TRMFO_CERSK; DR Q11HD9, TRMFO_CHESB; B5EHR5, TRMFO_CITBB; B5Y8G1, TRMFO_COPPD; DR B1WR77, TRMFO_CROS5; Q1J148, TRMFO_DEIGD; Q9RXU7, TRMFO_DEIRA; DR B1I258, TRMFO_DESAP; Q24UF0, TRMFO_DESHY; Q6ALS7, TRMFO_DESPS; -DR A4J5Z8, TRMFO_DESRM; Q729K0, TRMFO_DESVH; A1VBW6, TRMFO_DESVV; -DR B5YFC6, TRMFO_DICT6; B8E2F5, TRMFO_DICTD; A8LK18, TRMFO_DINSH; -DR Q834K1, TRMFO_ENTFA; Q2NAC8, TRMFO_ERYLH; B1YIB2, TRMFO_EXIS2; -DR C4L614, TRMFO_EXISA; A7HL16, TRMFO_FERNB; Q8REM9, TRMFO_FUSNN; -DR B9M5T8, TRMFO_GEODF; Q39X89, TRMFO_GEOMG; Q74A44, TRMFO_GEOSL; -DR C6E557, TRMFO_GEOSM; A5G7S3, TRMFO_GEOUR; Q7NFC3, TRMFO_GLOVI; -DR Q9KA24, TRMFO_HALH5; B0TH93, TRMFO_HELMI; B4U7L4, TRMFO_HYDS0; -DR Q0BYJ6, TRMFO_HYPNA; Q28PE7, TRMFO_JANSC; Q1IHM1, TRMFO_KORVE; -DR Q5FKE1, TRMFO_LACAC; Q1G9V1, TRMFO_LACDA; Q04A02, TRMFO_LACDB; -DR Q043R6, TRMFO_LACGA; A8YV48, TRMFO_LACH4; Q74JJ8, TRMFO_LACJO; -DR Q9CG79, TRMFO_LACLA; A2RKQ0, TRMFO_LACLM; Q02YZ3, TRMFO_LACLS; -DR Q039E2, TRMFO_LACP3; Q88W23, TRMFO_LACPL; Q38WZ1, TRMFO_LATSS; -DR Q1MQ25, TRMFO_LAWIP; Q1WU04, TRMFO_LIGS1; Q92C76, TRMFO_LISIN; -DR Q720E5, TRMFO_LISMF; Q8Y7K1, TRMFO_LISMO; A0AI79, TRMFO_LISW6; -DR B1HQJ3, TRMFO_LYSSC; A0LDC6, TRMFO_MAGMM; Q2W4D9, TRMFO_MAGSA; +DR A4J5Z8, TRMFO_DESRM; B5YFC6, TRMFO_DICT6; B8E2F5, TRMFO_DICTD; +DR A8LK18, TRMFO_DINSH; Q834K1, TRMFO_ENTFA; Q2NAC8, TRMFO_ERYLH; +DR B1YIB2, TRMFO_EXIS2; C4L614, TRMFO_EXISA; A7HL16, TRMFO_FERNB; +DR Q8REM9, TRMFO_FUSNN; B9M5T8, TRMFO_GEODF; Q39X89, TRMFO_GEOMG; +DR Q74A44, TRMFO_GEOSL; C6E557, TRMFO_GEOSM; A5G7S3, TRMFO_GEOUR; +DR Q7NFC3, TRMFO_GLOVI; Q9KA24, TRMFO_HALH5; B0TH93, TRMFO_HELMI; +DR B4U7L4, TRMFO_HYDS0; Q0BYJ6, TRMFO_HYPNA; Q28PE7, TRMFO_JANSC; +DR Q1IHM1, TRMFO_KORVE; Q5FKE1, TRMFO_LACAC; Q1G9V1, TRMFO_LACDA; +DR Q04A02, TRMFO_LACDB; Q043R6, TRMFO_LACGA; A8YV48, TRMFO_LACH4; +DR Q74JJ8, TRMFO_LACJO; Q9CG79, TRMFO_LACLA; A2RKQ0, TRMFO_LACLM; +DR Q02YZ3, TRMFO_LACLS; Q039E2, TRMFO_LACP3; Q88W23, TRMFO_LACPL; +DR Q38WZ1, TRMFO_LATSS; Q1MQ25, TRMFO_LAWIP; Q1WU04, TRMFO_LIGS1; +DR Q92C76, TRMFO_LISIN; Q720E5, TRMFO_LISMF; Q8Y7K1, TRMFO_LISMO; +DR A0AI79, TRMFO_LISW6; B1HQJ3, TRMFO_LYSSC; A0LDC6, TRMFO_MAGMM; DR Q0ANF3, TRMFO_MARMM; A9VXT4, TRMFO_METEP; B1ZES7, TRMFO_METPB; DR B1M5H7, TRMFO_METRJ; B0UI96, TRMFO_METS4; B0JFX8, TRMFO_MICAN; DR Q2RJP8, TRMFO_MOOTA; A5IXT6, TRMFO_MYCAP; Q9S449, TRMFO_MYXXD; -DR B2A334, TRMFO_NATTJ; Q1QMC9, TRMFO_NITHX; Q3SRR6, TRMFO_NITWN; -DR Q8YNJ4, TRMFO_NOSS1; Q2G718, TRMFO_NOVAD; Q312C5, TRMFO_OLEA2; -DR A1B9F0, TRMFO_PARDP; A7HXL5, TRMFO_PARL1; Q7U7T2, TRMFO_PARMW; +DR B2A334, TRMFO_NATTJ; Q1QMC9, TRMFO_NITHX; Q729K0, TRMFO_NITV2; +DR A1VBW6, TRMFO_NITV4; Q3SRR6, TRMFO_NITWN; Q8YNJ4, TRMFO_NOSS1; +DR Q2G718, TRMFO_NOVAD; Q312C5, TRMFO_OLEA2; A1B9F0, TRMFO_PARDP; +DR A7HXL5, TRMFO_PARL1; Q2W4D9, TRMFO_PARM1; Q7U7T2, TRMFO_PARMW; DR A1ALD8, TRMFO_PELPD; A5D2W5, TRMFO_PELTS; C0QTE2, TRMFO_PERMH; DR B4RDH0, TRMFO_PHEZH; B1XK17, TRMFO_PICP2; A3PDM1, TRMFO_PROM0; DR A2C3G4, TRMFO_PROM1; A8G5I6, TRMFO_PROM2; A2C8E1, TRMFO_PROM3; @@ -36907,8 +37050,7 @@ DR Q8KFW8, PIMT_CHLTE ; A0LZ51, PIMT_CHRFK ; Q1QU77, PIMT_CHRSD ; DR Q7NRV0, PIMT_CHRVO ; A8ANV7, PIMT_CITK8 ; Q487E5, PIMT_COLP3 ; DR A7MJ61, PIMT_CROS8 ; Q46ZH2, PIMT_CUPPJ ; Q11TS0, PIMT_CYTH3 ; DR Q92047, PIMT_DANRE ; Q47D25, PIMT_DECAR ; B8J017, PIMT_DESDA ; -DR A8ZXR8, PIMT_DESOH ; Q6ARM1, PIMT_DESPS ; Q72AZ1, PIMT_DESVH ; -DR B8DJP7, PIMT_DESVM ; A1VD15, PIMT_DESVV ; Q9GPS6, PIMT_DICDI ; +DR A8ZXR8, PIMT_DESOH ; Q6ARM1, PIMT_DESPS ; Q9GPS6, PIMT_DICDI ; DR B5YF00, PIMT_DICT6 ; B8E0T1, PIMT_DICTD ; A8LQK6, PIMT_DINSH ; DR Q27869, PIMT_DROME ; A7ZQI7, PIMT_ECO24 ; B7UHG2, PIMT_ECO27 ; DR B7MKL7, PIMT_ECO45 ; B7LEG1, PIMT_ECO55 ; P0A7A6, PIMT_ECO57 ; @@ -36927,18 +37069,19 @@ DR A2BKH8, PIMT_HYPBU ; Q5QUB2, PIMT_IDILO ; A8AAV7, PIMT_IGNH4 ; DR A6SZX9, PIMT_JANMA ; Q28TH8, PIMT_JANSC ; B5XV38, PIMT_KLEP3 ; DR A6TD35, PIMT_KLEP7 ; B1L6T9, PIMT_KORCO ; Q1INS6, PIMT_KORVE ; DR Q1MRE5, PIMT_LAWIP ; B1Y0T0, PIMT_LEPCP ; Q4R5H0, PIMT_MACFA ; -DR A0L4K5, PIMT_MAGMM ; Q2W4A2, PIMT_MAGSA ; Q0ANE2, PIMT_MARMM ; -DR C6BTT9, PIMT_MARSD ; A6UWM1, PIMT_META3 ; Q0W2W0, PIMT_METAR ; -DR A7I4W9, PIMT_METB6 ; Q12UV0, PIMT_METBU ; A9VY77, PIMT_METEP ; -DR Q1H095, PIMT_METFK ; Q2FRW3, PIMT_METHJ ; Q57636, PIMT_METJA ; -DR Q8TYL4, PIMT_METKA ; A4G087, PIMT_METM5 ; A9A8I9, PIMT_METM6 ; -DR A6VI91, PIMT_METM7 ; Q8PW90, PIMT_METMA ; A3CXP8, PIMT_METMJ ; -DR Q6M116, PIMT_METMP ; B1ZJW1, PIMT_METPB ; A2SF76, PIMT_METPP ; -DR O26915, PIMT_METTH ; A0B9U1, PIMT_METTP ; A6UR90, PIMT_METVS ; -DR P23506, PIMT_MOUSE ; Q1D6W9, PIMT_MYXXD ; B2A578, PIMT_NATTJ ; -DR Q0ADP2, PIMT_NITEC ; Q82VW0, PIMT_NITEU ; Q3SRQ7, PIMT_NITWN ; -DR Q30ZM2, PIMT_OLEA2 ; B1ZPF0, PIMT_OPITP ; A1B5M0, PIMT_PARDP ; -DR A7HXK6, PIMT_PARL1 ; B2JG67, PIMT_PARP8 ; Q6MCW9, PIMT_PARUW ; +DR A0L4K5, PIMT_MAGMM ; Q0ANE2, PIMT_MARMM ; C6BTT9, PIMT_MARSD ; +DR A6UWM1, PIMT_META3 ; Q0W2W0, PIMT_METAR ; A7I4W9, PIMT_METB6 ; +DR Q12UV0, PIMT_METBU ; A9VY77, PIMT_METEP ; Q1H095, PIMT_METFK ; +DR Q2FRW3, PIMT_METHJ ; Q57636, PIMT_METJA ; Q8TYL4, PIMT_METKA ; +DR A4G087, PIMT_METM5 ; A9A8I9, PIMT_METM6 ; A6VI91, PIMT_METM7 ; +DR Q8PW90, PIMT_METMA ; A3CXP8, PIMT_METMJ ; Q6M116, PIMT_METMP ; +DR B1ZJW1, PIMT_METPB ; A2SF76, PIMT_METPP ; O26915, PIMT_METTH ; +DR A0B9U1, PIMT_METTP ; A6UR90, PIMT_METVS ; P23506, PIMT_MOUSE ; +DR Q1D6W9, PIMT_MYXXD ; B2A578, PIMT_NATTJ ; Q0ADP2, PIMT_NITEC ; +DR Q82VW0, PIMT_NITEU ; Q72AZ1, PIMT_NITV2 ; A1VD15, PIMT_NITV4 ; +DR B8DJP7, PIMT_NITV9 ; Q3SRQ7, PIMT_NITWN ; Q30ZM2, PIMT_OLEA2 ; +DR B1ZPF0, PIMT_OPITP ; A1B5M0, PIMT_PARDP ; A7HXK6, PIMT_PARL1 ; +DR Q2W4A2, PIMT_PARM1 ; B2JG67, PIMT_PARP8 ; Q6MCW9, PIMT_PARUW ; DR Q6D1B6, PIMT_PECAS ; C6DDF9, PIMT_PECCP ; B4SFU3, PIMT_PELPB ; DR A5CYQ6, PIMT_PELTS ; A9BH07, PIMT_PETMO ; Q7N8K3, PIMT_PHOLL ; DR Q6LMT7, PIMT_PHOPR ; B1XQE1, PIMT_PICP2 ; P80895, PIMT_PIG ; @@ -36978,8 +37121,8 @@ DR C6A3F2, PIMT_THESM ; Q3SKJ2, PIMT_THIDA ; B3E6I4, PIMT_TRIL1 ; DR B7VK62, PIMT_VIBA3 ; A7MTT6, PIMT_VIBC1 ; A5F9C1, PIMT_VIBC3 ; DR Q9KUI8, PIMT_VIBCH ; C3LS22, PIMT_VIBCM ; Q87LQ6, PIMT_VIBPA ; DR Q8DC56, PIMT_VIBVU ; Q7MHQ8, PIMT_VIBVY ; Q43209, PIMT_WHEAT ; -DR Q8PLR3, PIMT_XANAC ; Q3BUS3, PIMT_XANC5 ; Q4UTP9, PIMT_XANC8 ; -DR B0RTZ8, PIMT_XANCB ; Q8P9Y6, PIMT_XANCP ; Q2P1L5, PIMT_XANOM ; +DR Q8PLR3, PIMT_XANAC ; Q4UTP9, PIMT_XANC8 ; B0RTZ8, PIMT_XANCB ; +DR Q8P9Y6, PIMT_XANCP ; Q3BUS3, PIMT_XANE5 ; Q2P1L5, PIMT_XANOM ; DR B2SUB3, PIMT_XANOP ; Q5GYL2, PIMT_XANOR ; A7INP1, PIMT_XANP2 ; DR B2I8X8, PIMT_XYLF2 ; Q9PF21, PIMT_XYLFA ; B0U4U6, PIMT_XYLFM ; DR Q87AK5, PIMT_XYLFT ; A1JJT8, PIMT_YERE8 ; A7FLX4, PIMT_YERP3 ; @@ -37085,43 +37228,7 @@ DR B1MTJ4, SETD3_PLEMO; G3V6U9, SETD3_RAT ; B2KI88, SETD3_RHIFE; DR B7ZUF3, SETD3_XENTR; // ID 2.1.1.86 -DE tetrahydromethanopterin S-methyltransferase. -AN N(5)-methyltetrahydromethanopterin--coenzyme M methyltransferase. -AN tetrahydromethanopterin methyltransferase. -CA 5-methyl-5,6,7,8-tetrahydromethanopterin + coenzyme M + 2 Na(+)(in) = -CA 5,6,7,8-tetrahydromethanopterin + methyl-coenzyme M + 2 Na(+)(out). -CC -!- Involved in the formation of methane from CO in methanogenic archaea. -DR D3E045, MTRA1_METRM; O27227, MTRA1_METTH; P80184, MTRA1_METTM; -DR D3E0P6, MTRA2_METRM; O27134, MTRA2_METTH; D9PXT1, MTRA2_METTM; -DR A6UWH7, MTRA_META3 ; Q8TU03, MTRA_METAC ; Q9Y8K4, MTRA_METBF ; -DR D7EBK7, MTRA_METEZ ; C7P879, MTRA_METFA ; Q2FRN2, MTRA_METHJ ; -DR Q58261, MTRA_METJA ; O32867, MTRA_METKA ; A6VHF2, MTRA_METM7 ; -DR O59640, MTRA_METMA ; Q6LWZ0, MTRA_METMP ; D5E7Y7, MTRA_METMS ; -DR Q2NI29, MTRA_METST ; D7DUI0, MTRA_METV3 ; A6UWH6, MTRB_META3 ; -DR Q8TU02, MTRB_METAC ; Q9Y8K3, MTRB_METBF ; Q58260, MTRB_METJA ; -DR O32866, MTRB_METKA ; A4FVW2, MTRB_METM5 ; A6VHF1, MTRB_METM7 ; -DR P80655, MTRB_METMA ; Q6LWZ1, MTRB_METMP ; O27228, MTRB_METTH ; -DR Q59584, MTRB_METTM ; A6UQK9, MTRB_METVS ; Q8TU01, MTRC_METAC ; -DR Q9Y8K2, MTRC_METBF ; Q58259, MTRC_METJA ; O32865, MTRC_METKA ; -DR A4FVW3, MTRC_METM5 ; A6VHF0, MTRC_METM7 ; O59638, MTRC_METMA ; -DR Q6LWZ2, MTRC_METMP ; O27229, MTRC_METTH ; P80185, MTRC_METTM ; -DR A6UQK8, MTRC_METVS ; Q8TU00, MTRD_METAC ; Q9Y8K1, MTRD_METBF ; -DR Q58258, MTRD_METJA ; O32864, MTRD_METKA ; P80653, MTRD_METMA ; -DR Q6LWZ3, MTRD_METMP ; O27230, MTRD_METTH ; P80183, MTRD_METTM ; -DR A6UWH3, MTRE_META3 ; Q8TTZ9, MTRE_METAC ; Q9Y8K0, MTRE_METBF ; -DR Q12VU4, MTRE_METBU ; Q49176, MTRE_METFE ; Q58257, MTRE_METJA ; -DR Q49606, MTRE_METKA ; A4FVW5, MTRE_METM5 ; A6VHE8, MTRE_METM7 ; -DR P80651, MTRE_METMA ; Q6LWZ4, MTRE_METMP ; O27231, MTRE_METTH ; -DR P80186, MTRE_METTM ; Q50830, MTRE_METVA ; A6UQK6, MTRE_METVS ; -DR Q8TU04, MTRF_METAC ; Q9Y8K5, MTRF_METBF ; Q58262, MTRF_METJA ; -DR Q8TVA7, MTRF_METKA ; P80654, MTRF_METMA ; O27226, MTRF_METTH ; -DR Q50773, MTRF_METTM ; Q8TU05, MTRG_METAC ; Q9Y8K6, MTRG_METBF ; -DR Q58263, MTRG_METJA ; O32868, MTRG_METKA ; P80656, MTRG_METMA ; -DR Q6LWY8, MTRG_METMP ; O27225, MTRG_METTH ; Q50774, MTRG_METTM ; -DR A6UWI0, MTRH_META3 ; Q8TU06, MTRH_METAC ; O93716, MTRH_METBF ; -DR Q58264, MTRH_METJA ; O32869, MTRH_METKA ; A4FVV8, MTRH_METM5 ; -DR P80650, MTRH_METMA ; Q6LWY7, MTRH_METMP ; O27224, MTRH_METTH ; -DR P80187, MTRH_METTM ; A6UQL3, MTRH_METVS ; P80652, TM2A_METMA ; +DE Transferred entry: 7.2.1.4. // ID 2.1.1.87 DE pyridine N-methyltransferase. @@ -37920,16 +38027,16 @@ DR O66883, THYX_AQUAE ; O50965, THYX_BORBU ; O64238, THYX_BPMD2 ; DR Q05259, THYX_BPML5 ; Q9ZX92, THYX_BPPHC ; Q9PJ85, THYX_CAMJE ; DR Q5HXD2, THYX_CAMJR ; Q8XHQ7, THYX_CLOPE ; Q890M6, THYX_CLOTE ; DR C3PH05, THYX_CORA7 ; Q6NGP3, THYX_CORDI ; Q8RQM9, THYX_COREF ; -DR P40111, THYX_CORGL ; Q729U4, THYX_DESVH ; Q5FG35, THYX_EHRRG ; -DR Q5HAK2, THYX_EHRRW ; Q748A9, THYX_GEOSL ; Q5FR18, THYX_GLUOX ; -DR Q5V325, THYX_HALMA ; Q9HQ52, THYX_HALSA ; Q9ZJ93, THYX_HELPJ ; -DR O26061, THYX_HELPY ; C5CHB8, THYX_KOSOT ; A0QIT4, THYX_MYCA1 ; -DR B1MD42, THYX_MYCA9 ; P66931, THYX_MYCBO ; A1KM95, THYX_MYCBP ; -DR C1AFL6, THYX_MYCBT ; A4TCJ4, THYX_MYCGI ; B8ZRR4, THYX_MYCLB ; -DR Q9CBW3, THYX_MYCLE ; B2HKZ0, THYX_MYCMM ; Q73VZ6, THYX_MYCPA ; -DR A0QVT0, THYX_MYCS2 ; A3PYB1, THYX_MYCSJ ; A1UEV1, THYX_MYCSK ; -DR Q1BA61, THYX_MYCSS ; A5U6A7, THYX_MYCTA ; P9WG56, THYX_MYCTO ; -DR P9WG57, THYX_MYCTU ; A1T7Q0, THYX_MYCVP ; O41156, THYX_PBCV1 ; +DR P40111, THYX_CORGL ; Q5FG35, THYX_EHRRG ; Q5HAK2, THYX_EHRRW ; +DR Q748A9, THYX_GEOSL ; Q5FR18, THYX_GLUOX ; Q5V325, THYX_HALMA ; +DR Q9HQ52, THYX_HALSA ; Q9ZJ93, THYX_HELPJ ; O26061, THYX_HELPY ; +DR C5CHB8, THYX_KOSOT ; A0QIT4, THYX_MYCA1 ; B1MD42, THYX_MYCA9 ; +DR P66931, THYX_MYCBO ; A1KM95, THYX_MYCBP ; C1AFL6, THYX_MYCBT ; +DR A4TCJ4, THYX_MYCGI ; B8ZRR4, THYX_MYCLB ; Q9CBW3, THYX_MYCLE ; +DR B2HKZ0, THYX_MYCMM ; Q73VZ6, THYX_MYCPA ; A0QVT0, THYX_MYCS2 ; +DR A3PYB1, THYX_MYCSJ ; A1UEV1, THYX_MYCSK ; Q1BA61, THYX_MYCSS ; +DR A5U6A7, THYX_MYCTA ; P9WG56, THYX_MYCTO ; P9WG57, THYX_MYCTU ; +DR A1T7Q0, THYX_MYCVP ; Q729U4, THYX_NITV2 ; O41156, THYX_PBCV1 ; DR A8F7Q7, THYX_PSELT ; Q9UZ51, THYX_PYRAB ; Q8ZWD6, THYX_PYRAE ; DR Q8U3C9, THYX_PYRFU ; O58498, THYX_PYRHO ; Q1RJV8, THYX_RICBR ; DR Q92IL5, THYX_RICCN ; Q4UM78, THYX_RICFE ; Q9ZDM6, THYX_RICPR ; @@ -37990,7 +38097,7 @@ DE isoliquiritigenin 2'-O-methyltransferase. AN chalcone OMT. AN CHMT. CA isoliquiritigenin + S-adenosyl-L-methionine = 2'-O- -CA methylisoliquiritigenin + S-adenosyl-L-homocysteine. +CA methylisoliquiritigenin + H(+) + S-adenosyl-L-homocysteine. CC -!- Not identical to EC 2.1.1.65. CC -!- While EC 2.1.1.154 can use licodione as a substrate, EC 2.1.1.65 CC cannot use isoliquiritigenin as a substrate. @@ -38146,23 +38253,23 @@ DR P31113, MENG_BACSU ; Q8A005, MENG_BACTN ; A7Z627, MENG_BACVZ ; DR C5C0T0, MENG_BEUC1 ; Q81ZV1, MENG_CHLCV ; Q253I8, MENG_CHLFF ; DR Q9PJW4, MENG_CHLMU ; B3QLI9, MENG_CHLP8 ; Q9K2B6, MENG_CHLPN ; DR B0B800, MENG_CHLT2 ; Q3KLS2, MENG_CHLTA ; B0BC65, MENG_CHLTB ; -DR Q8KF69, MENG_CHLTE ; O84435, MENG_CHLTR ; B0RCZ0, MENG_CLAMS ; +DR Q8KF69, MENG_CHLTE ; O84435, MENG_CHLTR ; B0RCZ0, MENG_CLASE ; DR C3PKL1, MENG_CORA7 ; Q8FSB3, MENG_COREF ; A4QBE5, MENG_CORGB ; DR Q8NT39, MENG_CORGL ; C4LL93, MENG_CORK4 ; B1VEN4, MENG_CORU7 ; -DR Q9RRT0, MENG_DEIRA ; Q24W96, MENG_DESHY ; A8LCA4, MENG_FRASN ; -DR Q5KXU0, MENG_GEOKA ; O86169, MENG_GEOSE ; C5D3E5, MENG_GEOSW ; -DR Q9KCC4, MENG_HALH5 ; Q74LY0, MENG_LACJO ; P49016, MENG_LACLA ; -DR Q88SI6, MENG_LACPL ; Q75FL1, MENG_LEPIC ; Q8EXJ3, MENG_LEPIN ; -DR P67056, MENG_LISIN ; C1KWN1, MENG_LISMC ; Q71Y84, MENG_LISMF ; -DR B8DBZ5, MENG_LISMH ; P67055, MENG_LISMO ; A0AK43, MENG_LISW6 ; -DR B1HTA6, MENG_LYSSC ; O66128, MENG_MICLU ; B1MHC3, MENG_MYCA9 ; -DR P0A639, MENG_MYCBO ; A1KG35, MENG_MYCBP ; C1AKN8, MENG_MYCBT ; -DR A4T183, MENG_MYCGI ; Q9CBA8, MENG_MYCLE ; B2HRQ2, MENG_MYCMM ; -DR Q73SL8, MENG_MYCPA ; A0QRH1, MENG_MYCS2 ; A3PUJ1, MENG_MYCSJ ; -DR A1UAY5, MENG_MYCSK ; Q1BE01, MENG_MYCSS ; A5TZT8, MENG_MYCTA ; -DR P9WFR2, MENG_MYCTO ; P9WFR3, MENG_MYCTU ; A0PLV5, MENG_MYCUA ; -DR A1T3S1, MENG_MYCVP ; Q5YPB0, MENG_NOCFA ; A1SE26, MENG_NOCSJ ; -DR Q8CWG0, MENG_OCEIH ; A1R990, MENG_PAEAT ; Q6MCB5, MENG_PARUW ; +DR Q9RRT0, MENG_DEIRA ; Q24W96, MENG_DESHY ; Q5KXU0, MENG_GEOKA ; +DR O86169, MENG_GEOSE ; C5D3E5, MENG_GEOSW ; Q9KCC4, MENG_HALH5 ; +DR Q74LY0, MENG_LACJO ; P49016, MENG_LACLA ; Q88SI6, MENG_LACPL ; +DR Q75FL1, MENG_LEPIC ; Q8EXJ3, MENG_LEPIN ; P67056, MENG_LISIN ; +DR C1KWN1, MENG_LISMC ; Q71Y84, MENG_LISMF ; B8DBZ5, MENG_LISMH ; +DR P67055, MENG_LISMO ; A0AK43, MENG_LISW6 ; B1HTA6, MENG_LYSSC ; +DR O66128, MENG_MICLU ; B1MHC3, MENG_MYCA9 ; P0A639, MENG_MYCBO ; +DR A1KG35, MENG_MYCBP ; C1AKN8, MENG_MYCBT ; A4T183, MENG_MYCGI ; +DR Q9CBA8, MENG_MYCLE ; B2HRQ2, MENG_MYCMM ; Q73SL8, MENG_MYCPA ; +DR A0QRH1, MENG_MYCS2 ; A3PUJ1, MENG_MYCSJ ; A1UAY5, MENG_MYCSK ; +DR Q1BE01, MENG_MYCSS ; A5TZT8, MENG_MYCTA ; P9WFR2, MENG_MYCTO ; +DR P9WFR3, MENG_MYCTU ; A0PLV5, MENG_MYCUA ; A1T3S1, MENG_MYCVP ; +DR Q5YPB0, MENG_NOCFA ; A1SE26, MENG_NOCSJ ; Q8CWG0, MENG_OCEIH ; +DR A1R990, MENG_PAEAT ; A8LCA4, MENG_PARS2 ; Q6MCB5, MENG_PARUW ; DR A6L3D5, MENG_PHOV8 ; B2RJE9, MENG_PORG3 ; Q7MVR7, MENG_PORGI ; DR A9WRT1, MENG_RENSM ; P59912, MENG_RHOBA ; A7NF26, MENG_ROSCS ; DR A5UVB2, MENG_ROSS1 ; Q5WGT4, MENG_SHOC1 ; A7X2H6, MENG_STAA1 ; @@ -38333,8 +38440,7 @@ DR A9N8M5, RLME_COXBR ; Q83BY4, RLME_COXBU ; A7MIM8, RLME_CROS8 ; DR Q1LLA8, RLME_CUPMC ; Q0K8Y4, RLME_CUPNH ; Q46Z98, RLME_CUPPJ ; DR B3R1S2, RLME_CUPTR ; Q47HI2, RLME_DECAR ; A9BML0, RLME_DELAS ; DR C0QGP2, RLME_DESAH ; B8FL12, RLME_DESAL ; A8ZT18, RLME_DESOH ; -DR Q6AJ42, RLME_DESPS ; Q729T9, RLME_DESVH ; B8DNJ4, RLME_DESVM ; -DR A1VC40, RLME_DESVV ; A5EXB6, RLME_DICNV ; A7ZS75, RLME_ECO24 ; +DR Q6AJ42, RLME_DESPS ; A5EXB6, RLME_DICNV ; A7ZS75, RLME_ECO24 ; DR B7UJ72, RLME_ECO27 ; B7MBU8, RLME_ECO45 ; B7LHP2, RLME_ECO55 ; DR P0C0R8, RLME_ECO57 ; B5YS68, RLME_ECO5E ; B7NKP6, RLME_ECO7I ; DR B7N363, RLME_ECO81 ; B7M085, RLME_ECO8A ; C4ZSR8, RLME_ECOBW ; @@ -38357,24 +38463,25 @@ DR Q31HG6, RLME_HYDCU ; Q0C187, RLME_HYPNA ; Q5QXK8, RLME_IDILO ; DR A6T081, RLME_JANMA ; Q28QW4, RLME_JANSC ; B5XSW2, RLME_KLEP3 ; DR A6TEJ8, RLME_KLEP7 ; Q1MRQ0, RLME_LAWIP ; Q5X1A0, RLME_LEGPA ; DR A5IHX0, RLME_LEGPC ; Q5ZRT1, RLME_LEGPH ; Q5WT13, RLME_LEGPL ; -DR B1XXG3, RLME_LEPCP ; A0LC14, RLME_MAGMM ; Q2W0P2, RLME_MAGSA ; -DR Q65TZ0, RLME_MANSM ; Q0AQH3, RLME_MARMM ; A1TXM4, RLME_MARN8 ; -DR C6C068, RLME_MARSD ; A6UUK5, RLME_META3 ; Q8TR92, RLME_METAC ; -DR Q0W1F9, RLME_METAR ; A7I848, RLME_METB6 ; Q466Q1, RLME_METBF ; -DR Q12WR3, RLME_METBU ; Q607B2, RLME_METCA ; Q1H387, RLME_METFK ; -DR Q2FNX6, RLME_METHJ ; Q58771, RLME_METJA ; A2SSW7, RLME_METLZ ; -DR A4FYM2, RLME_METM5 ; A9A6B9, RLME_METM6 ; A6VJR0, RLME_METM7 ; -DR Q8PUP4, RLME_METMA ; A3CVJ3, RLME_METMJ ; Q6LZL8, RLME_METMP ; -DR B8GG79, RLME_METPE ; A2SF90, RLME_METPP ; A5UKI5, RLME_METS3 ; -DR Q2NHD6, RLME_METST ; O27801, RLME_METTH ; A0B8A1, RLME_METTP ; -DR A6USA0, RLME_METVS ; Q1D841, RLME_MYXXD ; Q3IT24, RLME_NATPD ; -DR Q5F9L0, RLME_NEIG1 ; B4RK82, RLME_NEIG2 ; A9M3N1, RLME_NEIM0 ; -DR Q9JQX5, RLME_NEIMA ; Q7DDL2, RLME_NEIMB ; A1KT57, RLME_NEIMF ; -DR Q2GDL7, RLME_NEOSM ; Q0AHC6, RLME_NITEC ; Q820A2, RLME_NITEU ; -DR Q1QKB6, RLME_NITHX ; A9A3M9, RLME_NITMS ; Q2YBT1, RLME_NITMU ; -DR Q3J823, RLME_NITOC ; Q3SQN7, RLME_NITWN ; Q2GB53, RLME_NOVAD ; -DR Q30YX3, RLME_OLEA2 ; A1TQF0, RLME_PARC0 ; A1B962, RLME_PARDP ; -DR A7HSA5, RLME_PARL1 ; B2JFN9, RLME_PARP8 ; B2SZR9, RLME_PARPJ ; +DR B1XXG3, RLME_LEPCP ; A0LC14, RLME_MAGMM ; Q65TZ0, RLME_MANSM ; +DR Q0AQH3, RLME_MARMM ; A1TXM4, RLME_MARN8 ; C6C068, RLME_MARSD ; +DR A6UUK5, RLME_META3 ; Q8TR92, RLME_METAC ; Q0W1F9, RLME_METAR ; +DR A7I848, RLME_METB6 ; Q466Q1, RLME_METBF ; Q12WR3, RLME_METBU ; +DR Q607B2, RLME_METCA ; Q1H387, RLME_METFK ; Q2FNX6, RLME_METHJ ; +DR Q58771, RLME_METJA ; A2SSW7, RLME_METLZ ; A4FYM2, RLME_METM5 ; +DR A9A6B9, RLME_METM6 ; A6VJR0, RLME_METM7 ; Q8PUP4, RLME_METMA ; +DR A3CVJ3, RLME_METMJ ; Q6LZL8, RLME_METMP ; B8GG79, RLME_METPE ; +DR A2SF90, RLME_METPP ; A5UKI5, RLME_METS3 ; Q2NHD6, RLME_METST ; +DR O27801, RLME_METTH ; A0B8A1, RLME_METTP ; A6USA0, RLME_METVS ; +DR Q1D841, RLME_MYXXD ; Q3IT24, RLME_NATPD ; Q5F9L0, RLME_NEIG1 ; +DR B4RK82, RLME_NEIG2 ; A9M3N1, RLME_NEIM0 ; Q9JQX5, RLME_NEIMA ; +DR Q7DDL2, RLME_NEIMB ; A1KT57, RLME_NEIMF ; Q2GDL7, RLME_NEOSM ; +DR Q0AHC6, RLME_NITEC ; Q820A2, RLME_NITEU ; Q1QKB6, RLME_NITHX ; +DR A9A3M9, RLME_NITMS ; Q2YBT1, RLME_NITMU ; Q3J823, RLME_NITOC ; +DR Q729T9, RLME_NITV2 ; A1VC40, RLME_NITV4 ; B8DNJ4, RLME_NITV9 ; +DR Q3SQN7, RLME_NITWN ; Q2GB53, RLME_NOVAD ; Q30YX3, RLME_OLEA2 ; +DR A1TQF0, RLME_PARC0 ; A1B962, RLME_PARDP ; A7HSA5, RLME_PARL1 ; +DR Q2W0P2, RLME_PARM1 ; B2JFN9, RLME_PARP8 ; B2SZR9, RLME_PARPJ ; DR Q13W47, RLME_PARXL ; Q9CNJ3, RLME_PASMU ; Q6D9B9, RLME_PECAS ; DR C6DKI3, RLME_PECCP ; Q4FMX1, RLME_PELUB ; Q7MYY0, RLME_PHOLL ; DR Q6LUJ9, RLME_PHOPR ; Q6L1E2, RLME_PICTO ; A4SXL6, RLME_POLAQ ; @@ -38422,8 +38529,8 @@ DR A5CX75, RLME_VESOH ; B7VJI4, RLME_VIBA3 ; A7MZH4, RLME_VIBC1 ; DR A5F937, RLME_VIBC3 ; Q9KU87, RLME_VIBCH ; C3LSP1, RLME_VIBCM ; DR Q87LZ4, RLME_VIBPA ; Q8DBW7, RLME_VIBVU ; Q7MI01, RLME_VIBVY ; DR Q8D2X0, RLME_WIGBR ; Q73IS9, RLME_WOLPM ; Q5GS59, RLME_WOLTR ; -DR Q8PLQ8, RLME_XANAC ; Q3BUR8, RLME_XANC5 ; Q4UTQ4, RLME_XANC8 ; -DR B0RTZ3, RLME_XANCB ; Q8P9Y1, RLME_XANCP ; Q2P1M0, RLME_XANOM ; +DR Q8PLQ8, RLME_XANAC ; Q4UTQ4, RLME_XANC8 ; B0RTZ3, RLME_XANCB ; +DR Q8P9Y1, RLME_XANCP ; Q3BUR8, RLME_XANE5 ; Q2P1M0, RLME_XANOM ; DR B2SUB8, RLME_XANOP ; Q5GYL7, RLME_XANOR ; A7IDJ5, RLME_XANP2 ; DR B2I696, RLME_XYLF2 ; Q9PH52, RLME_XYLFA ; B0U1F2, RLME_XYLFM ; DR Q87F66, RLME_XYLFT ; A1JIW2, RLME_YERE8 ; A7FMS9, RLME_YERP3 ; @@ -38503,33 +38610,32 @@ DR Q7P0A5, RSMG_CHRVO ; A8ACP6, RSMG_CITK8 ; Q47U39, RSMG_COLP3 ; DR B6J8V2, RSMG_COXB1 ; B6J2B9, RSMG_COXB2 ; A9KBS7, RSMG_COXBN ; DR A9NBA9, RSMG_COXBR ; P94614, RSMG_COXBU ; A7MMW2, RSMG_CROS8 ; DR Q1LHJ9, RSMG_CUPMC ; Q0K5L7, RSMG_CUPNH ; Q46VX0, RSMG_CUPPJ ; -DR Q478A1, RSMG_DECAR ; Q6ANR2, RSMG_DESPS ; Q72CN3, RSMG_DESVH ; -DR A1VEG3, RSMG_DESVV ; A5EXK3, RSMG_DICNV ; A8LPC4, RSMG_DINSH ; -DR B7UMK5, RSMG_ECO27 ; B7MGG0, RSMG_ECO45 ; B7L890, RSMG_ECO55 ; -DR P0A6U7, RSMG_ECO57 ; B5YXE4, RSMG_ECO5E ; B7NR42, RSMG_ECO7I ; -DR B7N2H9, RSMG_ECO81 ; B7M596, RSMG_ECO8A ; C4ZZ18, RSMG_ECOBW ; -DR B1X9W8, RSMG_ECODH ; A8A6K3, RSMG_ECOHS ; A1AHS0, RSMG_ECOK1 ; -DR Q0TAW9, RSMG_ECOL5 ; P0A6U6, RSMG_ECOL6 ; B1IWZ8, RSMG_ECOLC ; -DR P0A6U5, RSMG_ECOLI ; B7NF56, RSMG_ECOLU ; B6I3X7, RSMG_ECOSE ; -DR B1LL67, RSMG_ECOSM ; Q1R4J2, RSMG_ECOUT ; C5BF32, RSMG_EDWI9 ; -DR A4WGE7, RSMG_ENT38 ; B2VCB2, RSMG_ERWT9 ; Q2N6I7, RSMG_ERYLH ; -DR B7LK85, RSMG_ESCF3 ; B0TW44, RSMG_FRAP2 ; Q14FV3, RSMG_FRAT1 ; -DR A7N992, RSMG_FRATF ; Q2A5Y4, RSMG_FRATH ; A0Q444, RSMG_FRATN ; -DR Q0BP72, RSMG_FRATO ; Q5NEF0, RSMG_FRATT ; A4J072, RSMG_FRATW ; -DR Q39PR1, RSMG_GEOMG ; Q746Q5, RSMG_GEOSL ; C6DYR8, RSMG_GEOSM ; -DR A5G9V1, RSMG_GEOUR ; B8F6X2, RSMG_GLAP5 ; A9HE10, RSMG_GLUDA ; -DR Q5FS13, RSMG_GLUOX ; Q0BW94, RSMG_GRABC ; Q7VPP8, RSMG_HAEDU ; -DR Q4QN56, RSMG_HAEI8 ; A5UA03, RSMG_HAEIE ; A5UGZ7, RSMG_HAEIG ; -DR P44728, RSMG_HAEIN ; Q2S6N0, RSMG_HAHCH ; A1WSY4, RSMG_HALHL ; -DR Q17WP3, RSMG_HELAH ; Q8GHA0, RSMG_HELBI ; Q7VG38, RSMG_HELHP ; -DR Q1CUC1, RSMG_HELPH ; Q9ZM61, RSMG_HELPJ ; O25703, RSMG_HELPY ; -DR A4GAI1, RSMG_HERAR ; Q0I5W5, RSMG_HISS1 ; B0UWH2, RSMG_HISS2 ; -DR Q31DK9, RSMG_HYDCU ; Q0BWB0, RSMG_HYPNA ; Q5QZI9, RSMG_IDILO ; -DR A6T481, RSMG_JANMA ; Q28VZ4, RSMG_JANSC ; B5XZL6, RSMG_KLEP3 ; -DR A6TG44, RSMG_KLEP7 ; C1D5H2, RSMG_LARHH ; Q1MR90, RSMG_LAWIP ; -DR Q5X0Z7, RSMG_LEGPA ; A5II63, RSMG_LEGPC ; Q5ZRJ1, RSMG_LEGPH ; -DR Q5WSS3, RSMG_LEGPL ; B1XYL2, RSMG_LEPCP ; A0LE46, RSMG_MAGMM ; -DR Q2WBG8, RSMG_MAGSA ; Q65Q00, RSMG_MANSM ; Q0AKF0, RSMG_MARMM ; +DR Q478A1, RSMG_DECAR ; Q6ANR2, RSMG_DESPS ; A5EXK3, RSMG_DICNV ; +DR A8LPC4, RSMG_DINSH ; B7UMK5, RSMG_ECO27 ; B7MGG0, RSMG_ECO45 ; +DR B7L890, RSMG_ECO55 ; P0A6U7, RSMG_ECO57 ; B5YXE4, RSMG_ECO5E ; +DR B7NR42, RSMG_ECO7I ; B7N2H9, RSMG_ECO81 ; B7M596, RSMG_ECO8A ; +DR C4ZZ18, RSMG_ECOBW ; B1X9W8, RSMG_ECODH ; A8A6K3, RSMG_ECOHS ; +DR A1AHS0, RSMG_ECOK1 ; Q0TAW9, RSMG_ECOL5 ; P0A6U6, RSMG_ECOL6 ; +DR B1IWZ8, RSMG_ECOLC ; P0A6U5, RSMG_ECOLI ; B7NF56, RSMG_ECOLU ; +DR B6I3X7, RSMG_ECOSE ; B1LL67, RSMG_ECOSM ; Q1R4J2, RSMG_ECOUT ; +DR C5BF32, RSMG_EDWI9 ; A4WGE7, RSMG_ENT38 ; B2VCB2, RSMG_ERWT9 ; +DR Q2N6I7, RSMG_ERYLH ; B7LK85, RSMG_ESCF3 ; B0TW44, RSMG_FRAP2 ; +DR Q14FV3, RSMG_FRAT1 ; A7N992, RSMG_FRATF ; Q2A5Y4, RSMG_FRATH ; +DR A0Q444, RSMG_FRATN ; Q0BP72, RSMG_FRATO ; Q5NEF0, RSMG_FRATT ; +DR A4J072, RSMG_FRATW ; Q39PR1, RSMG_GEOMG ; Q746Q5, RSMG_GEOSL ; +DR C6DYR8, RSMG_GEOSM ; A5G9V1, RSMG_GEOUR ; B8F6X2, RSMG_GLAP5 ; +DR A9HE10, RSMG_GLUDA ; Q5FS13, RSMG_GLUOX ; Q0BW94, RSMG_GRABC ; +DR Q7VPP8, RSMG_HAEDU ; Q4QN56, RSMG_HAEI8 ; A5UA03, RSMG_HAEIE ; +DR A5UGZ7, RSMG_HAEIG ; P44728, RSMG_HAEIN ; Q2S6N0, RSMG_HAHCH ; +DR A1WSY4, RSMG_HALHL ; Q17WP3, RSMG_HELAH ; Q8GHA0, RSMG_HELBI ; +DR Q7VG38, RSMG_HELHP ; Q1CUC1, RSMG_HELPH ; Q9ZM61, RSMG_HELPJ ; +DR O25703, RSMG_HELPY ; A4GAI1, RSMG_HERAR ; Q0I5W5, RSMG_HISS1 ; +DR B0UWH2, RSMG_HISS2 ; Q31DK9, RSMG_HYDCU ; Q0BWB0, RSMG_HYPNA ; +DR Q5QZI9, RSMG_IDILO ; A6T481, RSMG_JANMA ; Q28VZ4, RSMG_JANSC ; +DR B5XZL6, RSMG_KLEP3 ; A6TG44, RSMG_KLEP7 ; C1D5H2, RSMG_LARHH ; +DR Q1MR90, RSMG_LAWIP ; Q5X0Z7, RSMG_LEGPA ; A5II63, RSMG_LEGPC ; +DR Q5ZRJ1, RSMG_LEGPH ; Q5WSS3, RSMG_LEGPL ; B1XYL2, RSMG_LEPCP ; +DR A0LE46, RSMG_MAGMM ; Q65Q00, RSMG_MANSM ; Q0AKF0, RSMG_MARMM ; DR A6W3T8, RSMG_MARMS ; A1U7I4, RSMG_MARN8 ; B7KV55, RSMG_METC4 ; DR Q60CS4, RSMG_METCA ; A9W327, RSMG_METEP ; Q1GXM0, RSMG_METFK ; DR B8IHZ7, RSMG_METNO ; B1ZGG1, RSMG_METPB ; A2SMF0, RSMG_METPP ; @@ -38538,9 +38644,10 @@ DR Q5F5X7, RSMG_NEIG1 ; B4RR25, RSMG_NEIG2 ; A9M3R8, RSMG_NEIM0 ; DR Q9JX38, RSMG_NEIMA ; Q9K1G3, RSMG_NEIMB ; A1KRM2, RSMG_NEIMF ; DR Q0ADD7, RSMG_NITEC ; Q82S79, RSMG_NITEU ; Q1QRZ2, RSMG_NITHX ; DR Q2Y5B5, RSMG_NITMU ; Q3J6M1, RSMG_NITOC ; A6Q1W3, RSMG_NITSB ; -DR Q3SWH7, RSMG_NITWN ; Q2GC39, RSMG_NOVAD ; Q30Z06, RSMG_OLEA2 ; -DR A5CDU7, RSMG_ORITB ; B3CQX7, RSMG_ORITI ; A1TI79, RSMG_PARC0 ; -DR A1AXX8, RSMG_PARDP ; A7HSL2, RSMG_PARL1 ; Q13SP1, RSMG_PARXL ; +DR Q72CN3, RSMG_NITV2 ; A1VEG3, RSMG_NITV4 ; Q3SWH7, RSMG_NITWN ; +DR Q2GC39, RSMG_NOVAD ; Q30Z06, RSMG_OLEA2 ; A5CDU7, RSMG_ORITB ; +DR B3CQX7, RSMG_ORITI ; A1TI79, RSMG_PARC0 ; A1AXX8, RSMG_PARDP ; +DR A7HSL2, RSMG_PARL1 ; Q2WBG8, RSMG_PARM1 ; Q13SP1, RSMG_PARXL ; DR P57946, RSMG_PASMU ; Q6CYI7, RSMG_PECAS ; C6DJG4, RSMG_PECCP ; DR A1AV41, RSMG_PELPD ; Q4FNR5, RSMG_PELUB ; Q7NA87, RSMG_PHOLL ; DR Q6LLF8, RSMG_PHOPR ; A4SUS4, RSMG_POLAQ ; A1VIB2, RSMG_POLNA ; @@ -38583,8 +38690,8 @@ DR Q39ZT2, RSMG_SYNC1 ; Q9LCY2, RSMG_THET8 ; Q3SF56, RSMG_THIDA ; DR A1WGT3, RSMG_VEREI ; B7VN06, RSMG_VIBA3 ; A7N0X5, RSMG_VIBC1 ; DR A5F469, RSMG_VIBC3 ; Q9KNG5, RSMG_VIBCH ; C3LSJ9, RSMG_VIBCM ; DR Q87K99, RSMG_VIBPA ; Q8DDH8, RSMG_VIBVU ; Q7MGH0, RSMG_VIBVY ; -DR Q7M9J8, RSMG_WOLSU ; Q8PF23, RSMG_XANAC ; Q3BML8, RSMG_XANC5 ; -DR Q4UP54, RSMG_XANC8 ; B0RYS0, RSMG_XANCB ; Q8P3N0, RSMG_XANCP ; +DR Q7M9J8, RSMG_WOLSU ; Q8PF23, RSMG_XANAC ; Q4UP54, RSMG_XANC8 ; +DR B0RYS0, RSMG_XANCB ; Q8P3N0, RSMG_XANCP ; Q3BML8, RSMG_XANE5 ; DR Q2NXD0, RSMG_XANOM ; B2SU21, RSMG_XANOP ; Q5GU13, RSMG_XANOR ; DR B2I4Q1, RSMG_XYLF2 ; Q9PC50, RSMG_XYLFA ; Q87D24, RSMG_XYLFT ; DR A1JTD7, RSMG_YERE8 ; A7FPE8, RSMG_YERP3 ; Q1C087, RSMG_YERPA ; @@ -38719,8 +38826,8 @@ DR Q3Z3H3, RLMKL_SHISS; Q2NU80, RLMKL_SODGM; B4SQ79, RLMKL_STRM5; DR B2FJ58, RLMKL_STRMK; A4VM39, RLMKL_STUS1; Q3A2U5, RLMKL_SYNC1; DR A7N0M8, RLMKL_VIBC1; A5F836, RLMKL_VIBC3; Q9KRZ5, RLMKL_VIBCH; DR Q87PC0, RLMKL_VIBPA; Q7MKX1, RLMKL_VIBVY; Q8PM40, RLMKL_XANAC; -DR Q3BV47, RLMKL_XANC5; Q4UT85, RLMKL_XANC8; B0RV07, RLMKL_XANCB; -DR Q8PAE0, RLMKL_XANCP; Q2P309, RLMKL_XANOM; B2SIS8, RLMKL_XANOP; +DR Q4UT85, RLMKL_XANC8; B0RV07, RLMKL_XANCB; Q8PAE0, RLMKL_XANCP; +DR Q3BV47, RLMKL_XANE5; Q2P309, RLMKL_XANOM; B2SIS8, RLMKL_XANOP; DR Q5H029, RLMKL_XANOR; B2IA87, RLMKL_XYLF2; Q9PA69, RLMKL_XYLFA; DR B0U5Z5, RLMKL_XYLFM; Q87A16, RLMKL_XYLFT; A1JMQ6, RLMKL_YERE8; DR A7FJT9, RLMKL_YERP3; Q1CA41, RLMKL_YERPA; B2JYS1, RLMKL_YERPB; @@ -38889,7 +38996,6 @@ DR Q11RC7, RLMH_CYTH3 ; Q47JQ1, RLMH_DECAR ; C1CW51, RLMH_DEIDV ; DR Q1IXU8, RLMH_DEIGD ; Q9RWP7, RLMH_DEIRA ; A9BWE1, RLMH_DELAS ; DR B8IYS8, RLMH_DESDA ; B8G0H2, RLMH_DESHD ; Q24MD8, RLMH_DESHY ; DR Q6AL30, RLMH_DESPS ; A4J9P0, RLMH_DESRM ; Q9ZH20, RLMH_DESTE ; -DR Q72CM9, RLMH_DESVH ; B8DNW9, RLMH_DESVM ; A1VEG0, RLMH_DESVV ; DR A5EY47, RLMH_DICNV ; B5YER1, RLMH_DICT6 ; B8E0D5, RLMH_DICTD ; DR A8LKJ4, RLMH_DINSH ; A7ZJ25, RLMH_ECO24 ; B7UKS6, RLMH_ECO27 ; DR B7MFQ9, RLMH_ECO45 ; B7L9I0, RLMH_ECO55 ; P0A8J0, RLMH_ECO57 ; @@ -38931,27 +39037,28 @@ DR Q1WVS1, RLMH_LIGS1 ; B2GEW8, RLMH_LIMF3 ; A5VHH9, RLMH_LIMRD ; DR B2G510, RLMH_LIMRJ ; Q92EY7, RLMH_LISIN ; C1KZ18, RLMH_LISMC ; DR Q724B0, RLMH_LISMF ; B8DEV0, RLMH_LISMH ; Q8YA66, RLMH_LISMO ; DR A0AFA6, RLMH_LISW6 ; B1HPJ4, RLMH_LYSSC ; B9E922, RLMH_MACCJ ; -DR A0LCY8, RLMH_MAGMM ; Q2VZT7, RLMH_MAGSA ; Q8EVP2, RLMH_MALP2 ; -DR Q65RH0, RLMH_MANSM ; Q0AKW7, RLMH_MARMM ; A6VZ82, RLMH_MARMS ; -DR A1U3C0, RLMH_MARN8 ; C6BU53, RLMH_MARSD ; Q6F0Y7, RLMH_MESFL ; -DR Q602E6, RLMH_MESH2 ; Q4A908, RLMH_MESH7 ; Q4AAU5, RLMH_MESHJ ; -DR Q6KID5, RLMH_MESM1 ; B3PNC7, RLMH_META1 ; A7IAU3, RLMH_METB6 ; -DR B7L2C1, RLMH_METC4 ; Q60BT8, RLMH_METCA ; A9W528, RLMH_METEP ; -DR Q1H3S5, RLMH_METFK ; Q2FTV8, RLMH_METHJ ; A2SR93, RLMH_METLZ ; -DR A4FXE1, RLMH_METM5 ; A9AAR1, RLMH_METM6 ; A6VFY5, RLMH_METM7 ; -DR Q6LYF4, RLMH_METMP ; B8IEM4, RLMH_METNO ; B1Z888, RLMH_METPB ; -DR A2SFG5, RLMH_METPP ; B1M692, RLMH_METRJ ; B0UP23, RLMH_METS4 ; -DR B8ENA6, RLMH_METSB ; A0B913, RLMH_METTP ; A6UP47, RLMH_METVS ; -DR Q2RFU1, RLMH_MOOTA ; A5IXW4, RLMH_MYCAP ; Q2SRU4, RLMH_MYCCT ; -DR Q6MTI4, RLMH_MYCMS ; Q98QV7, RLMH_MYCPU ; Q4A5P7, RLMH_MYCS5 ; -DR Q1DCX5, RLMH_MYXXD ; B2A3L2, RLMH_NATTJ ; Q5F554, RLMH_NEIG1 ; -DR B4RR86, RLMH_NEIG2 ; A9M0D2, RLMH_NEIM0 ; P67518, RLMH_NEIMA ; -DR P67519, RLMH_NEIMB ; A1KWA0, RLMH_NEIMF ; Q0AFM7, RLMH_NITEC ; -DR P59733, RLMH_NITEU ; Q1QQT4, RLMH_NITHX ; Q2YC51, RLMH_NITMU ; -DR Q3J7T4, RLMH_NITOC ; A6Q496, RLMH_NITSB ; Q3SVH7, RLMH_NITWN ; -DR Q2GCB7, RLMH_NOVAD ; Q8EL52, RLMH_OCEIH ; Q04HG9, RLMH_OENOB ; -DR Q30Z08, RLMH_OLEA2 ; A1TS23, RLMH_PARC0 ; A6LDQ1, RLMH_PARD8 ; -DR A1B510, RLMH_PARDP ; A7HT62, RLMH_PARL1 ; Q7U7D7, RLMH_PARMW ; +DR A0LCY8, RLMH_MAGMM ; Q8EVP2, RLMH_MALP2 ; Q65RH0, RLMH_MANSM ; +DR Q0AKW7, RLMH_MARMM ; A6VZ82, RLMH_MARMS ; A1U3C0, RLMH_MARN8 ; +DR C6BU53, RLMH_MARSD ; Q6F0Y7, RLMH_MESFL ; Q602E6, RLMH_MESH2 ; +DR Q4A908, RLMH_MESH7 ; Q4AAU5, RLMH_MESHJ ; B3PNC7, RLMH_META1 ; +DR A7IAU3, RLMH_METB6 ; B7L2C1, RLMH_METC4 ; Q60BT8, RLMH_METCA ; +DR A9W528, RLMH_METEP ; Q1H3S5, RLMH_METFK ; Q2FTV8, RLMH_METHJ ; +DR A2SR93, RLMH_METLZ ; A4FXE1, RLMH_METM5 ; A9AAR1, RLMH_METM6 ; +DR A6VFY5, RLMH_METM7 ; Q6LYF4, RLMH_METMP ; B8IEM4, RLMH_METNO ; +DR B1Z888, RLMH_METPB ; A2SFG5, RLMH_METPP ; B1M692, RLMH_METRJ ; +DR B0UP23, RLMH_METS4 ; B8ENA6, RLMH_METSB ; A0B913, RLMH_METTP ; +DR A6UP47, RLMH_METVS ; Q2RFU1, RLMH_MOOTA ; A5IXW4, RLMH_MYCAP ; +DR Q2SRU4, RLMH_MYCCT ; Q6KID5, RLMH_MYCM1 ; Q6MTI4, RLMH_MYCMS ; +DR Q98QV7, RLMH_MYCPU ; Q4A5P7, RLMH_MYCS5 ; Q1DCX5, RLMH_MYXXD ; +DR B2A3L2, RLMH_NATTJ ; Q5F554, RLMH_NEIG1 ; B4RR86, RLMH_NEIG2 ; +DR A9M0D2, RLMH_NEIM0 ; P67518, RLMH_NEIMA ; P67519, RLMH_NEIMB ; +DR A1KWA0, RLMH_NEIMF ; Q0AFM7, RLMH_NITEC ; P59733, RLMH_NITEU ; +DR Q1QQT4, RLMH_NITHX ; Q2YC51, RLMH_NITMU ; Q3J7T4, RLMH_NITOC ; +DR A6Q496, RLMH_NITSB ; Q72CM9, RLMH_NITV2 ; A1VEG0, RLMH_NITV4 ; +DR B8DNW9, RLMH_NITV9 ; Q3SVH7, RLMH_NITWN ; Q2GCB7, RLMH_NOVAD ; +DR Q8EL52, RLMH_OCEIH ; Q04HG9, RLMH_OENOB ; Q30Z08, RLMH_OLEA2 ; +DR A1TS23, RLMH_PARC0 ; A6LDQ1, RLMH_PARD8 ; A1B510, RLMH_PARDP ; +DR A7HT62, RLMH_PARL1 ; Q2VZT7, RLMH_PARM1 ; Q7U7D7, RLMH_PARMW ; DR B2JE39, RLMH_PARP8 ; B2T2A0, RLMH_PARPJ ; Q6MAG7, RLMH_PARUW ; DR Q142M1, RLMH_PARXL ; Q9CJR9, RLMH_PASMU ; Q6D7M1, RLMH_PECAS ; DR C6DBW3, RLMH_PECCP ; Q03D72, RLMH_PEDPA ; A1AV33, RLMH_PELPD ; @@ -39028,8 +39135,8 @@ DR B5ZAY6, RLMH_UREU1 ; C5CLQ6, RLMH_VARPS ; A1WL60, RLMH_VEREI ; DR B7VKF3, RLMH_VIBA3 ; A7MY83, RLMH_VIBC1 ; A5F2Y7, RLMH_VIBC3 ; DR Q9KTF1, RLMH_VIBCH ; C3LTJ9, RLMH_VIBCM ; Q87RQ4, RLMH_VIBPA ; DR Q8DFD8, RLMH_VIBVU ; Q7MN10, RLMH_VIBVY ; Q7MST2, RLMH_WOLSU ; -DR Q8PIX0, RLMH_XANAC ; Q3BRF1, RLMH_XANC5 ; Q4UWK2, RLMH_XANC8 ; -DR B0RR12, RLMH_XANCB ; Q8P7J8, RLMH_XANCP ; Q2P0N7, RLMH_XANOM ; +DR Q8PIX0, RLMH_XANAC ; Q4UWK2, RLMH_XANC8 ; B0RR12, RLMH_XANCB ; +DR Q8P7J8, RLMH_XANCP ; Q3BRF1, RLMH_XANE5 ; Q2P0N7, RLMH_XANOM ; DR B2SWG5, RLMH_XANOP ; Q5GXJ5, RLMH_XANOR ; A7IH12, RLMH_XANP2 ; DR B2I8D4, RLMH_XYLF2 ; Q9PGG4, RLMH_XYLFA ; B0U4I5, RLMH_XYLFM ; DR Q87AV1, RLMH_XYLFT ; A1JPW6, RLMH_YERE8 ; A7FKY2, RLMH_YERP3 ; @@ -39219,54 +39326,53 @@ DR Q6AAD7, RSMA_CUTAK ; Q11UL8, RSMA_CYTH3 ; Q479U6, RSMA_DECAR ; DR Q3Z9F0, RSMA_DEHM1 ; A5FS52, RSMA_DEHMB ; Q3ZZE6, RSMA_DEHMC ; DR Q1IZ94, RSMA_DEIGD ; Q9RU68, RSMA_DEIRA ; C0QFJ2, RSMA_DESAH ; DR B8FY38, RSMA_DESHD ; Q251W8, RSMA_DESHY ; A9A0E0, RSMA_DESOH ; -DR Q6AL71, RSMA_DESPS ; Q72B41, RSMA_DESVH ; A1VD65, RSMA_DESVV ; -DR A5EY68, RSMA_DICNV ; A8LI73, RSMA_DINSH ; A7ZHE4, RSMA_ECO24 ; -DR B7UI99, RSMA_ECO27 ; B7MAH6, RSMA_ECO45 ; B7L4H4, RSMA_ECO55 ; -DR Q8XA14, RSMA_ECO57 ; B5YZ89, RSMA_ECO5E ; B7NHF7, RSMA_ECO7I ; -DR B7MNR0, RSMA_ECO81 ; B7M0E8, RSMA_ECO8A ; C4ZPX7, RSMA_ECOBW ; -DR B1XC52, RSMA_ECODH ; A7ZW03, RSMA_ECOHS ; A1A7A0, RSMA_ECOK1 ; -DR Q0TLT6, RSMA_ECOL5 ; Q8FL96, RSMA_ECOL6 ; B1IRC5, RSMA_ECOLC ; -DR P06992, RSMA_ECOLI ; B7N7S6, RSMA_ECOLU ; B6HZ32, RSMA_ECOSE ; -DR B1LFY7, RSMA_ECOSM ; Q1RGE6, RSMA_ECOUT ; Q3YS70, RSMA_EHRCJ ; -DR Q2GGH6, RSMA_EHRCR ; Q5FH30, RSMA_EHRRG ; Q5HBC6, RSMA_EHRRW ; -DR A4W6F7, RSMA_ENT38 ; Q837A7, RSMA_ENTFA ; B2VGP6, RSMA_ERWT9 ; -DR Q2N8W9, RSMA_ERYLH ; B7LVU5, RSMA_ESCF3 ; A5FLP4, RSMA_FLAJ1 ; -DR A6GVR5, RSMA_FLAPJ ; B0TZ54, RSMA_FRAP2 ; Q14IY7, RSMA_FRAT1 ; -DR A7NDV3, RSMA_FRATF ; Q2A218, RSMA_FRATH ; B2SDQ1, RSMA_FRATM ; -DR A0Q5E0, RSMA_FRATN ; Q0BKP7, RSMA_FRATO ; Q5NHI5, RSMA_FRATT ; -DR A4IZF1, RSMA_FRATW ; Q8R6B1, RSMA_FUSNN ; Q5L3V8, RSMA_GEOKA ; -DR Q39W34, RSMA_GEOMG ; Q74C12, RSMA_GEOSL ; C5D363, RSMA_GEOSW ; -DR A4IJB8, RSMA_GEOTN ; Q7NJ41, RSMA_GLOVI ; Q5FU61, RSMA_GLUOX ; -DR Q7VM33, RSMA_HAEDU ; Q4QMZ9, RSMA_HAEI8 ; A5U9U3, RSMA_HAEIE ; -DR A5UH57, RSMA_HAEIG ; P44749, RSMA_HAEIN ; Q2S9C3, RSMA_HAHCH ; -DR Q9KGK4, RSMA_HALH5 ; A1WVT7, RSMA_HALHL ; B8D0I2, RSMA_HALOH ; -DR C4K4K9, RSMA_HAMD5 ; Q17ZF9, RSMA_HELAH ; Q7VGZ3, RSMA_HELHP ; -DR B6JNS3, RSMA_HELP2 ; B5Z950, RSMA_HELPG ; Q1CRJ9, RSMA_HELPH ; -DR Q9ZJI7, RSMA_HELPJ ; B2UVG9, RSMA_HELPS ; O25972, RSMA_HELPY ; -DR A4G256, RSMA_HERAR ; Q0I5C3, RSMA_HISS1 ; B0URM7, RSMA_HISS2 ; -DR Q31F24, RSMA_HYDCU ; B4U9C8, RSMA_HYDS0 ; Q5QVN7, RSMA_IDILO ; -DR A6SV13, RSMA_JANMA ; Q28RD6, RSMA_JANSC ; A6W6U4, RSMA_KINRD ; -DR B5Y1Z4, RSMA_KLEP3 ; A6T4I7, RSMA_KLEP7 ; Q1ILA1, RSMA_KORVE ; -DR Q5FMG3, RSMA_LACAC ; Q1GBR1, RSMA_LACDA ; Q04C60, RSMA_LACDB ; -DR A8YX55, RSMA_LACH4 ; Q74LI0, RSMA_LACJO ; Q9CHN8, RSMA_LACLA ; -DR A9KL97, RSMA_LACP7 ; Q88Z93, RSMA_LACPL ; C1D9C2, RSMA_LARHH ; -DR Q38V22, RSMA_LATSS ; Q1MR01, RSMA_LAWIP ; Q5X0V1, RSMA_LEGPA ; -DR A5IIC0, RSMA_LEGPC ; Q5ZRF4, RSMA_LEGPH ; Q5WSM3, RSMA_LEGPL ; -DR Q6ADP1, RSMA_LEIXX ; B1Y7L9, RSMA_LEPCP ; B1N079, RSMA_LEUCK ; -DR Q03VR7, RSMA_LEUMM ; Q03T56, RSMA_LEVBA ; Q1WV73, RSMA_LIGS1 ; -DR A5VI09, RSMA_LIMRD ; B2G5I8, RSMA_LIMRJ ; Q92F79, RSMA_LISIN ; -DR C1KYC1, RSMA_LISMC ; Q724M5, RSMA_LISMF ; B8DGN7, RSMA_LISMH ; -DR Q8YAE2, RSMA_LISMO ; A0AEZ3, RSMA_LISW6 ; B1HS82, RSMA_LYSSC ; -DR B9E8V8, RSMA_MACCJ ; A0LA32, RSMA_MAGMM ; Q2W0V3, RSMA_MAGSA ; +DR Q6AL71, RSMA_DESPS ; A5EY68, RSMA_DICNV ; A8LI73, RSMA_DINSH ; +DR A7ZHE4, RSMA_ECO24 ; B7UI99, RSMA_ECO27 ; B7MAH6, RSMA_ECO45 ; +DR B7L4H4, RSMA_ECO55 ; Q8XA14, RSMA_ECO57 ; B5YZ89, RSMA_ECO5E ; +DR B7NHF7, RSMA_ECO7I ; B7MNR0, RSMA_ECO81 ; B7M0E8, RSMA_ECO8A ; +DR C4ZPX7, RSMA_ECOBW ; B1XC52, RSMA_ECODH ; A7ZW03, RSMA_ECOHS ; +DR A1A7A0, RSMA_ECOK1 ; Q0TLT6, RSMA_ECOL5 ; Q8FL96, RSMA_ECOL6 ; +DR B1IRC5, RSMA_ECOLC ; P06992, RSMA_ECOLI ; B7N7S6, RSMA_ECOLU ; +DR B6HZ32, RSMA_ECOSE ; B1LFY7, RSMA_ECOSM ; Q1RGE6, RSMA_ECOUT ; +DR Q3YS70, RSMA_EHRCJ ; Q2GGH6, RSMA_EHRCR ; Q5FH30, RSMA_EHRRG ; +DR Q5HBC6, RSMA_EHRRW ; A4W6F7, RSMA_ENT38 ; Q837A7, RSMA_ENTFA ; +DR B2VGP6, RSMA_ERWT9 ; Q2N8W9, RSMA_ERYLH ; B7LVU5, RSMA_ESCF3 ; +DR A5FLP4, RSMA_FLAJ1 ; A6GVR5, RSMA_FLAPJ ; B0TZ54, RSMA_FRAP2 ; +DR Q14IY7, RSMA_FRAT1 ; A7NDV3, RSMA_FRATF ; Q2A218, RSMA_FRATH ; +DR B2SDQ1, RSMA_FRATM ; A0Q5E0, RSMA_FRATN ; Q0BKP7, RSMA_FRATO ; +DR Q5NHI5, RSMA_FRATT ; A4IZF1, RSMA_FRATW ; Q8R6B1, RSMA_FUSNN ; +DR Q5L3V8, RSMA_GEOKA ; Q39W34, RSMA_GEOMG ; Q74C12, RSMA_GEOSL ; +DR C5D363, RSMA_GEOSW ; A4IJB8, RSMA_GEOTN ; Q7NJ41, RSMA_GLOVI ; +DR Q5FU61, RSMA_GLUOX ; Q7VM33, RSMA_HAEDU ; Q4QMZ9, RSMA_HAEI8 ; +DR A5U9U3, RSMA_HAEIE ; A5UH57, RSMA_HAEIG ; P44749, RSMA_HAEIN ; +DR Q2S9C3, RSMA_HAHCH ; Q9KGK4, RSMA_HALH5 ; A1WVT7, RSMA_HALHL ; +DR B8D0I2, RSMA_HALOH ; C4K4K9, RSMA_HAMD5 ; Q17ZF9, RSMA_HELAH ; +DR Q7VGZ3, RSMA_HELHP ; B6JNS3, RSMA_HELP2 ; B5Z950, RSMA_HELPG ; +DR Q1CRJ9, RSMA_HELPH ; Q9ZJI7, RSMA_HELPJ ; B2UVG9, RSMA_HELPS ; +DR O25972, RSMA_HELPY ; A4G256, RSMA_HERAR ; Q0I5C3, RSMA_HISS1 ; +DR B0URM7, RSMA_HISS2 ; Q31F24, RSMA_HYDCU ; B4U9C8, RSMA_HYDS0 ; +DR Q5QVN7, RSMA_IDILO ; A6SV13, RSMA_JANMA ; Q28RD6, RSMA_JANSC ; +DR A6W6U4, RSMA_KINRD ; B5Y1Z4, RSMA_KLEP3 ; A6T4I7, RSMA_KLEP7 ; +DR Q1ILA1, RSMA_KORVE ; Q5FMG3, RSMA_LACAC ; Q1GBR1, RSMA_LACDA ; +DR Q04C60, RSMA_LACDB ; A8YX55, RSMA_LACH4 ; Q74LI0, RSMA_LACJO ; +DR Q9CHN8, RSMA_LACLA ; A9KL97, RSMA_LACP7 ; Q88Z93, RSMA_LACPL ; +DR C1D9C2, RSMA_LARHH ; Q38V22, RSMA_LATSS ; Q1MR01, RSMA_LAWIP ; +DR Q5X0V1, RSMA_LEGPA ; A5IIC0, RSMA_LEGPC ; Q5ZRF4, RSMA_LEGPH ; +DR Q5WSM3, RSMA_LEGPL ; Q6ADP1, RSMA_LEIXX ; B1Y7L9, RSMA_LEPCP ; +DR B1N079, RSMA_LEUCK ; Q03VR7, RSMA_LEUMM ; Q03T56, RSMA_LEVBA ; +DR Q1WV73, RSMA_LIGS1 ; A5VI09, RSMA_LIMRD ; B2G5I8, RSMA_LIMRJ ; +DR Q92F79, RSMA_LISIN ; C1KYC1, RSMA_LISMC ; Q724M5, RSMA_LISMF ; +DR B8DGN7, RSMA_LISMH ; Q8YAE2, RSMA_LISMO ; A0AEZ3, RSMA_LISW6 ; +DR B1HS82, RSMA_LYSSC ; B9E8V8, RSMA_MACCJ ; A0LA32, RSMA_MAGMM ; DR Q8EU92, RSMA_MALP2 ; Q65UX3, RSMA_MANSM ; Q0AQC3, RSMA_MARMM ; DR A6VU53, RSMA_MARMS ; A1U6F8, RSMA_MARN8 ; C6BSW3, RSMA_MARSD ; DR Q6F2B4, RSMA_MESFL ; Q5ZZN4, RSMA_MESH2 ; Q4A775, RSMA_MESH7 ; -DR Q4A936, RSMA_MESHJ ; Q6KH80, RSMA_MESM1 ; B3PLS2, RSMA_META1 ; -DR Q60B77, RSMA_METCA ; Q1GZB8, RSMA_METFK ; A2SC77, RSMA_METPP ; -DR B1LVB8, RSMA_METRJ ; Q2RME8, RSMA_MOOTA ; A0QBW0, RSMA_MYCA1 ; -DR P66661, RSMA_MYCBO ; A1KHE8, RSMA_MYCBP ; C1AM01, RSMA_MYCBT ; -DR P43038, RSMA_MYCCT ; Q7NC69, RSMA_MYCGA ; P47701, RSMA_MYCGE ; -DR A4T6P3, RSMA_MYCGI ; B8ZU59, RSMA_MYCLB ; Q9CD52, RSMA_MYCLE ; +DR Q4A936, RSMA_MESHJ ; B3PLS2, RSMA_META1 ; Q60B77, RSMA_METCA ; +DR Q1GZB8, RSMA_METFK ; A2SC77, RSMA_METPP ; B1LVB8, RSMA_METRJ ; +DR Q2RME8, RSMA_MOOTA ; A0QBW0, RSMA_MYCA1 ; P66661, RSMA_MYCBO ; +DR A1KHE8, RSMA_MYCBP ; C1AM01, RSMA_MYCBT ; P43038, RSMA_MYCCT ; +DR Q7NC69, RSMA_MYCGA ; P47701, RSMA_MYCGE ; A4T6P3, RSMA_MYCGI ; +DR B8ZU59, RSMA_MYCLB ; Q9CD52, RSMA_MYCLE ; Q6KH80, RSMA_MYCM1 ; DR Q6MUM4, RSMA_MYCMS ; Q741W2, RSMA_MYCPA ; P75113, RSMA_MYCPN ; DR Q98RJ3, RSMA_MYCPU ; Q4A645, RSMA_MYCS5 ; A3Q5I0, RSMA_MYCSJ ; DR A1UL32, RSMA_MYCSK ; Q1B416, RSMA_MYCSS ; A5U153, RSMA_MYCTA ; @@ -39275,12 +39381,13 @@ DR Q1DAP2, RSMA_MYXXD ; B2A3L9, RSMA_NATTJ ; Q5F9W4, RSMA_NEIG1 ; DR B4RJV5, RSMA_NEIG2 ; A9M352, RSMA_NEIM0 ; Q9JVC2, RSMA_NEIMA ; DR Q9K0B7, RSMA_NEIMB ; A1KSW0, RSMA_NEIMF ; Q2GE45, RSMA_NEOSM ; DR Q0AGQ8, RSMA_NITEC ; Q82W15, RSMA_NITEU ; Q1QKW0, RSMA_NITHX ; -DR Q2YBP5, RSMA_NITMU ; Q3JAF3, RSMA_NITOC ; Q3SRZ8, RSMA_NITWN ; -DR Q5YPY6, RSMA_NOCFA ; B2J0A6, RSMA_NOSP7 ; Q8YS62, RSMA_NOSS1 ; -DR Q2G9Z2, RSMA_NOVAD ; P59155, RSMA_OCEIH ; Q04DR8, RSMA_OENOB ; -DR Q30ZP0, RSMA_OLEA2 ; Q6YPJ4, RSMA_ONYPE ; B1ZW80, RSMA_OPITP ; -DR A1R4F7, RSMA_PAEAT ; A1TWF5, RSMA_PARC0 ; A6LF39, RSMA_PARD8 ; -DR A1B0G4, RSMA_PARDP ; Q7U7D3, RSMA_PARMW ; B2JCX3, RSMA_PARP8 ; +DR Q2YBP5, RSMA_NITMU ; Q3JAF3, RSMA_NITOC ; Q72B41, RSMA_NITV2 ; +DR A1VD65, RSMA_NITV4 ; Q3SRZ8, RSMA_NITWN ; Q5YPY6, RSMA_NOCFA ; +DR B2J0A6, RSMA_NOSP7 ; Q8YS62, RSMA_NOSS1 ; Q2G9Z2, RSMA_NOVAD ; +DR P59155, RSMA_OCEIH ; Q04DR8, RSMA_OENOB ; Q30ZP0, RSMA_OLEA2 ; +DR Q6YPJ4, RSMA_ONYPE ; B1ZW80, RSMA_OPITP ; A1R4F7, RSMA_PAEAT ; +DR A1TWF5, RSMA_PARC0 ; A6LF39, RSMA_PARD8 ; A1B0G4, RSMA_PARDP ; +DR Q2W0V3, RSMA_PARM1 ; Q7U7D3, RSMA_PARMW ; B2JCX3, RSMA_PARP8 ; DR B2SX63, RSMA_PARPJ ; Q6ME80, RSMA_PARUW ; Q145L1, RSMA_PARXL ; DR Q9CLL5, RSMA_PASMU ; Q6D0E0, RSMA_PECAS ; C6DEY6, RSMA_PECCP ; DR Q03HF6, RSMA_PEDPA ; A5D673, RSMA_PELTS ; Q4FMR0, RSMA_PELUB ; @@ -39358,8 +39465,8 @@ DR A7MWC6, RSMA_VIBC1 ; A5F8N2, RSMA_VIBC3 ; Q9KUS2, RSMA_VIBCH ; DR Q87ST6, RSMA_VIBPA ; Q8DED2, RSMA_VIBVU ; Q7MP86, RSMA_VIBVY ; DR Q8D3I1, RSMA_WIGBR ; Q73IR3, RSMA_WOLPM ; B3CPY6, RSMA_WOLPP ; DR Q5GSM9, RSMA_WOLTR ; C0R5G4, RSMA_WOLWR ; Q8PP25, RSMA_XANAC ; -DR Q3BX82, RSMA_XANC5 ; Q4UR39, RSMA_XANC8 ; B0RUI3, RSMA_XANCB ; -DR Q8PCE3, RSMA_XANCP ; Q2NZI4, RSMA_XANOM ; B2SPT3, RSMA_XANOP ; +DR Q4UR39, RSMA_XANC8 ; B0RUI3, RSMA_XANCB ; Q8PCE3, RSMA_XANCP ; +DR Q3BX82, RSMA_XANE5 ; Q2NZI4, RSMA_XANOM ; B2SPT3, RSMA_XANOP ; DR Q5GWB9, RSMA_XANOR ; A7IJ80, RSMA_XANP2 ; Q9PBJ6, RSMA_XYLFA ; DR Q87C85, RSMA_XYLFT ; A1JJF4, RSMA_YERE8 ; A7FMC1, RSMA_YERP3 ; DR Q1C0H5, RSMA_YERPA ; B2K487, RSMA_YERPB ; Q8ZIK5, RSMA_YERPE ; @@ -39468,8 +39575,8 @@ DR Q3YY51, RLMM_SHISS ; Q2NRJ6, RLMM_SODGM ; B4SK51, RLMM_STRM5 ; DR B2FPH5, RLMM_STRMK ; A4VKM0, RLMM_STUS1 ; C5BR43, RLMM_TERTT ; DR C4ZJM0, RLMM_THASP ; C4L9Y9, RLMM_TOLAT ; B7VJ92, RLMM_VIBA3 ; DR A7N1H7, RLMM_VIBC1 ; Q87RT2, RLMM_VIBPA ; Q8DFB2, RLMM_VIBVU ; -DR Q7MN36, RLMM_VIBVY ; Q8PNZ9, RLMM_XANAC ; Q3BX58, RLMM_XANC5 ; -DR Q4UR65, RLMM_XANC8 ; B0RUG0, RLMM_XANCB ; Q8PCB8, RLMM_XANCP ; +DR Q7MN36, RLMM_VIBVY ; Q8PNZ9, RLMM_XANAC ; Q4UR65, RLMM_XANC8 ; +DR B0RUG0, RLMM_XANCB ; Q8PCB8, RLMM_XANCP ; Q3BX58, RLMM_XANE5 ; DR Q2NZK8, RLMM_XANOM ; B2SPV7, RLMM_XANOP ; Q5GWE6, RLMM_XANOR ; DR B2I9N9, RLMM_XYLF2 ; Q9PFD0, RLMM_XYLFA ; B0U5D5, RLMM_XYLFM ; DR Q87AC0, RLMM_XYLFT ; A1JPA5, RLMM_YERE8 ; A7FFF7, RLMM_YERP3 ; @@ -39599,8 +39706,8 @@ DR B2FPX2, RLMD_STRMK ; Q3SK67, RLMD_THIDA ; C4LBR5, RLMD_TOLAT ; DR A1WME3, RLMD_VEREI ; A5CXB2, RLMD_VESOH ; B7VK72, RLMD_VIBA3 ; DR A7MTS9, RLMD_VIBC1 ; A5F5I8, RLMD_VIBC3 ; Q9KPC1, RLMD_VIBCH ; DR C3LQZ5, RLMD_VIBCM ; Q87LP5, RLMD_VIBPA ; Q8DC67, RLMD_VIBVU ; -DR Q7MHP7, RLMD_VIBVY ; Q8PMU6, RLMD_XANAC ; Q3BVV1, RLMD_XANC5 ; -DR Q4USG1, RLMD_XANC8 ; Q8PB48, RLMD_XANCP ; Q2P4L7, RLMD_XANOM ; +DR Q7MHP7, RLMD_VIBVY ; Q8PMU6, RLMD_XANAC ; Q4USG1, RLMD_XANC8 ; +DR Q8PB48, RLMD_XANCP ; Q3BVV1, RLMD_XANE5 ; Q2P4L7, RLMD_XANOM ; DR Q5H1Q8, RLMD_XANOR ; Q9PAY7, RLMD_XYLFA ; Q87BR3, RLMD_XYLFT ; DR A1JJR0, RLMD_YERE8 ; // @@ -39729,7 +39836,6 @@ DR Q11QF0, RLMN_CYTH3 ; Q47BR3, RLMN_DECAR ; C1CVX7, RLMN_DEIDV ; DR Q1J0P9, RLMN_DEIGD ; Q9RVT6, RLMN_DEIRA ; A9BMV6, RLMN_DELAS ; DR B1I501, RLMN_DESAP ; B8FS78, RLMN_DESHD ; Q24U12, RLMN_DESHY ; DR A8ZV25, RLMN_DESOH ; Q6ALW1, RLMN_DESPS ; A4J582, RLMN_DESRM ; -DR Q727F1, RLMN_DESVH ; B8DRU2, RLMN_DESVM ; A1VAL8, RLMN_DESVV ; DR A5EVN1, RLMN_DICNV ; B5YF42, RLMN_DICT6 ; B8E0X3, RLMN_DICTD ; DR A8LNF0, RLMN_DINSH ; A7ZPW0, RLMN_ECO24 ; B7UGW3, RLMN_ECO27 ; DR B7MI02, RLMN_ECO45 ; B7LDA9, RLMN_ECO55 ; Q8XAA4, RLMN_ECO57 ; @@ -39743,52 +39849,53 @@ DR A4WD95, RLMN_ENT38 ; Q833B6, RLMN_ENTFA ; B2VE98, RLMN_ERWT9 ; DR Q2N9J2, RLMN_ERYLH ; B7LKC1, RLMN_ESCF3 ; B1YG36, RLMN_EXIS2 ; DR A7HNQ1, RLMN_FERNB ; B0S143, RLMN_FINM2 ; A5FJ06, RLMN_FLAJ1 ; DR A6H1B8, RLMN_FLAPJ ; Q0RDQ8, RLMN_FRAAA ; Q2J713, RLMN_FRACC ; -DR B0U083, RLMN_FRAP2 ; A8L6D8, RLMN_FRASN ; Q14HF5, RLMN_FRAT1 ; -DR A7NC58, RLMN_FRATF ; Q2A3H3, RLMN_FRATH ; B2SGH6, RLMN_FRATM ; -DR A0Q6H0, RLMN_FRATN ; Q0BLY6, RLMN_FRATO ; Q5NG03, RLMN_FRATT ; -DR A4IY03, RLMN_FRATW ; Q8RFZ9, RLMN_FUSNN ; C1A949, RLMN_GEMAT ; -DR Q5L0S1, RLMN_GEOKA ; Q39S71, RLMN_GEOMG ; Q74E53, RLMN_GEOSL ; -DR A4IM49, RLMN_GEOTN ; A5GEC2, RLMN_GEOUR ; Q7NIV3, RLMN_GLOVI ; -DR Q5FUA9, RLMN_GLUOX ; Q0BV08, RLMN_GRABC ; Q7VNZ4, RLMN_HAEDU ; -DR Q4QNH7, RLMN_HAEI8 ; A5UAC2, RLMN_HAEIE ; P44665, RLMN_HAEIN ; -DR Q2SDW1, RLMN_HAHCH ; Q9K9Y8, RLMN_HALH5 ; A1WXZ3, RLMN_HALHL ; -DR Q17ZF6, RLMN_HELAH ; Q7VGY9, RLMN_HELHP ; B0TGT1, RLMN_HELMI ; -DR B6JNS0, RLMN_HELP2 ; B5Z947, RLMN_HELPG ; Q1CRK2, RLMN_HELPH ; -DR Q9ZJI4, RLMN_HELPJ ; B2UVG6, RLMN_HELPS ; O25970, RLMN_HELPY ; -DR A9AY55, RLMN_HERA2 ; A4G4J9, RLMN_HERAR ; Q0I3U8, RLMN_HISS1 ; -DR B0UWR0, RLMN_HISS2 ; Q31I07, RLMN_HYDCU ; Q0BWY9, RLMN_HYPNA ; -DR Q5QYC0, RLMN_IDILO ; A6SZX3, RLMN_JANMA ; Q28VS6, RLMN_JANSC ; -DR A6W7W9, RLMN_KINRD ; B5XNL2, RLMN_KLEP3 ; A6TCD6, RLMN_KLEP7 ; -DR B2GJ15, RLMN_KOCRD ; Q1IRD1, RLMN_KORVE ; C4Z523, RLMN_LACE2 ; -DR Q9CJ27, RLMN_LACLA ; A2RHR3, RLMN_LACLM ; Q032R6, RLMN_LACLS ; -DR A9KM95, RLMN_LACP7 ; C1DD41, RLMN_LARHH ; Q1MQJ3, RLMN_LAWIP ; -DR Q5X516, RLMN_LEGPA ; A5IC42, RLMN_LEGPC ; Q5ZV93, RLMN_LEGPH ; -DR Q5WWH4, RLMN_LEGPL ; B0SGA8, RLMN_LEPBA ; Q04UG1, RLMN_LEPBJ ; -DR Q04Z14, RLMN_LEPBL ; B0SPQ8, RLMN_LEPBP ; B1XXL6, RLMN_LEPCP ; -DR Q72NP7, RLMN_LEPIC ; Q8F7V1, RLMN_LEPIN ; Q92EH6, RLMN_LISIN ; -DR C1KZZ3, RLMN_LISMC ; Q723G9, RLMN_LISMF ; B8DCJ5, RLMN_LISMH ; -DR Q8Y9P2, RLMN_LISMO ; A0AFT6, RLMN_LISW6 ; B1HQE6, RLMN_LYSSC ; -DR A0LBZ1, RLMN_MAGMM ; Q2W897, RLMN_MAGSA ; Q8EVK0, RLMN_MALP2 ; -DR Q65R87, RLMN_MANSM ; Q0ATR3, RLMN_MARMM ; A6VV03, RLMN_MARMS ; -DR A1TZP7, RLMN_MARN8 ; Q603C0, RLMN_METCA ; A9W383, RLMN_METEP ; -DR Q1H0U6, RLMN_METFK ; B1ZG98, RLMN_METPB ; A2SHB8, RLMN_METPP ; -DR B1M1U6, RLMN_METRJ ; B0UQR1, RLMN_METS4 ; B8EIR0, RLMN_METSB ; -DR B0JT33, RLMN_MICAN ; Q2RK16, RLMN_MOOTA ; P0A645, RLMN_MYCBO ; -DR A1KMM4, RLMN_MYCBP ; C1AFZ5, RLMN_MYCBT ; A4TC75, RLMN_MYCGI ; -DR B2HJP3, RLMN_MYCMM ; Q73VR8, RLMN_MYCPA ; A0QVE4, RLMN_MYCS2 ; -DR A3PXZ7, RLMN_MYCSJ ; A1UEJ3, RLMN_MYCSK ; Q1BAG9, RLMN_MYCSS ; -DR A5U6N5, RLMN_MYCTA ; P9WH14, RLMN_MYCTO ; P9WH15, RLMN_MYCTU ; -DR A0PQ89, RLMN_MYCUA ; A1T787, RLMN_MYCVP ; B2A2K6, RLMN_NATTJ ; -DR B9L721, RLMN_NAUPA ; Q5F911, RLMN_NEIG1 ; B4RMG2, RLMN_NEIG2 ; -DR A9LZN6, RLMN_NEIM0 ; A1ISB3, RLMN_NEIMA ; Q9JZ42, RLMN_NEIMB ; -DR A1KUD6, RLMN_NEIMF ; Q0AE39, RLMN_NITEC ; Q82XV4, RLMN_NITEU ; -DR Q1QHE3, RLMN_NITHX ; Q2Y6F3, RLMN_NITMU ; Q3JCN4, RLMN_NITOC ; -DR A6Q115, RLMN_NITSB ; Q3SNT2, RLMN_NITWN ; Q5YS67, RLMN_NOCFA ; -DR A1SLQ4, RLMN_NOCSJ ; B2J6D0, RLMN_NOSP7 ; Q8YZV0, RLMN_NOSS1 ; -DR Q2G8E3, RLMN_NOVAD ; Q8ELW7, RLMN_OCEIH ; Q30X35, RLMN_OLEA2 ; -DR A1TM24, RLMN_PARC0 ; A6L8G0, RLMN_PARD8 ; A1B4Z8, RLMN_PARDP ; -DR A7HSW7, RLMN_PARL1 ; Q7U8K0, RLMN_PARMW ; B2JIV3, RLMN_PARP8 ; -DR B2SXT2, RLMN_PARPJ ; Q13X26, RLMN_PARXL ; Q9CJJ8, RLMN_PASMU ; +DR B0U083, RLMN_FRAP2 ; Q14HF5, RLMN_FRAT1 ; A7NC58, RLMN_FRATF ; +DR Q2A3H3, RLMN_FRATH ; B2SGH6, RLMN_FRATM ; A0Q6H0, RLMN_FRATN ; +DR Q0BLY6, RLMN_FRATO ; Q5NG03, RLMN_FRATT ; A4IY03, RLMN_FRATW ; +DR Q8RFZ9, RLMN_FUSNN ; C1A949, RLMN_GEMAT ; Q5L0S1, RLMN_GEOKA ; +DR Q39S71, RLMN_GEOMG ; Q74E53, RLMN_GEOSL ; A4IM49, RLMN_GEOTN ; +DR A5GEC2, RLMN_GEOUR ; Q7NIV3, RLMN_GLOVI ; Q5FUA9, RLMN_GLUOX ; +DR Q0BV08, RLMN_GRABC ; Q7VNZ4, RLMN_HAEDU ; Q4QNH7, RLMN_HAEI8 ; +DR A5UAC2, RLMN_HAEIE ; P44665, RLMN_HAEIN ; Q2SDW1, RLMN_HAHCH ; +DR Q9K9Y8, RLMN_HALH5 ; A1WXZ3, RLMN_HALHL ; Q17ZF6, RLMN_HELAH ; +DR Q7VGY9, RLMN_HELHP ; B0TGT1, RLMN_HELMI ; B6JNS0, RLMN_HELP2 ; +DR B5Z947, RLMN_HELPG ; Q1CRK2, RLMN_HELPH ; Q9ZJI4, RLMN_HELPJ ; +DR B2UVG6, RLMN_HELPS ; O25970, RLMN_HELPY ; A9AY55, RLMN_HERA2 ; +DR A4G4J9, RLMN_HERAR ; Q0I3U8, RLMN_HISS1 ; B0UWR0, RLMN_HISS2 ; +DR Q31I07, RLMN_HYDCU ; Q0BWY9, RLMN_HYPNA ; Q5QYC0, RLMN_IDILO ; +DR A6SZX3, RLMN_JANMA ; Q28VS6, RLMN_JANSC ; A6W7W9, RLMN_KINRD ; +DR B5XNL2, RLMN_KLEP3 ; A6TCD6, RLMN_KLEP7 ; B2GJ15, RLMN_KOCRD ; +DR Q1IRD1, RLMN_KORVE ; C4Z523, RLMN_LACE2 ; Q9CJ27, RLMN_LACLA ; +DR A2RHR3, RLMN_LACLM ; Q032R6, RLMN_LACLS ; A9KM95, RLMN_LACP7 ; +DR C1DD41, RLMN_LARHH ; Q1MQJ3, RLMN_LAWIP ; Q5X516, RLMN_LEGPA ; +DR A5IC42, RLMN_LEGPC ; Q5ZV93, RLMN_LEGPH ; Q5WWH4, RLMN_LEGPL ; +DR B0SGA8, RLMN_LEPBA ; Q04UG1, RLMN_LEPBJ ; Q04Z14, RLMN_LEPBL ; +DR B0SPQ8, RLMN_LEPBP ; B1XXL6, RLMN_LEPCP ; Q72NP7, RLMN_LEPIC ; +DR Q8F7V1, RLMN_LEPIN ; Q92EH6, RLMN_LISIN ; C1KZZ3, RLMN_LISMC ; +DR Q723G9, RLMN_LISMF ; B8DCJ5, RLMN_LISMH ; Q8Y9P2, RLMN_LISMO ; +DR A0AFT6, RLMN_LISW6 ; B1HQE6, RLMN_LYSSC ; A0LBZ1, RLMN_MAGMM ; +DR Q8EVK0, RLMN_MALP2 ; Q65R87, RLMN_MANSM ; Q0ATR3, RLMN_MARMM ; +DR A6VV03, RLMN_MARMS ; A1TZP7, RLMN_MARN8 ; Q603C0, RLMN_METCA ; +DR A9W383, RLMN_METEP ; Q1H0U6, RLMN_METFK ; B1ZG98, RLMN_METPB ; +DR A2SHB8, RLMN_METPP ; B1M1U6, RLMN_METRJ ; B0UQR1, RLMN_METS4 ; +DR B8EIR0, RLMN_METSB ; B0JT33, RLMN_MICAN ; Q2RK16, RLMN_MOOTA ; +DR P0A645, RLMN_MYCBO ; A1KMM4, RLMN_MYCBP ; C1AFZ5, RLMN_MYCBT ; +DR A4TC75, RLMN_MYCGI ; B2HJP3, RLMN_MYCMM ; Q73VR8, RLMN_MYCPA ; +DR A0QVE4, RLMN_MYCS2 ; A3PXZ7, RLMN_MYCSJ ; A1UEJ3, RLMN_MYCSK ; +DR Q1BAG9, RLMN_MYCSS ; A5U6N5, RLMN_MYCTA ; P9WH14, RLMN_MYCTO ; +DR P9WH15, RLMN_MYCTU ; A0PQ89, RLMN_MYCUA ; A1T787, RLMN_MYCVP ; +DR B2A2K6, RLMN_NATTJ ; B9L721, RLMN_NAUPA ; Q5F911, RLMN_NEIG1 ; +DR B4RMG2, RLMN_NEIG2 ; A9LZN6, RLMN_NEIM0 ; A1ISB3, RLMN_NEIMA ; +DR Q9JZ42, RLMN_NEIMB ; A1KUD6, RLMN_NEIMF ; Q0AE39, RLMN_NITEC ; +DR Q82XV4, RLMN_NITEU ; Q1QHE3, RLMN_NITHX ; Q2Y6F3, RLMN_NITMU ; +DR Q3JCN4, RLMN_NITOC ; A6Q115, RLMN_NITSB ; Q727F1, RLMN_NITV2 ; +DR A1VAL8, RLMN_NITV4 ; B8DRU2, RLMN_NITV9 ; Q3SNT2, RLMN_NITWN ; +DR Q5YS67, RLMN_NOCFA ; A1SLQ4, RLMN_NOCSJ ; B2J6D0, RLMN_NOSP7 ; +DR Q8YZV0, RLMN_NOSS1 ; Q2G8E3, RLMN_NOVAD ; Q8ELW7, RLMN_OCEIH ; +DR Q30X35, RLMN_OLEA2 ; A1TM24, RLMN_PARC0 ; A6L8G0, RLMN_PARD8 ; +DR A1B4Z8, RLMN_PARDP ; A7HSW7, RLMN_PARL1 ; Q2W897, RLMN_PARM1 ; +DR Q7U8K0, RLMN_PARMW ; B2JIV3, RLMN_PARP8 ; B2SXT2, RLMN_PARPJ ; +DR A8L6D8, RLMN_PARS2 ; Q13X26, RLMN_PARXL ; Q9CJJ8, RLMN_PASMU ; DR Q6D273, RLMN_PECAS ; B4SA62, RLMN_PELPB ; A1AL40, RLMN_PELPD ; DR A5D1B6, RLMN_PELTS ; A9BIC0, RLMN_PETMO ; B4RCA4, RLMN_PHEZH ; DR Q7N709, RLMN_PHOLL ; Q6LU52, RLMN_PHOPR ; A6L3I9, RLMN_PHOV8 ; @@ -39869,8 +39976,8 @@ DR Q3M9B9, RLMN_TRIV2 ; A1WE19, RLMN_VEREI ; A5CX33, RLMN_VESOH ; DR B7VJT5, RLMN_VIBA3 ; A7MU39, RLMN_VIBC1 ; A5F3F8, RLMN_VIBC3 ; DR Q9KTX3, RLMN_VIBCH ; C3LT10, RLMN_VIBCM ; Q87S19, RLMN_VIBPA ; DR Q8DEZ6, RLMN_VIBVU ; Q7MNF3, RLMN_VIBVY ; Q8D1Y5, RLMN_WIGBR ; -DR Q7MSW1, RLMN_WOLSU ; Q8PKZ1, RLMN_XANAC ; Q3BTW5, RLMN_XANC5 ; -DR Q4UUL5, RLMN_XANC8 ; B0RT51, RLMN_XANCB ; Q8P984, RLMN_XANCP ; +DR Q7MSW1, RLMN_WOLSU ; Q8PKZ1, RLMN_XANAC ; Q4UUL5, RLMN_XANC8 ; +DR B0RT51, RLMN_XANCB ; Q8P984, RLMN_XANCP ; Q3BTW5, RLMN_XANE5 ; DR Q2P2T0, RLMN_XANOM ; B2SMB3, RLMN_XANOP ; Q5GZT3, RLMN_XANOR ; DR A7ICB3, RLMN_XANP2 ; B2I7V5, RLMN_XYLF2 ; Q9PG43, RLMN_XYLFA ; DR B0U494, RLMN_XYLFM ; Q87B36, RLMN_XYLFT ; A1JKR9, RLMN_YERE8 ; @@ -39923,23 +40030,23 @@ DR Q180S8, CBID_CLOD6 ; B9DZM2, CBID_CLOK1 ; A5N646, CBID_CLOK5 ; DR A0Q345, CBID_CLONN ; Q0TR61, CBID_CLOP1 ; Q8XL16, CBID_CLOPE ; DR Q0STJ5, CBID_CLOPS ; Q897K1, CBID_CLOTE ; B8HS30, CBID_CYAP4 ; DR Q47FE4, CBID_DECAR ; Q24Q31, CBID_DESHY ; Q6ARS6, CBID_DESPS ; -DR P61984, CBID_DESVH ; C5BFT8, CBID_EDWI9 ; Q8REW8, CBID_FUSNN ; -DR B9M7V0, CBID_GEODF ; Q5KZ00, CBID_GEOKA ; Q39YF3, CBID_GEOMG ; -DR P61985, CBID_GEOSL ; C6E679, CBID_GEOSM ; C5DAN8, CBID_GEOSW ; -DR A4IP00, CBID_GEOTN ; Q7NK51, CBID_GLOVI ; Q2S8B2, CBID_HAHCH ; -DR A1WYD1, CBID_HALHL ; B5XUU2, CBID_KLEP3 ; A6TDC4, CBID_KLEP7 ; -DR Q04NF4, CBID_LEPBJ ; Q04WN5, CBID_LEPBL ; P61986, CBID_LEPIC ; -DR Q8EXP6, CBID_LEPIN ; Q92CL4, CBID_LISIN ; C1L299, CBID_LISMC ; -DR Q720N5, CBID_LISMF ; B8DC39, CBID_LISMH ; Q8Y7S7, CBID_LISMO ; -DR A0AHT7, CBID_LISW6 ; Q2W3X9, CBID_MAGSA ; A6W0Q2, CBID_MARMS ; -DR A6UT10, CBID_META3 ; Q8TTB6, CBID_METAC ; A7I7N1, CBID_METB6 ; -DR Q46CE4, CBID_METBF ; Q12VD1, CBID_METBU ; Q9X7G7, CBID_METC4 ; -DR Q605I7, CBID_METCA ; Q2FRR2, CBID_METHJ ; Q60342, CBID_METJA ; -DR Q8TYG5, CBID_METKA ; A4FWX4, CBID_METM5 ; A9AAB0, CBID_METM6 ; -DR A6VGE3, CBID_METM7 ; Q8PWA9, CBID_METMA ; A3CSU7, CBID_METMJ ; -DR P61988, CBID_METMP ; A5ULG4, CBID_METS3 ; Q2NHX5, CBID_METST ; -DR O26899, CBID_METTH ; A6UPK3, CBID_METVS ; Q2RJI7, CBID_MOOTA ; -DR Q8YT79, CBID_NOSS1 ; A1TI97, CBID_PARC0 ; Q7UA54, CBID_PARMW ; +DR C5BFT8, CBID_EDWI9 ; Q8REW8, CBID_FUSNN ; B9M7V0, CBID_GEODF ; +DR Q5KZ00, CBID_GEOKA ; Q39YF3, CBID_GEOMG ; P61985, CBID_GEOSL ; +DR C6E679, CBID_GEOSM ; C5DAN8, CBID_GEOSW ; A4IP00, CBID_GEOTN ; +DR Q7NK51, CBID_GLOVI ; Q2S8B2, CBID_HAHCH ; A1WYD1, CBID_HALHL ; +DR B5XUU2, CBID_KLEP3 ; A6TDC4, CBID_KLEP7 ; Q04NF4, CBID_LEPBJ ; +DR Q04WN5, CBID_LEPBL ; P61986, CBID_LEPIC ; Q8EXP6, CBID_LEPIN ; +DR Q92CL4, CBID_LISIN ; C1L299, CBID_LISMC ; Q720N5, CBID_LISMF ; +DR B8DC39, CBID_LISMH ; Q8Y7S7, CBID_LISMO ; A0AHT7, CBID_LISW6 ; +DR A6W0Q2, CBID_MARMS ; A6UT10, CBID_META3 ; Q8TTB6, CBID_METAC ; +DR A7I7N1, CBID_METB6 ; Q46CE4, CBID_METBF ; Q12VD1, CBID_METBU ; +DR Q9X7G7, CBID_METC4 ; Q605I7, CBID_METCA ; Q2FRR2, CBID_METHJ ; +DR Q60342, CBID_METJA ; Q8TYG5, CBID_METKA ; A4FWX4, CBID_METM5 ; +DR A9AAB0, CBID_METM6 ; A6VGE3, CBID_METM7 ; Q8PWA9, CBID_METMA ; +DR A3CSU7, CBID_METMJ ; P61988, CBID_METMP ; A5ULG4, CBID_METS3 ; +DR Q2NHX5, CBID_METST ; O26899, CBID_METTH ; A6UPK3, CBID_METVS ; +DR Q2RJI7, CBID_MOOTA ; P61984, CBID_NITV2 ; Q8YT79, CBID_NOSS1 ; +DR A1TI97, CBID_PARC0 ; Q2W3X9, CBID_PARM1 ; Q7UA54, CBID_PARMW ; DR B2JRI2, CBID_PARP8 ; B2TBS5, CBID_PARPJ ; Q13MI0, CBID_PARXL ; DR A1ANJ7, CBID_PELPD ; Q7N2S8, CBID_PHOLL ; Q3V8B2, CBID_PICTO ; DR A1VP90, CBID_POLNA ; Q129V0, CBID_POLSJ ; O87693, CBID_PRIMG ; @@ -40125,7 +40232,7 @@ DR Q9Z8C2, RSMH_CHLPN ; B9LKK0, RSMH_CHLSY ; B0B7I8, RSMH_CHLT2 ; DR B3QWS9, RSMH_CHLT3 ; Q3KM90, RSMH_CHLTA ; B0BBQ3, RSMH_CHLTB ; DR Q8KGC6, RSMH_CHLTE ; O84274, RSMH_CHLTR ; A0M534, RSMH_CHRFK ; DR Q1QVF9, RSMH_CHRSD ; Q7NPZ1, RSMH_CHRVO ; B5EBP3, RSMH_CITBB ; -DR A8ALL4, RSMH_CITK8 ; A5CS59, RSMH_CLAM3 ; B0RI49, RSMH_CLAMS ; +DR A8ALL4, RSMH_CITK8 ; A5CS59, RSMH_CLAM3 ; B0RI49, RSMH_CLASE ; DR Q97H81, RSMH_CLOAB ; A7FTX8, RSMH_CLOB1 ; C3KV90, RSMH_CLOB6 ; DR A6LTS0, RSMH_CLOB8 ; B2V4W0, RSMH_CLOBA ; B2TS30, RSMH_CLOBB ; DR A5I1T3, RSMH_CLOBH ; C1FME6, RSMH_CLOBJ ; B1IKR0, RSMH_CLOBK ; @@ -40145,8 +40252,7 @@ DR Q3ZZA4, RSMH_DEHMC ; C1D1L8, RSMH_DEIDV ; Q1J0B6, RSMH_DEIGD ; DR Q9RT99, RSMH_DEIRA ; A9BUJ8, RSMH_DELAS ; C0Q8N5, RSMH_DESAH ; DR B8FBS6, RSMH_DESAL ; B1I4D9, RSMH_DESAP ; B8IZT3, RSMH_DESDA ; DR B8FT64, RSMH_DESHD ; Q24TD8, RSMH_DESHY ; A8ZXX1, RSMH_DESOH ; -DR Q6AJ47, RSMH_DESPS ; A4J2A3, RSMH_DESRM ; P62470, RSMH_DESVH ; -DR B8DP86, RSMH_DESVM ; A1VBE0, RSMH_DESVV ; C6CJW6, RSMH_DICC1 ; +DR Q6AJ47, RSMH_DESPS ; A4J2A3, RSMH_DESRM ; C6CJW6, RSMH_DICC1 ; DR A5EY11, RSMH_DICNV ; B5YEM1, RSMH_DICT6 ; B8E088, RSMH_DICTD ; DR A8LSB5, RSMH_DINSH ; A7ZHH3, RSMH_ECO24 ; B7UID2, RSMH_ECO27 ; DR B7MAK5, RSMH_ECO45 ; B7LFV2, RSMH_ECO55 ; P60391, RSMH_ECO57 ; @@ -40163,47 +40269,46 @@ DR O07665, RSMH_ENTHR ; B2VD83, RSMH_ERWT9 ; Q2NCZ8, RSMH_ERYLH ; DR B7LWH0, RSMH_ESCF3 ; B1YIU3, RSMH_EXIS2 ; C4L5T9, RSMH_EXISA ; DR A7HNY7, RSMH_FERNB ; B0S0Y9, RSMH_FINM2 ; A5FIX6, RSMH_FLAJ1 ; DR A6H1A2, RSMH_FLAPJ ; Q0RNP9, RSMH_FRAAA ; Q2JD58, RSMH_FRACC ; -DR B0TZ13, RSMH_FRAP2 ; A8KZA9, RSMH_FRASN ; Q14ID3, RSMH_FRAT1 ; -DR A7NDP7, RSMH_FRATF ; Q2A265, RSMH_FRATH ; B2SDL2, RSMH_FRATM ; -DR A0Q5I5, RSMH_FRATN ; Q0BKT7, RSMH_FRATO ; Q5NGY1, RSMH_FRATT ; -DR A4IZB0, RSMH_FRATW ; Q8R6F5, RSMH_FUSNN ; C1A8A2, RSMH_GEMAT ; -DR B9M164, RSMH_GEODF ; Q5L0Y4, RSMH_GEOKA ; Q39YM7, RSMH_GEOMG ; -DR P60396, RSMH_GEOSL ; C6DZJ8, RSMH_GEOSM ; C5D8L5, RSMH_GEOSW ; -DR A4IM00, RSMH_GEOTN ; A5G8K8, RSMH_GEOUR ; B8F3A8, RSMH_GLAP5 ; -DR B7K9F0, RSMH_GLOC7 ; Q7NCQ1, RSMH_GLOVI ; A9H0G9, RSMH_GLUDA ; -DR Q5FUK3, RSMH_GLUOX ; Q0BV17, RSMH_GRABC ; Q7VP62, RSMH_HAEDU ; -DR Q4QLG6, RSMH_HAEI8 ; A5UCX6, RSMH_HAEIE ; A5UIQ3, RSMH_HAEIG ; -DR P45057, RSMH_HAEIN ; Q2S9Y4, RSMH_HAHCH ; Q9K9S0, RSMH_HALH5 ; -DR A1WYV1, RSMH_HALHL ; B8CWI8, RSMH_HALOH ; C4K744, RSMH_HAMD5 ; -DR Q17XC0, RSMH_HELAH ; Q7VGP1, RSMH_HELHP ; B0TGB2, RSMH_HELMI ; -DR Q8GE08, RSMH_HELMO ; B6JLU2, RSMH_HELP2 ; C7BZ94, RSMH_HELPB ; -DR B5Z772, RSMH_HELPG ; Q1CTG3, RSMH_HELPH ; Q9ZLD4, RSMH_HELPJ ; -DR B2UTC1, RSMH_HELPS ; O25411, RSMH_HELPY ; A9B518, RSMH_HERA2 ; -DR A4G8U6, RSMH_HERAR ; Q0I1E1, RSMH_HISS1 ; B0US59, RSMH_HISS2 ; -DR Q31I68, RSMH_HYDCU ; B4U8T1, RSMH_HYDS0 ; Q0BXT4, RSMH_HYPNA ; -DR Q5R0L7, RSMH_IDILO ; A6T2G6, RSMH_JANMA ; Q28NM6, RSMH_JANSC ; -DR A8Z694, RSMH_KARMG ; A6WCY2, RSMH_KINRD ; B5Y1V5, RSMH_KLEP3 ; -DR A6T4M5, RSMH_KLEP7 ; B2GJQ6, RSMH_KOCRD ; Q1IKG1, RSMH_KORVE ; -DR C5CGS3, RSMH_KOSOT ; Q5FKV7, RSMH_LACAC ; B3WDX7, RSMH_LACCB ; -DR Q1GAU0, RSMH_LACDA ; Q04B77, RSMH_LACDB ; C4Z530, RSMH_LACE2 ; -DR Q042P4, RSMH_LACGA ; A8YUN6, RSMH_LACH4 ; P62471, RSMH_LACJO ; -DR Q9CH73, RSMH_LACLA ; A2RLT4, RSMH_LACLM ; Q02ZY9, RSMH_LACLS ; -DR Q039S2, RSMH_LACP3 ; Q88V76, RSMH_LACPL ; C1D5M5, RSMH_LARHH ; -DR Q38XN3, RSMH_LATSS ; Q1MPC6, RSMH_LAWIP ; Q5X6J0, RSMH_LEGPA ; -DR A5IFZ9, RSMH_LEGPC ; Q5ZX19, RSMH_LEGPH ; Q5WXZ4, RSMH_LEGPL ; -DR Q6AE56, RSMH_LEIXX ; B0S989, RSMH_LEPBA ; Q04V89, RSMH_LEPBJ ; -DR Q04Y87, RSMH_LEPBL ; B0SRS3, RSMH_LEPBP ; B1XY20, RSMH_LEPCP ; -DR P62472, RSMH_LEPIC ; Q8F4J6, RSMH_LEPIN ; B1MXV5, RSMH_LEUCK ; -DR Q03W30, RSMH_LEUMM ; Q03QH0, RSMH_LEVBA ; Q1WT95, RSMH_LIGS1 ; -DR B2GB73, RSMH_LIMF3 ; A5VJ28, RSMH_LIMRD ; B2G6K1, RSMH_LIMRJ ; -DR Q929X6, RSMH_LISIN ; C1KWZ4, RSMH_LISMC ; Q71XX2, RSMH_LISMF ; -DR B8DH88, RSMH_LISMH ; Q8Y5L7, RSMH_LISMO ; A0AKE1, RSMH_LISW6 ; -DR B1HPY0, RSMH_LYSSC ; B9EB47, RSMH_MACCJ ; A0L5N9, RSMH_MAGMM ; -DR Q2W0I1, RSMH_MAGSA ; Q8EW81, RSMH_MALP2 ; Q65RX8, RSMH_MANSM ; -DR Q0AMV9, RSMH_MARMM ; A6VYK6, RSMH_MARMS ; A1U3G6, RSMH_MARN8 ; -DR C6BYH4, RSMH_MARSD ; C5J697, RSMH_MESCH ; Q6F170, RSMH_MESFL ; -DR Q600P9, RSMH_MESH2 ; Q4A7X8, RSMH_MESH7 ; Q4A9T0, RSMH_MESHJ ; -DR Q6KHR2, RSMH_MESM1 ; B3PMB4, RSMH_META1 ; B7KU77, RSMH_METC4 ; +DR B0TZ13, RSMH_FRAP2 ; Q14ID3, RSMH_FRAT1 ; A7NDP7, RSMH_FRATF ; +DR Q2A265, RSMH_FRATH ; B2SDL2, RSMH_FRATM ; A0Q5I5, RSMH_FRATN ; +DR Q0BKT7, RSMH_FRATO ; Q5NGY1, RSMH_FRATT ; A4IZB0, RSMH_FRATW ; +DR Q8R6F5, RSMH_FUSNN ; C1A8A2, RSMH_GEMAT ; B9M164, RSMH_GEODF ; +DR Q5L0Y4, RSMH_GEOKA ; Q39YM7, RSMH_GEOMG ; P60396, RSMH_GEOSL ; +DR C6DZJ8, RSMH_GEOSM ; C5D8L5, RSMH_GEOSW ; A4IM00, RSMH_GEOTN ; +DR A5G8K8, RSMH_GEOUR ; B8F3A8, RSMH_GLAP5 ; B7K9F0, RSMH_GLOC7 ; +DR Q7NCQ1, RSMH_GLOVI ; A9H0G9, RSMH_GLUDA ; Q5FUK3, RSMH_GLUOX ; +DR Q0BV17, RSMH_GRABC ; Q7VP62, RSMH_HAEDU ; Q4QLG6, RSMH_HAEI8 ; +DR A5UCX6, RSMH_HAEIE ; A5UIQ3, RSMH_HAEIG ; P45057, RSMH_HAEIN ; +DR Q2S9Y4, RSMH_HAHCH ; Q9K9S0, RSMH_HALH5 ; A1WYV1, RSMH_HALHL ; +DR B8CWI8, RSMH_HALOH ; C4K744, RSMH_HAMD5 ; Q17XC0, RSMH_HELAH ; +DR Q7VGP1, RSMH_HELHP ; B0TGB2, RSMH_HELMI ; Q8GE08, RSMH_HELMO ; +DR B6JLU2, RSMH_HELP2 ; C7BZ94, RSMH_HELPB ; B5Z772, RSMH_HELPG ; +DR Q1CTG3, RSMH_HELPH ; Q9ZLD4, RSMH_HELPJ ; B2UTC1, RSMH_HELPS ; +DR O25411, RSMH_HELPY ; A9B518, RSMH_HERA2 ; A4G8U6, RSMH_HERAR ; +DR Q0I1E1, RSMH_HISS1 ; B0US59, RSMH_HISS2 ; Q31I68, RSMH_HYDCU ; +DR B4U8T1, RSMH_HYDS0 ; Q0BXT4, RSMH_HYPNA ; Q5R0L7, RSMH_IDILO ; +DR A6T2G6, RSMH_JANMA ; Q28NM6, RSMH_JANSC ; A8Z694, RSMH_KARMG ; +DR A6WCY2, RSMH_KINRD ; B5Y1V5, RSMH_KLEP3 ; A6T4M5, RSMH_KLEP7 ; +DR B2GJQ6, RSMH_KOCRD ; Q1IKG1, RSMH_KORVE ; C5CGS3, RSMH_KOSOT ; +DR Q5FKV7, RSMH_LACAC ; B3WDX7, RSMH_LACCB ; Q1GAU0, RSMH_LACDA ; +DR Q04B77, RSMH_LACDB ; C4Z530, RSMH_LACE2 ; Q042P4, RSMH_LACGA ; +DR A8YUN6, RSMH_LACH4 ; P62471, RSMH_LACJO ; Q9CH73, RSMH_LACLA ; +DR A2RLT4, RSMH_LACLM ; Q02ZY9, RSMH_LACLS ; Q039S2, RSMH_LACP3 ; +DR Q88V76, RSMH_LACPL ; C1D5M5, RSMH_LARHH ; Q38XN3, RSMH_LATSS ; +DR Q1MPC6, RSMH_LAWIP ; Q5X6J0, RSMH_LEGPA ; A5IFZ9, RSMH_LEGPC ; +DR Q5ZX19, RSMH_LEGPH ; Q5WXZ4, RSMH_LEGPL ; Q6AE56, RSMH_LEIXX ; +DR B0S989, RSMH_LEPBA ; Q04V89, RSMH_LEPBJ ; Q04Y87, RSMH_LEPBL ; +DR B0SRS3, RSMH_LEPBP ; B1XY20, RSMH_LEPCP ; P62472, RSMH_LEPIC ; +DR Q8F4J6, RSMH_LEPIN ; B1MXV5, RSMH_LEUCK ; Q03W30, RSMH_LEUMM ; +DR Q03QH0, RSMH_LEVBA ; Q1WT95, RSMH_LIGS1 ; B2GB73, RSMH_LIMF3 ; +DR A5VJ28, RSMH_LIMRD ; B2G6K1, RSMH_LIMRJ ; Q929X6, RSMH_LISIN ; +DR C1KWZ4, RSMH_LISMC ; Q71XX2, RSMH_LISMF ; B8DH88, RSMH_LISMH ; +DR Q8Y5L7, RSMH_LISMO ; A0AKE1, RSMH_LISW6 ; B1HPY0, RSMH_LYSSC ; +DR B9EB47, RSMH_MACCJ ; A0L5N9, RSMH_MAGMM ; Q8EW81, RSMH_MALP2 ; +DR Q65RX8, RSMH_MANSM ; Q0AMV9, RSMH_MARMM ; A6VYK6, RSMH_MARMS ; +DR A1U3G6, RSMH_MARN8 ; C6BYH4, RSMH_MARSD ; C5J697, RSMH_MESCH ; +DR Q6F170, RSMH_MESFL ; Q600P9, RSMH_MESH2 ; Q4A7X8, RSMH_MESH7 ; +DR Q4A9T0, RSMH_MESHJ ; B3PMB4, RSMH_META1 ; B7KU77, RSMH_METC4 ; DR Q604V0, RSMH_METCA ; C5ATZ5, RSMH_METEA ; A9VW37, RSMH_METEP ; DR Q1GYZ3, RSMH_METFK ; B3DVX0, RSMH_METI4 ; B8IMX2, RSMH_METNO ; DR B1Z8U3, RSMH_METPB ; A2SCX7, RSMH_METPP ; B1LYT9, RSMH_METRJ ; @@ -40213,24 +40318,26 @@ DR A0QF44, RSMH_MYCA1 ; B1MP29, RSMH_MYCA9 ; A5IYG2, RSMH_MYCAP ; DR P65430, RSMH_MYCBO ; A1KKK8, RSMH_MYCBP ; C1AQ81, RSMH_MYCBT ; DR Q2SS95, RSMH_MYCCT ; Q7NB79, RSMH_MYCGA ; P47464, RSMH_MYCGE ; DR A4TBF6, RSMH_MYCGI ; B8ZQP2, RSMH_MYCLB ; O69560, RSMH_MYCLE ; -DR B2HGS5, RSMH_MYCMM ; P62473, RSMH_MYCMS ; P62474, RSMH_MYCPA ; -DR P75466, RSMH_MYCPN ; Q98Q75, RSMH_MYCPU ; A0R024, RSMH_MYCS2 ; -DR Q4A667, RSMH_MYCS5 ; A3Q1M6, RSMH_MYCSJ ; A1UI62, RSMH_MYCSK ; -DR Q1B6W3, RSMH_MYCSS ; A5U4J2, RSMH_MYCTA ; P9WJP0, RSMH_MYCTO ; -DR P9WJP1, RSMH_MYCTU ; A0PTJ6, RSMH_MYCUA ; A1TAX6, RSMH_MYCVP ; -DR Q1D0S2, RSMH_MYXXD ; B2A2G4, RSMH_NATTJ ; B9L9G3, RSMH_NAUPA ; -DR Q5F6K7, RSMH_NEIG1 ; B4RQD7, RSMH_NEIG2 ; A9M2I4, RSMH_NEIM0 ; -DR Q9JSY9, RSMH_NEIMA ; Q9K0Z0, RSMH_NEIMB ; A1KVM4, RSMH_NEIMF ; -DR Q2GCL1, RSMH_NEOSM ; Q0AJD3, RSMH_NITEC ; Q82VT1, RSMH_NITEU ; -DR Q1QNV1, RSMH_NITHX ; Q2Y630, RSMH_NITMU ; Q3J781, RSMH_NITOC ; -DR A6Q3T0, RSMH_NITSB ; Q3STT6, RSMH_NITWN ; Q5YYY7, RSMH_NOCFA ; -DR A1SL88, RSMH_NOCSJ ; B2J183, RSMH_NOSP7 ; Q8YRT9, RSMH_NOSS1 ; -DR Q2G9A3, RSMH_NOVAD ; Q8ER53, RSMH_OCEIH ; Q04ES5, RSMH_OENOB ; -DR Q313R1, RSMH_OLEA2 ; P60397, RSMH_ONYPE ; B1ZU25, RSMH_OPITP ; -DR A5CD85, RSMH_ORITB ; B3CVD8, RSMH_ORITI ; A1R5F0, RSMH_PAEAT ; -DR C6D563, RSMH_PAESJ ; A1TKC3, RSMH_PARC0 ; A6LEV0, RSMH_PARD8 ; -DR A1AZK1, RSMH_PARDP ; A7HVT9, RSMH_PARL1 ; Q7U3X9, RSMH_PARMW ; -DR B2JHG8, RSMH_PARP8 ; B2SYY3, RSMH_PARPJ ; Q6MEG4, RSMH_PARUW ; +DR Q6KHR2, RSMH_MYCM1 ; B2HGS5, RSMH_MYCMM ; P62473, RSMH_MYCMS ; +DR P62474, RSMH_MYCPA ; P75466, RSMH_MYCPN ; Q98Q75, RSMH_MYCPU ; +DR A0R024, RSMH_MYCS2 ; Q4A667, RSMH_MYCS5 ; A3Q1M6, RSMH_MYCSJ ; +DR A1UI62, RSMH_MYCSK ; Q1B6W3, RSMH_MYCSS ; A5U4J2, RSMH_MYCTA ; +DR P9WJP0, RSMH_MYCTO ; P9WJP1, RSMH_MYCTU ; A0PTJ6, RSMH_MYCUA ; +DR A1TAX6, RSMH_MYCVP ; Q1D0S2, RSMH_MYXXD ; B2A2G4, RSMH_NATTJ ; +DR B9L9G3, RSMH_NAUPA ; Q5F6K7, RSMH_NEIG1 ; B4RQD7, RSMH_NEIG2 ; +DR A9M2I4, RSMH_NEIM0 ; Q9JSY9, RSMH_NEIMA ; Q9K0Z0, RSMH_NEIMB ; +DR A1KVM4, RSMH_NEIMF ; Q2GCL1, RSMH_NEOSM ; Q0AJD3, RSMH_NITEC ; +DR Q82VT1, RSMH_NITEU ; Q1QNV1, RSMH_NITHX ; Q2Y630, RSMH_NITMU ; +DR Q3J781, RSMH_NITOC ; A6Q3T0, RSMH_NITSB ; P62470, RSMH_NITV2 ; +DR A1VBE0, RSMH_NITV4 ; B8DP86, RSMH_NITV9 ; Q3STT6, RSMH_NITWN ; +DR Q5YYY7, RSMH_NOCFA ; A1SL88, RSMH_NOCSJ ; B2J183, RSMH_NOSP7 ; +DR Q8YRT9, RSMH_NOSS1 ; Q2G9A3, RSMH_NOVAD ; Q8ER53, RSMH_OCEIH ; +DR Q04ES5, RSMH_OENOB ; Q313R1, RSMH_OLEA2 ; P60397, RSMH_ONYPE ; +DR B1ZU25, RSMH_OPITP ; A5CD85, RSMH_ORITB ; B3CVD8, RSMH_ORITI ; +DR A1R5F0, RSMH_PAEAT ; C6D563, RSMH_PAESJ ; A1TKC3, RSMH_PARC0 ; +DR A6LEV0, RSMH_PARD8 ; A1AZK1, RSMH_PARDP ; A7HVT9, RSMH_PARL1 ; +DR Q2W0I1, RSMH_PARM1 ; Q7U3X9, RSMH_PARMW ; B2JHG8, RSMH_PARP8 ; +DR B2SYY3, RSMH_PARPJ ; A8KZA9, RSMH_PARS2 ; Q6MEG4, RSMH_PARUW ; DR Q13TY4, RSMH_PARXL ; Q9CPB4, RSMH_PASMU ; Q6D0H5, RSMH_PECAS ; DR C6DEV1, RSMH_PECCP ; Q03EX7, RSMH_PEDPA ; B4SHF1, RSMH_PELPB ; DR A1AU69, RSMH_PELPD ; A5D113, RSMH_PELTS ; Q4FPN5, RSMH_PELUB ; @@ -40330,8 +40437,8 @@ DR Q9KPF9, RSMH_VIBCH ; C3LQV4, RSMH_VIBCM ; Q9AJH1, RSMH_VIBPA ; DR Q9AJG9, RSMH_VIBPR ; Q8DEK2, RSMH_VIBVU ; Q7MNV9, RSMH_VIBVY ; DR Q8D2Y8, RSMH_WIGBR ; P62478, RSMH_WOLPM ; B3CMB5, RSMH_WOLPP ; DR Q7MSS6, RSMH_WOLSU ; Q5GTH5, RSMH_WOLTR ; C0R598, RSMH_WOLWR ; -DR Q8PPB5, RSMH_XANAC ; Q3BXF9, RSMH_XANC5 ; Q4UQW3, RSMH_XANC8 ; -DR B0RVB2, RSMH_XANCB ; Q8PCK7, RSMH_XANCP ; Q2NZB1, RSMH_XANOM ; +DR Q8PPB5, RSMH_XANAC ; Q4UQW3, RSMH_XANC8 ; B0RVB2, RSMH_XANCB ; +DR Q8PCK7, RSMH_XANCP ; Q3BXF9, RSMH_XANE5 ; Q2NZB1, RSMH_XANOM ; DR B2SNY6, RSMH_XANOP ; Q5GW34, RSMH_XANOR ; A7IGF4, RSMH_XANP2 ; DR B2I9C0, RSMH_XYLF2 ; Q9PF88, RSMH_XYLFA ; B0U504, RSMH_XYLFM ; DR Q87AF2, RSMH_XYLFT ; A1JJI5, RSMH_YERE8 ; A7FM74, RSMH_YERP3 ; @@ -40587,14 +40694,14 @@ CC -!- Specifically, YibK requires a pyrimidine nucleoside at position 34, CC it has a clear preference for an adenosine at position 35, and it CC fails to methylate without prior addition of the N(6)-(isopentenyl)- CC 2-methylthioadenosine modification at position 37. -DR A1WBM9, TRML_ACISJ ; A0KEQ6, TRML_AERHH ; O31590, TRML_BACSU ; -DR B2IBT9, TRML_BEII9 ; A0KAS4, TRML_BURCH ; Q0BBL1, TRML_BURCM ; -DR A3NR15, TRML_BURP0 ; P0AGJ8, TRML_ECOL6 ; P0AGJ7, TRML_ECOLI ; -DR P32813, TRML_GEOSE ; P44868, TRML_HAEIN ; Q042B4, TRML_LACGA ; -DR A2RKW7, TRML_LACLM ; P69001, TRML_LISIN ; Q721N0, TRML_LISMF ; -DR C6X9I5, TRML_METGS ; P47588, TRML_MYCGE ; P75257, TRML_MYCPN ; -DR C7BSD3, TRML_PHOAA ; Q12E50, TRML_POLSJ ; Q21LN7, TRML_SACD2 ; -DR B8CHC9, TRML_SHEPW ; D7A3L6, TRML_STAND ; Q48V41, TRML_STRPM ; +DR A1WBM9, TRML_ACISJ ; A0KEQ6, TRML_AERHH ; D7A3L6, TRML_ANCN5 ; +DR O31590, TRML_BACSU ; B2IBT9, TRML_BEII9 ; A0KAS4, TRML_BURCH ; +DR Q0BBL1, TRML_BURCM ; A3NR15, TRML_BURP0 ; P0AGJ8, TRML_ECOL6 ; +DR P0AGJ7, TRML_ECOLI ; P32813, TRML_GEOSE ; P44868, TRML_HAEIN ; +DR Q042B4, TRML_LACGA ; A2RKW7, TRML_LACLM ; P69001, TRML_LISIN ; +DR Q721N0, TRML_LISMF ; C6X9I5, TRML_METGS ; P47588, TRML_MYCGE ; +DR P75257, TRML_MYCPN ; C7BSD3, TRML_PHOAA ; Q12E50, TRML_POLSJ ; +DR Q21LN7, TRML_SACD2 ; B8CHC9, TRML_SHEPW ; Q48V41, TRML_STRPM ; DR P74516, TRML_SYNY3 ; Q74Y93, TRML_YERPE ; // ID 2.1.1.208 @@ -40856,12 +40963,12 @@ DR A4WCN5, UBIG_ENT38 ; B2VIL6, UBIG_ERWT9 ; B7LM95, UBIG_ESCF3 ; DR B8F4B1, UBIG_GLAP5 ; Q7VKW2, UBIG_HAEDU ; Q2SE61, UBIG_HAHCH ; DR Q0I3Y4, UBIG_HISS1 ; B0UUV6, UBIG_HISS2 ; Q31GD8, UBIG_HYDCU ; DR Q5QZ53, UBIG_IDILO ; Q28VP7, UBIG_JANSC ; B5XNZ3, UBIG_KLEP3 ; -DR A6TBT7, UBIG_KLEP7 ; B1Y2L3, UBIG_LEPCP ; Q2W6W0, UBIG_MAGSA ; -DR Q0AME1, UBIG_MARMM ; A1U3K1, UBIG_MARN8 ; Q609G2, UBIG_METCA ; -DR B8IUB0, UBIG_METNO ; B0UAV0, UBIG_METS4 ; B8EI29, UBIG_METSB ; -DR A9M0C4, UBIG_NEIM0 ; Q9JWE6, UBIG_NEIMA ; Q9JXI7, UBIG_NEIMB ; -DR Q81ZZ2, UBIG_NITEU ; Q2Y6Z3, UBIG_NITMU ; Q3J8U2, UBIG_NITOC ; -DR Q3SVP3, UBIG_NITWN ; A1TSA0, UBIG_PARC0 ; A7HTX8, UBIG_PARL1 ; +DR A6TBT7, UBIG_KLEP7 ; B1Y2L3, UBIG_LEPCP ; Q0AME1, UBIG_MARMM ; +DR A1U3K1, UBIG_MARN8 ; Q609G2, UBIG_METCA ; B8IUB0, UBIG_METNO ; +DR B0UAV0, UBIG_METS4 ; B8EI29, UBIG_METSB ; A9M0C4, UBIG_NEIM0 ; +DR Q9JWE6, UBIG_NEIMA ; Q9JXI7, UBIG_NEIMB ; Q81ZZ2, UBIG_NITEU ; +DR Q2Y6Z3, UBIG_NITMU ; Q3J8U2, UBIG_NITOC ; Q3SVP3, UBIG_NITWN ; +DR A1TSA0, UBIG_PARC0 ; A7HTX8, UBIG_PARL1 ; Q2W6W0, UBIG_PARM1 ; DR B2JEZ6, UBIG_PARP8 ; B2T641, UBIG_PARPJ ; Q13VB4, UBIG_PARXL ; DR Q9CMI6, UBIG_PASMU ; Q6D7X5, UBIG_PECAS ; C6DBN5, UBIG_PECCP ; DR Q4FNA2, UBIG_PELUB ; Q7N2M5, UBIG_PHOLL ; Q6LPD7, UBIG_PHOPR ; @@ -40896,8 +41003,8 @@ DR A6UCF6, UBIG_SINMW ; Q2NSL7, UBIG_SODGM ; A4VLX7, UBIG_STUS1 ; DR Q3SK91, UBIG_THIDA ; B7VGS0, UBIG_VIBA3 ; A7MU79, UBIG_VIBC1 ; DR A5F1U0, UBIG_VIBC3 ; Q9KSJ9, UBIG_VIBCH ; C3LLV3, UBIG_VIBCM ; DR Q87ND5, UBIG_VIBPA ; Q8D8E0, UBIG_VIBVU ; Q7MM27, UBIG_VIBVY ; -DR Q8PK00, UBIG_XANAC ; Q3BSF8, UBIG_XANC5 ; Q4UVL4, UBIG_XANC8 ; -DR B0RS27, UBIG_XANCB ; Q8P8H2, UBIG_XANCP ; Q2P2C4, UBIG_XANOM ; +DR Q8PK00, UBIG_XANAC ; Q4UVL4, UBIG_XANC8 ; B0RS27, UBIG_XANCB ; +DR Q8P8H2, UBIG_XANCP ; Q3BSF8, UBIG_XANE5 ; Q2P2C4, UBIG_XANOM ; DR B2SHS9, UBIG_XANOP ; Q5GZB5, UBIG_XANOR ; B2I705, UBIG_XYLF2 ; DR Q9PAM5, UBIG_XYLFA ; B0U3W1, UBIG_XYLFM ; Q87BG5, UBIG_XYLFT ; DR A1JLA0, UBIG_YERE8 ; A7FKF4, UBIG_YERP3 ; Q1C9H5, UBIG_YERPA ; @@ -41102,7 +41209,7 @@ DR B9LI79, TRMD_CHLSY ; B0B9D4, TRMD_CHLT2 ; B3QXJ6, TRMD_CHLT3 ; DR Q3KMZ5, TRMD_CHLTA ; B0BB13, TRMD_CHLTB ; Q8KD90, TRMD_CHLTE ; DR O84030, TRMD_CHLTR ; A0LZ03, TRMD_CHRFK ; Q1QT50, TRMD_CHRSD ; DR Q7MBD6, TRMD_CHRVO ; B5EBC9, TRMD_CITBB ; A5CQR1, TRMD_CLAM3 ; -DR B0REN1, TRMD_CLAMS ; Q97I94, TRMD_CLOAB ; A7FW09, TRMD_CLOB1 ; +DR B0REN1, TRMD_CLASE ; Q97I94, TRMD_CLOAB ; A7FW09, TRMD_CLOB1 ; DR C3L0E3, TRMD_CLOB6 ; A6LSN1, TRMD_CLOB8 ; B2V4E5, TRMD_CLOBA ; DR B2TJ31, TRMD_CLOBB ; A5I4M3, TRMD_CLOBH ; C1FSL5, TRMD_CLOBJ ; DR B1II76, TRMD_CLOBK ; A7GG33, TRMD_CLOBL ; B1KWN5, TRMD_CLOBM ; @@ -41119,57 +41226,56 @@ DR B8HMF0, TRMD_CYAP4 ; Q11YV4, TRMD_CYTH3 ; Q47BI7, TRMD_DECAR ; DR Q3Z9L3, TRMD_DEHM1 ; A5FSB5, TRMD_DEHMB ; Q3ZZA6, TRMD_DEHMC ; DR C1CUT8, TRMD_DEIDV ; Q1IYA3, TRMD_DEIGD ; Q9RSW0, TRMD_DEIRA ; DR B8FNP3, TRMD_DESAL ; B1I2N1, TRMD_DESAP ; Q24UA9, TRMD_DESHY ; -DR Q6AJE8, TRMD_DESPS ; A4J665, TRMD_DESRM ; Q72DU3, TRMD_DESVH ; -DR B5YFD5, TRMD_DICT6 ; B8E2G4, TRMD_DICTD ; A7ZQ47, TRMD_ECO24 ; -DR B7UH56, TRMD_ECO27 ; B7MIU5, TRMD_ECO45 ; B7LDJ6, TRMD_ECO55 ; -DR P0A875, TRMD_ECO57 ; B5Z226, TRMD_ECO5E ; B7NSA6, TRMD_ECO7I ; -DR B7MYA0, TRMD_ECO81 ; B7M976, TRMD_ECO8A ; C4ZYM5, TRMD_ECOBW ; -DR B1XBS9, TRMD_ECODH ; A8A3B4, TRMD_ECOHS ; Q0TEN2, TRMD_ECOL5 ; -DR P0A874, TRMD_ECOL6 ; B1IVM6, TRMD_ECOLC ; P0A873, TRMD_ECOLI ; -DR B7N6J3, TRMD_ECOLU ; B6I629, TRMD_ECOSE ; B1LPB4, TRMD_ECOSM ; -DR Q1R8B8, TRMD_ECOUT ; C5BGG0, TRMD_EDWI9 ; Q3YQP3, TRMD_EHRCJ ; -DR Q2GI95, TRMD_EHRCR ; Q5FGP5, TRMD_EHRRG ; Q5H9Z7, TRMD_EHRRW ; -DR B1GZ20, TRMD_ENDTX ; A4WDH2, TRMD_ENT38 ; Q820U3, TRMD_ENTFA ; -DR B7LUW6, TRMD_ESCF3 ; B1YIM4, TRMD_EXIS2 ; C4L603, TRMD_EXISA ; -DR A7HKS1, TRMD_FERNB ; B0S047, TRMD_FINM2 ; A5FHV7, TRMD_FLAJ1 ; -DR A6H0R6, TRMD_FLAPJ ; Q0RDP4, TRMD_FRAAA ; Q2J6Z9, TRMD_FRACC ; -DR B0TX18, TRMD_FRAP2 ; A8L5A5, TRMD_FRASN ; Q14JS7, TRMD_FRAT1 ; -DR A7NEB1, TRMD_FRATF ; Q2A1N5, TRMD_FRATH ; B2SFE4, TRMD_FRATM ; -DR A0Q859, TRMD_FRATN ; Q5NIC4, TRMD_FRATT ; A4IWA7, TRMD_FRATW ; -DR Q8R5Y4, TRMD_FUSNN ; B9M594, TRMD_GEODF ; Q5L0P4, TRMD_GEOKA ; -DR Q39RN8, TRMD_GEOMG ; Q74FG3, TRMD_GEOSL ; C6E5I8, TRMD_GEOSM ; -DR A5G7Z5, TRMD_GEOUR ; B8F7X3, TRMD_GLAP5 ; B7KHC2, TRMD_GLOC7 ; -DR Q7MBC8, TRMD_GLOVI ; A9HS61, TRMD_GLUDA ; Q5FUG1, TRMD_GLUOX ; -DR Q7U331, TRMD_HAEDU ; Q4QNY8, TRMD_HAEI8 ; A5UAV3, TRMD_HAEIE ; -DR A5UG04, TRMD_HAEIG ; P43912, TRMD_HAEIN ; Q2SL56, TRMD_HAHCH ; -DR Q9KA15, TRMD_HALH5 ; A1WUF3, TRMD_HALHL ; B8CW21, TRMD_HALOH ; -DR Q7U321, TRMD_HELHP ; B0TH67, TRMD_HELMI ; Q9ZK66, TRMD_HELPJ ; -DR B2UUQ7, TRMD_HELPS ; O25766, TRMD_HELPY ; A9B3P8, TRMD_HERA2 ; -DR A4G2T7, TRMD_HERAR ; Q0I1J8, TRMD_HISS1 ; B0UVM8, TRMD_HISS2 ; -DR Q31HX8, TRMD_HYDCU ; Q5QUV0, TRMD_IDILO ; A6SVI6, TRMD_JANMA ; -DR Q28UF1, TRMD_JANSC ; A6W7V0, TRMD_KINRD ; B5XVK5, TRMD_KLEP3 ; -DR A6TCL5, TRMD_KLEP7 ; B2GFY4, TRMD_KOCRD ; Q1IMM4, TRMD_KORVE ; -DR Q5FJK7, TRMD_LACAC ; B3WEU0, TRMD_LACCB ; Q1G9L4, TRMD_LACDA ; -DR Q049R8, TRMD_LACDB ; C4Z429, TRMD_LACE2 ; A8YVT2, TRMD_LACH4 ; -DR Q74IQ6, TRMD_LACJO ; Q9CFB7, TRMD_LACLA ; Q038K0, TRMD_LACP3 ; -DR A9KLM2, TRMD_LACP7 ; Q88WJ2, TRMD_LACPL ; C1DBG0, TRMD_LARHH ; -DR Q38XQ7, TRMD_LATSS ; Q5X7Z1, TRMD_LEGPA ; Q5ZYH6, TRMD_LEGPH ; -DR Q5WZE2, TRMD_LEGPL ; Q6AEA3, TRMD_LEIXX ; Q04SW4, TRMD_LEPBJ ; -DR Q050Y8, TRMD_LEPBL ; B1Y0H7, TRMD_LEPCP ; Q72S28, TRMD_LEPIC ; -DR Q8CXS8, TRMD_LEPIN ; B1MZT4, TRMD_LEUCK ; Q03W52, TRMD_LEUMM ; -DR Q03RU7, TRMD_LEVBA ; Q1WU92, TRMD_LIGS1 ; B2GD25, TRMD_LIMF3 ; -DR A5VKN4, TRMD_LIMRD ; B2G818, TRMD_LIMRJ ; Q92AL6, TRMD_LISIN ; -DR C1KW91, TRMD_LISMC ; Q71YM4, TRMD_LISMF ; B8DDW1, TRMD_LISMH ; -DR Q8Y6A3, TRMD_LISMO ; A0AJP7, TRMD_LISW6 ; B9EBB9, TRMD_MACCJ ; -DR A0L4Y8, TRMD_MAGMM ; Q2VZV6, TRMD_MAGSA ; Q8CXQ6, TRMD_MALP2 ; +DR Q6AJE8, TRMD_DESPS ; A4J665, TRMD_DESRM ; B5YFD5, TRMD_DICT6 ; +DR B8E2G4, TRMD_DICTD ; A7ZQ47, TRMD_ECO24 ; B7UH56, TRMD_ECO27 ; +DR B7MIU5, TRMD_ECO45 ; B7LDJ6, TRMD_ECO55 ; P0A875, TRMD_ECO57 ; +DR B5Z226, TRMD_ECO5E ; B7NSA6, TRMD_ECO7I ; B7MYA0, TRMD_ECO81 ; +DR B7M976, TRMD_ECO8A ; C4ZYM5, TRMD_ECOBW ; B1XBS9, TRMD_ECODH ; +DR A8A3B4, TRMD_ECOHS ; Q0TEN2, TRMD_ECOL5 ; P0A874, TRMD_ECOL6 ; +DR B1IVM6, TRMD_ECOLC ; P0A873, TRMD_ECOLI ; B7N6J3, TRMD_ECOLU ; +DR B6I629, TRMD_ECOSE ; B1LPB4, TRMD_ECOSM ; Q1R8B8, TRMD_ECOUT ; +DR C5BGG0, TRMD_EDWI9 ; Q3YQP3, TRMD_EHRCJ ; Q2GI95, TRMD_EHRCR ; +DR Q5FGP5, TRMD_EHRRG ; Q5H9Z7, TRMD_EHRRW ; B1GZ20, TRMD_ENDTX ; +DR A4WDH2, TRMD_ENT38 ; Q820U3, TRMD_ENTFA ; B7LUW6, TRMD_ESCF3 ; +DR B1YIM4, TRMD_EXIS2 ; C4L603, TRMD_EXISA ; A7HKS1, TRMD_FERNB ; +DR B0S047, TRMD_FINM2 ; A5FHV7, TRMD_FLAJ1 ; A6H0R6, TRMD_FLAPJ ; +DR Q0RDP4, TRMD_FRAAA ; Q2J6Z9, TRMD_FRACC ; B0TX18, TRMD_FRAP2 ; +DR Q14JS7, TRMD_FRAT1 ; A7NEB1, TRMD_FRATF ; Q2A1N5, TRMD_FRATH ; +DR B2SFE4, TRMD_FRATM ; A0Q859, TRMD_FRATN ; Q5NIC4, TRMD_FRATT ; +DR A4IWA7, TRMD_FRATW ; Q8R5Y4, TRMD_FUSNN ; B9M594, TRMD_GEODF ; +DR Q5L0P4, TRMD_GEOKA ; Q39RN8, TRMD_GEOMG ; Q74FG3, TRMD_GEOSL ; +DR C6E5I8, TRMD_GEOSM ; A5G7Z5, TRMD_GEOUR ; B8F7X3, TRMD_GLAP5 ; +DR B7KHC2, TRMD_GLOC7 ; Q7MBC8, TRMD_GLOVI ; A9HS61, TRMD_GLUDA ; +DR Q5FUG1, TRMD_GLUOX ; Q7U331, TRMD_HAEDU ; Q4QNY8, TRMD_HAEI8 ; +DR A5UAV3, TRMD_HAEIE ; A5UG04, TRMD_HAEIG ; P43912, TRMD_HAEIN ; +DR Q2SL56, TRMD_HAHCH ; Q9KA15, TRMD_HALH5 ; A1WUF3, TRMD_HALHL ; +DR B8CW21, TRMD_HALOH ; Q7U321, TRMD_HELHP ; B0TH67, TRMD_HELMI ; +DR Q9ZK66, TRMD_HELPJ ; B2UUQ7, TRMD_HELPS ; O25766, TRMD_HELPY ; +DR A9B3P8, TRMD_HERA2 ; A4G2T7, TRMD_HERAR ; Q0I1J8, TRMD_HISS1 ; +DR B0UVM8, TRMD_HISS2 ; Q31HX8, TRMD_HYDCU ; Q5QUV0, TRMD_IDILO ; +DR A6SVI6, TRMD_JANMA ; Q28UF1, TRMD_JANSC ; A6W7V0, TRMD_KINRD ; +DR B5XVK5, TRMD_KLEP3 ; A6TCL5, TRMD_KLEP7 ; B2GFY4, TRMD_KOCRD ; +DR Q1IMM4, TRMD_KORVE ; Q5FJK7, TRMD_LACAC ; B3WEU0, TRMD_LACCB ; +DR Q1G9L4, TRMD_LACDA ; Q049R8, TRMD_LACDB ; C4Z429, TRMD_LACE2 ; +DR A8YVT2, TRMD_LACH4 ; Q74IQ6, TRMD_LACJO ; Q9CFB7, TRMD_LACLA ; +DR Q038K0, TRMD_LACP3 ; A9KLM2, TRMD_LACP7 ; Q88WJ2, TRMD_LACPL ; +DR C1DBG0, TRMD_LARHH ; Q38XQ7, TRMD_LATSS ; Q5X7Z1, TRMD_LEGPA ; +DR Q5ZYH6, TRMD_LEGPH ; Q5WZE2, TRMD_LEGPL ; Q6AEA3, TRMD_LEIXX ; +DR Q04SW4, TRMD_LEPBJ ; Q050Y8, TRMD_LEPBL ; B1Y0H7, TRMD_LEPCP ; +DR Q72S28, TRMD_LEPIC ; Q8CXS8, TRMD_LEPIN ; B1MZT4, TRMD_LEUCK ; +DR Q03W52, TRMD_LEUMM ; Q03RU7, TRMD_LEVBA ; Q1WU92, TRMD_LIGS1 ; +DR B2GD25, TRMD_LIMF3 ; A5VKN4, TRMD_LIMRD ; B2G818, TRMD_LIMRJ ; +DR Q92AL6, TRMD_LISIN ; C1KW91, TRMD_LISMC ; Q71YM4, TRMD_LISMF ; +DR B8DDW1, TRMD_LISMH ; Q8Y6A3, TRMD_LISMO ; A0AJP7, TRMD_LISW6 ; +DR B9EBB9, TRMD_MACCJ ; A0L4Y8, TRMD_MAGMM ; Q8CXQ6, TRMD_MALP2 ; DR Q65VG1, TRMD_MANSM ; A6W1U0, TRMD_MARMS ; Q6F0S5, TRMD_MESFL ; DR Q601V6, TRMD_MESH2 ; Q4A880, TRMD_MESH7 ; Q4AA53, TRMD_MESHJ ; -DR Q6KHL5, TRMD_MESM1 ; B3PMA2, TRMD_META1 ; Q60BS1, TRMD_METCA ; -DR Q1GYT8, TRMD_METFK ; B3DVH5, TRMD_METI4 ; A2SES8, TRMD_METPP ; -DR B0JJC4, TRMD_MICAN ; C5CAH0, TRMD_MICLC ; Q2RJV4, TRMD_MOOTA ; -DR A5IZ67, TRMD_MYCAP ; P66969, TRMD_MYCBO ; A1KMQ0, TRMD_MYCBP ; -DR C1AG21, TRMD_MYCBT ; Q2SRU7, TRMD_MYCCT ; Q9RDV3, TRMD_MYCGA ; -DR P47683, TRMD_MYCGE ; O33017, TRMD_MYCLE ; Q6MTI1, TRMD_MYCMS ; +DR B3PMA2, TRMD_META1 ; Q60BS1, TRMD_METCA ; Q1GYT8, TRMD_METFK ; +DR B3DVH5, TRMD_METI4 ; A2SES8, TRMD_METPP ; B0JJC4, TRMD_MICAN ; +DR C5CAH0, TRMD_MICLC ; Q2RJV4, TRMD_MOOTA ; A5IZ67, TRMD_MYCAP ; +DR P66969, TRMD_MYCBO ; A1KMQ0, TRMD_MYCBP ; C1AG21, TRMD_MYCBT ; +DR Q2SRU7, TRMD_MYCCT ; Q9RDV3, TRMD_MYCGA ; P47683, TRMD_MYCGE ; +DR O33017, TRMD_MYCLE ; Q6KHL5, TRMD_MYCM1 ; Q6MTI1, TRMD_MYCMS ; DR Q73VN9, TRMD_MYCPA ; P75132, TRMD_MYCPN ; Q98Q98, TRMD_MYCPU ; DR Q4A738, TRMD_MYCS5 ; A5U6R1, TRMD_MYCTA ; P9WFY6, TRMD_MYCTO ; DR P9WFY7, TRMD_MYCTU ; Q1D6I2, TRMD_MYXXD ; B2A2P2, TRMD_NATTJ ; @@ -41177,11 +41283,12 @@ DR Q5FA59, TRMD_NEIG1 ; B4RIW3, TRMD_NEIG2 ; A9M2D1, TRMD_NEIM0 ; DR Q9JVL0, TRMD_NEIMA ; Q9K0K4, TRMD_NEIMB ; A1KSJ9, TRMD_NEIMF ; DR Q2GCN4, TRMD_NEOSM ; Q820K4, TRMD_NITEU ; Q1QHI7, TRMD_NITHX ; DR Q2YBJ2, TRMD_NITMU ; Q3J8Y0, TRMD_NITOC ; A6Q549, TRMD_NITSB ; -DR Q3SNV6, TRMD_NITWN ; Q5YS38, TRMD_NOCFA ; B2JA48, TRMD_NOSP7 ; -DR Q8YQF1, TRMD_NOSS1 ; Q2G8H2, TRMD_NOVAD ; Q8CXH3, TRMD_OCEIH ; -DR Q04FP5, TRMD_OENOB ; Q313J9, TRMD_OLEA2 ; Q6YQA4, TRMD_ONYPE ; -DR A1R7G3, TRMD_PAEAT ; A1TND2, TRMD_PARC0 ; B2JF31, TRMD_PARP8 ; -DR B2T605, TRMD_PARPJ ; Q6MDG9, TRMD_PARUW ; Q13VF0, TRMD_PARXL ; +DR Q72DU3, TRMD_NITV2 ; Q3SNV6, TRMD_NITWN ; Q5YS38, TRMD_NOCFA ; +DR B2JA48, TRMD_NOSP7 ; Q8YQF1, TRMD_NOSS1 ; Q2G8H2, TRMD_NOVAD ; +DR Q8CXH3, TRMD_OCEIH ; Q04FP5, TRMD_OENOB ; Q313J9, TRMD_OLEA2 ; +DR Q6YQA4, TRMD_ONYPE ; A1R7G3, TRMD_PAEAT ; A1TND2, TRMD_PARC0 ; +DR Q2VZV6, TRMD_PARM1 ; B2JF31, TRMD_PARP8 ; B2T605, TRMD_PARPJ ; +DR A8L5A5, TRMD_PARS2 ; Q6MDG9, TRMD_PARUW ; Q13VF0, TRMD_PARXL ; DR Q9CLE1, TRMD_PASMU ; Q6D1U0, TRMD_PECAS ; C6DCP9, TRMD_PECCP ; DR Q03FW3, TRMD_PEDPA ; A5D1J4, TRMD_PELTS ; Q4FP13, TRMD_PELUB ; DR C0QQJ9, TRMD_PERMH ; Q7MB64, TRMD_PHOLL ; Q6LMV9, TRMD_PHOPR ; @@ -41259,8 +41366,8 @@ DR A5F9A9, TRMD_VIBC3 ; Q9KUF8, TRMD_VIBCH ; C3LS53, TRMD_VIBCM ; DR Q87LT0, TRMD_VIBPA ; Q8CWK5, TRMD_VIBVU ; Q7M7J0, TRMD_VIBVY ; DR Q73GD5, TRMD_WOLPM ; B3CM65, TRMD_WOLPP ; Q7MA04, TRMD_WOLSU ; DR Q5GT55, TRMD_WOLTR ; C0R443, TRMD_WOLWR ; Q8PMY1, TRMD_XANAC ; -DR Q3BVY8, TRMD_XANC5 ; Q4US84, TRMD_XANC8 ; B0RXD7, TRMD_XANCB ; -DR Q8PBC1, TRMD_XANCP ; Q2P651, TRMD_XANOM ; B2SJV1, TRMD_XANOP ; +DR Q4US84, TRMD_XANC8 ; B0RXD7, TRMD_XANCB ; Q8PBC1, TRMD_XANCP ; +DR Q3BVY8, TRMD_XANE5 ; Q2P651, TRMD_XANOM ; B2SJV1, TRMD_XANOP ; DR Q5H390, TRMD_XANOR ; B2I6A8, TRMD_XYLF2 ; Q9PH37, TRMD_XYLFA ; DR Q87F54, TRMD_XYLFT ; A1JK25, TRMD_YERE8 ; A7FLQ5, TRMD_YERP3 ; DR Q1C409, TRMD_YERPA ; B2K5Z0, TRMD_YERPB ; Q8ZBU9, TRMD_YERPE ; @@ -41479,14 +41586,18 @@ DR Q1CDI1, RSMJ_YERPN ; A4TQY1, RSMJ_YERPP ; Q664F4, RSMJ_YERPS ; DR B1JHU7, RSMJ_YERPY ; // ID 2.1.1.243 -DE 2-ketoarginine methyltransferase. -CA 5-guanidino-2-oxopentanoate + S-adenosyl-L-methionine = 5-guanidino-3- -CA methyl-2-oxopentanoate + H(+) + S-adenosyl-L-homocysteine. -CC -!- The enzyme is involved in production of the rare amino acid -CC 3-methylarginine, which is used by the epiphytic bacterium -CC Pseudomonas syringae pv. syringae as an antibiotic against the -CC related pathogenic species Pseudomonas syringae pv. glycinea. -DR D5FKJ3, MRSA_PSESY ; +DE 5-guanidino-2-oxopentanoate (3R)-methyltransferase. +AN 2-ketoarginine methyltransferase. +CA 5-guanidino-2-oxopentanoate + S-adenosyl-L-methionine = (3R)-5-guanidino- +CA 3-methyl-2-oxopentanoate + H(+) + S-adenosyl-L-homocysteine. +CC -!- The enzyme is involved in production of the rare amino acid (3R)-3- +CC methyl-L-arginine. +CC -!- The compound is used by the epiphytic bacterium Pseudomonas syringae +CC pv. syringae as an antibiotic against the related pathogenic species +CC Pseudomonas savastanoi pv. glycinea. +CC -!- Other bacteria incorporate the compound into more complex compounds +CC such as the peptidyl nucleoside antibiotic arginomycin. +DR M1T9N7, ARGN_STREL ; D5FKJ3, MRSA_PSESY ; // ID 2.1.1.244 DE protein N-terminal methyltransferase. @@ -41857,8 +41968,8 @@ DR Q3Z3H3, RLMKL_SHISS; Q2NU80, RLMKL_SODGM; B4SQ79, RLMKL_STRM5; DR B2FJ58, RLMKL_STRMK; A4VM39, RLMKL_STUS1; Q3A2U5, RLMKL_SYNC1; DR A7N0M8, RLMKL_VIBC1; A5F836, RLMKL_VIBC3; Q9KRZ5, RLMKL_VIBCH; DR Q87PC0, RLMKL_VIBPA; Q7MKX1, RLMKL_VIBVY; Q8PM40, RLMKL_XANAC; -DR Q3BV47, RLMKL_XANC5; Q4UT85, RLMKL_XANC8; B0RV07, RLMKL_XANCB; -DR Q8PAE0, RLMKL_XANCP; Q2P309, RLMKL_XANOM; B2SIS8, RLMKL_XANOP; +DR Q4UT85, RLMKL_XANC8; B0RV07, RLMKL_XANCB; Q8PAE0, RLMKL_XANCP; +DR Q3BV47, RLMKL_XANE5; Q2P309, RLMKL_XANOM; B2SIS8, RLMKL_XANOP; DR Q5H029, RLMKL_XANOR; B2IA87, RLMKL_XYLF2; Q9PA69, RLMKL_XYLFA; DR B0U5Z5, RLMKL_XYLFM; Q87A16, RLMKL_XYLFT; A1JMQ6, RLMKL_YERE8; DR A7FJT9, RLMKL_YERP3; Q1CA41, RLMKL_YERPA; B2JYS1, RLMKL_YERPB; @@ -42278,14 +42389,14 @@ DR Q9A9T7, PRMC_CAUVC ; Q3J2B7, PRMC_CERS4 ; A9WBM9, PRMC_CHLAA ; DR B0B9D1, PRMC_CHLT2 ; Q8KCD5, PRMC_CHLTE ; O84027, PRMC_CHLTR ; DR Q97F67, PRMC_CLOAB ; A5HY34, PRMC_CLOBH ; A4QDG2, PRMC_CORGB ; DR P0DJB1, PRMC_CORGL ; Q83AD8, PRMC_COXBU ; Q9RXR2, PRMC_DEIRA ; -DR Q727D9, PRMC_DESVH ; B8E004, PRMC_DICTD ; P0ACC1, PRMC_ECOLI ; -DR Q831F7, PRMC_ENTFA ; A6H162, PRMC_FLAPJ ; Q5NIA7, PRMC_FRATT ; -DR Q8R619, PRMC_FUSNN ; Q748B2, PRMC_GEOSL ; Q7NJS7, PRMC_GLOVI ; -DR P45253, PRMC_HAEIN ; Q1II29, PRMC_KORVE ; Q9CHX0, PRMC_LACLA ; -DR Q8F987, PRMC_LEPIN ; Q8Y4A9, PRMC_LISMO ; Q6F0I4, PRMC_MESFL ; -DR Q2RFW1, PRMC_MOOTA ; P45832, PRMC_MYCLE ; Q6MU88, PRMC_MYCMS ; -DR A0R213, PRMC_MYCS2 ; P9WHV2, PRMC_MYCTO ; P9WHV3, PRMC_MYCTU ; -DR Q5F5B4, PRMC_NEIG1 ; Q9CN82, PRMC_PASMU ; Q7VDL7, PRMC_PROMA ; +DR B8E004, PRMC_DICTD ; P0ACC1, PRMC_ECOLI ; Q831F7, PRMC_ENTFA ; +DR A6H162, PRMC_FLAPJ ; Q5NIA7, PRMC_FRATT ; Q8R619, PRMC_FUSNN ; +DR Q748B2, PRMC_GEOSL ; Q7NJS7, PRMC_GLOVI ; P45253, PRMC_HAEIN ; +DR Q1II29, PRMC_KORVE ; Q9CHX0, PRMC_LACLA ; Q8F987, PRMC_LEPIN ; +DR Q8Y4A9, PRMC_LISMO ; Q6F0I4, PRMC_MESFL ; Q2RFW1, PRMC_MOOTA ; +DR P45832, PRMC_MYCLE ; Q6MU88, PRMC_MYCMS ; A0R213, PRMC_MYCS2 ; +DR P9WHV2, PRMC_MYCTO ; P9WHV3, PRMC_MYCTU ; Q5F5B4, PRMC_NEIG1 ; +DR Q727D9, PRMC_NITV2 ; Q9CN82, PRMC_PASMU ; Q7VDL7, PRMC_PROMA ; DR Q9HVC8, PRMC_PSEAE ; Q98G94, PRMC_RHILO ; Q7ULT2, PRMC_RHOBA ; DR Q2RWE0, PRMC_RHORT ; Q2S0V8, PRMC_SALRD ; P40816, PRMC_SALTY ; DR Q8EAR4, PRMC_SHEON ; Q32GZ5, PRMC_SHIDS ; P0ACC2, PRMC_SHIFL ; @@ -43090,9 +43201,10 @@ DR Q5VN06, CLF_ORYSJ ; Q8S4P6, EZ1_MAIZE ; Q84UI6, EZ1_ORYSI ; DR Q10MI4, EZ1_ORYSJ ; Q8S4P5, EZ2_MAIZE ; Q8S4P4, EZ3_MAIZE ; DR Q9ZSM8, EZA1_ARATH ; A7E2Z2, EZH1_BOVIN ; Q92800, EZH1_HUMAN ; DR P70351, EZH1_MOUSE ; Q5RDS6, EZH1_PONAB ; Q98SM3, EZH2A_XENLA; -DR Q4V863, EZH2B_XENLA; Q08BS4, EZH2_DANRE ; Q15910, EZH2_HUMAN ; -DR Q4R381, EZH2_MACFA ; Q61188, EZH2_MOUSE ; Q28D84, EZH2_XENTR ; -DR P42124, EZ_DROME ; O65312, MEDEA_ARATH; O17514, MES2_CAEEL ; +DR Q4V863, EZH2B_XENLA; G0SDW4, EZH2_CHATD ; Q08BS4, EZH2_DANRE ; +DR Q15910, EZH2_HUMAN ; Q4R381, EZH2_MACFA ; Q61188, EZH2_MOUSE ; +DR Q28D84, EZH2_XENTR ; P42124, EZ_DROME ; O65312, MEDEA_ARATH; +DR O17514, MES2_CAEEL ; // ID 2.1.1.357 DE [histone H3]-lysine(36) N-dimethyltransferase. @@ -43136,11 +43248,11 @@ DR Q9NQV7, PRDM9_HUMAN; Q96EQ9, PRDM9_MOUSE; P0C6Y7, PRDM9_RAT ; DR Q4WTT2, SET2_ASPFU ; Q2UTN6, SET2_ASPOR ; Q59XV0, SET2_CANAL ; DR Q6FX50, SET2_CANGA ; Q2H988, SET2_CHAGB ; Q1DU03, SET2_COCIM ; DR P0CO29, SET2_CRYNB ; P0CO28, SET2_CRYNJ ; Q6BM04, SET2_DEBHA ; -DR Q5ASA5, SET2_EMENI ; Q757Y8, SET2_EREGS ; Q4IB50, SET2_GIBZE ; -DR Q6CXP5, SET2_KLULA ; Q7RZU4, SET2_NEUCR ; O14026, SET2_SCHPO ; -DR Q4PBL3, SET2_USTMA ; Q6C5G5, SET2_YARLI ; P46995, SET2_YEAST ; -DR Q9BYW2, SETD2_HUMAN; E9Q5F9, SETD2_MOUSE; Q9C0A6, SETD5_HUMAN; -DR Q5XJV7, SETD5_MOUSE; Q8IE95, SETVS_PLAF7; +DR Q9VYD1, SET2_DROME ; Q5ASA5, SET2_EMENI ; Q757Y8, SET2_EREGS ; +DR Q4IB50, SET2_GIBZE ; Q6CXP5, SET2_KLULA ; Q7RZU4, SET2_NEUCR ; +DR O14026, SET2_SCHPO ; Q4PBL3, SET2_USTMA ; Q6C5G5, SET2_YARLI ; +DR P46995, SET2_YEAST ; Q9BYW2, SETD2_HUMAN; E9Q5F9, SETD2_MOUSE; +DR Q9C0A6, SETD5_HUMAN; Q5XJV7, SETD5_MOUSE; Q8IE95, SETVS_PLAF7; // ID 2.1.1.360 DE [histone H3]-lysine(79) N-trimethyltransferase. @@ -43620,6 +43732,36 @@ CC tetrahydrofolate. CC -!- The resulting 5-methyltetrahydrofolate is processed to acetyl-CoA via CC the Wood--Ljungdahl pathway. // +ID 2.1.1.390 +DE gentamicin X2 methyltransferase. +AN gentamicin C-methyltransferase. +CA AH2 + gentamicin X2 + 2 S-adenosyl-L-methionine = 5'-deoxyadenosine + A + +CA geneticin + 2 H(+) + L-methionine + S-adenosyl-L-homocysteine. +CC -!- The enzyme, isolated from the bacterium Micromonospora echinospora, +CC has a single [4Fe-4S] cluster per monomer. +CC -!- It is a radical S-adenosyl-L-methionine (SAM) enzyme with a +CC methylcob(III)alamin cofactor. +CC -!- The enzyme uses two molecues of SAM for the reaction. +CC -!- One molecule forms a 5'-deoxyadenosyl radical, while the other is +CC used to methylate the cobalamin cofactor. +CC -!- It catalyzes methylation of the 6'-carbon of gentamicin X2 (GenX2) to +CC produce genetricin (G418) during the biosynthesis of gentamicins. +CC -!- The 6'-pro-R-hydrogen atom of GenX2 is stereoselectively abstracted +CC by the 5'-deoxyadenosyl radical and methylation occurs with retention +CC of configuration at C(6)'. +CC -!- The regeneration of cob(I)alamin from cob(III)alamin is carried out +CC with an as yet unidentified electron donor. +// +ID 2.1.1.391 +DE demethylgadusol O-methyltransferase. +AN desmethyl gadusol O-methyltransferase. +AN gadusol synthase. +CA demethylgadusol + S-adenosyl-L-methionine = gadusol + H(+) + S-adenosyl- +CA L-homocysteine. +CC -!- The enzyme, present in egg-laying vertebrates, is involved in +CC biosynthesis of the UV absorbing compound gadusol. +CC -!- It is a bifunctional enzyme that also catalyzes EC 1.3.1.126. +// ID 2.1.1.n1 DE resorcinol O-methyltransferase. AN O-methyltransferase 12. @@ -43783,7 +43925,7 @@ DR B9LKK8, GLYA_CHLSY ; B0B804, GLYA_CHLT2 ; B3QUG2, GLYA_CHLT3 ; DR Q3KLR8, GLYA_CHLTA ; B0BC69, GLYA_CHLTB ; Q8KC36, GLYA_CHLTE ; DR O84439, GLYA_CHLTR ; A0M3N2, GLYA_CHRFK ; Q1QU94, GLYA_CHRSD ; DR Q7NYI8, GLYA_CHRVO ; B5E8U0, GLYA_CITBB ; A8AD38, GLYA_CITK8 ; -DR A5CU18, GLYA_CLAM3 ; B0RDR3, GLYA_CLAMS ; Q97GV1, GLYA_CLOAB ; +DR A5CU18, GLYA_CLAM3 ; B0RDR3, GLYA_CLASE ; Q97GV1, GLYA_CLOAB ; DR A7FWM6, GLYA_CLOB1 ; C3L181, GLYA_CLOB6 ; A6LUK9, GLYA_CLOB8 ; DR B2V398, GLYA_CLOBA ; B2TN52, GLYA_CLOBB ; A5I526, GLYA_CLOBH ; DR C1FTF1, GLYA_CLOBJ ; B1IJJ8, GLYA_CLOBK ; A7GGI2, GLYA_CLOBL ; @@ -43801,8 +43943,7 @@ DR A5FS31, GLYA_DEHMB ; Q3ZZG3, GLYA_DEHMC ; C1CYT8, GLYA_DEIDV ; DR Q1J1W0, GLYA_DEIGD ; Q9RYB2, GLYA_DEIRA ; C0QKX3, GLYA_DESAH ; DR B8FJ72, GLYA_DESAL ; B1I6M4, GLYA_DESAP ; B8J189, GLYA_DESDA ; DR B8FZ69, GLYA_DESHD ; Q24MM6, GLYA_DESHY ; A8ZTV3, GLYA_DESOH ; -DR Q6AM21, GLYA_DESPS ; A4J9B1, GLYA_DESRM ; Q72CT0, GLYA_DESVH ; -DR B8DJF7, GLYA_DESVM ; A1VEK5, GLYA_DESVV ; A5EVR7, GLYA_DICNV ; +DR Q6AM21, GLYA_DESPS ; A4J9B1, GLYA_DESRM ; A5EVR7, GLYA_DICNV ; DR B5YDB7, GLYA_DICT6 ; B8E008, GLYA_DICTD ; A7ZPZ4, GLYA_ECO24 ; DR B7UGZ1, GLYA_ECO27 ; B7MIN5, GLYA_ECO45 ; B7LDE3, GLYA_ECO55 ; DR Q8XA55, GLYA_ECO57 ; B5Z123, GLYA_ECO5E ; B7NRK2, GLYA_ECO7I ; @@ -43849,31 +43990,32 @@ DR Q1WTR3, GLYA_LIGS1 ; B2GAT4, GLYA_LIMF3 ; A5VIP9, GLYA_LIMRD ; DR B2G679, GLYA_LIMRJ ; Q927V4, GLYA_LISIN ; C1KYV6, GLYA_LISMC ; DR Q71WN9, GLYA_LISMF ; B8DBH0, GLYA_LISMH ; Q8Y4B2, GLYA_LISMO ; DR A0ALM4, GLYA_LISW6 ; B1HM45, GLYA_LYSSC ; B9E8F5, GLYA_MACCJ ; -DR A0L403, GLYA_MAGMM ; Q2W4T2, GLYA_MAGSA ; Q8EWD1, GLYA_MALP2 ; -DR Q65T08, GLYA_MANSM ; Q0APF8, GLYA_MARMM ; A6VXM6, GLYA_MARMS ; -DR A1TYW8, GLYA_MARN8 ; Q6F211, GLYA_MESFL ; Q601P7, GLYA_MESH2 ; -DR Q4A8E1, GLYA_MESH7 ; Q4AAB2, GLYA_MESHJ ; Q6KHH3, GLYA_MESM1 ; -DR B3PN94, GLYA_META1 ; Q8TK94, GLYA_METAC ; Q0W3U6, GLYA_METAR ; -DR Q46A52, GLYA_METBF ; B7KVA7, GLYA_METC4 ; Q607U4, GLYA_METCA ; -DR P50435, GLYA_METEA ; A9VYW6, GLYA_METEP ; Q1H003, GLYA_METFK ; -DR Q2FLH5, GLYA_METHJ ; Q8PZQ0, GLYA_METMA ; B1ZJN1, GLYA_METPB ; -DR B8GG35, GLYA_METPE ; B1LZ88, GLYA_METRJ ; B0UML5, GLYA_METS4 ; -DR A0B8J6, GLYA_METTP ; B0JPX8, GLYA_MICAN ; Q2RFW7, GLYA_MOOTA ; -DR A0QC23, GLYA_MYCA1 ; A5IXK9, GLYA_MYCAP ; Q2ST43, GLYA_MYCCT ; -DR Q7NBH8, GLYA_MYCGA ; P47634, GLYA_MYCGE ; B8ZSH2, GLYA_MYCLB ; -DR Q9X794, GLYA_MYCLE ; Q6MS85, GLYA_MYCMS ; Q73WG1, GLYA_MYCPA ; -DR P78011, GLYA_MYCPN ; Q98QM2, GLYA_MYCPU ; A0R2V7, GLYA_MYCS2 ; -DR Q4A6A3, GLYA_MYCS5 ; Q1D345, GLYA_MYXXD ; Q3IRX5, GLYA_NATPD ; -DR B2A3H6, GLYA_NATTJ ; Q5F8C0, GLYA_NEIG1 ; B4RLC9, GLYA_NEIG2 ; -DR Q9XB01, GLYA_NEIGO ; A9LYX4, GLYA_NEIM0 ; Q9XAY7, GLYA_NEIMA ; -DR P56990, GLYA_NEIMB ; Q9XAZ1, GLYA_NEIMF ; Q2GEI3, GLYA_NEOSM ; -DR Q0AFT6, GLYA_NITEC ; Q82UP9, GLYA_NITEU ; Q1QMB9, GLYA_NITHX ; -DR Q2YD58, GLYA_NITMU ; Q3J9K8, GLYA_NITOC ; A6Q478, GLYA_NITSB ; -DR Q3SRV3, GLYA_NITWN ; Q5YQ76, GLYA_NOCFA ; B2J2A2, GLYA_NOSP7 ; -DR Q8YMW8, GLYA_NOSS1 ; Q2G646, GLYA_NOVAD ; Q8EM73, GLYA_OCEIH ; -DR Q04FR7, GLYA_OENOB ; Q30YL7, GLYA_OLEA2 ; Q6YR37, GLYA_ONYPE ; -DR B1ZZW8, GLYA_OPITP ; A5CCC4, GLYA_ORITB ; B3CTZ1, GLYA_ORITI ; -DR A1TRH1, GLYA_PARC0 ; A6LBG7, GLYA_PARD8 ; A1B0I7, GLYA_PARDP ; +DR A0L403, GLYA_MAGMM ; Q8EWD1, GLYA_MALP2 ; Q65T08, GLYA_MANSM ; +DR Q0APF8, GLYA_MARMM ; A6VXM6, GLYA_MARMS ; A1TYW8, GLYA_MARN8 ; +DR Q6F211, GLYA_MESFL ; Q601P7, GLYA_MESH2 ; Q4A8E1, GLYA_MESH7 ; +DR Q4AAB2, GLYA_MESHJ ; B3PN94, GLYA_META1 ; Q8TK94, GLYA_METAC ; +DR Q0W3U6, GLYA_METAR ; Q46A52, GLYA_METBF ; B7KVA7, GLYA_METC4 ; +DR Q607U4, GLYA_METCA ; P50435, GLYA_METEA ; A9VYW6, GLYA_METEP ; +DR Q1H003, GLYA_METFK ; Q2FLH5, GLYA_METHJ ; Q8PZQ0, GLYA_METMA ; +DR B1ZJN1, GLYA_METPB ; B8GG35, GLYA_METPE ; B1LZ88, GLYA_METRJ ; +DR B0UML5, GLYA_METS4 ; A0B8J6, GLYA_METTP ; B0JPX8, GLYA_MICAN ; +DR Q2RFW7, GLYA_MOOTA ; A0QC23, GLYA_MYCA1 ; A5IXK9, GLYA_MYCAP ; +DR Q2ST43, GLYA_MYCCT ; Q7NBH8, GLYA_MYCGA ; P47634, GLYA_MYCGE ; +DR B8ZSH2, GLYA_MYCLB ; Q9X794, GLYA_MYCLE ; Q6KHH3, GLYA_MYCM1 ; +DR Q6MS85, GLYA_MYCMS ; Q73WG1, GLYA_MYCPA ; P78011, GLYA_MYCPN ; +DR Q98QM2, GLYA_MYCPU ; A0R2V7, GLYA_MYCS2 ; Q4A6A3, GLYA_MYCS5 ; +DR Q1D345, GLYA_MYXXD ; Q3IRX5, GLYA_NATPD ; B2A3H6, GLYA_NATTJ ; +DR Q5F8C0, GLYA_NEIG1 ; B4RLC9, GLYA_NEIG2 ; Q9XB01, GLYA_NEIGO ; +DR A9LYX4, GLYA_NEIM0 ; Q9XAY7, GLYA_NEIMA ; P56990, GLYA_NEIMB ; +DR Q9XAZ1, GLYA_NEIMF ; Q2GEI3, GLYA_NEOSM ; Q0AFT6, GLYA_NITEC ; +DR Q82UP9, GLYA_NITEU ; Q1QMB9, GLYA_NITHX ; Q2YD58, GLYA_NITMU ; +DR Q3J9K8, GLYA_NITOC ; A6Q478, GLYA_NITSB ; Q72CT0, GLYA_NITV2 ; +DR A1VEK5, GLYA_NITV4 ; B8DJF7, GLYA_NITV9 ; Q3SRV3, GLYA_NITWN ; +DR Q5YQ76, GLYA_NOCFA ; B2J2A2, GLYA_NOSP7 ; Q8YMW8, GLYA_NOSS1 ; +DR Q2G646, GLYA_NOVAD ; Q8EM73, GLYA_OCEIH ; Q04FR7, GLYA_OENOB ; +DR Q30YL7, GLYA_OLEA2 ; Q6YR37, GLYA_ONYPE ; B1ZZW8, GLYA_OPITP ; +DR A5CCC4, GLYA_ORITB ; B3CTZ1, GLYA_ORITI ; A1TRH1, GLYA_PARC0 ; +DR A6LBG7, GLYA_PARD8 ; A1B0I7, GLYA_PARDP ; Q2W4T2, GLYA_PARM1 ; DR Q7U9J7, GLYA_PARMW ; P57830, GLYA_PASMU ; Q03EK4, GLYA_PEDPA ; DR B4SE31, GLYA_PELPB ; A1APU0, GLYA_PELPD ; A5CYB7, GLYA_PELTS ; DR Q4FLT4, GLYA_PELUB ; C0QQE4, GLYA_PERMH ; A9BIK8, GLYA_PETMO ; @@ -43951,8 +44093,8 @@ DR P66806, GLYA_TROW8 ; P66805, GLYA_TROWT ; C5CPY0, GLYA_VARPS ; DR A1WQP4, GLYA_VEREI ; A5CWI3, GLYA_VESOH ; Q8D253, GLYA_WIGBR ; DR Q73GC3, GLYA_WOLPM ; B3CM26, GLYA_WOLPP ; Q7MAR0, GLYA_WOLSU ; DR Q5GTS7, GLYA_WOLTR ; C0R4C7, GLYA_WOLWR ; Q8PPE3, GLYA_XANAC ; -DR Q3BXI8, GLYA_XANC5 ; Q4UQT6, GLYA_XANC8 ; B0RVE1, GLYA_XANCB ; -DR Q8PCN4, GLYA_XANCP ; Q2NZ83, GLYA_XANOM ; B2SNV6, GLYA_XANOP ; +DR Q4UQT6, GLYA_XANC8 ; B0RVE1, GLYA_XANCB ; Q8PCN4, GLYA_XANCP ; +DR Q3BXI8, GLYA_XANE5 ; Q2NZ83, GLYA_XANOM ; B2SNV6, GLYA_XANOP ; DR Q5GW07, GLYA_XANOR ; B2I8R0, GLYA_XYLF2 ; Q9PET2, GLYA_XYLFA ; DR B0U4K9, GLYA_XYLFM ; Q87AS2, GLYA_XYLFT ; A1JKP3, GLYA_YERE8 ; DR A7FFW1, GLYA_YERP3 ; Q1C5G0, GLYA_YERPA ; B2K9S8, GLYA_YERPB ; @@ -44167,8 +44309,8 @@ DR B3E7F6, PUR9_TRIL1 ; Q3M6G3, PUR9_TRIV2 ; C5CL84, PUR9_VARPS ; DR B7VM57, PUR9_VIBA3 ; A7MXG0, PUR9_VIBC1 ; A5F3U8, PUR9_VIBC3 ; DR Q9KV80, PUR9_VIBCH ; C3LQN2, PUR9_VIBCM ; Q87KT0, PUR9_VIBPA ; DR Q8DD06, PUR9_VIBVU ; Q7MGT5, PUR9_VIBVY ; Q8D244, PUR9_WIGBR ; -DR Q8PQ19, PUR9_XANAC ; Q3BY85, PUR9_XANC5 ; Q4UZD2, PUR9_XANC8 ; -DR B0RN27, PUR9_XANCB ; Q8PD47, PUR9_XANCP ; Q2P866, PUR9_XANOM ; +DR Q8PQ19, PUR9_XANAC ; Q4UZD2, PUR9_XANC8 ; B0RN27, PUR9_XANCB ; +DR Q8PD47, PUR9_XANCP ; Q3BY85, PUR9_XANE5 ; Q2P866, PUR9_XANOM ; DR B2SRB2, PUR9_XANOP ; Q5H5H7, PUR9_XANOR ; B2I4L7, PUR9_XYLF2 ; DR Q9PC10, PUR9_XYLFA ; B0U7A0, PUR9_XYLFM ; Q87D58, PUR9_XYLFT ; DR A1JIJ7, PUR9_YERE8 ; A7FNG6, PUR9_YERP3 ; Q1C1V9, PUR9_YERPA ; @@ -44291,7 +44433,7 @@ DR B3EPG6, FMT_CHLPB ; A1BHJ9, FMT_CHLPD ; A4SFP1, FMT_CHLPM ; DR Q9Z7Q5, FMT_CHLPN ; B9LFJ4, FMT_CHLSY ; B0B8A4, FMT_CHLT2 ; DR Q3KLG7, FMT_CHLTA ; B0B9Y3, FMT_CHLTB ; Q8KCG8, FMT_CHLTE ; DR O84535, FMT_CHLTR ; Q1QTJ4, FMT_CHRSD ; Q7NQ76, FMT_CHRVO ; -DR B5ED77, FMT_CITBB ; A5CRW8, FMT_CLAM3 ; B0REV2, FMT_CLAMS ; +DR B5ED77, FMT_CITBB ; A5CRW8, FMT_CLAM3 ; B0REV2, FMT_CLASE ; DR O05101, FMT_CLOAB ; A6LSJ8, FMT_CLOB8 ; B2V4B2, FMT_CLOBA ; DR B2THS2, FMT_CLOBB ; Q182S2, FMT_CLOD6 ; A0Q115, FMT_CLONN ; DR Q8XJL3, FMT_CLOPE ; Q0SS78, FMT_CLOPS ; Q895Q1, FMT_CLOTE ; @@ -44303,22 +44445,21 @@ DR A9N9H5, FMT_COXBR ; Q83AA8, FMT_COXBU ; A7MPE8, FMT_CROS8 ; DR Q6A8H1, FMT_CUTAK ; B8HUR2, FMT_CYAP4 ; Q47K50, FMT_DECAR ; DR Q3Z614, FMT_DEHM1 ; A5FPB5, FMT_DEHMB ; Q3ZZW0, FMT_DEHMC ; DR Q9RRQ3, FMT_DEIRA ; A9BS67, FMT_DELAS ; B8J1H5, FMT_DESDA ; -DR Q6AQ97, FMT_DESPS ; A4J579, FMT_DESRM ; Q725Q9, FMT_DESVH ; -DR A1V9B4, FMT_DESVV ; A5EWL9, FMT_DICNV ; B5YF45, FMT_DICT6 ; -DR B8E0X6, FMT_DICTD ; A8LLC0, FMT_DINSH ; A7ZSH6, FMT_ECO24 ; -DR B7UK11, FMT_ECO27 ; B7MCQ3, FMT_ECO45 ; B7LHY8, FMT_ECO55 ; -DR Q8X8F1, FMT_ECO57 ; B5YT07, FMT_ECO5E ; B7NLK7, FMT_ECO7I ; -DR B7N172, FMT_ECO81 ; B7M0Z3, FMT_ECO8A ; C4ZUE2, FMT_ECOBW ; -DR B1X6E0, FMT_ECODH ; A8A592, FMT_ECOHS ; A1AGH9, FMT_ECOK1 ; -DR Q0TCH4, FMT_ECOL5 ; Q8FD13, FMT_ECOL6 ; B1IQ12, FMT_ECOLC ; -DR P23882, FMT_ECOLI ; B7NDQ9, FMT_ECOLU ; B6I201, FMT_ECOSE ; -DR B1LGP4, FMT_ECOSM ; Q1R645, FMT_ECOUT ; C5BF18, FMT_EDWI9 ; -DR Q3YSQ0, FMT_EHRCJ ; Q2GFU1, FMT_EHRCR ; Q5FFG4, FMT_EHRRG ; -DR Q5HBX2, FMT_EHRRW ; B2KCQ4, FMT_ELUMP ; B1GZ11, FMT_ENDTX ; -DR A4WF96, FMT_ENT38 ; Q82ZD8, FMT_ENTFA ; B2VK94, FMT_ERWT9 ; -DR B7LRQ4, FMT_ESCF3 ; A7HLH4, FMT_FERNB ; B0S140, FMT_FINM2 ; -DR A5FNN7, FMT_FLAJ1 ; A6H148, FMT_FLAPJ ; Q0RF89, FMT_FRAAA ; -DR Q2J845, FMT_FRACC ; B0U0T8, FMT_FRAP2 ; A8LE22, FMT_FRASN ; +DR Q6AQ97, FMT_DESPS ; A4J579, FMT_DESRM ; A5EWL9, FMT_DICNV ; +DR B5YF45, FMT_DICT6 ; B8E0X6, FMT_DICTD ; A8LLC0, FMT_DINSH ; +DR A7ZSH6, FMT_ECO24 ; B7UK11, FMT_ECO27 ; B7MCQ3, FMT_ECO45 ; +DR B7LHY8, FMT_ECO55 ; Q8X8F1, FMT_ECO57 ; B5YT07, FMT_ECO5E ; +DR B7NLK7, FMT_ECO7I ; B7N172, FMT_ECO81 ; B7M0Z3, FMT_ECO8A ; +DR C4ZUE2, FMT_ECOBW ; B1X6E0, FMT_ECODH ; A8A592, FMT_ECOHS ; +DR A1AGH9, FMT_ECOK1 ; Q0TCH4, FMT_ECOL5 ; Q8FD13, FMT_ECOL6 ; +DR B1IQ12, FMT_ECOLC ; P23882, FMT_ECOLI ; B7NDQ9, FMT_ECOLU ; +DR B6I201, FMT_ECOSE ; B1LGP4, FMT_ECOSM ; Q1R645, FMT_ECOUT ; +DR C5BF18, FMT_EDWI9 ; Q3YSQ0, FMT_EHRCJ ; Q2GFU1, FMT_EHRCR ; +DR Q5FFG4, FMT_EHRRG ; Q5HBX2, FMT_EHRRW ; B2KCQ4, FMT_ELUMP ; +DR B1GZ11, FMT_ENDTX ; A4WF96, FMT_ENT38 ; Q82ZD8, FMT_ENTFA ; +DR B2VK94, FMT_ERWT9 ; B7LRQ4, FMT_ESCF3 ; A7HLH4, FMT_FERNB ; +DR B0S140, FMT_FINM2 ; A5FNN7, FMT_FLAJ1 ; A6H148, FMT_FLAPJ ; +DR Q0RF89, FMT_FRAAA ; Q2J845, FMT_FRACC ; B0U0T8, FMT_FRAP2 ; DR Q14HS3, FMT_FRAT1 ; A7NCY0, FMT_FRATF ; Q2A2U6, FMT_FRATH ; DR B2SGG5, FMT_FRATM ; A0Q626, FMT_FRATN ; Q0BLC5, FMT_FRATO ; DR Q5NGC1, FMT_FRATT ; A4IXN6, FMT_FRATW ; Q8RDM3, FMT_FUSNN ; @@ -44348,29 +44489,30 @@ DR Q03RS3, FMT_LEVBA ; Q1WUB1, FMT_LIGS1 ; B2GD55, FMT_LIMF3 ; DR Q92AI5, FMT_LISIN ; C1KWC2, FMT_LISMC ; Q71YJ3, FMT_LISMF ; DR B8DDS9, FMT_LISMH ; Q8Y676, FMT_LISMO ; A0AJS8, FMT_LISW6 ; DR B1HQE4, FMT_LYSSC ; B9EB94, FMT_MACCJ ; A0L3X7, FMT_MAGMM ; -DR Q2WAS9, FMT_MAGSA ; Q8EX00, FMT_MALP2 ; Q65QF1, FMT_MANSM ; -DR A1TWN0, FMT_MARN8 ; Q6F155, FMT_MESFL ; Q603G2, FMT_METCA ; -DR Q1H4Y0, FMT_METFK ; B3DXI7, FMT_METI4 ; B8IFQ3, FMT_METNO ; -DR A2SCF7, FMT_METPP ; B0UP41, FMT_METS4 ; B0JY70, FMT_MICAN ; -DR Q2RK24, FMT_MOOTA ; Q9D799, FMT_MOUSE ; A0QI16, FMT_MYCA1 ; -DR B1MCB9, FMT_MYCA9 ; P64135, FMT_MYCBO ; A1KIJ5, FMT_MYCBP ; -DR C1AN51, FMT_MYCBT ; Q2SRX1, FMT_MYCCT ; P47605, FMT_MYCGE ; -DR A4TC02, FMT_MYCGI ; B8ZUM6, FMT_MYCLB ; Q9CCQ0, FMT_MYCLE ; -DR B2HP60, FMT_MYCMM ; Q6MTF8, FMT_MYCMS ; Q741F8, FMT_MYCPA ; -DR P75235, FMT_MYCPN ; Q98RG4, FMT_MYCPU ; A0QWU2, FMT_MYCS2 ; -DR A3PZ81, FMT_MYCSJ ; A1UFM0, FMT_MYCSK ; Q1B9E3, FMT_MYCSS ; -DR A5U2A8, FMT_MYCTA ; P9WND2, FMT_MYCTO ; P9WND3, FMT_MYCTU ; -DR A0PPK9, FMT_MYCUA ; A1T8J4, FMT_MYCVP ; Q1DCG7, FMT_MYXXD ; -DR B2A2K2, FMT_NATTJ ; Q5F5P7, FMT_NEIG1 ; B4RPX5, FMT_NEIG2 ; -DR A9M463, FMT_NEIM0 ; Q9JWY9, FMT_NEIMA ; Q9K1K6, FMT_NEIMB ; -DR A1KRE6, FMT_NEIMF ; Q0AJ02, FMT_NITEC ; Q820J7, FMT_NITEU ; -DR Q1QH77, FMT_NITHX ; Q2YC20, FMT_NITMU ; Q3J6T9, FMT_NITOC ; -DR A6Q4C9, FMT_NITSB ; Q3SN28, FMT_NITWN ; Q5YTN5, FMT_NOCFA ; -DR A1SJG2, FMT_NOCSJ ; Q8YRI6, FMT_NOSS1 ; Q2G493, FMT_NOVAD ; -DR Q8ER25, FMT_OCEIH ; A5CF64, FMT_ORITB ; A1R5R2, FMT_PAEAT ; -DR A1TW87, FMT_PARC0 ; A6LCS5, FMT_PARD8 ; A1AZR0, FMT_PARDP ; -DR A7HPQ2, FMT_PARL1 ; Q7U6Z1, FMT_PARMW ; B2JJU4, FMT_PARP8 ; -DR B2T1K6, FMT_PARPJ ; Q6ME71, FMT_PARUW ; Q147A4, FMT_PARXL ; +DR Q8EX00, FMT_MALP2 ; Q65QF1, FMT_MANSM ; A1TWN0, FMT_MARN8 ; +DR Q6F155, FMT_MESFL ; Q603G2, FMT_METCA ; Q1H4Y0, FMT_METFK ; +DR B3DXI7, FMT_METI4 ; B8IFQ3, FMT_METNO ; A2SCF7, FMT_METPP ; +DR B0UP41, FMT_METS4 ; B0JY70, FMT_MICAN ; Q2RK24, FMT_MOOTA ; +DR Q9D799, FMT_MOUSE ; A0QI16, FMT_MYCA1 ; B1MCB9, FMT_MYCA9 ; +DR P64135, FMT_MYCBO ; A1KIJ5, FMT_MYCBP ; C1AN51, FMT_MYCBT ; +DR Q2SRX1, FMT_MYCCT ; P47605, FMT_MYCGE ; A4TC02, FMT_MYCGI ; +DR B8ZUM6, FMT_MYCLB ; Q9CCQ0, FMT_MYCLE ; B2HP60, FMT_MYCMM ; +DR Q6MTF8, FMT_MYCMS ; Q741F8, FMT_MYCPA ; P75235, FMT_MYCPN ; +DR Q98RG4, FMT_MYCPU ; A0QWU2, FMT_MYCS2 ; A3PZ81, FMT_MYCSJ ; +DR A1UFM0, FMT_MYCSK ; Q1B9E3, FMT_MYCSS ; A5U2A8, FMT_MYCTA ; +DR P9WND2, FMT_MYCTO ; P9WND3, FMT_MYCTU ; A0PPK9, FMT_MYCUA ; +DR A1T8J4, FMT_MYCVP ; Q1DCG7, FMT_MYXXD ; B2A2K2, FMT_NATTJ ; +DR Q5F5P7, FMT_NEIG1 ; B4RPX5, FMT_NEIG2 ; A9M463, FMT_NEIM0 ; +DR Q9JWY9, FMT_NEIMA ; Q9K1K6, FMT_NEIMB ; A1KRE6, FMT_NEIMF ; +DR Q0AJ02, FMT_NITEC ; Q820J7, FMT_NITEU ; Q1QH77, FMT_NITHX ; +DR Q2YC20, FMT_NITMU ; Q3J6T9, FMT_NITOC ; A6Q4C9, FMT_NITSB ; +DR Q725Q9, FMT_NITV2 ; A1V9B4, FMT_NITV4 ; Q3SN28, FMT_NITWN ; +DR Q5YTN5, FMT_NOCFA ; A1SJG2, FMT_NOCSJ ; Q8YRI6, FMT_NOSS1 ; +DR Q2G493, FMT_NOVAD ; Q8ER25, FMT_OCEIH ; A5CF64, FMT_ORITB ; +DR A1R5R2, FMT_PAEAT ; A1TW87, FMT_PARC0 ; A6LCS5, FMT_PARD8 ; +DR A1AZR0, FMT_PARDP ; A7HPQ2, FMT_PARL1 ; Q2WAS9, FMT_PARM1 ; +DR Q7U6Z1, FMT_PARMW ; B2JJU4, FMT_PARP8 ; B2T1K6, FMT_PARPJ ; +DR A8LE22, FMT_PARS2 ; Q6ME71, FMT_PARUW ; Q147A4, FMT_PARXL ; DR P57949, FMT_PASMU ; Q6D001, FMT_PECAS ; C6DFR6, FMT_PECCP ; DR Q03FY3, FMT_PEDPA ; A1ALC4, FMT_PELPD ; A5D1B9, FMT_PELTS ; DR Q4FNG0, FMT_PELUB ; C0QUK8, FMT_PERMH ; B4RDU2, FMT_PHEZH ; @@ -44458,8 +44600,8 @@ DR O87726, FMT_VIBAL ; A7N122, FMT_VIBC1 ; A5F4B4, FMT_VIBC3 ; DR Q9KVU4, FMT_VIBCH ; C3LPB8, FMT_VIBCM ; Q87KD4, FMT_VIBPA ; DR Q8DDE4, FMT_VIBVU ; Q7MGK5, FMT_VIBVY ; Q8D259, FMT_WIGBR ; DR Q73GR6, FMT_WOLPM ; B3CLK1, FMT_WOLPP ; Q7MA26, FMT_WOLSU ; -DR C0R3S7, FMT_WOLWR ; Q8PG21, FMT_XANAC ; Q3BNK7, FMT_XANC5 ; -DR Q4UQ15, FMT_XANC8 ; Q8P4G0, FMT_XANCP ; Q2P825, FMT_XANOM ; +DR C0R3S7, FMT_WOLWR ; Q8PG21, FMT_XANAC ; Q4UQ15, FMT_XANC8 ; +DR Q8P4G0, FMT_XANCP ; Q3BNK7, FMT_XANE5 ; Q2P825, FMT_XANOM ; DR B2SL54, FMT_XANOP ; Q5H5D0, FMT_XANOR ; B2I8S3, FMT_XYLF2 ; DR Q9PEV1, FMT_XYLFA ; B0U4M3, FMT_XYLFM ; Q87AR0, FMT_XYLFT ; DR P32785, FMT_YEAST ; A1JRZ2, FMT_YERE8 ; A7FNK3, FMT_YERP3 ; @@ -44520,29 +44662,29 @@ DR B6I738, GCST_ECOSE ; B1LDA5, GCST_ECOSM ; Q1R7C6, GCST_ECOUT ; DR C5BAT2, GCST_EDWI9 ; A4WE57, GCST_ENT38 ; B2VF35, GCST_ERWT9 ; DR B7LPB9, GCST_ESCF3 ; B1YLN6, GCST_EXIS2 ; O49849, GCST_FLAAN ; DR A6GXW3, GCST_FLAPJ ; P49363, GCST_FLAPR ; O23936, GCST_FLATR ; -DR Q0RFF6, GCST_FRAAA ; B0TZJ8, GCST_FRAP2 ; A8LFB7, GCST_FRASN ; -DR Q14J42, GCST_FRAT1 ; A7NAH6, GCST_FRATF ; Q2A4V3, GCST_FRATH ; -DR B2SFM1, GCST_FRATM ; A0Q585, GCST_FRATN ; Q0BN73, GCST_FRATO ; -DR Q5NHP0, GCST_FRATT ; A4IZK8, GCST_FRATW ; Q5KX76, GCST_GEOKA ; -DR C5D4A2, GCST_GEOSW ; A4IQV5, GCST_GEOTN ; Q7NFJ5, GCST_GLOVI ; -DR Q9K934, GCST_HALH5 ; A1WWA3, GCST_HALHL ; Q5V230, GCST_HALMA ; -DR B8D1D7, GCST_HALOH ; B0R5Y8, GCST_HALS3 ; Q9HPJ7, GCST_HALSA ; -DR A9B2Q5, GCST_HERA2 ; P48728, GCST_HUMAN ; Q5QVA8, GCST_IDILO ; -DR A6TDR7, GCST_KLEP7 ; Q1INT8, GCST_KORVE ; Q5X8W1, GCST_LEGPA ; -DR A5I9T7, GCST_LEGPC ; Q5ZZ93, GCST_LEGPH ; Q5X0A4, GCST_LEGPL ; -DR B0SGN8, GCST_LEPBA ; Q04PM9, GCST_LEPBJ ; Q055P6, GCST_LEPBL ; -DR B0SQA1, GCST_LEPBP ; Q72VI6, GCST_LEPIC ; Q8F935, GCST_LEPIN ; -DR Q92C06, GCST_LISIN ; C1L2Q4, GCST_LISMC ; Q71ZX4, GCST_LISMF ; -DR B8DFY0, GCST_LISMH ; Q8Y7D5, GCST_LISMO ; A0AIE9, GCST_LISW6 ; -DR B1HSN7, GCST_LYSSC ; P93256, GCST_MESCR ; Q60BW3, GCST_METCA ; -DR Q2RH46, GCST_MOOTA ; Q8CFA2, GCST_MOUSE ; A0QEZ6, GCST_MYCA1 ; -DR P64221, GCST_MYCBO ; B8ZQK6, GCST_MYCLB ; O32955, GCST_MYCLE ; -DR Q73YK4, GCST_MYCPA ; P9WN50, GCST_MYCTO ; P9WN51, GCST_MYCTU ; -DR A0PTP8, GCST_MYCUA ; Q3IN28, GCST_NATPD ; B2A2T4, GCST_NATTJ ; -DR Q9JVP2, GCST_NEIMA ; Q9K0L8, GCST_NEIMB ; Q0AEP7, GCST_NITEC ; -DR Q82WQ6, GCST_NITEU ; Q3JDS3, GCST_NITOC ; Q5YZ49, GCST_NOCFA ; -DR Q8YNF7, GCST_NOSS1 ; Q8CXD9, GCST_OCEIH ; A6L8T3, GCST_PARD8 ; -DR Q7TTS1, GCST_PARMW ; B2JJ71, GCST_PARP8 ; P49364, GCST_PEA ; +DR Q0RFF6, GCST_FRAAA ; B0TZJ8, GCST_FRAP2 ; Q14J42, GCST_FRAT1 ; +DR A7NAH6, GCST_FRATF ; Q2A4V3, GCST_FRATH ; B2SFM1, GCST_FRATM ; +DR A0Q585, GCST_FRATN ; Q0BN73, GCST_FRATO ; Q5NHP0, GCST_FRATT ; +DR A4IZK8, GCST_FRATW ; Q5KX76, GCST_GEOKA ; C5D4A2, GCST_GEOSW ; +DR A4IQV5, GCST_GEOTN ; Q7NFJ5, GCST_GLOVI ; Q9K934, GCST_HALH5 ; +DR A1WWA3, GCST_HALHL ; Q5V230, GCST_HALMA ; B8D1D7, GCST_HALOH ; +DR B0R5Y8, GCST_HALS3 ; Q9HPJ7, GCST_HALSA ; A9B2Q5, GCST_HERA2 ; +DR P48728, GCST_HUMAN ; Q5QVA8, GCST_IDILO ; A6TDR7, GCST_KLEP7 ; +DR Q1INT8, GCST_KORVE ; Q5X8W1, GCST_LEGPA ; A5I9T7, GCST_LEGPC ; +DR Q5ZZ93, GCST_LEGPH ; Q5X0A4, GCST_LEGPL ; B0SGN8, GCST_LEPBA ; +DR Q04PM9, GCST_LEPBJ ; Q055P6, GCST_LEPBL ; B0SQA1, GCST_LEPBP ; +DR Q72VI6, GCST_LEPIC ; Q8F935, GCST_LEPIN ; Q92C06, GCST_LISIN ; +DR C1L2Q4, GCST_LISMC ; Q71ZX4, GCST_LISMF ; B8DFY0, GCST_LISMH ; +DR Q8Y7D5, GCST_LISMO ; A0AIE9, GCST_LISW6 ; B1HSN7, GCST_LYSSC ; +DR P93256, GCST_MESCR ; Q60BW3, GCST_METCA ; Q2RH46, GCST_MOOTA ; +DR Q8CFA2, GCST_MOUSE ; A0QEZ6, GCST_MYCA1 ; P64221, GCST_MYCBO ; +DR B8ZQK6, GCST_MYCLB ; O32955, GCST_MYCLE ; Q73YK4, GCST_MYCPA ; +DR P9WN50, GCST_MYCTO ; P9WN51, GCST_MYCTU ; A0PTP8, GCST_MYCUA ; +DR Q3IN28, GCST_NATPD ; B2A2T4, GCST_NATTJ ; Q9JVP2, GCST_NEIMA ; +DR Q9K0L8, GCST_NEIMB ; Q0AEP7, GCST_NITEC ; Q82WQ6, GCST_NITEU ; +DR Q3JDS3, GCST_NITOC ; Q5YZ49, GCST_NOCFA ; Q8YNF7, GCST_NOSS1 ; +DR Q8CXD9, GCST_OCEIH ; A6L8T3, GCST_PARD8 ; Q7TTS1, GCST_PARMW ; +DR B2JJ71, GCST_PARP8 ; A8LFB7, GCST_PARS2 ; P49364, GCST_PEA ; DR Q6D976, GCST_PECAS ; C6D8W9, GCST_PECCP ; B4SED4, GCST_PELPB ; DR Q7N197, GCST_PHOLL ; A6L6X5, GCST_PHOV8 ; B1XP99, GCST_PICP2 ; DR B2RI74, GCST_PORG3 ; Q7MUG4, GCST_PORGI ; B4S437, GCST_PROA2 ; @@ -44585,8 +44727,8 @@ DR A6LP67, GCST_THEM4 ; Q9WY54, GCST_THEMA ; B9K6R7, GCST_THENN ; DR B6YY21, GCST_THEON ; A5IKL0, GCST_THEP1 ; B0KD95, GCST_THEP3 ; DR B0K242, GCST_THEPX ; B1L9U1, GCST_THESQ ; Q72LB1, GCST_THET2 ; DR Q5SKX0, GCST_THET8 ; Q8DKV6, GCST_THEVB ; B8GNE2, GCST_THISH ; -DR Q8PI37, GCST_XANAC ; Q3BQN6, GCST_XANC5 ; Q4UXC2, GCST_XANC8 ; -DR Q8P6T8, GCST_XANCP ; Q2P4S5, GCST_XANOM ; B2SSQ1, GCST_XANOP ; +DR Q8PI37, GCST_XANAC ; Q4UXC2, GCST_XANC8 ; Q8P6T8, GCST_XANCP ; +DR Q3BQN6, GCST_XANE5 ; Q2P4S5, GCST_XANOM ; B2SSQ1, GCST_XANOP ; DR Q5H1X3, GCST_XANOR ; B2I6Q1, GCST_XYLF2 ; Q9PGW5, GCST_XYLFA ; DR B0U270, GCST_XYLFM ; Q87EZ6, GCST_XYLFT ; P48015, GCST_YEAST ; DR A1JPN6, GCST_YERE8 ; A7FF19, GCST_YERP3 ; Q1CB44, GCST_YERPA ; @@ -44667,40 +44809,39 @@ DR Q47B66, PANB_DECAR ; Q3Z8B4, PANB_DEHM1 ; A5FR68, PANB_DEHMB ; DR Q3ZXG0, PANB_DEHMC ; C1CX98, PANB_DEIDV ; Q1J1C0, PANB_DEIGD ; DR Q9RR81, PANB_DEIRA ; A9BV02, PANB_DELAS ; C0QFH9, PANB_DESAH ; DR B8FFR9, PANB_DESAL ; B8G1S3, PANB_DESHD ; Q250S5, PANB_DESHY ; -DR Q6AJ44, PANB_DESPS ; Q729A6, PANB_DESVH ; A1VBJ4, PANB_DESVV ; -DR A7ZHM4, PANB_ECO24 ; B7UII2, PANB_ECO27 ; B7MBB7, PANB_ECO45 ; -DR B7LGJ6, PANB_ECO55 ; Q8X929, PANB_ECO57 ; B5YZH1, PANB_ECO5E ; -DR B7NI94, PANB_ECO7I ; B7MNZ6, PANB_ECO81 ; B7M175, PANB_ECO8A ; -DR C4ZRM7, PANB_ECOBW ; B1XCA9, PANB_ECODH ; A7ZW83, PANB_ECOHS ; -DR A1A7I0, PANB_ECOK1 ; Q0TLJ8, PANB_ECOL5 ; Q8FL30, PANB_ECOL6 ; -DR B1IQK6, PANB_ECOLC ; P31057, PANB_ECOLI ; B7N804, PANB_ECOLU ; -DR B6HZA9, PANB_ECOSE ; B1LGT6, PANB_ECOSM ; Q1RG56, PANB_ECOUT ; -DR C5B9K6, PANB_EDWI9 ; Q9Y7B6, PANB_EMENI ; B1GZJ8, PANB_ENDTX ; -DR A4W6N8, PANB_ENT38 ; Q833S5, PANB_ENTFA ; B2VD19, PANB_ERWT9 ; -DR Q2NAY0, PANB_ERYLH ; B7LW41, PANB_ESCF3 ; B1YHQ9, PANB_EXIS2 ; -DR C4L6Q0, PANB_EXISA ; A5FAQ5, PANB_FLAJ1 ; Q0RFD5, PANB_FRAAA ; -DR Q2J886, PANB_FRACC ; Q14GL1, PANB_FRAT1 ; A7NB32, PANB_FRATF ; -DR Q2A4C6, PANB_FRATH ; B2SFS9, PANB_FRATM ; A0Q7L2, PANB_FRATN ; -DR Q0BMQ5, PANB_FRATO ; Q5NF58, PANB_FRATT ; A4IWW6, PANB_FRATW ; -DR B9M2A3, PANB_GEODF ; Q5KXX2, PANB_GEOKA ; Q39V51, PANB_GEOMG ; -DR Q74CG8, PANB_GEOSL ; C5D3B3, PANB_GEOSW ; A4IQ61, PANB_GEOTN ; -DR A5G3A0, PANB_GEOUR ; Q7NMK3, PANB_GLOVI ; A9H9N2, PANB_GLUDA ; -DR Q0BSQ3, PANB_GRABC ; Q9KC87, PANB_HALH5 ; A1WUU5, PANB_HALHL ; -DR Q5V3P6, PANB_HALMA ; B0R5P8, PANB_HALS3 ; Q9HPT6, PANB_HALSA ; -DR Q17WP8, PANB_HELAH ; Q7VIU7, PANB_HELHP ; B0TC10, PANB_HELMI ; -DR B6JKW5, PANB_HELP2 ; B5ZAF6, PANB_HELPG ; Q1CUB6, PANB_HELPH ; -DR Q9ZM56, PANB_HELPJ ; B2USM4, PANB_HELPS ; O25698, PANB_HELPY ; -DR A9B2U4, PANB_HERA2 ; Q31FF5, PANB_HYDCU ; A2BMY4, PANB_HYPBU ; -DR Q0C444, PANB_HYPNA ; Q5QVR5, PANB_IDILO ; A8A9H3, PANB_IGNH4 ; -DR A6T221, PANB_JANMA ; B5Y1P5, PANB_KLEP3 ; A6T4T0, PANB_KLEP7 ; -DR Q1IHA5, PANB_KORVE ; C5CFR2, PANB_KOSOT ; Q5X1M8, PANB_LEGPA ; -DR A5IAR5, PANB_LEGPC ; Q5ZS58, PANB_LEGPH ; Q5WTD7, PANB_LEGPL ; -DR Q6AFH4, PANB_LEIXX ; B0SAC5, PANB_LEPBA ; Q04VK1, PANB_LEPBJ ; -DR Q04XX5, PANB_LEPBL ; B0STK1, PANB_LEPBP ; B1Y4K8, PANB_LEPCP ; -DR Q72MN0, PANB_LEPIC ; Q8EZ98, PANB_LEPIN ; Q92AA6, PANB_LISIN ; -DR C1KWK2, PANB_LISMC ; Q71YB3, PANB_LISMF ; B8DC24, PANB_LISMH ; -DR Q8Y601, PANB_LISMO ; A0AK07, PANB_LISW6 ; B1HU19, PANB_LYSSC ; -DR A0L3M6, PANB_MAGMM ; Q2VZ01, PANB_MAGSA ; Q0AQE4, PANB_MARMM ; +DR Q6AJ44, PANB_DESPS ; A7ZHM4, PANB_ECO24 ; B7UII2, PANB_ECO27 ; +DR B7MBB7, PANB_ECO45 ; B7LGJ6, PANB_ECO55 ; Q8X929, PANB_ECO57 ; +DR B5YZH1, PANB_ECO5E ; B7NI94, PANB_ECO7I ; B7MNZ6, PANB_ECO81 ; +DR B7M175, PANB_ECO8A ; C4ZRM7, PANB_ECOBW ; B1XCA9, PANB_ECODH ; +DR A7ZW83, PANB_ECOHS ; A1A7I0, PANB_ECOK1 ; Q0TLJ8, PANB_ECOL5 ; +DR Q8FL30, PANB_ECOL6 ; B1IQK6, PANB_ECOLC ; P31057, PANB_ECOLI ; +DR B7N804, PANB_ECOLU ; B6HZA9, PANB_ECOSE ; B1LGT6, PANB_ECOSM ; +DR Q1RG56, PANB_ECOUT ; C5B9K6, PANB_EDWI9 ; Q9Y7B6, PANB_EMENI ; +DR B1GZJ8, PANB_ENDTX ; A4W6N8, PANB_ENT38 ; Q833S5, PANB_ENTFA ; +DR B2VD19, PANB_ERWT9 ; Q2NAY0, PANB_ERYLH ; B7LW41, PANB_ESCF3 ; +DR B1YHQ9, PANB_EXIS2 ; C4L6Q0, PANB_EXISA ; A5FAQ5, PANB_FLAJ1 ; +DR Q0RFD5, PANB_FRAAA ; Q2J886, PANB_FRACC ; Q14GL1, PANB_FRAT1 ; +DR A7NB32, PANB_FRATF ; Q2A4C6, PANB_FRATH ; B2SFS9, PANB_FRATM ; +DR A0Q7L2, PANB_FRATN ; Q0BMQ5, PANB_FRATO ; Q5NF58, PANB_FRATT ; +DR A4IWW6, PANB_FRATW ; B9M2A3, PANB_GEODF ; Q5KXX2, PANB_GEOKA ; +DR Q39V51, PANB_GEOMG ; Q74CG8, PANB_GEOSL ; C5D3B3, PANB_GEOSW ; +DR A4IQ61, PANB_GEOTN ; A5G3A0, PANB_GEOUR ; Q7NMK3, PANB_GLOVI ; +DR A9H9N2, PANB_GLUDA ; Q0BSQ3, PANB_GRABC ; Q9KC87, PANB_HALH5 ; +DR A1WUU5, PANB_HALHL ; Q5V3P6, PANB_HALMA ; B0R5P8, PANB_HALS3 ; +DR Q9HPT6, PANB_HALSA ; Q17WP8, PANB_HELAH ; Q7VIU7, PANB_HELHP ; +DR B0TC10, PANB_HELMI ; B6JKW5, PANB_HELP2 ; B5ZAF6, PANB_HELPG ; +DR Q1CUB6, PANB_HELPH ; Q9ZM56, PANB_HELPJ ; B2USM4, PANB_HELPS ; +DR O25698, PANB_HELPY ; A9B2U4, PANB_HERA2 ; Q31FF5, PANB_HYDCU ; +DR A2BMY4, PANB_HYPBU ; Q0C444, PANB_HYPNA ; Q5QVR5, PANB_IDILO ; +DR A8A9H3, PANB_IGNH4 ; A6T221, PANB_JANMA ; B5Y1P5, PANB_KLEP3 ; +DR A6T4T0, PANB_KLEP7 ; Q1IHA5, PANB_KORVE ; C5CFR2, PANB_KOSOT ; +DR Q5X1M8, PANB_LEGPA ; A5IAR5, PANB_LEGPC ; Q5ZS58, PANB_LEGPH ; +DR Q5WTD7, PANB_LEGPL ; Q6AFH4, PANB_LEIXX ; B0SAC5, PANB_LEPBA ; +DR Q04VK1, PANB_LEPBJ ; Q04XX5, PANB_LEPBL ; B0STK1, PANB_LEPBP ; +DR B1Y4K8, PANB_LEPCP ; Q72MN0, PANB_LEPIC ; Q8EZ98, PANB_LEPIN ; +DR Q92AA6, PANB_LISIN ; C1KWK2, PANB_LISMC ; Q71YB3, PANB_LISMF ; +DR B8DC24, PANB_LISMH ; Q8Y601, PANB_LISMO ; A0AK07, PANB_LISW6 ; +DR B1HU19, PANB_LYSSC ; A0L3M6, PANB_MAGMM ; Q0AQE4, PANB_MARMM ; DR A6W2I3, PANB_MARMS ; A1TYE6, PANB_MARN8 ; B7KWY8, PANB_METC4 ; DR Q605H0, PANB_METCA ; A9W3L5, PANB_METEP ; Q1H3S0, PANB_METFK ; DR B1ZHG6, PANB_METPB ; B1LTL1, PANB_METRJ ; B0UQT7, PANB_METS4 ; @@ -44713,11 +44854,12 @@ DR Q1DAN9, PANB_MYXXD ; Q3INP4, PANB_NATPD ; Q5F9F9, PANB_NEIG1 ; DR B4RKE5, PANB_NEIG2 ; Q9JUY0, PANB_NEIMA ; Q9JZW6, PANB_NEIMB ; DR A1KTB1, PANB_NEIMF ; Q0ADS2, PANB_NITEC ; Q82Y18, PANB_NITEU ; DR Q1QMP7, PANB_NITHX ; A9A2T9, PANB_NITMS ; Q2YAN9, PANB_NITMU ; -DR Q3JCP9, PANB_NITOC ; A6Q1X8, PANB_NITSB ; Q3SR08, PANB_NITWN ; -DR Q5YZ95, PANB_NOCFA ; A1SIB6, PANB_NOCSJ ; Q8YWS8, PANB_NOSS1 ; -DR Q2G6P1, PANB_NOVAD ; Q8ELF4, PANB_OCEIH ; Q311U7, PANB_OLEA2 ; -DR A1R5H8, PANB_PAEAT ; A1TTV9, PANB_PARC0 ; A6LA68, PANB_PARD8 ; -DR A1B2L0, PANB_PARDP ; A7HYW1, PANB_PARL1 ; Q7TTU0, PANB_PARMW ; +DR Q3JCP9, PANB_NITOC ; A6Q1X8, PANB_NITSB ; Q729A6, PANB_NITV2 ; +DR A1VBJ4, PANB_NITV4 ; Q3SR08, PANB_NITWN ; Q5YZ95, PANB_NOCFA ; +DR A1SIB6, PANB_NOCSJ ; Q8YWS8, PANB_NOSS1 ; Q2G6P1, PANB_NOVAD ; +DR Q8ELF4, PANB_OCEIH ; Q311U7, PANB_OLEA2 ; A1R5H8, PANB_PAEAT ; +DR A1TTV9, PANB_PARC0 ; A6LA68, PANB_PARD8 ; A1B2L0, PANB_PARDP ; +DR A7HYW1, PANB_PARL1 ; Q2VZ01, PANB_PARM1 ; Q7TTU0, PANB_PARMW ; DR B2JGD9, PANB_PARP8 ; B2SXC3, PANB_PARPJ ; Q145E8, PANB_PARXL ; DR Q6D1X6, PANB_PECAS ; C6DC47, PANB_PECCP ; B4SAH9, PANB_PELPB ; DR A1AUV8, PANB_PELPD ; Q4FMW6, PANB_PELUB ; B4RAD7, PANB_PHEZH ; @@ -44785,8 +44927,8 @@ DR A5CX20, PANB_VESOH ; B7VK03, PANB_VIBA3 ; A7MYX2, PANB_VIBC1 ; DR A5F975, PANB_VIBC3 ; Q9KUD0, PANB_VIBCH ; C3LS82, PANB_VIBCM ; DR Q87LV2, PANB_VIBPA ; Q8DC11, PANB_VIBVU ; Q7MHV4, PANB_VIBVY ; DR Q8D2A5, PANB_WIGBR ; Q7M878, PANB_WOLSU ; Q8PLL1, PANB_XANAC ; -DR Q3BUL6, PANB_XANC5 ; Q4UTV5, PANB_XANC8 ; B0RTU1, PANB_XANCB ; -DR Q8P9T0, PANB_XANCP ; Q2P377, PANB_XANOM ; B2SJL8, PANB_XANOP ; +DR Q4UTV5, PANB_XANC8 ; B0RTU1, PANB_XANCB ; Q8P9T0, PANB_XANCP ; +DR Q3BUL6, PANB_XANE5 ; Q2P377, PANB_XANOM ; B2SJL8, PANB_XANOP ; DR Q5H0A3, PANB_XANOR ; A7IF97, PANB_XANP2 ; B2I720, PANB_XYLF2 ; DR Q9PGR9, PANB_XYLFA ; B0U1Q2, PANB_XYLFM ; Q87EW0, PANB_XYLFT ; DR P38122, PANB_YEAST ; A1JJN8, PANB_YERE8 ; A7FM22, PANB_YERP3 ; @@ -44925,7 +45067,7 @@ DR B8G8T0, PYRB_CHLAD ; Q3AQY1, PYRB_CHLCH ; B3EEL7, PYRB_CHLL2 ; DR Q3B5K1, PYRB_CHLL3 ; B3QQ34, PYRB_CHLP8 ; A1BEE6, PYRB_CHLPD ; DR A4SDL1, PYRB_CHLPM ; B9LFU5, PYRB_CHLSY ; Q8KBI7, PYRB_CHLTE ; DR A0M2G8, PYRB_CHRFK ; Q7P145, PYRB_CHRVO ; B5EB49, PYRB_CITBB ; -DR A8AMC8, PYRB_CITK8 ; A5CRX9, PYRB_CLAM3 ; B0REW3, PYRB_CLAMS ; +DR A8AMC8, PYRB_CITK8 ; A5CRX9, PYRB_CLAM3 ; B0REW3, PYRB_CLASE ; DR Q97FS3, PYRB_CLOAB ; A7FYJ2, PYRB_CLOB1 ; C3KU87, PYRB_CLOB6 ; DR A6LS54, PYRB_CLOB8 ; B2UW93, PYRB_CLOBA ; B2TNG3, PYRB_CLOBB ; DR A5I6X1, PYRB_CLOBH ; C1FLB6, PYRB_CLOBJ ; B1INE7, PYRB_CLOBK ; @@ -44944,7 +45086,6 @@ DR Q3ZY97, PYRB_DEHMC ; Q1J129, PYRB_DEIGD ; Q9RVC0, PYRB_DEIRA ; DR A9BY86, PYRB_DELAS ; C0QJ55, PYRB_DESAH ; B1I4N1, PYRB_DESAP ; DR B8J2A8, PYRB_DESDA ; B8FT13, PYRB_DESHD ; Q24TJ1, PYRB_DESHY ; DR A8ZU12, PYRB_DESOH ; Q6AS40, PYRB_DESPS ; A4J555, PYRB_DESRM ; -DR Q727F4, PYRB_DESVH ; B8DRT6, PYRB_DESVM ; A1VAM1, PYRB_DESVV ; DR A5EVP6, PYRB_DICNV ; A8LL75, PYRB_DINSH ; A7ZVC7, PYRB_ECO24 ; DR B7UQQ5, PYRB_ECO27 ; B7MLQ3, PYRB_ECO45 ; B7LCV3, PYRB_ECO55 ; DR P0A788, PYRB_ECO57 ; B5Z3K3, PYRB_ECO5E ; B7NUG1, PYRB_ECO7I ; @@ -44957,65 +45098,66 @@ DR Q2GGK2, PYRB_EHRCR ; Q5FGW9, PYRB_EHRRG ; Q5HBA3, PYRB_EHRRW ; DR B1GYY8, PYRB_ENDTX ; A4W605, PYRB_ENT38 ; Q9L4T8, PYRB_ENTFA ; DR Q2NDE3, PYRB_ERYLH ; B7LMR8, PYRB_ESCF3 ; B0S198, PYRB_FINM2 ; DR A5FB79, PYRB_FLAJ1 ; A6H0I8, PYRB_FLAPJ ; Q0RF77, PYRB_FRAAA ; -DR Q2J833, PYRB_FRACC ; A8LE09, PYRB_FRASN ; Q8RG89, PYRB_FUSNN ; -DR C1A8J7, PYRB_GEMAT ; B9M4S3, PYRB_GEODF ; Q5L0U6, PYRB_GEOKA ; -DR Q39US4, PYRB_GEOMG ; Q74DP5, PYRB_GEOSL ; C6DZ52, PYRB_GEOSM ; -DR C5D8P7, PYRB_GEOSW ; A4IM30, PYRB_GEOTN ; A5GF41, PYRB_GEOUR ; -DR Q7NCV1, PYRB_GLOVI ; A9GZR7, PYRB_GLUDA ; Q5FRG8, PYRB_GLUOX ; -DR Q0BTZ5, PYRB_GRABC ; Q2SPG7, PYRB_HAHCH ; Q9K9V6, PYRB_HALH5 ; -DR A1WVK5, PYRB_HALHL ; B9LND9, PYRB_HALLT ; Q5V2T3, PYRB_HALMA ; -DR B8CWM4, PYRB_HALOH ; Q9HHN4, PYRB_HALSA ; Q18J05, PYRB_HALWD ; -DR C4K7I6, PYRB_HAMD5 ; Q17XN9, PYRB_HELAH ; Q7VIT3, PYRB_HELHP ; -DR B0TGQ3, PYRB_HELMI ; B6JKT9, PYRB_HELP2 ; B5ZAD2, PYRB_HELPG ; -DR Q1CUE2, PYRB_HELPH ; Q9ZM81, PYRB_HELPJ ; B2USJ6, PYRB_HELPS ; -DR O25716, PYRB_HELPY ; A4G8L8, PYRB_HERAR ; Q31EK2, PYRB_HYDCU ; -DR A2BJ24, PYRB_HYPBU ; Q0BZU6, PYRB_HYPNA ; A8A8H6, PYRB_IGNH4 ; -DR A6T290, PYRB_JANMA ; Q28KE3, PYRB_JANSC ; A6WCD0, PYRB_KINRD ; -DR B5Y2U6, PYRB_KLEP3 ; A6THH4, PYRB_KLEP7 ; B1L385, PYRB_KORCO ; -DR Q1IHT1, PYRB_KORVE ; Q5FJB7, PYRB_LACAC ; Q1G866, PYRB_LACDA ; -DR Q047M5, PYRB_LACDB ; Q043A9, PYRB_LACGA ; A8YVZ6, PYRB_LACH4 ; -DR Q74J31, PYRB_LACJO ; Q9CF79, PYRB_LACLA ; Q60252, PYRB_LACLE ; -DR Q9L4N6, PYRB_LACLM ; Q02XW6, PYRB_LACLS ; Q038Y9, PYRB_LACP3 ; -DR A9KNJ3, PYRB_LACP7 ; P77883, PYRB_LACPL ; C1D9A7, PYRB_LARHH ; -DR Q38X27, PYRB_LATSS ; Q1MQ55, PYRB_LAWIP ; Q5X7G7, PYRB_LEGPA ; -DR A5IGX6, PYRB_LEGPC ; Q5ZXZ2, PYRB_LEGPH ; Q5WYW3, PYRB_LEGPL ; -DR Q6AF88, PYRB_LEIXX ; B0SEH6, PYRB_LEPBA ; Q04UL7, PYRB_LEPBJ ; -DR Q04YW0, PYRB_LEPBL ; B0SMK5, PYRB_LEPBP ; B1Y8E7, PYRB_LEPCP ; -DR Q72NJ5, PYRB_LEPIC ; Q8F812, PYRB_LEPIN ; B1MZ77, PYRB_LEUCK ; -DR Q03WW4, PYRB_LEUMM ; Q1WVB2, PYRB_LIGS1 ; A5VHS1, PYRB_LIMRD ; -DR B2G5A1, PYRB_LIMRJ ; Q92AH0, PYRB_LISIN ; C1KWD7, PYRB_LISMC ; -DR Q71YH8, PYRB_LISMF ; B8DDR4, PYRB_LISMH ; Q8Y662, PYRB_LISMO ; -DR A0AJU3, PYRB_LISW6 ; B9EB66, PYRB_MACCJ ; A0L3T9, PYRB_MAGMM ; -DR Q2W156, PYRB_MAGSA ; Q8EUX9, PYRB_MALP2 ; Q0ANY2, PYRB_MARMM ; -DR A6VSP9, PYRB_MARMS ; A1U761, PYRB_MARN8 ; A6UWP3, PYRB_META3 ; -DR Q8THL2, PYRB_METAC ; Q0W5I2, PYRB_METAR ; Q46DA6, PYRB_METBF ; -DR Q12ZP0, PYRB_METBU ; B7KW98, PYRB_METC4 ; Q605F1, PYRB_METCA ; -DR A9W737, PYRB_METEP ; Q1GZG8, PYRB_METFK ; Q2FN12, PYRB_METHJ ; -DR Q58976, PYRB_METJA ; Q8TVB2, PYRB_METKA ; A2SRK7, PYRB_METLZ ; -DR A4G0R3, PYRB_METM5 ; A9A906, PYRB_METM6 ; A6VHS2, PYRB_METM7 ; -DR Q8PXK5, PYRB_METMA ; A3CW66, PYRB_METMJ ; Q6LWQ0, PYRB_METMP ; -DR B1ZLL0, PYRB_METPB ; B8GF03, PYRB_METPE ; A2SDN1, PYRB_METPP ; -DR A5UMP0, PYRB_METS3 ; A4YI52, PYRB_METS5 ; Q2NIC0, PYRB_METST ; -DR O27464, PYRB_METTH ; A0B8L1, PYRB_METTP ; A6UQU0, PYRB_METVS ; -DR B0JR45, PYRB_MICAN ; C5CCF5, PYRB_MICLC ; Q2RK43, PYRB_MOOTA ; -DR A0QI37, PYRB_MYCA1 ; B1MCD9, PYRB_MYCA9 ; P65614, PYRB_MYCBO ; -DR A1KIG9, PYRB_MYCBP ; C1AN25, PYRB_MYCBT ; A4TBY0, PYRB_MYCGI ; -DR B8ZUL1, PYRB_MYCLB ; Q9CCR5, PYRB_MYCLE ; B2HNE6, PYRB_MYCMM ; -DR Q741H5, PYRB_MYCPA ; A0QWS1, PYRB_MYCS2 ; A3PZ61, PYRB_MYCSJ ; -DR A1UFK0, PYRB_MYCSK ; Q1B9G3, PYRB_MYCSS ; A5U282, PYRB_MYCTA ; -DR P9WIT6, PYRB_MYCTO ; P9WIT7, PYRB_MYCTU ; A0PPI8, PYRB_MYCUA ; -DR A1T8G7, PYRB_MYCVP ; Q1D6L9, PYRB_MYXXD ; Q3IPU8, PYRB_NATPD ; -DR B2A2U7, PYRB_NATTJ ; Q5F5P0, PYRB_NEIG1 ; B4RPW7, PYRB_NEIG2 ; -DR A9M469, PYRB_NEIM0 ; P65615, PYRB_NEIMA ; P65616, PYRB_NEIMB ; -DR A1KRE1, PYRB_NEIMF ; Q0AIU3, PYRB_NITEC ; Q82U44, PYRB_NITEU ; -DR Q1QL23, PYRB_NITHX ; A9A2Q5, PYRB_NITMS ; Q2Y651, PYRB_NITMU ; -DR Q3JE55, PYRB_NITOC ; A6Q1Y1, PYRB_NITSB ; Q3SR25, PYRB_NITWN ; -DR Q5YTM0, PYRB_NOCFA ; A1SJE8, PYRB_NOCSJ ; Q8YWD2, PYRB_NOSS1 ; -DR Q2G3S7, PYRB_NOVAD ; Q8ER38, PYRB_OCEIH ; Q04H32, PYRB_OENOB ; -DR Q30X38, PYRB_OLEA2 ; B1ZT05, PYRB_OPITP ; Q9LD61, PYRB_ORYSJ ; -DR A1R6Z7, PYRB_PAEAT ; A1TKM0, PYRB_PARC0 ; A6LA97, PYRB_PARD8 ; -DR A1B548, PYRB_PARDP ; A7HX10, PYRB_PARL1 ; Q7U9G2, PYRB_PARMW ; -DR B2T0I7, PYRB_PARPJ ; Q144P9, PYRB_PARXL ; Q6DA73, PYRB_PECAS ; +DR Q2J833, PYRB_FRACC ; Q8RG89, PYRB_FUSNN ; C1A8J7, PYRB_GEMAT ; +DR B9M4S3, PYRB_GEODF ; Q5L0U6, PYRB_GEOKA ; Q39US4, PYRB_GEOMG ; +DR Q74DP5, PYRB_GEOSL ; C6DZ52, PYRB_GEOSM ; C5D8P7, PYRB_GEOSW ; +DR A4IM30, PYRB_GEOTN ; A5GF41, PYRB_GEOUR ; Q7NCV1, PYRB_GLOVI ; +DR A9GZR7, PYRB_GLUDA ; Q5FRG8, PYRB_GLUOX ; Q0BTZ5, PYRB_GRABC ; +DR Q2SPG7, PYRB_HAHCH ; Q9K9V6, PYRB_HALH5 ; A1WVK5, PYRB_HALHL ; +DR B9LND9, PYRB_HALLT ; Q5V2T3, PYRB_HALMA ; B8CWM4, PYRB_HALOH ; +DR Q9HHN4, PYRB_HALSA ; Q18J05, PYRB_HALWD ; C4K7I6, PYRB_HAMD5 ; +DR Q17XN9, PYRB_HELAH ; Q7VIT3, PYRB_HELHP ; B0TGQ3, PYRB_HELMI ; +DR B6JKT9, PYRB_HELP2 ; B5ZAD2, PYRB_HELPG ; Q1CUE2, PYRB_HELPH ; +DR Q9ZM81, PYRB_HELPJ ; B2USJ6, PYRB_HELPS ; O25716, PYRB_HELPY ; +DR A4G8L8, PYRB_HERAR ; Q31EK2, PYRB_HYDCU ; A2BJ24, PYRB_HYPBU ; +DR Q0BZU6, PYRB_HYPNA ; A8A8H6, PYRB_IGNH4 ; A6T290, PYRB_JANMA ; +DR Q28KE3, PYRB_JANSC ; A6WCD0, PYRB_KINRD ; B5Y2U6, PYRB_KLEP3 ; +DR A6THH4, PYRB_KLEP7 ; B1L385, PYRB_KORCO ; Q1IHT1, PYRB_KORVE ; +DR Q5FJB7, PYRB_LACAC ; Q1G866, PYRB_LACDA ; Q047M5, PYRB_LACDB ; +DR Q043A9, PYRB_LACGA ; A8YVZ6, PYRB_LACH4 ; Q74J31, PYRB_LACJO ; +DR Q9CF79, PYRB_LACLA ; Q60252, PYRB_LACLE ; Q9L4N6, PYRB_LACLM ; +DR Q02XW6, PYRB_LACLS ; Q038Y9, PYRB_LACP3 ; A9KNJ3, PYRB_LACP7 ; +DR P77883, PYRB_LACPL ; C1D9A7, PYRB_LARHH ; Q38X27, PYRB_LATSS ; +DR Q1MQ55, PYRB_LAWIP ; Q5X7G7, PYRB_LEGPA ; A5IGX6, PYRB_LEGPC ; +DR Q5ZXZ2, PYRB_LEGPH ; Q5WYW3, PYRB_LEGPL ; Q6AF88, PYRB_LEIXX ; +DR B0SEH6, PYRB_LEPBA ; Q04UL7, PYRB_LEPBJ ; Q04YW0, PYRB_LEPBL ; +DR B0SMK5, PYRB_LEPBP ; B1Y8E7, PYRB_LEPCP ; Q72NJ5, PYRB_LEPIC ; +DR Q8F812, PYRB_LEPIN ; B1MZ77, PYRB_LEUCK ; Q03WW4, PYRB_LEUMM ; +DR Q1WVB2, PYRB_LIGS1 ; A5VHS1, PYRB_LIMRD ; B2G5A1, PYRB_LIMRJ ; +DR Q92AH0, PYRB_LISIN ; C1KWD7, PYRB_LISMC ; Q71YH8, PYRB_LISMF ; +DR B8DDR4, PYRB_LISMH ; Q8Y662, PYRB_LISMO ; A0AJU3, PYRB_LISW6 ; +DR B9EB66, PYRB_MACCJ ; A0L3T9, PYRB_MAGMM ; Q8EUX9, PYRB_MALP2 ; +DR Q0ANY2, PYRB_MARMM ; A6VSP9, PYRB_MARMS ; A1U761, PYRB_MARN8 ; +DR A6UWP3, PYRB_META3 ; Q8THL2, PYRB_METAC ; Q0W5I2, PYRB_METAR ; +DR Q46DA6, PYRB_METBF ; Q12ZP0, PYRB_METBU ; B7KW98, PYRB_METC4 ; +DR Q605F1, PYRB_METCA ; A9W737, PYRB_METEP ; Q1GZG8, PYRB_METFK ; +DR Q2FN12, PYRB_METHJ ; Q58976, PYRB_METJA ; Q8TVB2, PYRB_METKA ; +DR A2SRK7, PYRB_METLZ ; A4G0R3, PYRB_METM5 ; A9A906, PYRB_METM6 ; +DR A6VHS2, PYRB_METM7 ; Q8PXK5, PYRB_METMA ; A3CW66, PYRB_METMJ ; +DR Q6LWQ0, PYRB_METMP ; B1ZLL0, PYRB_METPB ; B8GF03, PYRB_METPE ; +DR A2SDN1, PYRB_METPP ; A5UMP0, PYRB_METS3 ; A4YI52, PYRB_METS5 ; +DR Q2NIC0, PYRB_METST ; O27464, PYRB_METTH ; A0B8L1, PYRB_METTP ; +DR A6UQU0, PYRB_METVS ; B0JR45, PYRB_MICAN ; C5CCF5, PYRB_MICLC ; +DR Q2RK43, PYRB_MOOTA ; A0QI37, PYRB_MYCA1 ; B1MCD9, PYRB_MYCA9 ; +DR P65614, PYRB_MYCBO ; A1KIG9, PYRB_MYCBP ; C1AN25, PYRB_MYCBT ; +DR A4TBY0, PYRB_MYCGI ; B8ZUL1, PYRB_MYCLB ; Q9CCR5, PYRB_MYCLE ; +DR B2HNE6, PYRB_MYCMM ; Q741H5, PYRB_MYCPA ; A0QWS1, PYRB_MYCS2 ; +DR A3PZ61, PYRB_MYCSJ ; A1UFK0, PYRB_MYCSK ; Q1B9G3, PYRB_MYCSS ; +DR A5U282, PYRB_MYCTA ; P9WIT6, PYRB_MYCTO ; P9WIT7, PYRB_MYCTU ; +DR A0PPI8, PYRB_MYCUA ; A1T8G7, PYRB_MYCVP ; Q1D6L9, PYRB_MYXXD ; +DR Q3IPU8, PYRB_NATPD ; B2A2U7, PYRB_NATTJ ; Q5F5P0, PYRB_NEIG1 ; +DR B4RPW7, PYRB_NEIG2 ; A9M469, PYRB_NEIM0 ; P65615, PYRB_NEIMA ; +DR P65616, PYRB_NEIMB ; A1KRE1, PYRB_NEIMF ; Q0AIU3, PYRB_NITEC ; +DR Q82U44, PYRB_NITEU ; Q1QL23, PYRB_NITHX ; A9A2Q5, PYRB_NITMS ; +DR Q2Y651, PYRB_NITMU ; Q3JE55, PYRB_NITOC ; A6Q1Y1, PYRB_NITSB ; +DR Q727F4, PYRB_NITV2 ; A1VAM1, PYRB_NITV4 ; B8DRT6, PYRB_NITV9 ; +DR Q3SR25, PYRB_NITWN ; Q5YTM0, PYRB_NOCFA ; A1SJE8, PYRB_NOCSJ ; +DR Q8YWD2, PYRB_NOSS1 ; Q2G3S7, PYRB_NOVAD ; Q8ER38, PYRB_OCEIH ; +DR Q04H32, PYRB_OENOB ; Q30X38, PYRB_OLEA2 ; B1ZT05, PYRB_OPITP ; +DR Q9LD61, PYRB_ORYSJ ; A1R6Z7, PYRB_PAEAT ; A1TKM0, PYRB_PARC0 ; +DR A6LA97, PYRB_PARD8 ; A1B548, PYRB_PARDP ; A7HX10, PYRB_PARL1 ; +DR Q2W156, PYRB_PARM1 ; Q7U9G2, PYRB_PARMW ; B2T0I7, PYRB_PARPJ ; +DR A8LE09, PYRB_PARS2 ; Q144P9, PYRB_PARXL ; Q6DA73, PYRB_PECAS ; DR C6DJL3, PYRB_PECCP ; Q03HB3, PYRB_PEDPA ; B4SCQ7, PYRB_PELPB ; DR A1AS13, PYRB_PELPD ; A5D1A5, PYRB_PELTS ; Q4FLQ4, PYRB_PELUB ; DR Q7MZ16, PYRB_PHOLL ; Q6LUX0, PYRB_PHOPR ; A6L5J9, PYRB_PHOV8 ; @@ -45099,8 +45241,8 @@ DR Q9KP66, PYRB_VIBCH ; Q87LF8, PYRB_VIBPA ; P96174, PYRB_VIBS2 ; DR Q8DCF6, PYRB_VIBVU ; Q7MHF1, PYRB_VIBVY ; Q8D293, PYRB_WIGBR ; DR Q73GP1, PYRB_WOLPM ; B3CLL6, PYRB_WOLPP ; Q7M9Y9, PYRB_WOLSU ; DR Q5GSQ1, PYRB_WOLTR ; C0R3U0, PYRB_WOLWR ; Q8PII1, PYRB_XANAC ; -DR Q3BR21, PYRB_XANC5 ; Q4UWY7, PYRB_XANC8 ; B0RQN0, PYRB_XANCB ; -DR Q8P767, PYRB_XANCP ; Q2P5W1, PYRB_XANOM ; Q5H2Z0, PYRB_XANOR ; +DR Q4UWY7, PYRB_XANC8 ; B0RQN0, PYRB_XANCB ; Q8P767, PYRB_XANCP ; +DR Q3BR21, PYRB_XANE5 ; Q2P5W1, PYRB_XANOM ; Q5H2Z0, PYRB_XANOR ; DR A7IMA0, PYRB_XANP2 ; Q9PBB8, PYRB_XYLFA ; Q87C22, PYRB_XYLFT ; DR A1JRD5, PYRB_YERE8 ; A7FDV1, PYRB_YERP3 ; Q1C1J5, PYRB_YERPA ; DR B2K421, PYRB_YERPB ; Q8ZB39, PYRB_YERPE ; A9R1U2, PYRB_YERPG ; @@ -45169,19 +45311,18 @@ DR A1VZY2, OTC_CAMJJ ; Q5HUG8, OTC_CAMJR ; Q3A9W4, OTC_CARHZ ; DR Q9A653, OTC_CAUVC ; A0RUE9, OTC_CENSY ; A3PHL6, OTC_CERS1 ; DR Q3J4X5, OTC_CERS4 ; B9KMW0, OTC_CERSK ; Q9YHY9, OTC_CHICK ; DR Q8KDE2, OTC_CHLTE ; Q1QVM7, OTC_CHRSD ; Q7NWJ6, OTC_CHRVO ; -DR A5CSJ2, OTC_CLAM3 ; B0RHD4, OTC_CLAMS ; Q97M82, OTC_CLOAB ; +DR A5CSJ2, OTC_CLAM3 ; B0RHD4, OTC_CLASE ; Q97M82, OTC_CLOAB ; DR A7FWM4, OTC_CLOB1 ; C3L179, OTC_CLOB6 ; A5I524, OTC_CLOBH ; DR C1FTE9, OTC_CLOBJ ; B1IJJ6, OTC_CLOBK ; A7GGI0, OTC_CLOBL ; DR B1KXQ3, OTC_CLOBM ; Q0SWK5, OTC_CLOPS ; P0CL21, OTC_COCIM ; DR Q6NHG6, OTC_CORDI ; Q8FTN1, OTC_COREF ; Q59283, OTC_CORGL ; DR Q1LJA1, OTC_CUPMC ; Q46XK9, OTC_CUPPJ ; B3R6D6, OTC_CUPTR ; DR Q6AA77, OTC_CUTAK ; Q47BL9, OTC_DECAR ; Q9RY70, OTC_DEIRA ; -DR Q6AR58, OTC_DESPS ; Q72D35, OTC_DESVH ; A1VEP9, OTC_DESVV ; -DR A7ZVD3, OTC_ECO24 ; B7MLQ9, OTC_ECO45 ; B7LCW4, OTC_ECO55 ; -DR Q8XCB8, OTC_ECO57 ; B7M9L3, OTC_ECO8A ; A8A810, OTC_ECOHS ; -DR Q0T9E0, OTC_ECOL5 ; Q8FAD6, OTC_ECOL6 ; B1ISV4, OTC_ECOLC ; -DR B7NGI6, OTC_ECOLU ; P11803, OTC_EMENI ; B2VL36, OTC_ERWT9 ; -DR A8LE44, OTC_FRASN ; Q39Z73, OTC_GEOMG ; Q9ZB62, OTC_GEOSE ; +DR Q6AR58, OTC_DESPS ; A7ZVD3, OTC_ECO24 ; B7MLQ9, OTC_ECO45 ; +DR B7LCW4, OTC_ECO55 ; Q8XCB8, OTC_ECO57 ; B7M9L3, OTC_ECO8A ; +DR A8A810, OTC_ECOHS ; Q0T9E0, OTC_ECOL5 ; Q8FAD6, OTC_ECOL6 ; +DR B1ISV4, OTC_ECOLC ; B7NGI6, OTC_ECOLU ; P11803, OTC_EMENI ; +DR B2VL36, OTC_ERWT9 ; Q39Z73, OTC_GEOMG ; Q9ZB62, OTC_GEOSE ; DR Q74GU2, OTC_GEOSL ; Q7NGR7, OTC_GLOVI ; Q7VP68, OTC_HAEDU ; DR A5UHA3, OTC_HAEIG ; Q9K8V8, OTC_HALH5 ; A1WUZ6, OTC_HALHL ; DR Q18E28, OTC_HALWD ; Q7VHJ0, OTC_HELHP ; A4G3H2, OTC_HERAR ; @@ -45210,10 +45351,11 @@ DR E6N013, OTC_NEIMH ; Q01326, OTC_NEIMU ; O86404, OTC_NEIPE ; DR O86408, OTC_NEIPH ; Q01327, OTC_NEIPO ; O86412, OTC_NEISI ; DR O86415, OTC_NEISU ; Q0AEE3, OTC_NITEC ; Q82UP4, OTC_NITEU ; DR Q1QQG6, OTC_NITHX ; Q3J8G0, OTC_NITOC ; A6Q1W6, OTC_NITSB ; -DR Q3SVB0, OTC_NITWN ; O87319, OTC_NOSP7 ; Q8YMM6, OTC_NOSS1 ; -DR Q2G3J8, OTC_NOVAD ; Q8ET05, OTC_OCEIH ; Q30YB7, OTC_OLEA2 ; -DR P14995, OTC_PACTA ; A1TLB7, OTC_PARC0 ; A1B3N7, OTC_PARDP ; -DR Q7U5V5, OTC_PARMW ; P57876, OTC_PASMU ; Q43814, OTC_PEA ; +DR Q72D35, OTC_NITV2 ; A1VEP9, OTC_NITV4 ; Q3SVB0, OTC_NITWN ; +DR O87319, OTC_NOSP7 ; Q8YMM6, OTC_NOSS1 ; Q2G3J8, OTC_NOVAD ; +DR Q8ET05, OTC_OCEIH ; Q30YB7, OTC_OLEA2 ; P14995, OTC_PACTA ; +DR A1TLB7, OTC_PARC0 ; A1B3N7, OTC_PARDP ; Q7U5V5, OTC_PARMW ; +DR A8LE44, OTC_PARS2 ; P57876, OTC_PASMU ; Q43814, OTC_PEA ; DR Q6DA71, OTC_PECAS ; Q03DS0, OTC_PEDPA ; A1ATU5, OTC_PELPD ; DR Q7MZ18, OTC_PHOLL ; Q6LG09, OTC_PHOPR ; Q6L135, OTC_PICTO ; DR O19072, OTC_PIG ; Q319M8, OTC_PROM9 ; Q7VAW6, OTC_PROMA ; @@ -45439,15 +45581,15 @@ DR Q28V72, ACCA_JANSC ; B5Y1I6, ACCA_KLEP3 ; A6T4Y7, ACCA_KLEP7 ; DR C1D531, ACCA_LARHH ; Q5X6W5, ACCA_LEGPA ; A5IGC4, ACCA_LEGPC ; DR Q5ZXE6, ACCA_LEGPH ; Q5WYB5, ACCA_LEGPL ; Q92BE3, ACCA_LISIN ; DR C1KVL9, ACCA_LISMC ; Q71Z95, ACCA_LISMF ; B8DHH5, ACCA_LISMH ; -DR Q8Y6V9, ACCA_LISMO ; A0AJ21, ACCA_LISW6 ; Q2VZG7, ACCA_MAGSA ; -DR Q65UI5, ACCA_MANSM ; A6VUT8, ACCA_MARMS ; A1TZ44, ACCA_MARN8 ; -DR Q607F6, ACCA_METCA ; B8ID69, ACCA_METNO ; B0UBU9, ACCA_METS4 ; -DR Q5F8F5, ACCA_NEIG1 ; B4RLH9, ACCA_NEIG2 ; A9LZ61, ACCA_NEIM0 ; -DR Q9JUF0, ACCA_NEIMA ; Q9JRV8, ACCA_NEIMB ; A1KTZ4, ACCA_NEIMF ; -DR Q1XDB6, ACCA_NEOYE ; Q0ADH1, ACCA_NITEC ; Q82VP5, ACCA_NITEU ; -DR Q1QQX0, ACCA_NITHX ; Q2Y814, ACCA_NITMU ; A6Q1S1, ACCA_NITSB ; -DR Q3SVN2, ACCA_NITWN ; B2J1L9, ACCA_NOSP7 ; Q8YLL3, ACCA_NOSS1 ; -DR Q8EPD5, ACCA_OCEIH ; A1B4I6, ACCA_PARDP ; A7HTW0, ACCA_PARL1 ; +DR Q8Y6V9, ACCA_LISMO ; A0AJ21, ACCA_LISW6 ; Q65UI5, ACCA_MANSM ; +DR A6VUT8, ACCA_MARMS ; A1TZ44, ACCA_MARN8 ; Q607F6, ACCA_METCA ; +DR B8ID69, ACCA_METNO ; B0UBU9, ACCA_METS4 ; Q5F8F5, ACCA_NEIG1 ; +DR B4RLH9, ACCA_NEIG2 ; A9LZ61, ACCA_NEIM0 ; Q9JUF0, ACCA_NEIMA ; +DR Q9JRV8, ACCA_NEIMB ; A1KTZ4, ACCA_NEIMF ; Q1XDB6, ACCA_NEOYE ; +DR Q0ADH1, ACCA_NITEC ; Q82VP5, ACCA_NITEU ; Q1QQX0, ACCA_NITHX ; +DR Q2Y814, ACCA_NITMU ; A6Q1S1, ACCA_NITSB ; Q3SVN2, ACCA_NITWN ; +DR B2J1L9, ACCA_NOSP7 ; Q8YLL3, ACCA_NOSS1 ; Q8EPD5, ACCA_OCEIH ; +DR A1B4I6, ACCA_PARDP ; A7HTW0, ACCA_PARL1 ; Q2VZG7, ACCA_PARM1 ; DR Q7U5H1, ACCA_PARMW ; B2JIR9, ACCA_PARP8 ; B2SXP7, ACCA_PARPJ ; DR Q6MC11, ACCA_PARUW ; Q13X62, ACCA_PARXL ; Q9CNX9, ACCA_PASMU ; DR Q41008, ACCA_PEA ; Q6D8C7, ACCA_PECAS ; C6DAJ9, ACCA_PECCP ; @@ -45507,8 +45649,8 @@ DR A5CXS3, ACCA_VESOH ; B7VIQ2, ACCA_VIBA3 ; A7MXZ9, ACCA_VIBC1 ; DR A5F624, ACCA_VIBC3 ; Q9KPW8, ACCA_VIBCH ; C3LPP8, ACCA_VIBCM ; DR Q87MF3, ACCA_VIBPA ; Q8DBE5, ACCA_VIBVU ; Q7MIH6, ACCA_VIBVY ; DR Q8D2H6, ACCA_WIGBR ; Q7M9W3, ACCA_WOLSU ; Q8PMM1, ACCA_XANAC ; -DR Q3BVM0, ACCA_XANC5 ; Q4USP4, ACCA_XANC8 ; B0RW82, ACCA_XANCB ; -DR Q8PAW9, ACCA_XANCP ; Q2P4C1, ACCA_XANOM ; B2SR15, ACCA_XANOP ; +DR Q4USP4, ACCA_XANC8 ; B0RW82, ACCA_XANCB ; Q8PAW9, ACCA_XANCP ; +DR Q3BVM0, ACCA_XANE5 ; Q2P4C1, ACCA_XANOM ; B2SR15, ACCA_XANOP ; DR Q5H1F6, ACCA_XANOR ; A7ICM4, ACCA_XANP2 ; B2I6R7, ACCA_XYLF2 ; DR Q9PGU5, ACCA_XYLFA ; B0U1N1, ACCA_XYLFM ; Q87EY1, ACCA_XYLFT ; DR A1JP64, ACCA_YERE8 ; A7FFI5, ACCA_YERP3 ; Q1CAL8, ACCA_YERPA ; @@ -45523,7 +45665,7 @@ DR A5UY57, ACCD2_ROSS1; A7N581, ACCD2_VIBC1; Q87I11, ACCD2_VIBPA; DR P53002, ACCD5_MYCLE; P9WQH6, ACCD5_MYCTO; P9WQH7, ACCD5_MYCTU; DR P63408, ACCD6_MYCBO; P9WQH4, ACCD6_MYCTO; P9WQH5, ACCD6_MYCTU; DR C4Z8P1, ACCDA_AGARV; Q899N5, ACCDA_CLOTE; Q0RKW5, ACCDA_FRAAA; -DR Q2J8V6, ACCDA_FRACC; A8L4H3, ACCDA_FRASN; B2A865, ACCDA_NATTJ; +DR Q2J8V6, ACCDA_FRACC; B2A865, ACCDA_NATTJ; A8L4H3, ACCDA_PARS2; DR A4F5Q5, ACCDA_SACEN; A8M4V8, ACCDA_SALAI; A4X7V1, ACCDA_SALTO; DR B0C728, ACCD_ACAM1 ; A9NFE8, ACCD_ACHLI ; Q6FEE5, ACCD_ACIAD ; DR B7GWQ6, ACCD_ACIB3 ; B7I8K1, ACCD_ACIB5 ; B2HYI9, ACCD_ACIBC ; @@ -45680,8 +45822,8 @@ DR Q72HS7, ACCD_THET2 ; Q5SHG2, ACCD_THET8 ; P12219, ACCD_TOBAC ; DR Q73Q54, ACCD_TREDE ; Q111F1, ACCD_TRIEI ; Q3MGS5, ACCD_TRIV2 ; DR A5F2T5, ACCD_VIBC3 ; Q9KTA3, ACCD_VIBCH ; Q8DB33, ACCD_VIBVU ; DR Q7MIU0, ACCD_VIBVY ; Q0ZJ11, ACCD_VITVI ; Q8D2P4, ACCD_WIGBR ; -DR Q7MAM0, ACCD_WOLSU ; Q8PJ30, ACCD_XANAC ; Q3BRL8, ACCD_XANC5 ; -DR Q4UWC9, ACCD_XANC8 ; B0RR87, ACCD_XANCB ; Q8P7S1, ACCD_XANCP ; +DR Q7MAM0, ACCD_WOLSU ; Q8PJ30, ACCD_XANAC ; Q4UWC9, ACCD_XANC8 ; +DR B0RR87, ACCD_XANCB ; Q8P7S1, ACCD_XANCP ; Q3BRL8, ACCD_XANE5 ; DR Q2P0U4, ACCD_XANOM ; B2SVN4, ACCD_XANOP ; Q5GXR7, ACCD_XANOR ; DR A7IFZ8, ACCD_XANP2 ; A1JL77, ACCD_YERE8 ; A7FGM3, ACCD_YERP3 ; DR Q1C680, ACCD_YERPA ; B2K8H3, ACCD_YERPB ; Q0WDC3, ACCD_YERPE ; @@ -45858,38 +46000,38 @@ DR Q24ML5, TAL_DESHY ; A8ZW56, TAL_DESOH ; Q6AR67, TAL_DESPS ; DR A4J9C4, TAL_DESRM ; B8E200, TAL_DICTD ; A8LNY7, TAL_DINSH ; DR C5B7L0, TAL_EDWI9 ; Q2N908, TAL_ERYLH ; B1YEL0, TAL_EXIS2 ; DR C4KYW2, TAL_EXISA ; A7HME3, TAL_FERNB ; A6GYG9, TAL_FLAPJ ; -DR Q0RH18, TAL_FRAAA ; Q2JCG8, TAL_FRACC ; A8KYS5, TAL_FRASN ; -DR B9M1X7, TAL_GEODF ; Q5KUG6, TAL_GEOKA ; Q39YD4, TAL_GEOMG ; -DR Q748M4, TAL_GEOSL ; C6E082, TAL_GEOSM ; C5D9P4, TAL_GEOSW ; -DR A4ITL5, TAL_GEOTN ; A5GBY8, TAL_GEOUR ; B8F5Q3, TAL_GLAP5 ; -DR Q7NK81, TAL_GLOVI ; Q7VP02, TAL_HAEDU ; Q4QLG9, TAL_HAEI8 ; -DR A5UCY0, TAL_HAEIE ; A5UIP9, TAL_HAEIG ; P45055, TAL_HAEIN ; -DR Q9K6E4, TAL_HALH5 ; C4K4G2, TAL_HAMD5 ; B0TI77, TAL_HELMI ; -DR B6JNZ3, TAL_HELP2 ; Q1CRD7, TAL_HELPH ; Q9ZJC5, TAL_HELPJ ; -DR B2UVP1, TAL_HELPS ; P56108, TAL_HELPY ; A9AZ03, TAL_HERA2 ; -DR Q0I1U0, TAL_HISS1 ; B0UV30, TAL_HISS2 ; B4U8P1, TAL_HYDS0 ; -DR Q0BX85, TAL_HYPNA ; Q28TL3, TAL_JANSC ; B2GH92, TAL_KOCRD ; -DR C5CGH2, TAL_KOSOT ; A9KPQ3, TAL_LACP7 ; Q88S98, TAL_LACPL ; -DR Q6AF36, TAL_LEIXX ; B0SGW0, TAL_LEPBA ; Q04T59, TAL_LEPBJ ; -DR Q051I1, TAL_LEPBL ; B0SQ07, TAL_LEPBP ; B1Y2Y8, TAL_LEPCP ; -DR Q72RT8, TAL_LEPIC ; Q8F3W3, TAL_LEPIN ; B1I057, TAL_LYSSC ; -DR Q65PZ8, TAL_MANSM ; Q0AQJ7, TAL_MARMM ; A6VYA4, TAL_MARMS ; -DR A1U1Y1, TAL_MARN8 ; C6C0W4, TAL_MARSD ; A6UTP5, TAL_META3 ; -DR Q9S0X4, TAL_METAM ; Q602L8, TAL_METCA ; Q1H0R4, TAL_METFK ; -DR Q58370, TAL_METJA ; A4FWM6, TAL_METM5 ; A9AA06, TAL_METM6 ; -DR A6VGP5, TAL_METM7 ; Q6LXP1, TAL_METMP ; A2SKF9, TAL_METPP ; -DR A6UPV2, TAL_METVS ; Q2RFV4, TAL_MOOTA ; P59955, TAL_MYCBO ; -DR A1KIN7, TAL_MYCBP ; C1AN93, TAL_MYCBT ; B8ZUQ2, TAL_MYCLB ; -DR P55193, TAL_MYCLE ; B2HP98, TAL_MYCMM ; Q741B5, TAL_MYCPA ; -DR A0QWX9, TAL_MYCS2 ; A5U2F1, TAL_MYCTA ; P9WG32, TAL_MYCTO ; -DR P9WG33, TAL_MYCTU ; A0PPP5, TAL_MYCUA ; Q1CZW4, TAL_MYXXD ; -DR B2A3J5, TAL_NATTJ ; Q5F6E9, TAL_NEIG1 ; B4RJ66, TAL_NEIG2 ; -DR A9M2N9, TAL_NEIM0 ; Q9JSU1, TAL_NEIMA ; Q9K139, TAL_NEIMB ; -DR A1KVT3, TAL_NEIMF ; A9A413, TAL_NITMS ; B2J2D9, TAL_NOSP7 ; -DR P58561, TAL_NOSS1 ; Q2G5P7, TAL_NOVAD ; Q8CX76, TAL_OCEIH ; -DR B1ZUE6, TAL_OPITP ; A1TKQ3, TAL_PARC0 ; A6LG93, TAL_PARD8 ; -DR A1B4Z2, TAL_PARDP ; A7HT46, TAL_PARL1 ; Q7U5E8, TAL_PARMW ; -DR B2JE74, TAL_PARP8 ; B2T236, TAL_PARPJ ; Q6MAI4, TAL_PARUW ; +DR Q0RH18, TAL_FRAAA ; Q2JCG8, TAL_FRACC ; B9M1X7, TAL_GEODF ; +DR Q5KUG6, TAL_GEOKA ; Q39YD4, TAL_GEOMG ; Q748M4, TAL_GEOSL ; +DR C6E082, TAL_GEOSM ; C5D9P4, TAL_GEOSW ; A4ITL5, TAL_GEOTN ; +DR A5GBY8, TAL_GEOUR ; B8F5Q3, TAL_GLAP5 ; Q7NK81, TAL_GLOVI ; +DR Q7VP02, TAL_HAEDU ; Q4QLG9, TAL_HAEI8 ; A5UCY0, TAL_HAEIE ; +DR A5UIP9, TAL_HAEIG ; P45055, TAL_HAEIN ; Q9K6E4, TAL_HALH5 ; +DR C4K4G2, TAL_HAMD5 ; B0TI77, TAL_HELMI ; B6JNZ3, TAL_HELP2 ; +DR Q1CRD7, TAL_HELPH ; Q9ZJC5, TAL_HELPJ ; B2UVP1, TAL_HELPS ; +DR P56108, TAL_HELPY ; A9AZ03, TAL_HERA2 ; Q0I1U0, TAL_HISS1 ; +DR B0UV30, TAL_HISS2 ; B4U8P1, TAL_HYDS0 ; Q0BX85, TAL_HYPNA ; +DR Q28TL3, TAL_JANSC ; B2GH92, TAL_KOCRD ; C5CGH2, TAL_KOSOT ; +DR A9KPQ3, TAL_LACP7 ; Q88S98, TAL_LACPL ; Q6AF36, TAL_LEIXX ; +DR B0SGW0, TAL_LEPBA ; Q04T59, TAL_LEPBJ ; Q051I1, TAL_LEPBL ; +DR B0SQ07, TAL_LEPBP ; B1Y2Y8, TAL_LEPCP ; Q72RT8, TAL_LEPIC ; +DR Q8F3W3, TAL_LEPIN ; B1I057, TAL_LYSSC ; Q65PZ8, TAL_MANSM ; +DR Q0AQJ7, TAL_MARMM ; A6VYA4, TAL_MARMS ; A1U1Y1, TAL_MARN8 ; +DR C6C0W4, TAL_MARSD ; A6UTP5, TAL_META3 ; Q9S0X4, TAL_METAM ; +DR Q602L8, TAL_METCA ; Q1H0R4, TAL_METFK ; Q58370, TAL_METJA ; +DR A4FWM6, TAL_METM5 ; A9AA06, TAL_METM6 ; A6VGP5, TAL_METM7 ; +DR Q6LXP1, TAL_METMP ; A2SKF9, TAL_METPP ; A6UPV2, TAL_METVS ; +DR Q2RFV4, TAL_MOOTA ; P59955, TAL_MYCBO ; A1KIN7, TAL_MYCBP ; +DR C1AN93, TAL_MYCBT ; B8ZUQ2, TAL_MYCLB ; P55193, TAL_MYCLE ; +DR B2HP98, TAL_MYCMM ; Q741B5, TAL_MYCPA ; A0QWX9, TAL_MYCS2 ; +DR A5U2F1, TAL_MYCTA ; P9WG32, TAL_MYCTO ; P9WG33, TAL_MYCTU ; +DR A0PPP5, TAL_MYCUA ; Q1CZW4, TAL_MYXXD ; B2A3J5, TAL_NATTJ ; +DR Q5F6E9, TAL_NEIG1 ; B4RJ66, TAL_NEIG2 ; A9M2N9, TAL_NEIM0 ; +DR Q9JSU1, TAL_NEIMA ; Q9K139, TAL_NEIMB ; A1KVT3, TAL_NEIMF ; +DR A9A413, TAL_NITMS ; B2J2D9, TAL_NOSP7 ; P58561, TAL_NOSS1 ; +DR Q2G5P7, TAL_NOVAD ; Q8CX76, TAL_OCEIH ; B1ZUE6, TAL_OPITP ; +DR A1TKQ3, TAL_PARC0 ; A6LG93, TAL_PARD8 ; A1B4Z2, TAL_PARDP ; +DR A7HT46, TAL_PARL1 ; Q7U5E8, TAL_PARMW ; B2JE74, TAL_PARP8 ; +DR B2T236, TAL_PARPJ ; A8KYS5, TAL_PARS2 ; Q6MAI4, TAL_PARUW ; DR Q142S4, TAL_PARXL ; B4SH30, TAL_PELPB ; A1AKQ8, TAL_PELPD ; DR A5CYD0, TAL_PELTS ; C0QPV2, TAL_PERMH ; A9BHK7, TAL_PETMO ; DR B4RB97, TAL_PHEZH ; Q7N8Z1, TAL_PHOLL ; Q6LLF0, TAL_PHOPR ; @@ -45937,8 +46079,8 @@ DR Q118F4, TAL_TRIEI ; B3E1K9, TAL_TRIL1 ; P51778, TAL_TRIV2 ; DR C5CPN2, TAL_VARPS ; A1WIS6, TAL_VEREI ; A7N1Z7, TAL_VIBC1 ; DR A5F028, TAL_VIBC3 ; Q9KLW8, TAL_VIBCH ; C3LVN8, TAL_VIBCM ; DR Q87GY5, TAL_VIBPA ; Q8D6H9, TAL_VIBVU ; Q7MDD5, TAL_VIBVY ; -DR Q8D1X3, TAL_WIGBR ; Q8PNY6, TAL_XANAC ; Q3BX43, TAL_XANC5 ; -DR Q4UR79, TAL_XANC8 ; B0RUE4, TAL_XANCB ; Q8PCA4, TAL_XANCP ; +DR Q8D1X3, TAL_WIGBR ; Q8PNY6, TAL_XANAC ; Q4UR79, TAL_XANC8 ; +DR B0RUE4, TAL_XANCB ; Q8PCA4, TAL_XANCP ; Q3BX43, TAL_XANE5 ; DR Q2NZS1, TAL_XANOM ; B2SQJ4, TAL_XANOP ; Q5GWL8, TAL_XANOR ; DR A1JJD0, TAL_YERE8 ; A7FME9, TAL_YERP3 ; B2K3L5, TAL_YERPB ; DR Q8ZIN2, TAL_YERPE ; A9R021, TAL_YERPG ; Q66ET5, TAL_YERPS ; @@ -46034,70 +46176,70 @@ CA 5-phosphate + CO2. CC -!- The enzyme forms part of an alternative nonmevalonate pathway for CC terpenoid biosynthesis. CC -!- Formerly EC 4.1.3.37. -DR Q3J1A8, DXS1_CERS4 ; Q39UB1, DXS1_GEOMG ; Q74FC3, DXS1_GEOSL ; -DR Q28WA7, DXS1_JANSC ; Q9F1V2, DXS1_KITGR ; O22567, DXS1_ORYSJ ; -DR Q2RYD6, DXS1_RHORT ; Q16DV7, DXS1_ROSDO ; Q82ML4, DXS1_STRAW ; -DR Q9X7W3, DXS1_STRCO ; Q5NN52, DXS1_ZYMMO ; Q3IYR6, DXS2_CERS4 ; -DR Q39RT4, DXS2_GEOMG ; Q74CB0, DXS2_GEOSL ; Q28W25, DXS2_JANSC ; -DR Q8VUR8, DXS2_KITGR ; Q6YU51, DXS2_ORYSJ ; Q2RR29, DXS2_RHORT ; -DR Q16CP0, DXS2_ROSDO ; Q82KW8, DXS2_STRAW ; Q8CJP7, DXS2_STRCO ; -DR Q5NM38, DXS2_ZYMMO ; B0C8J3, DXS_ACAM1 ; Q6F7N5, DXS_ACIAD ; -DR B0VQB8, DXS_ACIBS ; B0V710, DXS_ACIBY ; C1F3C4, DXS_ACIC5 ; -DR B9MEU8, DXS_ACIET ; A1W4U9, DXS_ACISJ ; A3MYS9, DXS_ACTP2 ; -DR B3H050, DXS_ACTP7 ; B0BSL0, DXS_ACTPJ ; A0KNF9, DXS_AERHH ; -DR A4SJP9, DXS_AERS4 ; Q8UHD7, DXS_AGRFC ; Q21UG7, DXS_ALBFT ; -DR Q0VMI4, DXS_ALCBS ; A8EWN0, DXS_ALIB4 ; Q5E6Z0, DXS_ALIF1 ; -DR B5FBG6, DXS_ALIFM ; B6EIA7, DXS_ALISL ; Q0A8V7, DXS_ALKEH ; -DR A8MFI7, DXS_ALKOO ; B9JSL2, DXS_ALLAM ; B4RVY8, DXS_ALTMD ; -DR B8JFY1, DXS_ANAD2 ; Q2IPZ2, DXS_ANADE ; A7H9E8, DXS_ANADF ; -DR B4UHF5, DXS_ANASK ; O67036, DXS_AQUAE ; Q38854, DXS_ARATH ; -DR Q5P228, DXS_AROAE ; A0JVG9, DXS_ARTS2 ; A8IBS1, DXS_AZOC5 ; -DR B6YRV5, DXS_AZOPC ; A1K4R0, DXS_AZOSB ; C3P7V6, DXS_BACAA ; -DR C3LJV1, DXS_BACAC ; Q81M54, DXS_BACAN ; B7JM28, DXS_BACC0 ; -DR Q731B7, DXS_BACC1 ; B7IXG8, DXS_BACC2 ; B7HB48, DXS_BACC4 ; -DR B7HNU0, DXS_BACC7 ; A7GSJ5, DXS_BACCN ; Q818R9, DXS_BACCR ; -DR Q635A7, DXS_BACCZ ; Q5LH44, DXS_BACFN ; Q64Y02, DXS_BACFR ; -DR Q6HDY8, DXS_BACHK ; Q65HJ2, DXS_BACLD ; A9VGD1, DXS_BACMK ; -DR A8FF11, DXS_BACP2 ; P54523, DXS_BACSU ; Q8A0C2, DXS_BACTN ; -DR A7Z6J5, DXS_BACVZ ; A1URW6, DXS_BARBK ; Q6G4D1, DXS_BARHE ; -DR Q6G0D4, DXS_BARQU ; A9IQP2, DXS_BART1 ; Q1LTI9, DXS_BAUCH ; -DR B2IDK3, DXS_BEII9 ; Q7VRH9, DXS_BLOFL ; Q493G7, DXS_BLOPB ; -DR Q2KZ15, DXS_BORA1 ; Q7WL37, DXS_BORBR ; Q7W7Q0, DXS_BORPA ; -DR A9ITB0, DXS_BORPD ; Q7VV87, DXS_BORPE ; Q89RW1, DXS_BRADU ; -DR A5EEQ0, DXS_BRASB ; A4YQ36, DXS_BRASO ; C0ZC10, DXS_BREBN ; -DR B2S9T6, DXS_BRUA1 ; Q2YMF0, DXS_BRUA2 ; A6WWC4, DXS_BRUA4 ; -DR Q57ET1, DXS_BRUAB ; A9M8W0, DXS_BRUC2 ; C0RHE3, DXS_BRUMB ; -DR Q8YFM2, DXS_BRUME ; A5VP09, DXS_BRUO2 ; B0CKC0, DXS_BRUSI ; -DR Q8G292, DXS_BRUSU ; B8D9P1, DXS_BUCA5 ; P57536, DXS_BUCAI ; -DR Q8K9A1, DXS_BUCAP ; B8D7Z3, DXS_BUCAT ; B1Z1G2, DXS_BURA4 ; -DR A0AYZ0, DXS_BURCH ; B4EN29, DXS_BURCJ ; Q0BAL8, DXS_BURCM ; -DR Q393P4, DXS_BURL3 ; Q62DU1, DXS_BURMA ; B1K3S9, DXS_BURO0 ; -DR Q1BLY7, DXS_BURO1 ; A3P7W4, DXS_BURP0 ; Q3JKA3, DXS_BURP1 ; -DR A3NMF6, DXS_BURP6 ; Q63JF4, DXS_BURPS ; Q2T7N5, DXS_BURTA ; -DR Q8RAC5, DXS_CALS4 ; A0RMN5, DXS_CAMFF ; A7I2V7, DXS_CAMHC ; -DR A8FKB0, DXS_CAMJ8 ; A7H552, DXS_CAMJD ; Q9PIH8, DXS_CAMJE ; -DR A1VY40, DXS_CAMJJ ; Q5HWF0, DXS_CAMJR ; O78328, DXS_CAPAN ; -DR Q3AAN0, DXS_CARHZ ; B0T3X7, DXS_CAUSK ; Q9A6M5, DXS_CAUVC ; -DR B8GXC4, DXS_CAUVN ; B3PF22, DXS_CELJU ; Q11KE0, DXS_CHESB ; -DR Q5L6H4, DXS_CHLAB ; Q823V1, DXS_CHLCV ; Q253R7, DXS_CHLFF ; -DR Q3B5P3, DXS_CHLL3 ; Q9PK62, DXS_CHLMU ; A4SDG1, DXS_CHLPM ; -DR Q9Z6J9, DXS_CHLPN ; B0B7P9, DXS_CHLT2 ; Q3KM28, DXS_CHLTA ; -DR B0BBW4, DXS_CHLTB ; Q8KFI9, DXS_CHLTE ; O84335, DXS_CHLTR ; -DR Q1R1E5, DXS_CHRSD ; Q7NUK5, DXS_CHRVO ; A8AK34, DXS_CITK8 ; -DR B0RC26, DXS_CLAMS ; Q97HD5, DXS_CLOAB ; A6LU48, DXS_CLOB8 ; -DR B2V4R3, DXS_CLOBA ; B2TRM5, DXS_CLOBB ; Q18B68, DXS_CLOD6 ; -DR B9E104, DXS_CLOK1 ; A5N7J2, DXS_CLOK5 ; A0Q0A4, DXS_CLONN ; -DR Q0TPD8, DXS_CLOP1 ; Q8XJE1, DXS_CLOPE ; Q0SS05, DXS_CLOPS ; -DR Q894H0, DXS_CLOTE ; Q487D3, DXS_COLP3 ; Q6NGV3, DXS_CORDI ; -DR Q8FPI2, DXS_COREF ; A4QEQ9, DXS_CORGB ; Q8NPB2, DXS_CORGL ; -DR Q4JVB5, DXS_CORJK ; B1WWM7, DXS_CROS5 ; A7MFG0, DXS_CROS8 ; -DR Q1LK34, DXS_CUPMC ; Q0K860, DXS_CUPNH ; Q474C2, DXS_CUPPJ ; -DR B3R5H4, DXS_CUPTR ; Q6A8V3, DXS_CUTAK ; B8HWL8, DXS_CYAP4 ; -DR Q11NY7, DXS_CYTH3 ; Q47BJ0, DXS_DECAR ; Q3Z8G9, DXS_DEHM1 ; -DR A5FRB9, DXS_DEHMB ; Q3ZXC2, DXS_DEHMC ; Q1IZP0, DXS_DEIGD ; -DR Q9RUB5, DXS_DEIRA ; B1I3J6, DXS_DESAP ; B8FQ45, DXS_DESHD ; -DR Q24V05, DXS_DESHY ; Q6AJQ1, DXS_DESPS ; Q72CD3, DXS_DESVH ; -DR A1VE69, DXS_DESVV ; B5YE06, DXS_DICT6 ; B8E247, DXS_DICTD ; +DR A0A7J6EK66, DXS1_CANSA ; Q3J1A8, DXS1_CERS4 ; Q39UB1, DXS1_GEOMG ; +DR Q74FC3, DXS1_GEOSL ; Q28WA7, DXS1_JANSC ; Q9F1V2, DXS1_KITGR ; +DR O22567, DXS1_ORYSJ ; Q2RYD6, DXS1_RHORT ; Q16DV7, DXS1_ROSDO ; +DR Q82ML4, DXS1_STRAW ; Q9X7W3, DXS1_STRCO ; Q5NN52, DXS1_ZYMMO ; +DR A0A803PDZ0, DXS2_CANSA ; Q3IYR6, DXS2_CERS4 ; Q39RT4, DXS2_GEOMG ; +DR Q74CB0, DXS2_GEOSL ; Q28W25, DXS2_JANSC ; Q8VUR8, DXS2_KITGR ; +DR Q6YU51, DXS2_ORYSJ ; Q2RR29, DXS2_RHORT ; Q16CP0, DXS2_ROSDO ; +DR Q82KW8, DXS2_STRAW ; Q8CJP7, DXS2_STRCO ; Q5NM38, DXS2_ZYMMO ; +DR B0C8J3, DXS_ACAM1 ; Q6F7N5, DXS_ACIAD ; B0VQB8, DXS_ACIBS ; +DR B0V710, DXS_ACIBY ; C1F3C4, DXS_ACIC5 ; B9MEU8, DXS_ACIET ; +DR A1W4U9, DXS_ACISJ ; A3MYS9, DXS_ACTP2 ; B3H050, DXS_ACTP7 ; +DR B0BSL0, DXS_ACTPJ ; A0KNF9, DXS_AERHH ; A4SJP9, DXS_AERS4 ; +DR Q8UHD7, DXS_AGRFC ; Q21UG7, DXS_ALBFT ; Q0VMI4, DXS_ALCBS ; +DR A8EWN0, DXS_ALIB4 ; Q5E6Z0, DXS_ALIF1 ; B5FBG6, DXS_ALIFM ; +DR B6EIA7, DXS_ALISL ; Q0A8V7, DXS_ALKEH ; A8MFI7, DXS_ALKOO ; +DR B9JSL2, DXS_ALLAM ; B4RVY8, DXS_ALTMD ; B8JFY1, DXS_ANAD2 ; +DR Q2IPZ2, DXS_ANADE ; A7H9E8, DXS_ANADF ; B4UHF5, DXS_ANASK ; +DR O67036, DXS_AQUAE ; Q38854, DXS_ARATH ; Q5P228, DXS_AROAE ; +DR A0JVG9, DXS_ARTS2 ; A8IBS1, DXS_AZOC5 ; B6YRV5, DXS_AZOPC ; +DR A1K4R0, DXS_AZOSB ; C3P7V6, DXS_BACAA ; C3LJV1, DXS_BACAC ; +DR Q81M54, DXS_BACAN ; B7JM28, DXS_BACC0 ; Q731B7, DXS_BACC1 ; +DR B7IXG8, DXS_BACC2 ; B7HB48, DXS_BACC4 ; B7HNU0, DXS_BACC7 ; +DR A7GSJ5, DXS_BACCN ; Q818R9, DXS_BACCR ; Q635A7, DXS_BACCZ ; +DR Q5LH44, DXS_BACFN ; Q64Y02, DXS_BACFR ; Q6HDY8, DXS_BACHK ; +DR Q65HJ2, DXS_BACLD ; A9VGD1, DXS_BACMK ; A8FF11, DXS_BACP2 ; +DR P54523, DXS_BACSU ; Q8A0C2, DXS_BACTN ; A7Z6J5, DXS_BACVZ ; +DR A1URW6, DXS_BARBK ; Q6G4D1, DXS_BARHE ; Q6G0D4, DXS_BARQU ; +DR A9IQP2, DXS_BART1 ; Q1LTI9, DXS_BAUCH ; B2IDK3, DXS_BEII9 ; +DR Q7VRH9, DXS_BLOFL ; Q493G7, DXS_BLOPB ; Q2KZ15, DXS_BORA1 ; +DR Q7WL37, DXS_BORBR ; Q7W7Q0, DXS_BORPA ; A9ITB0, DXS_BORPD ; +DR Q7VV87, DXS_BORPE ; Q89RW1, DXS_BRADU ; A5EEQ0, DXS_BRASB ; +DR A4YQ36, DXS_BRASO ; C0ZC10, DXS_BREBN ; B2S9T6, DXS_BRUA1 ; +DR Q2YMF0, DXS_BRUA2 ; A6WWC4, DXS_BRUA4 ; Q57ET1, DXS_BRUAB ; +DR A9M8W0, DXS_BRUC2 ; C0RHE3, DXS_BRUMB ; Q8YFM2, DXS_BRUME ; +DR A5VP09, DXS_BRUO2 ; B0CKC0, DXS_BRUSI ; Q8G292, DXS_BRUSU ; +DR B8D9P1, DXS_BUCA5 ; P57536, DXS_BUCAI ; Q8K9A1, DXS_BUCAP ; +DR B8D7Z3, DXS_BUCAT ; B1Z1G2, DXS_BURA4 ; A0AYZ0, DXS_BURCH ; +DR B4EN29, DXS_BURCJ ; Q0BAL8, DXS_BURCM ; Q393P4, DXS_BURL3 ; +DR Q62DU1, DXS_BURMA ; B1K3S9, DXS_BURO0 ; Q1BLY7, DXS_BURO1 ; +DR A3P7W4, DXS_BURP0 ; Q3JKA3, DXS_BURP1 ; A3NMF6, DXS_BURP6 ; +DR Q63JF4, DXS_BURPS ; Q2T7N5, DXS_BURTA ; Q8RAC5, DXS_CALS4 ; +DR A0RMN5, DXS_CAMFF ; A7I2V7, DXS_CAMHC ; A8FKB0, DXS_CAMJ8 ; +DR A7H552, DXS_CAMJD ; Q9PIH8, DXS_CAMJE ; A1VY40, DXS_CAMJJ ; +DR Q5HWF0, DXS_CAMJR ; O78328, DXS_CAPAN ; Q3AAN0, DXS_CARHZ ; +DR B0T3X7, DXS_CAUSK ; Q9A6M5, DXS_CAUVC ; B8GXC4, DXS_CAUVN ; +DR B3PF22, DXS_CELJU ; Q11KE0, DXS_CHESB ; Q5L6H4, DXS_CHLAB ; +DR Q823V1, DXS_CHLCV ; Q253R7, DXS_CHLFF ; Q3B5P3, DXS_CHLL3 ; +DR Q9PK62, DXS_CHLMU ; A4SDG1, DXS_CHLPM ; Q9Z6J9, DXS_CHLPN ; +DR B0B7P9, DXS_CHLT2 ; Q3KM28, DXS_CHLTA ; B0BBW4, DXS_CHLTB ; +DR Q8KFI9, DXS_CHLTE ; O84335, DXS_CHLTR ; Q1R1E5, DXS_CHRSD ; +DR Q7NUK5, DXS_CHRVO ; A8AK34, DXS_CITK8 ; B0RC26, DXS_CLASE ; +DR Q97HD5, DXS_CLOAB ; A6LU48, DXS_CLOB8 ; B2V4R3, DXS_CLOBA ; +DR B2TRM5, DXS_CLOBB ; Q18B68, DXS_CLOD6 ; B9E104, DXS_CLOK1 ; +DR A5N7J2, DXS_CLOK5 ; A0Q0A4, DXS_CLONN ; Q0TPD8, DXS_CLOP1 ; +DR Q8XJE1, DXS_CLOPE ; Q0SS05, DXS_CLOPS ; Q894H0, DXS_CLOTE ; +DR Q487D3, DXS_COLP3 ; Q6NGV3, DXS_CORDI ; Q8FPI2, DXS_COREF ; +DR A4QEQ9, DXS_CORGB ; Q8NPB2, DXS_CORGL ; Q4JVB5, DXS_CORJK ; +DR B1WWM7, DXS_CROS5 ; A7MFG0, DXS_CROS8 ; Q1LK34, DXS_CUPMC ; +DR Q0K860, DXS_CUPNH ; Q474C2, DXS_CUPPJ ; B3R5H4, DXS_CUPTR ; +DR Q6A8V3, DXS_CUTAK ; B8HWL8, DXS_CYAP4 ; Q11NY7, DXS_CYTH3 ; +DR Q47BJ0, DXS_DECAR ; Q3Z8G9, DXS_DEHM1 ; A5FRB9, DXS_DEHMB ; +DR Q3ZXC2, DXS_DEHMC ; Q1IZP0, DXS_DEIGD ; Q9RUB5, DXS_DEIRA ; +DR B1I3J6, DXS_DESAP ; B8FQ45, DXS_DESHD ; Q24V05, DXS_DESHY ; +DR Q6AJQ1, DXS_DESPS ; B5YE06, DXS_DICT6 ; B8E247, DXS_DICTD ; DR A7ZIH3, DXS_ECO24 ; B7UJP3, DXS_ECO27 ; B7MD78, DXS_ECO45 ; DR B7L654, DXS_ECO55 ; Q8XE76, DXS_ECO57 ; B5Z3S5, DXS_ECO5E ; DR B7NJ77, DXS_ECO7I ; B7MQD5, DXS_ECO81 ; B7M3Q9, DXS_ECO8A ; @@ -46107,107 +46249,108 @@ DR B1J029, DXS_ECOLC ; P77488, DXS_ECOLI ; B7N8X3, DXS_ECOLU ; DR B6HZM1, DXS_ECOSE ; B1LJH0, DXS_ECOSM ; Q1RFC0, DXS_ECOUT ; DR C5BCH9, DXS_EDWI9 ; A4W791, DXS_ENT38 ; B2VHS3, DXS_ERWT9 ; DR Q2N6U5, DXS_ERYLH ; B7LMG7, DXS_ESCF3 ; B1YLQ5, DXS_EXIS2 ; -DR Q2JDD9, DXS_FRACC ; B0U0B3, DXS_FRAP2 ; A8L0K9, DXS_FRASN ; -DR Q14HJ1, DXS_FRAT1 ; A7NCA4, DXS_FRATF ; Q2A3D3, DXS_FRATH ; -DR B2SGK5, DXS_FRATM ; A0Q6B9, DXS_FRATN ; Q0BLU9, DXS_FRATO ; -DR Q5NG39, DXS_FRATT ; A4IXW5, DXS_FRATW ; Q8R639, DXS_FUSNN ; -DR Q75TB7, DXS_GEOKA ; C5D467, DXS_GEOSW ; A4IQR7, DXS_GEOTN ; -DR B8F3A4, DXS_GLAP5 ; B7KAF7, DXS_GLOC7 ; Q7NP63, DXS_GLOVI ; -DR Q5FUB1, DXS_GLUOX ; Q7VNP7, DXS_HAEDU ; Q4QKG6, DXS_HAEI8 ; -DR A5UC51, DXS_HAEIE ; A5UEV6, DXS_HAEIG ; P45205, DXS_HAEIN ; -DR Q2SA08, DXS_HAHCH ; Q9K971, DXS_HALH5 ; B8D2I3, DXS_HALOH ; -DR C4K6M7, DXS_HAMD5 ; Q7VIJ7, DXS_HELHP ; B0TEJ5, DXS_HELMI ; -DR B5ZAB7, DXS_HELPG ; Q1CUF6, DXS_HELPH ; Q9ZM94, DXS_HELPJ ; -DR O25121, DXS_HELPY ; Q0I3G1, DXS_HISS1 ; B0UUA4, DXS_HISS2 ; -DR Q0C154, DXS_HYPNA ; Q5QVE8, DXS_IDILO ; B5Y0X1, DXS_KLEP3 ; -DR A6T5F3, DXS_KLEP7 ; B2GJ56, DXS_KOCRD ; A9KMB8, DXS_LACP7 ; -DR C1DAW8, DXS_LARHH ; Q1MRB3, DXS_LAWIP ; Q6AFD5, DXS_LEIXX ; -DR Q04U59, DXS_LEPBJ ; Q053M2, DXS_LEPBL ; B1Y2X5, DXS_LEPCP ; -DR Q72U01, DXS_LEPIC ; Q8F153, DXS_LEPIN ; Q92BZ0, DXS_LISIN ; -DR C1L2S1, DXS_LISMC ; Q71ZV7, DXS_LISMF ; Q8Y7C1, DXS_LISMO ; -DR A0AIG6, DXS_LISW6 ; B1HRX4, DXS_LYSSC ; B9E6Q6, DXS_MACCJ ; -DR A0L6H3, DXS_MAGMM ; Q2W367, DXS_MAGSA ; Q8EWX7, DXS_MALP2 ; -DR Q65TP4, DXS_MANSM ; Q0ARE5, DXS_MARMM ; A6VUE5, DXS_MARMS ; -DR Q60AN1, DXS_METCA ; Q1GZD7, DXS_METFK ; B3DW88, DXS_METI4 ; -DR A2SJ46, DXS_METPP ; B0JL88, DXS_MICAN ; Q2RIB9, DXS_MOOTA ; -DR A0QIL6, DXS_MYCA1 ; B1MCU7, DXS_MYCA9 ; P0A555, DXS_MYCBO ; -DR A1KM20, DXS_MYCBP ; C1AFE1, DXS_MYCBT ; A4TCS5, DXS_MYCGI ; -DR B8ZQW9, DXS_MYCLB ; Q50000, DXS_MYCLE ; Q73W57, DXS_MYCPA ; -DR A0QW19, DXS_MYCS2 ; A3PYK6, DXS_MYCSJ ; A1UF44, DXS_MYCSK ; -DR Q1B9W8, DXS_MYCSS ; A5U634, DXS_MYCTA ; P9WNS2, DXS_MYCTO ; -DR P9WNS3, DXS_MYCTU ; A0PT40, DXS_MYCUA ; A1T7Z0, DXS_MYCVP ; -DR Q1D3G4, DXS_MYXXD ; B2A526, DXS_NATTJ ; Q5FAI2, DXS_NEIG1 ; -DR B4RNW6, DXS_NEIG2 ; A9M1G3, DXS_NEIM0 ; Q9JW13, DXS_NEIMA ; -DR Q9JXV7, DXS_NEIMB ; A1KS32, DXS_NEIMF ; Q0AFY6, DXS_NITEC ; -DR Q82VD3, DXS_NITEU ; Q1QQ40, DXS_NITHX ; Q2YCH7, DXS_NITMU ; -DR Q3JAD1, DXS_NITOC ; A6Q1Z6, DXS_NITSB ; Q3SUZ1, DXS_NITWN ; +DR Q2JDD9, DXS_FRACC ; B0U0B3, DXS_FRAP2 ; Q14HJ1, DXS_FRAT1 ; +DR A7NCA4, DXS_FRATF ; Q2A3D3, DXS_FRATH ; B2SGK5, DXS_FRATM ; +DR A0Q6B9, DXS_FRATN ; Q0BLU9, DXS_FRATO ; Q5NG39, DXS_FRATT ; +DR A4IXW5, DXS_FRATW ; Q8R639, DXS_FUSNN ; Q75TB7, DXS_GEOKA ; +DR C5D467, DXS_GEOSW ; A4IQR7, DXS_GEOTN ; B8F3A4, DXS_GLAP5 ; +DR B7KAF7, DXS_GLOC7 ; Q7NP63, DXS_GLOVI ; Q5FUB1, DXS_GLUOX ; +DR Q7VNP7, DXS_HAEDU ; Q4QKG6, DXS_HAEI8 ; A5UC51, DXS_HAEIE ; +DR A5UEV6, DXS_HAEIG ; P45205, DXS_HAEIN ; Q2SA08, DXS_HAHCH ; +DR Q9K971, DXS_HALH5 ; B8D2I3, DXS_HALOH ; C4K6M7, DXS_HAMD5 ; +DR Q7VIJ7, DXS_HELHP ; B0TEJ5, DXS_HELMI ; B5ZAB7, DXS_HELPG ; +DR Q1CUF6, DXS_HELPH ; Q9ZM94, DXS_HELPJ ; O25121, DXS_HELPY ; +DR Q0I3G1, DXS_HISS1 ; B0UUA4, DXS_HISS2 ; Q0C154, DXS_HYPNA ; +DR Q5QVE8, DXS_IDILO ; B5Y0X1, DXS_KLEP3 ; A6T5F3, DXS_KLEP7 ; +DR B2GJ56, DXS_KOCRD ; A9KMB8, DXS_LACP7 ; C1DAW8, DXS_LARHH ; +DR Q1MRB3, DXS_LAWIP ; Q6AFD5, DXS_LEIXX ; Q04U59, DXS_LEPBJ ; +DR Q053M2, DXS_LEPBL ; B1Y2X5, DXS_LEPCP ; Q72U01, DXS_LEPIC ; +DR Q8F153, DXS_LEPIN ; Q92BZ0, DXS_LISIN ; C1L2S1, DXS_LISMC ; +DR Q71ZV7, DXS_LISMF ; Q8Y7C1, DXS_LISMO ; A0AIG6, DXS_LISW6 ; +DR B1HRX4, DXS_LYSSC ; B9E6Q6, DXS_MACCJ ; A0L6H3, DXS_MAGMM ; +DR Q8EWX7, DXS_MALP2 ; Q65TP4, DXS_MANSM ; Q0ARE5, DXS_MARMM ; +DR A6VUE5, DXS_MARMS ; Q60AN1, DXS_METCA ; Q1GZD7, DXS_METFK ; +DR B3DW88, DXS_METI4 ; A2SJ46, DXS_METPP ; B0JL88, DXS_MICAN ; +DR Q2RIB9, DXS_MOOTA ; A0QIL6, DXS_MYCA1 ; B1MCU7, DXS_MYCA9 ; +DR P0A555, DXS_MYCBO ; A1KM20, DXS_MYCBP ; C1AFE1, DXS_MYCBT ; +DR A4TCS5, DXS_MYCGI ; B8ZQW9, DXS_MYCLB ; Q50000, DXS_MYCLE ; +DR Q73W57, DXS_MYCPA ; A0QW19, DXS_MYCS2 ; A3PYK6, DXS_MYCSJ ; +DR A1UF44, DXS_MYCSK ; Q1B9W8, DXS_MYCSS ; A5U634, DXS_MYCTA ; +DR P9WNS2, DXS_MYCTO ; P9WNS3, DXS_MYCTU ; A0PT40, DXS_MYCUA ; +DR A1T7Z0, DXS_MYCVP ; Q1D3G4, DXS_MYXXD ; B2A526, DXS_NATTJ ; +DR Q5FAI2, DXS_NEIG1 ; B4RNW6, DXS_NEIG2 ; A9M1G3, DXS_NEIM0 ; +DR Q9JW13, DXS_NEIMA ; Q9JXV7, DXS_NEIMB ; A1KS32, DXS_NEIMF ; +DR Q0AFY6, DXS_NITEC ; Q82VD3, DXS_NITEU ; Q1QQ40, DXS_NITHX ; +DR Q2YCH7, DXS_NITMU ; Q3JAD1, DXS_NITOC ; A6Q1Z6, DXS_NITSB ; +DR Q72CD3, DXS_NITV2 ; A1VE69, DXS_NITV4 ; Q3SUZ1, DXS_NITWN ; DR Q5YTA2, DXS_NOCFA ; A1SKM6, DXS_NOCSJ ; B2J5P1, DXS_NOSP7 ; DR Q8YZ80, DXS_NOSS1 ; Q2GC13, DXS_NOVAD ; Q30Z99, DXS_OLEA2 ; DR A1R5N7, DXS_PAEAT ; A1TNR1, DXS_PARC0 ; A6LFB9, DXS_PARD8 ; -DR Q7U6P6, DXS_PARMW ; B2JP68, DXS_PARP8 ; Q6MDK6, DXS_PARUW ; -DR Q13RX1, DXS_PARXL ; P57848, DXS_PASMU ; Q6D844, DXS_PECAS ; -DR C6DB37, DXS_PECCP ; A5D2Z6, DXS_PELTS ; Q4FN07, DXS_PELUB ; -DR B4RGW0, DXS_PHEZH ; Q7N0J7, DXS_PHOLL ; Q6LU07, DXS_PHOPR ; -DR A6L175, DXS_PHOV8 ; B1XKC5, DXS_PICP2 ; A1VMD7, DXS_POLNA ; -DR Q12CQ9, DXS_POLSJ ; B2RMK4, DXS_PORG3 ; Q7MSZ3, DXS_PORGI ; -DR A3PCV0, DXS_PROM0 ; A2C220, DXS_PROM1 ; A8G4R9, DXS_PROM2 ; -DR A2C9X1, DXS_PROM3 ; A9BAC1, DXS_PROM4 ; A2BWN6, DXS_PROM5 ; -DR Q31AZ2, DXS_PROM9 ; Q7VC14, DXS_PROMA ; B4EU31, DXS_PROMH ; -DR Q7V7Q3, DXS_PROMM ; Q7V1G6, DXS_PROMP ; A2BR27, DXS_PROMS ; -DR Q46L36, DXS_PROMT ; Q48NX0, DXS_PSE14 ; Q15W93, DXS_PSEA6 ; -DR A6V058, DXS_PSEA7 ; B7V7R4, DXS_PSEA8 ; Q02SL1, DXS_PSEAB ; -DR Q9KGU7, DXS_PSEAE ; B8HH36, DXS_PSECP ; Q1IFL1, DXS_PSEE4 ; -DR Q4K5A5, DXS_PSEF5 ; C3K2R1, DXS_PSEFS ; A4XZ25, DXS_PSEMY ; -DR A5VXW9, DXS_PSEP1 ; Q3K660, DXS_PSEPF ; B0KL79, DXS_PSEPG ; -DR Q88QG7, DXS_PSEPK ; B1J3G4, DXS_PSEPW ; Q889Q1, DXS_PSESM ; -DR Q3II09, DXS_PSET1 ; Q4ZYU8, DXS_PSEU2 ; Q4FV64, DXS_PSYA2 ; -DR Q1QE74, DXS_PSYCK ; A1SWW6, DXS_PSYIN ; Q8XX95, DXS_RALN1 ; -DR B2U930, DXS_RALPJ ; A9WRA9, DXS_RENSM ; B3PS68, DXS_RHIE6 ; -DR Q2KBR2, DXS_RHIEC ; Q1MKN4, DXS_RHIJ3 ; Q985Y3, DXS_RHILO ; -DR B5ZS68, DXS_RHILW ; Q92RJ1, DXS_RHIME ; B9JAL7, DXS_RHIR8 ; -DR A5V6A9, DXS_RHIWR ; Q7UWB7, DXS_RHOBA ; P26242, DXS_RHOCA ; -DR B6IRB5, DXS_RHOCS ; C0ZYV9, DXS_RHOE4 ; Q0S1H1, DXS_RHOJR ; -DR Q2IRL7, DXS_RHOP2 ; Q07SR3, DXS_RHOP5 ; Q6NB76, DXS_RHOPA ; -DR Q21A74, DXS_RHOPB ; Q130G7, DXS_RHOPS ; B3QFY7, DXS_RHOPT ; -DR B7JVJ6, DXS_RIPO1 ; Q5LX42, DXS_RUEPO ; Q1GCG4, DXS_RUEST ; -DR Q21F93, DXS_SACD2 ; A4FAQ5, DXS_SACEN ; B5EXG3, DXS_SALA4 ; -DR A9MM42, DXS_SALAR ; Q57SE2, DXS_SALCH ; B5FKS7, DXS_SALDC ; -DR B5QTH0, DXS_SALEP ; B5R6S3, DXS_SALG2 ; B4T8R3, DXS_SALHS ; -DR B4SWR4, DXS_SALNS ; Q5PFR6, DXS_SALPA ; A9MX09, DXS_SALPB ; -DR C0Q7U7, DXS_SALPC ; B5BDB0, DXS_SALPK ; B4TMA2, DXS_SALSV ; -DR Q8Z8X3, DXS_SALTI ; Q8ZRD1, DXS_SALTY ; A8GAP2, DXS_SERP5 ; -DR A1S8D4, DXS_SHEAM ; B8EAU7, DXS_SHEB2 ; A3D2B2, DXS_SHEB5 ; -DR A6WL04, DXS_SHEB8 ; A9KTL5, DXS_SHEB9 ; Q12L26, DXS_SHEDO ; -DR Q07ZD4, DXS_SHEFN ; B0TQ36, DXS_SHEHH ; A3QGN9, DXS_SHELP ; -DR Q8EGR9, DXS_SHEON ; A8H6X1, DXS_SHEPA ; A4Y4X0, DXS_SHEPC ; -DR B8CS19, DXS_SHEPW ; A0KZA9, DXS_SHESA ; A8FYL0, DXS_SHESH ; -DR Q0HGL5, DXS_SHESM ; Q0HSW6, DXS_SHESR ; A1RLV3, DXS_SHESW ; -DR B1KQY8, DXS_SHEWM ; B2U4M3, DXS_SHIB3 ; Q325I1, DXS_SHIBS ; -DR Q32JH8, DXS_SHIDS ; Q83SG2, DXS_SHIFL ; Q3Z4Y9, DXS_SHISS ; -DR Q5WF63, DXS_SHOC1 ; Q2NV94, DXS_SODGM ; Q1GQK9, DXS_SPHAL ; -DR Q9RBN6, DXS_STRC1 ; B1VWJ8, DXS_STRGG ; B2FN57, DXS_STRMK ; -DR A4VQS8, DXS_STUS1 ; Q30TC5, DXS_SULDN ; Q67NB6, DXS_SYMTH ; -DR Q2LUA7, DXS_SYNAS ; Q3A3Z6, DXS_SYNC1 ; Q8GAA0, DXS_SYNE7 ; -DR Q2JTX2, DXS_SYNJA ; Q2JK64, DXS_SYNJB ; Q9R6S7, DXS_SYNP6 ; -DR A5GL34, DXS_SYNPW ; A5GTT4, DXS_SYNR3 ; Q0IAA6, DXS_SYNS3 ; -DR Q3AXZ4, DXS_SYNS9 ; Q3AJP8, DXS_SYNSC ; Q0AZE2, DXS_SYNWW ; -DR P73067, DXS_SYNY3 ; Q47NL9, DXS_THEFY ; Q9X291, DXS_THEMA ; -DR A5ILK2, DXS_THEP1 ; B9L1L6, DXS_THERP ; B1LAQ3, DXS_THESQ ; -DR Q72H81, DXS_THET2 ; Q5SMD7, DXS_THET8 ; Q8DL74, DXS_THEVB ; -DR Q3SKF1, DXS_THIDA ; B8GN62, DXS_THISH ; Q73LF4, DXS_TREDE ; -DR O83796, DXS_TREPA ; B2S462, DXS_TREPS ; Q10ZY2, DXS_TRIEI ; -DR Q3M4F6, DXS_TRIV2 ; Q83I20, DXS_TROW8 ; Q83G46, DXS_TROWT ; -DR A1WN06, DXS_VEREI ; B7VJA1, DXS_VIBA3 ; A7MYC6, DXS_VIBC1 ; -DR A5F331, DXS_VIBC3 ; Q9KTL3, DXS_VIBCH ; C3LTD9, DXS_VIBCM ; -DR Q87RU0, DXS_VIBPA ; Q8DFA3, DXS_VIBVU ; Q7MN49, DXS_VIBVY ; -DR Q8D357, DXS_WIGBR ; Q7M7Z0, DXS_WOLSU ; Q8PJG7, DXS_XANAC ; -DR Q3BRW8, DXS_XANC5 ; Q4UW29, DXS_XANC8 ; Q8P815, DXS_XANCP ; -DR Q2P472, DXS_XANOM ; B2SQV8, DXS_XANOP ; Q5H1A0, DXS_XANOR ; -DR A7IPK6, DXS_XANP2 ; B2I607, DXS_XYLF2 ; Q9PB95, DXS_XYLFA ; -DR B0U3E1, DXS_XYLFM ; Q87C03, DXS_XYLFT ; A1JNR7, DXS_YERE8 ; -DR A7FLE4, DXS_YERP3 ; Q1C4I9, DXS_YERPA ; B2K6T7, DXS_YERPB ; -DR Q8ZC45, DXS_YERPE ; A9QZS3, DXS_YERPG ; Q1CL87, DXS_YERPN ; -DR A4TPG2, DXS_YERPP ; Q66DV4, DXS_YERPS ; B1JID8, DXS_YERPY ; +DR Q2W367, DXS_PARM1 ; Q7U6P6, DXS_PARMW ; B2JP68, DXS_PARP8 ; +DR A8L0K9, DXS_PARS2 ; Q6MDK6, DXS_PARUW ; Q13RX1, DXS_PARXL ; +DR P57848, DXS_PASMU ; Q6D844, DXS_PECAS ; C6DB37, DXS_PECCP ; +DR A5D2Z6, DXS_PELTS ; Q4FN07, DXS_PELUB ; B4RGW0, DXS_PHEZH ; +DR Q7N0J7, DXS_PHOLL ; Q6LU07, DXS_PHOPR ; A6L175, DXS_PHOV8 ; +DR B1XKC5, DXS_PICP2 ; A1VMD7, DXS_POLNA ; Q12CQ9, DXS_POLSJ ; +DR B2RMK4, DXS_PORG3 ; Q7MSZ3, DXS_PORGI ; A3PCV0, DXS_PROM0 ; +DR A2C220, DXS_PROM1 ; A8G4R9, DXS_PROM2 ; A2C9X1, DXS_PROM3 ; +DR A9BAC1, DXS_PROM4 ; A2BWN6, DXS_PROM5 ; Q31AZ2, DXS_PROM9 ; +DR Q7VC14, DXS_PROMA ; B4EU31, DXS_PROMH ; Q7V7Q3, DXS_PROMM ; +DR Q7V1G6, DXS_PROMP ; A2BR27, DXS_PROMS ; Q46L36, DXS_PROMT ; +DR Q48NX0, DXS_PSE14 ; Q15W93, DXS_PSEA6 ; A6V058, DXS_PSEA7 ; +DR B7V7R4, DXS_PSEA8 ; Q02SL1, DXS_PSEAB ; Q9KGU7, DXS_PSEAE ; +DR B8HH36, DXS_PSECP ; Q1IFL1, DXS_PSEE4 ; Q4K5A5, DXS_PSEF5 ; +DR C3K2R1, DXS_PSEFS ; A4XZ25, DXS_PSEMY ; A5VXW9, DXS_PSEP1 ; +DR Q3K660, DXS_PSEPF ; B0KL79, DXS_PSEPG ; Q88QG7, DXS_PSEPK ; +DR B1J3G4, DXS_PSEPW ; Q889Q1, DXS_PSESM ; Q3II09, DXS_PSET1 ; +DR Q4ZYU8, DXS_PSEU2 ; Q4FV64, DXS_PSYA2 ; Q1QE74, DXS_PSYCK ; +DR A1SWW6, DXS_PSYIN ; Q8XX95, DXS_RALN1 ; B2U930, DXS_RALPJ ; +DR A9WRA9, DXS_RENSM ; B3PS68, DXS_RHIE6 ; Q2KBR2, DXS_RHIEC ; +DR Q1MKN4, DXS_RHIJ3 ; Q985Y3, DXS_RHILO ; B5ZS68, DXS_RHILW ; +DR Q92RJ1, DXS_RHIME ; B9JAL7, DXS_RHIR8 ; A5V6A9, DXS_RHIWR ; +DR Q7UWB7, DXS_RHOBA ; P26242, DXS_RHOCA ; B6IRB5, DXS_RHOCS ; +DR C0ZYV9, DXS_RHOE4 ; Q0S1H1, DXS_RHOJR ; Q2IRL7, DXS_RHOP2 ; +DR Q07SR3, DXS_RHOP5 ; Q6NB76, DXS_RHOPA ; Q21A74, DXS_RHOPB ; +DR Q130G7, DXS_RHOPS ; B3QFY7, DXS_RHOPT ; B7JVJ6, DXS_RIPO1 ; +DR Q5LX42, DXS_RUEPO ; Q1GCG4, DXS_RUEST ; Q21F93, DXS_SACD2 ; +DR A4FAQ5, DXS_SACEN ; B5EXG3, DXS_SALA4 ; A9MM42, DXS_SALAR ; +DR Q57SE2, DXS_SALCH ; B5FKS7, DXS_SALDC ; B5QTH0, DXS_SALEP ; +DR B5R6S3, DXS_SALG2 ; B4T8R3, DXS_SALHS ; B4SWR4, DXS_SALNS ; +DR Q5PFR6, DXS_SALPA ; A9MX09, DXS_SALPB ; C0Q7U7, DXS_SALPC ; +DR B5BDB0, DXS_SALPK ; B4TMA2, DXS_SALSV ; Q8Z8X3, DXS_SALTI ; +DR Q8ZRD1, DXS_SALTY ; A8GAP2, DXS_SERP5 ; A1S8D4, DXS_SHEAM ; +DR B8EAU7, DXS_SHEB2 ; A3D2B2, DXS_SHEB5 ; A6WL04, DXS_SHEB8 ; +DR A9KTL5, DXS_SHEB9 ; Q12L26, DXS_SHEDO ; Q07ZD4, DXS_SHEFN ; +DR B0TQ36, DXS_SHEHH ; A3QGN9, DXS_SHELP ; Q8EGR9, DXS_SHEON ; +DR A8H6X1, DXS_SHEPA ; A4Y4X0, DXS_SHEPC ; B8CS19, DXS_SHEPW ; +DR A0KZA9, DXS_SHESA ; A8FYL0, DXS_SHESH ; Q0HGL5, DXS_SHESM ; +DR Q0HSW6, DXS_SHESR ; A1RLV3, DXS_SHESW ; B1KQY8, DXS_SHEWM ; +DR B2U4M3, DXS_SHIB3 ; Q325I1, DXS_SHIBS ; Q32JH8, DXS_SHIDS ; +DR Q83SG2, DXS_SHIFL ; Q3Z4Y9, DXS_SHISS ; Q5WF63, DXS_SHOC1 ; +DR Q2NV94, DXS_SODGM ; Q1GQK9, DXS_SPHAL ; Q9RBN6, DXS_STRC1 ; +DR B1VWJ8, DXS_STRGG ; B2FN57, DXS_STRMK ; A4VQS8, DXS_STUS1 ; +DR Q30TC5, DXS_SULDN ; Q67NB6, DXS_SYMTH ; Q2LUA7, DXS_SYNAS ; +DR Q3A3Z6, DXS_SYNC1 ; Q8GAA0, DXS_SYNE7 ; Q2JTX2, DXS_SYNJA ; +DR Q2JK64, DXS_SYNJB ; Q9R6S7, DXS_SYNP6 ; A5GL34, DXS_SYNPW ; +DR A5GTT4, DXS_SYNR3 ; Q0IAA6, DXS_SYNS3 ; Q3AXZ4, DXS_SYNS9 ; +DR Q3AJP8, DXS_SYNSC ; Q0AZE2, DXS_SYNWW ; P73067, DXS_SYNY3 ; +DR Q47NL9, DXS_THEFY ; Q9X291, DXS_THEMA ; A5ILK2, DXS_THEP1 ; +DR B9L1L6, DXS_THERP ; B1LAQ3, DXS_THESQ ; Q72H81, DXS_THET2 ; +DR Q5SMD7, DXS_THET8 ; Q8DL74, DXS_THEVB ; Q3SKF1, DXS_THIDA ; +DR B8GN62, DXS_THISH ; Q73LF4, DXS_TREDE ; O83796, DXS_TREPA ; +DR B2S462, DXS_TREPS ; Q10ZY2, DXS_TRIEI ; Q3M4F6, DXS_TRIV2 ; +DR Q83I20, DXS_TROW8 ; Q83G46, DXS_TROWT ; A1WN06, DXS_VEREI ; +DR B7VJA1, DXS_VIBA3 ; A7MYC6, DXS_VIBC1 ; A5F331, DXS_VIBC3 ; +DR Q9KTL3, DXS_VIBCH ; C3LTD9, DXS_VIBCM ; Q87RU0, DXS_VIBPA ; +DR Q8DFA3, DXS_VIBVU ; Q7MN49, DXS_VIBVY ; Q8D357, DXS_WIGBR ; +DR Q7M7Z0, DXS_WOLSU ; Q8PJG7, DXS_XANAC ; Q4UW29, DXS_XANC8 ; +DR Q8P815, DXS_XANCP ; Q3BRW8, DXS_XANE5 ; Q2P472, DXS_XANOM ; +DR B2SQV8, DXS_XANOP ; Q5H1A0, DXS_XANOR ; A7IPK6, DXS_XANP2 ; +DR B2I607, DXS_XYLF2 ; Q9PB95, DXS_XYLFA ; B0U3E1, DXS_XYLFM ; +DR Q87C03, DXS_XYLFT ; A1JNR7, DXS_YERE8 ; A7FLE4, DXS_YERP3 ; +DR Q1C4I9, DXS_YERPA ; B2K6T7, DXS_YERPB ; Q8ZC45, DXS_YERPE ; +DR A9QZS3, DXS_YERPG ; Q1CL87, DXS_YERPN ; A4TPG2, DXS_YERPP ; +DR Q66DV4, DXS_YERPS ; B1JID8, DXS_YERPY ; // ID 2.2.1.8 DE fluorothreonine transaldolase. @@ -46245,7 +46388,7 @@ DR A7Z812, MEND_BACVZ ; Q6MHQ6, MEND_BDEBA ; A9WB45, MEND_CHLAA ; DR Q3APX4, MEND_CHLCH ; B3EG68, MEND_CHLL2 ; Q3B612, MEND_CHLL3 ; DR B3QL00, MEND_CHLP8 ; B3EMZ5, MEND_CHLPB ; A1BI74, MEND_CHLPD ; DR A4SD60, MEND_CHLPM ; Q8KBE8, MEND_CHLTE ; A0M345, MEND_CHRFK ; -DR A8ADW9, MEND_CITK8 ; A5CUV9, MEND_CLAM3 ; B0RCZ5, MEND_CLAMS ; +DR A8ADW9, MEND_CITK8 ; A5CUV9, MEND_CLAM3 ; B0RCZ5, MEND_CLASE ; DR Q6NJH8, MEND_CORDI ; Q8FSB6, MEND_COREF ; A4QBE1, MEND_CORGB ; DR Q4JT09, MEND_CORJK ; B1WZR3, MEND_CROS5 ; A7MHU4, MEND_CROS8 ; DR Q6A9B0, MEND_CUTAK ; Q11U88, MEND_CYTH3 ; Q47DK0, MEND_DECAR ; @@ -46451,23 +46594,23 @@ DR Q8FTN4, ARGJ_COREF ; Q59280, ARGJ_CORGL ; P62058, ARGJ_CORGT ; DR Q4JW03, ARGJ_CORJK ; P0CM21, ARGJ_CRYNB ; P0CM20, ARGJ_CRYNJ ; DR Q46X04, ARGJ_CUPPJ ; Q6BKT4, ARGJ_DEBHA ; Q47AB5, ARGJ_DECAR ; DR Q3Z731, ARGJ_DEHM1 ; Q3ZYG4, ARGJ_DEHMC ; Q9RTQ2, ARGJ_DEIRA ; -DR Q6AJL0, ARGJ_DESPS ; P62060, ARGJ_DESVH ; Q54DY1, ARGJ_DICDI ; -DR Q5AVF8, ARGJ_EMENI ; Q759Y5, ARGJ_EREGS ; C7YUB3, ARGJ_FUSV7 ; -DR Q5L1V4, ARGJ_GEOKA ; Q07908, ARGJ_GEOSE ; P62061, ARGJ_GEOSL ; -DR Q7NE46, ARGJ_GLOVI ; Q5FQD0, ARGJ_GLUOX ; Q9K8V3, ARGJ_HALH5 ; -DR Q93EJ3, ARGJ_HELHP ; D3AXF4, ARGJ_HETP5 ; Q6CII9, ARGJ_KLULA ; -DR C4R3R8, ARGJ_KOMPG ; B0D316, ARGJ_LACBS ; Q9CHD4, ARGJ_LACLA ; -DR O08319, ARGJ_LACPL ; C5DCN3, ARGJ_LACTC ; P62062, ARGJ_LEPIC ; -DR Q8EYV8, ARGJ_LEPIN ; Q92BB8, ARGJ_LISIN ; Q71Z77, ARGJ_LISMF ; -DR Q8Y6U2, ARGJ_LISMO ; A5E7B9, ARGJ_LODEL ; C0PF72, ARGJ_MAIZE ; -DR A8Q9M0, ARGJ_MALGO ; Q8TK55, ARGJ_METAC ; Q607S6, ARGJ_METCA ; -DR Q8TX15, ARGJ_METKA ; A4FXT1, ARGJ_METM5 ; A9AB46, ARGJ_METM6 ; -DR A6VFI9, ARGJ_METM7 ; Q8PZL8, ARGJ_METMA ; P62065, ARGJ_METMP ; -DR O26284, ARGJ_METTH ; A6UN66, ARGJ_METVS ; P63572, ARGJ_MYCBO ; -DR Q9CC14, ARGJ_MYCLE ; P62063, ARGJ_MYCPA ; P9WPZ2, ARGJ_MYCTO ; -DR P9WPZ3, ARGJ_MYCTU ; Q5F7I3, ARGJ_NEIG1 ; P38434, ARGJ_NEIGO ; -DR P63573, ARGJ_NEIMA ; P63574, ARGJ_NEIMB ; A1DF20, ARGJ_NEOFI ; -DR A7UWD5, ARGJ_NEUCR ; Q82SU1, ARGJ_NITEU ; Q3J7A0, ARGJ_NITOC ; +DR Q6AJL0, ARGJ_DESPS ; Q54DY1, ARGJ_DICDI ; Q5AVF8, ARGJ_EMENI ; +DR Q759Y5, ARGJ_EREGS ; C7YUB3, ARGJ_FUSV7 ; Q5L1V4, ARGJ_GEOKA ; +DR Q07908, ARGJ_GEOSE ; P62061, ARGJ_GEOSL ; Q7NE46, ARGJ_GLOVI ; +DR Q5FQD0, ARGJ_GLUOX ; Q9K8V3, ARGJ_HALH5 ; Q93EJ3, ARGJ_HELHP ; +DR D3AXF4, ARGJ_HETP5 ; Q6CII9, ARGJ_KLULA ; C4R3R8, ARGJ_KOMPG ; +DR B0D316, ARGJ_LACBS ; Q9CHD4, ARGJ_LACLA ; O08319, ARGJ_LACPL ; +DR C5DCN3, ARGJ_LACTC ; P62062, ARGJ_LEPIC ; Q8EYV8, ARGJ_LEPIN ; +DR Q92BB8, ARGJ_LISIN ; Q71Z77, ARGJ_LISMF ; Q8Y6U2, ARGJ_LISMO ; +DR A5E7B9, ARGJ_LODEL ; C0PF72, ARGJ_MAIZE ; A8Q9M0, ARGJ_MALGO ; +DR Q8TK55, ARGJ_METAC ; Q607S6, ARGJ_METCA ; Q8TX15, ARGJ_METKA ; +DR A4FXT1, ARGJ_METM5 ; A9AB46, ARGJ_METM6 ; A6VFI9, ARGJ_METM7 ; +DR Q8PZL8, ARGJ_METMA ; P62065, ARGJ_METMP ; O26284, ARGJ_METTH ; +DR A6UN66, ARGJ_METVS ; P63572, ARGJ_MYCBO ; Q9CC14, ARGJ_MYCLE ; +DR P62063, ARGJ_MYCPA ; P9WPZ2, ARGJ_MYCTO ; P9WPZ3, ARGJ_MYCTU ; +DR Q5F7I3, ARGJ_NEIG1 ; P38434, ARGJ_NEIGO ; P63573, ARGJ_NEIMA ; +DR P63574, ARGJ_NEIMB ; A1DF20, ARGJ_NEOFI ; A7UWD5, ARGJ_NEUCR ; +DR Q82SU1, ARGJ_NITEU ; Q3J7A0, ARGJ_NITOC ; P62060, ARGJ_NITV2 ; DR Q3SVN6, ARGJ_NITWN ; Q5YYF8, ARGJ_NOCFA ; Q8CUN1, ARGJ_OCEIH ; DR B8AL33, ARGJ_ORYSI ; Q10N79, ARGJ_ORYSJ ; A4S1K1, ARGJ_OSTLU ; DR C1H986, ARGJ_PARBA ; C1GEZ1, ARGJ_PARBD ; C0SCV8, ARGJ_PARBP ; @@ -46597,9 +46740,9 @@ DR Q6GBP8, PTAS_STAAS ; Q8NXW4, PTAS_STAAW ; Q5HRF7, PTAS_STAEQ ; DR Q8CQ62, PTAS_STAES ; Q9X0L4, PTAS_THEMA ; Q59330, PTAS_THETC ; DR O83132, PTAS_TREPA ; Q6FEP2, PTA_ACIAD ; P57273, PTA_BUCAI ; DR Q8K9W5, PTA_BUCAP ; Q89AS7, PTA_BUCBP ; Q1J2D0, PTA_DEIGD ; -DR Q9RY77, PTA_DEIRA ; Q726S7, PTA_DESVH ; P0A9M8, PTA_ECOLI ; -DR P45107, PTA_HAEIN ; P9WHP0, PTA_MYCTO ; P9WHP1, PTA_MYCTU ; -DR Q820S1, PTA_NITEU ; Q9I5A5, PTA_PSEAE ; Q88PS4, PTA_PSEPK ; +DR Q9RY77, PTA_DEIRA ; P0A9M8, PTA_ECOLI ; P45107, PTA_HAEIN ; +DR P9WHP0, PTA_MYCTO ; P9WHP1, PTA_MYCTU ; Q820S1, PTA_NITEU ; +DR Q726S7, PTA_NITV2 ; Q9I5A5, PTA_PSEAE ; Q88PS4, PTA_PSEPK ; DR Q8ZND6, PTA_SALTY ; P0A9M9, PTA_SHIFL ; Q82JD2, PTA_STRAW ; DR Q8CJR5, PTA_STRCO ; P73662, PTA_SYNY3 ; Q9KT08, PTA_VIBCH ; DR Q7CJ96, PTA_YERPE ; @@ -47236,24 +47379,24 @@ DR P62059, ARGJ_CORDI ; Q8FTN4, ARGJ_COREF ; Q59280, ARGJ_CORGL ; DR P62058, ARGJ_CORGT ; Q4JW03, ARGJ_CORJK ; P0CM21, ARGJ_CRYNB ; DR P0CM20, ARGJ_CRYNJ ; Q46X04, ARGJ_CUPPJ ; Q6BKT4, ARGJ_DEBHA ; DR Q47AB5, ARGJ_DECAR ; Q3Z731, ARGJ_DEHM1 ; Q3ZYG4, ARGJ_DEHMC ; -DR Q9RTQ2, ARGJ_DEIRA ; Q6AJL0, ARGJ_DESPS ; P62060, ARGJ_DESVH ; -DR Q54DY1, ARGJ_DICDI ; Q5AVF8, ARGJ_EMENI ; Q759Y5, ARGJ_EREGS ; -DR C7YUB3, ARGJ_FUSV7 ; Q5L1V4, ARGJ_GEOKA ; Q07908, ARGJ_GEOSE ; -DR P62061, ARGJ_GEOSL ; Q7NE46, ARGJ_GLOVI ; Q5FQD0, ARGJ_GLUOX ; -DR Q9K8V3, ARGJ_HALH5 ; Q93EJ3, ARGJ_HELHP ; D3AXF4, ARGJ_HETP5 ; -DR Q6CII9, ARGJ_KLULA ; C4R3R8, ARGJ_KOMPG ; B0D316, ARGJ_LACBS ; -DR Q9CHD4, ARGJ_LACLA ; O08319, ARGJ_LACPL ; C5DCN3, ARGJ_LACTC ; -DR P62062, ARGJ_LEPIC ; Q8EYV8, ARGJ_LEPIN ; Q92BB8, ARGJ_LISIN ; -DR Q71Z77, ARGJ_LISMF ; Q8Y6U2, ARGJ_LISMO ; A5E7B9, ARGJ_LODEL ; -DR C0PF72, ARGJ_MAIZE ; A8Q9M0, ARGJ_MALGO ; Q8TK55, ARGJ_METAC ; -DR Q607S6, ARGJ_METCA ; Q57645, ARGJ_METJA ; Q8TX15, ARGJ_METKA ; -DR A4FXT1, ARGJ_METM5 ; A9AB46, ARGJ_METM6 ; A6VFI9, ARGJ_METM7 ; -DR Q8PZL8, ARGJ_METMA ; P62065, ARGJ_METMP ; O26284, ARGJ_METTH ; -DR A6UN66, ARGJ_METVS ; P63572, ARGJ_MYCBO ; Q9CC14, ARGJ_MYCLE ; -DR P62063, ARGJ_MYCPA ; P9WPZ2, ARGJ_MYCTO ; P9WPZ3, ARGJ_MYCTU ; -DR Q5F7I3, ARGJ_NEIG1 ; P38434, ARGJ_NEIGO ; P63573, ARGJ_NEIMA ; -DR P63574, ARGJ_NEIMB ; A1DF20, ARGJ_NEOFI ; A7UWD5, ARGJ_NEUCR ; -DR Q82SU1, ARGJ_NITEU ; Q3J7A0, ARGJ_NITOC ; Q3SVN6, ARGJ_NITWN ; +DR Q9RTQ2, ARGJ_DEIRA ; Q6AJL0, ARGJ_DESPS ; Q54DY1, ARGJ_DICDI ; +DR Q5AVF8, ARGJ_EMENI ; Q759Y5, ARGJ_EREGS ; C7YUB3, ARGJ_FUSV7 ; +DR Q5L1V4, ARGJ_GEOKA ; Q07908, ARGJ_GEOSE ; P62061, ARGJ_GEOSL ; +DR Q7NE46, ARGJ_GLOVI ; Q5FQD0, ARGJ_GLUOX ; Q9K8V3, ARGJ_HALH5 ; +DR Q93EJ3, ARGJ_HELHP ; D3AXF4, ARGJ_HETP5 ; Q6CII9, ARGJ_KLULA ; +DR C4R3R8, ARGJ_KOMPG ; B0D316, ARGJ_LACBS ; Q9CHD4, ARGJ_LACLA ; +DR O08319, ARGJ_LACPL ; C5DCN3, ARGJ_LACTC ; P62062, ARGJ_LEPIC ; +DR Q8EYV8, ARGJ_LEPIN ; Q92BB8, ARGJ_LISIN ; Q71Z77, ARGJ_LISMF ; +DR Q8Y6U2, ARGJ_LISMO ; A5E7B9, ARGJ_LODEL ; C0PF72, ARGJ_MAIZE ; +DR A8Q9M0, ARGJ_MALGO ; Q8TK55, ARGJ_METAC ; Q607S6, ARGJ_METCA ; +DR Q57645, ARGJ_METJA ; Q8TX15, ARGJ_METKA ; A4FXT1, ARGJ_METM5 ; +DR A9AB46, ARGJ_METM6 ; A6VFI9, ARGJ_METM7 ; Q8PZL8, ARGJ_METMA ; +DR P62065, ARGJ_METMP ; O26284, ARGJ_METTH ; A6UN66, ARGJ_METVS ; +DR P63572, ARGJ_MYCBO ; Q9CC14, ARGJ_MYCLE ; P62063, ARGJ_MYCPA ; +DR P9WPZ2, ARGJ_MYCTO ; P9WPZ3, ARGJ_MYCTU ; Q5F7I3, ARGJ_NEIG1 ; +DR P38434, ARGJ_NEIGO ; P63573, ARGJ_NEIMA ; P63574, ARGJ_NEIMB ; +DR A1DF20, ARGJ_NEOFI ; A7UWD5, ARGJ_NEUCR ; Q82SU1, ARGJ_NITEU ; +DR Q3J7A0, ARGJ_NITOC ; P62060, ARGJ_NITV2 ; Q3SVN6, ARGJ_NITWN ; DR Q5YYF8, ARGJ_NOCFA ; Q8CUN1, ARGJ_OCEIH ; B8AL33, ARGJ_ORYSI ; DR Q10N79, ARGJ_ORYSJ ; A4S1K1, ARGJ_OSTLU ; C1H986, ARGJ_PARBA ; DR C1GEZ1, ARGJ_PARBD ; C0SCV8, ARGJ_PARBP ; Q7U3S6, ARGJ_PARMW ; @@ -47328,8 +47471,8 @@ DR Q8TGA1, AFLB_ASPPU ; Q5AV07, ATNM_EMENI ; P34731, FAS1_CANAX ; DR Q9UUG0, FAS1_SCHPO ; P34229, FAS1_YARLI ; P07149, FAS1_YEAST ; DR Q71SP7, FAS_BOVIN ; P12276, FAS_CHICK ; P49327, FAS_HUMAN ; DR P19096, FAS_MOUSE ; P12785, FAS_RAT ; I1S489, GRA7_GIBZE ; -DR M2XHU6, HEXB_DOTSN ; Q2TXG3, ORYB_ASPOR ; A0A1U8QK63, PKIC_EMENI ; -DR Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; +DR M2XHU6, HEXB_DOTSN ; Q2TXG3, ORYB_ASPOR ; A0A1C8AX29, PIGK_MONRU ; +DR A0A1U8QK63, PKIC_EMENI ; Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; // ID 2.3.1.39 DE [acyl-carrier-protein] S-malonyltransferase. @@ -47374,8 +47517,9 @@ DR Q9UUG0, FAS1_SCHPO ; P34229, FAS1_YARLI ; P07149, FAS1_YEAST ; DR Q71SP7, FAS_BOVIN ; P12276, FAS_CHICK ; P49327, FAS_HUMAN ; DR P19096, FAS_MOUSE ; P12785, FAS_RAT ; Q9R9J2, FENF_BACIU ; DR I1S489, GRA7_GIBZE ; M2XHU6, HEXB_DOTSN ; Q2TXG3, ORYB_ASPOR ; -DR A0A1U8QK63, PKIC_EMENI ; O34825, PKSC_BACSU ; O34787, PKSE_BACSU ; -DR Q00706, STCK_EMENI ; Q2T4N0, THAF_BURTA ; Q92215, TOXC_COCCA ; +DR A0A1C8AX29, PIGK_MONRU ; A0A1U8QK63, PKIC_EMENI ; O34825, PKSC_BACSU ; +DR O34787, PKSE_BACSU ; Q00706, STCK_EMENI ; Q2T4N0, THAF_BURTA ; +DR Q92215, TOXC_COCCA ; // ID 2.3.1.40 DE acyl-[acyl-carrier-protein]--phospholipid O-acyltransferase. @@ -47442,8 +47586,8 @@ DR A7TUG9, HEXA_DOTSE ; M2YJJ3, HEXA_DOTSN ; P52410, KASC1_ARATH; DR P23902, KASC1_HORVU; Q9C9P4, KASC2_ARATH; Q8L3X9, KASM_ARATH ; DR Q7TXK8, MSL7_MYCBO ; B2HIL7, MSL7_MYCMM ; Q2TXF0, ORYA_ASPOR ; DR Q0VCA7, OXSM_BOVIN ; Q9NWU1, OXSM_HUMAN ; Q9D404, OXSM_MOUSE ; -DR O94297, OXSM_SCHPO ; Q5B7V0, PKIB_EMENI ; Q00681, STCJ_EMENI ; -DR S5NIA2, TOXH_COCCA ; +DR O94297, OXSM_SCHPO ; A0A1D5AG16, PIGJ_MONRU ; Q5B7V0, PKIB_EMENI ; +DR Q00681, STCJ_EMENI ; S5NIA2, TOXH_COCCA ; // ID 2.3.1.42 DE glycerone-phosphate O-acyltransferase. @@ -47624,23 +47768,23 @@ DR P44422, BIOF_HAEIN ; Q2SBD5, BIOF_HAHCH ; Q9K625, BIOF_HALH5 ; DR A1WVM6, BIOF_HALHL ; Q9ZLN3, BIOF_HELPJ ; O25320, BIOF_HELPY ; DR A4G5N9, BIOF_HERAR ; Q31E54, BIOF_HYDCU ; A6SU64, BIOF_JANMA ; DR B5XZ74, BIOF_KLEP3 ; A6T6L6, BIOF_KLEP7 ; B1Y500, BIOF_LEPCP ; -DR P22806, BIOF_LYSSH ; A0L3L7, BIOF_MAGMM ; Q2W3L2, BIOF_MAGSA ; -DR Q0APZ9, BIOF_MARMM ; A6W0Y0, BIOF_MARMS ; A1U4B1, BIOF_MARN8 ; -DR A6UWX3, BIOF_META3 ; B7L0L2, BIOF_METC4 ; Q609V1, BIOF_METCA ; -DR A9W106, BIOF_METEP ; Q1GZA7, BIOF_METFK ; Q58694, BIOF_METJA ; -DR B8IBW2, BIOF_METNO ; B1Z7Y8, BIOF_METPB ; A2SD53, BIOF_METPP ; -DR B1LYP9, BIOF_METRJ ; B0UKC8, BIOF_METS4 ; B8ERL9, BIOF_METSB ; -DR A6UQL9, BIOF_METVS ; B0JQZ0, BIOF_MICAN ; A0QHJ9, BIOF_MYCA1 ; -DR P0A4X5, BIOF_MYCBO ; A1KJ00, BIOF_MYCBP ; A4T9L3, BIOF_MYCGI ; -DR B8ZR84, BIOF_MYCLB ; P45487, BIOF_MYCLE ; B2HQ90, BIOF_MYCMM ; -DR Q740R7, BIOF_MYCPA ; A0QX65, BIOF_MYCS2 ; A3Q146, BIOF_MYCSJ ; -DR A1UHM3, BIOF_MYCSK ; Q1B7F0, BIOF_MYCSS ; A5U2S6, BIOF_MYCTA ; -DR A5WMQ5, BIOF_MYCTF ; A0PP02, BIOF_MYCUA ; A1T8U6, BIOF_MYCVP ; -DR Q1DCV8, BIOF_MYXXD ; Q5F6R6, BIOF_NEIG1 ; B4RP93, BIOF_NEIG2 ; -DR A9M251, BIOF_NEIM0 ; A1ITK1, BIOF_NEIMA ; Q9K0U0, BIOF_NEIMB ; -DR A1KVF6, BIOF_NEIMF ; Q0AE73, BIOF_NITEC ; Q81ZZ4, BIOF_NITEU ; -DR Q2Y9Y8, BIOF_NITMU ; Q3J9D6, BIOF_NITOC ; B2J1W1, BIOF_NOSP7 ; -DR Q8YZT3, BIOF_NOSS1 ; A1TTV0, BIOF_PARC0 ; A7HP29, BIOF_PARL1 ; +DR P22806, BIOF_LYSSH ; A0L3L7, BIOF_MAGMM ; Q0APZ9, BIOF_MARMM ; +DR A6W0Y0, BIOF_MARMS ; A1U4B1, BIOF_MARN8 ; A6UWX3, BIOF_META3 ; +DR B7L0L2, BIOF_METC4 ; Q609V1, BIOF_METCA ; A9W106, BIOF_METEP ; +DR Q1GZA7, BIOF_METFK ; Q58694, BIOF_METJA ; B8IBW2, BIOF_METNO ; +DR B1Z7Y8, BIOF_METPB ; A2SD53, BIOF_METPP ; B1LYP9, BIOF_METRJ ; +DR B0UKC8, BIOF_METS4 ; B8ERL9, BIOF_METSB ; A6UQL9, BIOF_METVS ; +DR B0JQZ0, BIOF_MICAN ; A0QHJ9, BIOF_MYCA1 ; P0A4X5, BIOF_MYCBO ; +DR A1KJ00, BIOF_MYCBP ; A4T9L3, BIOF_MYCGI ; B8ZR84, BIOF_MYCLB ; +DR P45487, BIOF_MYCLE ; B2HQ90, BIOF_MYCMM ; Q740R7, BIOF_MYCPA ; +DR A0QX65, BIOF_MYCS2 ; A3Q146, BIOF_MYCSJ ; A1UHM3, BIOF_MYCSK ; +DR Q1B7F0, BIOF_MYCSS ; A5U2S6, BIOF_MYCTA ; A5WMQ5, BIOF_MYCTF ; +DR A0PP02, BIOF_MYCUA ; A1T8U6, BIOF_MYCVP ; Q1DCV8, BIOF_MYXXD ; +DR Q5F6R6, BIOF_NEIG1 ; B4RP93, BIOF_NEIG2 ; A9M251, BIOF_NEIM0 ; +DR A1ITK1, BIOF_NEIMA ; Q9K0U0, BIOF_NEIMB ; A1KVF6, BIOF_NEIMF ; +DR Q0AE73, BIOF_NITEC ; Q81ZZ4, BIOF_NITEU ; Q2Y9Y8, BIOF_NITMU ; +DR Q3J9D6, BIOF_NITOC ; B2J1W1, BIOF_NOSP7 ; Q8YZT3, BIOF_NOSS1 ; +DR A1TTV0, BIOF_PARC0 ; A7HP29, BIOF_PARL1 ; Q2W3L2, BIOF_PARM1 ; DR B2JKH6, BIOF_PARP8 ; B2SWS7, BIOF_PARPJ ; Q146K3, BIOF_PARXL ; DR Q9CJU0, BIOF_PASMU ; Q6D3C0, BIOF_PECAS ; A1AQT1, BIOF_PELPD ; DR A9BGL0, BIOF_PETMO ; B4RFX5, BIOF_PHEZH ; Q7N6Q6, BIOF_PHOLL ; @@ -47668,8 +47812,8 @@ DR Q3SLX9, BIOF_THIDA ; B8GTH6, BIOF_THISH ; Q73KM3, BIOF_TREDE ; DR Q119K2, BIOF_TRIEI ; B3EAE0, BIOF_TRIL1 ; Q3M9A4, BIOF_TRIV2 ; DR B7VH15, BIOF_VIBA3 ; A7MX30, BIOF_VIBC1 ; Q9KSZ3, BIOF_VIBCH ; DR Q87QN5, BIOF_VIBPA ; Q8D8N0, BIOF_VIBVU ; Q7MLU9, BIOF_VIBVY ; -DR Q8PQD8, BIOF_XANAC ; Q3BYN0, BIOF_XANC5 ; Q4UZN9, BIOF_XANC8 ; -DR B0RMR1, BIOF_XANCB ; Q8PDF1, BIOF_XANCP ; Q2P8F2, BIOF_XANOM ; +DR Q8PQD8, BIOF_XANAC ; Q4UZN9, BIOF_XANC8 ; B0RMR1, BIOF_XANCB ; +DR Q8PDF1, BIOF_XANCP ; Q3BYN0, BIOF_XANE5 ; Q2P8F2, BIOF_XANOM ; DR B2SS66, BIOF_XANOP ; Q5H5R0, BIOF_XANOR ; B2I9H7, BIOF_XYLF2 ; DR Q9PDM2, BIOF_XYLFA ; B0U6J0, BIOF_XYLFM ; Q87DT2, BIOF_XYLFT ; DR A1JS67, BIOF_YERE8 ; A7FKM8, BIOF_YERP3 ; Q1C946, BIOF_YERPA ; @@ -47751,13 +47895,13 @@ ID 2.3.1.50 DE serine C-palmitoyltransferase. CA H(+) + hexadecanoyl-CoA + L-serine = 3-oxosphinganine + CO2 + CoA. DR Q10P01, LCB1A_ORYSJ; Q6K8E7, LCB1B_ORYSJ; Q7G4P2, LCB1C_ORYSJ; -DR Q94IB8, LCB1_ARATH ; O59682, LCB1_SCHPO ; P25045, LCB1_YEAST ; DR Q9LSZ9, LCB2A_ARATH; Q2R3K3, LCB2A_ORYSJ; Q9M304, LCB2B_ARATH; DR Q8RYL1, LCB2B_ORYSJ; Q8RYL0, LCB2C_ORYSJ; Q5JK39, LCB2D_ORYSJ; DR P48241, LCB2_KLULA ; Q09925, LCB2_SCHPO ; P40970, LCB2_YEAST ; -DR Q3MHG1, SPTC1_BOVIN; P91079, SPTC1_CAEEL; O54695, SPTC1_CRIGR; -DR Q55FL5, SPTC1_DICDI; O15269, SPTC1_HUMAN; Q60HD1, SPTC1_MACFA; -DR O35704, SPTC1_MOUSE; Q5R9T5, SPTC1_PONAB; D4A2H2, SPTC1_RAT ; +DR Q94IB8, SPTC1_ARATH; Q3MHG1, SPTC1_BOVIN; P91079, SPTC1_CAEEL; +DR O54695, SPTC1_CRIGR; Q55FL5, SPTC1_DICDI; O15269, SPTC1_HUMAN; +DR Q60HD1, SPTC1_MACFA; O35704, SPTC1_MOUSE; Q5R9T5, SPTC1_PONAB; +DR D4A2H2, SPTC1_RAT ; O59682, SPTC1_SCHPO; P25045, SPTC1_YEAST; DR Q20375, SPTC2_CAEEL; O54694, SPTC2_CRIGR; Q54EX5, SPTC2_DICDI; DR O15270, SPTC2_HUMAN; P97363, SPTC2_MOUSE; Q3B7D2, SPTC2_RAT ; DR Q9XVI6, SPTC3_CAEEL; Q9NUV7, SPTC3_HUMAN; Q8BG54, SPTC3_MOUSE; @@ -47858,6 +48002,7 @@ DR Q8AXL1, SAT1_CHICK ; Q9JHW6, SAT1_CRIGR ; P21673, SAT1_HUMAN ; DR Q01612, SAT1_MESAU ; P48026, SAT1_MOUSE ; P49431, SAT1_MUSSA ; DR Q28999, SAT1_PIG ; Q7PCJ8, SAT2_BOVIN ; Q96F10, SAT2_HUMAN ; DR Q6P8J2, SAT2_MOUSE ; Q7PCJ9, SAT2_PIG ; Q5CPU3, SSAT_CRYPI ; +DR O41136, VPAT_PBCV1 ; // ID 2.3.1.58 DE 2,3-diaminopropionate N-oxalyltransferase. @@ -48044,7 +48189,7 @@ DE chalcone synthase. AN 6'-deoxychalcone synthase. AN flavonone synthase. AN naringenin-chalcone synthase. -CA 4-coumaroyl-CoA + 2 H(+) + 3 malonyl-CoA = +CA (E)-4-coumaroyl-CoA + 3 H(+) + 3 malonyl-CoA = CA 2',4,4',6'-tetrahydroxychalcone + 3 CO2 + 4 CoA. CC -!- The enzyme catalyzes the first committed step in the biosynthesis of CC flavonoids. @@ -48196,8 +48341,9 @@ DR Q8ZPB6, AAC6_SALTY ; P20092, AAC6_SERMA ; Q9RBW7, AAC6_STEMA ; // ID 2.3.1.83 DE phosphatidylcholine--dolichol O-acyltransferase. -CA a 1,2-diacyl-sn-glycero-3-phosphocholine + di-trans,poly-cis-dolichol = -CA a 1-acyl-sn-glycero-3-phosphocholine + acyldolichol. +CA a 1,2-diacyl-sn-glycero-3-phosphocholine + a di-trans,poly-cis-dolichol = +CA a 1-acyl-sn-glycero-3-phosphocholine + an acyl-di-trans,poly- +CA cis-dolichol. // ID 2.3.1.84 DE alcohol O-acetyltransferase. @@ -48211,8 +48357,8 @@ DR P38295, MCFS2_YEAST; ID 2.3.1.85 DE fatty-acid synthase system. AN fatty-acid synthase. -CA acetyl-CoA + 2n H(+) + n malonyl-CoA + 2n NADPH = a long-chain fatty acid -CA + n CO2 + (n+1) CoA + 2n NADP(+). +CA acetyl-CoA + n malonyl-CoA + 2n NADPH + 2n H(+) = a long-chain fatty acid +CA + (n+1) CoA + n CO2 + 2n NADP(+). CC -!- The animal enzyme is a multifunctional protein catalyzing the CC reactions of EC 2.3.1.38, EC 2.3.1.39, EC 2.3.1.41, EC 1.1.1.100, CC EC 4.2.1.59, EC 1.3.1.39 and EC 3.1.2.14. cf. EC 2.3.1.86. @@ -48224,8 +48370,8 @@ ID 2.3.1.86 DE fatty-acyl-CoA synthase system. AN fatty-acyl-CoA synthase. AN yeast fatty acid synthase. -CA acetyl-CoA + 2n H(+) + n malonyl-CoA + 2n NADPH = a long-chain fatty -CA acyl-CoA + n CO2 + n CoA + H2O + 2n NADP(+). +CA acetyl-CoA + n malonyl-CoA + 2n NADPH + 4n H(+) = long-chain-acyl-CoA + +CA n CoA + n CO2 + 2n NADP(+). CC -!- The enzyme from yeasts (Ascomycota and Basidiomycota) is a multi- CC functional protein complex composed of two subunits. CC -!- One subunit catalyzes the reactions EC 1.1.1.100 and EC 2.3.1.41, @@ -48242,9 +48388,9 @@ DR G8BAW7, FAS2_CANPC ; P78615, FAS2_EMEND ; Q765N2, FAS2_LACKL ; DR P15368, FAS2_PENPA ; Q10289, FAS2_SCHPO ; P19097, FAS2_YEAST ; DR I1S489, GRA7_GIBZE ; I1R9A6, GRA9_GIBZE ; A7TUG9, HEXA_DOTSE ; DR M2YJJ3, HEXA_DOTSN ; M2XHU6, HEXB_DOTSN ; Q2TXF0, ORYA_ASPOR ; -DR Q2TXG3, ORYB_ASPOR ; Q5B7V0, PKIB_EMENI ; A0A1U8QK63, PKIC_EMENI ; -DR Q00681, STCJ_EMENI ; Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; -DR S5NIA2, TOXH_COCCA ; +DR Q2TXG3, ORYB_ASPOR ; A0A1D5AG16, PIGJ_MONRU ; A0A1C8AX29, PIGK_MONRU ; +DR Q5B7V0, PKIB_EMENI ; A0A1U8QK63, PKIC_EMENI ; Q00681, STCJ_EMENI ; +DR Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; S5NIA2, TOXH_COCCA ; // ID 2.3.1.87 DE aralkylamine N-acetyltransferase. @@ -48683,17 +48829,17 @@ DR B0UTX7, DAPD_HISS2 ; Q5QXS9, DAPD_IDILO ; A6SZR2, DAPD_JANMA ; DR Q28VJ6, DAPD_JANSC ; P41397, DAPD_KLEOX ; B5Y1K5, DAPD_KLEP3 ; DR A6T4W8, DAPD_KLEP7 ; C1DD37, DAPD_LARHH ; Q5X6L6, DAPD_LEGPA ; DR A5IG27, DAPD_LEGPC ; Q5ZX45, DAPD_LEGPH ; Q5WY20, DAPD_LEGPL ; -DR B1Y6E5, DAPD_LEPCP ; Q2W0E8, DAPD_MAGSA ; Q65TC6, DAPD_MANSM ; -DR Q0ASJ0, DAPD_MARMM ; Q608K0, DAPD_METCA ; A9W317, DAPD_METEP ; -DR Q1H054, DAPD_METFK ; B8IHY5, DAPD_METNO ; B1ZGG8, DAPD_METPB ; -DR B0UJH5, DAPD_METS4 ; C5CBB6, DAPD_MICLC ; Q7U0E7, DAPD_MYCBO ; -DR A0R2G5, DAPD_MYCS2 ; P9WP20, DAPD_MYCTO ; P9WP21, DAPD_MYCTU ; -DR Q5F695, DAPD_NEIG1 ; B4RNN0, DAPD_NEIG2 ; A9M2Y6, DAPD_NEIM0 ; -DR Q9JSS7, DAPD_NEIMA ; Q9K152, DAPD_NEIMB ; A1KVU9, DAPD_NEIMF ; -DR Q0AJF8, DAPD_NITEC ; Q82S90, DAPD_NITEU ; Q1QH73, DAPD_NITHX ; -DR Q2Y7X5, DAPD_NITMU ; Q3J9B1, DAPD_NITOC ; A6Q5J0, DAPD_NITSB ; -DR Q3SN24, DAPD_NITWN ; Q2G798, DAPD_NOVAD ; A1TQ21, DAPD_PARC0 ; -DR A1B507, DAPD_PARDP ; A7HPQ7, DAPD_PARL1 ; B2JID7, DAPD_PARP8 ; +DR B1Y6E5, DAPD_LEPCP ; Q65TC6, DAPD_MANSM ; Q0ASJ0, DAPD_MARMM ; +DR Q608K0, DAPD_METCA ; A9W317, DAPD_METEP ; Q1H054, DAPD_METFK ; +DR B8IHY5, DAPD_METNO ; B1ZGG8, DAPD_METPB ; B0UJH5, DAPD_METS4 ; +DR C5CBB6, DAPD_MICLC ; Q7U0E7, DAPD_MYCBO ; A0R2G5, DAPD_MYCS2 ; +DR P9WP20, DAPD_MYCTO ; P9WP21, DAPD_MYCTU ; Q5F695, DAPD_NEIG1 ; +DR B4RNN0, DAPD_NEIG2 ; A9M2Y6, DAPD_NEIM0 ; Q9JSS7, DAPD_NEIMA ; +DR Q9K152, DAPD_NEIMB ; A1KVU9, DAPD_NEIMF ; Q0AJF8, DAPD_NITEC ; +DR Q82S90, DAPD_NITEU ; Q1QH73, DAPD_NITHX ; Q2Y7X5, DAPD_NITMU ; +DR Q3J9B1, DAPD_NITOC ; A6Q5J0, DAPD_NITSB ; Q3SN24, DAPD_NITWN ; +DR Q2G798, DAPD_NOVAD ; A1TQ21, DAPD_PARC0 ; A1B507, DAPD_PARDP ; +DR A7HPQ7, DAPD_PARL1 ; Q2W0E8, DAPD_PARM1 ; B2JID7, DAPD_PARP8 ; DR B2T5K6, DAPD_PARPJ ; Q13XA4, DAPD_PARXL ; Q9CMZ2, DAPD_PASMU ; DR Q6D8E6, DAPD_PECAS ; Q4FNF4, DAPD_PELUB ; Q7N8Q0, DAPD_PHOLL ; DR A4SYV8, DAPD_POLAQ ; B4F2D6, DAPD_PROMH ; A6V1C2, DAPD_PSEA7 ; @@ -48738,7 +48884,9 @@ AN arylhydroxamate N,O-acetyltransferase. CA acetyl-CoA + an N-hydroxyarylamine = an N-acetoxyarylamine + CoA. CC -!- The enzyme from liver, but not that from bacteria, can also catalyze CC N-acetylation of arylamines and N,O-acetylation of arylhydroxamates. -DR P77567, NHOA_ECOLI ; Q00267, NHOA_SALTY ; +DR P13914, ARY2_CHICK ; P11245, ARY2_HUMAN ; Q7YRG5, ARY2_MACMU ; +DR P50293, ARY2_MESAU ; P50295, ARY2_MOUSE ; P11246, ARY2_RABIT ; +DR P50298, ARY2_RAT ; P77567, NHOA_ECOLI ; Q00267, NHOA_SALTY ; // ID 2.3.1.119 DE Transferred entry: 1.1.1.330, 1.3.1.93, 2.3.1.199 and 4.2.1.134. @@ -48773,8 +48921,8 @@ DR P9WQN9, A85C_MYCTU ; // ID 2.3.1.123 DE dolichol O-acyltransferase. -CA di-trans,poly-cis-dolichol + hexadecanoyl-CoA = a dolichyl hexadecanoate -CA + CoA. +CA a di-trans,poly-cis-dolichol + hexadecanoyl-CoA = a di-trans,poly- +CA cis-dolichyl hexadecanoate + CoA. CC -!- Other acyl-CoAs can act, more slowly. CC -!- Alpha-saturated dolichols are acylated more rapidly than the alpha- CC unsaturated analogs. @@ -48896,8 +49044,8 @@ DR C4L852, LPXA_TOLAT ; B3E4H5, LPXA_TRIL1 ; C5CKT2, LPXA_VARPS ; DR A1WHV4, LPXA_VEREI ; B7VIQ6, LPXA_VIBA3 ; A7MY03, LPXA_VIBC1 ; DR A5F628, LPXA_VIBC3 ; Q9KPW4, LPXA_VIBCH ; C3LQ20, LPXA_VIBCM ; DR Q87ME9, LPXA_VIBPA ; Q8DBE9, LPXA_VIBVU ; Q7MIH1, LPXA_VIBVY ; -DR Q8D2H3, LPXA_WIGBR ; Q8PML7, LPXA_XANAC ; Q3BVL6, LPXA_XANC5 ; -DR Q4USP8, LPXA_XANC8 ; B0RW78, LPXA_XANCB ; Q8PAW5, LPXA_XANCP ; +DR Q8D2H3, LPXA_WIGBR ; Q8PML7, LPXA_XANAC ; Q4USP8, LPXA_XANC8 ; +DR B0RW78, LPXA_XANCB ; Q8PAW5, LPXA_XANCP ; Q3BVL6, LPXA_XANE5 ; DR Q2P4B7, LPXA_XANOM ; B2SR11, LPXA_XANOP ; Q5H1F2, LPXA_XANOR ; DR Q9PEI5, LPXA_XYLFA ; Q87EI4, LPXA_XYLFT ; A1JP69, LPXA_YERE8 ; DR P32201, LPXA_YEREN ; A7FFI1, LPXA_YERP3 ; Q1CAM2, LPXA_YERPA ; @@ -49208,7 +49356,7 @@ DR Q5HUX5, GLMU_CAMJR ; B9KCL5, GLMU_CAMLR ; Q3AFM0, GLMU_CARHZ ; DR Q9A5Z3, GLMU_CAUVC ; B8GYT1, GLMU_CAUVN ; B3PIS4, GLMU_CELJU ; DR Q3J3H0, GLMU_CERS4 ; A4WU43, GLMU_CERS5 ; Q11HG1, GLMU_CHESB ; DR Q1QSD2, GLMU_CHRSD ; Q7MBG1, GLMU_CHRVO ; A8ACN3, GLMU_CITK8 ; -DR B0RHI9, GLMU_CLAMS ; Q97E92, GLMU_CLOAB ; A7FPK2, GLMU_CLOB1 ; +DR B0RHI9, GLMU_CLASE ; Q97E92, GLMU_CLOAB ; A7FPK2, GLMU_CLOB1 ; DR C3KWA1, GLMU_CLOB6 ; A6LPJ1, GLMU_CLOB8 ; B2UXS6, GLMU_CLOBA ; DR B2TI07, GLMU_CLOBB ; A5I7S0, GLMU_CLOBH ; C1FNF1, GLMU_CLOBJ ; DR B1IH02, GLMU_CLOBK ; A7GJD9, GLMU_CLOBL ; B1KTE7, GLMU_CLOBM ; @@ -49223,8 +49371,7 @@ DR Q1LS04, GLMU_CUPMC ; Q0KF07, GLMU_CUPNH ; Q476S2, GLMU_CUPPJ ; DR B2AGH8, GLMU_CUPTR ; Q6AAD3, GLMU_CUTAK ; B8HXB5, GLMU_CYAP4 ; DR Q47JK2, GLMU_DECAR ; Q1IWX3, GLMU_DEIGD ; Q9RW61, GLMU_DEIRA ; DR B1I194, GLMU_DESAP ; B8FY55, GLMU_DESHD ; Q251V1, GLMU_DESHY ; -DR Q6AMF9, GLMU_DESPS ; A4J0P6, GLMU_DESRM ; Q728D5, GLMU_DESVH ; -DR B8DKH2, GLMU_DESVM ; A1VAZ5, GLMU_DESVV ; A5EXL2, GLMU_DICNV ; +DR Q6AMF9, GLMU_DESPS ; A4J0P6, GLMU_DESRM ; A5EXL2, GLMU_DICNV ; DR A8LIS2, GLMU_DINSH ; A7ZTU1, GLMU_ECO24 ; B7UMJ5, GLMU_ECO27 ; DR B7MGF0, GLMU_ECO45 ; B7L878, GLMU_ECO55 ; P0ACC8, GLMU_ECO57 ; DR B5YXD4, GLMU_ECO5E ; B7NR32, GLMU_ECO7I ; B7N2G9, GLMU_ECO81 ; @@ -49262,27 +49409,28 @@ DR Q5WST8, GLMU_LEGPL ; Q6ADP6, GLMU_LEIXX ; Q03T39, GLMU_LEVBA ; DR Q1WV55, GLMU_LIGS1 ; B2GFE2, GLMU_LIMF3 ; A5VI16, GLMU_LIMRD ; DR B2G5J5, GLMU_LIMRJ ; Q92F69, GLMU_LISIN ; C1KYD1, GLMU_LISMC ; DR Q724L5, GLMU_LISMF ; B8DGM7, GLMU_LISMH ; Q8YAD4, GLMU_LISMO ; -DR A0AF03, GLMU_LISW6 ; Q2W7U1, GLMU_MAGSA ; Q65R54, GLMU_MANSM ; -DR Q0AR24, GLMU_MARMM ; A6VTC6, GLMU_MARMS ; A1U7H2, GLMU_MARN8 ; -DR A6UUQ4, GLMU_META3 ; Q60CR2, GLMU_METCA ; Q1GXN2, GLMU_METFK ; -DR Q58501, GLMU_METJA ; A4FX98, GLMU_METM5 ; A6VG23, GLMU_METM7 ; -DR Q6LYB5, GLMU_METMP ; A2SD80, GLMU_METPP ; A6UP85, GLMU_METVS ; -DR B0JJ82, GLMU_MICAN ; C5C9D1, GLMU_MICLC ; Q2RMC5, GLMU_MOOTA ; -DR A0QBW9, GLMU_MYCA1 ; Q7VF00, GLMU_MYCBO ; A1KHF6, GLMU_MYCBP ; -DR C1AM09, GLMU_MYCBT ; A4T6M7, GLMU_MYCGI ; B8ZU67, GLMU_MYCLB ; -DR Q9CD44, GLMU_MYCLE ; B2HDJ0, GLMU_MYCMM ; Q741V3, GLMU_MYCPA ; -DR A0R3C7, GLMU_MYCS2 ; A3Q5G5, GLMU_MYCSJ ; A1UL17, GLMU_MYCSK ; -DR Q1B431, GLMU_MYCSS ; A5U161, GLMU_MYCTA ; P9WMN2, GLMU_MYCTO ; -DR P9WMN3, GLMU_MYCTU ; A0PW60, GLMU_MYCUA ; A1TEF5, GLMU_MYCVP ; -DR Q1DCI1, GLMU_MYXXD ; B9LAA1, GLMU_NAUPA ; Q5F577, GLMU_NEIG1 ; -DR Q50986, GLMU_NEIGO ; A9LZT7, GLMU_NEIM0 ; Q9JWN3, GLMU_NEIMA ; -DR Q9K1P3, GLMU_NEIMB ; A1KR65, GLMU_NEIMF ; Q0AJA8, GLMU_NITEC ; -DR Q82XP7, GLMU_NITEU ; Q1QME9, GLMU_NITHX ; Q2YCA1, GLMU_NITMU ; -DR Q3J6N3, GLMU_NITOC ; A6Q403, GLMU_NITSB ; Q3SRP6, GLMU_NITWN ; -DR Q5YQ11, GLMU_NOCFA ; B2IU73, GLMU_NOSP7 ; Q8YQB2, GLMU_NOSS1 ; -DR Q2G929, GLMU_NOVAD ; Q8CXP9, GLMU_OCEIH ; Q04DS4, GLMU_OENOB ; -DR Q313W4, GLMU_OLEA2 ; A1R4G1, GLMU_PAEAT ; A1TUE2, GLMU_PARC0 ; -DR A1AZN6, GLMU_PARDP ; A7HXP0, GLMU_PARL1 ; Q7U7I0, GLMU_PARMW ; +DR A0AF03, GLMU_LISW6 ; Q65R54, GLMU_MANSM ; Q0AR24, GLMU_MARMM ; +DR A6VTC6, GLMU_MARMS ; A1U7H2, GLMU_MARN8 ; A6UUQ4, GLMU_META3 ; +DR Q60CR2, GLMU_METCA ; Q1GXN2, GLMU_METFK ; Q58501, GLMU_METJA ; +DR A4FX98, GLMU_METM5 ; A6VG23, GLMU_METM7 ; Q6LYB5, GLMU_METMP ; +DR A2SD80, GLMU_METPP ; A6UP85, GLMU_METVS ; B0JJ82, GLMU_MICAN ; +DR C5C9D1, GLMU_MICLC ; Q2RMC5, GLMU_MOOTA ; A0QBW9, GLMU_MYCA1 ; +DR Q7VF00, GLMU_MYCBO ; A1KHF6, GLMU_MYCBP ; C1AM09, GLMU_MYCBT ; +DR A4T6M7, GLMU_MYCGI ; B8ZU67, GLMU_MYCLB ; Q9CD44, GLMU_MYCLE ; +DR B2HDJ0, GLMU_MYCMM ; Q741V3, GLMU_MYCPA ; A0R3C7, GLMU_MYCS2 ; +DR A3Q5G5, GLMU_MYCSJ ; A1UL17, GLMU_MYCSK ; Q1B431, GLMU_MYCSS ; +DR A5U161, GLMU_MYCTA ; P9WMN2, GLMU_MYCTO ; P9WMN3, GLMU_MYCTU ; +DR A0PW60, GLMU_MYCUA ; A1TEF5, GLMU_MYCVP ; Q1DCI1, GLMU_MYXXD ; +DR B9LAA1, GLMU_NAUPA ; Q5F577, GLMU_NEIG1 ; Q50986, GLMU_NEIGO ; +DR A9LZT7, GLMU_NEIM0 ; Q9JWN3, GLMU_NEIMA ; Q9K1P3, GLMU_NEIMB ; +DR A1KR65, GLMU_NEIMF ; Q0AJA8, GLMU_NITEC ; Q82XP7, GLMU_NITEU ; +DR Q1QME9, GLMU_NITHX ; Q2YCA1, GLMU_NITMU ; Q3J6N3, GLMU_NITOC ; +DR A6Q403, GLMU_NITSB ; Q728D5, GLMU_NITV2 ; A1VAZ5, GLMU_NITV4 ; +DR B8DKH2, GLMU_NITV9 ; Q3SRP6, GLMU_NITWN ; Q5YQ11, GLMU_NOCFA ; +DR B2IU73, GLMU_NOSP7 ; Q8YQB2, GLMU_NOSS1 ; Q2G929, GLMU_NOVAD ; +DR Q8CXP9, GLMU_OCEIH ; Q04DS4, GLMU_OENOB ; Q313W4, GLMU_OLEA2 ; +DR A1R4G1, GLMU_PAEAT ; A1TUE2, GLMU_PARC0 ; A1AZN6, GLMU_PARDP ; +DR A7HXP0, GLMU_PARL1 ; Q2W7U1, GLMU_PARM1 ; Q7U7I0, GLMU_PARMW ; DR B2JIL7, GLMU_PARP8 ; B2T6U5, GLMU_PARPJ ; Q13T65, GLMU_PARXL ; DR Q9CK29, GLMU_PASMU ; Q6CYJ8, GLMU_PECAS ; C6DJH5, GLMU_PECCP ; DR Q03HD2, GLMU_PEDPA ; A1ALB2, GLMU_PELPD ; A5D662, GLMU_PELTS ; @@ -49356,8 +49504,8 @@ DR Q83GR0, GLMU_TROWT ; A5CVK9, GLMU_VESOH ; A7N0Z7, GLMU_VIBC1 ; DR A5F461, GLMU_VIBC3 ; Q9KNH7, GLMU_VIBCH ; C3LSI7, GLMU_VIBCM ; DR Q87KB0, GLMU_VIBPA ; Q8DDG6, GLMU_VIBVU ; Q7MGI2, GLMU_VIBVY ; DR Q8D3J1, GLMU_WIGBR ; Q73IM4, GLMU_WOLPM ; Q7M7T9, GLMU_WOLSU ; -DR Q5GTJ4, GLMU_WOLTR ; Q8PGH2, GLMU_XANAC ; Q3BP20, GLMU_XANC5 ; -DR Q4UQF8, GLMU_XANC8 ; B0RWB8, GLMU_XANCB ; Q8PCZ1, GLMU_XANCP ; +DR Q5GTJ4, GLMU_WOLTR ; Q8PGH2, GLMU_XANAC ; Q4UQF8, GLMU_XANC8 ; +DR B0RWB8, GLMU_XANCB ; Q8PCZ1, GLMU_XANCP ; Q3BP20, GLMU_XANE5 ; DR Q2P7P9, GLMU_XANOM ; Q5H4Y0, GLMU_XANOR ; A7INP6, GLMU_XANP2 ; DR B2I874, GLMU_XYLF2 ; Q9PE88, GLMU_XYLFA ; B0U595, GLMU_XYLFM ; DR Q87E93, GLMU_XYLFT ; A1JTC3, GLMU_YERE8 ; A7FPD8, GLMU_YERP3 ; @@ -49518,7 +49666,7 @@ DR Q8TXF4, ACDB_METKA ; O27745, ACDB_METTH ; P27988, DCMA_MOOTH ; // ID 2.3.1.170 DE 6'-deoxychalcone synthase. -CA 4-coumaroyl-CoA + 3 H(+) + 3 malonyl-CoA + NADPH = 3 CO2 + 4 CoA + H2O + +CA 4-coumaroyl-CoA + 4 H(+) + 3 malonyl-CoA + NADPH = 3 CO2 + 4 CoA + H2O + CA isoliquiritigenin + NADP(+). CC -!- Isoliquiritigenin is the precursor of liquiritigenin, CC a 5-deoxyflavanone. @@ -49735,8 +49883,7 @@ DR A9NBY3, FABH_COXBR ; Q820X0, FABH_COXBU ; A7MFQ4, FABH_CROS8 ; DR Q0K8L9, FABH_CUPNH ; Q46Z05, FABH_CUPPJ ; B3R213, FABH_CUPTR ; DR P0DW99, FABH_CUTAC ; C1D0N4, FABH_DEIDV ; Q1J198, FABH_DEIGD ; DR A9BNK6, FABH_DELAS ; B8FRS6, FABH_DESHD ; Q24U40, FABH_DESHY ; -DR Q6AJF8, FABH_DESPS ; Q72CS6, FABH_DESVH ; B8DJG1, FABH_DESVM ; -DR A1VEK1, FABH_DESVV ; A5EXD7, FABH_DICNV ; A8LLT4, FABH_DINSH ; +DR Q6AJF8, FABH_DESPS ; A5EXD7, FABH_DICNV ; A8LLT4, FABH_DINSH ; DR A7ZKJ4, FABH_ECO24 ; P0A6R2, FABH_ECO57 ; A7ZZ48, FABH_ECOHS ; DR A1A9Y5, FABH_ECOK1 ; Q0TIY3, FABH_ECOL5 ; P0A6R1, FABH_ECOL6 ; DR B1IUH4, FABH_ECOLC ; P0A6R0, FABH_ECOLI ; Q1RD66, FABH_ECOUT ; @@ -49756,15 +49903,16 @@ DR Q9CHG0, FABH_LACLA ; A2RM32, FABH_LACLM ; Q030J8, FABH_LACLS ; DR C1DCE8, FABH_LARHH ; Q38XG4, FABH_LATSS ; Q03RV2, FABH_LEVBA ; DR A5VK78, FABH_LIMRD ; B2G7L1, FABH_LIMRJ ; Q929H1, FABH_LISIN ; DR C0LNR0, FABH_LISM4 ; Q71XG3, FABH_LISMF ; Q8Y573, FABH_LISMO ; -DR A0AKV5, FABH_LISW6 ; Q2W4R7, FABH_MAGSA ; A1U0E3, FABH_MARN8 ; -DR Q606L3, FABH_METCA ; B0JXE2, FABH_MICAN ; B1MKD7, FABH_MYCA9 ; -DR B2A2M5, FABH_NATTJ ; Q5F4X5, FABH_NEIG1 ; B4RJI1, FABH_NEIG2 ; -DR A9M142, FABH_NEIM0 ; Q9JW56, FABH_NEIMA ; Q9JXR6, FABH_NEIMB ; -DR A1KRY9, FABH_NEIMF ; Q2GDD8, FABH_NEOSM ; Q1XDU1, FABH_NEOYE ; -DR Q0AIS4, FABH_NITEC ; Q82U60, FABH_NITEU ; Q2YA46, FABH_NITMU ; -DR Q8Z062, FABH_NOSS1 ; Q2G5S1, FABH_NOVAD ; Q8ERU6, FABH_OCEIH ; -DR Q04DM7, FABH_OENOB ; Q30YM1, FABH_OLEA2 ; A1TLD7, FABH_PARC0 ; -DR A6LEP7, FABH_PARD8 ; A1B364, FABH_PARDP ; B2JFI9, FABH_PARP8 ; +DR A0AKV5, FABH_LISW6 ; A1U0E3, FABH_MARN8 ; Q606L3, FABH_METCA ; +DR B0JXE2, FABH_MICAN ; B1MKD7, FABH_MYCA9 ; B2A2M5, FABH_NATTJ ; +DR Q5F4X5, FABH_NEIG1 ; B4RJI1, FABH_NEIG2 ; A9M142, FABH_NEIM0 ; +DR Q9JW56, FABH_NEIMA ; Q9JXR6, FABH_NEIMB ; A1KRY9, FABH_NEIMF ; +DR Q2GDD8, FABH_NEOSM ; Q1XDU1, FABH_NEOYE ; Q0AIS4, FABH_NITEC ; +DR Q82U60, FABH_NITEU ; Q2YA46, FABH_NITMU ; Q72CS6, FABH_NITV2 ; +DR A1VEK1, FABH_NITV4 ; B8DJG1, FABH_NITV9 ; Q8Z062, FABH_NOSS1 ; +DR Q2G5S1, FABH_NOVAD ; Q8ERU6, FABH_OCEIH ; Q04DM7, FABH_OENOB ; +DR Q30YM1, FABH_OLEA2 ; A1TLD7, FABH_PARC0 ; A6LEP7, FABH_PARD8 ; +DR A1B364, FABH_PARDP ; Q2W4R7, FABH_PARM1 ; B2JFI9, FABH_PARP8 ; DR Q9CJS8, FABH_PASMU ; Q6D690, FABH_PECAS ; C0QPF4, FABH_PERMH ; DR Q7N384, FABH_PHOLL ; A6KXK3, FABH_PHOV8 ; A4SVV4, FABH_POLAQ ; DR A1VRU7, FABH_POLNA ; B1XTK6, FABH_POLNS ; Q126I8, FABH_POLSJ ; @@ -49816,7 +49964,7 @@ DR B8GSX7, FABH_THISH ; Q114K0, FABH_TRIEI ; Q3M9J4, FABH_TRIV2 ; DR P64117, FABH_TROW8 ; P64116, FABH_TROWT ; C5CSE2, FABH_VARPS ; DR A1WMX5, FABH_VEREI ; A5CWU7, FABH_VESOH ; Q73GG9, FABH_WOLPM ; DR B3CML1, FABH_WOLPP ; Q5GS22, FABH_WOLTR ; Q8PNE8, FABH_XANAC ; -DR Q3BWI9, FABH_XANC5 ; Q4URQ0, FABH_XANC8 ; Q8PBV1, FABH_XANCP ; +DR Q4URQ0, FABH_XANC8 ; Q8PBV1, FABH_XANCP ; Q3BWI9, FABH_XANE5 ; DR Q2P7B9, FABH_XANOM ; Q9PCG4, FABH_XYLFA ; Q87CL7, FABH_XYLFT ; DR A1JN67, FABH_YERE8 ; A7FH25, FABH_YERP3 ; Q1C6M8, FABH_YERPA ; DR Q8ZFT7, FABH_YERPE ; Q1CI19, FABH_YERPN ; A4TLS3, FABH_YERPP ; @@ -49874,7 +50022,7 @@ DR B3PKN9, LIPB_CELJU ; A3PH28, LIPB_CERS1 ; Q3J5A6, LIPB_CERS4 ; DR A4WQA7, LIPB_CERS5 ; Q11JI3, LIPB_CHESB ; A9WKF8, LIPB_CHLAA ; DR B8G783, LIPB_CHLAD ; B9LM66, LIPB_CHLSY ; A0M5H7, LIPB_CHRFK ; DR Q1QXA4, LIPB_CHRSD ; Q7NTG0, LIPB_CHRVO ; B5EDZ5, LIPB_CITBB ; -DR A8AJH4, LIPB_CITK8 ; A5CQA0, LIPB_CLAM3 ; B0RE23, LIPB_CLAMS ; +DR A8AJH4, LIPB_CITK8 ; A5CQA0, LIPB_CLAM3 ; B0RE23, LIPB_CLASE ; DR A5MZJ0, LIPB_CLOK5 ; Q484R7, LIPB_COLP3 ; C3PHK5, LIPB_CORA7 ; DR Q6NG87, LIPB_CORDI ; Q8FNP5, LIPB_COREF ; A4QFS2, LIPB_CORGB ; DR Q8NNJ1, LIPB_CORGL ; Q4JWD9, LIPB_CORJK ; B6J7S2, LIPB_COXB1 ; @@ -49883,7 +50031,6 @@ DR Q83C64, LIPB_COXBU ; Q0KFE7, LIPB_CUPNH ; Q477G6, LIPB_CUPPJ ; DR Q6A9W7, LIPB_CUTAK ; O19898, LIPB_CYACA ; Q11XW2, LIPB_CYTH3 ; DR Q47JD4, LIPB_DECAR ; Q9RWA5, LIPB_DEIRA ; A9BPT8, LIPB_DELAS ; DR B8J3G1, LIPB_DESDA ; Q6ARJ9, LIPB_DESPS ; A4J246, LIPB_DESRM ; -DR Q72DM3, LIPB_DESVH ; B8DRR1, LIPB_DESVM ; A1VF78, LIPB_DESVV ; DR A5EY93, LIPB_DICNV ; B5YD73, LIPB_DICT6 ; B8DZW2, LIPB_DICTD ; DR A8LRT6, LIPB_DINSH ; A7ZJ18, LIPB_ECO24 ; B7UKS0, LIPB_ECO27 ; DR B7MFQ3, LIPB_ECO45 ; B7L9H4, LIPB_ECO55 ; P60721, LIPB_ECO57 ; @@ -49910,25 +50057,26 @@ DR O13476, LIPB_KLULA ; B2GJ87, LIPB_KOCRD ; Q1IIJ5, LIPB_KORVE ; DR C1D5T4, LIPB_LARHH ; Q5X551, LIPB_LEGPA ; A5IC06, LIPB_LEGPC ; DR Q5ZVC9, LIPB_LEGPH ; Q5WWD9, LIPB_LEGPL ; Q6AFG6, LIPB_LEIXX ; DR Q04TD5, LIPB_LEPBJ ; Q052G1, LIPB_LEPBL ; Q72QP1, LIPB_LEPIC ; -DR Q8F5F1, LIPB_LEPIN ; A0L510, LIPB_MAGMM ; Q2W9F0, LIPB_MAGSA ; -DR Q65RH6, LIPB_MANSM ; Q0ANV0, LIPB_MARMM ; A6VZ75, LIPB_MARMS ; -DR A1U3B4, LIPB_MARN8 ; C6BZY6, LIPB_MARSD ; Q60CJ7, LIPB_METCA ; -DR Q1GYC2, LIPB_METFK ; A2SCI8, LIPB_METPP ; A0QEY7, LIPB_MYCA1 ; -DR Q7VEN4, LIPB_MYCBO ; A1KKQ9, LIPB_MYCBP ; C1AQD2, LIPB_MYCBT ; -DR A4TBJ9, LIPB_MYCGI ; B8ZQK0, LIPB_MYCLB ; O32961, LIPB_MYCLE ; -DR B2HHL3, LIPB_MYCMM ; Q73YJ7, LIPB_MYCPA ; A0R074, LIPB_MYCS2 ; -DR A3Q1S7, LIPB_MYCSJ ; A1UIB3, LIPB_MYCSK ; Q1B6R2, LIPB_MYCSS ; -DR A5U4P5, LIPB_MYCTA ; P9WK82, LIPB_MYCTO ; P9WK83, LIPB_MYCTU ; -DR A0PNH8, LIPB_MYCUA ; A1TB25, LIPB_MYCVP ; Q9X6X4, LIPB_MYXXA ; -DR Q5F8I1, LIPB_NEIG1 ; B4RLL0, LIPB_NEIG2 ; A9LZ96, LIPB_NEIM0 ; -DR Q9JUC7, LIPB_NEIMA ; Q9JZA4, LIPB_NEIMB ; A1KU21, LIPB_NEIMF ; -DR Q2GEU6, LIPB_NEOSM ; Q0AI04, LIPB_NITEC ; Q82UJ6, LIPB_NITEU ; -DR Q1QLD9, LIPB_NITHX ; Q2Y7I8, LIPB_NITMU ; Q3J7W3, LIPB_NITOC ; -DR Q3SRU9, LIPB_NITWN ; Q5YZ58, LIPB_NOCFA ; B2IVM2, LIPB_NOSP7 ; -DR Q8YSA4, LIPB_NOSS1 ; Q2GC80, LIPB_NOVAD ; Q30XT7, LIPB_OLEA2 ; -DR A5CEL3, LIPB_ORITB ; B3CRE6, LIPB_ORITI ; A1R5J6, LIPB_PAEAT ; -DR A1TJ32, LIPB_PARC0 ; A6L9E1, LIPB_PARD8 ; A1B3D5, LIPB_PARDP ; -DR A7HWU9, LIPB_PARL1 ; Q7U8F2, LIPB_PARMW ; B2JC45, LIPB_PARP8 ; +DR Q8F5F1, LIPB_LEPIN ; A0L510, LIPB_MAGMM ; Q65RH6, LIPB_MANSM ; +DR Q0ANV0, LIPB_MARMM ; A6VZ75, LIPB_MARMS ; A1U3B4, LIPB_MARN8 ; +DR C6BZY6, LIPB_MARSD ; Q60CJ7, LIPB_METCA ; Q1GYC2, LIPB_METFK ; +DR A2SCI8, LIPB_METPP ; A0QEY7, LIPB_MYCA1 ; Q7VEN4, LIPB_MYCBO ; +DR A1KKQ9, LIPB_MYCBP ; C1AQD2, LIPB_MYCBT ; A4TBJ9, LIPB_MYCGI ; +DR B8ZQK0, LIPB_MYCLB ; O32961, LIPB_MYCLE ; B2HHL3, LIPB_MYCMM ; +DR Q73YJ7, LIPB_MYCPA ; A0R074, LIPB_MYCS2 ; A3Q1S7, LIPB_MYCSJ ; +DR A1UIB3, LIPB_MYCSK ; Q1B6R2, LIPB_MYCSS ; A5U4P5, LIPB_MYCTA ; +DR P9WK82, LIPB_MYCTO ; P9WK83, LIPB_MYCTU ; A0PNH8, LIPB_MYCUA ; +DR A1TB25, LIPB_MYCVP ; Q9X6X4, LIPB_MYXXA ; Q5F8I1, LIPB_NEIG1 ; +DR B4RLL0, LIPB_NEIG2 ; A9LZ96, LIPB_NEIM0 ; Q9JUC7, LIPB_NEIMA ; +DR Q9JZA4, LIPB_NEIMB ; A1KU21, LIPB_NEIMF ; Q2GEU6, LIPB_NEOSM ; +DR Q0AI04, LIPB_NITEC ; Q82UJ6, LIPB_NITEU ; Q1QLD9, LIPB_NITHX ; +DR Q2Y7I8, LIPB_NITMU ; Q3J7W3, LIPB_NITOC ; Q72DM3, LIPB_NITV2 ; +DR A1VF78, LIPB_NITV4 ; B8DRR1, LIPB_NITV9 ; Q3SRU9, LIPB_NITWN ; +DR Q5YZ58, LIPB_NOCFA ; B2IVM2, LIPB_NOSP7 ; Q8YSA4, LIPB_NOSS1 ; +DR Q2GC80, LIPB_NOVAD ; Q30XT7, LIPB_OLEA2 ; A5CEL3, LIPB_ORITB ; +DR B3CRE6, LIPB_ORITI ; A1R5J6, LIPB_PAEAT ; A1TJ32, LIPB_PARC0 ; +DR A6L9E1, LIPB_PARD8 ; A1B3D5, LIPB_PARDP ; A7HWU9, LIPB_PARL1 ; +DR Q2W9F0, LIPB_PARM1 ; Q7U8F2, LIPB_PARMW ; B2JC45, LIPB_PARP8 ; DR B2SWY4, LIPB_PARPJ ; Q00520, LIPB_PARVE ; Q146F2, LIPB_PARXL ; DR P57977, LIPB_PASMU ; Q6D7M7, LIPB_PECAS ; C6DBV7, LIPB_PECCP ; DR A1AMT7, LIPB_PELPD ; Q4FLP4, LIPB_PELUB ; C0QQ61, LIPB_PERMH ; @@ -49984,8 +50132,8 @@ DR A1WF49, LIPB_VEREI ; A5CWR5, LIPB_VESOH ; B7VKE7, LIPB_VIBA3 ; DR A7MY97, LIPB_VIBC1 ; A5F2Y1, LIPB_VIBC3 ; Q9KTF8, LIPB_VIBCH ; DR Q87RR0, LIPB_VIBPA ; Q8DFD2, LIPB_VIBVU ; Q7MN16, LIPB_VIBVY ; DR Q8D326, LIPB_WIGBR ; Q73GE2, LIPB_WOLPM ; B3CLJ0, LIPB_WOLPP ; -DR Q5GT50, LIPB_WOLTR ; Q8PPL9, LIPB_XANAC ; Q3BXQ4, LIPB_XANC5 ; -DR Q4UYT3, LIPB_XANC8 ; B0RNP8, LIPB_XANCB ; Q8P589, LIPB_XANCP ; +DR Q5GT50, LIPB_WOLTR ; Q8PPL9, LIPB_XANAC ; Q4UYT3, LIPB_XANC8 ; +DR B0RNP8, LIPB_XANCB ; Q8P589, LIPB_XANCP ; Q3BXQ4, LIPB_XANE5 ; DR Q2NYZ1, LIPB_XANOM ; Q5GVR6, LIPB_XANOR ; Q9PDV9, LIPB_XYLFA ; DR Q87DZ8, LIPB_XYLFT ; Q06005, LIPB_YEAST ; A1JPR8, LIPB_YERE8 ; DR A7FKY8, LIPB_YERP3 ; Q1C508, LIPB_YERPA ; B2K875, LIPB_YERPB ; @@ -50118,22 +50266,22 @@ CC substrate. DR A0LWI8, MSHD_ACIC1 ; C7M077, MSHD_ACIFD ; C6WPR7, MSHD_ACTMD ; DR Q5EDG0, MSHD_AMYMU ; A0JZC2, MSHD_ARTS2 ; C5C246, MSHD_BEUC1 ; DR C7MGB3, MSHD_BRAFD ; C7QKH8, MSHD_CATAD ; D5UJR1, MSHD_CELFN ; -DR A5CTZ8, MSHD_CLAM3 ; B0RAV5, MSHD_CLAMS ; C3PIU4, MSHD_CORA7 ; +DR A5CTZ8, MSHD_CLAM3 ; B0RAV5, MSHD_CLASE ; C3PIU4, MSHD_CORA7 ; DR Q6NFH9, MSHD_CORDI ; Q8FMN5, MSHD_COREF ; A4QGX4, MSHD_CORGB ; DR Q8NMJ7, MSHD_CORGL ; Q4JXC9, MSHD_CORJK ; C4LH71, MSHD_CORK4 ; DR B1VII5, MSHD_CORU7 ; Q0RS64, MSHD_FRAAA ; Q2JFW4, MSHD_FRACC ; -DR A8LDL3, MSHD_FRASN ; D2S4P5, MSHD_GEOOG ; D0L3V5, MSHD_GORB4 ; -DR C7R1N6, MSHD_JONDD ; A6W6C7, MSHD_KINRD ; B2GI63, MSHD_KOCRD ; -DR D2Q187, MSHD_KRIFD ; C7NK43, MSHD_KYTSD ; C5CC88, MSHD_MICLC ; -DR A0QAU8, MSHD_MYCA1 ; B1MI19, MSHD_MYCA9 ; Q7U173, MSHD_MYCBO ; -DR A1KGV2, MSHD_MYCBP ; C1ALF4, MSHD_MYCBT ; A4T7H0, MSHD_MYCGI ; -DR B8ZSU0, MSHD_MYCLB ; Q9CBC9, MSHD_MYCLE ; B2HH13, MSHD_MYCMM ; -DR Q743D5, MSHD_MYCPA ; A4ZHT6, MSHD_MYCS2 ; A3Q695, MSHD_MYCSJ ; -DR A1ULU4, MSHD_MYCSK ; Q1B3A6, MSHD_MYCSS ; A5U0K8, MSHD_MYCTA ; -DR A5WKI8, MSHD_MYCTF ; C6DVC4, MSHD_MYCTK ; P9WJM6, MSHD_MYCTO ; -DR P9WJM7, MSHD_MYCTU ; A0PLC7, MSHD_MYCUA ; A1TFB7, MSHD_MYCVP ; -DR C8XA55, MSHD_NAKMY ; D7AWZ7, MSHD_NOCDD ; Q5Z297, MSHD_NOCFA ; -DR A1SPL0, MSHD_NOCSJ ; A1R8Y2, MSHD_PAEAT ; D7GG24, MSHD_PROFC ; +DR D2S4P5, MSHD_GEOOG ; D0L3V5, MSHD_GORB4 ; C7R1N6, MSHD_JONDD ; +DR A6W6C7, MSHD_KINRD ; B2GI63, MSHD_KOCRD ; D2Q187, MSHD_KRIFD ; +DR C7NK43, MSHD_KYTSD ; C5CC88, MSHD_MICLC ; A0QAU8, MSHD_MYCA1 ; +DR B1MI19, MSHD_MYCA9 ; Q7U173, MSHD_MYCBO ; A1KGV2, MSHD_MYCBP ; +DR C1ALF4, MSHD_MYCBT ; A4T7H0, MSHD_MYCGI ; B8ZSU0, MSHD_MYCLB ; +DR Q9CBC9, MSHD_MYCLE ; B2HH13, MSHD_MYCMM ; Q743D5, MSHD_MYCPA ; +DR A4ZHT6, MSHD_MYCS2 ; A3Q695, MSHD_MYCSJ ; A1ULU4, MSHD_MYCSK ; +DR Q1B3A6, MSHD_MYCSS ; A5U0K8, MSHD_MYCTA ; A5WKI8, MSHD_MYCTF ; +DR C6DVC4, MSHD_MYCTK ; P9WJM6, MSHD_MYCTO ; P9WJM7, MSHD_MYCTU ; +DR A0PLC7, MSHD_MYCUA ; A1TFB7, MSHD_MYCVP ; C8XA55, MSHD_NAKMY ; +DR D7AWZ7, MSHD_NOCDD ; Q5Z297, MSHD_NOCFA ; A1SPL0, MSHD_NOCSJ ; +DR A1R8Y2, MSHD_PAEAT ; A8LDL3, MSHD_PARS2 ; D7GG24, MSHD_PROFC ; DR B8HD44, MSHD_PSECP ; A9WNI5, MSHD_RENSM ; C0ZP17, MSHD_RHOE4 ; DR Q0S740, MSHD_RHOJR ; C1ATC6, MSHD_RHOOB ; D2NRH2, MSHD_ROTMD ; DR A4FQD4, MSHD_SACEN ; C7MRC4, MSHD_SACVD ; A8LYQ4, MSHD_SALAI ; @@ -50215,18 +50363,17 @@ DR A9KC34, LPXD_COXBN ; A9NC98, LPXD_COXBR ; Q83DT0, LPXD_COXBU ; DR Q1LNE8, LPXD_CUPMC ; Q0KA26, LPXD_CUPNH ; Q470E7, LPXD_CUPPJ ; DR B3R2A7, LPXD_CUPTR ; Q11WA1, LPXD_CYTH3 ; Q47F82, LPXD_DECAR ; DR A9BMM2, LPXD_DELAS ; A8ZYC0, LPXD_DESOH ; Q6AJ06, LPXD_DESPS ; -DR Q729I2, LPXD_DESVH ; B8DSI1, LPXD_DESVM ; P65323, LPXD_ECO57 ; -DR Q0TLF4, LPXD_ECOL5 ; P65322, LPXD_ECOL6 ; P21645, LPXD_ECOLI ; -DR Q1RG10, LPXD_ECOUT ; B2KAU6, LPXD_ELUMP ; A7NAP3, LPXD_FRATF ; -DR Q8R6D9, LPXD_FUSNN ; B9M8V8, LPXD_GEODF ; Q39T44, LPXD_GEOMG ; -DR Q74AT5, LPXD_GEOSL ; C6E5B9, LPXD_GEOSM ; B7KFG9, LPXD_GLOC7 ; -DR Q0BTL2, LPXD_GRABC ; Q7VM24, LPXD_HAEDU ; Q4QLZ4, LPXD_HAEI8 ; -DR P43888, LPXD_HAEIN ; Q2SBQ8, LPXD_HAHCH ; A1WT71, LPXD_HALHL ; -DR Q7VH68, LPXD_HELHP ; Q1CUW5, LPXD_HELPH ; Q9ZMN6, LPXD_HELPJ ; -DR O24991, LPXD_HELPY ; A4G4T1, LPXD_HERAR ; Q0I387, LPXD_HISS1 ; -DR Q31G52, LPXD_HYDCU ; Q0C1B1, LPXD_HYPNA ; Q5R0Z4, LPXD_IDILO ; -DR A6SZP1, LPXD_JANMA ; Q1MPK2, LPXD_LAWIP ; B0SCK5, LPXD_LEPBA ; -DR B0SKN3, LPXD_LEPBP ; B1XXI5, LPXD_LEPCP ; Q2W4D3, LPXD_MAGSA ; +DR P65323, LPXD_ECO57 ; Q0TLF4, LPXD_ECOL5 ; P65322, LPXD_ECOL6 ; +DR P21645, LPXD_ECOLI ; Q1RG10, LPXD_ECOUT ; B2KAU6, LPXD_ELUMP ; +DR A7NAP3, LPXD_FRATF ; Q8R6D9, LPXD_FUSNN ; B9M8V8, LPXD_GEODF ; +DR Q39T44, LPXD_GEOMG ; Q74AT5, LPXD_GEOSL ; C6E5B9, LPXD_GEOSM ; +DR B7KFG9, LPXD_GLOC7 ; Q0BTL2, LPXD_GRABC ; Q7VM24, LPXD_HAEDU ; +DR Q4QLZ4, LPXD_HAEI8 ; P43888, LPXD_HAEIN ; Q2SBQ8, LPXD_HAHCH ; +DR A1WT71, LPXD_HALHL ; Q7VH68, LPXD_HELHP ; Q1CUW5, LPXD_HELPH ; +DR Q9ZMN6, LPXD_HELPJ ; O24991, LPXD_HELPY ; A4G4T1, LPXD_HERAR ; +DR Q0I387, LPXD_HISS1 ; Q31G52, LPXD_HYDCU ; Q0C1B1, LPXD_HYPNA ; +DR Q5R0Z4, LPXD_IDILO ; A6SZP1, LPXD_JANMA ; Q1MPK2, LPXD_LAWIP ; +DR B0SCK5, LPXD_LEPBA ; B0SKN3, LPXD_LEPBP ; B1XXI5, LPXD_LEPCP ; DR Q65R81, LPXD_MANSM ; Q0APV5, LPXD_MARMM ; A6VUT2, LPXD_MARMS ; DR B7KZG7, LPXD_METC4 ; Q9AIP8, LPXD_METCA ; A9W4H0, LPXD_METEP ; DR Q1H149, LPXD_METFK ; B3E0P9, LPXD_METI4 ; B8INJ6, LPXD_METNO ; @@ -50234,9 +50381,10 @@ DR B1ZLC2, LPXD_METPB ; B1LTP6, LPXD_METRJ ; B0UQ03, LPXD_METS4 ; DR B0JUA2, LPXD_MICAN ; Q1D385, LPXD_MYXXD ; Q5F5W6, LPXD_NEIG1 ; DR B4RR13, LPXD_NEIG2 ; A9M3S8, LPXD_NEIM0 ; Q9JX29, LPXD_NEIMA ; DR P95377, LPXD_NEIMB ; A1KRL2, LPXD_NEIMF ; Q1QMM8, LPXD_NITHX ; -DR Q3JEI7, LPXD_NITOC ; B2IUM5, LPXD_NOSP7 ; Q8YSL0, LPXD_NOSS1 ; -DR Q312H3, LPXD_OLEA2 ; A1TN79, LPXD_PARC0 ; A6LDS1, LPXD_PARD8 ; -DR A1B1F2, LPXD_PARDP ; A7HY09, LPXD_PARL1 ; Q7U841, LPXD_PARMW ; +DR Q3JEI7, LPXD_NITOC ; Q729I2, LPXD_NITV2 ; B8DSI1, LPXD_NITV9 ; +DR B2IUM5, LPXD_NOSP7 ; Q8YSL0, LPXD_NOSS1 ; Q312H3, LPXD_OLEA2 ; +DR A1TN79, LPXD_PARC0 ; A6LDS1, LPXD_PARD8 ; A1B1F2, LPXD_PARDP ; +DR A7HY09, LPXD_PARL1 ; Q2W4D3, LPXD_PARM1 ; Q7U841, LPXD_PARMW ; DR B2JIB6, LPXD_PARP8 ; B2T5I4, LPXD_PARPJ ; Q6MAE7, LPXD_PARUW ; DR Q13XC6, LPXD_PARXL ; Q9CJL0, LPXD_PASMU ; Q6D8D3, LPXD_PECAS ; DR B4RBY4, LPXD_PHEZH ; Q7N8N7, LPXD_PHOLL ; Q6LN34, LPXD_PHOPR ; @@ -50275,8 +50423,8 @@ DR C4L854, LPXD_TOLAT ; Q10VF5, LPXD_TRIEI ; Q3MEX5, LPXD_TRIV2 ; DR C5CKT0, LPXD_VARPS ; A1WHV2, LPXD_VEREI ; A5CWN8, LPXD_VESOH ; DR Q9KPW2, LPXD_VIBCH ; Q87ME7, LPXD_VIBPA ; Q8DBF1, LPXD_VIBVU ; DR Q7MIH0, LPXD_VIBVY ; Q8D2H2, LPXD_WIGBR ; Q7MAQ2, LPXD_WOLSU ; -DR Q8PML5, LPXD_XANAC ; Q3BVL4, LPXD_XANC5 ; Q4USQ0, LPXD_XANC8 ; -DR Q8PAW3, LPXD_XANCP ; Q2P4B5, LPXD_XANOM ; Q5H1F0, LPXD_XANOR ; +DR Q8PML5, LPXD_XANAC ; Q4USQ0, LPXD_XANC8 ; Q8PAW3, LPXD_XANCP ; +DR Q3BVL4, LPXD_XANE5 ; Q2P4B5, LPXD_XANOM ; Q5H1F0, LPXD_XANOR ; DR B2I7P1, LPXD_XYLF2 ; Q9PEI3, LPXD_XYLFA ; B0U239, LPXD_XYLFM ; DR Q87EI2, LPXD_XYLFT ; P32203, LPXD_YEREN ; Q1CAM4, LPXD_YERPA ; DR P58611, LPXD_YERPE ; Q1CFF7, LPXD_YERPN ; Q667J9, LPXD_YERPS ; @@ -50772,8 +50920,9 @@ DR Q923G5, ZDHC7_RAT ; Q9LIE4, ZDHC8_ARATH; Q2THW8, ZDHC8_CANLF; DR Q54VH7, ZDHC8_DICDI; Q9W345, ZDHC8_DROME; Q9ULC8, ZDHC8_HUMAN; DR Q5Y5T5, ZDHC8_MOUSE; Q2THX0, ZDHC8_PANTR; Q0WQK2, ZDHC9_ARATH; DR Q58DA8, ZDHC9_BOVIN; F1R013, ZDHC9_DANRE; Q9Y397, ZDHC9_HUMAN; -DR P59268, ZDHC9_MOUSE; Q5R5J8, ZDHC9_PONAB; Q5FC64, ZDHCS_CAEEL; -DR P0C7U3, ZH11B_HUMAN; A0A0R4IDP3, ZH15A_DANRE; F1QXD3, ZH15B_DANRE; +DR P59268, ZDHC9_MOUSE; Q10L01, ZDHC9_ORYSJ; Q5R5J8, ZDHC9_PONAB; +DR Q5FC64, ZDHCS_CAEEL; P0C7U3, ZH11B_HUMAN; A0A0R4IDP3, ZH15A_DANRE; +DR F1QXD3, ZH15B_DANRE; // ID 2.3.1.226 DE carboxymethylproline synthase. @@ -50983,60 +51132,59 @@ DR Q474C0, TSAD_CUPPJ ; B3R5H2, TSAD_CUPTR ; Q6A6V2, TSAD_CUTAK ; DR B8HVK5, TSAD_CYAP4 ; Q11TP2, TSAD_CYTH3 ; Q47IP4, TSAD_DECAR ; DR Q3Z6L5, TSAD_DEHM1 ; A5FPR2, TSAD_DEHMB ; Q3ZYX0, TSAD_DEHMC ; DR Q1IZH8, TSAD_DEIGD ; C0Q8X7, TSAD_DESAH ; B8J025, TSAD_DESDA ; -DR Q24QC9, TSAD_DESHY ; Q6AL73, TSAD_DESPS ; Q72B00, TSAD_DESVH ; -DR A1VD24, TSAD_DESVV ; A5EWZ5, TSAD_DICNV ; B5YDS4, TSAD_DICT6 ; -DR B8E1B4, TSAD_DICTD ; A8LP83, TSAD_DINSH ; A7ZRU6, TSAD_ECO24 ; -DR B7UIX2, TSAD_ECO27 ; B7MB00, TSAD_ECO45 ; B7LGZ9, TSAD_ECO55 ; -DR Q8XBK3, TSAD_ECO57 ; B5YRA4, TSAD_ECO5E ; B7NJS7, TSAD_ECO7I ; -DR B7N068, TSAD_ECO81 ; B7LZL4, TSAD_ECO8A ; C4ZQY1, TSAD_ECOBW ; -DR B1XG69, TSAD_ECODH ; A8A4M1, TSAD_ECOHS ; A1AFY6, TSAD_ECOK1 ; -DR Q0TD42, TSAD_ECOL5 ; Q8FDG6, TSAD_ECOL6 ; B1IRQ2, TSAD_ECOLC ; -DR P05852, TSAD_ECOLI ; B7ND53, TSAD_ECOLU ; B6I436, TSAD_ECOSE ; -DR B1LF56, TSAD_ECOSM ; Q1R6R7, TSAD_ECOUT ; C5BHG1, TSAD_EDWI9 ; -DR Q3YS67, TSAD_EHRCJ ; Q2GGH9, TSAD_EHRCR ; Q5FGU3, TSAD_EHRRG ; -DR Q5HBC3, TSAD_EHRRW ; B1GZV6, TSAD_ENDTX ; A4WEJ9, TSAD_ENT38 ; -DR Q831N0, TSAD_ENTFA ; B2VGJ0, TSAD_ERWT9 ; Q2N8R7, TSAD_ERYLH ; -DR B7LQD8, TSAD_ESCF3 ; A7HLB0, TSAD_FERNB ; Q0RM11, TSAD_FRAAA ; -DR Q2J9L8, TSAD_FRACC ; B0TX13, TSAD_FRAP2 ; Q14JT2, TSAD_FRAT1 ; -DR A7NEB6, TSAD_FRATF ; Q2A1N0, TSAD_FRATH ; B2SFD9, TSAD_FRATM ; -DR A0Q864, TSAD_FRATN ; Q0BKC8, TSAD_FRATO ; Q5NIC9, TSAD_FRATT ; -DR A4IWA2, TSAD_FRATW ; Q8RFX8, TSAD_FUSNN ; C1A601, TSAD_GEMAT ; -DR B9M2S8, TSAD_GEODF ; Q5L3F6, TSAD_GEOKA ; Q39W35, TSAD_GEOMG ; -DR Q74C11, TSAD_GEOSL ; C6E7C1, TSAD_GEOSM ; A4IJU4, TSAD_GEOTN ; -DR A5G3X1, TSAD_GEOUR ; B8F7W7, TSAD_GLAP5 ; B7K765, TSAD_GLOC7 ; -DR Q7NKX2, TSAD_GLOVI ; Q5FPS6, TSAD_GLUOX ; Q0BPC9, TSAD_GRABC ; -DR Q9L7A5, TSAD_HAEDU ; P43764, TSAD_HAEIN ; Q2S8V7, TSAD_HAHCH ; -DR Q9KFD3, TSAD_HALH5 ; A1WZH8, TSAD_HALHL ; C4K3R9, TSAD_HAMD5 ; -DR Q17Z01, TSAD_HELAH ; Q7VF36, TSAD_HELHP ; B6JP93, TSAD_HELP2 ; -DR B5Z9L4, TSAD_HELPG ; Q9ZJ27, TSAD_HELPJ ; B2UW00, TSAD_HELPS ; -DR P55996, TSAD_HELPY ; A4G2A7, TSAD_HERAR ; B0USH5, TSAD_HISS2 ; -DR Q31EM1, TSAD_HYDCU ; Q0C5X3, TSAD_HYPNA ; Q5QY46, TSAD_IDILO ; -DR Q28JW5, TSAD_JANSC ; A6W504, TSAD_KINRD ; B5XU22, TSAD_KLEP3 ; -DR A6TE46, TSAD_KLEP7 ; Q1IUF1, TSAD_KORVE ; C5CD32, TSAD_KOSOT ; -DR Q5FLZ3, TSAD_LACAC ; B3W9X7, TSAD_LACCB ; Q1G933, TSAD_LACDA ; -DR Q048X8, TSAD_LACDB ; Q045T6, TSAD_LACGA ; Q74KY8, TSAD_LACJO ; -DR Q9CIR1, TSAD_LACLA ; A2RI22, TSAD_LACLM ; Q032D4, TSAD_LACLS ; -DR Q035Y0, TSAD_LACP3 ; Q88YN0, TSAD_LACPL ; C1DB12, TSAD_LARHH ; -DR Q38YS5, TSAD_LATSS ; Q1MRF2, TSAD_LAWIP ; Q5X2T1, TSAD_LEGPA ; -DR A5IEF9, TSAD_LEGPC ; Q5ZT08, TSAD_LEGPH ; Q5WU89, TSAD_LEGPL ; -DR Q6AD38, TSAD_LEIXX ; Q04RH4, TSAD_LEPBJ ; Q053A4, TSAD_LEPBL ; -DR Q72Q12, TSAD_LEPIC ; Q8F661, TSAD_LEPIN ; Q03VB0, TSAD_LEUMM ; -DR Q03SR5, TSAD_LEVBA ; Q1WSV5, TSAD_LIGS1 ; B2GAG0, TSAD_LIMF3 ; -DR A5VID8, TSAD_LIMRD ; B2G5W6, TSAD_LIMRJ ; Q929U3, TSAD_LISIN ; -DR C1KX28, TSAD_LISMC ; Q71XT8, TSAD_LISMF ; Q8Y5I7, TSAD_LISMO ; -DR A0AKI2, TSAD_LISW6 ; A0L5L8, TSAD_MAGMM ; Q2VYV2, TSAD_MAGSA ; +DR Q24QC9, TSAD_DESHY ; Q6AL73, TSAD_DESPS ; A5EWZ5, TSAD_DICNV ; +DR B5YDS4, TSAD_DICT6 ; B8E1B4, TSAD_DICTD ; A8LP83, TSAD_DINSH ; +DR A7ZRU6, TSAD_ECO24 ; B7UIX2, TSAD_ECO27 ; B7MB00, TSAD_ECO45 ; +DR B7LGZ9, TSAD_ECO55 ; Q8XBK3, TSAD_ECO57 ; B5YRA4, TSAD_ECO5E ; +DR B7NJS7, TSAD_ECO7I ; B7N068, TSAD_ECO81 ; B7LZL4, TSAD_ECO8A ; +DR C4ZQY1, TSAD_ECOBW ; B1XG69, TSAD_ECODH ; A8A4M1, TSAD_ECOHS ; +DR A1AFY6, TSAD_ECOK1 ; Q0TD42, TSAD_ECOL5 ; Q8FDG6, TSAD_ECOL6 ; +DR B1IRQ2, TSAD_ECOLC ; P05852, TSAD_ECOLI ; B7ND53, TSAD_ECOLU ; +DR B6I436, TSAD_ECOSE ; B1LF56, TSAD_ECOSM ; Q1R6R7, TSAD_ECOUT ; +DR C5BHG1, TSAD_EDWI9 ; Q3YS67, TSAD_EHRCJ ; Q2GGH9, TSAD_EHRCR ; +DR Q5FGU3, TSAD_EHRRG ; Q5HBC3, TSAD_EHRRW ; B1GZV6, TSAD_ENDTX ; +DR A4WEJ9, TSAD_ENT38 ; Q831N0, TSAD_ENTFA ; B2VGJ0, TSAD_ERWT9 ; +DR Q2N8R7, TSAD_ERYLH ; B7LQD8, TSAD_ESCF3 ; A7HLB0, TSAD_FERNB ; +DR Q0RM11, TSAD_FRAAA ; Q2J9L8, TSAD_FRACC ; B0TX13, TSAD_FRAP2 ; +DR Q14JT2, TSAD_FRAT1 ; A7NEB6, TSAD_FRATF ; Q2A1N0, TSAD_FRATH ; +DR B2SFD9, TSAD_FRATM ; A0Q864, TSAD_FRATN ; Q0BKC8, TSAD_FRATO ; +DR Q5NIC9, TSAD_FRATT ; A4IWA2, TSAD_FRATW ; Q8RFX8, TSAD_FUSNN ; +DR C1A601, TSAD_GEMAT ; B9M2S8, TSAD_GEODF ; Q5L3F6, TSAD_GEOKA ; +DR Q39W35, TSAD_GEOMG ; Q74C11, TSAD_GEOSL ; C6E7C1, TSAD_GEOSM ; +DR A4IJU4, TSAD_GEOTN ; A5G3X1, TSAD_GEOUR ; B8F7W7, TSAD_GLAP5 ; +DR B7K765, TSAD_GLOC7 ; Q7NKX2, TSAD_GLOVI ; Q5FPS6, TSAD_GLUOX ; +DR Q0BPC9, TSAD_GRABC ; Q9L7A5, TSAD_HAEDU ; P43764, TSAD_HAEIN ; +DR Q2S8V7, TSAD_HAHCH ; Q9KFD3, TSAD_HALH5 ; A1WZH8, TSAD_HALHL ; +DR C4K3R9, TSAD_HAMD5 ; Q17Z01, TSAD_HELAH ; Q7VF36, TSAD_HELHP ; +DR B6JP93, TSAD_HELP2 ; B5Z9L4, TSAD_HELPG ; Q9ZJ27, TSAD_HELPJ ; +DR B2UW00, TSAD_HELPS ; P55996, TSAD_HELPY ; A4G2A7, TSAD_HERAR ; +DR B0USH5, TSAD_HISS2 ; Q31EM1, TSAD_HYDCU ; Q0C5X3, TSAD_HYPNA ; +DR Q5QY46, TSAD_IDILO ; Q28JW5, TSAD_JANSC ; A6W504, TSAD_KINRD ; +DR B5XU22, TSAD_KLEP3 ; A6TE46, TSAD_KLEP7 ; Q1IUF1, TSAD_KORVE ; +DR C5CD32, TSAD_KOSOT ; Q5FLZ3, TSAD_LACAC ; B3W9X7, TSAD_LACCB ; +DR Q1G933, TSAD_LACDA ; Q048X8, TSAD_LACDB ; Q045T6, TSAD_LACGA ; +DR Q74KY8, TSAD_LACJO ; Q9CIR1, TSAD_LACLA ; A2RI22, TSAD_LACLM ; +DR Q032D4, TSAD_LACLS ; Q035Y0, TSAD_LACP3 ; Q88YN0, TSAD_LACPL ; +DR C1DB12, TSAD_LARHH ; Q38YS5, TSAD_LATSS ; Q1MRF2, TSAD_LAWIP ; +DR Q5X2T1, TSAD_LEGPA ; A5IEF9, TSAD_LEGPC ; Q5ZT08, TSAD_LEGPH ; +DR Q5WU89, TSAD_LEGPL ; Q6AD38, TSAD_LEIXX ; Q04RH4, TSAD_LEPBJ ; +DR Q053A4, TSAD_LEPBL ; Q72Q12, TSAD_LEPIC ; Q8F661, TSAD_LEPIN ; +DR Q03VB0, TSAD_LEUMM ; Q03SR5, TSAD_LEVBA ; Q1WSV5, TSAD_LIGS1 ; +DR B2GAG0, TSAD_LIMF3 ; A5VID8, TSAD_LIMRD ; B2G5W6, TSAD_LIMRJ ; +DR Q929U3, TSAD_LISIN ; C1KX28, TSAD_LISMC ; Q71XT8, TSAD_LISMF ; +DR Q8Y5I7, TSAD_LISMO ; A0AKI2, TSAD_LISW6 ; A0L5L8, TSAD_MAGMM ; DR Q8EUQ9, TSAD_MALP2 ; P36175, TSAD_MANHA ; Q65RP0, TSAD_MANSM ; DR Q0ATQ2, TSAD_MARMM ; A6VU47, TSAD_MARMS ; A1TYE0, TSAD_MARN8 ; DR C6BTU8, TSAD_MARSD ; Q6F0Y1, TSAD_MESFL ; Q5ZZQ1, TSAD_MESH2 ; -DR Q4A792, TSAD_MESH7 ; Q4A952, TSAD_MESHJ ; Q6KIG0, TSAD_MESM1 ; -DR B3PND6, TSAD_META1 ; Q2VNJ2, TSAD_METAI ; B7KZD5, TSAD_METC4 ; -DR Q602S1, TSAD_METCA ; A9W0N8, TSAD_METEP ; Q1GYU4, TSAD_METFK ; -DR B8IBT1, TSAD_METNO ; B1Z700, TSAD_METPB ; A2SFL8, TSAD_METPP ; -DR B0UPD3, TSAD_METS4 ; B8EJI6, TSAD_METSB ; B0JJJ4, TSAD_MICAN ; -DR Q2RGJ3, TSAD_MOOTA ; A0QKR4, TSAD_MYCA1 ; B1MG63, TSAD_MYCA9 ; -DR A5IYB2, TSAD_MYCAP ; P65802, TSAD_MYCBO ; A1KPB0, TSAD_MYCBP ; -DR C1AHN2, TSAD_MYCBT ; Q2SR45, TSAD_MYCCT ; Q7NB15, TSAD_MYCGA ; -DR P47292, TSAD_MYCGE ; A4TEN0, TSAD_MYCGI ; P37969, TSAD_MYCLE ; +DR Q4A792, TSAD_MESH7 ; Q4A952, TSAD_MESHJ ; B3PND6, TSAD_META1 ; +DR Q2VNJ2, TSAD_METAI ; B7KZD5, TSAD_METC4 ; Q602S1, TSAD_METCA ; +DR A9W0N8, TSAD_METEP ; Q1GYU4, TSAD_METFK ; B8IBT1, TSAD_METNO ; +DR B1Z700, TSAD_METPB ; A2SFL8, TSAD_METPP ; B0UPD3, TSAD_METS4 ; +DR B8EJI6, TSAD_METSB ; B0JJJ4, TSAD_MICAN ; Q2RGJ3, TSAD_MOOTA ; +DR A0QKR4, TSAD_MYCA1 ; B1MG63, TSAD_MYCA9 ; A5IYB2, TSAD_MYCAP ; +DR P65802, TSAD_MYCBO ; A1KPB0, TSAD_MYCBP ; C1AHN2, TSAD_MYCBT ; +DR Q2SR45, TSAD_MYCCT ; Q7NB15, TSAD_MYCGA ; P47292, TSAD_MYCGE ; +DR A4TEN0, TSAD_MYCGI ; P37969, TSAD_MYCLE ; Q6KIG0, TSAD_MYCM1 ; DR Q73S13, TSAD_MYCPA ; P75055, TSAD_MYCPN ; Q98R92, TSAD_MYCPU ; DR A0QSS1, TSAD_MYCS2 ; Q4A734, TSAD_MYCS5 ; A3PVQ4, TSAD_MYCSJ ; DR A1UC23, TSAD_MYCSK ; Q1BCX0, TSAD_MYCSS ; A5U894, TSAD_MYCTA ; @@ -51046,11 +51194,12 @@ DR B4RQ33, TSAD_NEIG2 ; A1IQ95, TSAD_NEIMA ; Q9JY06, TSAD_NEIMB ; DR Q30BK9, TSAD_NEIME ; A1KS96, TSAD_NEIMF ; Q2GEG6, TSAD_NEOSM ; DR Q0AJ91, TSAD_NITEC ; Q82XN2, TSAD_NITEU ; Q1QQP6, TSAD_NITHX ; DR Q2Y7B6, TSAD_NITMU ; Q3JF13, TSAD_NITOC ; A6Q5L0, TSAD_NITSB ; -DR Q3SVF4, TSAD_NITWN ; Q5Z1G2, TSAD_NOCFA ; A1SMX2, TSAD_NOCSJ ; -DR B2J588, TSAD_NOSP7 ; Q8Z0I6, TSAD_NOSS1 ; Q2G4K2, TSAD_NOVAD ; -DR Q8ESI6, TSAD_OCEIH ; Q04E61, TSAD_OENOB ; Q30ZN1, TSAD_OLEA2 ; -DR Q6YPZ6, TSAD_ONYPE ; A5CE49, TSAD_ORITB ; B3CRT6, TSAD_ORITI ; -DR A1R8N0, TSAD_PAEAT ; A1TP41, TSAD_PARC0 ; A1B3J6, TSAD_PARDP ; +DR Q72B00, TSAD_NITV2 ; A1VD24, TSAD_NITV4 ; Q3SVF4, TSAD_NITWN ; +DR Q5Z1G2, TSAD_NOCFA ; A1SMX2, TSAD_NOCSJ ; B2J588, TSAD_NOSP7 ; +DR Q8Z0I6, TSAD_NOSS1 ; Q2G4K2, TSAD_NOVAD ; Q8ESI6, TSAD_OCEIH ; +DR Q04E61, TSAD_OENOB ; Q30ZN1, TSAD_OLEA2 ; Q6YPZ6, TSAD_ONYPE ; +DR A5CE49, TSAD_ORITB ; B3CRT6, TSAD_ORITI ; A1R8N0, TSAD_PAEAT ; +DR A1TP41, TSAD_PARC0 ; A1B3J6, TSAD_PARDP ; Q2VYV2, TSAD_PARM1 ; DR Q7U573, TSAD_PARMW ; B2JP66, TSAD_PARP8 ; Q6MD07, TSAD_PARUW ; DR Q13RW9, TSAD_PARXL ; Q6D9D3, TSAD_PECAS ; C6DKG9, TSAD_PECCP ; DR Q03E69, TSAD_PEDPA ; B4SBN2, TSAD_PELPB ; A1ARX8, TSAD_PELPD ; @@ -51138,8 +51287,8 @@ DR A5F9E8, TSAD_VIBC3 ; C3LS11, TSAD_VIBCM ; Q87SL5, TSAD_VIBPA ; DR Q8DEG4, TSAD_VIBVU ; Q7MNZ9, TSAD_VIBVY ; Q8D283, TSAD_WIGBR ; DR Q73H71, TSAD_WOLPM ; B3CLX6, TSAD_WOLPP ; Q7M8K5, TSAD_WOLSU ; DR Q5GT66, TSAD_WOLTR ; C0R3B8, TSAD_WOLWR ; Q8PFV1, TSAD_XANAC ; -DR Q3BNE2, TSAD_XANC5 ; Q4UPU5, TSAD_XANC8 ; B0RXI2, TSAD_XANCB ; -DR Q8P494, TSAD_XANCP ; Q2NYH1, TSAD_XANOM ; B2SLA3, TSAD_XANOP ; +DR Q4UPU5, TSAD_XANC8 ; B0RXI2, TSAD_XANCB ; Q8P494, TSAD_XANCP ; +DR Q3BNE2, TSAD_XANE5 ; Q2NYH1, TSAD_XANOM ; B2SLA3, TSAD_XANOP ; DR Q5GV94, TSAD_XANOR ; B2I7X4, TSAD_XYLF2 ; Q9PG67, TSAD_XYLFA ; DR B0U4B5, TSAD_XYLFM ; Q87B17, TSAD_XYLFT ; A1JQW9, TSAD_YERE8 ; DR A7FE71, TSAD_YERP3 ; Q1C366, TSAD_YERPA ; B2K2I3, TSAD_YERPB ; @@ -51318,12 +51467,16 @@ CC vancomycin-type antibiotic balhimycin. DR Q939X3, DPGA_AMYBA ; G4V4T4, DPGA_AMYOR ; Q8KLK5, DPGA_STRTO ; // ID 2.3.1.247 -DE 3-keto-5-aminohexanoate cleavage enzyme. +DE (5S)-5-amino-3-oxohexanoate:acetyl-CoA ethylamine transferase. +AN 3-keto-5-aminohexanoate cleavage enzyme. CA (5S)-5-amino-3-oxohexanoate + acetyl-CoA = (3S)-3-aminobutanoyl-CoA + CA acetoacetate. +CC -!- Requires Zn(2+). CC -!- The enzyme, isolated from the bacteria Fusobacterium nucleatum and -CC Cloacimonas acidaminovorans, is involved in the anaerobic -CC fermentation of lysine. +CC Cloacimonas acidaminovorans, belongs to a class of enzymes known as +CC beta-keto acid cleavage enzymes (BKACE). +CC -!- It is involved in the anaerobic fermentation of lysine. cf. +CC EC 2.3.1.317, EC 2.3.1.318, and EC 2.3.1.319. DR E3PRK0, KCE_ACESD ; B0VHH0, KCE_CLOAI ; Q8RHX2, KCE_FUSNN ; // ID 2.3.1.248 @@ -51503,8 +51656,9 @@ CC and specifically targets N-terminal L-methionine residues attached to CC bulky hydrophobic residues at the second position, including Leu, CC Ile, Phe, Trp, and Tyr residues. CC -!- Formerly EC 2.3.1.88. -DR O80438, MAK3_ARATH ; Q147X3, NAA30_HUMAN; Q8CES0, NAA30_MOUSE; -DR O74311, NAA30_SCHPO; Q0IHH1, NAA30_XENLA; Q03503, NAA30_YEAST; +DR O80438, MAK3_ARATH ; Q95RC0, NA30A_DROME; Q147X3, NAA30_HUMAN; +DR Q8CES0, NAA30_MOUSE; O74311, NAA30_SCHPO; Q0IHH1, NAA30_XENLA; +DR Q03503, NAA30_YEAST; // ID 2.3.1.257 DE N-terminal L-serine N(alpha)-acetyltransferase NatD. @@ -51877,62 +52031,62 @@ DR Q11UM2, PLSX_CYTH3 ; Q47EH2, PLSX_DECAR ; Q3Z912, PLSX_DEHM1 ; DR A5FRR6, PLSX_DEHMB ; Q3ZZV6, PLSX_DEHMC ; Q1IXA5, PLSX_DEIGD ; DR Q46578, PLSX_DEIRA ; A9BNK7, PLSX_DELAS ; B1I2E9, PLSX_DESAP ; DR B8FRS7, PLSX_DESHD ; Q24U39, PLSX_DESHY ; A4J690, PLSX_DESRM ; -DR Q72CS5, PLSX_DESVH ; A1VEK0, PLSX_DESVV ; A5EXD6, PLSX_DICNV ; -DR B5YF54, PLSX_DICT6 ; B8E0Y4, PLSX_DICTD ; A8LLT3, PLSX_DINSH ; -DR A7ZKJ3, PLSX_ECO24 ; B7MJ77, PLSX_ECO45 ; B7LG23, PLSX_ECO55 ; -DR P65737, PLSX_ECO57 ; B5YVV8, PLSX_ECO5E ; B7NKJ0, PLSX_ECO7I ; -DR B7MTM0, PLSX_ECO81 ; B7LX24, PLSX_ECO8A ; C4ZS30, PLSX_ECOBW ; -DR B1XA00, PLSX_ECODH ; A7ZZ47, PLSX_ECOHS ; A1A9Y4, PLSX_ECOK1 ; -DR Q0TIY4, PLSX_ECOL5 ; P65736, PLSX_ECOL6 ; B1IV13, PLSX_ECOLC ; -DR P27247, PLSX_ECOLI ; B7NAW6, PLSX_ECOLU ; B1LI55, PLSX_ECOSM ; -DR Q1RD67, PLSX_ECOUT ; Q3YRP6, PLSX_EHRCJ ; Q2GH18, PLSX_EHRCR ; -DR Q5FFT4, PLSX_EHRRG ; B2KC86, PLSX_ELUMP ; B1H0Q6, PLSX_ENDTX ; -DR A4W9A4, PLSX_ENT38 ; Q82ZE8, PLSX_ENTFA ; B2VDK8, PLSX_ERWT9 ; -DR Q2N924, PLSX_ERYLH ; B7LT48, PLSX_ESCF3 ; B1YIN6, PLSX_EXIS2 ; -DR C4L5Z1, PLSX_EXISA ; A7HLA7, PLSX_FERNB ; B0S1M8, PLSX_FINM2 ; -DR B0TY16, PLSX_FRAP2 ; Q14GM4, PLSX_FRAT1 ; A7NCH8, PLSX_FRATF ; -DR Q2A374, PLSX_FRATH ; B2SFU3, PLSX_FRATM ; A0Q7J6, PLSX_FRATN ; -DR Q0BLP7, PLSX_FRATO ; Q5NF71, PLSX_FRATT ; A4IWY2, PLSX_FRATW ; -DR Q8RGX8, PLSX_FUSNN ; B9M0V8, PLSX_GEODF ; Q5L0Q7, PLSX_GEOKA ; -DR Q39V94, PLSX_GEOMG ; Q74CS2, PLSX_GEOSL ; C6E341, PLSX_GEOSM ; -DR C5D8T2, PLSX_GEOSW ; A4IM63, PLSX_GEOTN ; A5GF59, PLSX_GEOUR ; -DR B7KJP7, PLSX_GLOC7 ; Q7NMG6, PLSX_GLOVI ; A9HS30, PLSX_GLUDA ; -DR Q5FUN6, PLSX_GLUOX ; Q0BTE1, PLSX_GRABC ; Q7VN19, PLSX_HAEDU ; -DR Q9KA01, PLSX_HALH5 ; A1WWE9, PLSX_HALHL ; B8CWW2, PLSX_HALOH ; -DR Q17YQ3, PLSX_HELAH ; Q7VIC6, PLSX_HELHP ; B0TGV6, PLSX_HELMI ; -DR B6JKD4, PLSX_HELP2 ; B5Z9X1, PLSX_HELPG ; Q1CUW0, PLSX_HELPH ; -DR Q9ZMN1, PLSX_HELPJ ; B2US31, PLSX_HELPS ; O24993, PLSX_HELPY ; -DR A9AYC1, PLSX_HERA2 ; A4G6T3, PLSX_HERAR ; Q31HR8, PLSX_HYDCU ; -DR Q0C313, PLSX_HYPNA ; Q5QZ38, PLSX_IDILO ; A6SXP8, PLSX_JANMA ; -DR Q28RG0, PLSX_JANSC ; B5XXI0, PLSX_KLEP3 ; A6T7F0, PLSX_KLEP7 ; -DR Q1IJ05, PLSX_KORVE ; Q5FJI7, PLSX_LACAC ; B3WEV8, PLSX_LACCB ; -DR Q1G9J9, PLSX_LACDA ; Q049Q4, PLSX_LACDB ; Q044F9, PLSX_LACGA ; -DR A8YVV0, PLSX_LACH4 ; Q74IP0, PLSX_LACJO ; Q9CJC7, PLSX_LACLA ; -DR A2RHF3, PLSX_LACLM ; Q033D4, PLSX_LACLS ; Q038I4, PLSX_LACP3 ; -DR Q88WK2, PLSX_LACPL ; C1DCE9, PLSX_LARHH ; Q38XS5, PLSX_LATSS ; -DR Q1MS07, PLSX_LAWIP ; Q5X5H3, PLSX_LEGPA ; A5IBN4, PLSX_LEGPC ; -DR Q5ZVP8, PLSX_LEGPH ; Q5WWV6, PLSX_LEGPL ; Q04ZI9, PLSX_LEPBL ; -DR B0SM41, PLSX_LEPBP ; Q72PM6, PLSX_LEPIC ; Q8F6N9, PLSX_LEPIN ; -DR B1MXM8, PLSX_LEUCK ; Q03YS1, PLSX_LEUMM ; Q03RT4, PLSX_LEVBA ; -DR Q1WUA2, PLSX_LIGS1 ; B2GD44, PLSX_LIMF3 ; A5VKP4, PLSX_LIMRD ; -DR B2G828, PLSX_LIMRJ ; Q92AJ9, PLSX_LISIN ; C1KWA8, PLSX_LISMC ; -DR Q71YK7, PLSX_LISMF ; B8DDU3, PLSX_LISMH ; Q8Y688, PLSX_LISMO ; -DR A0AJR4, PLSX_LISW6 ; B1HQG9, PLSX_LYSSC ; B9EBB0, PLSX_MACCJ ; -DR A0L860, PLSX_MAGMM ; Q2W4R8, PLSX_MAGSA ; Q8EW41, PLSX_MALP2 ; +DR A5EXD6, PLSX_DICNV ; B5YF54, PLSX_DICT6 ; B8E0Y4, PLSX_DICTD ; +DR A8LLT3, PLSX_DINSH ; A7ZKJ3, PLSX_ECO24 ; B7MJ77, PLSX_ECO45 ; +DR B7LG23, PLSX_ECO55 ; P65737, PLSX_ECO57 ; B5YVV8, PLSX_ECO5E ; +DR B7NKJ0, PLSX_ECO7I ; B7MTM0, PLSX_ECO81 ; B7LX24, PLSX_ECO8A ; +DR C4ZS30, PLSX_ECOBW ; B1XA00, PLSX_ECODH ; A7ZZ47, PLSX_ECOHS ; +DR A1A9Y4, PLSX_ECOK1 ; Q0TIY4, PLSX_ECOL5 ; P65736, PLSX_ECOL6 ; +DR B1IV13, PLSX_ECOLC ; P27247, PLSX_ECOLI ; B7NAW6, PLSX_ECOLU ; +DR B1LI55, PLSX_ECOSM ; Q1RD67, PLSX_ECOUT ; Q3YRP6, PLSX_EHRCJ ; +DR Q2GH18, PLSX_EHRCR ; Q5FFT4, PLSX_EHRRG ; B2KC86, PLSX_ELUMP ; +DR B1H0Q6, PLSX_ENDTX ; A4W9A4, PLSX_ENT38 ; Q82ZE8, PLSX_ENTFA ; +DR B2VDK8, PLSX_ERWT9 ; Q2N924, PLSX_ERYLH ; B7LT48, PLSX_ESCF3 ; +DR B1YIN6, PLSX_EXIS2 ; C4L5Z1, PLSX_EXISA ; A7HLA7, PLSX_FERNB ; +DR B0S1M8, PLSX_FINM2 ; B0TY16, PLSX_FRAP2 ; Q14GM4, PLSX_FRAT1 ; +DR A7NCH8, PLSX_FRATF ; Q2A374, PLSX_FRATH ; B2SFU3, PLSX_FRATM ; +DR A0Q7J6, PLSX_FRATN ; Q0BLP7, PLSX_FRATO ; Q5NF71, PLSX_FRATT ; +DR A4IWY2, PLSX_FRATW ; Q8RGX8, PLSX_FUSNN ; B9M0V8, PLSX_GEODF ; +DR Q5L0Q7, PLSX_GEOKA ; Q39V94, PLSX_GEOMG ; Q74CS2, PLSX_GEOSL ; +DR C6E341, PLSX_GEOSM ; C5D8T2, PLSX_GEOSW ; A4IM63, PLSX_GEOTN ; +DR A5GF59, PLSX_GEOUR ; B7KJP7, PLSX_GLOC7 ; Q7NMG6, PLSX_GLOVI ; +DR A9HS30, PLSX_GLUDA ; Q5FUN6, PLSX_GLUOX ; Q0BTE1, PLSX_GRABC ; +DR Q7VN19, PLSX_HAEDU ; Q9KA01, PLSX_HALH5 ; A1WWE9, PLSX_HALHL ; +DR B8CWW2, PLSX_HALOH ; Q17YQ3, PLSX_HELAH ; Q7VIC6, PLSX_HELHP ; +DR B0TGV6, PLSX_HELMI ; B6JKD4, PLSX_HELP2 ; B5Z9X1, PLSX_HELPG ; +DR Q1CUW0, PLSX_HELPH ; Q9ZMN1, PLSX_HELPJ ; B2US31, PLSX_HELPS ; +DR O24993, PLSX_HELPY ; A9AYC1, PLSX_HERA2 ; A4G6T3, PLSX_HERAR ; +DR Q31HR8, PLSX_HYDCU ; Q0C313, PLSX_HYPNA ; Q5QZ38, PLSX_IDILO ; +DR A6SXP8, PLSX_JANMA ; Q28RG0, PLSX_JANSC ; B5XXI0, PLSX_KLEP3 ; +DR A6T7F0, PLSX_KLEP7 ; Q1IJ05, PLSX_KORVE ; Q5FJI7, PLSX_LACAC ; +DR B3WEV8, PLSX_LACCB ; Q1G9J9, PLSX_LACDA ; Q049Q4, PLSX_LACDB ; +DR Q044F9, PLSX_LACGA ; A8YVV0, PLSX_LACH4 ; Q74IP0, PLSX_LACJO ; +DR Q9CJC7, PLSX_LACLA ; A2RHF3, PLSX_LACLM ; Q033D4, PLSX_LACLS ; +DR Q038I4, PLSX_LACP3 ; Q88WK2, PLSX_LACPL ; C1DCE9, PLSX_LARHH ; +DR Q38XS5, PLSX_LATSS ; Q1MS07, PLSX_LAWIP ; Q5X5H3, PLSX_LEGPA ; +DR A5IBN4, PLSX_LEGPC ; Q5ZVP8, PLSX_LEGPH ; Q5WWV6, PLSX_LEGPL ; +DR Q04ZI9, PLSX_LEPBL ; B0SM41, PLSX_LEPBP ; Q72PM6, PLSX_LEPIC ; +DR Q8F6N9, PLSX_LEPIN ; B1MXM8, PLSX_LEUCK ; Q03YS1, PLSX_LEUMM ; +DR Q03RT4, PLSX_LEVBA ; Q1WUA2, PLSX_LIGS1 ; B2GD44, PLSX_LIMF3 ; +DR A5VKP4, PLSX_LIMRD ; B2G828, PLSX_LIMRJ ; Q92AJ9, PLSX_LISIN ; +DR C1KWA8, PLSX_LISMC ; Q71YK7, PLSX_LISMF ; B8DDU3, PLSX_LISMH ; +DR Q8Y688, PLSX_LISMO ; A0AJR4, PLSX_LISW6 ; B1HQG9, PLSX_LYSSC ; +DR B9EBB0, PLSX_MACCJ ; A0L860, PLSX_MAGMM ; Q8EW41, PLSX_MALP2 ; DR Q65RD3, PLSX_MANSM ; Q0APH1, PLSX_MARMM ; A1U1T2, PLSX_MARN8 ; -DR Q6F1N6, PLSX_MESFL ; Q6KHN2, PLSX_MESM1 ; Q606L2, PLSX_METCA ; -DR Q1H161, PLSX_METFK ; A2SDF8, PLSX_METPP ; B8ENB2, PLSX_METSB ; -DR Q2RJX9, PLSX_MOOTA ; Q9RA35, PLSX_MORMI ; A5IYM9, PLSX_MYCAP ; -DR Q2SRZ9, PLSX_MYCCT ; Q7NAZ1, PLSX_MYCGA ; Q49427, PLSX_MYCGE ; +DR Q6F1N6, PLSX_MESFL ; Q606L2, PLSX_METCA ; Q1H161, PLSX_METFK ; +DR A2SDF8, PLSX_METPP ; B8ENB2, PLSX_METSB ; Q2RJX9, PLSX_MOOTA ; +DR Q9RA35, PLSX_MORMI ; A5IYM9, PLSX_MYCAP ; Q2SRZ9, PLSX_MYCCT ; +DR Q7NAZ1, PLSX_MYCGA ; Q49427, PLSX_MYCGE ; Q6KHN2, PLSX_MYCM1 ; DR Q6MTC8, PLSX_MYCMS ; P75232, PLSX_MYCPN ; Q98R48, PLSX_MYCPU ; DR Q1D339, PLSX_MYXXD ; Q5F4X3, PLSX_NEIG1 ; Q9JW54, PLSX_NEIMA ; DR Q9JXR8, PLSX_NEIMB ; A1KRZ2, PLSX_NEIMF ; Q2GDD6, PLSX_NEOSM ; DR Q0AIS3, PLSX_NITEC ; Q82U61, PLSX_NITEU ; Q1QMZ1, PLSX_NITHX ; DR Q2YA47, PLSX_NITMU ; Q3JAK6, PLSX_NITOC ; A6Q203, PLSX_NITSB ; -DR Q3SSS4, PLSX_NITWN ; B2J3G9, PLSX_NOSP7 ; Q8Z063, PLSX_NOSS1 ; -DR Q2G5S0, PLSX_NOVAD ; Q8ER09, PLSX_OCEIH ; Q04GL5, PLSX_OENOB ; -DR Q30YM2, PLSX_OLEA2 ; Q6YPW8, PLSX_ONYPE ; A1TLD6, PLSX_PARC0 ; -DR A1B363, PLSX_PARDP ; A7HX96, PLSX_PARL1 ; Q7U428, PLSX_PARMW ; +DR Q72CS5, PLSX_NITV2 ; A1VEK0, PLSX_NITV4 ; Q3SSS4, PLSX_NITWN ; +DR B2J3G9, PLSX_NOSP7 ; Q8Z063, PLSX_NOSS1 ; Q2G5S0, PLSX_NOVAD ; +DR Q8ER09, PLSX_OCEIH ; Q04GL5, PLSX_OENOB ; Q30YM2, PLSX_OLEA2 ; +DR Q6YPW8, PLSX_ONYPE ; A1TLD6, PLSX_PARC0 ; A1B363, PLSX_PARDP ; +DR A7HX96, PLSX_PARL1 ; Q2W4R8, PLSX_PARM1 ; Q7U428, PLSX_PARMW ; DR B2JFI8, PLSX_PARP8 ; B2T5U3, PLSX_PARPJ ; Q6MBL1, PLSX_PARUW ; DR Q13VL4, PLSX_PARXL ; P57976, PLSX_PASMU ; Q6D691, PLSX_PECAS ; DR C6DKT6, PLSX_PECCP ; Q03FX2, PLSX_PEDPA ; A1APT3, PLSX_PELPD ; @@ -52076,48 +52230,48 @@ DR B1X0W5, PLSY_CROS5 ; A7MJT5, PLSY_CROS8 ; Q1LR23, PLSY_CUPMC ; DR Q0KE35, PLSY_CUPNH ; Q475H6, PLSY_CUPPJ ; B3R0V4, PLSY_CUPTR ; DR Q47IP1, PLSY_DECAR ; Q1IXF1, PLSY_DEIGD ; B1I461, PLSY_DESAP ; DR B8J229, PLSY_DESDA ; Q6AQV6, PLSY_DESPS ; A4J3P2, PLSY_DESRM ; -DR Q726E5, PLSY_DESVH ; A8LL79, PLSY_DINSH ; C5BHG2, PLSY_EDWI9 ; -DR Q3YT97, PLSY_EHRCJ ; Q2GI73, PLSY_EHRCR ; Q5FF11, PLSY_EHRRG ; -DR Q5HCG2, PLSY_EHRRW ; B1GZE4, PLSY_ENDTX ; A4WEJ1, PLSY_ENT38 ; -DR Q834K7, PLSY_ENTFA ; B2VGJ1, PLSY_ERWT9 ; Q2NB90, PLSY_ERYLH ; -DR B1YEC6, PLSY_EXIS2 ; B0S1N1, PLSY_FINM2 ; B0TYY2, PLSY_FRAP2 ; -DR Q14H98, PLSY_FRAT1 ; A7NBL2, PLSY_FRATF ; Q2A3Z1, PLSY_FRATH ; -DR B2SDD0, PLSY_FRATM ; A0Q6X6, PLSY_FRATN ; Q0BMC8, PLSY_FRATO ; -DR Q5NFU6, PLSY_FRATT ; Q8RFY9, PLSY_FUSNN ; B9M1A8, PLSY_GEODF ; -DR Q5KZ35, PLSY_GEOKA ; Q39R89, PLSY_GEOMG ; P60926, PLSY_GEOSL ; -DR C5DAS3, PLSY_GEOSW ; B8F6X1, PLSY_GLAP5 ; Q7NMV2, PLSY_GLOVI ; -DR Q5FRH0, PLSY_GLUOX ; Q0BTZ8, PLSY_GRABC ; Q7VMJ8, PLSY_HAEDU ; -DR Q4QNS2, PLSY_HAEI8 ; A5UAM4, PLSY_HAEIE ; A5UG86, PLSY_HAEIG ; -DR P44603, PLSY_HAEIN ; Q2S8V8, PLSY_HAHCH ; Q9KCD3, PLSY_HALH5 ; -DR A1WZI0, PLSY_HALHL ; Q17ZJ0, PLSY_HELAH ; Q7VHP1, PLSY_HELHP ; -DR Q1CRF2, PLSY_HELPH ; Q9ZJB1, PLSY_HELPJ ; O26039, PLSY_HELPY ; -DR A4G2A5, PLSY_HERAR ; Q0I4T6, PLSY_HISS1 ; Q31EM0, PLSY_HYDCU ; -DR B4U9R1, PLSY_HYDS0 ; Q0C099, PLSY_HYPNA ; Q5QY47, PLSY_IDILO ; -DR A6SV70, PLSY_JANMA ; Q28KD9, PLSY_JANSC ; B5XU32, PLSY_KLEP3 ; -DR A6TE38, PLSY_KLEP7 ; Q1IPR1, PLSY_KORVE ; C5CIV2, PLSY_KOSOT ; -DR B3WEB1, PLSY_LACCB ; Q9CGW4, PLSY_LACLA ; A2RLE8, PLSY_LACLM ; -DR Q02ZM1, PLSY_LACLS ; Q039D7, PLSY_LACP3 ; Q88W28, PLSY_LACPL ; -DR C1DCY1, PLSY_LARHH ; Q38X02, PLSY_LATSS ; Q1MRX2, PLSY_LAWIP ; -DR Q5X2T2, PLSY_LEGPA ; A5IEF8, PLSY_LEGPC ; Q5ZT09, PLSY_LEGPH ; -DR Q5WU90, PLSY_LEGPL ; Q04TV3, PLSY_LEPBJ ; Q04ZS2, PLSY_LEPBL ; -DR Q72PQ2, PLSY_LEPIC ; P59247, PLSY_LEPIN ; Q03S76, PLSY_LEVBA ; -DR Q1WTS7, PLSY_LIGS1 ; A5VJM1, PLSY_LIMRD ; B2G735, PLSY_LIMRJ ; -DR Q92C68, PLSY_LISIN ; C1L2J2, PLSY_LISMC ; Q720D7, PLSY_LISMF ; -DR B8DG47, PLSY_LISMH ; Q8Y7J3, PLSY_LISMO ; A0AI87, PLSY_LISW6 ; -DR B9EBV6, PLSY_MACCJ ; Q2W158, PLSY_MAGSA ; P59248, PLSY_MALP2 ; -DR Q65RI0, PLSY_MANSM ; Q0ANY0, PLSY_MARMM ; C6BRS7, PLSY_MARSD ; -DR Q6F1C9, PLSY_MESFL ; Q6KIH2, PLSY_MESM1 ; B7KWA0, PLSY_METC4 ; +DR A8LL79, PLSY_DINSH ; C5BHG2, PLSY_EDWI9 ; Q3YT97, PLSY_EHRCJ ; +DR Q2GI73, PLSY_EHRCR ; Q5FF11, PLSY_EHRRG ; Q5HCG2, PLSY_EHRRW ; +DR B1GZE4, PLSY_ENDTX ; A4WEJ1, PLSY_ENT38 ; Q834K7, PLSY_ENTFA ; +DR B2VGJ1, PLSY_ERWT9 ; Q2NB90, PLSY_ERYLH ; B1YEC6, PLSY_EXIS2 ; +DR B0S1N1, PLSY_FINM2 ; B0TYY2, PLSY_FRAP2 ; Q14H98, PLSY_FRAT1 ; +DR A7NBL2, PLSY_FRATF ; Q2A3Z1, PLSY_FRATH ; B2SDD0, PLSY_FRATM ; +DR A0Q6X6, PLSY_FRATN ; Q0BMC8, PLSY_FRATO ; Q5NFU6, PLSY_FRATT ; +DR Q8RFY9, PLSY_FUSNN ; B9M1A8, PLSY_GEODF ; Q5KZ35, PLSY_GEOKA ; +DR Q39R89, PLSY_GEOMG ; P60926, PLSY_GEOSL ; C5DAS3, PLSY_GEOSW ; +DR B8F6X1, PLSY_GLAP5 ; Q7NMV2, PLSY_GLOVI ; Q5FRH0, PLSY_GLUOX ; +DR Q0BTZ8, PLSY_GRABC ; Q7VMJ8, PLSY_HAEDU ; Q4QNS2, PLSY_HAEI8 ; +DR A5UAM4, PLSY_HAEIE ; A5UG86, PLSY_HAEIG ; P44603, PLSY_HAEIN ; +DR Q2S8V8, PLSY_HAHCH ; Q9KCD3, PLSY_HALH5 ; A1WZI0, PLSY_HALHL ; +DR Q17ZJ0, PLSY_HELAH ; Q7VHP1, PLSY_HELHP ; Q1CRF2, PLSY_HELPH ; +DR Q9ZJB1, PLSY_HELPJ ; O26039, PLSY_HELPY ; A4G2A5, PLSY_HERAR ; +DR Q0I4T6, PLSY_HISS1 ; Q31EM0, PLSY_HYDCU ; B4U9R1, PLSY_HYDS0 ; +DR Q0C099, PLSY_HYPNA ; Q5QY47, PLSY_IDILO ; A6SV70, PLSY_JANMA ; +DR Q28KD9, PLSY_JANSC ; B5XU32, PLSY_KLEP3 ; A6TE38, PLSY_KLEP7 ; +DR Q1IPR1, PLSY_KORVE ; C5CIV2, PLSY_KOSOT ; B3WEB1, PLSY_LACCB ; +DR Q9CGW4, PLSY_LACLA ; A2RLE8, PLSY_LACLM ; Q02ZM1, PLSY_LACLS ; +DR Q039D7, PLSY_LACP3 ; Q88W28, PLSY_LACPL ; C1DCY1, PLSY_LARHH ; +DR Q38X02, PLSY_LATSS ; Q1MRX2, PLSY_LAWIP ; Q5X2T2, PLSY_LEGPA ; +DR A5IEF8, PLSY_LEGPC ; Q5ZT09, PLSY_LEGPH ; Q5WU90, PLSY_LEGPL ; +DR Q04TV3, PLSY_LEPBJ ; Q04ZS2, PLSY_LEPBL ; Q72PQ2, PLSY_LEPIC ; +DR P59247, PLSY_LEPIN ; Q03S76, PLSY_LEVBA ; Q1WTS7, PLSY_LIGS1 ; +DR A5VJM1, PLSY_LIMRD ; B2G735, PLSY_LIMRJ ; Q92C68, PLSY_LISIN ; +DR C1L2J2, PLSY_LISMC ; Q720D7, PLSY_LISMF ; B8DG47, PLSY_LISMH ; +DR Q8Y7J3, PLSY_LISMO ; A0AI87, PLSY_LISW6 ; B9EBV6, PLSY_MACCJ ; +DR P59248, PLSY_MALP2 ; Q65RI0, PLSY_MANSM ; Q0ANY0, PLSY_MARMM ; +DR C6BRS7, PLSY_MARSD ; Q6F1C9, PLSY_MESFL ; B7KWA0, PLSY_METC4 ; DR Q602S2, PLSY_METCA ; A9W739, PLSY_METEP ; Q1GYU3, PLSY_METFK ; DR B1ZLL2, PLSY_METPB ; A5IYF1, PLSY_MYCAP ; Q2SSZ9, PLSY_MYCCT ; -DR Q7NB93, PLSY_MYCGA ; P47489, PLSY_MYCGE ; Q6MUC0, PLSY_MYCMS ; -DR P75428, PLSY_MYCPN ; Q98QR6, PLSY_MYCPU ; Q4A729, PLSY_MYCS5 ; -DR Q1DCA9, PLSY_MYXXD ; Q5F8C7, PLSY_NEIG1 ; B4RLD8, PLSY_NEIG2 ; -DR A9LYY1, PLSY_NEIM0 ; Q9JUL4, PLSY_NEIMA ; Q9JZG9, PLSY_NEIMB ; -DR A1KTU8, PLSY_NEIMF ; Q2GD32, PLSY_NEOSM ; Q0AJ92, PLSY_NITEC ; -DR Q82XN3, PLSY_NITEU ; Q1QL21, PLSY_NITHX ; Q2Y7B5, PLSY_NITMU ; -DR Q3JF14, PLSY_NITOC ; A6Q218, PLSY_NITSB ; Q3SR23, PLSY_NITWN ; -DR Q8YZG8, PLSY_NOSS1 ; Q2G7D3, PLSY_NOVAD ; Q317C3, PLSY_OLEA2 ; -DR P60823, PLSY_ONYPE ; Q7U8N7, PLSY_PARMW ; B2JDU2, PLSY_PARP8 ; +DR Q7NB93, PLSY_MYCGA ; P47489, PLSY_MYCGE ; Q6KIH2, PLSY_MYCM1 ; +DR Q6MUC0, PLSY_MYCMS ; P75428, PLSY_MYCPN ; Q98QR6, PLSY_MYCPU ; +DR Q4A729, PLSY_MYCS5 ; Q1DCA9, PLSY_MYXXD ; Q5F8C7, PLSY_NEIG1 ; +DR B4RLD8, PLSY_NEIG2 ; A9LYY1, PLSY_NEIM0 ; Q9JUL4, PLSY_NEIMA ; +DR Q9JZG9, PLSY_NEIMB ; A1KTU8, PLSY_NEIMF ; Q2GD32, PLSY_NEOSM ; +DR Q0AJ92, PLSY_NITEC ; Q82XN3, PLSY_NITEU ; Q1QL21, PLSY_NITHX ; +DR Q2Y7B5, PLSY_NITMU ; Q3JF14, PLSY_NITOC ; A6Q218, PLSY_NITSB ; +DR Q726E5, PLSY_NITV2 ; Q3SR23, PLSY_NITWN ; Q8YZG8, PLSY_NOSS1 ; +DR Q2G7D3, PLSY_NOVAD ; Q317C3, PLSY_OLEA2 ; P60823, PLSY_ONYPE ; +DR Q2W158, PLSY_PARM1 ; Q7U8N7, PLSY_PARMW ; B2JDU2, PLSY_PARP8 ; DR B2SY66, PLSY_PARPJ ; Q13UQ8, PLSY_PARXL ; Q9CKC7, PLSY_PASMU ; DR Q6D157, PLSY_PECAS ; C6DDM0, PLSY_PECCP ; B4SGX7, PLSY_PELPB ; DR Q4FLQ2, PLSY_PELUB ; Q7N0B7, PLSY_PHOLL ; Q6LV09, PLSY_PHOPR ; @@ -52812,6 +52966,12 @@ CC -!- The enzyme contains an [4Fe-4S] cluster and uses radical chemistry. A CC 5'-deoxyadenosyl radical generated in the radical AdoMet (SAM) domain CC attacks the acetyl-CoA donor, activating its methyl group, which CC forms a C-C bond with C5 of the uridine moiety. +DR Q93ZR1, ELP3_ARATH ; Q2KJ61, ELP3_BOVIN ; Q60LW7, ELP3_CAEBR ; +DR Q23651, ELP3_CAEEL ; Q5ZHS1, ELP3_CHICK ; Q5RIC0, ELP3_DANRE ; +DR A0A1C7D1B7, ELP3_DEHMC ; Q1ZXC6, ELP3_DICDI ; Q9VQZ6, ELP3_DROME ; +DR Q9H9T3, ELP3_HUMAN ; D5VRB9, ELP3_METIM ; Q58536, ELP3_METJA ; +DR Q9CZX0, ELP3_MOUSE ; Q7X7L3, ELP3_ORYSJ ; O14023, ELP3_SCHPO ; +DR Q5HZM6, ELP3_XENLA ; Q6NVL5, ELP3_XENTR ; Q02908, ELP3_YEAST ; // ID 2.3.1.312 DE D-glutamate N-acetyltransferase. @@ -52833,6 +52993,35 @@ CC -!- The enzyme often has additional activities and can remove other CC modifications of lysine residues such as acetyl and biotinyl groups. CC cf. EC 3.5.1.138. // +ID 2.3.1.314 +DE phytol O-acyltransferase. +AN phytyl ester synthase. +CA a fatty acyl-CoA + phytol = a fatty acid phytyl ester + CoA. +CC -!- The enzyme is found in plant chloroplasts and cyanobacteria. +CC -!- The plant enzyme can also employ acyl carrier proteins and +CC galactolipids as acyl donors, while the enzyme from the +CC cyanobacterium Synechocystis sp. PCC 6803 only uses acyl-CoAs. +CC -!- The enzyme also catalyzes the activity of EC 2.3.1.20. +// +ID 2.3.1.315 +DE succinyl-CoA:cyclohexane-1-carboxylate CoA transferase. +CA cyclohexane-1-carboxylate + succinyl-CoA = cyclohexane-1-carbonyl-CoA + +CA succinate. +CC -!- The enzyme, characterized from the bacterium Geobacter +CC metallireducens, participates in an anaerobic degradation pathway for +CC cyclohexane-1-carboxylate. In vitro, the enzyme can use butanoyl-coA +CC as a CoA donor with greater efficiency than succinyl-CoA. +DR Q39QF7, SCHCT_GEOMG; +// +ID 2.3.1.316 +DE N-hydroxyputrescine acetyltransferase. +CA acetyl-CoA + N-hydroxyputrescine = CoA + N(1)-acetyl-N(1)- +CA hydroxyputrescine. +CC -!- The enzyme, characterized from the bacterium Acinetobacter baumannii +CC ATCC 17978, participates in the biosynthesis of fimsbactin +CC siderophores. +DR P0DXD7, FBSK_ACIBT ; +// ID 2.3.1.n1 DE Transferred entry: 2.3.1.191. // @@ -53053,33 +53242,33 @@ DR Q7NX31, LFTR_CHRVO ; A8AIJ8, LFTR_CITK8 ; Q480P4, LFTR_COLP3 ; DR Q1LP24, LFTR_CUPMC ; Q0KBT2, LFTR_CUPNH ; Q472J4, LFTR_CUPPJ ; DR B3R4T2, LFTR_CUPTR ; Q47GS9, LFTR_DECAR ; Q9RTP4, LFTR_DEIRA ; DR C0QI26, LFTR_DESAH ; B8FGA1, LFTR_DESAL ; Q6ALZ3, LFTR_DESPS ; -DR Q72BN2, LFTR_DESVH ; A1VDN2, LFTR_DESVV ; A8LJB4, LFTR_DINSH ; -DR A7ZJV2, LFTR_ECO24 ; B7UMX6, LFTR_ECO27 ; B7MHJ7, LFTR_ECO45 ; -DR B7LD77, LFTR_ECO55 ; Q8X5I5, LFTR_ECO57 ; B5YT20, LFTR_ECO5E ; -DR B7NM92, LFTR_ECO7I ; B7MRU8, LFTR_ECO81 ; B7M813, LFTR_ECO8A ; -DR C4ZQ11, LFTR_ECOBW ; B1X825, LFTR_ECODH ; A7ZYI8, LFTR_ECOHS ; -DR A1A9C8, LFTR_ECOK1 ; Q0TJG5, LFTR_ECOL5 ; Q8FJD1, LFTR_ECOL6 ; -DR B1IWN8, LFTR_ECOLC ; P0A8P1, LFTR_ECOLI ; B7NAN6, LFTR_ECOLU ; -DR B6I8V6, LFTR_ECOSE ; B1LJX9, LFTR_ECOSM ; Q1RE29, LFTR_ECOUT ; -DR C5BE98, LFTR_EDWI9 ; A4W8Q9, LFTR_ENT38 ; B2VC63, LFTR_ERWT9 ; -DR B7LN53, LFTR_ESCF3 ; A5FJI6, LFTR_FLAJ1 ; A6H233, LFTR_FLAPJ ; -DR B7K8N3, LFTR_GLOC7 ; Q7NLT7, LFTR_GLOVI ; Q5FQE8, LFTR_GLUOX ; -DR Q2SJK8, LFTR_HAHCH ; A1WWV2, LFTR_HALHL ; C4K842, LFTR_HAMD5 ; -DR A9B6X1, LFTR_HERA2 ; A4G7T5, LFTR_HERAR ; Q31GL4, LFTR_HYDCU ; -DR Q0BZZ7, LFTR_HYPNA ; Q5R0B5, LFTR_IDILO ; A6T104, LFTR_JANMA ; -DR Q28NS8, LFTR_JANSC ; B5XYA8, LFTR_KLEP3 ; A6T6Y2, LFTR_KLEP7 ; -DR C1D7I2, LFTR_LARHH ; Q1MQQ4, LFTR_LAWIP ; Q5X4E4, LFTR_LEGPA ; -DR A5ICS3, LFTR_LEGPC ; Q5ZUM5, LFTR_LEGPH ; Q5WVS9, LFTR_LEGPL ; -DR Q04W85, LFTR_LEPBJ ; Q056R5, LFTR_LEPBL ; B1Y1E6, LFTR_LEPCP ; -DR Q72W44, LFTR_LEPIC ; Q8F9T2, LFTR_LEPIN ; A0LCQ7, LFTR_MAGMM ; -DR Q2W3N1, LFTR_MAGSA ; Q0AQ81, LFTR_MARMM ; C6BTW3, LFTR_MARSD ; +DR A8LJB4, LFTR_DINSH ; A7ZJV2, LFTR_ECO24 ; B7UMX6, LFTR_ECO27 ; +DR B7MHJ7, LFTR_ECO45 ; B7LD77, LFTR_ECO55 ; Q8X5I5, LFTR_ECO57 ; +DR B5YT20, LFTR_ECO5E ; B7NM92, LFTR_ECO7I ; B7MRU8, LFTR_ECO81 ; +DR B7M813, LFTR_ECO8A ; C4ZQ11, LFTR_ECOBW ; B1X825, LFTR_ECODH ; +DR A7ZYI8, LFTR_ECOHS ; A1A9C8, LFTR_ECOK1 ; Q0TJG5, LFTR_ECOL5 ; +DR Q8FJD1, LFTR_ECOL6 ; B1IWN8, LFTR_ECOLC ; P0A8P1, LFTR_ECOLI ; +DR B7NAN6, LFTR_ECOLU ; B6I8V6, LFTR_ECOSE ; B1LJX9, LFTR_ECOSM ; +DR Q1RE29, LFTR_ECOUT ; C5BE98, LFTR_EDWI9 ; A4W8Q9, LFTR_ENT38 ; +DR B2VC63, LFTR_ERWT9 ; B7LN53, LFTR_ESCF3 ; A5FJI6, LFTR_FLAJ1 ; +DR A6H233, LFTR_FLAPJ ; B7K8N3, LFTR_GLOC7 ; Q7NLT7, LFTR_GLOVI ; +DR Q5FQE8, LFTR_GLUOX ; Q2SJK8, LFTR_HAHCH ; A1WWV2, LFTR_HALHL ; +DR C4K842, LFTR_HAMD5 ; A9B6X1, LFTR_HERA2 ; A4G7T5, LFTR_HERAR ; +DR Q31GL4, LFTR_HYDCU ; Q0BZZ7, LFTR_HYPNA ; Q5R0B5, LFTR_IDILO ; +DR A6T104, LFTR_JANMA ; Q28NS8, LFTR_JANSC ; B5XYA8, LFTR_KLEP3 ; +DR A6T6Y2, LFTR_KLEP7 ; C1D7I2, LFTR_LARHH ; Q1MQQ4, LFTR_LAWIP ; +DR Q5X4E4, LFTR_LEGPA ; A5ICS3, LFTR_LEGPC ; Q5ZUM5, LFTR_LEGPH ; +DR Q5WVS9, LFTR_LEGPL ; Q04W85, LFTR_LEPBJ ; Q056R5, LFTR_LEPBL ; +DR B1Y1E6, LFTR_LEPCP ; Q72W44, LFTR_LEPIC ; Q8F9T2, LFTR_LEPIN ; +DR A0LCQ7, LFTR_MAGMM ; Q0AQ81, LFTR_MARMM ; C6BTW3, LFTR_MARSD ; DR Q607G8, LFTR_METCA ; A2SFU2, LFTR_METPP ; Q1DCQ5, LFTR_MYXXD ; DR Q5F5Z0, LFTR_NEIG1 ; B4RR38, LFTR_NEIG2 ; A9M3H4, LFTR_NEIM0 ; DR Q9JX50, LFTR_NEIMA ; Q9K1E9, LFTR_NEIMB ; A1KRN6, LFTR_NEIMF ; DR Q0AIB2, LFTR_NITEC ; Q82ST5, LFTR_NITEU ; Q1QLB2, LFTR_NITHX ; -DR Q2Y5H5, LFTR_NITMU ; Q3J7Z7, LFTR_NITOC ; Q3SRS3, LFTR_NITWN ; -DR B2J6L3, LFTR_NOSP7 ; Q8YQ68, LFTR_NOSS1 ; Q2GA52, LFTR_NOVAD ; -DR Q30ZK1, LFTR_OLEA2 ; A1B1I1, LFTR_PARDP ; B2JKL7, LFTR_PARP8 ; +DR Q2Y5H5, LFTR_NITMU ; Q3J7Z7, LFTR_NITOC ; Q72BN2, LFTR_NITV2 ; +DR A1VDN2, LFTR_NITV4 ; Q3SRS3, LFTR_NITWN ; B2J6L3, LFTR_NOSP7 ; +DR Q8YQ68, LFTR_NOSS1 ; Q2GA52, LFTR_NOVAD ; Q30ZK1, LFTR_OLEA2 ; +DR A1B1I1, LFTR_PARDP ; Q2W3N1, LFTR_PARM1 ; B2JKL7, LFTR_PARP8 ; DR B2T3H9, LFTR_PARPJ ; Q13ZM1, LFTR_PARXL ; Q6D3U2, LFTR_PECAS ; DR C6DF46, LFTR_PECCP ; B4SDP5, LFTR_PELPB ; B4RCS6, LFTR_PHEZH ; DR Q7N6F5, LFTR_PHOLL ; Q6LT10, LFTR_PHOPR ; Q12B43, LFTR_POLSJ ; @@ -53120,8 +53309,8 @@ DR Q8DKJ8, LFTR_THEVB ; B5YGC5, LFTR_THEYD ; Q3SH93, LFTR_THIDA ; DR C4L944, LFTR_TOLAT ; Q3MCD0, LFTR_TRIV2 ; B7VM36, LFTR_VIBA3 ; DR A7N1L9, LFTR_VIBC1 ; A5F7F1, LFTR_VIBC3 ; Q9KRA7, LFTR_VIBCH ; DR C3LN57, LFTR_VIBCM ; Q87QY1, LFTR_VIBPA ; Q1RS89, LFTR_VIBVU ; -DR Q7MAC4, LFTR_WOLSU ; Q8PL03, LFTR_XANAC ; Q3BTY0, LFTR_XANC5 ; -DR Q4UUK2, LFTR_XANC8 ; B0RT37, LFTR_XANCB ; Q8P996, LFTR_XANCP ; +DR Q7MAC4, LFTR_WOLSU ; Q8PL03, LFTR_XANAC ; Q4UUK2, LFTR_XANC8 ; +DR B0RT37, LFTR_XANCB ; Q8P996, LFTR_XANCP ; Q3BTY0, LFTR_XANE5 ; DR Q2P2R2, LFTR_XANOM ; Q5GZR6, LFTR_XANOR ; B2I9Y3, LFTR_XYLF2 ; DR Q9PDD3, LFTR_XYLFA ; B0U6R3, LFTR_XYLFM ; Q87DL5, LFTR_XYLFT ; DR A1JMD2, LFTR_YERE8 ; A7FJZ0, LFTR_YERP3 ; Q1CA93, LFTR_YERPA ; @@ -53648,392 +53837,397 @@ DR Q059Y8, DCST1_MOUSE; Q24306, DIAP1_DROME; Q10L91, DIS1_ORYSJ ; DR Q10322, DMA1_SCHPO ; P38823, DMA1_YEAST ; A6ZRW7, DMA2_YEAS7 ; DR P53924, DMA2_YEAST ; O60103, DOA10_SCHPO; P40318, DOA10_YEAST; DR Q9M9Y4, DRIP1_ARATH; Q94AY3, DRIP2_ARATH; Q9LS86, DRIPH_ARATH; -DR O43085, DSC1_SCHPO ; Q9UTK7, DSC2_SCHPO ; Q86Y01, DTX1_HUMAN ; -DR Q61010, DTX1_MOUSE ; Q8AW93, DTX1_XENLA ; Q86UW9, DTX2_HUMAN ; -DR Q8R3P2, DTX2_MOUSE ; Q8TDB6, DTX3L_HUMAN; Q3UIR3, DTX3L_MOUSE; -DR Q8N9I9, DTX3_HUMAN ; Q80V91, DTX3_MOUSE ; Q5REG4, DTX3_PONAB ; -DR Q9Y2E6, DTX4_HUMAN ; Q6PDK8, DTX4_MOUSE ; Q23985, DTX_DROME ; -DR Q86Y13, DZIP3_HUMAN; Q7TPV2, DZIP3_MOUSE; Q4V8R6, E4F1_DANRE ; -DR Q66K89, E4F1_HUMAN ; Q8CCE9, E4F1_MOUSE ; F4JSV3, EDA40_ARATH; -DR Q9LRB7, EL5_ORYSJ ; Q8T913, FANCL_DROME; Q9NW38, FANCL_HUMAN; -DR Q9CR14, FANCL_MOUSE; Q5PP23, FLY1_ARATH ; Q500V2, FLY2_ARATH ; -DR P40492, FYV10_YEAST; Q06003, GOLI_DROME ; Q86XS8, GOLI_HUMAN ; -DR Q8VEM1, GOLI_MOUSE ; Q6Y290, GOLI_RAT ; A4GWX9, GW2_ORYSI ; -DR B9F4Q9, GW2_ORYSJ ; Q9VI20, GZL_DROME ; Q9LFC0, HAKAI_ARATH; -DR Q5ZHZ4, HAKAI_CHICK; M9PBE2, HAKAI_DROME; Q75N03, HAKAI_HUMAN; -DR Q4R7I8, HAKAI_MACFA; Q9JIY2, HAKAI_MOUSE; Q4V7X9, HAKAI_XENLA; -DR F4HRI2, HEI10_ARATH; I6PL68, HEI10_ORYSJ; Q76PD2, HEL2_SCHPO ; -DR Q05580, HEL2_YEAST ; Q7XTV7, HIP1_ORYSJ ; Q14527, HLTF_HUMAN ; -DR Q6PCN7, HLTF_MOUSE ; Q95216, HLTF_RABIT ; Q84JU6, HOS1_ARATH ; -DR Q9LW77, HRD1A_ARATH; Q6NPT7, HRD1B_ARATH; A8Y4B2, HRD1_CAEBR ; -DR Q20798, HRD1_CAEEL ; Q95SP2, HRD1_DROME ; Q75CC8, HRD1_EREGS ; -DR Q5Z880, HRD1_ORYSJ ; O74757, HRD1_SCHPO ; Q08109, HRD1_YEAST ; -DR Q8IU81, I2BP1_HUMAN; Q8R3Y8, I2BP1_MOUSE; Q9H1B7, I2BPL_HUMAN; -DR Q2MJS2, I2BPL_MACMU; Q8K3X4, I2BPL_MOUSE; Q5EIC4, I2BPL_RAT ; -DR P41437, IAP3_NPVOP ; P29128, ICP0_BHV1J ; P29836, ICP0_BHV1K ; -DR P28990, ICP0_EHV1B ; P84445, ICP0_EHV1V ; P08393, ICP0_HHV11 ; -DR P28284, ICP0_HHV2H ; P29129, ICP0_SUHVF ; P24647, IE2_NPVAC ; -DR Q9E1W2, IE61_CHV9D ; P09309, IE61_VZVD ; A0A0H2USG1, IPA14_SHIFL; -DR A0A0H2USC0, IPA25_SHIFL; Q83RJ4, IPA3_SHIFL ; P18009, IPA4_SHIFL ; -DR P18014, IPA7_SHIFL ; B2TT54, IPA9_SHIB3 ; Q31SH3, IPA9_SHIBS ; -DR Q326Z6, IPA9_SHIDS ; D2AJU0, IPA9_SHIF2 ; Q8VSC3, IPA9_SHIFL ; -DR Q3YTH5, IPA9_SHISS ; Q5Z8R1, IPI1_ORYSJ ; Q9VHI7, IRU_DROME ; -DR Q9NQC1, JADE2_HUMAN; Q6ZQF7, JADE2_MOUSE; F4HZD1, JMJ24_ARATH; -DR Q1LZE1, KCMF1_BOVIN; Q7T321, KCMF1_DANRE; Q95RX5, KCMF1_DROME; -DR Q9P0J7, KCMF1_HUMAN; Q80UY2, KCMF1_MOUSE; Q6GPB6, KCMF1_XENLA; -DR Q9FY48, KEG_ARATH ; Q91T40, LAP_LSDV ; Q997C2, LAP_MYXVL ; -DR Q9Q8T2, LAP_RFVKA ; P32225, LAP_SWPVK ; Q9DHV7, LAP_YLDV ; -DR Q6TV02, LAP_YMTV5 ; C6L7U1, LIN1_LOTJA ; D1FP57, LIN2_LOTJA ; -DR E1BJS7, LIN41_BOVIN; Q1PRL4, LIN41_CHICK; E7FAM5, LIN41_DANRE; -DR Q2Q1W2, LIN41_HUMAN; Q1PSW8, LIN41_MOUSE; D3ZVM4, LIN41_RAT ; -DR F6QEU4, LIN41_XENTR; D1FP53, LIN_MEDTR ; Q8TBB1, LNX1_HUMAN ; -DR O70263, LNX1_MOUSE ; Q9S752, LOFG2_ARATH; Q6UWE0, LRSM1_HUMAN; -DR Q80ZI6, LRSM1_MOUSE; Q9FGI1, LTN1_ARATH ; B6IFN4, LTN1_CAEBR ; -DR Q65XX2, LTN1_CAEEL ; E1C231, LTN1_CHICK ; Q555H8, LTN1_DICDI ; -DR Q9VW09, LTN1_DROME ; O94822, LTN1_HUMAN ; Q6A009, LTN1_MOUSE ; -DR Q7S834, LTN1_NEUCR ; O74349, LTN1_SCHPO ; A0JM49, LTN1_XENTR ; -DR Q04781, LTN1_YEAST ; Q5X159, LUBX_LEGPA ; Q5ZRQ0, LUBX_LEGPH ; -DR Q9LYW5, LUL1_ARATH ; Q9LFH6, LUL2_ARATH ; Q84ME1, LUL3_ARATH ; -DR Q8LA32, LUL4_ARATH ; Q13233, M3K1_HUMAN ; Q3MHJ2, MAEA_BOVIN ; -DR Q5F398, MAEA_CHICK ; Q7SXR3, MAEA_DANRE ; Q7L5Y9, MAEA_HUMAN ; -DR Q4R9A8, MAEA_MACFA ; Q4VC33, MAEA_MOUSE ; Q5R532, MAEA_PONAB ; -DR Q5RKJ1, MAEA_RAT ; Q6GR10, MAEA_XENLA ; Q06436, MAG2_YEAST ; -DR Q8TCQ1, MARH1_HUMAN; Q6NZQ8, MARH1_MOUSE; Q32L65, MARH2_BOVIN; -DR Q1LVZ2, MARH2_DANRE; Q9P0N8, MARH2_HUMAN; Q99M02, MARH2_MOUSE; -DR Q5I0I2, MARH2_RAT ; Q5PQ35, MARH2_XENLA; Q28EX7, MARH2_XENTR; -DR A0JN69, MARH3_BOVIN; Q86UD3, MARH3_HUMAN; Q8BRX9, MARH3_MOUSE; -DR Q5XIE5, MARH3_RAT ; Q0IH10, MARH3_XENLA; Q68FA7, MARH3_XENTR; -DR Q0P496, MARH4_DANRE; Q9P2E8, MARH4_HUMAN; Q80TE3, MARH4_MOUSE; -DR Q3ZC24, MARH5_BOVIN; Q5ZJ41, MARH5_CHICK; Q0X0A5, MARH5_CHLAE; -DR Q6NYK8, MARH5_DANRE; Q9NX47, MARH5_HUMAN; Q3KNM2, MARH5_MOUSE; -DR Q6GM44, MARH5_XENLA; O60337, MARH6_HUMAN; Q6ZQ89, MARH6_MOUSE; -DR Q5R9W1, MARH6_PONAB; Q9H992, MARH7_HUMAN; Q9WV66, MARH7_MOUSE; -DR Q5R9W2, MARH7_PONAB; Q5XI50, MARH7_RAT ; Q0VD59, MARH8_BOVIN; -DR Q5T0T0, MARH8_HUMAN; Q9DBD2, MARH8_MOUSE; Q5XH39, MARH8_XENLA; -DR Q28IK8, MARH8_XENTR; Q86YJ5, MARH9_HUMAN; Q3TZ87, MARH9_MOUSE; -DR Q8NA82, MARHA_HUMAN; Q5XIV2, MARHA_RAT ; A6NNE9, MARHB_HUMAN; -DR Q8CBH7, MARHB_MOUSE; A6P320, MARHB_RAT ; Q9ZQF9, MBR1_ARATH ; -DR O49500, MBR2_ARATH ; P56950, MDM2_CANLF ; O42354, MDM2_DANRE ; -DR Q7YRZ8, MDM2_FELCA ; P56951, MDM2_HORSE ; Q00987, MDM2_HUMAN ; -DR Q60524, MDM2_MESAU ; P23804, MDM2_MOUSE ; P56273, MDM2_XENLA ; -DR Q5U5Q3, MEX3C_HUMAN; Q05A36, MEX3C_MOUSE; Q7ZUL9, MGRN1_DANRE; -DR O60291, MGRN1_HUMAN; Q9D074, MGRN1_MOUSE; Q5XIQ4, MGRN1_RAT ; -DR Q804S5, MIB1_DANRE ; Q86YT6, MIB1_HUMAN ; Q80SY4, MIB1_MOUSE ; -DR Q6GNY1, MIB1_XENLA ; Q5ZIJ9, MIB2_CHICK ; Q96AX9, MIB2_HUMAN ; -DR Q8R516, MIB2_MOUSE ; Q68LP1, MIB2_RAT ; Q9VUX2, MIB_DROME ; -DR Q8VZK0, MIEL1_ARATH; P90489, MIR2_HHV8P ; Q4VBT5, MKRN1_DANRE; -DR Q9UHC7, MKRN1_HUMAN; Q9QXP6, MKRN1_MOUSE; Q9TT91, MKRN1_NOTEU; -DR Q8JFF3, MKRN1_SERQU; Q5NU14, MKRN1_TAKRU; Q4SRI6, MKRN1_TETNG; -DR Q6GLT5, MKRN1_XENLA; Q9DFG8, MKRN2_DANRE; Q9H000, MKRN2_HUMAN; -DR Q9ERV1, MKRN2_MOUSE; Q9DD48, MKRN2_SERQU; Q5NU13, MKRN2_TAKRU; -DR B0F0H3, MKRN2_XENLA; Q6GLD9, MKRN2_XENTR; Q13064, MKRN3_HUMAN; -DR Q60764, MKRN3_MOUSE; Q13434, MKRN4_HUMAN; Q9N373, MKRN_CAEEL ; -DR Q9LQX2, MPSR1_ARATH; P50534, MSL2_DROME ; Q5M7X9, MUL1A_DANRE; -DR Q9VZJ9, MUL1_DROME ; Q969V5, MUL1_HUMAN ; Q4R7G8, MUL1_MACFA ; -DR Q8VCM5, MUL1_MOUSE ; Q6NTT6, MUL1_XENLA ; Q6TEM9, MYLIA_DANRE; -DR Q05AK5, MYLIB_DANRE; Q8WY64, MYLIP_HUMAN; Q8BM54, MYLIP_MOUSE; -DR D3ZDI6, MYLIP_RAT ; A8MQ27, NEU1B_HUMAN; Q0MW30, NEU1B_MOUSE; -DR O76050, NEUL1_HUMAN; Q923S6, NEUL1_MOUSE; Q96EH8, NEUL3_HUMAN; -DR Q8CJC5, NEUL3_MOUSE; Q5M870, NEUL3_RAT ; Q6VVB1, NHLC1_HUMAN; -DR Q8BR37, NHLC1_MOUSE; Q6IMG5, NHLC1_RAT ; Q9SRX9, NLA_ARATH ; -DR Q3SWY5, NOSIP_BOVIN; Q5U3S7, NOSIP_DANRE; Q9Y314, NOSIP_HUMAN; -DR Q4R7H4, NOSIP_MACFA; Q9D6T0, NOSIP_MOUSE; Q6NUH3, NOSIP_XENLA; -DR Q6P829, NOSIP_XENTR; P34909, NOT4_YEAST ; Q3T0X7, NSE1_BOVIN ; -DR Q6DGT7, NSE1_DANRE ; Q9VMA0, NSE1_DROME ; Q8WV22, NSE1_HUMAN ; -DR Q9D720, NSE1_MOUSE ; Q5RAZ5, NSE1_PONAB ; Q499U6, NSE1_RAT ; -DR Q53EK2, NSE1_SCHPO ; Q6PAF4, NSE1_XENLA ; Q6P881, NSE1_XENTR ; -DR Q07913, NSE1_YEAST ; Q5W0B1, OBI1_HUMAN ; Q8K2Y0, OBI1_MOUSE ; -DR Q5RD97, OBI1_PONAB ; F5HCV3, ORF50_HHV8P; Q9FKA7, ORTH1_ARATH; -DR Q8VYZ0, ORTH2_ARATH; Q9FVS2, ORTH3_ARATH; Q9C8E1, ORTH4_ARATH; -DR Q680I0, ORTH5_ARATH; Q681I0, ORTHL_ARATH; Q96FA3, PELI1_HUMAN; -DR Q8C669, PELI1_MOUSE; Q9HAT8, PELI2_HUMAN; Q8BST6, PELI2_MOUSE; -DR Q8N2H9, PELI3_HUMAN; Q8BXR6, PELI3_MOUSE; Q9P6N4, PEP5_SCHPO ; -DR P12868, PEP5_YEAST ; Q9SYU4, PEX10_ARATH; C0HKD7, PEX10_CAEEL; -DR Q54S31, PEX10_DICDI; O60683, PEX10_HUMAN; Q8HXW8, PEX10_MACFA; -DR B1AUE5, PEX10_MOUSE; Q00940, PEX10_PICAN; Q92265, PEX10_PICPA; -DR Q9UUF0, PEX10_SCHPO; G2Q0E2, PEX10_THET4; Q05568, PEX10_YEAST; -DR Q06438, PEX2_CRIGR ; E7F4V8, PEX2_DANRE ; P28328, PEX2_HUMAN ; -DR P55098, PEX2_MOUSE ; P24392, PEX2_RAT ; A0A1L8FZ98, PEX2_XENLA ; -DR Q8QN38, PG021_CWPXB; P87607, PG021_CWPXG; Q85318, PG021_ECTVM; -DR A0A7H0DMZ7, PG021_MONPV; Q8V571, PG021_MONPZ; P0C775, PG021_VACC8; -DR Q76R05, PG021_VAR67; O88907, PIAS1_MOUSE; Q8C5D8, PIAS2_MOUSE; -DR Q8N2W9, PIAS4_HUMAN; Q9JM05, PIAS4_MOUSE; Q06651, PIB1_YEAST ; -DR F1R4C4, PIS4A_DANRE; Q8NG27, PJA1_HUMAN ; O55176, PJA1_MOUSE ; -DR O43164, PJA2_HUMAN ; Q80U04, PJA2_MOUSE ; Q5R4R1, PJA2_PONAB ; -DR Q63364, PJA2_RAT ; Q568K2, PP1RB_DANRE; O60927, PP1RB_HUMAN; -DR Q5TM51, PP1RB_MACMU; Q8K1L5, PP1RB_MOUSE; Q7YR30, PP1RB_PANTR; -DR Q6MFY6, PP1RB_RAT ; Q6DDH0, PP1RB_XENLA; Q6GLB0, PP1RB_XENTR; -DR Q9FJX0, PPIL2_ARATH; Q4WVU5, PPIL2_ASPFU; Q2U5W8, PPIL2_ASPOR; -DR P52012, PPIL2_CAEEL; P0CP91, PPIL2_CRYNB; P0CP90, PPIL2_CRYNJ; -DR Q5AXT6, PPIL2_EMENI; Q4IBK5, PPIL2_GIBZE; Q13356, PPIL2_HUMAN; -DR Q9D787, PPIL2_MOUSE; Q7RXA6, PPIL2_NEUCR; P0C1J1, PPIL2_RHIO9; -DR Q09928, PPIL2_SCHPO; Q4P555, PPIL2_USTMA; B9DFV2, PQT3L_ARATH; -DR F4JP52, PQT3_ARATH ; O22785, PR19B_ARATH; Q08E38, PRP19_BOVIN; -DR Q10051, PRP19_CAEEL; Q5ZMA2, PRP19_CHICK; Q7KWK5, PRP19_DICDI; -DR Q9UMS4, PRP19_HUMAN; Q99KP6, PRP19_MOUSE; Q9AV81, PRP19_ORYSJ; -DR Q9JMJ4, PRP19_RAT ; O14011, PRP19_SCHPO; P32523, PRP19_YEAST; -DR Q8LBL5, PRT1_ARATH ; F4KCC2, PRT6_ARATH ; Q6EUK7, PUB04_ORYSJ; -DR Q9C9A6, PUB10_ARATH; Q8GUG9, PUB11_ARATH; Q9ZV31, PUB12_ARATH; -DR Q5VRH9, PUB12_ORYSJ; Q9SNC6, PUB13_ARATH; Q8VZ40, PUB14_ARATH; -DR Q681N2, PUB15_ARATH; Q9LZW3, PUB16_ARATH; Q9C7R6, PUB17_ARATH; -DR Q9XIJ5, PUB18_ARATH; O80742, PUB19_ARATH; E4NKF8, PUB1_MEDTR ; -DR Q9C8D1, PUB20_ARATH; Q5PNY6, PUB21_ARATH; Q9SVC6, PUB22_ARATH; -DR Q84TG3, PUB23_ARATH; Q9SF15, PUB24_ARATH; Q10FT0, PUB24_ORYSJ; -DR Q9LT79, PUB25_ARATH; Q9FXA4, PUB26_ARATH; Q9FLF4, PUB27_ARATH; -DR Q9LXE3, PUB28_ARATH; Q9LSA6, PUB29_ARATH; Q5XEZ8, PUB2_ARATH ; -DR Q058P4, PUB30_ARATH; Q9FHN9, PUB31_ARATH; Q94A51, PUB32_ARATH; -DR Q8GUH1, PUB33_ARATH; Q8S8S7, PUB34_ARATH; Q9SW11, PUB35_ARATH; -DR Q8GZ84, PUB36_ARATH; Q683D5, PUB37_ARATH; Q9FJP6, PUB38_ARATH; -DR Q9STT1, PUB39_ARATH; Q8GWV5, PUB3_ARATH ; Q9FL17, PUB40_ARATH; -DR Q0WUF6, PUB41_ARATH; Q9CAA7, PUB42_ARATH; Q9SFX2, PUB43_ARATH; -DR Q9LM76, PUB44_ARATH; Q9C7G1, PUB45_ARATH; Q3E9F7, PUB46_ARATH; -DR Q3E9F6, PUB47_ARATH; Q3E9F5, PUB48_ARATH; O22193, PUB4_ARATH ; -DR Q9FGD7, PUB50_ARATH; Q9FKG5, PUB51_ARATH; Q9FKG6, PUB52_ARATH; -DR Q9LU47, PUB53_ARATH; Q9LQ92, PUB54_ARATH; P0C6E7, PUB55_ARATH; -DR Q8GXQ7, PUB56_ARATH; Q9SGT1, PUB57_ARATH; Q0DR28, PUB57_ORYSJ; -DR Q9SGT2, PUB58_ARATH; O23225, PUB5_ARATH ; Q6DBN5, PUB62_ARATH; -DR Q58FY4, PUB63_ARATH; O48700, PUB6_ARATH ; Q5WA76, PUB70_ORYSJ; -DR Q6K762, PUB73_ORYSJ; Q10PI9, PUB75_ORYSJ; Q9CAG5, PUB7_ARATH ; -DR O81902, PUB8_ARATH ; Q9SRT0, PUB9_ARATH ; A0A1L8FG46, PX10A_XENLA; -DR A0A1L8FM16, PX10B_XENLA; E7FDW2, PZR3B_DANRE; Q9UPQ7, PZRN3_HUMAN; -DR Q69ZS0, PZRN3_MOUSE; P68907, PZRN3_RAT ; Q90ZT7, R111A_XENLA; -DR Q6NRV8, R111B_XENLA; Q66J97, R111C_XENLA; Q67ER4, R113A_BOVIN; -DR O15541, R113A_HUMAN; Q7T0Q3, R126A_XENLA; Q6IRP0, R126B_XENLA; -DR E1B7X3, R146A_BOVIN; Q3T139, R146B_BOVIN; Q6GND7, R152A_XENLA; -DR Q68EV7, R152B_XENLA; A0A0R4IBK5, R213A_DANRE; A0A0R4I9Y1, R213B_DANRE; -DR Q4WZJ6, RAD18_ASPFU; Q5A4N5, RAD18_CANAL; Q6FPI4, RAD18_CANGA; -DR Q6BLM3, RAD18_DEBHA; Q02398, RAD18_EMENI; Q75EN0, RAD18_EREGS; -DR Q9NS91, RAD18_HUMAN; Q6CTZ8, RAD18_KLULA; Q9QXK2, RAD18_MOUSE; -DR P33288, RAD18_NEUCR; O74747, RAD18_SCHPO; Q6CHI1, RAD18_YARLI; -DR P10862, RAD18_YEAST; P24271, RAG1_CHICK ; O13033, RAG1_DANRE ; -DR Q90523, RAG1_GINCI ; P15918, RAG1_HUMAN ; P15919, RAG1_MOUSE ; -DR Q91187, RAG1_ONCMY ; Q867B5, RAG1_PIG ; P34088, RAG1_RABIT ; -DR Q91829, RAG1_XENLA ; Q7Z6E9, RBBP6_HUMAN; P97868, RBBP6_MOUSE; -DR P62877, RBX1_HUMAN ; P62878, RBX1_MOUSE ; Q5TC82, RC3H1_HUMAN; -DR Q4VGL6, RC3H1_MOUSE; Q6NUC6, RC3H1_XENLA; Q9HBD1, RC3H2_HUMAN; -DR P0C090, RC3H2_MOUSE; Q9SNB6, RDUF1_ARATH; Q940T5, RDUF2_ARATH; -DR Q641J8, RF12A_XENLA; Q7T037, RF12B_XENLA; Q0WPJ7, RF298_ARATH; -DR Q9ZVT8, RF4_ARATH ; Q8WZ73, RFFL_HUMAN ; Q6ZQM0, RFFL_MOUSE ; -DR Q8CIN9, RFFL_RAT ; O82239, RFI2_ARATH ; O13826, RFP1_SCHPO ; -DR Q9UT72, RFP2_SCHPO ; A0A1L8GLK3, RFW3L_XENLA; A0A974CYQ5, RFW3S_XENLA; -DR D2HWM5, RFWD3_AILME; Q6PCD5, RFWD3_HUMAN; Q8CIK8, RFWD3_MOUSE; -DR Q9SS90, RGLG1_ARATH; Q9LY87, RGLG2_ARATH; Q8RX26, RGLG3_ARATH; -DR Q9SAL0, RGLG4_ARATH; Q8LB88, RGLG5_ARATH; Q9SUS4, RHA1A_ARATH; -DR Q9SUS5, RHA1B_ARATH; Q9ZT50, RHA2A_ARATH; Q9ZU51, RHA2B_ARATH; -DR Q84TF5, RHA4A_ARATH; Q2HIJ8, RHB1A_ARATH; O22197, RHC1A_ARATH; -DR O22283, RHC2A_ARATH; Q4TU14, RHF1A_ARATH; Q9ZT42, RHF2A_ARATH; -DR Q9FMM4, RHG1A_ARATH; Q852U6, RHY1A_ARATH; Q8GUU2, RIE1_ARATH ; -DR Q8VYC8, RIN2_ARATH ; Q8W4Q5, RIN3_ARATH ; Q9LN71, RING1_ARATH; -DR Q5TJF3, RING1_CANLF; Q9VB08, RING1_DROME; A1YER5, RING1_GORGO; -DR P0CH30, RING1_GOSHI; Q06587, RING1_HUMAN; Q8WMN5, RING1_MACMU; -DR O35730, RING1_MOUSE; A1YFY1, RING1_PANPA; A2T6X5, RING1_PANTR; -DR Q6MGB6, RING1_RAT ; Q8LDB8, RING2_ARATH; H2KYH3, RING2_CAEEL; -DR Q803I4, RING2_DANRE; Q99496, RING2_HUMAN; Q9CQJ4, RING2_MOUSE; -DR Q5R9J5, RING2_PONAB; Q4KLY4, RING2_RAT ; Q8LE94, RING3_ARATH; -DR Q93Z92, RING4_ARATH; Q9SIZ8, RKP_ARATH ; O45962, RLE1_CAEEL ; -DR O64425, RMA1_ARATH ; Q6R567, RMA1_CAPAN ; P93030, RMA2_ARATH ; -DR Q8GUK7, RMA3_ARATH ; Q9H871, RMD5A_HUMAN; Q80YQ8, RMD5A_MOUSE; -DR Q6GLP4, RMD5A_XENLA; Q640V2, RMD5A_XENTR; Q96G75, RMD5B_HUMAN; -DR Q91YQ7, RMD5B_MOUSE; Q12508, RMD5_YEAST ; O00237, RN103_HUMAN; -DR Q9R1W3, RN103_MOUSE; Q9EPZ8, RN103_RAT ; Q6ZNA4, RN111_HUMAN; -DR Q99ML9, RN111_MOUSE; Q5R476, RN111_PONAB; Q0V9R0, RN111_XENTR; -DR Q08DF2, RN112_BOVIN; Q9ULX5, RN112_HUMAN; Q96DY5, RN112_MOUSE; -DR O70418, RN112_RAT ; O17917, RN113_CAEEL; Q4U5R4, RN114_BOVIN; -DR Q9Y508, RN114_HUMAN; Q9ET26, RN114_MOUSE; Q6J212, RN114_PANTR; -DR Q6J1I8, RN114_PIG ; Q6J2U6, RN114_RAT ; Q9Y4L5, RN115_HUMAN; -DR Q9D0C1, RN115_MOUSE; Q09251, RN121_CAEEL; Q9H920, RN121_HUMAN; -DR Q8R1Z9, RN121_MOUSE; Q6DD32, RN121_XENLA; Q6P360, RN121_XENTR; -DR Q5XPI4, RN123_HUMAN; Q5XPI3, RN123_MOUSE; A0A5F9C6I2, RN123_RABIT; -DR D3ZXK7, RN123_RAT ; Q96EQ8, RN125_HUMAN; Q95KF1, RN125_MACFA; -DR Q9D9R0, RN125_MOUSE; Q0II22, RN126_BOVIN; Q9BV68, RN126_HUMAN; -DR Q91YL2, RN126_MOUSE; Q6DIP3, RN126_XENTR; Q29RU0, RN128_BOVIN; -DR Q8TEB7, RN128_HUMAN; Q9D304, RN128_MOUSE; Q5RF74, RN128_PONAB; -DR Q8AWW4, RN128_XENLA; Q8WVZ7, RN133_HUMAN; Q95K04, RN133_MACFA; -DR Q14B02, RN133_MOUSE; Q6AY01, RN133_RAT ; Q8IUD6, RN135_HUMAN; -DR Q9CWS1, RN135_MOUSE; Q5M929, RN135_RAT ; Q32LN5, RN138_BOVIN; -DR Q8WVD3, RN138_HUMAN; Q9CQE0, RN138_MOUSE; Q99PD2, RN138_RAT ; -DR Q1L721, RN138_XENLA; Q8WU17, RN139_HUMAN; Q7TMV1, RN139_MOUSE; -DR Q5RBT7, RN139_PONAB; Q95Y82, RN145_CAEEL; Q96MT1, RN145_HUMAN; -DR Q5SWK7, RN145_MOUSE; D2H0Y8, RN146_AILME; Q7ZUK0, RN146_DANRE; -DR Q9NTX7, RN146_HUMAN; Q2PFU6, RN146_MACFA; Q9CZW6, RN146_MOUSE; -DR Q5REL3, RN146_PONAB; Q5XIK5, RN146_RAT ; C0HBT3, RN146_SALSA; -DR Q6GQD5, RN146_XENLA; Q66JE4, RN146_XENTR; Q8NC42, RN149_HUMAN; -DR Q3U2C5, RN149_MOUSE; Q6NRX0, RN149_XENLA; D2H6Z0, RN152_AILME; -DR E1C2W7, RN152_CHICK; Q58EC8, RN152_DANRE; Q8N8N0, RN152_HUMAN; -DR Q8BG47, RN152_MOUSE; D4A723, RN152_RAT ; Q96PX1, RN157_HUMAN; -DR Q3TEL6, RN157_MOUSE; M0R5D6, RN157_RAT ; Q6INH1, RN157_XENLA; -DR Q5F3B2, RN166_CHICK; Q96A37, RN166_HUMAN; Q3U9F6, RN166_MOUSE; -DR Q6J1I7, RN166_RAT ; Q3KPU8, RN166_XENLA; Q9H6Y7, RN167_HUMAN; -DR Q91XF4, RN167_MOUSE; Q5XIL0, RN167_RAT ; Q0IIM1, RN168_BOVIN; -DR Q7T308, RN168_DANRE; Q8IYW5, RN168_HUMAN; Q80XJ2, RN168_MOUSE; -DR B2RYR0, RN168_RAT ; Q6INS5, RN168_XENLA; B0BLU1, RN168_XENTR; -DR F1MRW8, RN169_BOVIN; E7FAP1, RN169_DANRE; Q8NCN4, RN169_HUMAN; -DR E9Q7F2, RN169_MOUSE; F1MK05, RN170_BOVIN; Q7SZN2, RN170_DANRE; -DR Q96K19, RN170_HUMAN; Q8CBG9, RN170_MOUSE; Q5PPX5, RN170_XENLA; -DR Q28DS3, RN170_XENTR; Q86T96, RN180_HUMAN; Q3U827, RN180_MOUSE; -DR Q5RAK3, RN180_PONAB; Q3T0W3, RN181_BOVIN; Q7ZW78, RN181_DANRE; -DR Q9VE61, RN181_DROME; Q9P0P0, RN181_HUMAN; Q9CY62, RN181_MOUSE; -DR Q6AXU4, RN181_RAT ; Q6GPV5, RN181_XENLA; Q5M974, RN181_XENTR; -DR D2H788, RN182_AILME; Q8N6D2, RN182_HUMAN; Q8C432, RN182_MOUSE; -DR D3ZBM4, RN182_RAT ; Q6INB3, RN182_XENLA; Q3SWY0, RN183_BOVIN; -DR Q96D59, RN183_HUMAN; Q8QZS5, RN183_MOUSE; Q5ZIR9, RN185_CHICK; -DR Q6PC78, RN185_DANRE; Q96GF1, RN185_HUMAN; Q91YT2, RN185_MOUSE; -DR Q5RFK9, RN185_PONAB; Q568Y3, RN185_RAT ; Q3T0Y9, RN186_BOVIN; -DR Q9NXI6, RN186_HUMAN; Q9D241, RN186_MOUSE; Q5TA31, RN187_HUMAN; -DR Q8BFX1, RN187_MOUSE; D3Z8N2, RN187_RAT ; Q63HN8, RN213_HUMAN; -DR E9Q555, RN213_MOUSE; Q9NWF9, RN216_HUMAN; P58283, RN216_MOUSE; -DR Q08DV5, RN220_BOVIN; Q5VTB9, RN220_HUMAN; Q8HXD5, RN220_MACFA; -DR Q6PDX6, RN220_MOUSE; Q08E13, RNF10_BOVIN; Q8N5U6, RNF10_HUMAN; -DR Q3UIW5, RNF10_MOUSE; Q5XI59, RNF10_RAT ; Q32NQ8, RNF10_XENLA; -DR Q9NVW2, RNF12_HUMAN; Q9WTV7, RNF12_MOUSE; Q07G42, RNF12_XENTR; -DR Q0VD51, RNF13_BOVIN; Q90972, RNF13_CHICK; O43567, RNF13_HUMAN; -DR O54965, RNF13_MOUSE; Q5RCV8, RNF13_PONAB; Q66HG0, RNF13_RAT ; -DR Q5E9N3, RNF25_BOVIN; Q7SXJ6, RNF25_DANRE; Q96BH1, RNF25_HUMAN; -DR Q9QZR0, RNF25_MOUSE; Q9BY78, RNF26_HUMAN; Q8BUH7, RNF26_MOUSE; -DR Q5E9J6, RNF34_BOVIN; Q969K3, RNF34_HUMAN; Q99KR6, RNF34_MOUSE; -DR Q5NVC7, RNF34_PONAB; Q6AYH3, RNF34_RAT ; O94941, RNF37_HUMAN; -DR Q925F4, RNF37_MOUSE; Q9H0F5, RNF38_HUMAN; Q8BI21, RNF38_MOUSE; -DR Q7ZW16, RNF41_DANRE; Q9H4P4, RNF41_HUMAN; Q8BH75, RNF41_MOUSE; -DR Q5R7T5, RNF41_PONAB; Q5FWL3, RNF41_XENLA; Q68DV7, RNF43_HUMAN; -DR Q5NCP0, RNF43_MOUSE; P0DPR2, RNF43_XENTR; P78317, RNF4_HUMAN ; -DR Q9QZS2, RNF4_MOUSE ; O88846, RNF4_RAT ; Q09463, RNF5_CAEEL ; -DR Q99942, RNF5_HUMAN ; O35445, RNF5_MOUSE ; Q5M807, RNF5_RAT ; -DR Q9Y252, RNF6_HUMAN ; Q9DBU5, RNF6_MOUSE ; Q7ZX20, RNF8A_XENLA; -DR Q6NRG0, RNF8B_XENLA; Q2HJ46, RNF8_BOVIN ; Q803C1, RNF8_DANRE ; -DR O76064, RNF8_HUMAN ; Q8VC56, RNF8_MOUSE ; Q5R4I2, RNF8_PONAB ; -DR Q4KLN8, RNF8_RAT ; Q6NZ21, RNFT1_DANRE; Q5M7Z0, RNFT1_HUMAN; -DR Q9DCN7, RNFT1_MOUSE; Q6NTV1, RNFT1_XENLA; Q28GL3, RNFT1_XENTR; -DR Q9FKW0, RNG1A_ARATH; Q0WX00, RNG1B_ARATH; Q8LPN7, RNG1L_ARATH; -DR Q66J69, RNG2A_XENLA; Q7ZWM8, RNG2B_XENLA; Q7YRV4, RO52_BOVIN ; -DR P19474, RO52_HUMAN ; Q62191, RO52_MOUSE ; Q94AK4, RZF1_ARATH ; -DR Q9M2S6, SDIR1_ARATH; Q9SD71, SGIP1_ARATH; A5D7F8, SH3R1_BOVIN; -DR A5D8S5, SH3R1_DANRE; Q7Z6J0, SH3R1_HUMAN; Q69ZI1, SH3R1_MOUSE; -DR Q5RBR0, SH3R1_PONAB; Q71F54, SH3R1_RAT ; Q6NRD3, SH3R1_XENLA; -DR Q28E95, SH3R1_XENTR; Q8TEC5, SH3R2_HUMAN; Q8BZT2, SH3R2_MOUSE; -DR Q498M5, SH3R2_RAT ; Q8TEJ3, SH3R3_HUMAN; Q8C120, SH3R3_MOUSE; -DR Q8GXF8, SHGR9_ARATH; Q149N8, SHPRH_HUMAN; Q7TPQ3, SHPRH_MOUSE; -DR P61092, SIA1A_MOUSE; Q06985, SIA1B_MOUSE; A8X679, SIAH1_CAEBR; -DR Q965X6, SIAH1_CAEEL; Q7ZVG6, SIAH1_DANRE; Q8IUQ4, SIAH1_HUMAN; -DR Q920M9, SIAH1_RAT ; Q7SYL3, SIAH2_DANRE; O43255, SIAH2_HUMAN; -DR Q06986, SIAH2_MOUSE; Q8R4T2, SIAH2_RAT ; Q9I8X5, SIAH2_XENLA; -DR Q84K34, SIL10_ARATH; Q9FM14, SIL11_ARATH; P93748, SINA1_ARATH; -DR Q9M2P4, SINA2_ARATH; Q84JL3, SINA3_ARATH; Q9STN8, SINA4_ARATH; -DR Q8S3N1, SINA5_ARATH; Q8T3Y0, SINAL_DROME; P61093, SINA_DROER ; -DR P21461, SINA_DROME ; P29304, SINA_DROVI ; Q8I147, SINA_DROWI ; -DR Q86MW9, SINA_SCHMA ; Q9C6H4, SINL1_ARATH; Q9C6H3, SINL2_ARATH; -DR Q9C6H2, SINL3_ARATH; Q9C9M0, SINL4_ARATH; Q7XA77, SINL5_ARATH; -DR Q9FKD9, SINL6_ARATH; Q9FKD7, SINL7_ARATH; Q9FKD6, SINL8_ARATH; -DR Q9FKD5, SINL9_ARATH; Q6AVN2, SIRP1_ORYSJ; Q8GYT9, SIS3_ARATH ; -DR A2ZLU6, SL11_ORYSI ; Q0IMG9, SL11_ORYSJ ; D0ZRB2, SLRP_SALT1 ; -DR Q8ZQQ2, SLRP_SALTY ; P32828, SLX5_YEAST ; P87176, SLX8_SCHPO ; -DR P40072, SLX8_YEAST ; P53127, SNT2_YEAST ; Q8L7N4, SP1_ARATH ; -DR Q94HV7, SPL1P_ARATH; Q9SYH3, SPL2P_ARATH; Q10LI1, SRFP1_ORYSJ; -DR D0ZVG2, SSPH1_SALT1; D0ZPH9, SSPH2_SALT1; P0CE12, SSPH2_SALTY; -DR F4JKK0, SUD1_ARATH ; Q803I8, SYVN1_DANRE; Q86TM6, SYVN1_HUMAN; -DR Q9DBY1, SYVN1_MOUSE; Q6NRL6, SYVNA_XENLA; Q5XHH7, SYVNB_XENLA; -DR O15164, TIF1A_HUMAN; Q64127, TIF1A_MOUSE; Q13263, TIF1B_HUMAN; -DR Q62318, TIF1B_MOUSE; O08629, TIF1B_RAT ; Q08DK0, TM129_BOVIN; -DR Q6PD82, TM129_DANRE; A0AVI4, TM129_HUMAN; Q8K304, TM129_MOUSE; -DR Q6IR55, TM129_XENLA; Q0IJ33, TM129_XENTR; Q9V8P9, TOPRS_DROME; -DR Q9NS56, TOPRS_HUMAN; Q80Z37, TOPRS_MOUSE; Q99PP6, TR34A_MOUSE; -DR K7N6K2, TR34B_MOUSE; Q12933, TRAF2_HUMAN; P39429, TRAF2_MOUSE; -DR Q13114, TRAF3_HUMAN; Q60803, TRAF3_MOUSE; Q9BUZ4, TRAF4_HUMAN; -DR Q61382, TRAF4_MOUSE; Q3ZCC3, TRAF6_BOVIN; B6CJY4, TRAF6_CERAT; -DR Q6IWL4, TRAF6_DANRE; Q9Y4K3, TRAF6_HUMAN; B6CJY5, TRAF6_MACMU; -DR P70196, TRAF6_MOUSE; A7XUJ6, TRAF6_PIG ; B5DF45, TRAF6_RAT ; -DR Q28DL4, TRAF6_XENTR; Q6Q0C0, TRAF7_HUMAN; Q922B6, TRAF7_MOUSE; -DR Q9BWF2, TRAIP_HUMAN; Q8VIG6, TRAIP_MOUSE; Q6NRV0, TRAIP_XENLA; -DR Q3MV19, TRF6A_XENLA; Q6DJN2, TRF6B_XENLA; A0JN74, TRI11_BOVIN; -DR Q96F44, TRI11_HUMAN; Q99PQ2, TRI11_MOUSE; B1H278, TRI11_RAT ; -DR Q32L60, TRI13_BOVIN; O60858, TRI13_HUMAN; Q9CYB0, TRI13_MOUSE; -DR Q5M7V1, TRI13_RAT ; Q9C019, TRI15_HUMAN; Q5TM55, TRI15_MACMU; -DR Q7YR33, TRI15_PANTR; Q9TSW0, TRI15_PIG ; O95361, TRI16_HUMAN; -DR Q99PP9, TRI16_MOUSE; Q5R760, TRI16_PONAB; Q2T9Z0, TRI17_BOVIN; -DR Q9Y577, TRI17_HUMAN; Q7TPM3, TRI17_MOUSE; Q9WV59, TRI17_RAT ; -DR O15344, TRI18_HUMAN; O70583, TRI18_MOUSE; P82456, TRI18_MUSCR; -DR P82457, TRI18_MUSSP; P82458, TRI18_RAT ; O16616, TRI21_CAEEL; -DR Q8IYM9, TRI22_HUMAN; Q09654, TRI23_CAEEL; P36406, TRI23_HUMAN; -DR Q8BGX0, TRI23_MOUSE; P36407, TRI23_RAT ; Q14258, TRI25_HUMAN; -DR Q61510, TRI25_MOUSE; Q12899, TRI26_HUMAN; Q99PN3, TRI26_MOUSE; -DR Q7YR34, TRI26_PANTR; O77666, TRI26_PIG ; P62603, TRI26_RAT ; -DR P14373, TRI27_HUMAN; Q62158, TRI27_MOUSE; Q9BZY9, TRI31_HUMAN; -DR Q8R0K2, TRI31_MOUSE; Q13049, TRI32_HUMAN; Q8CH72, TRI32_MOUSE; -DR Q6E2N3, TRI33_DANRE; Q9UPN9, TRI33_HUMAN; Q99PP7, TRI33_MOUSE; -DR Q56R14, TRI33_XENLA; Q9BYJ4, TRI34_HUMAN; Q9UPQ4, TRI35_HUMAN; -DR Q8C006, TRI35_MOUSE; Q5RBG2, TRI35_PONAB; Q5RKG6, TRI35_RAT ; -DR Q9NQ86, TRI36_HUMAN; Q80WG7, TRI36_MOUSE; O94972, TRI37_HUMAN; -DR Q6PCX9, TRI37_MOUSE; Q58DK8, TRI38_BOVIN; O00635, TRI38_HUMAN; -DR Q5SZ99, TRI38_MOUSE; Q9HCM9, TRI39_HUMAN; Q9ESN2, TRI39_MOUSE; -DR Q1XHU0, TRI39_PANTR; Q6MFZ5, TRI39_RAT ; Q6P9F5, TRI40_HUMAN; -DR Q3UWA4, TRI40_MOUSE; Q1XHT8, TRI40_PANTR; Q6MFY8, TRI40_RAT ; -DR Q8WV44, TRI41_HUMAN; Q5NCC3, TRI41_MOUSE; Q5BIM1, TRI45_BOVIN; -DR Q9H8W5, TRI45_HUMAN; Q6PFY8, TRI45_MOUSE; Q96LD4, TRI47_HUMAN; -DR Q8C0E3, TRI47_MOUSE; Q8IWZ4, TRI48_HUMAN; Q86XT4, TRI50_HUMAN; -DR Q810I2, TRI50_MOUSE; Q865W2, TRI50_PIG ; Q810I1, TRI50_RAT ; -DR Q96A61, TRI52_HUMAN; Q9BYV6, TRI55_HUMAN; G3X8Y1, TRI55_MOUSE; -DR Q5PQN5, TRI55_RAT ; E1BD59, TRI56_BOVIN; Q9BRZ2, TRI56_HUMAN; -DR Q80VI1, TRI56_MOUSE; Q8NG06, TRI58_HUMAN; Q5NCC9, TRI58_MOUSE; -DR Q8IWR1, TRI59_HUMAN; Q922Y2, TRI59_MOUSE; Q9BVG3, TRI62_HUMAN; -DR Q80V85, TRI62_MOUSE; Q969Q1, TRI63_HUMAN; Q38HM4, TRI63_MOUSE; -DR Q91Z63, TRI63_RAT ; Q6PJ69, TRI65_HUMAN; Q8BFW4, TRI65_MOUSE; -DR Q6AZZ1, TRI68_HUMAN; Q8K243, TRI68_MOUSE; Q86WT6, TRI69_HUMAN; -DR Q80X56, TRI69_MOUSE; Q5BK82, TRI69_RAT ; Q9UJV3, TRIM1_HUMAN; -DR Q9QUS6, TRIM1_MOUSE; D2GXS7, TRIM2_AILME; A4IF63, TRIM2_BOVIN; -DR F7H9X2, TRIM2_CALJA; Q9C040, TRIM2_HUMAN; Q9ESN6, TRIM2_MOUSE; -DR D3ZQG6, TRIM2_RAT ; O75382, TRIM3_HUMAN; Q9R1R2, TRIM3_MOUSE; -DR O70277, TRIM3_RAT ; Q9C037, TRIM4_HUMAN; Q5D7I6, TRIM5_ALOSA; -DR Q5D7I1, TRIM5_ATEGE; Q5D7I5, TRIM5_CEBPY; Q587N7, TRIM5_CHLAE; -DR Q5C8U4, TRIM5_CHLPG; Q5C8U3, TRIM5_CHLTN; Q5D7J0, TRIM5_COLGU; -DR Q5D7I3, TRIM5_ERYPA; Q5C8T6, TRIM5_GORGO; Q2YEM8, TRIM5_HOOHO; -DR Q9C035, TRIM5_HUMAN; Q3ZEE5, TRIM5_HYLLA; Q5D7H7, TRIM5_LAGLA; -DR Q2YEN2, TRIM5_MACAS; Q587N6, TRIM5_MACFA; Q0PF16, TRIM5_MACMU; -DR Q2YEN0, TRIM5_MACNE; Q1ACD7, TRIM5_NOMLE; Q1ACD8, TRIM5_PANPA; -DR Q5D7J1, TRIM5_PANTR; Q5D7J2, TRIM5_PAPAN; Q5D7I2, TRIM5_PITPI; -DR Q5D7H8, TRIM5_PLEDO; Q5C8T8, TRIM5_PONAB; Q2YEM9, TRIM5_PONPY; -DR Q5D7I9, TRIM5_PYGNE; Q5C8U1, TRIM5_SAGLB; Q1ACD5, TRIM5_SAGOE; -DR Q5BN31, TRIM5_SAIBB; Q5D7I0, TRIM5_SAISC; Q1ACD6, TRIM5_SYMSY; -DR Q9C030, TRIM6_HUMAN; Q8BGE7, TRIM6_MOUSE; Q9C029, TRIM7_HUMAN; -DR Q923T7, TRIM7_MOUSE; Q9BZR9, TRIM8_HUMAN; Q99PJ2, TRIM8_MOUSE; -DR Q29RQ5, TRIM9_BOVIN; M9MRI4, TRIM9_DROME; Q9C026, TRIM9_HUMAN; -DR Q8C7M3, TRIM9_MOUSE; Q91ZY8, TRIM9_RAT ; Q8N9V2, TRIML_HUMAN; -DR Q8BVP1, TRIML_MOUSE; Q8N7C3, TRIMM_HUMAN; P90990, TRUL_CAEEL ; -DR P53804, TTC3_HUMAN ; O88196, TTC3_MOUSE ; D3ZSP7, TTC3_RAT ; -DR P36096, TUL1_YEAST ; Q77J49, UB222_WSSVS; Q8VAK2, UB403_WSSVS; -DR Q5UQ40, UBC4_MIMIV ; A5PKG6, UBE4A_BOVIN; Q14139, UBE4A_HUMAN; -DR E9Q735, UBE4A_MOUSE; Q5R9G3, UBE4A_PONAB; Q6P7A2, UBE4A_RAT ; -DR O95155, UBE4B_HUMAN; Q9ES00, UBE4B_MOUSE; Q9LF41, UBE4_ARATH ; -DR Q09349, UBE4_CAEEL ; O13731, UBR11_SCHPO; P91133, UBR1_CAEEL ; -DR Q9VX91, UBR1_DROME ; Q8IWV7, UBR1_HUMAN ; O60014, UBR1_KLULA ; -DR O70481, UBR1_MOUSE ; O60152, UBR1_SCHPO ; P19812, UBR1_YEAST ; -DR Q8IWV8, UBR2_HUMAN ; Q6WKZ8, UBR2_MOUSE ; Q07963, UBR2_YEAST ; -DR F1QJX5, UBR3_DANRE ; Q9W3M3, UBR3_DROME ; Q6ZT12, UBR3_HUMAN ; -DR Q5U430, UBR3_MOUSE ; Q5T4S7, UBR4_HUMAN ; A2AN08, UBR4_MOUSE ; -DR Q2TL32, UBR4_RAT ; Q54DV0, UBR7_DICDI ; Q8N806, UBR7_HUMAN ; -DR Q8BU04, UBR7_MOUSE ; P54860, UFD2_YEAST ; A7E320, UHRF1_BOVIN; -DR E7EZF3, UHRF1_DANRE; Q96T88, UHRF1_HUMAN; Q8VDF2, UHRF1_MOUSE; -DR Q7TPK1, UHRF1_RAT ; B6CHA3, UHRF1_XENLA; F6UA42, UHRF1_XENTR; -DR Q96PU4, UHRF2_HUMAN; Q7TMI3, UHRF2_MOUSE; P27426, VIE1_BHV4D ; -DR O92503, VIE2_NPVBM ; Q8QME4, VIE2_NPVCF ; Q2NNU1, VIE2_NPVHC ; -DR P32511, VIE2_NPVOP ; Q8B9B2, VIE2_NPVR1 ; Q9LTA6, WAV3_ARATH ; -DR Q9ZQ46, WAVH1_ARATH; Q0WQX9, WAVH2_ARATH; Q5ZMV9, WDR24_CHICK; -DR Q7ZVL2, WDR24_DANRE; Q54JS5, WDR24_DICDI; Q9XZ25, WDR24_DROME; -DR Q96S15, WDR24_HUMAN; Q8CFJ9, WDR24_MOUSE; Q7ZX22, WDR24_XENLA; -DR Q94B55, XB31_ARATH ; Q94CT7, XB31_ORYSJ ; Q6NLQ8, XB32_ARATH ; -DR Q6KAE5, XB32_ORYSJ ; Q4FE45, XB33_ARATH ; Q337A0, XB33_ORYSJ ; -DR Q9FPH0, XB34_ARATH ; Q7XI08, XB34_ORYSJ ; Q4FE47, XB35_ARATH ; -DR Q7EZ44, XB35_ORYSJ ; Q4JHE0, XB36_ORYSJ ; Q65XV2, XB3_ORYSJ ; -DR Q9SI09, XERIC_ARATH; P98170, XIAP_HUMAN ; Q60989, XIAP_MOUSE ; -DR Q9R0I6, XIAP_RAT ; A5D8Q0, XIAP_XENLA ; Q5BKL8, XIAP_XENTR ; -DR Q9HGN5, YO45_SCHPO ; Q5QLR5, ZFP1_ORYSJ ; Q9FFB6, ZFP34_ARATH; -DR Q5JL96, ZFP34_ORYSJ; Q96JP5, ZFP91_HUMAN; Q62511, ZFP91_MOUSE; -DR Q96PM5, ZN363_HUMAN; Q9CR50, ZN363_MOUSE; Q6PFK1, ZN598_DANRE; -DR Q86UK7, ZN598_HUMAN; Q80YR4, ZN598_MOUSE; F1MM41, ZNRF1_BOVIN; -DR Q6P4U6, ZNRF1_DANRE; Q8ND25, ZNRF1_HUMAN; Q91V17, ZNRF1_MOUSE; -DR Q66KG7, ZNRF1_XENLA; F7EP40, ZNRF1_XENTR; Q08CN9, ZNRF2_DANRE; -DR Q8NHG8, ZNRF2_HUMAN; Q71FD5, ZNRF2_MOUSE; A5WWA0, ZNRF3_DANRE; -DR Q9ULT6, ZNRF3_HUMAN; Q5SSZ7, ZNRF3_MOUSE; Q4KLR8, ZNRF3_XENLA; -DR Q08D68, ZNRF3_XENTR; Q8WWF5, ZNRF4_HUMAN; Q4R6Y5, ZNRF4_MACFA; -DR Q9DAH2, ZNRF4_MOUSE; Q8NEG5, ZSWM2_HUMAN; Q9D9X6, ZSWM2_MOUSE; +DR O43085, DSC1_SCHPO ; Q9UTK7, DSC2_SCHPO ; B0XQY0, DSCA_ASPFC ; +DR E9QSG0, DSCA_ASPFU ; B0Y6Z7, DSCB_ASPFC ; Q4WQ60, DSCB_ASPFU ; +DR Q86Y01, DTX1_HUMAN ; Q61010, DTX1_MOUSE ; Q8AW93, DTX1_XENLA ; +DR Q86UW9, DTX2_HUMAN ; Q8R3P2, DTX2_MOUSE ; Q8TDB6, DTX3L_HUMAN; +DR Q3UIR3, DTX3L_MOUSE; Q8N9I9, DTX3_HUMAN ; Q80V91, DTX3_MOUSE ; +DR Q5REG4, DTX3_PONAB ; Q9Y2E6, DTX4_HUMAN ; Q6PDK8, DTX4_MOUSE ; +DR Q23985, DTX_DROME ; Q86Y13, DZIP3_HUMAN; Q7TPV2, DZIP3_MOUSE; +DR Q4V8R6, E4F1_DANRE ; Q66K89, E4F1_HUMAN ; Q8CCE9, E4F1_MOUSE ; +DR F4JSV3, EDA40_ARATH; Q9LRB7, EL5_ORYSJ ; Q8T913, FANCL_DROME; +DR Q9NW38, FANCL_HUMAN; Q9CR14, FANCL_MOUSE; Q5PP23, FLY1_ARATH ; +DR Q500V2, FLY2_ARATH ; P40492, FYV10_YEAST; Q06003, GOLI_DROME ; +DR Q86XS8, GOLI_HUMAN ; Q8VEM1, GOLI_MOUSE ; Q6Y290, GOLI_RAT ; +DR A4GWX9, GW2_ORYSI ; B9F4Q9, GW2_ORYSJ ; Q9VI20, GZL_DROME ; +DR Q9LFC0, HAKAI_ARATH; Q5ZHZ4, HAKAI_CHICK; M9PBE2, HAKAI_DROME; +DR Q75N03, HAKAI_HUMAN; Q4R7I8, HAKAI_MACFA; Q9JIY2, HAKAI_MOUSE; +DR Q4V7X9, HAKAI_XENLA; F4HRI2, HEI10_ARATH; I6PL68, HEI10_ORYSJ; +DR Q76PD2, HEL2_SCHPO ; Q05580, HEL2_YEAST ; Q7XTV7, HIP1_ORYSJ ; +DR Q14527, HLTF_HUMAN ; Q6PCN7, HLTF_MOUSE ; Q95216, HLTF_RABIT ; +DR Q84JU6, HOS1_ARATH ; Q9LW77, HRD1A_ARATH; Q6NPT7, HRD1B_ARATH; +DR A8Y4B2, HRD1_CAEBR ; Q20798, HRD1_CAEEL ; Q95SP2, HRD1_DROME ; +DR Q75CC8, HRD1_EREGS ; Q5Z880, HRD1_ORYSJ ; O74757, HRD1_SCHPO ; +DR Q08109, HRD1_YEAST ; Q8IU81, I2BP1_HUMAN; Q8R3Y8, I2BP1_MOUSE; +DR Q9H1B7, I2BPL_HUMAN; Q2MJS2, I2BPL_MACMU; Q8K3X4, I2BPL_MOUSE; +DR Q5EIC4, I2BPL_RAT ; P41437, IAP3_NPVOP ; P29128, ICP0_BHV1C ; +DR P29836, ICP0_BHV1K ; P28990, ICP0_EHV1B ; P84445, ICP0_EHV1V ; +DR P08393, ICP0_HHV11 ; P28284, ICP0_HHV2H ; P29129, ICP0_SUHVF ; +DR P24647, IE2_NPVAC ; Q9E1W2, IE61_CHV9D ; P09309, IE61_VZVD ; +DR A0A0H2USG1, IPA14_SHIFL; A0A0H2USC0, IPA25_SHIFL; Q83RJ4, IPA3_SHIFL ; +DR P18009, IPA4_SHIFL ; P18014, IPA7_SHIFL ; B2TT54, IPA9_SHIB3 ; +DR Q31SH3, IPA9_SHIBS ; Q326Z6, IPA9_SHIDS ; D2AJU0, IPA9_SHIF2 ; +DR Q8VSC3, IPA9_SHIFL ; Q3YTH5, IPA9_SHISS ; Q5Z8R1, IPI1_ORYSJ ; +DR Q9VHI7, IRU_DROME ; Q9NQC1, JADE2_HUMAN; Q6ZQF7, JADE2_MOUSE; +DR F4HZD1, JMJ24_ARATH; Q1LZE1, KCMF1_BOVIN; Q7T321, KCMF1_DANRE; +DR Q95RX5, KCMF1_DROME; Q9P0J7, KCMF1_HUMAN; Q80UY2, KCMF1_MOUSE; +DR Q6GPB6, KCMF1_XENLA; Q9FY48, KEG_ARATH ; Q91T40, LAP_LSDV ; +DR Q997C2, LAP_MYXVL ; Q9Q8T2, LAP_RFVKA ; P32225, LAP_SWPVK ; +DR Q9DHV7, LAP_YLDV ; Q6TV02, LAP_YMTV5 ; C6L7U1, LIN1_LOTJA ; +DR D1FP57, LIN2_LOTJA ; E1BJS7, LIN41_BOVIN; Q1PRL4, LIN41_CHICK; +DR E7FAM5, LIN41_DANRE; Q2Q1W2, LIN41_HUMAN; Q1PSW8, LIN41_MOUSE; +DR D3ZVM4, LIN41_RAT ; F6QEU4, LIN41_XENTR; D1FP53, LIN_MEDTR ; +DR Q8TBB1, LNX1_HUMAN ; O70263, LNX1_MOUSE ; Q9S752, LOFG2_ARATH; +DR Q6UWE0, LRSM1_HUMAN; Q80ZI6, LRSM1_MOUSE; Q9FGI1, LTN1_ARATH ; +DR B6IFN4, LTN1_CAEBR ; Q65XX2, LTN1_CAEEL ; E1C231, LTN1_CHICK ; +DR Q555H8, LTN1_DICDI ; Q9VW09, LTN1_DROME ; O94822, LTN1_HUMAN ; +DR Q6A009, LTN1_MOUSE ; Q7S834, LTN1_NEUCR ; O74349, LTN1_SCHPO ; +DR A0JM49, LTN1_XENTR ; Q04781, LTN1_YEAST ; Q5X159, LUBX_LEGPA ; +DR Q5ZRQ0, LUBX_LEGPH ; Q9LYW5, LUL1_ARATH ; Q9LFH6, LUL2_ARATH ; +DR Q84ME1, LUL3_ARATH ; Q8LA32, LUL4_ARATH ; Q13233, M3K1_HUMAN ; +DR Q3MHJ2, MAEA_BOVIN ; Q5F398, MAEA_CHICK ; Q7SXR3, MAEA_DANRE ; +DR Q7L5Y9, MAEA_HUMAN ; Q4R9A8, MAEA_MACFA ; Q4VC33, MAEA_MOUSE ; +DR Q5R532, MAEA_PONAB ; Q5RKJ1, MAEA_RAT ; Q6GR10, MAEA_XENLA ; +DR Q06436, MAG2_YEAST ; Q93227, MARC3_CAEEL; Q8TCQ1, MARH1_HUMAN; +DR Q6NZQ8, MARH1_MOUSE; Q32L65, MARH2_BOVIN; Q1LVZ2, MARH2_DANRE; +DR Q9P0N8, MARH2_HUMAN; Q99M02, MARH2_MOUSE; Q5I0I2, MARH2_RAT ; +DR Q5PQ35, MARH2_XENLA; Q28EX7, MARH2_XENTR; A0JN69, MARH3_BOVIN; +DR Q86UD3, MARH3_HUMAN; Q8BRX9, MARH3_MOUSE; Q5XIE5, MARH3_RAT ; +DR Q0IH10, MARH3_XENLA; Q68FA7, MARH3_XENTR; Q0P496, MARH4_DANRE; +DR Q9P2E8, MARH4_HUMAN; Q80TE3, MARH4_MOUSE; Q3ZC24, MARH5_BOVIN; +DR Q5ZJ41, MARH5_CHICK; Q0X0A5, MARH5_CHLAE; Q6NYK8, MARH5_DANRE; +DR Q9NX47, MARH5_HUMAN; Q3KNM2, MARH5_MOUSE; Q6GM44, MARH5_XENLA; +DR O60337, MARH6_HUMAN; Q6ZQ89, MARH6_MOUSE; Q5R9W1, MARH6_PONAB; +DR Q9H992, MARH7_HUMAN; Q9WV66, MARH7_MOUSE; Q5R9W2, MARH7_PONAB; +DR Q5XI50, MARH7_RAT ; Q0VD59, MARH8_BOVIN; Q5T0T0, MARH8_HUMAN; +DR Q9DBD2, MARH8_MOUSE; Q5XH39, MARH8_XENLA; Q28IK8, MARH8_XENTR; +DR Q86YJ5, MARH9_HUMAN; Q3TZ87, MARH9_MOUSE; Q8NA82, MARHA_HUMAN; +DR Q5XIV2, MARHA_RAT ; A6NNE9, MARHB_HUMAN; Q8CBH7, MARHB_MOUSE; +DR A6P320, MARHB_RAT ; Q9ZQF9, MBR1_ARATH ; O49500, MBR2_ARATH ; +DR P56950, MDM2_CANLF ; O42354, MDM2_DANRE ; Q7YRZ8, MDM2_FELCA ; +DR P56951, MDM2_HORSE ; Q00987, MDM2_HUMAN ; Q60524, MDM2_MESAU ; +DR P23804, MDM2_MOUSE ; P56273, MDM2_XENLA ; Q5U5Q3, MEX3C_HUMAN; +DR Q05A36, MEX3C_MOUSE; Q7ZUL9, MGRN1_DANRE; O60291, MGRN1_HUMAN; +DR Q9D074, MGRN1_MOUSE; Q5XIQ4, MGRN1_RAT ; Q804S5, MIB1_DANRE ; +DR Q86YT6, MIB1_HUMAN ; Q80SY4, MIB1_MOUSE ; Q6GNY1, MIB1_XENLA ; +DR Q5ZIJ9, MIB2_CHICK ; Q96AX9, MIB2_HUMAN ; Q8R516, MIB2_MOUSE ; +DR Q68LP1, MIB2_RAT ; Q9VUX2, MIB_DROME ; Q8VZK0, MIEL1_ARATH; +DR P90489, MIR2_HHV8P ; Q4VBT5, MKRN1_DANRE; Q9UHC7, MKRN1_HUMAN; +DR Q9QXP6, MKRN1_MOUSE; Q9TT91, MKRN1_NOTEU; Q8JFF3, MKRN1_SERQU; +DR Q5NU14, MKRN1_TAKRU; Q4SRI6, MKRN1_TETNG; Q6GLT5, MKRN1_XENLA; +DR Q9DFG8, MKRN2_DANRE; Q9H000, MKRN2_HUMAN; Q9ERV1, MKRN2_MOUSE; +DR Q9DD48, MKRN2_SERQU; Q5NU13, MKRN2_TAKRU; B0F0H3, MKRN2_XENLA; +DR Q6GLD9, MKRN2_XENTR; Q13064, MKRN3_HUMAN; Q60764, MKRN3_MOUSE; +DR Q13434, MKRN4_HUMAN; Q9N373, MKRN_CAEEL ; Q9LQX2, MPSR1_ARATH; +DR A0A1D5NVS8, MSL2_CHICK ; P50534, MSL2_DROME ; Q9HCI7, MSL2_HUMAN ; +DR Q69ZF8, MSL2_MOUSE ; Q5M7X9, MUL1A_DANRE; Q9VZJ9, MUL1_DROME ; +DR Q969V5, MUL1_HUMAN ; Q4R7G8, MUL1_MACFA ; Q8VCM5, MUL1_MOUSE ; +DR Q6NTT6, MUL1_XENLA ; Q6TEM9, MYLIA_DANRE; Q05AK5, MYLIB_DANRE; +DR Q8WY64, MYLIP_HUMAN; Q8BM54, MYLIP_MOUSE; D3ZDI6, MYLIP_RAT ; +DR A8MQ27, NEU1B_HUMAN; Q0MW30, NEU1B_MOUSE; O76050, NEUL1_HUMAN; +DR Q923S6, NEUL1_MOUSE; Q96EH8, NEUL3_HUMAN; Q8CJC5, NEUL3_MOUSE; +DR Q5M870, NEUL3_RAT ; Q6VVB1, NHLC1_HUMAN; Q8BR37, NHLC1_MOUSE; +DR Q6IMG5, NHLC1_RAT ; Q9SRX9, NLA_ARATH ; Q3SWY5, NOSIP_BOVIN; +DR Q5U3S7, NOSIP_DANRE; Q9Y314, NOSIP_HUMAN; Q4R7H4, NOSIP_MACFA; +DR Q9D6T0, NOSIP_MOUSE; Q6NUH3, NOSIP_XENLA; Q6P829, NOSIP_XENTR; +DR P34909, NOT4_YEAST ; Q3T0X7, NSE1_BOVIN ; Q6DGT7, NSE1_DANRE ; +DR Q9VMA0, NSE1_DROME ; Q8WV22, NSE1_HUMAN ; Q9D720, NSE1_MOUSE ; +DR Q5RAZ5, NSE1_PONAB ; Q499U6, NSE1_RAT ; Q53EK2, NSE1_SCHPO ; +DR Q6PAF4, NSE1_XENLA ; Q6P881, NSE1_XENTR ; Q07913, NSE1_YEAST ; +DR Q5W0B1, OBI1_HUMAN ; Q8K2Y0, OBI1_MOUSE ; Q5RD97, OBI1_PONAB ; +DR F5HCV3, ORF50_HHV8P; Q9FKA7, ORTH1_ARATH; Q8VYZ0, ORTH2_ARATH; +DR Q9FVS2, ORTH3_ARATH; Q9C8E1, ORTH4_ARATH; Q680I0, ORTH5_ARATH; +DR Q681I0, ORTHL_ARATH; Q96FA3, PELI1_HUMAN; Q8C669, PELI1_MOUSE; +DR Q9HAT8, PELI2_HUMAN; Q8BST6, PELI2_MOUSE; Q8N2H9, PELI3_HUMAN; +DR Q8BXR6, PELI3_MOUSE; Q9P6N4, PEP5_SCHPO ; P12868, PEP5_YEAST ; +DR Q9SYU4, PEX10_ARATH; C0HKD7, PEX10_CAEEL; Q54S31, PEX10_DICDI; +DR O60683, PEX10_HUMAN; Q8HXW8, PEX10_MACFA; B1AUE5, PEX10_MOUSE; +DR Q00940, PEX10_PICAN; Q92265, PEX10_PICPA; Q9UUF0, PEX10_SCHPO; +DR G2Q0E2, PEX10_THET4; Q05568, PEX10_YEAST; Q06438, PEX2_CRIGR ; +DR E7F4V8, PEX2_DANRE ; P28328, PEX2_HUMAN ; P55098, PEX2_MOUSE ; +DR P24392, PEX2_RAT ; A0A1L8FZ98, PEX2_XENLA ; Q8QN38, PG021_CWPXB; +DR P87607, PG021_CWPXG; Q85318, PG021_ECTVM; A0A7H0DMZ7, PG021_MONPV; +DR Q8V571, PG021_MONPZ; P0C775, PG021_VACC8; Q76R05, PG021_VAR67; +DR O88907, PIAS1_MOUSE; Q8C5D8, PIAS2_MOUSE; Q8N2W9, PIAS4_HUMAN; +DR Q9JM05, PIAS4_MOUSE; Q06651, PIB1_YEAST ; F1R4C4, PIS4A_DANRE; +DR Q8NG27, PJA1_HUMAN ; O55176, PJA1_MOUSE ; O43164, PJA2_HUMAN ; +DR Q80U04, PJA2_MOUSE ; Q5R4R1, PJA2_PONAB ; Q63364, PJA2_RAT ; +DR Q568K2, PP1RB_DANRE; O60927, PP1RB_HUMAN; Q5TM51, PP1RB_MACMU; +DR Q8K1L5, PP1RB_MOUSE; Q7YR30, PP1RB_PANTR; Q6MFY6, PP1RB_RAT ; +DR Q6DDH0, PP1RB_XENLA; Q6GLB0, PP1RB_XENTR; Q9FJX0, PPIL2_ARATH; +DR Q4WVU5, PPIL2_ASPFU; Q2U5W8, PPIL2_ASPOR; P52012, PPIL2_CAEEL; +DR P0CP91, PPIL2_CRYNB; P0CP90, PPIL2_CRYNJ; Q5AXT6, PPIL2_EMENI; +DR Q4IBK5, PPIL2_GIBZE; Q13356, PPIL2_HUMAN; Q9D787, PPIL2_MOUSE; +DR Q7RXA6, PPIL2_NEUCR; P0C1J1, PPIL2_RHIO9; Q09928, PPIL2_SCHPO; +DR Q4P555, PPIL2_USTMA; B9DFV2, PQT3L_ARATH; F4JP52, PQT3_ARATH ; +DR O22785, PR19B_ARATH; Q08E38, PRP19_BOVIN; Q10051, PRP19_CAEEL; +DR Q5ZMA2, PRP19_CHICK; Q7KWK5, PRP19_DICDI; Q9UMS4, PRP19_HUMAN; +DR Q99KP6, PRP19_MOUSE; Q9AV81, PRP19_ORYSJ; Q9JMJ4, PRP19_RAT ; +DR O14011, PRP19_SCHPO; P32523, PRP19_YEAST; Q8LBL5, PRT1_ARATH ; +DR F4KCC2, PRT6_ARATH ; Q6EUK7, PUB04_ORYSJ; Q9C9A6, PUB10_ARATH; +DR Q8GUG9, PUB11_ARATH; Q9ZV31, PUB12_ARATH; Q5VRH9, PUB12_ORYSJ; +DR Q9SNC6, PUB13_ARATH; Q8VZ40, PUB14_ARATH; Q681N2, PUB15_ARATH; +DR Q9LZW3, PUB16_ARATH; Q9C7R6, PUB17_ARATH; Q9XIJ5, PUB18_ARATH; +DR O80742, PUB19_ARATH; E4NKF8, PUB1_MEDTR ; Q9C8D1, PUB20_ARATH; +DR Q5PNY6, PUB21_ARATH; Q9SVC6, PUB22_ARATH; Q84TG3, PUB23_ARATH; +DR Q9SF15, PUB24_ARATH; Q10FT0, PUB24_ORYSJ; Q9LT79, PUB25_ARATH; +DR Q9FXA4, PUB26_ARATH; Q9FLF4, PUB27_ARATH; Q9LXE3, PUB28_ARATH; +DR Q9LSA6, PUB29_ARATH; Q5XEZ8, PUB2_ARATH ; Q058P4, PUB30_ARATH; +DR Q9FHN9, PUB31_ARATH; Q94A51, PUB32_ARATH; Q8GUH1, PUB33_ARATH; +DR Q8S8S7, PUB34_ARATH; Q9SW11, PUB35_ARATH; Q8GZ84, PUB36_ARATH; +DR Q683D5, PUB37_ARATH; Q9FJP6, PUB38_ARATH; Q9STT1, PUB39_ARATH; +DR Q8GWV5, PUB3_ARATH ; Q9FL17, PUB40_ARATH; Q0WUF6, PUB41_ARATH; +DR Q9CAA7, PUB42_ARATH; Q9SFX2, PUB43_ARATH; Q9LM76, PUB44_ARATH; +DR Q9C7G1, PUB45_ARATH; Q3E9F7, PUB46_ARATH; Q3E9F6, PUB47_ARATH; +DR Q3E9F5, PUB48_ARATH; O22193, PUB4_ARATH ; Q9FGD7, PUB50_ARATH; +DR Q9FKG5, PUB51_ARATH; Q9FKG6, PUB52_ARATH; Q9LU47, PUB53_ARATH; +DR Q9LQ92, PUB54_ARATH; P0C6E7, PUB55_ARATH; Q8GXQ7, PUB56_ARATH; +DR Q9SGT1, PUB57_ARATH; Q0DR28, PUB57_ORYSJ; Q9SGT2, PUB58_ARATH; +DR O23225, PUB5_ARATH ; Q6DBN5, PUB62_ARATH; Q58FY4, PUB63_ARATH; +DR O48700, PUB6_ARATH ; Q5WA76, PUB70_ORYSJ; Q6K762, PUB73_ORYSJ; +DR Q10PI9, PUB75_ORYSJ; Q9CAG5, PUB7_ARATH ; O81902, PUB8_ARATH ; +DR Q9SRT0, PUB9_ARATH ; A0A1L8FG46, PX10A_XENLA; A0A1L8FM16, PX10B_XENLA; +DR E7FDW2, PZR3B_DANRE; Q9UPQ7, PZRN3_HUMAN; Q69ZS0, PZRN3_MOUSE; +DR P68907, PZRN3_RAT ; Q90ZT7, R111A_XENLA; Q6NRV8, R111B_XENLA; +DR Q66J97, R111C_XENLA; Q67ER4, R113A_BOVIN; O15541, R113A_HUMAN; +DR Q7T0Q3, R126A_XENLA; Q6IRP0, R126B_XENLA; E1B7X3, R146A_BOVIN; +DR Q3T139, R146B_BOVIN; Q6GND7, R152A_XENLA; Q68EV7, R152B_XENLA; +DR A8MTL3, R212B_HUMAN; D3Z423, R212B_MOUSE; Q5RBV9, R212B_PONAB; +DR A0A0R4IBK5, R213A_DANRE; A0A0R4I9Y1, R213B_DANRE; Q4WZJ6, RAD18_ASPFU; +DR Q5A4N5, RAD18_CANAL; Q6FPI4, RAD18_CANGA; Q6BLM3, RAD18_DEBHA; +DR Q02398, RAD18_EMENI; Q75EN0, RAD18_EREGS; Q9NS91, RAD18_HUMAN; +DR Q6CTZ8, RAD18_KLULA; Q9QXK2, RAD18_MOUSE; P33288, RAD18_NEUCR; +DR O74747, RAD18_SCHPO; Q6CHI1, RAD18_YARLI; P10862, RAD18_YEAST; +DR P24271, RAG1_CHICK ; O13033, RAG1_DANRE ; Q90523, RAG1_GINCI ; +DR P15918, RAG1_HUMAN ; P15919, RAG1_MOUSE ; Q91187, RAG1_ONCMY ; +DR Q867B5, RAG1_PIG ; P34088, RAG1_RABIT ; Q91829, RAG1_XENLA ; +DR Q7Z6E9, RBBP6_HUMAN; P97868, RBBP6_MOUSE; P62877, RBX1_HUMAN ; +DR P62878, RBX1_MOUSE ; Q8QG64, RBX1_SALSA ; Q9UBF6, RBX2_HUMAN ; +DR Q9WTZ1, RBX2_MOUSE ; Q5TC82, RC3H1_HUMAN; Q4VGL6, RC3H1_MOUSE; +DR Q6NUC6, RC3H1_XENLA; Q9HBD1, RC3H2_HUMAN; P0C090, RC3H2_MOUSE; +DR Q9SNB6, RDUF1_ARATH; Q940T5, RDUF2_ARATH; Q641J8, RF12A_XENLA; +DR Q7T037, RF12B_XENLA; Q0WPJ7, RF298_ARATH; Q9ZVT8, RF4_ARATH ; +DR Q8WZ73, RFFL_HUMAN ; Q6ZQM0, RFFL_MOUSE ; Q8CIN9, RFFL_RAT ; +DR O82239, RFI2_ARATH ; O13826, RFP1_SCHPO ; Q9UT72, RFP2_SCHPO ; +DR A0A1L8GLK3, RFW3L_XENLA; A0A974CYQ5, RFW3S_XENLA; D2HWM5, RFWD3_AILME; +DR Q6PCD5, RFWD3_HUMAN; Q8CIK8, RFWD3_MOUSE; Q9SS90, RGLG1_ARATH; +DR Q9LY87, RGLG2_ARATH; Q8RX26, RGLG3_ARATH; Q9SAL0, RGLG4_ARATH; +DR Q8LB88, RGLG5_ARATH; Q9SUS4, RHA1A_ARATH; Q9SUS5, RHA1B_ARATH; +DR Q9ZT50, RHA2A_ARATH; Q9ZU51, RHA2B_ARATH; Q84TF5, RHA4A_ARATH; +DR Q2HIJ8, RHB1A_ARATH; O22197, RHC1A_ARATH; O22283, RHC2A_ARATH; +DR Q4TU14, RHF1A_ARATH; Q9ZT42, RHF2A_ARATH; Q9FMM4, RHG1A_ARATH; +DR Q852U6, RHY1A_ARATH; Q8GUU2, RIE1_ARATH ; Q8VYC8, RIN2_ARATH ; +DR Q8W4Q5, RIN3_ARATH ; Q9LN71, RING1_ARATH; Q5TJF3, RING1_CANLF; +DR Q9VB08, RING1_DROME; A1YER5, RING1_GORGO; P0CH30, RING1_GOSHI; +DR Q06587, RING1_HUMAN; Q8WMN5, RING1_MACMU; O35730, RING1_MOUSE; +DR A1YFY1, RING1_PANPA; A2T6X5, RING1_PANTR; Q6MGB6, RING1_RAT ; +DR Q8LDB8, RING2_ARATH; H2KYH3, RING2_CAEEL; Q803I4, RING2_DANRE; +DR Q99496, RING2_HUMAN; Q9CQJ4, RING2_MOUSE; Q5R9J5, RING2_PONAB; +DR Q4KLY4, RING2_RAT ; Q8LE94, RING3_ARATH; Q93Z92, RING4_ARATH; +DR Q9SIZ8, RKP_ARATH ; O45962, RLE1_CAEEL ; O64425, RMA1_ARATH ; +DR Q6R567, RMA1_CAPAN ; P93030, RMA2_ARATH ; Q8GUK7, RMA3_ARATH ; +DR Q9H871, RMD5A_HUMAN; Q80YQ8, RMD5A_MOUSE; Q6GLP4, RMD5A_XENLA; +DR Q640V2, RMD5A_XENTR; Q96G75, RMD5B_HUMAN; Q91YQ7, RMD5B_MOUSE; +DR Q12508, RMD5_YEAST ; O00237, RN103_HUMAN; Q9R1W3, RN103_MOUSE; +DR Q9EPZ8, RN103_RAT ; Q6ZNA4, RN111_HUMAN; Q99ML9, RN111_MOUSE; +DR Q5R476, RN111_PONAB; Q0V9R0, RN111_XENTR; Q08DF2, RN112_BOVIN; +DR Q9ULX5, RN112_HUMAN; Q96DY5, RN112_MOUSE; O70418, RN112_RAT ; +DR O17917, RN113_CAEEL; Q4U5R4, RN114_BOVIN; Q9Y508, RN114_HUMAN; +DR Q9ET26, RN114_MOUSE; Q6J212, RN114_PANTR; Q6J1I8, RN114_PIG ; +DR Q6J2U6, RN114_RAT ; Q9Y4L5, RN115_HUMAN; Q9D0C1, RN115_MOUSE; +DR Q09251, RN121_CAEEL; Q9H920, RN121_HUMAN; Q8R1Z9, RN121_MOUSE; +DR Q6DD32, RN121_XENLA; Q6P360, RN121_XENTR; Q5XPI4, RN123_HUMAN; +DR Q5XPI3, RN123_MOUSE; A0A5F9C6I2, RN123_RABIT; D3ZXK7, RN123_RAT ; +DR Q96EQ8, RN125_HUMAN; Q95KF1, RN125_MACFA; Q9D9R0, RN125_MOUSE; +DR Q0II22, RN126_BOVIN; Q9BV68, RN126_HUMAN; Q91YL2, RN126_MOUSE; +DR Q6DIP3, RN126_XENTR; Q29RU0, RN128_BOVIN; Q8TEB7, RN128_HUMAN; +DR Q9D304, RN128_MOUSE; Q5RF74, RN128_PONAB; Q8AWW4, RN128_XENLA; +DR Q8WVZ7, RN133_HUMAN; Q95K04, RN133_MACFA; Q14B02, RN133_MOUSE; +DR Q6AY01, RN133_RAT ; Q8IUD6, RN135_HUMAN; Q9CWS1, RN135_MOUSE; +DR Q5M929, RN135_RAT ; Q32LN5, RN138_BOVIN; Q8WVD3, RN138_HUMAN; +DR Q9CQE0, RN138_MOUSE; Q99PD2, RN138_RAT ; Q1L721, RN138_XENLA; +DR Q8WU17, RN139_HUMAN; Q7TMV1, RN139_MOUSE; Q5RBT7, RN139_PONAB; +DR Q95Y82, RN145_CAEEL; Q96MT1, RN145_HUMAN; Q5SWK7, RN145_MOUSE; +DR D2H0Y8, RN146_AILME; Q7ZUK0, RN146_DANRE; Q9NTX7, RN146_HUMAN; +DR Q2PFU6, RN146_MACFA; Q9CZW6, RN146_MOUSE; Q5REL3, RN146_PONAB; +DR Q5XIK5, RN146_RAT ; C0HBT3, RN146_SALSA; Q6GQD5, RN146_XENLA; +DR Q66JE4, RN146_XENTR; Q8NC42, RN149_HUMAN; Q3U2C5, RN149_MOUSE; +DR Q6NRX0, RN149_XENLA; D2H6Z0, RN152_AILME; E1C2W7, RN152_CHICK; +DR Q58EC8, RN152_DANRE; Q8N8N0, RN152_HUMAN; Q8BG47, RN152_MOUSE; +DR D4A723, RN152_RAT ; Q96PX1, RN157_HUMAN; Q3TEL6, RN157_MOUSE; +DR M0R5D6, RN157_RAT ; Q6INH1, RN157_XENLA; Q5F3B2, RN166_CHICK; +DR Q96A37, RN166_HUMAN; Q3U9F6, RN166_MOUSE; Q6J1I7, RN166_RAT ; +DR Q3KPU8, RN166_XENLA; Q9H6Y7, RN167_HUMAN; Q91XF4, RN167_MOUSE; +DR Q5XIL0, RN167_RAT ; Q0IIM1, RN168_BOVIN; Q7T308, RN168_DANRE; +DR Q8IYW5, RN168_HUMAN; Q80XJ2, RN168_MOUSE; B2RYR0, RN168_RAT ; +DR Q6INS5, RN168_XENLA; B0BLU1, RN168_XENTR; F1MRW8, RN169_BOVIN; +DR E7FAP1, RN169_DANRE; Q8NCN4, RN169_HUMAN; E9Q7F2, RN169_MOUSE; +DR F1MK05, RN170_BOVIN; Q7SZN2, RN170_DANRE; Q96K19, RN170_HUMAN; +DR Q8CBG9, RN170_MOUSE; Q5PPX5, RN170_XENLA; Q28DS3, RN170_XENTR; +DR Q86T96, RN180_HUMAN; Q3U827, RN180_MOUSE; Q5RAK3, RN180_PONAB; +DR Q3T0W3, RN181_BOVIN; Q7ZW78, RN181_DANRE; Q9VE61, RN181_DROME; +DR Q9P0P0, RN181_HUMAN; Q9CY62, RN181_MOUSE; Q6AXU4, RN181_RAT ; +DR Q6GPV5, RN181_XENLA; Q5M974, RN181_XENTR; D2H788, RN182_AILME; +DR Q8N6D2, RN182_HUMAN; Q8C432, RN182_MOUSE; D3ZBM4, RN182_RAT ; +DR Q6INB3, RN182_XENLA; Q3SWY0, RN183_BOVIN; Q96D59, RN183_HUMAN; +DR Q8QZS5, RN183_MOUSE; Q5ZIR9, RN185_CHICK; Q6PC78, RN185_DANRE; +DR Q96GF1, RN185_HUMAN; Q91YT2, RN185_MOUSE; Q5RFK9, RN185_PONAB; +DR Q568Y3, RN185_RAT ; Q3T0Y9, RN186_BOVIN; Q9NXI6, RN186_HUMAN; +DR Q9D241, RN186_MOUSE; Q5TA31, RN187_HUMAN; Q8BFX1, RN187_MOUSE; +DR D3Z8N2, RN187_RAT ; Q63HN8, RN213_HUMAN; E9Q555, RN213_MOUSE; +DR Q9NWF9, RN216_HUMAN; P58283, RN216_MOUSE; Q08DV5, RN220_BOVIN; +DR Q5VTB9, RN220_HUMAN; Q8HXD5, RN220_MACFA; Q6PDX6, RN220_MOUSE; +DR Q08E13, RNF10_BOVIN; Q8N5U6, RNF10_HUMAN; Q3UIW5, RNF10_MOUSE; +DR Q5XI59, RNF10_RAT ; Q32NQ8, RNF10_XENLA; Q9NVW2, RNF12_HUMAN; +DR Q9WTV7, RNF12_MOUSE; Q07G42, RNF12_XENTR; Q0VD51, RNF13_BOVIN; +DR Q90972, RNF13_CHICK; O43567, RNF13_HUMAN; O54965, RNF13_MOUSE; +DR Q5RCV8, RNF13_PONAB; Q66HG0, RNF13_RAT ; Q5E9N3, RNF25_BOVIN; +DR Q7SXJ6, RNF25_DANRE; Q96BH1, RNF25_HUMAN; Q9QZR0, RNF25_MOUSE; +DR Q9BY78, RNF26_HUMAN; Q8BUH7, RNF26_MOUSE; Q5E9J6, RNF34_BOVIN; +DR Q969K3, RNF34_HUMAN; Q99KR6, RNF34_MOUSE; Q5NVC7, RNF34_PONAB; +DR Q6AYH3, RNF34_RAT ; O94941, RNF37_HUMAN; Q925F4, RNF37_MOUSE; +DR Q9H0F5, RNF38_HUMAN; Q8BI21, RNF38_MOUSE; Q7ZW16, RNF41_DANRE; +DR Q9H4P4, RNF41_HUMAN; Q8BH75, RNF41_MOUSE; Q5R7T5, RNF41_PONAB; +DR Q5FWL3, RNF41_XENLA; Q68DV7, RNF43_HUMAN; Q5NCP0, RNF43_MOUSE; +DR P0DPR2, RNF43_XENTR; P78317, RNF4_HUMAN ; Q9QZS2, RNF4_MOUSE ; +DR O88846, RNF4_RAT ; Q09463, RNF5_CAEEL ; Q99942, RNF5_HUMAN ; +DR O35445, RNF5_MOUSE ; Q5M807, RNF5_RAT ; Q9Y252, RNF6_HUMAN ; +DR Q9DBU5, RNF6_MOUSE ; Q7ZX20, RNF8A_XENLA; Q6NRG0, RNF8B_XENLA; +DR Q2HJ46, RNF8_BOVIN ; Q803C1, RNF8_DANRE ; O76064, RNF8_HUMAN ; +DR Q8VC56, RNF8_MOUSE ; Q5R4I2, RNF8_PONAB ; Q4KLN8, RNF8_RAT ; +DR Q6NZ21, RNFT1_DANRE; Q5M7Z0, RNFT1_HUMAN; Q9DCN7, RNFT1_MOUSE; +DR Q6NTV1, RNFT1_XENLA; Q28GL3, RNFT1_XENTR; Q9FKW0, RNG1A_ARATH; +DR Q0WX00, RNG1B_ARATH; Q8LPN7, RNG1L_ARATH; Q66J69, RNG2A_XENLA; +DR Q7ZWM8, RNG2B_XENLA; Q7YRV4, RO52_BOVIN ; P19474, RO52_HUMAN ; +DR Q62191, RO52_MOUSE ; Q94AK4, RZF1_ARATH ; Q9M2S6, SDIR1_ARATH; +DR Q9SD71, SGIP1_ARATH; A5D7F8, SH3R1_BOVIN; A5D8S5, SH3R1_DANRE; +DR Q7Z6J0, SH3R1_HUMAN; Q69ZI1, SH3R1_MOUSE; Q5RBR0, SH3R1_PONAB; +DR Q71F54, SH3R1_RAT ; Q6NRD3, SH3R1_XENLA; Q28E95, SH3R1_XENTR; +DR Q8TEC5, SH3R2_HUMAN; Q8BZT2, SH3R2_MOUSE; Q498M5, SH3R2_RAT ; +DR Q8TEJ3, SH3R3_HUMAN; Q8C120, SH3R3_MOUSE; Q8GXF8, SHGR9_ARATH; +DR Q149N8, SHPRH_HUMAN; Q7TPQ3, SHPRH_MOUSE; P61092, SIA1A_MOUSE; +DR Q06985, SIA1B_MOUSE; A8X679, SIAH1_CAEBR; Q965X6, SIAH1_CAEEL; +DR Q7ZVG6, SIAH1_DANRE; Q8IUQ4, SIAH1_HUMAN; Q920M9, SIAH1_RAT ; +DR Q7SYL3, SIAH2_DANRE; O43255, SIAH2_HUMAN; Q06986, SIAH2_MOUSE; +DR Q8R4T2, SIAH2_RAT ; Q9I8X5, SIAH2_XENLA; Q84K34, SIL10_ARATH; +DR Q9FM14, SIL11_ARATH; P93748, SINA1_ARATH; Q9M2P4, SINA2_ARATH; +DR Q84JL3, SINA3_ARATH; Q9STN8, SINA4_ARATH; Q8S3N1, SINA5_ARATH; +DR Q8T3Y0, SINAL_DROME; P61093, SINA_DROER ; P21461, SINA_DROME ; +DR P29304, SINA_DROVI ; Q8I147, SINA_DROWI ; Q86MW9, SINA_SCHMA ; +DR Q9C6H4, SINL1_ARATH; Q9C6H3, SINL2_ARATH; Q9C6H2, SINL3_ARATH; +DR Q9C9M0, SINL4_ARATH; Q7XA77, SINL5_ARATH; Q9FKD9, SINL6_ARATH; +DR Q9FKD7, SINL7_ARATH; Q9FKD6, SINL8_ARATH; Q9FKD5, SINL9_ARATH; +DR Q6AVN2, SIRP1_ORYSJ; Q8GYT9, SIS3_ARATH ; A2ZLU6, SL11_ORYSI ; +DR Q0IMG9, SL11_ORYSJ ; D0ZRB2, SLRP_SALT1 ; Q8ZQQ2, SLRP_SALTY ; +DR P32828, SLX5_YEAST ; P87176, SLX8_SCHPO ; P40072, SLX8_YEAST ; +DR P53127, SNT2_YEAST ; Q8L7N4, SP1_ARATH ; Q94HV7, SPL1P_ARATH; +DR Q9SYH3, SPL2P_ARATH; Q10LI1, SRFP1_ORYSJ; D0ZVG2, SSPH1_SALT1; +DR D0ZPH9, SSPH2_SALT1; P0CE12, SSPH2_SALTY; F4JKK0, SUD1_ARATH ; +DR Q803I8, SYVN1_DANRE; Q86TM6, SYVN1_HUMAN; Q9DBY1, SYVN1_MOUSE; +DR Q6NRL6, SYVNA_XENLA; Q5XHH7, SYVNB_XENLA; O15164, TIF1A_HUMAN; +DR Q64127, TIF1A_MOUSE; Q13263, TIF1B_HUMAN; Q62318, TIF1B_MOUSE; +DR O08629, TIF1B_RAT ; Q08DK0, TM129_BOVIN; Q6PD82, TM129_DANRE; +DR A0AVI4, TM129_HUMAN; Q8K304, TM129_MOUSE; Q6IR55, TM129_XENLA; +DR Q0IJ33, TM129_XENTR; Q9V8P9, TOPRS_DROME; Q9NS56, TOPRS_HUMAN; +DR Q80Z37, TOPRS_MOUSE; Q99PP6, TR34A_MOUSE; K7N6K2, TR34B_MOUSE; +DR Q12933, TRAF2_HUMAN; P39429, TRAF2_MOUSE; Q13114, TRAF3_HUMAN; +DR Q60803, TRAF3_MOUSE; Q9BUZ4, TRAF4_HUMAN; Q61382, TRAF4_MOUSE; +DR Q3ZCC3, TRAF6_BOVIN; B6CJY4, TRAF6_CERAT; Q6IWL4, TRAF6_DANRE; +DR Q9Y4K3, TRAF6_HUMAN; B6CJY5, TRAF6_MACMU; P70196, TRAF6_MOUSE; +DR A7XUJ6, TRAF6_PIG ; B5DF45, TRAF6_RAT ; Q28DL4, TRAF6_XENTR; +DR Q6Q0C0, TRAF7_HUMAN; Q922B6, TRAF7_MOUSE; Q9BWF2, TRAIP_HUMAN; +DR Q8VIG6, TRAIP_MOUSE; Q6NRV0, TRAIP_XENLA; Q3MV19, TRF6A_XENLA; +DR Q6DJN2, TRF6B_XENLA; A0JN74, TRI11_BOVIN; Q96F44, TRI11_HUMAN; +DR Q99PQ2, TRI11_MOUSE; B1H278, TRI11_RAT ; Q32L60, TRI13_BOVIN; +DR O60858, TRI13_HUMAN; Q9CYB0, TRI13_MOUSE; Q5M7V1, TRI13_RAT ; +DR Q9C019, TRI15_HUMAN; Q5TM55, TRI15_MACMU; Q7YR33, TRI15_PANTR; +DR Q9TSW0, TRI15_PIG ; O95361, TRI16_HUMAN; Q99PP9, TRI16_MOUSE; +DR Q5R760, TRI16_PONAB; Q2T9Z0, TRI17_BOVIN; Q9Y577, TRI17_HUMAN; +DR Q7TPM3, TRI17_MOUSE; Q9WV59, TRI17_RAT ; O15344, TRI18_HUMAN; +DR O70583, TRI18_MOUSE; P82456, TRI18_MUSCR; P82457, TRI18_MUSSP; +DR P82458, TRI18_RAT ; O16616, TRI21_CAEEL; Q8IYM9, TRI22_HUMAN; +DR Q09654, TRI23_CAEEL; P36406, TRI23_HUMAN; Q8BGX0, TRI23_MOUSE; +DR P36407, TRI23_RAT ; Q14258, TRI25_HUMAN; Q61510, TRI25_MOUSE; +DR Q12899, TRI26_HUMAN; Q99PN3, TRI26_MOUSE; Q7YR34, TRI26_PANTR; +DR O77666, TRI26_PIG ; P62603, TRI26_RAT ; P14373, TRI27_HUMAN; +DR Q62158, TRI27_MOUSE; Q9BZY9, TRI31_HUMAN; Q8R0K2, TRI31_MOUSE; +DR Q13049, TRI32_HUMAN; Q8CH72, TRI32_MOUSE; Q6E2N3, TRI33_DANRE; +DR Q9UPN9, TRI33_HUMAN; Q99PP7, TRI33_MOUSE; Q56R14, TRI33_XENLA; +DR Q9BYJ4, TRI34_HUMAN; Q9UPQ4, TRI35_HUMAN; Q8C006, TRI35_MOUSE; +DR Q5RBG2, TRI35_PONAB; Q5RKG6, TRI35_RAT ; Q9NQ86, TRI36_HUMAN; +DR Q80WG7, TRI36_MOUSE; O94972, TRI37_HUMAN; Q6PCX9, TRI37_MOUSE; +DR Q58DK8, TRI38_BOVIN; O00635, TRI38_HUMAN; Q5SZ99, TRI38_MOUSE; +DR Q9HCM9, TRI39_HUMAN; Q9ESN2, TRI39_MOUSE; Q1XHU0, TRI39_PANTR; +DR Q6MFZ5, TRI39_RAT ; Q6P9F5, TRI40_HUMAN; Q3UWA4, TRI40_MOUSE; +DR Q1XHT8, TRI40_PANTR; Q6MFY8, TRI40_RAT ; Q8WV44, TRI41_HUMAN; +DR Q5NCC3, TRI41_MOUSE; Q5BIM1, TRI45_BOVIN; Q9H8W5, TRI45_HUMAN; +DR Q6PFY8, TRI45_MOUSE; Q96LD4, TRI47_HUMAN; Q8C0E3, TRI47_MOUSE; +DR Q8IWZ4, TRI48_HUMAN; Q86XT4, TRI50_HUMAN; Q810I2, TRI50_MOUSE; +DR Q865W2, TRI50_PIG ; Q810I1, TRI50_RAT ; Q96A61, TRI52_HUMAN; +DR Q9BYV6, TRI55_HUMAN; G3X8Y1, TRI55_MOUSE; Q5PQN5, TRI55_RAT ; +DR E1BD59, TRI56_BOVIN; Q9BRZ2, TRI56_HUMAN; Q80VI1, TRI56_MOUSE; +DR Q8NG06, TRI58_HUMAN; Q5NCC9, TRI58_MOUSE; Q8IWR1, TRI59_HUMAN; +DR Q922Y2, TRI59_MOUSE; Q9BVG3, TRI62_HUMAN; Q80V85, TRI62_MOUSE; +DR Q969Q1, TRI63_HUMAN; Q38HM4, TRI63_MOUSE; Q91Z63, TRI63_RAT ; +DR Q6PJ69, TRI65_HUMAN; Q8BFW4, TRI65_MOUSE; Q6AZZ1, TRI68_HUMAN; +DR Q8K243, TRI68_MOUSE; Q86WT6, TRI69_HUMAN; Q80X56, TRI69_MOUSE; +DR Q5BK82, TRI69_RAT ; Q9UJV3, TRIM1_HUMAN; Q9QUS6, TRIM1_MOUSE; +DR D2GXS7, TRIM2_AILME; A4IF63, TRIM2_BOVIN; F7H9X2, TRIM2_CALJA; +DR Q9C040, TRIM2_HUMAN; Q9ESN6, TRIM2_MOUSE; D3ZQG6, TRIM2_RAT ; +DR O75382, TRIM3_HUMAN; Q9R1R2, TRIM3_MOUSE; O70277, TRIM3_RAT ; +DR Q9C037, TRIM4_HUMAN; Q5D7I6, TRIM5_ALOSA; Q5D7I1, TRIM5_ATEGE; +DR Q5D7I5, TRIM5_CEBPY; Q587N7, TRIM5_CHLAE; Q5C8U4, TRIM5_CHLPG; +DR Q5C8U3, TRIM5_CHLTN; Q5D7J0, TRIM5_COLGU; Q5D7I3, TRIM5_ERYPA; +DR Q5C8T6, TRIM5_GORGO; Q2YEM8, TRIM5_HOOHO; Q9C035, TRIM5_HUMAN; +DR Q3ZEE5, TRIM5_HYLLA; Q5D7H7, TRIM5_LAGLA; Q2YEN2, TRIM5_MACAS; +DR Q587N6, TRIM5_MACFA; Q0PF16, TRIM5_MACMU; Q2YEN0, TRIM5_MACNE; +DR Q1ACD7, TRIM5_NOMLE; Q1ACD8, TRIM5_PANPA; Q5D7J1, TRIM5_PANTR; +DR Q5D7J2, TRIM5_PAPAN; Q5D7I2, TRIM5_PITPI; Q5D7H8, TRIM5_PLEDO; +DR Q5C8T8, TRIM5_PONAB; Q2YEM9, TRIM5_PONPY; Q5D7I9, TRIM5_PYGNE; +DR Q5C8U1, TRIM5_SAGLB; Q1ACD5, TRIM5_SAGOE; Q5BN31, TRIM5_SAIBB; +DR Q5D7I0, TRIM5_SAISC; Q1ACD6, TRIM5_SYMSY; Q9C030, TRIM6_HUMAN; +DR Q8BGE7, TRIM6_MOUSE; Q9C029, TRIM7_HUMAN; Q923T7, TRIM7_MOUSE; +DR Q9BZR9, TRIM8_HUMAN; Q99PJ2, TRIM8_MOUSE; Q29RQ5, TRIM9_BOVIN; +DR M9MRI4, TRIM9_DROME; Q9C026, TRIM9_HUMAN; Q8C7M3, TRIM9_MOUSE; +DR Q91ZY8, TRIM9_RAT ; Q8N9V2, TRIML_HUMAN; Q8BVP1, TRIML_MOUSE; +DR Q8N7C3, TRIMM_HUMAN; P90990, TRUL_CAEEL ; P53804, TTC3_HUMAN ; +DR O88196, TTC3_MOUSE ; D3ZSP7, TTC3_RAT ; P36096, TUL1_YEAST ; +DR Q77J49, UB222_WSSVS; Q8VAK2, UB403_WSSVS; Q5UQ40, UBC4_MIMIV ; +DR A5PKG6, UBE4A_BOVIN; Q14139, UBE4A_HUMAN; E9Q735, UBE4A_MOUSE; +DR Q5R9G3, UBE4A_PONAB; Q6P7A2, UBE4A_RAT ; O95155, UBE4B_HUMAN; +DR Q9ES00, UBE4B_MOUSE; Q9LF41, UBE4_ARATH ; Q09349, UBE4_CAEEL ; +DR O13731, UBR11_SCHPO; P91133, UBR1_CAEEL ; Q9VX91, UBR1_DROME ; +DR Q8IWV7, UBR1_HUMAN ; O60014, UBR1_KLULA ; O70481, UBR1_MOUSE ; +DR O60152, UBR1_SCHPO ; P19812, UBR1_YEAST ; Q8IWV8, UBR2_HUMAN ; +DR Q6WKZ8, UBR2_MOUSE ; Q07963, UBR2_YEAST ; F1QJX5, UBR3_DANRE ; +DR Q9W3M3, UBR3_DROME ; Q6ZT12, UBR3_HUMAN ; Q5U430, UBR3_MOUSE ; +DR Q5T4S7, UBR4_HUMAN ; A2AN08, UBR4_MOUSE ; Q2TL32, UBR4_RAT ; +DR Q54DV0, UBR7_DICDI ; Q8N806, UBR7_HUMAN ; Q8BU04, UBR7_MOUSE ; +DR P54860, UFD2_YEAST ; A7E320, UHRF1_BOVIN; E7EZF3, UHRF1_DANRE; +DR Q96T88, UHRF1_HUMAN; Q8VDF2, UHRF1_MOUSE; Q7TPK1, UHRF1_RAT ; +DR B6CHA3, UHRF1_XENLA; F6UA42, UHRF1_XENTR; Q96PU4, UHRF2_HUMAN; +DR Q7TMI3, UHRF2_MOUSE; P27426, VIE1_BHV4D ; O92503, VIE2_NPVBM ; +DR Q8QME4, VIE2_NPVCF ; Q2NNU1, VIE2_NPVHC ; P32511, VIE2_NPVOP ; +DR Q8B9B2, VIE2_NPVR1 ; Q9LTA6, WAV3_ARATH ; Q9ZQ46, WAVH1_ARATH; +DR Q0WQX9, WAVH2_ARATH; Q5ZMV9, WDR24_CHICK; Q7ZVL2, WDR24_DANRE; +DR Q54JS5, WDR24_DICDI; Q9XZ25, WDR24_DROME; Q96S15, WDR24_HUMAN; +DR Q8CFJ9, WDR24_MOUSE; Q7ZX22, WDR24_XENLA; Q94B55, XB31_ARATH ; +DR Q94CT7, XB31_ORYSJ ; Q6NLQ8, XB32_ARATH ; Q6KAE5, XB32_ORYSJ ; +DR Q4FE45, XB33_ARATH ; Q337A0, XB33_ORYSJ ; Q9FPH0, XB34_ARATH ; +DR Q7XI08, XB34_ORYSJ ; Q4FE47, XB35_ARATH ; Q7EZ44, XB35_ORYSJ ; +DR Q4JHE0, XB36_ORYSJ ; Q65XV2, XB3_ORYSJ ; Q9SI09, XERIC_ARATH; +DR P98170, XIAP_HUMAN ; Q60989, XIAP_MOUSE ; Q9R0I6, XIAP_RAT ; +DR A5D8Q0, XIAP_XENLA ; Q5BKL8, XIAP_XENTR ; Q9HGN5, YO45_SCHPO ; +DR Q5QLR5, ZFP1_ORYSJ ; Q9FFB6, ZFP34_ARATH; Q5JL96, ZFP34_ORYSJ; +DR Q96JP5, ZFP91_HUMAN; Q62511, ZFP91_MOUSE; Q96PM5, ZN363_HUMAN; +DR Q9CR50, ZN363_MOUSE; Q6PFK1, ZN598_DANRE; Q86UK7, ZN598_HUMAN; +DR Q80YR4, ZN598_MOUSE; F1MM41, ZNRF1_BOVIN; Q6P4U6, ZNRF1_DANRE; +DR Q8ND25, ZNRF1_HUMAN; Q91V17, ZNRF1_MOUSE; Q66KG7, ZNRF1_XENLA; +DR F7EP40, ZNRF1_XENTR; Q08CN9, ZNRF2_DANRE; Q8NHG8, ZNRF2_HUMAN; +DR Q71FD5, ZNRF2_MOUSE; A5WWA0, ZNRF3_DANRE; Q9ULT6, ZNRF3_HUMAN; +DR Q5SSZ7, ZNRF3_MOUSE; Q4KLR8, ZNRF3_XENLA; Q08D68, ZNRF3_XENTR; +DR Q8WWF5, ZNRF4_HUMAN; Q4R6Y5, ZNRF4_MACFA; Q9DAH2, ZNRF4_MOUSE; +DR Q8NEG5, ZSWM2_HUMAN; Q9D9X6, ZSWM2_MOUSE; // ID 2.3.2.28 DE L-allo-isoleucyltransferase. @@ -54086,13 +54280,13 @@ DR Q0BTF8, BPT_GRABC ; Q2SJK9, BPT_HAHCH ; A1WWV3, BPT_HALHL ; DR P59794, BPT_HELHP ; A4G7T6, BPT_HERAR ; Q0C3S3, BPT_HYPNA ; DR A6T105, BPT_JANMA ; Q28R42, BPT_JANSC ; Q04SK8, BPT_LEPBJ ; DR Q050N5, BPT_LEPBL ; B1Y1E7, BPT_LEPCP ; Q72R21, BPT_LEPIC ; -DR Q8F4R6, BPT_LEPIN ; Q2W440, BPT_MAGSA ; Q0APD6, BPT_MARMM ; -DR A1U1G9, BPT_MARN8 ; B7KPZ2, BPT_METC4 ; A9VY56, BPT_METEP ; -DR Q1H2E4, BPT_METFK ; B8IPM0, BPT_METNO ; B1ZJU3, BPT_METPB ; -DR A2SFU1, BPT_METPP ; B0UJ71, BPT_METS4 ; Q82ST4, BPT_NITEU ; -DR Q1QL63, BPT_NITHX ; Q2Y5H6, BPT_NITMU ; Q3J7Z6, BPT_NITOC ; -DR Q3SRC0, BPT_NITWN ; Q2G9C7, BPT_NOVAD ; A1TRT1, BPT_PARC0 ; -DR A1B416, BPT_PARDP ; A7HX57, BPT_PARL1 ; B2JKL8, BPT_PARP8 ; +DR Q8F4R6, BPT_LEPIN ; Q0APD6, BPT_MARMM ; A1U1G9, BPT_MARN8 ; +DR B7KPZ2, BPT_METC4 ; A9VY56, BPT_METEP ; Q1H2E4, BPT_METFK ; +DR B8IPM0, BPT_METNO ; B1ZJU3, BPT_METPB ; A2SFU1, BPT_METPP ; +DR B0UJ71, BPT_METS4 ; Q82ST4, BPT_NITEU ; Q1QL63, BPT_NITHX ; +DR Q2Y5H6, BPT_NITMU ; Q3J7Z6, BPT_NITOC ; Q3SRC0, BPT_NITWN ; +DR Q2G9C7, BPT_NOVAD ; A1TRT1, BPT_PARC0 ; A1B416, BPT_PARDP ; +DR A7HX57, BPT_PARL1 ; Q2W440, BPT_PARM1 ; B2JKL8, BPT_PARP8 ; DR B2T3H8, BPT_PARPJ ; Q13ZM2, BPT_PARXL ; B4RBQ2, BPT_PHEZH ; DR A4SWU6, BPT_POLAQ ; A1VN09, BPT_POLNA ; B1XV76, BPT_POLNS ; DR Q12B44, BPT_POLSJ ; Q48H68, BPT_PSE14 ; Q15TA0, BPT_PSEA6 ; @@ -54115,8 +54309,8 @@ DR B2FTC1, BPT_STRMK ; A4VLV4, BPT_STUS1 ; C5BIJ7, BPT_TERTT ; DR Q3SH94, BPT_THIDA ; C5CYP5, BPT_VARPS ; A1WNY2, BPT_VEREI ; DR A7N1L8, BPT_VIBC1 ; A5F7F2, BPT_VIBC3 ; Q9KRA6, BPT_VIBCH ; DR C3LN58, BPT_VIBCM ; Q87QY2, BPT_VIBPA ; Q8DAR7, BPT_VIBVU ; -DR Q7MJ43, BPT_VIBVY ; Q8PN34, BPT_XANAC ; Q3BW59, BPT_XANC5 ; -DR Q4US26, BPT_XANC8 ; B0RY43, BPT_XANCB ; Q8PBH8, BPT_XANCP ; +DR Q7MJ43, BPT_VIBVY ; Q8PN34, BPT_XANAC ; Q4US26, BPT_XANC8 ; +DR B0RY43, BPT_XANCB ; Q8PBH8, BPT_XANCP ; Q3BW59, BPT_XANE5 ; DR Q2P5C8, BPT_XANOM ; B2STA8, BPT_XANOP ; Q5H2F6, BPT_XANOR ; DR A7INB9, BPT_XANP2 ; B2I7M5, BPT_XYLF2 ; Q9PEL0, BPT_XYLFA ; DR B0U219, BPT_XYLFM ; Q87EJ8, BPT_XYLFT ; @@ -54194,9 +54388,8 @@ CC protein is a secondary function of the RING-type E3 ubiquitin CC transferase in the CRL complex. CC -!- The process requires auxiliary factors that belong to the DCN1 CC (defective in cullin neddylation 1) family. -DR P62877, RBX1_HUMAN ; P62878, RBX1_MOUSE ; Q1RMW1, UBE2F_BOVIN; -DR Q5ZKX6, UBE2F_CHICK; Q6NY82, UBE2F_DANRE; Q969M7, UBE2F_HUMAN; -DR Q5U203, UBE2F_RAT ; Q6IRC7, UBE2F_XENLA; Q5M8Y2, UBE2F_XENTR; +DR P62877, RBX1_HUMAN ; P62878, RBX1_MOUSE ; Q8QG64, RBX1_SALSA ; +DR Q9UBF6, RBX2_HUMAN ; Q9WTZ1, RBX2_MOUSE ; // ID 2.3.2.33 DE RCR-type E3 ubiquitin transferase. @@ -54244,7 +54437,9 @@ DR Q9XVK5, UBC12_CAEEL; Q6FVQ8, UBC12_CANGA; Q54TI6, UBC12_DICDI; DR Q75AF2, UBC12_EREGS; P61081, UBC12_HUMAN; Q6CSW8, UBC12_KLULA; DR P61082, UBC12_MOUSE; O74549, UBC12_SCHPO; Q6DCZ9, UBC12_XENLA; DR Q6P8D9, UBC12_XENTR; Q6C9W0, UBC12_YARLI; P52491, UBC12_YEAST; -DR Q9VSF3, UBC2M_DROME; +DR Q9VSF3, UBC2M_DROME; Q1RMW1, UBE2F_BOVIN; Q5ZKX6, UBE2F_CHICK; +DR Q6NY82, UBE2F_DANRE; Q969M7, UBE2F_HUMAN; Q5U203, UBE2F_RAT ; +DR Q6IRC7, UBE2F_XENLA; Q5M8Y2, UBE2F_XENTR; // ID 2.3.2.35 DE capsaicin synthase. @@ -54550,48 +54745,48 @@ DR A7I0N8, LEU1_CAMHC ; A8FP35, LEU1_CAMJ8 ; A7H667, LEU1_CAMJD ; DR Q9PLV9, LEU1_CAMJE ; A1W1X2, LEU1_CAMJJ ; Q5HS76, LEU1_CAMJR ; DR Q3AEQ5, LEU1_CARHZ ; C7QJN7, LEU1_CATAD ; B0T0G9, LEU1_CAUSK ; DR Q9A823, LEU1_CAUVC ; B8H607, LEU1_CAUVN ; Q7P0H2, LEU1_CHRVO ; -DR A8ALM5, LEU1_CITK8 ; A5CRB9, LEU1_CLAM3 ; B0RCQ8, LEU1_CLAMS ; +DR A8ALM5, LEU1_CITK8 ; A5CRB9, LEU1_CLAM3 ; B0RCQ8, LEU1_CLASE ; DR Q97MC5, LEU1_CLOAB ; B9E371, LEU1_CLOK1 ; A5MZ76, LEU1_CLOK5 ; DR Q8FU05, LEU1_COREF ; A4QAP0, LEU1_CORGB ; P42455, LEU1_CORGL ; DR B1WQQ4, LEU1_CROS5 ; A7MIC5, LEU1_CROS8 ; Q1LPX2, LEU1_CUPMC ; DR Q0KCT8, LEU1_CUPNH ; Q473V1, LEU1_CUPPJ ; B2AHM5, LEU1_CUPTR ; DR P85362, LEU1_CYCRE ; Q47BI0, LEU1_DECAR ; Q9RUA9, LEU1_DEIRA ; DR B1I1Y1, LEU1_DESAP ; Q24PE3, LEU1_DESHY ; A4J181, LEU1_DESRM ; -DR B8DM91, LEU1_DESVM ; B5YEF4, LEU1_DICT6 ; B8E2W9, LEU1_DICTD ; -DR A7ZHG6, LEU1_ECO24 ; B7UIC4, LEU1_ECO27 ; B7MAJ9, LEU1_ECO45 ; -DR B7LFU5, LEU1_ECO55 ; Q8X9Z8, LEU1_ECO57 ; B5YZB0, LEU1_ECO5E ; -DR B7NHI2, LEU1_ECO7I ; B7MNT2, LEU1_ECO81 ; B7M119, LEU1_ECO8A ; -DR C4ZPZ7, LEU1_ECOBW ; A7ZW25, LEU1_ECOHS ; A1A7C2, LEU1_ECOK1 ; -DR Q0TLR5, LEU1_ECOL5 ; Q8FL75, LEU1_ECOL6 ; B1IRA4, LEU1_ECOLC ; -DR P09151, LEU1_ECOLI ; B7N7U9, LEU1_ECOLU ; B6HZ24, LEU1_ECOSE ; -DR B1LG11, LEU1_ECOSM ; Q1RGC3, LEU1_ECOUT ; C5B7R4, LEU1_EDWI9 ; -DR B1H0A7, LEU1_ENDTX ; A4W6H9, LEU1_ENT38 ; B2VDA7, LEU1_ERWT9 ; -DR B7LWE2, LEU1_ESCF3 ; A8L551, LEU1_FRASN ; Q5KWJ3, LEU1_GEOKA ; -DR D3EBC1, LEU1_GEOS4 ; Q8RL85, LEU1_GEOSE ; C5D5M0, LEU1_GEOSW ; -DR A4IRH8, LEU1_GEOTN ; B7KJX8, LEU1_GLOC7 ; Q7NI93, LEU1_GLOVI ; -DR Q4QLS4, LEU1_HAEI8 ; A5UD85, LEU1_HAEIE ; P43861, LEU1_HAEIN ; -DR Q9K8E8, LEU1_HALH5 ; B8CX21, LEU1_HALOH ; Q7VH30, LEU1_HELHP ; -DR B0TCR1, LEU1_HELMI ; D8J0Q1, LEU1_HERSS ; Q0I2G1, LEU1_HISS1 ; -DR B0USF6, LEU1_HISS2 ; Q31I16, LEU1_HYDCU ; A8AB61, LEU1_IGNH4 ; -DR A6WDF2, LEU1_KINRD ; B5Y1W2, LEU1_KLEP3 ; A6T4L9, LEU1_KLEP7 ; -DR B2GHT7, LEU1_KOCRD ; Q02141, LEU1_LACLA ; Q02YX5, LEU1_LACLS ; -DR Q6AED3, LEU1_LEIXX ; B1XYA8, LEU1_LEPCP ; Q72RL9, LEU1_LEPIC ; -DR Q92A28, LEU1_LISIN ; C1KWT1, LEU1_LISMC ; Q71Y35, LEU1_LISMF ; -DR B8DBU4, LEU1_LISMH ; Q8Y5R9, LEU1_LISMO ; A0AK92, LEU1_LISW6 ; -DR B1HR98, LEU1_LYSSC ; A0LBW3, LEU1_MAGMM ; A6VSA9, LEU1_MARMS ; -DR Q8THA5, LEU1_METAC ; Q605K7, LEU1_METCA ; B3DX88, LEU1_METI4 ; -DR Q58595, LEU1_METJA ; Q8TYB1, LEU1_METKA ; P58968, LEU1_METMA ; -DR B8IHS8, LEU1_METNO ; B1ZDN3, LEU1_METPB ; A2SHL8, LEU1_METPP ; -DR O27525, LEU1_METTH ; P94907, LEU1_MICAE ; B0JGK2, LEU1_MICAN ; -DR Q7TVV6, LEU1_MYCBO ; Q9CB76, LEU1_MYCLE ; P9WQB2, LEU1_MYCTO ; -DR P9WQB3, LEU1_MYCTU ; A0PVE6, LEU1_MYCUA ; Q5F8D4, LEU1_NEIG1 ; -DR Q9JUK6, LEU1_NEIMA ; Q9JZG1, LEU1_NEIMB ; A1KTV6, LEU1_NEIMF ; -DR Q0AGN5, LEU1_NITEC ; Q820M0, LEU1_NITEU ; Q1QJV3, LEU1_NITHX ; -DR Q2YBW0, LEU1_NITMU ; Q3J877, LEU1_NITOC ; A6Q4V5, LEU1_NITSB ; -DR Q3SQ49, LEU1_NITWN ; Q5YVA5, LEU1_NOCFA ; P48575, LEU1_NOSS1 ; -DR Q8EN67, LEU1_OCEIH ; E1QWZ1, LEU1_OLSUV ; A1R6V4, LEU1_PAEAT ; -DR A1TRT4, LEU1_PARC0 ; A6LDN1, LEU1_PARD8 ; A7HP03, LEU1_PARL1 ; -DR Q7U892, LEU1_PARMW ; B2JDN6, LEU1_PARP8 ; B2SXZ9, LEU1_PARPJ ; +DR B5YEF4, LEU1_DICT6 ; B8E2W9, LEU1_DICTD ; A7ZHG6, LEU1_ECO24 ; +DR B7UIC4, LEU1_ECO27 ; B7MAJ9, LEU1_ECO45 ; B7LFU5, LEU1_ECO55 ; +DR Q8X9Z8, LEU1_ECO57 ; B5YZB0, LEU1_ECO5E ; B7NHI2, LEU1_ECO7I ; +DR B7MNT2, LEU1_ECO81 ; B7M119, LEU1_ECO8A ; C4ZPZ7, LEU1_ECOBW ; +DR A7ZW25, LEU1_ECOHS ; A1A7C2, LEU1_ECOK1 ; Q0TLR5, LEU1_ECOL5 ; +DR Q8FL75, LEU1_ECOL6 ; B1IRA4, LEU1_ECOLC ; P09151, LEU1_ECOLI ; +DR B7N7U9, LEU1_ECOLU ; B6HZ24, LEU1_ECOSE ; B1LG11, LEU1_ECOSM ; +DR Q1RGC3, LEU1_ECOUT ; C5B7R4, LEU1_EDWI9 ; B1H0A7, LEU1_ENDTX ; +DR A4W6H9, LEU1_ENT38 ; B2VDA7, LEU1_ERWT9 ; B7LWE2, LEU1_ESCF3 ; +DR Q5KWJ3, LEU1_GEOKA ; D3EBC1, LEU1_GEOS4 ; Q8RL85, LEU1_GEOSE ; +DR C5D5M0, LEU1_GEOSW ; A4IRH8, LEU1_GEOTN ; B7KJX8, LEU1_GLOC7 ; +DR Q7NI93, LEU1_GLOVI ; Q4QLS4, LEU1_HAEI8 ; A5UD85, LEU1_HAEIE ; +DR P43861, LEU1_HAEIN ; Q9K8E8, LEU1_HALH5 ; B8CX21, LEU1_HALOH ; +DR Q7VH30, LEU1_HELHP ; B0TCR1, LEU1_HELMI ; D8J0Q1, LEU1_HERSS ; +DR Q0I2G1, LEU1_HISS1 ; B0USF6, LEU1_HISS2 ; Q31I16, LEU1_HYDCU ; +DR A8AB61, LEU1_IGNH4 ; A6WDF2, LEU1_KINRD ; B5Y1W2, LEU1_KLEP3 ; +DR A6T4L9, LEU1_KLEP7 ; B2GHT7, LEU1_KOCRD ; Q02141, LEU1_LACLA ; +DR Q02YX5, LEU1_LACLS ; Q6AED3, LEU1_LEIXX ; B1XYA8, LEU1_LEPCP ; +DR Q72RL9, LEU1_LEPIC ; Q92A28, LEU1_LISIN ; C1KWT1, LEU1_LISMC ; +DR Q71Y35, LEU1_LISMF ; B8DBU4, LEU1_LISMH ; Q8Y5R9, LEU1_LISMO ; +DR A0AK92, LEU1_LISW6 ; B1HR98, LEU1_LYSSC ; A0LBW3, LEU1_MAGMM ; +DR A6VSA9, LEU1_MARMS ; Q8THA5, LEU1_METAC ; Q605K7, LEU1_METCA ; +DR B3DX88, LEU1_METI4 ; Q58595, LEU1_METJA ; Q8TYB1, LEU1_METKA ; +DR P58968, LEU1_METMA ; B8IHS8, LEU1_METNO ; B1ZDN3, LEU1_METPB ; +DR A2SHL8, LEU1_METPP ; O27525, LEU1_METTH ; P94907, LEU1_MICAE ; +DR B0JGK2, LEU1_MICAN ; Q7TVV6, LEU1_MYCBO ; Q9CB76, LEU1_MYCLE ; +DR P9WQB2, LEU1_MYCTO ; P9WQB3, LEU1_MYCTU ; A0PVE6, LEU1_MYCUA ; +DR Q5F8D4, LEU1_NEIG1 ; Q9JUK6, LEU1_NEIMA ; Q9JZG1, LEU1_NEIMB ; +DR A1KTV6, LEU1_NEIMF ; Q0AGN5, LEU1_NITEC ; Q820M0, LEU1_NITEU ; +DR Q1QJV3, LEU1_NITHX ; Q2YBW0, LEU1_NITMU ; Q3J877, LEU1_NITOC ; +DR A6Q4V5, LEU1_NITSB ; B8DM91, LEU1_NITV9 ; Q3SQ49, LEU1_NITWN ; +DR Q5YVA5, LEU1_NOCFA ; P48575, LEU1_NOSS1 ; Q8EN67, LEU1_OCEIH ; +DR E1QWZ1, LEU1_OLSUV ; A1R6V4, LEU1_PAEAT ; A1TRT4, LEU1_PARC0 ; +DR A6LDN1, LEU1_PARD8 ; A7HP03, LEU1_PARL1 ; Q7U892, LEU1_PARMW ; +DR B2JDN6, LEU1_PARP8 ; B2SXZ9, LEU1_PARPJ ; A8L551, LEU1_PARS2 ; DR Q13WM0, LEU1_PARXL ; Q9CJN5, LEU1_PASMU ; Q6D0G8, LEU1_PECAS ; DR C6DEV8, LEU1_PECCP ; A5D4W0, LEU1_PELTS ; Q7N129, LEU1_PHOLL ; DR Q6LV24, LEU1_PHOPR ; B1XLQ9, LEU1_PICP2 ; A4SXR0, LEU1_POLAQ ; @@ -54648,8 +54843,8 @@ DR Q3MBA3, LEU1_TRIV2 ; C5CYP2, LEU1_VARPS ; A1WNY5, LEU1_VEREI ; DR A5CWZ3, LEU1_VESOH ; B7VIF2, LEU1_VIBA3 ; Q9KP83, LEU1_VIBCH ; DR C3LR32, LEU1_VIBCM ; Q87SS7, LEU1_VIBPA ; Q8DEE1, LEU1_VIBVU ; DR Q7MP77, LEU1_VIBVY ; Q7M9W4, LEU1_WOLSU ; P58900, LEU1_XANAC ; -DR Q3BPJ9, LEU1_XANC5 ; Q4UYG1, LEU1_XANC8 ; B0RP28, LEU1_XANCB ; -DR P58901, LEU1_XANCP ; Q2P761, LEU1_XANOM ; B2SNG9, LEU1_XANOP ; +DR Q4UYG1, LEU1_XANC8 ; B0RP28, LEU1_XANCB ; P58901, LEU1_XANCP ; +DR Q3BPJ9, LEU1_XANE5 ; Q2P761, LEU1_XANOM ; B2SNG9, LEU1_XANOP ; DR Q5H4C6, LEU1_XANOR ; B2I596, LEU1_XYLF2 ; Q9PCG3, LEU1_XYLFA ; DR Q87CL8, LEU1_XYLFT ; P06208, LEU1_YEAST ; A1JJH7, LEU1_YERE8 ; DR A7FM84, LEU1_YERP3 ; Q1C1Z6, LEU1_YERPA ; B2K4C9, LEU1_YERPB ; @@ -54749,7 +54944,8 @@ CC forming substrates for the biosynthesis of aliphatic glucosinolates. CC -!- Two forms are known - MAM1 catalyzes only only the first two rounds CC of methionine chain elongation, while MAM3 catalyzes all six cycles, CC up to formation of L-hexahomomethionine. -DR Q9FG67, MAM1_ARATH ; Q8VX04, MAM2_ARATH ; Q9FN52, MAM3_ARATH ; +DR P0DO77, MAM11_EUTJA; P0DO78, MAM12_EUTJA; Q9FG67, MAM1_ARATH ; +DR Q8VX04, MAM2_ARATH ; Q9FN52, MAM3_ARATH ; // ID 2.3.3.18 DE 2-phosphinomethylmalate synthase. @@ -54801,6 +54997,36 @@ DR Q8TYM1, CIMA_METKA ; P58966, CIMA_METMA ; A3CUF2, CIMA_METMJ ; DR B8GEI1, CIMA_METPE ; O26819, CIMA_METTH ; O86511, CIMA_STRCO ; DR Q4J6H1, CIMA_SULAC ; P74269, CIMA_SYNY3 ; Q9WZ22, CIMA_THEMA ; // +ID 2.3.3.22 +DE 3-carboxymethyl-3-hydroxy-acyl-[ACP] synthase. +AN 3-carboxymethyl-3-hydroxy-acyl-[acyl-carrier protein] synthase. +CA a 3-oxoacyl-[ACP] + acetyl-[ACP] + H2O = a 3-carboxymethyl-3-hydroxy- +CA acyl-[ACP] + H(+) + holo-[ACP]. +CC -!- This family of enzymes participates in a process that introduces a +CC methyl branch into nascent polyketide products. +CC -!- The process begins with EC 4.1.1.124 which converts the common +CC extender unit malonyl-[ACP] to acetyl-[ACP]. The enzyme is a mutated +CC form of a ketosynthase enzyme, in which a Cys residue in the active +CC site is modified to a Ser residue, leaving the decarboxylase function +CC intact, but nulifying the ability of the enzyme to form a carbon- +CC carbon bond. +CC -!- Next, EC 2.3.3.22 utilizes the acetyl group to introduce the branch +CC at the beta position of 3-oxoacyl intermediates attached to a +CC polyketide synthase, forming a 3-hydroxy-3-carboxymethyl +CC intermediate. +CC -!- This is followed by dehydration catalyzed by EC 4.2.1.181 (often +CC referred to as an ECH1 domain), leaving a 3-carboxymethyl group and +CC forming a double bond between the alpha and beta carbons. +CC -!- The process concludes with decarboxylation catalyzed by EC 4.1.1.125 +CC (often referred to as an ECH2 domain), leaving a methyl branch at the +CC beta carbon. +CC -!- The enzymes are usually encoded by a cluster of genes referred to as +CC an "HMGS cassette", based on the similarity of the key enzyme to +CC EC 2.3.3.10, hydroxymethylglutaryl-CoA synthase. +CC -!- While the enzyme is similar to EC 2.3.3.10, it is specific for an +CC [acyl-carrier protein] (ACP)-bound donor and does not interact with a +CC CoA substrate as donor. +// ID 2.4.1.1 DE glycogen phosphorylase. AN amylophosphorylase. @@ -55063,29 +55289,51 @@ AN chitin-UDP acetyl-glucosaminyl transferase. CA [(1->4)-N-acetyl-beta-D-glucosaminyl](n) + UDP-N-acetyl-alpha-D- CA glucosamine = [(1->4)-N-acetyl-beta-D-glucosaminyl](n+1) + H(+) + UDP. CC -!- Converts UDP-N-acetyl-D-glucosamine into chitin and UDP. +DR J9VMX7, CHIS7_CRYNH; A0A1C3YIF8, CHIS7_GIBZE; E9EFJ0, CHIS7_METAQ; +DR G4N553, CHIS7_PYRO7; Q4P333, CHIS7_USTMA; G2WS43, CHIS7_VERDV; DR P30576, CHS1_AJECA ; P30579, CHS1_AJEDE ; P30581, CHS1_ASPNG ; DR P49603, CHS1_BOTFU ; G5ECD6, CHS1_CAEEL ; P23316, CHS1_CANAX ; DR O13356, CHS1_CRYNH ; Q8SSI7, CHS1_ENCCU ; P30600, CHS1_EXODE ; -DR P30590, CHS1_EXOEX ; P30585, CHS1_EXOJE ; Q12632, CHS1_MUCCL ; -DR P29070, CHS1_NEUCR ; P87073, CHS1_PHYB8 ; P30592, CHS1_RHIAT ; -DR P30594, CHS1_RHIOL ; P30596, CHS1_SCHCO ; P30597, CHS1_SCHPO ; -DR P55003, CHS1_TUBUN ; P30598, CHS1_USTMA ; P30603, CHS1_XYLBA ; -DR P08004, CHS1_YEAST ; P30577, CHS2_AJECA ; P30580, CHS2_AJEDE ; -DR P30582, CHS2_ASPNG ; G5EBQ8, CHS2_CAEEL ; P30572, CHS2_CANAX ; -DR J9VQ06, CHS2_CRYNH ; P30601, CHS2_EXODE ; P30591, CHS2_EXOEX ; -DR P30586, CHS2_EXOJE ; P30589, CHS2_NEUCR ; Q92444, CHS2_PARBR ; -DR P30593, CHS2_RHIAT ; P30595, CHS2_RHIOL ; P30599, CHS2_USTMA ; -DR P30604, CHS2_XYLBA ; P14180, CHS2_YEAST ; P30578, CHS3_AJECA ; -DR P30573, CHS3_CANAX ; J9VXM5, CHS3_CRYNH ; P30602, CHS3_EXODE ; -DR P30587, CHS3_EXOJE ; P30588, CHS3_NEUCR ; Q99126, CHS3_USTMA ; -DR P29465, CHS3_YEAST ; J9VF17, CHS4_CRYNH ; Q01285, CHS4_NEUCR ; -DR O13353, CHS4_PYRO7 ; Q99127, CHS4_USTMA ; J9VNT4, CHS5_CRYNH ; -DR O13394, CHS5_USTMA ; J9VWT0, CHS6_CRYNH ; O13395, CHS6_USTMA ; -DR J9VMX7, CHS7_CRYNH ; Q4P333, CHS7_USTMA ; J9VGT6, CHS8_CRYNH ; -DR Q4P9K9, CHS8_USTMA ; Q12564, CHSA_AMPQU ; P30584, CHSA_EMENI ; -DR Q00757, CHSB_EMENI ; Q92197, CHSC_ASPFU ; P30583, CHSC_EMENI ; -DR P78746, CHSD_ASPFU ; P78611, CHSD_EMENI ; P54267, CHSG_ASPFU ; -DR Q8T5G8, CHS_MELAT ; P48017, CHS_SAPMO ; +DR H6CA42, CHS1_EXODN ; P30590, CHS1_EXOEX ; P30585, CHS1_EXOJE ; +DR A0A0J9UR41, CHS1_FUSO4 ; I1S0T9, CHS1_GIBZE ; E9EDR6, CHS1_METAQ ; +DR Q12632, CHS1_MUCCL ; P29070, CHS1_NEUCR ; P87073, CHS1_PHYB8 ; +DR G4Z2L3, CHS1_PHYSP ; G4MVT6, CHS1_PYRO7 ; P30592, CHS1_RHIAT ; +DR I1BJ58, CHS1_RHIO9 ; P30594, CHS1_RHIOL ; P30596, CHS1_SCHCO ; +DR P30597, CHS1_SCHPO ; P55003, CHS1_TUBUN ; P30598, CHS1_USTMA ; +DR G2XEK6, CHS1_VERDV ; P30603, CHS1_XYLBA ; P08004, CHS1_YEAST ; +DR P30577, CHS2_AJECA ; P30580, CHS2_AJEDE ; P30582, CHS2_ASPNG ; +DR G5EBQ8, CHS2_CAEEL ; P30572, CHS2_CANAX ; J9VQ06, CHS2_CRYNH ; +DR P30601, CHS2_EXODE ; H6C2T9, CHS2_EXODN ; P30591, CHS2_EXOEX ; +DR P30586, CHS2_EXOJE ; A0A0J9VGQ5, CHS2_FUSO4 ; A0A0E0RU58, CHS2_GIBZE ; +DR E9EE69, CHS2_METAQ ; P30589, CHS2_NEUCR ; Q92444, CHS2_PARBR ; +DR G4YM00, CHS2_PHYSP ; G4NIR3, CHS2_PYRO7 ; P30593, CHS2_RHIAT ; +DR P30595, CHS2_RHIOL ; P30599, CHS2_USTMA ; G2XJ47, CHS2_VERDV ; +DR P30604, CHS2_XYLBA ; P14180, CHS2_YEAST ; A0A1C3YMT2, CHS3A_GIBZE; +DR I1S097, CHS3B_GIBZE; P30578, CHS3_AJECA ; P30573, CHS3_CANAX ; +DR J9VXM5, CHS3_CRYNH ; P30602, CHS3_EXODE ; H6C4I7, CHS3_EXODN ; +DR P30587, CHS3_EXOJE ; A0A0J9VPT0, CHS3_FUSO4 ; E9E1W3, CHS3_METAQ ; +DR P30588, CHS3_NEUCR ; G4N1B2, CHS3_PYRO7 ; Q99126, CHS3_USTMA ; +DR G2WY98, CHS3_VERDV ; P29465, CHS3_YEAST ; J9VF17, CHS4_CRYNH ; +DR Q9Y795, CHS4_EXODE ; H6C7U6, CHS4_EXODN ; A0A0E0RQ52, CHS4_GIBZE ; +DR E9ECB5, CHS4_METAQ ; Q01285, CHS4_NEUCR ; O13353, CHS4_PYRO7 ; +DR Q99127, CHS4_USTMA ; G2WYP9, CHS4_VERDV ; A0A0J9UR47, CHS5B_FUSO4; +DR P97995, CHS5_ASPFM ; Q4X0H6, CHS5_ASPFU ; Q86ZE3, CHS5_COLGR ; +DR J9VNT4, CHS5_CRYNH ; O13281, CHS5_EMEND ; G5EB74, CHS5_EMENI ; +DR Q8TGV2, CHS5_EXODE ; H6CAN5, CHS5_EXODN ; A0A0J9UMG2, CHS5_FUSO4 ; +DR I1RE84, CHS5_GIBZE ; E9EFJ1, CHS5_METAQ ; O93809, CHS5_PYRGI ; +DR G4N0X3, CHS5_PYRO7 ; O13394, CHS5_USTMA ; G2WS86, CHS5_VERDV ; +DR F9X2Z5, CHS5_ZYMTI ; J9VWT0, CHS6_CRYNH ; I1RE72, CHS6_GIBZE ; +DR E9EFH8, CHS6_METAQ ; G4N0X4, CHS6_PYRO7 ; O13395, CHS6_USTMA ; +DR G2WS87, CHS6_VERDV ; J9VGT6, CHS8_CRYNH ; A0A0E0S977, CHS8_GIBZE ; +DR Q4P9K9, CHS8_USTMA ; G2X5A0, CHS8_VERDV ; Q12564, CHSA_AMPQU ; +DR A2QNG6, CHSA_ASPNC ; Q2UF72, CHSA_ASPOR ; P30584, CHSA_EMENI ; +DR A2QU15, CHSB_ASPNC ; Q2U834, CHSB_ASPOR ; Q00757, CHSB_EMENI ; +DR Q92197, CHSC_ASPFU ; A2R2G5, CHSC_ASPNC ; Q2U0G5, CHSC_ASPOR ; +DR P30583, CHSC_EMENI ; P78746, CHSD_ASPFU ; A2QTJ1, CHSD_ASPNC ; +DR P78611, CHSD_EMENI ; A2R0Z5, CHSE_ASPNC ; A2QHC2, CHSF_ASPNC ; +DR P54267, CHSG_ASPFU ; A2QRA0, CHSG_ASPNC ; Q2UF71, CHSY_ASPOR ; +DR Q8T5G8, CHS_MELAT ; P48017, CHS_SAPMO ; A2QC57, CSMA_ASPNC ; +DR A2QC55, CSMB_ASPNC ; // ID 2.4.1.17 DE glucuronosyltransferase. @@ -55189,12 +55437,12 @@ DR P9WQ26, BE_MYCTO ; P9WQ27, BE_MYCTU ; Q5JDJ7, BE_THEKO ; DR Q5SH28, BE_THET8 ; O23647, GLGB1_ARATH; Q8XPA2, GLGB1_CLOPE; DR Q0SWZ1, GLGB1_CLOPS; Q41058, GLGB1_PEA ; Q2K487, GLGB1_RHIEC; DR Q1MBS9, GLGB1_RHIJ3; Q82JF0, GLGB1_STRAW; Q59833, GLGB1_STRCO; -DR Q8PR13, GLGB1_XANAC; Q3BZE1, GLGB1_XANC5; Q4V0E2, GLGB1_XANC8; -DR Q8PE48, GLGB1_XANCP; Q2P9F7, GLGB1_XANOM; Q5H6H2, GLGB1_XANOR; +DR Q8PR13, GLGB1_XANAC; Q4V0E2, GLGB1_XANC8; Q8PE48, GLGB1_XANCP; +DR Q3BZE1, GLGB1_XANE5; Q2P9F7, GLGB1_XANOM; Q5H6H2, GLGB1_XANOR; DR Q9LZS3, GLGB2_ARATH; Q8XK15, GLGB2_CLOPE; Q0SSN2, GLGB2_CLOPS; DR Q41059, GLGB2_PEA ; Q2JZ21, GLGB2_RHIEC; Q1M3A7, GLGB2_RHIJ3; DR Q825Q8, GLGB2_STRAW; Q59832, GLGB2_STRCO; Q8PQA2, GLGB2_XANAC; -DR Q3BYI0, GLGB2_XANC5; Q4UZL7, GLGB2_XANC8; Q8PDD1, GLGB2_XANCP; +DR Q4UZL7, GLGB2_XANC8; Q8PDD1, GLGB2_XANCP; Q3BYI0, GLGB2_XANE5; DR Q2P949, GLGB2_XANOM; Q5H6Q3, GLGB2_XANOR; D2WL32, GLGB3_ARATH; DR A3MZ64, GLGB_ACTP2 ; B3H0J1, GLGB_ACTP7 ; B0BT96, GLGB_ACTPJ ; DR A6VP15, GLGB_ACTSZ ; Q8U8L4, GLGB_AGRFC ; Q21WG7, GLGB_ALBFT ; @@ -55222,23 +55470,22 @@ DR Q8NR40, GLGB_CORGL ; Q4JUK5, GLGB_CORJK ; P0CN83, GLGB_CRYNB ; DR P0CN82, GLGB_CRYNJ ; Q0K0X8, GLGB_CUPNH ; Q46TF2, GLGB_CUPPJ ; DR Q6A8Q7, GLGB_CUTAK ; Q6BXN1, GLGB_DEBHA ; Q47II8, GLGB_DECAR ; DR Q1IZQ3, GLGB_DEIGD ; Q9RTB7, GLGB_DEIRA ; Q24VW3, GLGB_DESHY ; -DR Q729V5, GLGB_DESVH ; A1VC54, GLGB_DESVV ; Q8GQC5, GLGB_DICCH ; -DR Q555Q9, GLGB_DICDI ; A7ZSW5, GLGB_ECO24 ; Q8X6X6, GLGB_ECO57 ; -DR A8A5P2, GLGB_ECOHS ; A1AGW5, GLGB_ECOK1 ; Q0TC27, GLGB_ECOL5 ; -DR Q8FCR7, GLGB_ECOL6 ; B1IP32, GLGB_ECOLC ; P07762, GLGB_ECOLI ; -DR Q1R5J4, GLGB_ECOUT ; Q9Y8H3, GLGB_EMENI ; A4WFL5, GLGB_ENT38 ; -DR Q757Q6, GLGB_EREGS ; Q6T308, GLGB_FELCA ; Q2J6Q9, GLGB_FRACC ; -DR B0TZI5, GLGB_FRAP2 ; Q14J36, GLGB_FRAT1 ; A7NAI2, GLGB_FRATF ; -DR Q2A4U7, GLGB_FRATH ; B2SFM7, GLGB_FRATM ; A0Q593, GLGB_FRATN ; -DR Q0BN67, GLGB_FRATO ; Q5NHN4, GLGB_FRATT ; A4IZK2, GLGB_FRATW ; -DR Q8RF62, GLGB_FUSNN ; P30538, GLGB_GEOSE ; Q7NL20, GLGB_GLOVI ; -DR Q0BU54, GLGB_GRABC ; Q4QK67, GLGB_HAEI8 ; A5UEJ2, GLGB_HAEIG ; -DR P45177, GLGB_HAEIN ; B8CVY1, GLGB_HALOH ; Q0I3H7, GLGB_HISS1 ; -DR B0UU89, GLGB_HISS2 ; Q6EAS5, GLGB_HORSE ; Q04446, GLGB_HUMAN ; -DR Q31IB6, GLGB_HYDCU ; Q28MN2, GLGB_JANSC ; P52980, GLGB_KITAU ; -DR A6TF51, GLGB_KLEP7 ; Q6CX53, GLGB_KLULA ; Q5FL68, GLGB_LACAC ; -DR Q890J1, GLGB_LACPL ; Q6AEU4, GLGB_LEIXX ; Q1WSM8, GLGB_LIGS1 ; -DR Q2W2Q6, GLGB_MAGSA ; Q08047, GLGB_MAIZE ; Q65TI0, GLGB_MANSM ; +DR Q8GQC5, GLGB_DICCH ; Q555Q9, GLGB_DICDI ; A7ZSW5, GLGB_ECO24 ; +DR Q8X6X6, GLGB_ECO57 ; A8A5P2, GLGB_ECOHS ; A1AGW5, GLGB_ECOK1 ; +DR Q0TC27, GLGB_ECOL5 ; Q8FCR7, GLGB_ECOL6 ; B1IP32, GLGB_ECOLC ; +DR P07762, GLGB_ECOLI ; Q1R5J4, GLGB_ECOUT ; Q9Y8H3, GLGB_EMENI ; +DR A4WFL5, GLGB_ENT38 ; Q757Q6, GLGB_EREGS ; Q6T308, GLGB_FELCA ; +DR Q2J6Q9, GLGB_FRACC ; B0TZI5, GLGB_FRAP2 ; Q14J36, GLGB_FRAT1 ; +DR A7NAI2, GLGB_FRATF ; Q2A4U7, GLGB_FRATH ; B2SFM7, GLGB_FRATM ; +DR A0Q593, GLGB_FRATN ; Q0BN67, GLGB_FRATO ; Q5NHN4, GLGB_FRATT ; +DR A4IZK2, GLGB_FRATW ; Q8RF62, GLGB_FUSNN ; P30538, GLGB_GEOSE ; +DR Q7NL20, GLGB_GLOVI ; Q0BU54, GLGB_GRABC ; Q4QK67, GLGB_HAEI8 ; +DR A5UEJ2, GLGB_HAEIG ; P45177, GLGB_HAEIN ; B8CVY1, GLGB_HALOH ; +DR Q0I3H7, GLGB_HISS1 ; B0UU89, GLGB_HISS2 ; Q6EAS5, GLGB_HORSE ; +DR Q04446, GLGB_HUMAN ; Q31IB6, GLGB_HYDCU ; Q28MN2, GLGB_JANSC ; +DR P52980, GLGB_KITAU ; A6TF51, GLGB_KLEP7 ; Q6CX53, GLGB_KLULA ; +DR Q5FL68, GLGB_LACAC ; Q890J1, GLGB_LACPL ; Q6AEU4, GLGB_LEIXX ; +DR Q1WSM8, GLGB_LIGS1 ; Q08047, GLGB_MAIZE ; Q65TI0, GLGB_MANSM ; DR A1U0K1, GLGB_MARN8 ; Q608L5, GLGB_METCA ; Q1H1K2, GLGB_METFK ; DR Q9D6Y9, GLGB_MOUSE ; P59816, GLGB_MYCBO ; A1KIB6, GLGB_MYCBP ; DR Q73X75, GLGB_MYCPA ; A0R1Y4, GLGB_MYCS2 ; A3Q396, GLGB_MYCSJ ; @@ -55246,9 +55493,10 @@ DR A1UJW9, GLGB_MYCSK ; Q1B568, GLGB_MYCSS ; A5U226, GLGB_MYCTA ; DR P9WN44, GLGB_MYCTO ; P9WN45, GLGB_MYCTU ; A0PUI6, GLGB_MYCUA ; DR Q1D654, GLGB_MYXXD ; Q0AGJ0, GLGB_NITEC ; Q81ZU6, GLGB_NITEU ; DR Q1QNB1, GLGB_NITHX ; Q2YB47, GLGB_NITMU ; Q3JCN0, GLGB_NITOC ; -DR Q3STC2, GLGB_NITWN ; Q5Z0W8, GLGB_NOCFA ; Q8YYX9, GLGB_NOSS1 ; -DR Q2G7S5, GLGB_NOVAD ; Q8CZE8, GLGB_OCEIH ; Q30Z14, GLGB_OLEA2 ; -DR Q01401, GLGB_ORYSJ ; Q7U646, GLGB_PARMW ; Q6MAB4, GLGB_PARUW ; +DR Q729V5, GLGB_NITV2 ; A1VC54, GLGB_NITV4 ; Q3STC2, GLGB_NITWN ; +DR Q5Z0W8, GLGB_NOCFA ; Q8YYX9, GLGB_NOSS1 ; Q2G7S5, GLGB_NOVAD ; +DR Q8CZE8, GLGB_OCEIH ; Q30Z14, GLGB_OLEA2 ; Q01401, GLGB_ORYSJ ; +DR Q2W2Q6, GLGB_PARM1 ; Q7U646, GLGB_PARMW ; Q6MAB4, GLGB_PARUW ; DR Q13S07, GLGB_PARXL ; Q9CN94, GLGB_PASMU ; Q6CZK0, GLGB_PECAS ; DR Q6LHN1, GLGB_PHOPR ; Q6L2Z9, GLGB_PICTO ; A3PBV8, GLGB_PROM0 ; DR A2C142, GLGB_PROM1 ; A8G3V0, GLGB_PROM2 ; A2CAR9, GLGB_PROM3 ; @@ -55353,7 +55601,6 @@ DR A5N2Z2, GLGA_CLOK5 ; A0PY73, GLGA_CLONN ; Q8XPA1, GLGA_CLOPE ; DR A7MGE0, GLGA_CROS8 ; Q47IJ4, GLGA_DECAR ; C1CWY8, GLGA_DEIDV ; DR Q1IWV2, GLGA_DEIGD ; Q9RWS1, GLGA_DEIRA ; B8FBH4, GLGA_DESAL ; DR B1I4F5, GLGA_DESAP ; B8G1G3, GLGA_DESHD ; A4J4I4, GLGA_DESRM ; -DR Q729V4, GLGA_DESVH ; B8DL94, GLGA_DESVM ; A1VC53, GLGA_DESVV ; DR A7ZSW2, GLGA_ECO24 ; B7UKD4, GLGA_ECO27 ; B7MDR4, GLGA_ECO45 ; DR B7L4W1, GLGA_ECO55 ; P0A6V0, GLGA_ECO57 ; B5YUI5, GLGA_ECO5E ; DR B7NMJ4, GLGA_ECO7I ; B7N176, GLGA_ECO81 ; B7M2J2, GLGA_ECO8A ; @@ -55378,14 +55625,15 @@ DR A6TF48, GLGA_KLEP7 ; Q1ILA0, GLGA_KORVE ; C5CGT4, GLGA_KOSOT ; DR Q5FL65, GLGA_LACAC ; B3W9A1, GLGA_LACCB ; C4Z0G2, GLGA_LACE2 ; DR Q9CHM9, GLGA_LACLA ; Q036T0, GLGA_LACP3 ; A9KMA3, GLGA_LACP7 ; DR Q890I8, GLGA_LACPL ; B0SFJ4, GLGA_LEPBA ; B0SPF1, GLGA_LEPBP ; -DR B1Y0P9, GLGA_LEPCP ; Q1WSN1, GLGA_LIGS1 ; Q2W5G0, GLGA_MAGSA ; -DR Q65TI3, GLGA_MANSM ; A6VUP1, GLGA_MARMS ; A1U0K2, GLGA_MARN8 ; -DR Q6KHP2, GLGA_MESM1 ; Q59001, GLGA_METJA ; B8EN59, GLGA_METSB ; -DR Q2RH55, GLGA_MOOTA ; Q1DCS0, GLGA_MYXXD ; B2A6E4, GLGA_NATTJ ; -DR Q0AIE6, GLGA_NITEC ; Q82SP3, GLGA_NITEU ; Q2YB48, GLGA_NITMU ; -DR B2J471, GLGA_NOSP7 ; Q2G7S7, GLGA_NOVAD ; Q8ET54, GLGA_OCEIH ; -DR Q30Z13, GLGA_OLEA2 ; B1ZUX5, GLGA_OPITP ; A1TRG5, GLGA_PARC0 ; -DR A1BAE6, GLGA_PARDP ; Q7U7I2, GLGA_PARMW ; Q6MAS9, GLGA_PARUW ; +DR B1Y0P9, GLGA_LEPCP ; Q1WSN1, GLGA_LIGS1 ; Q65TI3, GLGA_MANSM ; +DR A6VUP1, GLGA_MARMS ; A1U0K2, GLGA_MARN8 ; Q59001, GLGA_METJA ; +DR B8EN59, GLGA_METSB ; Q2RH55, GLGA_MOOTA ; Q6KHP2, GLGA_MYCM1 ; +DR Q1DCS0, GLGA_MYXXD ; B2A6E4, GLGA_NATTJ ; Q0AIE6, GLGA_NITEC ; +DR Q82SP3, GLGA_NITEU ; Q2YB48, GLGA_NITMU ; Q729V4, GLGA_NITV2 ; +DR A1VC53, GLGA_NITV4 ; B8DL94, GLGA_NITV9 ; B2J471, GLGA_NOSP7 ; +DR Q2G7S7, GLGA_NOVAD ; Q8ET54, GLGA_OCEIH ; Q30Z13, GLGA_OLEA2 ; +DR B1ZUX5, GLGA_OPITP ; A1TRG5, GLGA_PARC0 ; A1BAE6, GLGA_PARDP ; +DR Q2W5G0, GLGA_PARM1 ; Q7U7I2, GLGA_PARMW ; Q6MAS9, GLGA_PARUW ; DR Q9CN91, GLGA_PASMU ; Q6CZK3, GLGA_PECAS ; C6DH76, GLGA_PECCP ; DR B4SC83, GLGA_PELPB ; A9BG68, GLGA_PETMO ; Q6LKA1, GLGA_PHOPR ; DR A1VL96, GLGA_POLNA ; B4S584, GLGA_PROA2 ; A3PBY3, GLGA_PROM0 ; @@ -55426,7 +55674,7 @@ DR B8GNA4, GLGA_THISH ; Q73MC7, GLGA_TREDE ; Q113E3, GLGA_TRIEI ; DR C5CJ75, GLGA_VARPS ; B7VM42, GLGA_VIBA3 ; A5F7G0, GLGA_VIBC3 ; DR Q9KRB6, GLGA_VIBCH ; C3LN49, GLGA_VIBCM ; Q87QX5, GLGA_VIBPA ; DR Q8DAR0, GLGA_VIBVU ; Q7MJ50, GLGA_VIBVY ; Q8PQA3, GLGA_XANAC ; -DR Q3BYI1, GLGA_XANC5 ; Q4UZL8, GLGA_XANC8 ; Q8PDD2, GLGA_XANCP ; +DR Q4UZL8, GLGA_XANC8 ; Q8PDD2, GLGA_XANCP ; Q3BYI1, GLGA_XANE5 ; DR Q2P9F6, GLGA_XANOM ; B2SVT3, GLGA_XANOP ; Q5H6Q4, GLGA_XANOR ; DR A1JSI5, GLGA_YERE8 ; A7FNX2, GLGA_YERP3 ; Q1C1E2, GLGA_YERPA ; DR B2K6F8, GLGA_YERPB ; Q8ZA78, GLGA_YERPE ; A9R5M0, GLGA_YERPG ; @@ -56138,8 +56386,8 @@ AN dolichol-phosphate mannose synthase. AN dolichol-phosphate mannosyltransferase. AN mannosylphosphodolichol synthase. AN mannosylphosphoryldolichol synthase. -CA a dolichyl phosphate + GDP-alpha-D-mannose = a dolichyl beta-D-mannosyl -CA phosphate + GDP. +CA a di-trans,poly-cis-dolichyl phosphate + GDP-alpha-D-mannose = +CA a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + GDP. CC -!- Acts only on long-chain polyprenyl phosphates and alpha- CC dihydropolyprenyl phosphates, larger than C35. DR Q9LM93, DPM1_ARATH ; Q1JQ93, DPM1_BOVIN ; Q9WU83, DPM1_CRIGR ; @@ -56437,10 +56685,12 @@ ID 2.4.1.109 DE dolichyl-phosphate-mannose--protein mannosyltransferase. AN dolichol phosphomannose-protein mannosyltransferase. AN dolichyl-phosphate-mannose-protein mannosyltransferase. -CA (1) a dolichyl beta-D-mannosyl phosphate + L-seryl-[protein] = 3-O- -CA (alpha-D-mannosyl)-L-seryl-[protein] + a dolichyl phosphate + H(+). -CA (2) a dolichyl beta-D-mannosyl phosphate + L-threonyl-[protein] = 3-O- -CA (alpha-D-mannosyl)-L-threonyl-[protein] + a dolichyl phosphate + H(+). +CA (1) a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + L-seryl- +CA [protein] = 3-O-(alpha-D-mannosyl)-L-seryl-[protein] + a di-trans,poly- +CA cis-dolichyl phosphate + H(+). +CA (2) a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + L-threonyl- +CA [protein] = 3-O-(alpha-D-mannosyl)-L-threonyl-[protein] + +CA a di-trans,poly-cis-dolichyl phosphate + H(+). CC -!- Transfers mannosyl residues to the hydroxy of serine or threonine CC residues, producing cell-wall mannoproteins. CC -!- Acts only on long-chain alpha-dihydropolyprenyl derivatives, larger @@ -56538,8 +56788,8 @@ DR Q767C8, IH5GT_IRIHO; // ID 2.4.1.117 DE dolichyl-phosphate beta-glucosyltransferase. -CA a dolichyl phosphate + UDP-alpha-D-glucose = a dolichyl beta-D-glucosyl -CA phosphate + UDP. +CA a di-trans,poly-cis-dolichyl phosphate + UDP-alpha-D-glucose = +CA a di-trans,poly-cis-dolichyl beta-D-glucosyl phosphate + UDP. CC -!- Solanesyl phosphate and ficaprenyl phosphate can act as acceptors, CC more slowly. DR A2DZE8, ALG5A_TRIV3; A2EK20, ALG5B_TRIV3; A2ELE6, ALG5C_TRIV3; @@ -56651,144 +56901,18 @@ CA scopoletin + UDP-alpha-D-glucose = H(+) + scopolin + UDP. DR Q9AT54, SCGT_TOBAC ; // ID 2.4.1.129 -DE peptidoglycan glycosyltransferase. -AN bactoprenyldiphospho-N-acetylmuramoyl-(N-acetyl-D-glucosaminyl)- -AN pentapeptide:peptidoglycan N-acetylmuramoyl-N-acetyl-D- -AN glucosaminyltransferase. -AN penicillin binding protein (3 or 1B). -AN peptidoglycan TGase. -AN peptidoglycan transglycosylase. -AN PG-II. -CA [GlcNAc-(1->4)-Mur2Ac(oyl-L-Ala-gamma-D-Glu-L-Lys-D-Ala-D-Ala)](n)- -CA di-trans,octa-cis-undecaprenyl diphosphate + beta-D-GlcNAc-(1->4)- -CA Mur2Ac(oyl-L-Ala-gamma-D-Glu-L-Lys-D-Ala-D-Ala)-di-trans,octa- -CA cis-undecaprenyl diphosphate = [GlcNAc-(1->4)-Mur2Ac(oyl-L-Ala-gamma-D- -CA Glu-L-Lys-D-Ala-D-Ala)](n+1)-di-trans-octa-cis-undecaprenyl diphosphate + -CA di-trans,octa-cis-undecaprenyl diphosphate + H(+). -CC -!- The enzyme also works when the lysine residue is replaced by meso- -CC 2,6-diaminoheptanedioate (meso-2,6-diaminopimelate, A2pm) combined -CC with adjacent residues through its L-center, as it is in Gram- -CC negative and some Gram-positive organisms. -CC -!- The undecaprenol involved is ditrans,octacis-undecaprenol. -CC -!- Involved in the synthesis of cell-wall peptidoglycan. -DR Q6FFC1, FTSW_ACIAD ; A4SI55, FTSW_AERS4 ; Q0VS03, FTSW_ALCBS ; -DR B6ELH6, FTSW_ALISL ; Q0A6K1, FTSW_ALKEH ; D3RVH4, FTSW_ALLVD ; -DR F5ZBR5, FTSW_ALTNA ; Q5P6Z5, FTSW_AROAE ; O07639, FTSW_BACSU ; -DR Q493Q2, FTSW_BLOPB ; Q44775, FTSW_BORBU ; P57312, FTSW_BUCAI ; -DR Q8K9T3, FTSW_BUCAP ; Q89AQ3, FTSW_BUCBP ; Q2SZI4, FTSW_BURTA ; -DR B8H092, FTSW_CAUVN ; B3PCM1, FTSW_CELJU ; Q9XCY0, FTSW_COXBU ; -DR P48280, FTSW_CYAPA ; A5EY04, FTSW_DICNV ; P0ABG6, FTSW_ECO57 ; -DR P0ABG5, FTSW_ECOL6 ; P0ABG4, FTSW_ECOLI ; Q47866, FTSW_ENTHR ; -DR F8GAB4, FTSW_FRAST ; Q39YM0, FTSW_GEOMG ; E8WSG3, FTSW_GEOS8 ; -DR D7AEL2, FTSW_GEOSK ; Q748D5, FTSW_GEOSL ; Q7VP55, FTSW_HAEDU ; -DR P45064, FTSW_HAEIN ; Q2S9Z1, FTSW_HAHCH ; E1V9L1, FTSW_HALED ; -DR A1WYU4, FTSW_HALHL ; D0KXY3, FTSW_HALNC ; Q9ZJ48, FTSW_HELPJ ; -DR P56096, FTSW_HELPY ; Q31I60, FTSW_HYDCU ; Q5R0M2, FTSW_IDILO ; -DR P58119, FTSW_LACLA ; P27174, FTSW_LACLC ; C1D5L8, FTSW_LARHH ; -DR Q5ZSA4, FTSW_LEGPH ; F2JVW9, FTSW_MARM1 ; A1U3F9, FTSW_MARN8 ; -DR Q9MUM4, FTSW_MESVI ; Q604V6, FTSW_METCA ; F9ZZQ0, FTSW_METMM ; -DR F7XXN9, FTSW_MOREP ; P63763, FTSW_MYCBO ; P9WN96, FTSW_MYCTO ; -DR P9WN97, FTSW_MYCTU ; B4RQC6, FTSW_NEIG2 ; Q82VS4, FTSW_NITEU ; -DR D5BW25, FTSW_NITHN ; F8GE40, FTSW_NITSI ; Q9CPA9, FTSW_PASMU ; -DR Q6LMF5, FTSW_PHOPR ; B1XT08, FTSW_POLNS ; Q15Q16, FTSW_PSEA6 ; -DR C3KCS9, FTSW_PSEFS ; Q3IG03, FTSW_PSET1 ; D4G8R2, FTSW_RIEPU ; -DR Q21MH0, FTSW_SACD2 ; A8FQ99, FTSW_SHESH ; P74180, FTSW_SYNY3 ; -DR E8UEF9, FTSW_TAYEM ; F6D9Q8, FTSW_THICA ; D5X4H4, FTSW_THIK1 ; -DR B8GMM8, FTSW_THISH ; D3SD93, FTSW_THISK ; C4LA24, FTSW_TOLAT ; -DR B3E3Y3, FTSW_TRIL1 ; E6UUM7, FTSW_VARPE ; Q7MNV2, FTSW_VIBVY ; -DR Q8D2Z5, FTSW_WIGBR ; Q5GW40, FTSW_XANOR ; A7X3Z2, MGT_STAA1 ; -DR A6U2X8, MGT_STAA2 ; Q2FFM1, MGT_STAA3 ; Q93Q23, MGT_STAA8 ; -DR A5IU40, MGT_STAA9 ; Q2YU13, MGT_STAAB ; Q5HEQ0, MGT_STAAC ; -DR A6QI56, MGT_STAAE ; Q99T05, MGT_STAAM ; Q7A4S6, MGT_STAAN ; -DR Q6GFI3, MGT_STAAR ; Q6G860, MGT_STAAS ; A8YY46, MGT_STAAT ; -DR Q7A0I6, MGT_STAAW ; Q5HN60, MGT_STAEQ ; Q8CNQ3, MGT_STAES ; -DR Q4L7I0, MGT_STAHJ ; Q49YR9, MGT_STAS1 ; O24849, MTGA_ACIAD ; -DR B7GXW9, MTGA_ACIB3 ; B7I8R1, MTGA_ACIB5 ; B2HVP6, MTGA_ACIBC ; -DR B0VSQ2, MTGA_ACIBS ; A3M3C7, MTGA_ACIBT ; B0V9M4, MTGA_ACIBY ; -DR A0KK53, MTGA_AERHH ; Q8UBX8, MTGA_AGRFC ; Q0VLR6, MTGA_ALCBS ; -DR Q5P6J8, MTGA_AROAE ; A1K3B8, MTGA_AZOSB ; Q3V7G2, MTGA_BACFN ; -DR Q3V815, MTGA_BACFR ; Q8A8H2, MTGA_BACTN ; Q3V7R3, MTGA_BDEBA ; -DR Q2KUU2, MTGA_BORA1 ; Q7WF82, MTGA_BORBR ; Q7W3V2, MTGA_BORPA ; -DR Q7W039, MTGA_BORPE ; Q89VU8, MTGA_BRADU ; Q8YJ15, MTGA_BRUME ; -DR Q8FYT4, MTGA_BRUSU ; B1YSX5, MTGA_BURA4 ; A0K4E0, MTGA_BURCH ; -DR Q0BIE9, MTGA_BURCM ; Q39JR9, MTGA_BURL3 ; A9AI31, MTGA_BURM1 ; -DR Q3V7M0, MTGA_BURMA ; B1JVD0, MTGA_BURO0 ; Q1BZB0, MTGA_BURO1 ; -DR Q63QP9, MTGA_BURPS ; Q2SZD0, MTGA_BURTA ; A4JBE7, MTGA_BURVG ; -DR Q9ABA6, MTGA_CAUVC ; B8GYX9, MTGA_CAUVN ; Q11CS6, MTGA_CHESB ; -DR Q1QYT5, MTGA_CHRSD ; Q7NS41, MTGA_CHRVO ; A8AQ99, MTGA_CITK8 ; -DR A7MJD8, MTGA_CROS8 ; Q1LIV1, MTGA_CUPMC ; Q46XB8, MTGA_CUPPJ ; -DR Q11VI0, MTGA_CYTH3 ; Q478U7, MTGA_DECAR ; A7ZSA7, MTGA_ECO24 ; -DR B7UJU8, MTGA_ECO27 ; B7MBX7, MTGA_ECO45 ; B7LHS1, MTGA_ECO55 ; -DR Q8X9I1, MTGA_ECO57 ; B5YSU1, MTGA_ECO5E ; B7NKS5, MTGA_ECO7I ; -DR B7N364, MTGA_ECO81 ; B7M0S6, MTGA_ECO8A ; C4ZSU7, MTGA_ECOBW ; -DR B1XHI3, MTGA_ECODH ; A8A523, MTGA_ECOHS ; A1AGA9, MTGA_ECOK1 ; -DR Q0TCQ1, MTGA_ECOL5 ; Q8FD68, MTGA_ECOL6 ; B1IQR5, MTGA_ECOLC ; -DR P46022, MTGA_ECOLI ; B7NDJ2, MTGA_ECOLU ; B6I1T1, MTGA_ECOSE ; -DR B1LGH4, MTGA_ECOSM ; Q1R6C6, MTGA_ECOUT ; A5UDP3, MTGA_HAEIE ; -DR P44890, MTGA_HAEIN ; A4G8N2, MTGA_HERAR ; A6T2A4, MTGA_JANMA ; -DR Q28VR9, MTGA_JANSC ; Q48465, MTGA_KLEOX ; C1D8R6, MTGA_LARHH ; -DR Q65S86, MTGA_MANSM ; A6VRW7, MTGA_MARMS ; Q1GYH8, MTGA_METFK ; -DR Q5F6F6, MTGA_NEIG1 ; B4RJ59, MTGA_NEIG2 ; Q51005, MTGA_NEIGO ; -DR A9M2N3, MTGA_NEIM0 ; P0A0Z3, MTGA_NEIMA ; P0A0Z4, MTGA_NEIMB ; -DR P69345, MTGA_NEIME ; A1KVS7, MTGA_NEIMF ; Q0AIQ0, MTGA_NITEC ; -DR Q82U73, MTGA_NITEU ; Q1QQI5, MTGA_NITHX ; Q2YBM4, MTGA_NITMU ; -DR Q3SVC8, MTGA_NITWN ; B2JH09, MTGA_PARP8 ; B2SYS3, MTGA_PARPJ ; -DR Q13U46, MTGA_PARXL ; Q9CNV0, MTGA_PASMU ; Q3V7N8, MTGA_PECAS ; -DR C6DIR2, MTGA_PECCP ; Q7N087, MTGA_PHOLL ; Q48CL6, MTGA_PSE14 ; -DR Q9I6B7, MTGA_PSEAE ; Q1IGD6, MTGA_PSEE4 ; Q4K4C2, MTGA_PSEF5 ; -DR C3K3M0, MTGA_PSEFS ; A4Y001, MTGA_PSEMY ; A5WAE0, MTGA_PSEP1 ; -DR Q3K584, MTGA_PSEPF ; B0KN61, MTGA_PSEPG ; Q88CS3, MTGA_PSEPK ; -DR B1J2G5, MTGA_PSEPW ; Q88AF9, MTGA_PSESM ; Q4ZM52, MTGA_PSEU2 ; -DR Q8XVQ4, MTGA_RALN1 ; B3PR74, MTGA_RHIE6 ; Q2K330, MTGA_RHIEC ; -DR Q1MAC8, MTGA_RHIJ3 ; Q98FG8, MTGA_RHILO ; B5ZU97, MTGA_RHILW ; -DR Q92L23, MTGA_RHIME ; B6IWJ6, MTGA_RHOCS ; Q2J2T4, MTGA_RHOP2 ; -DR Q6NCE7, MTGA_RHOPA ; Q13ED9, MTGA_RHOPS ; B3QBD2, MTGA_RHOPT ; -DR Q2RYG3, MTGA_RHORT ; B5F6X7, MTGA_SALA4 ; A9MNZ9, MTGA_SALAR ; -DR Q57JE2, MTGA_SALCH ; B5FIQ6, MTGA_SALDC ; B5R0J9, MTGA_SALEP ; -DR B5RES4, MTGA_SALG2 ; B4TJQ1, MTGA_SALHS ; B4T739, MTGA_SALNS ; -DR Q3V7K4, MTGA_SALPA ; A9N776, MTGA_SALPB ; C0PZM1, MTGA_SALPC ; -DR B5BGN2, MTGA_SALPK ; B4TWH8, MTGA_SALSV ; Q8Z3G0, MTGA_SALTI ; -DR Q8ZLR7, MTGA_SALTY ; A1S3J2, MTGA_SHEAM ; Q12Q34, MTGA_SHEDO ; -DR Q07X68, MTGA_SHEFN ; Q8EB02, MTGA_SHEON ; Q31W84, MTGA_SHIBS ; -DR Q32BC5, MTGA_SHIDS ; Q3YX33, MTGA_SHISS ; A4VRK8, MTGA_STUS1 ; -DR Q3SFZ8, MTGA_THIDA ; Q87FR1, MTGA_VIBPA ; Q8PI51, MTGA_XANAC ; -DR Q3BQP8, MTGA_XANC5 ; Q4UXB0, MTGA_XANC8 ; B0RQA5, MTGA_XANCB ; -DR Q8P6V1, MTGA_XANCP ; Q2P4R3, MTGA_XANOM ; Q5H1V9, MTGA_XANOR ; -DR B2I5D0, MTGA_XYLF2 ; Q9PCR3, MTGA_XYLFA ; B0U2V1, MTGA_XYLFM ; -DR Q87CI7, MTGA_XYLFT ; A1JR77, MTGA_YERE8 ; A7FDY6, MTGA_YERP3 ; -DR Q1C1G0, MTGA_YERPA ; B2K3Y6, MTGA_YERPB ; Q8ZB72, MTGA_YERPE ; -DR A9R1R0, MTGA_YERPG ; Q1CE18, MTGA_YERPN ; A4THK0, MTGA_YERPP ; -DR Q3V7N9, MTGA_YERPS ; B1JL77, MTGA_YERPY ; A0R7G2, PBP1A_MYCS2; -DR P71707, PBP1A_MYCTU; A0A0H2ZMF9, PBP2A_STRP2; Q8DNB6, PBP2A_STRR6; -DR O66874, PBPA_AQUAE ; P39793, PBPA_BACSU ; Q97GR5, PBPA_CLOAB ; -DR A7FY32, PBPA_CLOB1 ; A5I6G4, PBPA_CLOBH ; A7GHV1, PBPA_CLOBL ; -DR A0PZT1, PBPA_CLONN ; Q0TNZ8, PBPA_CLOP1 ; Q8XJ01, PBPA_CLOPE ; -DR Q0SRL7, PBPA_CLOPS ; Q891X1, PBPA_CLOTE ; P02918, PBPA_ECOLI ; -DR P31776, PBPA_HAEIN ; O86088, PBPA_NEICI ; O87626, PBPA_NEIFL ; -DR Q5FAC7, PBPA_NEIG1 ; O05131, PBPA_NEIGO ; O87579, PBPA_NEILA ; -DR P0A0Z5, PBPA_NEIMA ; P0A0Z6, PBPA_NEIMB ; Q07806, PBPA_PSEAE ; -DR Q1RKC5, PBPA_RICBR ; Q92G78, PBPA_RICCN ; Q4UK08, PBPA_RICFE ; -DR Q9ZCE9, PBPA_RICPR ; Q68VU2, PBPA_RICTY ; Q00573, PBPA_STROR ; -DR Q04707, PBPA_STRPN ; Q8DR59, PBPA_STRR6 ; Q9KNU5, PBPA_VIBCH ; -DR Q9PGD4, PBPA_XYLFA ; Q87AW7, PBPA_XYLFT ; P57296, PBPB_BUCAI ; -DR Q89AR2, PBPB_BUCBP ; P02919, PBPB_ECOLI ; P45345, PBPB_HAEIN ; -DR Q9KUC0, PBPB_VIBCH ; P76577, PBPC_ECOLI ; P40750, PBPD_BACSU ; -DR P38050, PBPF_BACSU ; P70997, PBPG_BACSU ; P39604, RODA_BACSU ; -DR P0ABG8, RODA_ECO57 ; P0ABG7, RODA_ECOLI ; P44468, RODA_HAEIN ; -DR Q9ZLA0, RODA_HELPJ ; P56098, RODA_HELPY ; P63761, RODA_MYCBO ; -DR Q50186, RODA_MYCLE ; P9WN98, RODA_MYCTO ; P9WN99, RODA_MYCTU ; -DR P0ABG9, RODA_SHIFL ; O83514, RODA_TREPA ; +DE Transferred entry: 2.4.99.28. // ID 2.4.1.130 DE Transferred entry: 2.4.1.258, 2.4.1.259, 2.4.1.260 and 2.4.1.261. // ID 2.4.1.131 DE GDP-Man:Man3GlcNAc2-PP-dolichol alpha-1,2-mannosyltransferase. -CA alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc- -CA (1->4)-alpha-D-GlcNAc-diphosphodolichol + 2 GDP-alpha-D-mannose = alpha- -CA D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]- -CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + -CA 2 GDP + 2 H(+). +CA an alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D- +CA GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol + +CA 2 GDP-alpha-D-mannose = an alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D- +CA Man-(1->3)-[alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)- +CA alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol + 2 GDP + 2 H(+). CC -!- The biosynthesis of asparagine-linked glycoproteins (N-linked protein CC glycosylation) utilizes a dolichyl diphosphate-linked glycosyl donor, CC which is assembled by the series of membrane-bound @@ -56809,9 +56933,10 @@ ID 2.4.1.132 DE GDP-Man:Man1GlcNAc2-PP-dolichol alpha-1,3-mannosyltransferase. AN GDP-Man:Man1GlcNAc2-PP-Dol alpha-1,3-mannosyltransferase. AN mannosyltransferase II. -CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + -CA GDP-alpha-D-mannose = alpha-D-Man-(1->3)-beta-D-Man-(1->4)-beta-D-GlcNAc- -CA (1->4)-alpha-D-GlcNAc-diphosphodolichol + GDP + H(+). +CA a beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho- +CA di-trans,poly-cis-dolichol + GDP-alpha-D-mannose = an alpha-D-Man-(1->3)- +CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho- +CA di-trans,poly-cis-dolichol + GDP + H(+). CC -!- The biosynthesis of asparagine-linked glycoproteins utilizes a CC dolichyl diphosphate-linked glycosyl donor, which is assembled by the CC series of membrane-bound glycosyltransferases that comprise the @@ -56925,8 +57050,9 @@ CC EC 2.4.1.125. // ID 2.4.1.141 DE N-acetylglucosaminyldiphosphodolichol N-acetylglucosaminyltransferase. -CA N-acetyl-alpha-D-glucosaminyl-diphosphodolichol + UDP-N-acetyl-alpha-D- -CA glucosamine = H(+) + N,N'-diacetylchitobiosyl diphosphodolichol + UDP. +CA an N-acetyl-alpha-D-glucosaminyl-diphospho-di-trans,poly-cis-dolichol + +CA UDP-N-acetyl-alpha-D-glucosamine = an N,N'-diacetylchitobiosyl-diphospho- +CA di-trans,poly-cis-dolichol + H(+) + UDP. DR Q4WQN1, ALG13_ASPFU; Q5ABE5, ALG13_CANAL; Q6FVR6, ALG13_CANGA; DR P0CN89, ALG13_CRYNB; P0CN88, ALG13_CRYNJ; Q6BST1, ALG13_DEBHA; DR Q750J3, ALG13_EREGS; Q9NP73, ALG13_HUMAN; Q6CXY0, ALG13_KLULA; @@ -56938,9 +57064,9 @@ DE chitobiosyldiphosphodolichol beta-mannosyltransferase. AN GDP-mannose-dolichol diphosphochitobiose mannosyltransferase. AN guanosine diphosphomannose-dolichol diphosphochitobiose AN mannosyltransferase. -CA GDP-alpha-D-mannose + N,N'-diacetylchitobiosyl diphosphodolichol = beta- -CA D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + -CA GDP + H(+). +CA an N,N'-diacetylchitobiosyl-diphospho-di-trans,poly-cis-dolichol + GDP- +CA alpha-D-mannose = a beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D- +CA GlcNAc-diphospho-di-trans,poly-cis-dolichol + GDP + H(+). DR D4AZD1, ALG1_ARTBC ; Q59Q79, ALG1_CANAL ; Q6FLZ2, ALG1_CANGA ; DR Q6BS98, ALG1_DEBHA ; P90522, ALG1_DICDI ; Q75BA5, ALG1_EREGS ; DR Q9BT22, ALG1_HUMAN ; Q6CVU2, ALG1_KLULA ; Q921Q3, ALG1_MOUSE ; @@ -57166,8 +57292,9 @@ DE UDP-N-acetylglucosamine--dolichyl-phosphate DE N-acetylglucosaminyltransferase. AN dolichyl-phosphate acetylglucosaminyltransferase. AN dolichyl-phosphate alpha-N-acetylglucosaminyltransferase. -CA a dolichyl phosphate + UDP-N-acetyl-alpha-D-glucosamine = a dolichyl -CA N-acetyl-alpha-D-glucosaminyl phosphate + UDP. +CA a di-trans,poly-cis-dolichyl phosphate + UDP-N-acetyl-alpha-D-glucosamine +CA = an N-acetyl-alpha-D-glucosaminyl-phospho-di-trans,poly-cis-dolichol + +CA UDP. CC -!- The enzyme, characterized from the methanogenic archaeon CC Methanococcus voltae, initiates N-linked glycosylation in that CC organism. @@ -57525,11 +57652,11 @@ DR B6JM91, LPXB_HELP2 ; B5Z7M7, LPXB_HELPG ; Q1CT05, LPXB_HELPH ; DR Q9ZKY2, LPXB_HELPJ ; B2USW3, LPXB_HELPS ; O25537, LPXB_HELPY ; DR Q0I4M5, LPXB_HISS1 ; B0UW62, LPXB_HISS2 ; Q31G55, LPXB_HYDCU ; DR Q5QYW1, LPXB_IDILO ; B5Y1I9, LPXB_KLEP3 ; A6T4Y4, LPXB_KLEP7 ; -DR Q1INL4, LPXB_KORVE ; A0L8R9, LPXB_MAGMM ; Q2W4D7, LPXB_MAGSA ; -DR Q65VI1, LPXB_MANSM ; Q1H152, LPXB_METFK ; Q1D393, LPXB_MYXXD ; -DR Q5F5Y6, LPXB_NEIG1 ; Q9JX45, LPXB_NEIMA ; Q9K1F5, LPXB_NEIMB ; -DR A1KRN0, LPXB_NEIMF ; Q1QMM4, LPXB_NITHX ; Q3JAC1, LPXB_NITOC ; -DR Q3SRI5, LPXB_NITWN ; B2JIB3, LPXB_PARP8 ; B2T5I1, LPXB_PARPJ ; +DR Q1INL4, LPXB_KORVE ; A0L8R9, LPXB_MAGMM ; Q65VI1, LPXB_MANSM ; +DR Q1H152, LPXB_METFK ; Q1D393, LPXB_MYXXD ; Q5F5Y6, LPXB_NEIG1 ; +DR Q9JX45, LPXB_NEIMA ; Q9K1F5, LPXB_NEIMB ; A1KRN0, LPXB_NEIMF ; +DR Q1QMM4, LPXB_NITHX ; Q3JAC1, LPXB_NITOC ; Q3SRI5, LPXB_NITWN ; +DR Q2W4D7, LPXB_PARM1 ; B2JIB3, LPXB_PARP8 ; B2T5I1, LPXB_PARPJ ; DR Q13XC9, LPXB_PARXL ; Q9CJK7, LPXB_PASMU ; Q6D8D0, LPXB_PECAS ; DR C6DAJ6, LPXB_PECCP ; C0QR27, LPXB_PERMH ; Q7N8N4, LPXB_PHOLL ; DR Q6LN37, LPXB_PHOPR ; A2C745, LPXB_PROM3 ; P72216, LPXB_PROMI ; @@ -57562,8 +57689,8 @@ DR Q57310, LPXB_SYNY3 ; Q3SKM8, LPXB_THIDA ; B3E4H8, LPXB_TRIL1 ; DR A1WHV5, LPXB_VEREI ; A7MY02, LPXB_VIBC1 ; A5F627, LPXB_VIBC3 ; DR Q9KPW5, LPXB_VIBCH ; C3LQ19, LPXB_VIBCM ; Q87MF0, LPXB_VIBPA ; DR Q8DBE8, LPXB_VIBVU ; Q7MIH2, LPXB_VIBVY ; Q8D2H4, LPXB_WIGBR ; -DR Q8PML8, LPXB_XANAC ; Q3BVL7, LPXB_XANC5 ; Q4USP7, LPXB_XANC8 ; -DR Q8PAW6, LPXB_XANCP ; Q2P4B8, LPXB_XANOM ; Q5H1F3, LPXB_XANOR ; +DR Q8PML8, LPXB_XANAC ; Q4USP7, LPXB_XANC8 ; Q8PAW6, LPXB_XANCP ; +DR Q3BVL7, LPXB_XANE5 ; Q2P4B8, LPXB_XANOM ; Q5H1F3, LPXB_XANOR ; DR B2I7N8, LPXB_XYLF2 ; Q9PEI6, LPXB_XYLFA ; B0U236, LPXB_XYLFM ; DR Q87EI5, LPXB_XYLFT ; Q8ZH55, LPXB_YERPE ; Q667K2, LPXB_YERPS ; // @@ -57899,7 +58026,8 @@ ID 2.4.1.210 DE limonoid glucosyltransferase. AN LGTase. AN limonoid UDP-glucosyltransferase. -CA H2O + limonin + UDP-alpha-D-glucose = glucosyl-limonin + 2 H(+) + UDP. +CA H2O + limonin + UDP-alpha-D-glucose = 2 H(+) + limonin 17-beta-D- +CA glucoside + UDP. CC -!- The enzyme purified from navel orange albedo tissue also acts on the CC related tetranortriterpenoid nomilin. DR Q9MB73, LGT_CITUN ; @@ -58238,7 +58366,7 @@ DR Q9Z702, MURG_CHLPN ; B0B8Y7, MURG_CHLT2 ; B3QWT7, MURG_CHLT3 ; DR Q3KKT1, MURG_CHLTA ; B0BAL6, MURG_CHLTB ; Q8KGD4, MURG_CHLTE ; DR O84766, MURG_CHLTR ; A0M527, MURG_CHRFK ; Q1QVG7, MURG_CHRSD ; DR Q7NPZ9, MURG_CHRVO ; B5EBQ1, MURG_CITBB ; A8ALK6, MURG_CITK8 ; -DR A5CS51, MURG_CLAM3 ; B0RIJ3, MURG_CLAMS ; Q97GY4, MURG_CLOAB ; +DR A5CS51, MURG_CLAM3 ; B0RIJ3, MURG_CLASE ; Q97GY4, MURG_CLOAB ; DR A7FX11, MURG_CLOB1 ; C3L230, MURG_CLOB6 ; A6M1F0, MURG_CLOB8 ; DR B2V1X5, MURG_CLOBA ; B2TLE0, MURG_CLOBB ; A5I5J5, MURG_CLOBH ; DR C1FUF9, MURG_CLOBJ ; B1IKH3, MURG_CLOBK ; A7GGX9, MURG_CLOBL ; @@ -58253,8 +58381,7 @@ DR Q1LIM6, MURG_CUPMC ; Q0K6M4, MURG_CUPNH ; Q46WZ4, MURG_CUPPJ ; DR Q6A9Q2, MURG_CUTAK ; Q11RH5, MURG_CYTH3 ; Q47AA4, MURG_DECAR ; DR C1CW40, MURG_DEIDV ; Q1IXV9, MURG_DEIGD ; Q9RWP0, MURG_DEIRA ; DR B1I4C4, MURG_DESAP ; B8FT56, MURG_DESHD ; Q24TE6, MURG_DESHY ; -DR Q6AJ53, MURG_DESPS ; A4J2B1, MURG_DESRM ; Q728U8, MURG_DESVH ; -DR B8DP79, MURG_DESVM ; A1VBE8, MURG_DESVV ; A5EY03, MURG_DICNV ; +DR Q6AJ53, MURG_DESPS ; A4J2B1, MURG_DESRM ; A5EY03, MURG_DICNV ; DR B5YEL3, MURG_DICT6 ; B8E325, MURG_DICTD ; A7ZHI1, MURG_ECO24 ; DR B7UIE0, MURG_ECO27 ; B7MAL3, MURG_ECO45 ; B7LFW0, MURG_ECO55 ; DR Q8X9Y8, MURG_ECO57 ; B5YZC6, MURG_ECO5E ; B7NHJ6, MURG_ECO7I ; @@ -58296,28 +58423,29 @@ DR B1MXW0, MURG_LEUCK ; Q03W35, MURG_LEUMM ; Q03QH5, MURG_LEVBA ; DR Q1WTA0, MURG_LIGS1 ; B2GB78, MURG_LIMF3 ; A5VJ33, MURG_LIMRD ; DR B2G6K5, MURG_LIMRJ ; Q929Y2, MURG_LISIN ; C1KWY8, MURG_LISMC ; DR Q71XX8, MURG_LISMF ; B8DBP8, MURG_LISMH ; Q8Y5M2, MURG_LISMO ; -DR A0AKD5, MURG_LISW6 ; A0L5N1, MURG_MAGMM ; Q2W0H3, MURG_MAGSA ; -DR Q65RY6, MURG_MANSM ; Q0AMW7, MURG_MARMM ; A1U3F8, MURG_MARN8 ; -DR C6BYG6, MURG_MARSD ; B7KSC1, MURG_METC4 ; Q604V7, MURG_METCA ; -DR A9VWV3, MURG_METEP ; Q1GZ01, MURG_METFK ; B8IN64, MURG_METNO ; -DR B1ZGP4, MURG_METPB ; A2SCY5, MURG_METPP ; B1LXZ4, MURG_METRJ ; -DR B0UFC7, MURG_METS4 ; B0JFZ1, MURG_MICAN ; Q2RK79, MURG_MOOTA ; -DR A0QF52, MURG_MYCA1 ; Q7VEP8, MURG_MYCBO ; A1KKJ6, MURG_MYCBP ; -DR C1AQ69, MURG_MYCBT ; B8ZQQ0, MURG_MYCLB ; O69552, MURG_MYCLE ; -DR B2HGR6, MURG_MYCMM ; Q73YQ8, MURG_MYCPA ; A0R016, MURG_MYCS2 ; -DR A3Q1L8, MURG_MYCSJ ; A1UI54, MURG_MYCSK ; Q1B6X1, MURG_MYCSS ; -DR A5U4I0, MURG_MYCTA ; P9WJK8, MURG_MYCTO ; P9WJK9, MURG_MYCTU ; -DR A0PTI7, MURG_MYCUA ; A1TAW8, MURG_MYCVP ; Q1D0T0, MURG_MYXXD ; -DR B2A2H2, MURG_NATTJ ; Q5F6L8, MURG_NEIG1 ; B4RQC5, MURG_NEIG2 ; -DR A9M2H3, MURG_NEIM0 ; Q9JSZ7, MURG_NEIMA ; Q9K0Y2, MURG_NEIMB ; -DR A1KVL3, MURG_NEIMF ; Q0AJE1, MURG_NITEC ; Q82VS3, MURG_NITEU ; -DR Q1QNU3, MURG_NITHX ; Q2Y638, MURG_NITMU ; Q3J789, MURG_NITOC ; -DR A6Q579, MURG_NITSB ; Q3STS8, MURG_NITWN ; Q5YYX9, MURG_NOCFA ; -DR A1SL80, MURG_NOCSJ ; B2J8J9, MURG_NOSP7 ; Q8YZI3, MURG_NOSS1 ; -DR Q2G995, MURG_NOVAD ; Q8CUL4, MURG_OCEIH ; Q04ET0, MURG_OENOB ; -DR Q313Q3, MURG_OLEA2 ; B1ZU31, MURG_OPITP ; A5CEL6, MURG_ORITB ; -DR B3CRE9, MURG_ORITI ; A1R5F8, MURG_PAEAT ; A1TKD1, MURG_PARC0 ; -DR A6LEU3, MURG_PARD8 ; A1BAL5, MURG_PARDP ; Q7U3U6, MURG_PARMW ; +DR A0AKD5, MURG_LISW6 ; A0L5N1, MURG_MAGMM ; Q65RY6, MURG_MANSM ; +DR Q0AMW7, MURG_MARMM ; A1U3F8, MURG_MARN8 ; C6BYG6, MURG_MARSD ; +DR B7KSC1, MURG_METC4 ; Q604V7, MURG_METCA ; A9VWV3, MURG_METEP ; +DR Q1GZ01, MURG_METFK ; B8IN64, MURG_METNO ; B1ZGP4, MURG_METPB ; +DR A2SCY5, MURG_METPP ; B1LXZ4, MURG_METRJ ; B0UFC7, MURG_METS4 ; +DR B0JFZ1, MURG_MICAN ; Q2RK79, MURG_MOOTA ; A0QF52, MURG_MYCA1 ; +DR Q7VEP8, MURG_MYCBO ; A1KKJ6, MURG_MYCBP ; C1AQ69, MURG_MYCBT ; +DR B8ZQQ0, MURG_MYCLB ; O69552, MURG_MYCLE ; B2HGR6, MURG_MYCMM ; +DR Q73YQ8, MURG_MYCPA ; A0R016, MURG_MYCS2 ; A3Q1L8, MURG_MYCSJ ; +DR A1UI54, MURG_MYCSK ; Q1B6X1, MURG_MYCSS ; A5U4I0, MURG_MYCTA ; +DR P9WJK8, MURG_MYCTO ; P9WJK9, MURG_MYCTU ; A0PTI7, MURG_MYCUA ; +DR A1TAW8, MURG_MYCVP ; Q1D0T0, MURG_MYXXD ; B2A2H2, MURG_NATTJ ; +DR Q5F6L8, MURG_NEIG1 ; B4RQC5, MURG_NEIG2 ; A9M2H3, MURG_NEIM0 ; +DR Q9JSZ7, MURG_NEIMA ; Q9K0Y2, MURG_NEIMB ; A1KVL3, MURG_NEIMF ; +DR Q0AJE1, MURG_NITEC ; Q82VS3, MURG_NITEU ; Q1QNU3, MURG_NITHX ; +DR Q2Y638, MURG_NITMU ; Q3J789, MURG_NITOC ; A6Q579, MURG_NITSB ; +DR Q728U8, MURG_NITV2 ; A1VBE8, MURG_NITV4 ; B8DP79, MURG_NITV9 ; +DR Q3STS8, MURG_NITWN ; Q5YYX9, MURG_NOCFA ; A1SL80, MURG_NOCSJ ; +DR B2J8J9, MURG_NOSP7 ; Q8YZI3, MURG_NOSS1 ; Q2G995, MURG_NOVAD ; +DR Q8CUL4, MURG_OCEIH ; Q04ET0, MURG_OENOB ; Q313Q3, MURG_OLEA2 ; +DR B1ZU31, MURG_OPITP ; A5CEL6, MURG_ORITB ; B3CRE9, MURG_ORITI ; +DR A1R5F8, MURG_PAEAT ; A1TKD1, MURG_PARC0 ; A6LEU3, MURG_PARD8 ; +DR A1BAL5, MURG_PARDP ; Q2W0H3, MURG_PARM1 ; Q7U3U6, MURG_PARMW ; DR B2JHG0, MURG_PARP8 ; B2SYX6, MURG_PARPJ ; Q6MBS7, MURG_PARUW ; DR Q13TZ2, MURG_PARXL ; P57817, MURG_PASMU ; Q6D0I3, MURG_PECAS ; DR C6DEU3, MURG_PECCP ; Q03EY2, MURG_PEDPA ; B4SH49, MURG_PELPB ; @@ -58406,8 +58534,8 @@ DR A5F5M9, MURG_VIBC3 ; Q9KPG7, MURG_VIBCH ; C3LQU6, MURG_VIBCM ; DR Q87SG4, MURG_VIBPA ; Q8DEL0, MURG_VIBVU ; Q7MNV1, MURG_VIBVY ; DR Q8D2Z6, MURG_WIGBR ; Q73I55, MURG_WOLPM ; B3CM87, MURG_WOLPP ; DR Q7MAD4, MURG_WOLSU ; Q5GS79, MURG_WOLTR ; C0R2W7, MURG_WOLWR ; -DR Q8PPA8, MURG_XANAC ; Q3BXF2, MURG_XANC5 ; Q4UQX0, MURG_XANC8 ; -DR B0RVA5, MURG_XANCB ; Q8PCK0, MURG_XANCP ; Q2NZB8, MURG_XANOM ; +DR Q8PPA8, MURG_XANAC ; Q4UQX0, MURG_XANC8 ; B0RVA5, MURG_XANCB ; +DR Q8PCK0, MURG_XANCP ; Q3BXF2, MURG_XANE5 ; Q2NZB8, MURG_XANOM ; DR Q5GW41, MURG_XANOR ; B2I9B3, MURG_XYLF2 ; Q9PF81, MURG_XYLFA ; DR B0U4Z7, MURG_XYLFM ; Q87AF9, MURG_XYLFT ; A1JJJ3, MURG_YERE8 ; DR A7FM66, MURG_YERP3 ; Q1C214, MURG_YERPA ; B2K4E6, MURG_YERPB ; @@ -58755,17 +58883,17 @@ DR C6WPK3, MSHA_ACTMD ; A0JZ09, MSHA_ARTS2 ; D5UJ42, MSHA_CELFN ; DR C3PK12, MSHA_CORA7 ; Q6NJL3, MSHA_CORDI ; Q8FSH1, MSHA_COREF ; DR A4QB40, MSHA_CORGB ; Q8NTA6, MSHA_CORGL ; Q4JSW2, MSHA_CORJK ; DR C4LLD6, MSHA_CORK4 ; B1VEI4, MSHA_CORU7 ; Q0RS49, MSHA_FRAAA ; -DR Q2JFV0, MSHA_FRACC ; A8LDJ8, MSHA_FRASN ; D2S4K7, MSHA_GEOOG ; -DR D0L476, MSHA_GORB4 ; C7R101, MSHA_JONDD ; A6W6D9, MSHA_KINRD ; -DR D2Q1C4, MSHA_KRIFD ; A0QLK5, MSHA_MYCA1 ; B1MHQ0, MSHA_MYCA9 ; -DR P64708, MSHA_MYCBO ; A1KFW0, MSHA_MYCBP ; C1AKG4, MSHA_MYCBT ; -DR A4T324, MSHA_MYCGI ; B8ZT88, MSHA_MYCLB ; P54138, MSHA_MYCLE ; -DR B2HQV2, MSHA_MYCMM ; Q73SU4, MSHA_MYCPA ; A0QQZ8, MSHA_MYCS2 ; -DR A3PU84, MSHA_MYCSJ ; A1UAM8, MSHA_MYCSK ; Q1BEA6, MSHA_MYCSS ; -DR A5TZL4, MSHA_MYCTA ; A5WJJ8, MSHA_MYCTF ; C6DT68, MSHA_MYCTK ; -DR P9WMY6, MSHA_MYCTO ; P9WMY7, MSHA_MYCTU ; A0PVZ1, MSHA_MYCUA ; -DR A1T3B5, MSHA_MYCVP ; C8XA09, MSHA_NAKMY ; D7AW65, MSHA_NOCDD ; -DR Q5YP47, MSHA_NOCFA ; A1SP12, MSHA_NOCSJ ; A1R8N8, MSHA_PAEAT ; +DR Q2JFV0, MSHA_FRACC ; D2S4K7, MSHA_GEOOG ; D0L476, MSHA_GORB4 ; +DR C7R101, MSHA_JONDD ; A6W6D9, MSHA_KINRD ; D2Q1C4, MSHA_KRIFD ; +DR A0QLK5, MSHA_MYCA1 ; B1MHQ0, MSHA_MYCA9 ; P64708, MSHA_MYCBO ; +DR A1KFW0, MSHA_MYCBP ; C1AKG4, MSHA_MYCBT ; A4T324, MSHA_MYCGI ; +DR B8ZT88, MSHA_MYCLB ; P54138, MSHA_MYCLE ; B2HQV2, MSHA_MYCMM ; +DR Q73SU4, MSHA_MYCPA ; A0QQZ8, MSHA_MYCS2 ; A3PU84, MSHA_MYCSJ ; +DR A1UAM8, MSHA_MYCSK ; Q1BEA6, MSHA_MYCSS ; A5TZL4, MSHA_MYCTA ; +DR A5WJJ8, MSHA_MYCTF ; C6DT68, MSHA_MYCTK ; P9WMY6, MSHA_MYCTO ; +DR P9WMY7, MSHA_MYCTU ; A0PVZ1, MSHA_MYCUA ; A1T3B5, MSHA_MYCVP ; +DR C8XA09, MSHA_NAKMY ; D7AW65, MSHA_NOCDD ; Q5YP47, MSHA_NOCFA ; +DR A1SP12, MSHA_NOCSJ ; A1R8N8, MSHA_PAEAT ; A8LDJ8, MSHA_PARS2 ; DR B8HCF8, MSHA_PSECP ; C0ZUT0, MSHA_RHOE4 ; Q0SF06, MSHA_RHOJR ; DR C1AZ64, MSHA_RHOOB ; A4FQ08, MSHA_SACEN ; C7MSY6, MSHA_SACVD ; DR A8LZG1, MSHA_SALAI ; A4X1R6, MSHA_SALTO ; D1BD84, MSHA_SANKS ; @@ -58843,15 +58971,16 @@ DR Q6YZI0, SPY_ORYSJ ; O82039, SPY_PETHY ; Q8RVB2, SPY_SOLLC ; ID 2.4.1.256 DE dolichyl-P-Glc:Glc2Man9GlcNAc2-PP-dolichol alpha-1,2-glucosyltransferase. AN Dol-P-Glc:Glc2Man9GlcNAc2-PP-Dol alpha1,2-glucosyltransferase. -CA a dolichyl beta-D-glucosyl phosphate + alpha-D-Glc-(1->3)-alpha-D-Glc- -CA (1->3)-alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D- -CA Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]- -CA alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D- -CA GlcNAc-diphosphodolichol = a dolichyl phosphate + alpha-D-Glc-(1->2)- -CA alpha-D-Glc-(1->3)-alpha-D-Glc-(1->3)-alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha- -CA D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)- -CA beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-glucosyl phosphate + an alpha-D-Glc- +CA (1->3)-alpha-D-Glc-(1->3)-alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D- +CA Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)- +CA alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc- +CA (1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol = a alpha-D- +CA Glc-(1->2)-alpha-D-Glc-(1->3)-alpha-D-Glc-(1->3)-alpha-D-Man-(1->2)- +CA alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man- +CA (1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta- +CA D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly- +CA cis-dolichol + a di-trans,poly-cis-dolichyl phosphate + H(+). CC -!- This eukaryotic enzyme performs the final step in the synthesis of CC the lipid-linked oligosaccharide, attaching D-glucose in an alpha- CC 1,2-linkage to the outermost D-glucose in the long branch. @@ -58869,10 +58998,11 @@ DR Q6CEA5, ALG10_YARLI; P50076, ALG10_YEAST; ID 2.4.1.257 DE GDP-Man:Man2GlcNAc2-PP-dolichol alpha-1,6-mannosyltransferase. AN GDP-Man:Man2GlcNAc2-PP-Dol alpha-1,6-mannosyltransferase. -CA alpha-D-Man-(1->3)-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc- -CA diphosphodolichol + GDP-alpha-D-mannose = alpha-D-Man-(1->3)-[alpha-D- -CA Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc- -CA diphosphodolichol + GDP + H(+). +CA an alpha-D-Man-(1->3)-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D- +CA GlcNAc-diphospho-di-trans,poly-cis-dolichol + GDP-alpha-D-mannose = +CA an alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D- +CA GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol + GDP + +CA H(+). CC -!- The biosynthesis of asparagine-linked glycoproteins utilizes a CC dolichyl diphosphate-linked glycosyl donor, which is assembled by the CC series of membrane-bound glycosyltransferases that comprise the @@ -58893,12 +59023,13 @@ DE dolichyl-P-Man:Man5GlcNAc2-PP-dolichol alpha-1,3-mannosyltransferase. AN Alg3 alpha-1,3-mannosyl transferase. AN Dol-P-Man:Man5GlcNAc2-PP-Dol alpha-1,3-mannosyltransferase. AN Man5GlcNAc2-PP-Dol mannosyltransferase. -CA a dolichyl beta-D-mannosyl phosphate + alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D- -CA GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol = a dolichyl phosphate + -CA alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man- -CA (1->3)-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha- -CA D-GlcNAc-diphosphodolichol + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + an alpha-D-Man- +CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]-beta-D- +CA Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly- +CA cis-dolichol = a di-trans,poly-cis-dolichyl phosphate + an alpha-D-Man- +CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->3)-alpha-D- +CA Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc- +CA diphospho-di-trans,poly-cis-dolichol + H(+). CC -!- The formation of N-glycosidic linkages of glycoproteins involves the CC ordered assembly of the common Glc3Man9GlcNAc2 core-oligosaccharide CC on the lipid carrier dolichyl diphosphate. @@ -58921,12 +59052,14 @@ DR P38179, ALG3_YEAST ; ID 2.4.1.259 DE dolichyl-P-Man:Man6GlcNAc2-PP-dolichol alpha-1,2-mannosyltransferase. AN Dol-P-Man:Man6GlcNAc2-PP-Dol alpha-1,2-mannosyltransferase. -CA a dolichyl beta-D-mannosyl phosphate + alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->3)-alpha-D-Man-(1->6)]-beta-D- -CA Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol = -CA a dolichyl phosphate + alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-alpha-D-Man-(1->6)]-beta-D- -CA Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + an alpha-D-Man- +CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->3)-alpha-D- +CA Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc- +CA diphospho-di-trans,poly-cis-dolichol = a di-trans,poly-cis-dolichyl +CA phosphate + an alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)- +CA [alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-alpha-D-Man-(1->6)]-beta-D-Man- +CA (1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly- +CA cis-dolichol + H(+). CC -!- The formation of N-glycosidic linkages of glycoproteins involves the CC ordered assembly of the common Glc3Man9GlcNAc2 core-oligosaccharide CC on the lipid carrier dolichyl diphosphate. @@ -58946,13 +59079,14 @@ ID 2.4.1.260 DE dolichyl-P-Man:Man7GlcNAc2-PP-dolichol alpha-1,6-mannosyltransferase. AN dolichyl-P-Man:Man7GlcNAc2-PP-dolichyl alpha6-mannosyltransferase. AN Dol-P-Man:Man7GlcNAc2-PP-Dol alpha-1,6-mannosyltransferase. -CA a dolichyl beta-D-mannosyl phosphate + alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-alpha-D- -CA Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc- -CA diphosphodolichol = a dolichyl phosphate + alpha-D-Man-(1->2)-alpha-D- -CA Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)- -CA [alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc- -CA (1->4)-alpha-D-GlcNAc-diphosphodolichol + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + an alpha-D-Man- +CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D- +CA Man-(1->3)-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)- +CA alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol = a di-trans,poly- +CA cis-dolichyl phosphate + an alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha- +CA D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->6)]- +CA alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D- +CA GlcNAc-diphospho-di-trans,poly-cis-dolichol + H(+). CC -!- The formation of N-glycosidic linkages of glycoproteins involves the CC ordered assembly of the common Glc3Man9GlcNAc2 core-oligosaccharide CC on the lipid carrier dolichyl diphosphate. @@ -58968,14 +59102,15 @@ DR P53730, ALG12_YEAST; ID 2.4.1.261 DE dolichyl-P-Man:Man8GlcNAc2-PP-dolichol alpha-1,2-mannosyltransferase. AN Dol-P-Man:Man8GlcNAc2-PP-Dol alpha-1,2-mannosyltransferase. -CA a dolichyl beta-D-mannosyl phosphate + alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha- -CA D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)- -CA alpha-D-GlcNAc-diphosphodolichol = a dolichyl phosphate + alpha-D-Man- +CA a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + an alpha-D-Man- CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D- -CA Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]- -CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + -CA H(+). +CA Man-(1->3)-[alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)- +CA beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol +CA = a di-trans,poly-cis-dolichyl phosphate + an alpha-D-Man-(1->2)-alpha-D- +CA Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)- +CA [alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man- +CA (1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho-di-trans,poly- +CA cis-dolichol + H(+). CC -!- The formation of N-glycosidic linkages of glycoproteins involves the CC ordered assembly of the common Glc3Man9GlcNAc2 core-oligosaccharide CC on the lipid carrier dolichyl diphosphate. @@ -59024,15 +59159,16 @@ DR Q8GCH2, GUMK_XANCE ; Q7CLR5, GUMK_XANCP ; ID 2.4.1.265 DE dolichyl-P-Glc:Glc1Man9GlcNAc2-PP-dolichol alpha-1,3-glucosyltransferase. AN Dol-P-Glc:Glc1Man9GlcNAc2-PP-Dol alpha-1->3-glucosyltransferase. -CA a dolichyl beta-D-glucosyl phosphate + alpha-D-Glc-(1->3)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D- -CA Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]- -CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol = -CA a dolichyl phosphate + alpha-D-Glc-(1->3)-alpha-D-Glc-(1->3)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D- -CA Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]- -CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + -CA H(+). +CA a di-trans,poly-cis-dolichyl beta-D-glucosyl phosphate + an alpha-D-Glc- +CA (1->3)-alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D- +CA Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]- +CA alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D- +CA GlcNAc-diphospho-di-trans,poly-cis-dolichol = a di-trans,poly- +CA cis-dolichyl phosphate + an alpha-D-Glc-(1->3)-alpha-D-Glc-(1->3)-alpha- +CA D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)- +CA alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man- +CA (1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho- +CA di-trans,poly-cis-dolichol + H(+). CC -!- The successive addition of three glucose residues by EC 2.4.1.267, CC 2.4.1.265 and EC 2.4.1.256 represents the final stage of the lipid- CC linked oligosaccharide assembly. @@ -59075,14 +59211,15 @@ DR C0QRQ2, GPGS_PERMH ; A9BHI9, GPGS_PETMO ; ID 2.4.1.267 DE dolichyl-P-Glc:Man9GlcNAc2-PP-dolichol alpha-1,3-glucosyltransferase. AN Dol-P-Glc:Man9GlcNAc2-PP-Dol alpha-1->3-glucosyltransferase. -CA a dolichyl beta-D-glucosyl phosphate + alpha-D-Man-(1->2)-alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha- -CA D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)- -CA beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol = a dolichyl -CA phosphate + alpha-D-Glc-(1->3)-alpha-D-Man-(1->2)-alpha-D-Man-(1->2)- -CA alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man- -CA (1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D- -CA GlcNAc-(1->4)-alpha-D-GlcNAc-diphosphodolichol + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-glucosyl phosphate + an alpha-D-Man- +CA (1->2)-alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D- +CA Man-(1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->6)]-alpha-D-Man-(1->6)]- +CA beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)-alpha-D-GlcNAc-diphospho- +CA di-trans,poly-cis-dolichol = a di-trans,poly-cis-dolichyl phosphate + +CA an alpha-D-Glc-(1->3)-alpha-D-Man-(1->2)-alpha-D-Man-(1->2)-alpha-D-Man- +CA (1->3)-[alpha-D-Man-(1->2)-alpha-D-Man-(1->3)-[alpha-D-Man-(1->2)-alpha- +CA D-Man-(1->6)]-alpha-D-Man-(1->6)]-beta-D-Man-(1->4)-beta-D-GlcNAc-(1->4)- +CA alpha-D-GlcNAc-diphospho-di-trans,poly-cis-dolichol + H(+). CC -!- The successive addition of three glucose residues by EC 2.4.1.267, CC EC 2.4.1.265 and EC 2.4.1.256 represents the final stage of the CC lipid-linked oligosaccharide assembly. @@ -60054,7 +60191,8 @@ AN mogrol C-3 hydroxyl glycosyltransferase. AN UGT74AC1. CA mogrol + UDP-alpha-D-glucose = H(+) + mogroside IE + UDP. CC -!- Isolated from the plant Siraitia grosvenorii (monk fruit). -DR K7NBW3, 74AC1_SIRGR; +DR K7NBW3, 74AC1_SIRGR; P0DO73, GT724_SIRGR; P0DO74, GT742_SIRGR; +DR P0DO75, GT752_SIRGR; // ID 2.4.1.351 DE rhamnogalacturonan I rhamnosyltransferase. @@ -60530,6 +60668,7 @@ DE solabiose phosphorylase. CA phosphate + solabiose = alpha-D-glucose 1-phosphate + D-galactose. CC -!- The enzyme, characterized from the bacterium Paenibacillus borealis, CC belongs to glycoside hydrolase family 94 (GH94). +DR A0A089LI24, SOLAP_PAEBO; // ID 2.4.1.390 DE 4,3-alpha-glucanotransferase. @@ -60547,8 +60686,8 @@ CC oligosaccharides in vitro. // ID 2.4.1.391 DE beta-1,2-glucosyltransferase. -CA [(1->2)-beta-D-glucosyl]n + a D-glucoside = [(1->2)-beta-D-glucosyl]n-1 + -CA a beta-D-glucosyl-(1->2)-D-glucoside. +CA [(1->2)-beta-D-glucosyl](n) + a D-glucoside = [(1->2)-beta-D- +CA glucosyl](n-1) + a beta-D-glucosyl-(1->2)-D-glucoside. CC -!- The enzyme, characterized from the bacterium Ignavibacterium album, CC transfers a glucosyl residue from the non-reducing end of a 1,2-beta- CC D-glucan to a glucose residue of an acceptor molecule, forming a @@ -60563,7 +60702,7 @@ CC beta configuration. ID 2.4.1.392 DE 3-O-beta-D-glucopyranosyl-beta-D-glucuronide phosphorylase. CA a 3-O-beta-D-glucosyl-beta-D-glucuronoside + phosphate = a beta-D- -CA glucuronoside + alpha-D-glucopyranose 1-phosphate. +CA glucuronoside + alpha-D-glucose 1-phosphate. CC -!- The enzyme, characterized from the bacterium Paenibacillus borealis, CC catalyzes a reversible reaction, transferring a glucosyl residue CC attached by a beta(1,3) linkage to a D-glucuronate residue (either @@ -60584,6 +60723,79 @@ CC -!- The residue at the reducing end of the substrate is often CC dimethylated, with the second methyl group attached at the O-1 CC position. // +ID 2.4.1.394 +DE 4,6-alpha-glucanotransferase (linear substrates/linear products). +CA formation of a linear isomalto/malto-polysaccharide from linear malto- +CA oligosaccharides. +CC -!- The enzyme, originally discovered in lactic acid bacteria but later +CC found in other organisms, is similar to EC 2.4.1.395 yet is not able +CC to act on sucrose. +CC -!- The enzyme, which belongs to the glycoside hydrolase 70 (GH70) +CC family, possesses both hydrolase and transglycosylase activities, +CC cleaving alpha(1->4) linkages from the non-reducing end of linear +CC maltooligosaccharides and synthesizing linear alpha(1->6)-glucan +CC chains. +CC -!- It also possesses an endo-alpha(1->4)-glycosidase activity. +CC -!- Due to its narrow binding groove, it is not able to act on branched +CC substrates. cf. EC 2.4.1.396. +// +ID 2.4.1.395 +DE reuteransucrase. +CA formation of reuteran from sucrose. +CC -!- The glucansucrases transfer a D-glucosyl residue from sucrose to a +CC glucan chain. +CC -!- They are classified based on the linkage of the transferred glucosyl +CC residue. +CC -!- The enzyme, characterized from the lactic acid bacterium +CC Limosilactobacillus reuteri strain 121, catalyzes the hydrolysis of +CC sucrose and the transfer of the D-glucose moiety to suitable +CC acceptors (inclduing sucrose), forming the glucan reuteran, which is +CC typical for these strains. +CC -!- The enzyme forms mostly alpha(1->4) glucosidic linkages, but also +CC alpha(1->6) linkages. +CC -!- The presence of maltose significantly accelerate the initial rate of +CC the reaction. See EC 2.4.1.5. +// +ID 2.4.1.396 +DE 4,6-alpha-glucanotransferase (linear and branched substrates, branched +DE products). +CA formation of a branched isomalto/malto-polysaccharide from branched +CA malto-oligosaccharides. +CC -!- The enzyme, discovered in several bacterial species, is similar to +CC EC 2.4.1.395 yet is not able to act on sucrose. +CC -!- The enzyme, which belongs to the glycoside hydrolase 70 (GH70) +CC family, possesses both hydrolase and transglycosylase activities, +CC cleaving endo alpha(1->4) linkages from the non-reducing end of +CC maltooligosaccharides and adding the resulting oligosaccharides to +CC the non-reducing end of alpha-D-glucan chains that terminate with a +CC residue linked by an alpha-(1->4) linkage, forming an alpha(1->6) +CC linkage. +CC -!- The enzyme is not able to form successive alpha(1->6) linkages. +CC -!- Unlike EC 2.4.1.394, which can only act on linear substrates, this +CC enzyme is able to act on both linear and branched substrates, and can +CC form the branched reuteran type of alpha-glucan. +// +ID 2.4.1.397 +DE cyclic beta-1,2-glucan glucanotransferase. +CA Cyclizes part of a (1->2)-beta-D-glucan chain by formation of a (1->2)- +CA beta-D-glucosidic bond. +CC -!- This enzyme is the cyclization domain of cyclic beta-1,2-glucan +CC synthase. +CC -!- Enzymes from Brucella abortus and Thermoanaerobacter italicus were +CC characterized. +CC -!- The cyclization domain of cyclic beta-1,2-glucan synthase is flanked +CC by an N-terminal beta-1,2-glucosyltransferase domain (cf. +CC EC 2.4.1.391) and a C-terminal beta-1,2-glucoside phosphorylase +CC domain (cf. EC 2.4.1.333), with the former responsible for elongation +CC and the latter for chain length control. +CC -!- The cyclization domain of T. italicus cyclizes linear +CC oligosaccharides with a degree of polymerization (DP) of 21 or higher +CC to produce cyclic glucans with DP 17 or higher. +CC -!- The cyclization domain also disproportionates linear beta-1,2- +CC glucooligosaccharides without cycling. +CC -!- The entire cyclic beta-1,2-glucan synthase from B. abortus +CC synthesizes cyclic beta-1,2-glucans with DP 17-22. +// ID 2.4.1.n1 DE Transferred entry: 2.4.1.245. // @@ -60987,7 +61199,7 @@ DR B3EFG3, APT_CHLL2 ; Q3B250, APT_CHLL3 ; B3QQD1, APT_CHLP8 ; DR B3EMG7, APT_CHLPB ; A1BDK4, APT_CHLPD ; A4SGB1, APT_CHLPM ; DR Q8KFM9, APT_CHLTE ; A0LYK2, APT_CHRFK ; Q1QVQ9, APT_CHRSD ; DR Q7NRK9, APT_CHRVO ; B5EHF2, APT_CITBB ; A8AJX4, APT_CITK8 ; -DR A5CSP7, APT_CLAM3 ; B0RGV9, APT_CLAMS ; Q97GU0, APT_CLOAB ; +DR A5CSP7, APT_CLAM3 ; B0RGV9, APT_CLASE ; Q97GU0, APT_CLOAB ; DR A7FY09, APT_CLOB1 ; A6LTN5, APT_CLOB8 ; B2V345, APT_CLOBA ; DR B2TMZ9, APT_CLOBB ; A5I6E1, APT_CLOBH ; B1IME3, APT_CLOBK ; DR A7GHS8, APT_CLOBL ; B1L0A2, APT_CLOBM ; Q183I0, APT_CLOD6 ; @@ -61015,38 +61227,37 @@ DR Q756E2, APT_EREGS ; B2VHU9, APT_ERWT9 ; Q2N669, APT_ERYLH ; DR B7LLQ1, APT_ESCF3 ; B1YJG1, APT_EXIS2 ; C4L531, APT_EXISA ; DR A7HLE2, APT_FERNB ; B0S0M3, APT_FINM2 ; A5FFL9, APT_FLAJ1 ; DR Q0RNU1, APT_FRAAA ; Q2JD90, APT_FRACC ; B0TWU0, APT_FRAP2 ; -DR A8KZE2, APT_FRASN ; Q14JZ2, APT_FRAT1 ; A7NEG0, APT_FRATF ; -DR Q2A1J5, APT_FRATH ; B2SEZ5, APT_FRATM ; A0Q8C6, APT_FRATN ; -DR Q0BK98, APT_FRATO ; Q5NII9, APT_FRATT ; A4IW38, APT_FRATW ; -DR Q8RDM9, APT_FUSNN ; B9M4Z1, APT_GEODF ; Q5KWS2, APT_GEOKA ; -DR Q39VR8, APT_GEOMG ; Q74CZ3, APT_GEOSL ; C6E585, APT_GEOSM ; -DR C5D514, APT_GEOSW ; A4IRA1, APT_GEOTN ; A5G4S5, APT_GEOUR ; -DR B7KKQ8, APT_GLOC7 ; Q7NGZ0, APT_GLOVI ; A9HEW1, APT_GLUDA ; -DR Q5FSN7, APT_GLUOX ; Q0BVB8, APT_GRABC ; Q7VKQ4, APT_HAEDU ; -DR Q4QJV7, APT_HAEI8 ; A5UBP3, APT_HAEIE ; A5UF74, APT_HAEIG ; -DR P43856, APT_HAEIN ; Q9KDH2, APT_HALH5 ; B8CXF1, APT_HALOH ; -DR Q17W08, APT_HELAH ; Q7VGF2, APT_HELHP ; B6JLF4, APT_HELP2 ; -DR B5Z6U3, APT_HELPG ; Q1CTV4, APT_HELPH ; Q9ZLQ9, APT_HELPJ ; -DR B2UTQ6, APT_HELPS ; O25296, APT_HELPY ; A9AYX1, APT_HERA2 ; -DR Q0I3U5, APT_HISS1 ; B0UWQ8, APT_HISS2 ; P07741, APT_HUMAN ; -DR Q31JG9, APT_HYDCU ; Q5QWS1, APT_IDILO ; Q28MD3, APT_JANSC ; -DR A6WCH4, APT_KINRD ; B5Y0N8, APT_KLEP3 ; A6T5N2, APT_KLEP7 ; -DR Q6CWV0, APT_KLULA ; Q1IKJ1, APT_KORVE ; C5CIH1, APT_KOSOT ; -DR Q5FJP9, APT_LACAC ; Q1G9R7, APT_LACDA ; Q049X1, APT_LACDB ; -DR Q044A4, APT_LACGA ; A8YVP7, APT_LACH4 ; Q74IU0, APT_LACJO ; -DR Q9CHT5, APT_LACLA ; A2RIW0, APT_LACLM ; Q031A0, APT_LACLS ; -DR Q038P1, APT_LACP3 ; A9KIA0, APT_LACP7 ; Q88VH0, APT_LACPL ; -DR Q38W53, APT_LATSS ; B0SIB4, APT_LEPBA ; Q04NG3, APT_LEPBJ ; -DR Q04WP5, APT_LEPBL ; Q75FP0, APT_LEPIC ; Q8EXN2, APT_LEPIN ; -DR B1MZQ2, APT_LEUCK ; Q03W57, APT_LEUMM ; Q03QP8, APT_LEVBA ; -DR Q1WT53, APT_LIGS1 ; P0A2X6, APT_LISIN ; C1KVH1, APT_LISMC ; -DR Q71ZE6, APT_LISMF ; B8DHM4, APT_LISMH ; P0A2X5, APT_LISMO ; -DR A0AIX3, APT_LISW6 ; B1HV83, APT_LYSSC ; B9E711, APT_MACCJ ; -DR Q2W3C2, APT_MAGSA ; Q8EUA8, APT_MALP2 ; Q65U83, APT_MANSM ; -DR Q0ARQ1, APT_MARMM ; A6VXH5, APT_MARMS ; A1U4H0, APT_MARN8 ; -DR C6BSW0, APT_MARSD ; Q64427, APT_MASNA ; Q6F1J0, APT_MESFL ; -DR Q601D6, APT_MESH2 ; Q4A8Q0, APT_MESH7 ; Q4AAL9, APT_MESHJ ; -DR Q6KI92, APT_MESM1 ; B7KY35, APT_METC4 ; Q60AN2, APT_METCA ; +DR Q14JZ2, APT_FRAT1 ; A7NEG0, APT_FRATF ; Q2A1J5, APT_FRATH ; +DR B2SEZ5, APT_FRATM ; A0Q8C6, APT_FRATN ; Q0BK98, APT_FRATO ; +DR Q5NII9, APT_FRATT ; A4IW38, APT_FRATW ; Q8RDM9, APT_FUSNN ; +DR B9M4Z1, APT_GEODF ; Q5KWS2, APT_GEOKA ; Q39VR8, APT_GEOMG ; +DR Q74CZ3, APT_GEOSL ; C6E585, APT_GEOSM ; C5D514, APT_GEOSW ; +DR A4IRA1, APT_GEOTN ; A5G4S5, APT_GEOUR ; B7KKQ8, APT_GLOC7 ; +DR Q7NGZ0, APT_GLOVI ; A9HEW1, APT_GLUDA ; Q5FSN7, APT_GLUOX ; +DR Q0BVB8, APT_GRABC ; Q7VKQ4, APT_HAEDU ; Q4QJV7, APT_HAEI8 ; +DR A5UBP3, APT_HAEIE ; A5UF74, APT_HAEIG ; P43856, APT_HAEIN ; +DR Q9KDH2, APT_HALH5 ; B8CXF1, APT_HALOH ; Q17W08, APT_HELAH ; +DR Q7VGF2, APT_HELHP ; B6JLF4, APT_HELP2 ; B5Z6U3, APT_HELPG ; +DR Q1CTV4, APT_HELPH ; Q9ZLQ9, APT_HELPJ ; B2UTQ6, APT_HELPS ; +DR O25296, APT_HELPY ; A9AYX1, APT_HERA2 ; Q0I3U5, APT_HISS1 ; +DR B0UWQ8, APT_HISS2 ; P07741, APT_HUMAN ; Q31JG9, APT_HYDCU ; +DR Q5QWS1, APT_IDILO ; Q28MD3, APT_JANSC ; A6WCH4, APT_KINRD ; +DR B5Y0N8, APT_KLEP3 ; A6T5N2, APT_KLEP7 ; Q6CWV0, APT_KLULA ; +DR Q1IKJ1, APT_KORVE ; C5CIH1, APT_KOSOT ; Q5FJP9, APT_LACAC ; +DR Q1G9R7, APT_LACDA ; Q049X1, APT_LACDB ; Q044A4, APT_LACGA ; +DR A8YVP7, APT_LACH4 ; Q74IU0, APT_LACJO ; Q9CHT5, APT_LACLA ; +DR A2RIW0, APT_LACLM ; Q031A0, APT_LACLS ; Q038P1, APT_LACP3 ; +DR A9KIA0, APT_LACP7 ; Q88VH0, APT_LACPL ; Q38W53, APT_LATSS ; +DR B0SIB4, APT_LEPBA ; Q04NG3, APT_LEPBJ ; Q04WP5, APT_LEPBL ; +DR Q75FP0, APT_LEPIC ; Q8EXN2, APT_LEPIN ; B1MZQ2, APT_LEUCK ; +DR Q03W57, APT_LEUMM ; Q03QP8, APT_LEVBA ; Q1WT53, APT_LIGS1 ; +DR P0A2X6, APT_LISIN ; C1KVH1, APT_LISMC ; Q71ZE6, APT_LISMF ; +DR B8DHM4, APT_LISMH ; P0A2X5, APT_LISMO ; A0AIX3, APT_LISW6 ; +DR B1HV83, APT_LYSSC ; B9E711, APT_MACCJ ; Q8EUA8, APT_MALP2 ; +DR Q65U83, APT_MANSM ; Q0ARQ1, APT_MARMM ; A6VXH5, APT_MARMS ; +DR A1U4H0, APT_MARN8 ; C6BSW0, APT_MARSD ; Q64427, APT_MASNA ; +DR Q6F1J0, APT_MESFL ; Q601D6, APT_MESH2 ; Q4A8Q0, APT_MESH7 ; +DR Q4AAL9, APT_MESHJ ; B7KY35, APT_METC4 ; Q60AN2, APT_METCA ; DR A9W0A8, APT_METEP ; Q1GYN9, APT_METFK ; B3DXQ2, APT_METI4 ; DR A4FYD7, APT_METM5 ; A6VJW6, APT_METM7 ; Q6LZG8, APT_METMP ; DR B8ILP3, APT_METNO ; B1ZKA1, APT_METPB ; A2SMH6, APT_METPP ; @@ -61055,22 +61266,23 @@ DR B0JR14, APT_MICAN ; P08030, APT_MOUSE ; P47956, APT_MUSPA ; DR P47957, APT_MUSSI ; A0QIA9, APT_MYCA1 ; B1MCI5, APT_MYCA9 ; DR A5IZD7, APT_MYCAP ; P59959, APT_MYCBO ; A1KLT2, APT_MYCBP ; DR Q2SRZ3, APT_MYCCT ; Q9RFQ2, APT_MYCFP ; Q7NBS4, APT_MYCGA ; -DR P47518, APT_MYCGE ; A4TBR2, APT_MYCGI ; B2HN75, APT_MYCMM ; -DR Q6MTD4, APT_MYCMS ; Q741P3, APT_MYCPA ; P75388, APT_MYCPN ; -DR Q98QN9, APT_MYCPU ; A0QWJ5, APT_MYCS2 ; Q4A577, APT_MYCS5 ; -DR A3PYX7, APT_MYCSJ ; A1UFB6, APT_MYCSK ; Q1B9P7, APT_MYCSS ; -DR A5U5T4, APT_MYCTA ; P9WQ06, APT_MYCTO ; P9WQ07, APT_MYCTU ; -DR A0PPE4, APT_MYCUA ; A1T894, APT_MYCVP ; Q1D1H1, APT_MYXXD ; -DR B2A0H0, APT_NATTJ ; Q5F774, APT_NEIG1 ; A9M1N3, APT_NEIM0 ; -DR Q9JT95, APT_NEIMA ; Q9JYB4, APT_NEIMB ; A1KV71, APT_NEIMF ; -DR Q9RQF8, APT_NEOGA ; Q0AJC5, APT_NITEC ; Q82XS2, APT_NITEU ; -DR Q1QIH5, APT_NITHX ; A9A3N4, APT_NITMS ; Q2YAI3, APT_NITMU ; -DR Q3JEP4, APT_NITOC ; A6Q2W2, APT_NITSB ; Q3SPC5, APT_NITWN ; -DR Q5YTF5, APT_NOCFA ; A1SJB1, APT_NOCSJ ; B2IU50, APT_NOSP7 ; -DR Q8YNI3, APT_NOSS1 ; Q2GAK1, APT_NOVAD ; Q8EPR5, APT_OCEIH ; -DR Q04F01, APT_OENOB ; A1TWI0, APT_PARC0 ; A1B843, APT_PARDP ; -DR A7HVC7, APT_PARL1 ; Q7TTW1, APT_PARMW ; B2JCQ7, APT_PARP8 ; -DR B2SXI3, APT_PARPJ ; Q145V4, APT_PARXL ; P57841, APT_PASMU ; +DR P47518, APT_MYCGE ; A4TBR2, APT_MYCGI ; Q6KI92, APT_MYCM1 ; +DR B2HN75, APT_MYCMM ; Q6MTD4, APT_MYCMS ; Q741P3, APT_MYCPA ; +DR P75388, APT_MYCPN ; Q98QN9, APT_MYCPU ; A0QWJ5, APT_MYCS2 ; +DR Q4A577, APT_MYCS5 ; A3PYX7, APT_MYCSJ ; A1UFB6, APT_MYCSK ; +DR Q1B9P7, APT_MYCSS ; A5U5T4, APT_MYCTA ; P9WQ06, APT_MYCTO ; +DR P9WQ07, APT_MYCTU ; A0PPE4, APT_MYCUA ; A1T894, APT_MYCVP ; +DR Q1D1H1, APT_MYXXD ; B2A0H0, APT_NATTJ ; Q5F774, APT_NEIG1 ; +DR A9M1N3, APT_NEIM0 ; Q9JT95, APT_NEIMA ; Q9JYB4, APT_NEIMB ; +DR A1KV71, APT_NEIMF ; Q9RQF8, APT_NEOGA ; Q0AJC5, APT_NITEC ; +DR Q82XS2, APT_NITEU ; Q1QIH5, APT_NITHX ; A9A3N4, APT_NITMS ; +DR Q2YAI3, APT_NITMU ; Q3JEP4, APT_NITOC ; A6Q2W2, APT_NITSB ; +DR Q3SPC5, APT_NITWN ; Q5YTF5, APT_NOCFA ; A1SJB1, APT_NOCSJ ; +DR B2IU50, APT_NOSP7 ; Q8YNI3, APT_NOSS1 ; Q2GAK1, APT_NOVAD ; +DR Q8EPR5, APT_OCEIH ; Q04F01, APT_OENOB ; A1TWI0, APT_PARC0 ; +DR A1B843, APT_PARDP ; A7HVC7, APT_PARL1 ; Q2W3C2, APT_PARM1 ; +DR Q7TTW1, APT_PARMW ; B2JCQ7, APT_PARP8 ; B2SXI3, APT_PARPJ ; +DR A8KZE2, APT_PARS2 ; Q145V4, APT_PARXL ; P57841, APT_PASMU ; DR Q6D800, APT_PECAS ; C6DB82, APT_PECCP ; Q03F39, APT_PEDPA ; DR B4SCV2, APT_PELPB ; A1ASM0, APT_PELPD ; A5D3H8, APT_PELTS ; DR Q4FLB9, APT_PELUB ; A9BG28, APT_PETMO ; Q7N0N9, APT_PHOLL ; @@ -61147,8 +61359,8 @@ DR B3E683, APT_TRIL1 ; Q3MAA1, APT_TRIV2 ; B1AJC8, APT_UREP2 ; DR Q9PQ02, APT_UREPA ; B7VL95, APT_VIBA3 ; A7MUE7, APT_VIBC1 ; DR A5F2N2, APT_VIBC3 ; Q9KT52, APT_VIBCH ; C3LTV0, APT_VIBCM ; DR Q87MQ1, APT_VIBPA ; Q8DB25, APT_VIBVU ; Q7MIV1, APT_VIBVY ; -DR Q7M8W8, APT_WOLSU ; Q8PJY6, APT_XANAC ; Q3BSE4, APT_XANC5 ; -DR Q4UVM8, APT_XANC8 ; B0RS13, APT_XANCB ; Q8P8F9, APT_XANCP ; +DR Q7M8W8, APT_WOLSU ; Q8PJY6, APT_XANAC ; Q4UVM8, APT_XANC8 ; +DR B0RS13, APT_XANCB ; Q8P8F9, APT_XANCP ; Q3BSE4, APT_XANE5 ; DR Q2P2B0, APT_XANOM ; B2SHR3, APT_XANOP ; Q5GZA0, APT_XANOR ; DR Q6CA53, APT_YARLI ; A1JNC2, APT_YERE8 ; A7FL92, APT_YERP3 ; DR Q1C4P3, APT_YERPA ; B2K6Z1, APT_YERPB ; Q8ZC94, APT_YERPE ; @@ -61321,8 +61533,7 @@ DR Q8FRQ5, UPP_COREF ; A4QC29, UPP_CORGB ; P58998, UPP_CORGL ; DR Q4JTK4, UPP_CORJK ; C4LKC1, UPP_CORK4 ; B1VF60, UPP_CORU7 ; DR Q6A5S3, UPP_CUTAK ; Q9RU32, UPP_DEIRA ; A9BWD4, UPP_DELAS ; DR C0QHT9, UPP_DESAH ; B8IZH6, UPP_DESDA ; B8FZ68, UPP_DESHD ; -DR Q24MM7, UPP_DESHY ; Q6AQH2, UPP_DESPS ; Q72DA4, UPP_DESVH ; -DR B8DP34, UPP_DESVM ; A1VEW8, UPP_DESVV ; Q55GQ6, UPP_DICDI ; +DR Q24MM7, UPP_DESHY ; Q6AQH2, UPP_DESPS ; Q55GQ6, UPP_DICDI ; DR B5YDB8, UPP_DICT6 ; B8E009, UPP_DICTD ; A7ZPU1, UPP_ECO24 ; DR B7UGN6, UPP_ECO27 ; B7MHX9, UPP_ECO45 ; B7LCN8, UPP_ECO55 ; DR P0A8F2, UPP_ECO57 ; B5Z035, UPP_ECO5E ; B7NQN7, UPP_ECO7I ; @@ -61356,18 +61567,19 @@ DR Q927V5, UPP_LISIN ; C1KYV5, UPP_LISMC ; Q71WP0, UPP_LISMF ; DR B8DBH1, UPP_LISMH ; Q8Y4B3, UPP_LISMO ; A0ALM3, UPP_LISW6 ; DR B1HM47, UPP_LYSSC ; B9E8F4, UPP_MACCJ ; Q8EUA1, UPP_MALP2 ; DR Q65RC3, UPP_MANSM ; A1U241, UPP_MARN8 ; C6BSG3, UPP_MARSD ; -DR Q6F210, UPP_MESFL ; Q6KHA6, UPP_MESM1 ; B3PM96, UPP_META1 ; -DR P43049, UPP_METHO ; A4FYB9, UPP_METM5 ; A9A7A5, UPP_METM6 ; -DR A6VJY4, UPP_METM7 ; Q6LZE9, UPP_METMP ; A2SGT8, UPP_METPP ; -DR A4YCQ1, UPP_METS5 ; O27186, UPP_METTH ; A6USD4, UPP_METVS ; -DR B1MFZ1, UPP_MYCA9 ; A5IYF5, UPP_MYCAP ; P0A659, UPP_MYCBO ; -DR A1KNZ5, UPP_MYCBP ; Q2ST42, UPP_MYCCT ; Q7NBH2, UPP_MYCGA ; -DR P47276, UPP_MYCGE ; B2HDV9, UPP_MYCMM ; Q6MS86, UPP_MYCMS ; +DR Q6F210, UPP_MESFL ; B3PM96, UPP_META1 ; P43049, UPP_METHO ; +DR A4FYB9, UPP_METM5 ; A9A7A5, UPP_METM6 ; A6VJY4, UPP_METM7 ; +DR Q6LZE9, UPP_METMP ; A2SGT8, UPP_METPP ; A4YCQ1, UPP_METS5 ; +DR O27186, UPP_METTH ; A6USD4, UPP_METVS ; B1MFZ1, UPP_MYCA9 ; +DR A5IYF5, UPP_MYCAP ; P0A659, UPP_MYCBO ; A1KNZ5, UPP_MYCBP ; +DR Q2ST42, UPP_MYCCT ; Q7NBH2, UPP_MYCGA ; P47276, UPP_MYCGE ; +DR Q6KHA6, UPP_MYCM1 ; B2HDV9, UPP_MYCMM ; Q6MS86, UPP_MYCMS ; DR Q73UD7, UPP_MYCPA ; P75081, UPP_MYCPN ; Q98QP6, UPP_MYCPU ; DR A5U7Y3, UPP_MYCTA ; P9WFF2, UPP_MYCTO ; P9WFF3, UPP_MYCTU ; DR Q1DG16, UPP_MYXXD ; Q3ISU0, UPP_NATPD ; B2A3H5, UPP_NATTJ ; DR Q5F9P0, UPP_NEIG1 ; B4RK50, UPP_NEIG2 ; A9M3K6, UPP_NEIM0 ; DR Q9JV58, UPP_NEIMA ; Q9K048, UPP_NEIMB ; A1KT34, UPP_NEIMF ; +DR Q72DA4, UPP_NITV2 ; A1VEW8, UPP_NITV4 ; B8DP34, UPP_NITV9 ; DR Q5Z187, UPP_NOCFA ; A1SDD5, UPP_NOCSJ ; Q8YVB5, UPP_NOSS1 ; DR Q8EM74, UPP_OCEIH ; Q04DP1, UPP_OENOB ; Q311Z9, UPP_OLEA2 ; DR A1R2Y2, UPP_PAEAT ; A1B467, UPP_PARDP ; B2JE33, UPP_PARP8 ; @@ -61435,8 +61647,8 @@ DR B3E677, UPP_TRIL1 ; B1AIA5, UPP_UREP2 ; Q9PR28, UPP_UREPA ; DR B5ZAU8, UPP_UREU1 ; C5CLM9, UPP_VARPS ; A1WQN5, UPP_VEREI ; DR A5F642, UPP_VIBC3 ; Q9KPY7, UPP_VIBCH ; C3LPM9, UPP_VIBCM ; DR Q87MH1, UPP_VIBPA ; Q7MIK2, UPP_VIBVY ; Q7M8H6, UPP_WOLSU ; -DR P59001, UPP_XANAC ; Q3BS29, UPP_XANC5 ; Q4UVY0, UPP_XANC8 ; -DR B0RRQ3, UPP_XANCB ; Q9RBJ3, UPP_XANCP ; Q2P2V7, UPP_XANOM ; +DR P59001, UPP_XANAC ; Q4UVY0, UPP_XANC8 ; B0RRQ3, UPP_XANCB ; +DR Q9RBJ3, UPP_XANCP ; Q3BS29, UPP_XANE5 ; Q2P2V7, UPP_XANOM ; DR P18562, UPP_YEAST ; A1JKZ8, UPP_YERE8 ; A7FG38, UPP_YERP3 ; DR Q1C5P3, UPP_YERPA ; B2K9J9, UPP_YERPB ; Q8ZCX9, UPP_YERPE ; DR A9QZW6, UPP_YERPG ; Q1CK39, UPP_YERPN ; A4TMP2, UPP_YERPP ; @@ -61597,8 +61809,8 @@ DR Q97CT9, PYRE_THEVO ; Q3SM42, PYRE_THIDA ; B8GTF1, PYRE_THISH ; DR Q83H88, PYRE_TROW8 ; Q83FI4, PYRE_TROWT ; A5CVN5, PYRE_VESOH ; DR B7VHJ8, PYRE_VIBA3 ; Q9KVD5, PYRE_VIBCH ; Q87T92, PYRE_VIBPA ; DR Q8DDX5, PYRE_VIBVU ; Q7MPT2, PYRE_VIBVY ; Q7MAD7, PYRE_WOLSU ; -DR Q8PFS5, PYRE_XANAC ; Q3BNB6, PYRE_XANC5 ; Q4UPQ3, PYRE_XANC8 ; -DR B0RXL2, PYRE_XANCB ; Q8P469, PYRE_XANCP ; Q2P898, PYRE_XANOM ; +DR Q8PFS5, PYRE_XANAC ; Q4UPQ3, PYRE_XANC8 ; B0RXL2, PYRE_XANCB ; +DR Q8P469, PYRE_XANCP ; Q3BNB6, PYRE_XANE5 ; Q2P898, PYRE_XANOM ; DR B2I6N0, PYRE_XYLF2 ; Q9PGZ3, PYRE_XYLFA ; B0U1J0, PYRE_XYLFM ; DR Q87F16, PYRE_XYLFT ; P41923, PYRE_YARLI ; P13298, PYRE_YEAST ; DR A1JHW8, PYRE_YERE8 ; A7FCT0, PYRE_YERP3 ; Q1C263, PYRE_YERPA ; @@ -61720,8 +61932,7 @@ DR Q46WL1, HIS1_CUPPJ ; B3R7A1, HIS1_CUPTR ; B8HQZ8, HIS1_CYAP4 ; DR Q11TY6, HIS1_CYTH3 ; Q6BRU4, HIS1_DEBHA ; Q47AL4, HIS1_DECAR ; DR C1CVJ5, HIS1_DEIDV ; Q1J0A0, HIS1_DEIGD ; Q9RUE2, HIS1_DEIRA ; DR B8FLE8, HIS1_DESAL ; B1I190, HIS1_DESAP ; B8FP18, HIS1_DESHD ; -DR Q24QI9, HIS1_DESHY ; A8ZXG7, HIS1_DESOH ; P62364, HIS1_DESVH ; -DR B8DQ42, HIS1_DESVM ; A1VHE4, HIS1_DESVV ; B5YE84, HIS1_DICT6 ; +DR Q24QI9, HIS1_DESHY ; A8ZXG7, HIS1_DESOH ; B5YE84, HIS1_DICT6 ; DR B8E2C2, HIS1_DICTD ; A7ZNJ1, HIS1_ECO24 ; B7UT56, HIS1_ECO27 ; DR B7MDH3, HIS1_ECO45 ; B7L9P6, HIS1_ECO55 ; Q8X8T4, HIS1_ECO57 ; DR B5YU75, HIS1_ECO5E ; B7NQH1, HIS1_ECO7I ; B7MWT8, HIS1_ECO81 ; @@ -61750,26 +61961,27 @@ DR Q04ZI7, HIS1_LEPBL ; B0SM42, HIS1_LEPBP ; B1XX72, HIS1_LEPCP ; DR P62382, HIS1_LEPIC ; Q8F6P1, HIS1_LEPIN ; Q92E83, HIS1_LISIN ; DR C1L0J7, HIS1_LISMC ; Q722Y2, HIS1_LISMF ; B8DA57, HIS1_LISMH ; DR Q8Y9G0, HIS1_LISMO ; A0AG20, HIS1_LISW6 ; B1HVP7, HIS1_LYSSC ; -DR Q2W1X8, HIS1_MAGSA ; Q65RB0, HIS1_MANSM ; Q0AP80, HIS1_MARMM ; -DR A6VY00, HIS1_MARMS ; A1U458, HIS1_MARN8 ; A6UTA7, HIS1_META3 ; -DR Q8TU56, HIS1_METAC ; Q0W6K3, HIS1_METAR ; Q46CW7, HIS1_METBF ; -DR Q12WC7, HIS1_METBU ; Q606Q1, HIS1_METCA ; Q1H4R9, HIS1_METFK ; -DR B3E177, HIS1_METI4 ; Q58601, HIS1_METJA ; Q8TYD5, HIS1_METKA ; -DR A4FXY0, HIS1_METM5 ; A9AAZ7, HIS1_METM6 ; A6VFN8, HIS1_METM7 ; -DR Q8PWS3, HIS1_METMA ; P60807, HIS1_METMP ; A2SE03, HIS1_METPP ; -DR A4YI31, HIS1_METS5 ; O27550, HIS1_METTH ; B0JK88, HIS1_MICAN ; -DR C5CBK0, HIS1_MICLC ; Q2RGV7, HIS1_MOOTA ; A0QFA5, HIS1_MYCA1 ; -DR P60760, HIS1_MYCBO ; A1KKG4, HIS1_MYCBP ; C1AQ37, HIS1_MYCBT ; -DR A4TB83, HIS1_MYCGI ; Q49776, HIS1_MYCLE ; P60805, HIS1_MYCPA ; -DR A3Q1A9, HIS1_MYCSJ ; A1UHU3, HIS1_MYCSK ; Q1B782, HIS1_MYCSS ; -DR A5U4E7, HIS1_MYCTA ; P9WMN0, HIS1_MYCTO ; P9WMN1, HIS1_MYCTU ; -DR Q3ITB2, HIS1_NATPD ; Q5F7E0, HIS1_NEIG1 ; P64346, HIS1_NEIMA ; -DR P64347, HIS1_NEIMB ; A1KV03, HIS1_NEIMF ; Q0AGS2, HIS1_NITEC ; -DR Q82W27, HIS1_NITEU ; Q1QIM4, HIS1_NITHX ; Q2YAU4, HIS1_NITMU ; -DR Q3J7H0, HIS1_NITOC ; A6Q469, HIS1_NITSB ; Q3SPH2, HIS1_NITWN ; -DR Q5YUV9, HIS1_NOCFA ; B2IY34, HIS1_NOSP7 ; Q8YVL0, HIS1_NOSS1 ; -DR Q2G469, HIS1_NOVAD ; Q8ESR7, HIS1_OCEIH ; Q10S55, HIS1_ORYSJ ; -DR A1R5S0, HIS1_PAEAT ; A1TKY3, HIS1_PARC0 ; A6LAM0, HIS1_PARD8 ; +DR Q65RB0, HIS1_MANSM ; Q0AP80, HIS1_MARMM ; A6VY00, HIS1_MARMS ; +DR A1U458, HIS1_MARN8 ; A6UTA7, HIS1_META3 ; Q8TU56, HIS1_METAC ; +DR Q0W6K3, HIS1_METAR ; Q46CW7, HIS1_METBF ; Q12WC7, HIS1_METBU ; +DR Q606Q1, HIS1_METCA ; Q1H4R9, HIS1_METFK ; B3E177, HIS1_METI4 ; +DR Q58601, HIS1_METJA ; Q8TYD5, HIS1_METKA ; A4FXY0, HIS1_METM5 ; +DR A9AAZ7, HIS1_METM6 ; A6VFN8, HIS1_METM7 ; Q8PWS3, HIS1_METMA ; +DR P60807, HIS1_METMP ; A2SE03, HIS1_METPP ; A4YI31, HIS1_METS5 ; +DR O27550, HIS1_METTH ; B0JK88, HIS1_MICAN ; C5CBK0, HIS1_MICLC ; +DR Q2RGV7, HIS1_MOOTA ; A0QFA5, HIS1_MYCA1 ; P60760, HIS1_MYCBO ; +DR A1KKG4, HIS1_MYCBP ; C1AQ37, HIS1_MYCBT ; A4TB83, HIS1_MYCGI ; +DR Q49776, HIS1_MYCLE ; P60805, HIS1_MYCPA ; A3Q1A9, HIS1_MYCSJ ; +DR A1UHU3, HIS1_MYCSK ; Q1B782, HIS1_MYCSS ; A5U4E7, HIS1_MYCTA ; +DR P9WMN0, HIS1_MYCTO ; P9WMN1, HIS1_MYCTU ; Q3ITB2, HIS1_NATPD ; +DR Q5F7E0, HIS1_NEIG1 ; P64346, HIS1_NEIMA ; P64347, HIS1_NEIMB ; +DR A1KV03, HIS1_NEIMF ; Q0AGS2, HIS1_NITEC ; Q82W27, HIS1_NITEU ; +DR Q1QIM4, HIS1_NITHX ; Q2YAU4, HIS1_NITMU ; Q3J7H0, HIS1_NITOC ; +DR A6Q469, HIS1_NITSB ; P62364, HIS1_NITV2 ; A1VHE4, HIS1_NITV4 ; +DR B8DQ42, HIS1_NITV9 ; Q3SPH2, HIS1_NITWN ; Q5YUV9, HIS1_NOCFA ; +DR B2IY34, HIS1_NOSP7 ; Q8YVL0, HIS1_NOSS1 ; Q2G469, HIS1_NOVAD ; +DR Q8ESR7, HIS1_OCEIH ; Q10S55, HIS1_ORYSJ ; A1R5S0, HIS1_PAEAT ; +DR A1TKY3, HIS1_PARC0 ; A6LAM0, HIS1_PARD8 ; Q2W1X8, HIS1_PARM1 ; DR Q7U5Z9, HIS1_PARMW ; P57919, HIS1_PASMU ; Q6D412, HIS1_PECAS ; DR C6DF77, HIS1_PECCP ; B4SCC0, HIS1_PELPB ; A1AT72, HIS1_PELPD ; DR A5D3N6, HIS1_PELTS ; A9BJZ4, HIS1_PETMO ; Q7N6I0, HIS1_PHOLL ; @@ -61832,8 +62044,8 @@ DR Q3SHP3, HIS1_THIDA ; C4LFH8, HIS1_TOLAT ; B3E6L6, HIS1_TRIL1 ; DR Q3M4Z2, HIS1_TRIV2 ; C5CQI9, HIS1_VARPS ; A5CWJ0, HIS1_VESOH ; DR A7MX14, HIS1_VIBC1 ; Q9KSX4, HIS1_VIBCH ; Q87QL2, HIS1_VIBPA ; DR Q8D8P9, HIS1_VIBVU ; Q7MLS7, HIS1_VIBVY ; Q7M9N0, HIS1_WOLSU ; -DR Q8PLH0, HIS1_XANAC ; Q3BUF8, HIS1_XANC5 ; Q4UU39, HIS1_XANC8 ; -DR B0RSL3, HIS1_XANCB ; Q8P9P3, HIS1_XANCP ; Q2P3K4, HIS1_XANOM ; +DR Q8PLH0, HIS1_XANAC ; Q4UU39, HIS1_XANC8 ; B0RSL3, HIS1_XANCB ; +DR Q8P9P3, HIS1_XANCP ; Q3BUF8, HIS1_XANE5 ; Q2P3K4, HIS1_XANOM ; DR B2SKN9, HIS1_XANOP ; Q5H0L2, HIS1_XANOR ; B2I5Y2, HIS1_XYLF2 ; DR Q9PBC4, HIS1_XYLFA ; B0U3B4, HIS1_XYLFM ; Q87C28, HIS1_XYLFT ; DR Q99145, HIS1_YARLI ; P00498, HIS1_YEAST ; A1JTV7, HIS1_YERE8 ; @@ -61901,7 +62113,7 @@ DR B3EH38, TRPD_CHLL2 ; Q3B2H3, TRPD_CHLL3 ; B3QM44, TRPD_CHLP8 ; DR B3EMT4, TRPD_CHLPB ; A1BE13, TRPD_CHLPD ; A4SFZ6, TRPD_CHLPM ; DR B9LEV9, TRPD_CHLSY ; B3QUY6, TRPD_CHLT3 ; Q8KC17, TRPD_CHLTE ; DR A0M4T1, TRPD_CHRFK ; Q1QV38, TRPD_CHRSD ; Q7NW17, TRPD_CHRVO ; -DR B5EBU6, TRPD_CITBB ; A5CS25, TRPD_CLAM3 ; B0REA1, TRPD_CLAMS ; +DR B5EBU6, TRPD_CITBB ; A5CS25, TRPD_CLAM3 ; B0REA1, TRPD_CLASE ; DR Q97EF2, TRPD_CLOAB ; A6LU93, TRPD_CLOB8 ; B9E148, TRPD_CLOK1 ; DR A5N7N7, TRPD_CLOK5 ; Q47YC2, TRPD_COLP3 ; C3PKY4, TRPD_CORA7 ; DR Q6NEC1, TRPD_CORDI ; Q8FLJ8, TRPD_COREF ; A4QI74, TRPD_CORGB ; @@ -61911,62 +62123,62 @@ DR Q47AC6, TRPD_DECAR ; Q3Z6G6, TRPD_DEHM1 ; Q3ZZ15, TRPD_DEHMC ; DR Q1IZP8, TRPD_DEIGD ; Q9RTJ5, TRPD_DEIRA ; A9BS05, TRPD_DELAS ; DR B8FA41, TRPD_DESAL ; B1I3Z8, TRPD_DESAP ; B8FVH5, TRPD_DESHD ; DR Q24SK4, TRPD_DESHY ; A8ZZX1, TRPD_DESOH ; Q6AMS5, TRPD_DESPS ; -DR A4J146, TRPD_DESRM ; B8DM45, TRPD_DESVM ; B5YD05, TRPD_DICT6 ; -DR B8DZP4, TRPD_DICTD ; A8LMJ6, TRPD_DINSH ; B1GZB9, TRPD_ENDTX ; -DR B2VKT4, TRPD_ERWT9 ; Q2NA97, TRPD_ERYLH ; B1YLS1, TRPD_EXIS2 ; -DR A5FA70, TRPD_FLAJ1 ; A6GWZ4, TRPD_FLAPJ ; Q0RFI3, TRPD_FRAAA ; -DR B0TWF2, TRPD_FRAP2 ; A7NF00, TRPD_FRATF ; B2SEF6, TRPD_FRATM ; -DR A0Q8R1, TRPD_FRATN ; Q0BJW6, TRPD_FRATO ; A4J0E5, TRPD_FRATW ; -DR B9M5M2, TRPD_GEODF ; Q5KXU8, TRPD_GEOKA ; Q39SQ6, TRPD_GEOMG ; -DR Q9X6J5, TRPD_GEOSE ; Q74AH4, TRPD_GEOSL ; C6DYM5, TRPD_GEOSM ; -DR C5D3D7, TRPD_GEOSW ; A4IQ85, TRPD_GEOTN ; A5GES2, TRPD_GEOUR ; -DR B8F815, TRPD_GLAP5 ; Q7NGU2, TRPD_GLOVI ; Q5FNM7, TRPD_GLUOX ; -DR Q0BTY4, TRPD_GRABC ; Q4QKA1, TRPD_HAEI8 ; A5UBZ6, TRPD_HAEIE ; -DR A5UEN6, TRPD_HAEIG ; P43858, TRPD_HAEIN ; Q2S999, TRPD_HAHCH ; -DR Q9KCB3, TRPD_HALH5 ; A1WYT2, TRPD_HALHL ; B9LQ96, TRPD_HALLT ; -DR Q5V211, TRPD_HALMA ; B0R622, TRPD_HALS3 ; Q9HPG3, TRPD_HALSA ; -DR P52562, TRPD_HALVD ; Q18FI8, TRPD_HALWD ; Q17ZP2, TRPD_HELAH ; -DR B6JNC0, TRPD_HELP2 ; B5Z8S5, TRPD_HELPG ; Q1CRX3, TRPD_HELPH ; -DR Q9ZJU7, TRPD_HELPJ ; B2UV44, TRPD_HELPS ; P56737, TRPD_HELPY ; -DR A9B148, TRPD_HERA2 ; A4G1P5, TRPD_HERAR ; B0UU36, TRPD_HISS2 ; -DR Q31J09, TRPD_HYDCU ; Q0C1A1, TRPD_HYPNA ; Q5QX82, TRPD_IDILO ; -DR A8ACG6, TRPD_IGNH4 ; A6SUH6, TRPD_JANMA ; Q28R66, TRPD_JANSC ; -DR Q1IJR5, TRPD_KORVE ; P17170, TRPD_LACCA ; B3W6W9, TRPD_LACCB ; -DR C4Z111, TRPD_LACE2 ; Q02000, TRPD_LACLA ; A2RK17, TRPD_LACLM ; -DR Q02YA8, TRPD_LACLS ; Q03CY0, TRPD_LACP3 ; A9KL44, TRPD_LACP7 ; -DR Q88WI3, TRPD_LACPL ; C1D7P3, TRPD_LARHH ; Q5X6R9, TRPD_LEGPA ; -DR A5IG81, TRPD_LEGPC ; Q5ZX98, TRPD_LEGPH ; Q5WY74, TRPD_LEGPL ; -DR Q6AFI7, TRPD_LEIXX ; Q04R23, TRPD_LEPBJ ; Q04ZD2, TRPD_LEPBL ; -DR B1Y7I3, TRPD_LEPCP ; Q72PD0, TRPD_LEPIC ; Q8F708, TRPD_LEPIN ; -DR Q03WZ9, TRPD_LEUMM ; Q92B78, TRPD_LISIN ; C1KVS8, TRPD_LISMC ; -DR Q71Z37, TRPD_LISMF ; B8DHB1, TRPD_LISMH ; Q8Y6Q3, TRPD_LISMO ; -DR A0AJ83, TRPD_LISW6 ; Q2W3A9, TRPD_MAGSA ; Q65TF2, TRPD_MANSM ; -DR Q0APU5, TRPD_MARMM ; A6VU64, TRPD_MARMS ; A1U6H0, TRPD_MARN8 ; -DR C6C1D5, TRPD_MARSD ; A6UW21, TRPD_META3 ; Q8TLP5, TRPD_METAC ; -DR A7I4T7, TRPD_METB6 ; Q465F3, TRPD_METBF ; Q12TL1, TRPD_METBU ; -DR B7KUV9, TRPD_METC4 ; Q604F8, TRPD_METCA ; A9W900, TRPD_METEP ; -DR Q1GYF5, TRPD_METFK ; Q2FKX5, TRPD_METHJ ; Q57686, TRPD_METJA ; -DR Q8TXJ5, TRPD_METKA ; A2STA7, TRPD_METLZ ; A4FXH2, TRPD_METM5 ; -DR A9AAU1, TRPD_METM6 ; A6VFU3, TRPD_METM7 ; Q8PT97, TRPD_METMA ; -DR A3CRK8, TRPD_METMJ ; Q6LYI4, TRPD_METMP ; B8IP99, TRPD_METNO ; -DR B1Z9R9, TRPD_METPB ; B8GJ30, TRPD_METPE ; A2SLH5, TRPD_METPP ; -DR B1M5Q2, TRPD_METRJ ; A5UMC1, TRPD_METS3 ; B0U7Z5, TRPD_METS4 ; -DR A4YHE2, TRPD_METS5 ; B8EJS2, TRPD_METSB ; Q2NFE4, TRPD_METST ; -DR O27698, TRPD_METTH ; P26925, TRPD_METTM ; A6UP19, TRPD_METVS ; -DR Q2RIT6, TRPD_MOOTA ; P66993, TRPD_MYCBO ; A1KKN4, TRPD_MYCBP ; -DR C1AQA7, TRPD_MYCBT ; A4TBH5, TRPD_MYCGI ; B8ZQM2, TRPD_MYCLB ; -DR O69581, TRPD_MYCLE ; B2HGW0, TRPD_MYCMM ; Q73YM4, TRPD_MYCPA ; -DR A0R048, TRPD_MYCS2 ; A3Q1Q2, TRPD_MYCSJ ; A1UI88, TRPD_MYCSK ; -DR Q1B6T7, TRPD_MYCSS ; A5U4M0, TRPD_MYCTA ; P9WFX4, TRPD_MYCTO ; -DR P9WFX5, TRPD_MYCTU ; A0PTM6, TRPD_MYCUA ; A1TB00, TRPD_MYCVP ; -DR Q1CZH6, TRPD_MYXXD ; Q3IQ38, TRPD_NATPD ; Q5F7H5, TRPD_NEIG1 ; -DR A9M4G6, TRPD_NEIM0 ; P66994, TRPD_NEIMA ; P66995, TRPD_NEIMB ; -DR A1KTN4, TRPD_NEIMF ; Q0AJP9, TRPD_NITEC ; Q82Y74, TRPD_NITEU ; -DR Q1QMJ8, TRPD_NITHX ; A9A298, TRPD_NITMS ; Q2Y5W9, TRPD_NITMU ; -DR Q3J897, TRPD_NITOC ; Q3SRJ4, TRPD_NITWN ; Q5YZ21, TRPD_NOCFA ; -DR A1SLE8, TRPD_NOCSJ ; Q2G6R1, TRPD_NOVAD ; Q8ESU1, TRPD_OCEIH ; -DR Q30VM1, TRPD_OLEA2 ; A1R6T5, TRPD_PAEAT ; A1TJQ1, TRPD_PARC0 ; -DR A1B3Y5, TRPD_PARDP ; A7HXZ5, TRPD_PARL1 ; Q7TTV4, TRPD_PARMW ; +DR A4J146, TRPD_DESRM ; B5YD05, TRPD_DICT6 ; B8DZP4, TRPD_DICTD ; +DR A8LMJ6, TRPD_DINSH ; B1GZB9, TRPD_ENDTX ; B2VKT4, TRPD_ERWT9 ; +DR Q2NA97, TRPD_ERYLH ; B1YLS1, TRPD_EXIS2 ; A5FA70, TRPD_FLAJ1 ; +DR A6GWZ4, TRPD_FLAPJ ; Q0RFI3, TRPD_FRAAA ; B0TWF2, TRPD_FRAP2 ; +DR A7NF00, TRPD_FRATF ; B2SEF6, TRPD_FRATM ; A0Q8R1, TRPD_FRATN ; +DR Q0BJW6, TRPD_FRATO ; A4J0E5, TRPD_FRATW ; B9M5M2, TRPD_GEODF ; +DR Q5KXU8, TRPD_GEOKA ; Q39SQ6, TRPD_GEOMG ; Q9X6J5, TRPD_GEOSE ; +DR Q74AH4, TRPD_GEOSL ; C6DYM5, TRPD_GEOSM ; C5D3D7, TRPD_GEOSW ; +DR A4IQ85, TRPD_GEOTN ; A5GES2, TRPD_GEOUR ; B8F815, TRPD_GLAP5 ; +DR Q7NGU2, TRPD_GLOVI ; Q5FNM7, TRPD_GLUOX ; Q0BTY4, TRPD_GRABC ; +DR Q4QKA1, TRPD_HAEI8 ; A5UBZ6, TRPD_HAEIE ; A5UEN6, TRPD_HAEIG ; +DR P43858, TRPD_HAEIN ; Q2S999, TRPD_HAHCH ; Q9KCB3, TRPD_HALH5 ; +DR A1WYT2, TRPD_HALHL ; B9LQ96, TRPD_HALLT ; Q5V211, TRPD_HALMA ; +DR B0R622, TRPD_HALS3 ; Q9HPG3, TRPD_HALSA ; P52562, TRPD_HALVD ; +DR Q18FI8, TRPD_HALWD ; Q17ZP2, TRPD_HELAH ; B6JNC0, TRPD_HELP2 ; +DR B5Z8S5, TRPD_HELPG ; Q1CRX3, TRPD_HELPH ; Q9ZJU7, TRPD_HELPJ ; +DR B2UV44, TRPD_HELPS ; P56737, TRPD_HELPY ; A9B148, TRPD_HERA2 ; +DR A4G1P5, TRPD_HERAR ; B0UU36, TRPD_HISS2 ; Q31J09, TRPD_HYDCU ; +DR Q0C1A1, TRPD_HYPNA ; Q5QX82, TRPD_IDILO ; A8ACG6, TRPD_IGNH4 ; +DR A6SUH6, TRPD_JANMA ; Q28R66, TRPD_JANSC ; Q1IJR5, TRPD_KORVE ; +DR P17170, TRPD_LACCA ; B3W6W9, TRPD_LACCB ; C4Z111, TRPD_LACE2 ; +DR Q02000, TRPD_LACLA ; A2RK17, TRPD_LACLM ; Q02YA8, TRPD_LACLS ; +DR Q03CY0, TRPD_LACP3 ; A9KL44, TRPD_LACP7 ; Q88WI3, TRPD_LACPL ; +DR C1D7P3, TRPD_LARHH ; Q5X6R9, TRPD_LEGPA ; A5IG81, TRPD_LEGPC ; +DR Q5ZX98, TRPD_LEGPH ; Q5WY74, TRPD_LEGPL ; Q6AFI7, TRPD_LEIXX ; +DR Q04R23, TRPD_LEPBJ ; Q04ZD2, TRPD_LEPBL ; B1Y7I3, TRPD_LEPCP ; +DR Q72PD0, TRPD_LEPIC ; Q8F708, TRPD_LEPIN ; Q03WZ9, TRPD_LEUMM ; +DR Q92B78, TRPD_LISIN ; C1KVS8, TRPD_LISMC ; Q71Z37, TRPD_LISMF ; +DR B8DHB1, TRPD_LISMH ; Q8Y6Q3, TRPD_LISMO ; A0AJ83, TRPD_LISW6 ; +DR Q65TF2, TRPD_MANSM ; Q0APU5, TRPD_MARMM ; A6VU64, TRPD_MARMS ; +DR A1U6H0, TRPD_MARN8 ; C6C1D5, TRPD_MARSD ; A6UW21, TRPD_META3 ; +DR Q8TLP5, TRPD_METAC ; A7I4T7, TRPD_METB6 ; Q465F3, TRPD_METBF ; +DR Q12TL1, TRPD_METBU ; B7KUV9, TRPD_METC4 ; Q604F8, TRPD_METCA ; +DR A9W900, TRPD_METEP ; Q1GYF5, TRPD_METFK ; Q2FKX5, TRPD_METHJ ; +DR Q57686, TRPD_METJA ; Q8TXJ5, TRPD_METKA ; A2STA7, TRPD_METLZ ; +DR A4FXH2, TRPD_METM5 ; A9AAU1, TRPD_METM6 ; A6VFU3, TRPD_METM7 ; +DR Q8PT97, TRPD_METMA ; A3CRK8, TRPD_METMJ ; Q6LYI4, TRPD_METMP ; +DR B8IP99, TRPD_METNO ; B1Z9R9, TRPD_METPB ; B8GJ30, TRPD_METPE ; +DR A2SLH5, TRPD_METPP ; B1M5Q2, TRPD_METRJ ; A5UMC1, TRPD_METS3 ; +DR B0U7Z5, TRPD_METS4 ; A4YHE2, TRPD_METS5 ; B8EJS2, TRPD_METSB ; +DR Q2NFE4, TRPD_METST ; O27698, TRPD_METTH ; P26925, TRPD_METTM ; +DR A6UP19, TRPD_METVS ; Q2RIT6, TRPD_MOOTA ; P66993, TRPD_MYCBO ; +DR A1KKN4, TRPD_MYCBP ; C1AQA7, TRPD_MYCBT ; A4TBH5, TRPD_MYCGI ; +DR B8ZQM2, TRPD_MYCLB ; O69581, TRPD_MYCLE ; B2HGW0, TRPD_MYCMM ; +DR Q73YM4, TRPD_MYCPA ; A0R048, TRPD_MYCS2 ; A3Q1Q2, TRPD_MYCSJ ; +DR A1UI88, TRPD_MYCSK ; Q1B6T7, TRPD_MYCSS ; A5U4M0, TRPD_MYCTA ; +DR P9WFX4, TRPD_MYCTO ; P9WFX5, TRPD_MYCTU ; A0PTM6, TRPD_MYCUA ; +DR A1TB00, TRPD_MYCVP ; Q1CZH6, TRPD_MYXXD ; Q3IQ38, TRPD_NATPD ; +DR Q5F7H5, TRPD_NEIG1 ; A9M4G6, TRPD_NEIM0 ; P66994, TRPD_NEIMA ; +DR P66995, TRPD_NEIMB ; A1KTN4, TRPD_NEIMF ; Q0AJP9, TRPD_NITEC ; +DR Q82Y74, TRPD_NITEU ; Q1QMJ8, TRPD_NITHX ; A9A298, TRPD_NITMS ; +DR Q2Y5W9, TRPD_NITMU ; Q3J897, TRPD_NITOC ; B8DM45, TRPD_NITV9 ; +DR Q3SRJ4, TRPD_NITWN ; Q5YZ21, TRPD_NOCFA ; A1SLE8, TRPD_NOCSJ ; +DR Q2G6R1, TRPD_NOVAD ; Q8ESU1, TRPD_OCEIH ; Q30VM1, TRPD_OLEA2 ; +DR A1R6T5, TRPD_PAEAT ; A1TJQ1, TRPD_PARC0 ; A1B3Y5, TRPD_PARDP ; +DR A7HXZ5, TRPD_PARL1 ; Q2W3A9, TRPD_PARM1 ; Q7TTV4, TRPD_PARMW ; DR B2JHI7, TRPD_PARP8 ; Q13TW5, TRPD_PARXL ; P57856, TRPD_PASMU ; DR Q6D4U2, TRPD_PECAS ; P12320, TRPD_PECCA ; C6DGZ7, TRPD_PECCP ; DR B4SE13, TRPD_PELPB ; A1ALX3, TRPD_PELPD ; A5D1S5, TRPD_PELTS ; @@ -62035,8 +62247,8 @@ DR Q112P2, TRPD_TRIEI ; B3E5V8, TRPD_TRIL1 ; Q3M4T0, TRPD_TRIV2 ; DR A1WH74, TRPD_VEREI ; A5CXR3, TRPD_VESOH ; A7MRZ7, TRPD_VIBC1 ; DR A5F210, TRPD_VIBC3 ; Q9KST4, TRPD_VIBCH ; P22096, TRPD_VIBPA ; DR Q8D8B4, TRPD_VIBVU ; Q7MM54, TRPD_VIBVY ; Q8PQ48, TRPD_XANAC ; -DR Q3BYB6, TRPD_XANC5 ; Q4UZF9, TRPD_XANC8 ; B0RMZ8, TRPD_XANCB ; -DR Q8PD71, TRPD_XANCP ; Q2NYD6, TRPD_XANOM ; B2SL02, TRPD_XANOP ; +DR Q4UZF9, TRPD_XANC8 ; B0RMZ8, TRPD_XANCB ; Q8PD71, TRPD_XANCP ; +DR Q3BYB6, TRPD_XANE5 ; Q2NYD6, TRPD_XANOM ; B2SL02, TRPD_XANOP ; DR A7INK3, TRPD_XANP2 ; B2I6S4, TRPD_XYLF2 ; Q9PGT6, TRPD_XYLFA ; DR B0U1N9, TRPD_XYLFM ; Q87EX3, TRPD_XYLFT ; P07285, TRPD_YEAST ; DR A7FI31, TRPD_YERP3 ; Q1C7P0, TRPD_YERPA ; B2K3W4, TRPD_YERPB ; @@ -62069,7 +62281,7 @@ ID 2.4.2.20 DE dioxotetrahydropyrimidine phosphoribosyltransferase. AN dioxotetrahydropyrimidine-ribonucleotide diphosphorylase. AN dioxotetrahydropyrimidine-ribonucleotide pyrophosphorylase. -CA 5,6-dihydrouridine 5'-monophosphate + diphosphate = 5,6-dihydrouracil + +CA 5,6-dihydrouridine 5'-phosphate + diphosphate = 5,6-dihydrouracil + CA 5-phospho-alpha-D-ribose 1-diphosphate. CC -!- Acts, in the reverse direction, on uracil and other pyrimidines and CC pteridines containing a 2,4-diketo structure. @@ -62104,24 +62316,24 @@ DR Q891S7, COBT_CLOTE ; Q8FNQ2, COBT_COREF ; A4QFR5, COBT_CORGB ; DR Q8NNJ8, COBT_CORGL ; Q0K7H7, COBT_CUPNH ; B3R647, COBT_CUPTR ; DR Q47JS4, COBT_DECAR ; A5FRG9, COBT_DEHMB ; Q3ZX54, COBT_DEHMC ; DR Q9RYR8, COBT_DEIRA ; B1I4H2, COBT_DESAP ; Q6ALU4, COBT_DESPS ; -DR A4J829, COBT_DESRM ; Q725Z4, COBT_DESVH ; A1V9L9, COBT_DESVV ; -DR A7ZNF5, COBT_ECO24 ; B7UT20, COBT_ECO27 ; B7MDB7, COBT_ECO45 ; -DR B7L916, COBT_ECO55 ; Q8X8V0, COBT_ECO57 ; B5YSS0, COBT_ECO5E ; -DR B7NR83, COBT_ECO7I ; B7MWP8, COBT_ECO81 ; B7M3C7, COBT_ECO8A ; -DR C4ZQQ4, COBT_ECOBW ; B1X6S9, COBT_ECODH ; A8A1K5, COBT_ECOHS ; -DR A1ACI8, COBT_ECOK1 ; Q0TGE1, COBT_ECOL5 ; Q8FGA5, COBT_ECOL6 ; -DR B1IZQ9, COBT_ECOLC ; P36562, COBT_ECOLI ; B7NC25, COBT_ECOLU ; -DR B6I828, COBT_ECOSE ; B1LPV7, COBT_ECOSM ; Q1RAB7, COBT_ECOUT ; -DR Q8RF14, COBT_FUSNN ; B9LZU2, COBT_GEODF ; Q39YG4, COBT_GEOMG ; -DR Q748J3, COBT_GEOSL ; C6E7Q4, COBT_GEOSM ; A5G962, COBT_GEOUR ; -DR Q9KG31, COBT_HALH5 ; A9B732, COBT_HERA2 ; A6SWY0, COBT_JANMA ; -DR Q28M40, COBT_JANSC ; Q04PD9, COBT_LEPBJ ; Q055Y6, COBT_LEPBL ; -DR Q72M35, COBT_LEPIC ; Q8EYK9, COBT_LEPIN ; Q9X7F4, COBT_METC4 ; -DR B8ERB9, COBT_METSB ; A0QEZ9, COBT_MYCA1 ; P63842, COBT_MYCBO ; -DR A1KKP9, COBT_MYCBP ; C1AQC2, COBT_MYCBT ; B8ZQK8, COBT_MYCLB ; -DR O32953, COBT_MYCLE ; B2HGX6, COBT_MYCMM ; Q73YK7, COBT_MYCPA ; -DR A5U4N5, COBT_MYCTA ; P9WP84, COBT_MYCTO ; P9WP85, COBT_MYCTU ; -DR A0PTP2, COBT_MYCUA ; Q2GBJ7, COBT_NOVAD ; Q30US7, COBT_OLEA2 ; +DR A4J829, COBT_DESRM ; A7ZNF5, COBT_ECO24 ; B7UT20, COBT_ECO27 ; +DR B7MDB7, COBT_ECO45 ; B7L916, COBT_ECO55 ; Q8X8V0, COBT_ECO57 ; +DR B5YSS0, COBT_ECO5E ; B7NR83, COBT_ECO7I ; B7MWP8, COBT_ECO81 ; +DR B7M3C7, COBT_ECO8A ; C4ZQQ4, COBT_ECOBW ; B1X6S9, COBT_ECODH ; +DR A8A1K5, COBT_ECOHS ; A1ACI8, COBT_ECOK1 ; Q0TGE1, COBT_ECOL5 ; +DR Q8FGA5, COBT_ECOL6 ; B1IZQ9, COBT_ECOLC ; P36562, COBT_ECOLI ; +DR B7NC25, COBT_ECOLU ; B6I828, COBT_ECOSE ; B1LPV7, COBT_ECOSM ; +DR Q1RAB7, COBT_ECOUT ; Q8RF14, COBT_FUSNN ; B9LZU2, COBT_GEODF ; +DR Q39YG4, COBT_GEOMG ; Q748J3, COBT_GEOSL ; C6E7Q4, COBT_GEOSM ; +DR A5G962, COBT_GEOUR ; Q9KG31, COBT_HALH5 ; A9B732, COBT_HERA2 ; +DR A6SWY0, COBT_JANMA ; Q28M40, COBT_JANSC ; Q04PD9, COBT_LEPBJ ; +DR Q055Y6, COBT_LEPBL ; Q72M35, COBT_LEPIC ; Q8EYK9, COBT_LEPIN ; +DR Q9X7F4, COBT_METC4 ; B8ERB9, COBT_METSB ; A0QEZ9, COBT_MYCA1 ; +DR P63842, COBT_MYCBO ; A1KKP9, COBT_MYCBP ; C1AQC2, COBT_MYCBT ; +DR B8ZQK8, COBT_MYCLB ; O32953, COBT_MYCLE ; B2HGX6, COBT_MYCMM ; +DR Q73YK7, COBT_MYCPA ; A5U4N5, COBT_MYCTA ; P9WP84, COBT_MYCTO ; +DR P9WP85, COBT_MYCTU ; A0PTP2, COBT_MYCUA ; Q725Z4, COBT_NITV2 ; +DR A1V9L9, COBT_NITV4 ; Q2GBJ7, COBT_NOVAD ; Q30US7, COBT_OLEA2 ; DR A6LIW6, COBT_PARD8 ; B4SH92, COBT_PELPB ; Q7N2U4, COBT_PHOLL ; DR Q6LSY3, COBT_PHOPR ; A6L518, COBT_PHOV8 ; B2RIR0, COBT_PORG3 ; DR Q7MWC6, COBT_PORGI ; B4S893, COBT_PROA2 ; Q48FJ9, COBT_PSE14 ; @@ -62152,8 +62364,8 @@ DR C4XMZ1, COBT_SOLM1 ; Q82AM7, COBT_STRAW ; Q9S2R1, COBT_STRCO ; DR Q3A798, COBT_SYNC1 ; A0LF21, COBT_SYNFM ; Q7SIC7, COBT_THET8 ; DR C5CKN8, COBT_VARPS ; B7VPD7, COBT_VIBA3 ; A7MVW6, COBT_VIBC1 ; DR Q9KSL9, COBT_VIBCH ; Q87Q46, COBT_VIBPA ; Q8D921, COBT_VIBVU ; -DR Q7MLF3, COBT_VIBVY ; Q8PHR3, COBT_XANAC ; Q3BQB7, COBT_XANC5 ; -DR Q4UXQ4, COBT_XANC8 ; B0RPU9, COBT_XANCB ; Q8P6B1, COBT_XANCP ; +DR Q7MLF3, COBT_VIBVY ; Q8PHR3, COBT_XANAC ; Q4UXQ4, COBT_XANC8 ; +DR B0RPU9, COBT_XANCB ; Q8P6B1, COBT_XANCP ; Q3BQB7, COBT_XANE5 ; DR Q2P631, COBT_XANOM ; B2SJ67, COBT_XANOP ; A1JTP8, COBT_YERE8 ; DR P29935, COBU_SINSX ; // @@ -62176,19 +62388,19 @@ DR B0CGJ6, XGPT_BRUSI ; Q8G0P3, XGPT_BRUSU ; P57339, XGPT_BUCAI ; DR Q8K9R8, XGPT_BUCAP ; Q89AN2, XGPT_BUCBP ; A3PIG2, XGPT_CERS1 ; DR Q3J3Y6, XGPT_CERS4 ; A4WRD6, XGPT_CERS5 ; Q11IP4, XGPT_CHESB ; DR Q1QVR0, XGPT_CHRSD ; A8AKQ0, XGPT_CITK8 ; A7MEN2, XGPT_CROS8 ; -DR Q6AQG4, XGPT_DESPS ; Q72D63, XGPT_DESVH ; A1VES8, XGPT_DESVV ; -DR A7ZHZ7, XGPT_ECO24 ; B7UJC6, XGPT_ECO27 ; B7MC88, XGPT_ECO45 ; -DR B7L3Z0, XGPT_ECO55 ; P0A9M6, XGPT_ECO57 ; B5Z1I2, XGPT_ECO5E ; -DR B7NK87, XGPT_ECO7I ; B7MQ74, XGPT_ECO81 ; B7M267, XGPT_ECO8A ; -DR C4ZT95, XGPT_ECOBW ; B1XDY1, XGPT_ECODH ; A7ZWK1, XGPT_ECOHS ; -DR A1A7U9, XGPT_ECOK1 ; Q0TL78, XGPT_ECOL5 ; Q8FKM7, XGPT_ECOL6 ; -DR B1J0Z6, XGPT_ECOLC ; P0A9M5, XGPT_ECOLI ; B7N8G9, XGPT_ECOLU ; -DR B6I018, XGPT_ECOSE ; B1LHT4, XGPT_ECOSM ; Q1RFT3, XGPT_ECOUT ; -DR C5B9M4, XGPT_EDWI9 ; A4W6X0, XGPT_ENT38 ; B2VHN3, XGPT_ERWT9 ; -DR B7LNG2, XGPT_ESCF3 ; Q5FUI1, XGPT_GLUOX ; Q7VKP2, XGPT_HAEDU ; -DR P43859, XGPT_HAEIN ; Q0I1C0, XGPT_HISS1 ; B0UWV5, XGPT_HISS2 ; -DR Q5QW45, XGPT_IDILO ; Q28PG8, XGPT_JANSC ; B5Y1E0, XGPT_KLEP3 ; -DR A6T532, XGPT_KLEP7 ; Q65QN6, XGPT_MANSM ; Q1QK75, XGPT_NITHX ; +DR Q6AQG4, XGPT_DESPS ; A7ZHZ7, XGPT_ECO24 ; B7UJC6, XGPT_ECO27 ; +DR B7MC88, XGPT_ECO45 ; B7L3Z0, XGPT_ECO55 ; P0A9M6, XGPT_ECO57 ; +DR B5Z1I2, XGPT_ECO5E ; B7NK87, XGPT_ECO7I ; B7MQ74, XGPT_ECO81 ; +DR B7M267, XGPT_ECO8A ; C4ZT95, XGPT_ECOBW ; B1XDY1, XGPT_ECODH ; +DR A7ZWK1, XGPT_ECOHS ; A1A7U9, XGPT_ECOK1 ; Q0TL78, XGPT_ECOL5 ; +DR Q8FKM7, XGPT_ECOL6 ; B1J0Z6, XGPT_ECOLC ; P0A9M5, XGPT_ECOLI ; +DR B7N8G9, XGPT_ECOLU ; B6I018, XGPT_ECOSE ; B1LHT4, XGPT_ECOSM ; +DR Q1RFT3, XGPT_ECOUT ; C5B9M4, XGPT_EDWI9 ; A4W6X0, XGPT_ENT38 ; +DR B2VHN3, XGPT_ERWT9 ; B7LNG2, XGPT_ESCF3 ; Q5FUI1, XGPT_GLUOX ; +DR Q7VKP2, XGPT_HAEDU ; P43859, XGPT_HAEIN ; Q0I1C0, XGPT_HISS1 ; +DR B0UWV5, XGPT_HISS2 ; Q5QW45, XGPT_IDILO ; Q28PG8, XGPT_JANSC ; +DR B5Y1E0, XGPT_KLEP3 ; A6T532, XGPT_KLEP7 ; Q65QN6, XGPT_MANSM ; +DR Q1QK75, XGPT_NITHX ; Q72D63, XGPT_NITV2 ; A1VES8, XGPT_NITV4 ; DR Q3SQJ9, XGPT_NITWN ; Q311U1, XGPT_OLEA2 ; Q9CL73, XGPT_PASMU ; DR Q6D1I0, XGPT_PECAS ; C6DCY0, XGPT_PECCP ; Q7N7B4, XGPT_PHOLL ; DR Q6LTX6, XGPT_PHOPR ; B4EUU7, XGPT_PROMH ; Q2K9D7, XGPT_RHIEC ; @@ -62416,46 +62628,46 @@ DR Q46XG4, TGT_CUPPJ ; B3R6J4, TGT_CUPTR ; B8HX02, TGT_CYAP4 ; DR Q47AX3, TGT_DECAR ; Q3ZAE2, TGT_DEHM1 ; A5FSU3, TGT_DEHMB ; DR Q3ZWC1, TGT_DEHMC ; Q9RRB5, TGT_DEIRA ; A9BRD7, TGT_DELAS ; DR C0QKY2, TGT_DESAH ; B1I4K8, TGT_DESAP ; B8FQV2, TGT_DESHD ; -DR A8ZRX7, TGT_DESOH ; A4J541, TGT_DESRM ; Q72E53, TGT_DESVH ; -DR A1VFP3, TGT_DESVV ; A5EW66, TGT_DICNV ; B5YFK5, TGT_DICT6 ; -DR B8E2N5, TGT_DICTD ; A8LRQ1, TGT_DINSH ; A7ZIF8, TGT_ECO24 ; -DR B7UJM9, TGT_ECO27 ; B7MD64, TGT_ECO45 ; B7L639, TGT_ECO55 ; -DR P0A849, TGT_ECO57 ; B5Z2W2, TGT_ECO5E ; B7NJ96, TGT_ECO7I ; -DR B7MPG7, TGT_ECO81 ; B7M3P5, TGT_ECO8A ; C4ZTG3, TGT_ECOBW ; -DR B1XEZ4, TGT_ECODH ; A7ZX57, TGT_ECOHS ; A1A876, TGT_ECOK1 ; -DR Q0TKN5, TGT_ECOL5 ; P0A848, TGT_ECOL6 ; B1J043, TGT_ECOLC ; -DR P0A847, TGT_ECOLI ; B7N8V8, TGT_ECOLU ; B6HZK6, TGT_ECOSE ; -DR B1LJF4, TGT_ECOSM ; Q1RFD5, TGT_ECOUT ; C5BCF7, TGT_EDWI9 ; -DR A4W779, TGT_ENT38 ; Q837E7, TGT_ENTFA ; B2VHQ1, TGT_ERWT9 ; -DR B7LMI1, TGT_ESCF3 ; B0TYY3, TGT_FRAP2 ; Q14HA0, TGT_FRAT1 ; -DR A7NBL6, TGT_FRATF ; Q2A3Y7, TGT_FRATH ; B2SHD4, TGT_FRATM ; -DR A0Q6X1, TGT_FRATN ; Q0BMC7, TGT_FRATO ; Q5NFU8, TGT_FRATT ; -DR A4IYF8, TGT_FRATW ; Q8RDN0, TGT_FUSNN ; Q5KWR4, TGT_GEOKA ; -DR A4IRA9, TGT_GEOTN ; B8F3W0, TGT_GLAP5 ; Q7NMG4, TGT_GLOVI ; -DR A9HBJ2, TGT_GLUDA ; Q0BVG4, TGT_GRABC ; Q7VLQ4, TGT_HAEDU ; -DR Q4QNU3, TGT_HAEI8 ; A5UAP3, TGT_HAEIE ; A5UG47, TGT_HAEIG ; -DR P44594, TGT_HAEIN ; Q9KDI5, TGT_HALH5 ; B8CXG0, TGT_HALOH ; -DR C4K8M3, TGT_HAMD5 ; Q17YB5, TGT_HELAH ; Q7VHX2, TGT_HELHP ; -DR B6JKL0, TGT_HELP2 ; B5ZA47, TGT_HELPG ; Q1CUM2, TGT_HELPH ; -DR Q9ZMF4, TGT_HELPJ ; B2USB2, TGT_HELPS ; O08314, TGT_HELPY ; -DR A9AW42, TGT_HERA2 ; A4G1Z3, TGT_HERAR ; Q0I4R8, TGT_HISS1 ; -DR Q31FZ5, TGT_HYDCU ; Q5QVL2, TGT_IDILO ; A6SUU4, TGT_JANMA ; -DR Q28PC5, TGT_JANSC ; B5Y0Y6, TGT_KLEP3 ; A6T5D8, TGT_KLEP7 ; -DR Q1IVF1, TGT_KORVE ; C4Z563, TGT_LACE2 ; Q9CJ54, TGT_LACLA ; -DR A2RHN5, TGT_LACLM ; Q032U4, TGT_LACLS ; A9KHU4, TGT_LACP7 ; -DR Q88V05, TGT_LACPL ; C1DDA7, TGT_LARHH ; Q38YP9, TGT_LATSS ; -DR Q1MPU5, TGT_LAWIP ; B0SCA8, TGT_LEPBA ; Q04UC6, TGT_LEPBJ ; -DR Q04Z48, TGT_LEPBL ; B0SKS9, TGT_LEPBP ; B1XWG6, TGT_LEPCP ; -DR Q72TL3, TGT_LEPIC ; Q8CXS3, TGT_LEPIN ; Q92BI4, TGT_LISIN ; -DR C1KVH7, TGT_LISMC ; Q71ZE0, TGT_LISMF ; B8DHL8, TGT_LISMH ; -DR Q8Y700, TGT_LISMO ; A0AIX9, TGT_LISW6 ; B1HVA1, TGT_LYSSC ; -DR B9E716, TGT_MACCJ ; Q65S94, TGT_MANSM ; A1TZN7, TGT_MARN8 ; -DR Q1H403, TGT_METFK ; B3DYE4, TGT_METI4 ; A2SM97, TGT_METPP ; -DR Q2RHU3, TGT_MOOTA ; B2A5K8, TGT_NATTJ ; B9L8E1, TGT_NAUPA ; -DR Q5F9U5, TGT_NEIG1 ; B4RJY2, TGT_NEIG2 ; A9M374, TGT_NEIM0 ; -DR Q9JVA4, TGT_NEIMA ; Q9K096, TGT_NEIMB ; A1KSY1, TGT_NEIMF ; -DR Q0AG55, TGT_NITEC ; Q82VF0, TGT_NITEU ; Q2Y6A3, TGT_NITMU ; -DR A6Q3Y5, TGT_NITSB ; Q8YVT9, TGT_NOSS1 ; Q2G639, TGT_NOVAD ; +DR A8ZRX7, TGT_DESOH ; A4J541, TGT_DESRM ; A5EW66, TGT_DICNV ; +DR B5YFK5, TGT_DICT6 ; B8E2N5, TGT_DICTD ; A8LRQ1, TGT_DINSH ; +DR A7ZIF8, TGT_ECO24 ; B7UJM9, TGT_ECO27 ; B7MD64, TGT_ECO45 ; +DR B7L639, TGT_ECO55 ; P0A849, TGT_ECO57 ; B5Z2W2, TGT_ECO5E ; +DR B7NJ96, TGT_ECO7I ; B7MPG7, TGT_ECO81 ; B7M3P5, TGT_ECO8A ; +DR C4ZTG3, TGT_ECOBW ; B1XEZ4, TGT_ECODH ; A7ZX57, TGT_ECOHS ; +DR A1A876, TGT_ECOK1 ; Q0TKN5, TGT_ECOL5 ; P0A848, TGT_ECOL6 ; +DR B1J043, TGT_ECOLC ; P0A847, TGT_ECOLI ; B7N8V8, TGT_ECOLU ; +DR B6HZK6, TGT_ECOSE ; B1LJF4, TGT_ECOSM ; Q1RFD5, TGT_ECOUT ; +DR C5BCF7, TGT_EDWI9 ; A4W779, TGT_ENT38 ; Q837E7, TGT_ENTFA ; +DR B2VHQ1, TGT_ERWT9 ; B7LMI1, TGT_ESCF3 ; B0TYY3, TGT_FRAP2 ; +DR Q14HA0, TGT_FRAT1 ; A7NBL6, TGT_FRATF ; Q2A3Y7, TGT_FRATH ; +DR B2SHD4, TGT_FRATM ; A0Q6X1, TGT_FRATN ; Q0BMC7, TGT_FRATO ; +DR Q5NFU8, TGT_FRATT ; A4IYF8, TGT_FRATW ; Q8RDN0, TGT_FUSNN ; +DR Q5KWR4, TGT_GEOKA ; A4IRA9, TGT_GEOTN ; B8F3W0, TGT_GLAP5 ; +DR Q7NMG4, TGT_GLOVI ; A9HBJ2, TGT_GLUDA ; Q0BVG4, TGT_GRABC ; +DR Q7VLQ4, TGT_HAEDU ; Q4QNU3, TGT_HAEI8 ; A5UAP3, TGT_HAEIE ; +DR A5UG47, TGT_HAEIG ; P44594, TGT_HAEIN ; Q9KDI5, TGT_HALH5 ; +DR B8CXG0, TGT_HALOH ; C4K8M3, TGT_HAMD5 ; Q17YB5, TGT_HELAH ; +DR Q7VHX2, TGT_HELHP ; B6JKL0, TGT_HELP2 ; B5ZA47, TGT_HELPG ; +DR Q1CUM2, TGT_HELPH ; Q9ZMF4, TGT_HELPJ ; B2USB2, TGT_HELPS ; +DR O08314, TGT_HELPY ; A9AW42, TGT_HERA2 ; A4G1Z3, TGT_HERAR ; +DR Q0I4R8, TGT_HISS1 ; Q31FZ5, TGT_HYDCU ; Q5QVL2, TGT_IDILO ; +DR A6SUU4, TGT_JANMA ; Q28PC5, TGT_JANSC ; B5Y0Y6, TGT_KLEP3 ; +DR A6T5D8, TGT_KLEP7 ; Q1IVF1, TGT_KORVE ; C4Z563, TGT_LACE2 ; +DR Q9CJ54, TGT_LACLA ; A2RHN5, TGT_LACLM ; Q032U4, TGT_LACLS ; +DR A9KHU4, TGT_LACP7 ; Q88V05, TGT_LACPL ; C1DDA7, TGT_LARHH ; +DR Q38YP9, TGT_LATSS ; Q1MPU5, TGT_LAWIP ; B0SCA8, TGT_LEPBA ; +DR Q04UC6, TGT_LEPBJ ; Q04Z48, TGT_LEPBL ; B0SKS9, TGT_LEPBP ; +DR B1XWG6, TGT_LEPCP ; Q72TL3, TGT_LEPIC ; Q8CXS3, TGT_LEPIN ; +DR Q92BI4, TGT_LISIN ; C1KVH7, TGT_LISMC ; Q71ZE0, TGT_LISMF ; +DR B8DHL8, TGT_LISMH ; Q8Y700, TGT_LISMO ; A0AIX9, TGT_LISW6 ; +DR B1HVA1, TGT_LYSSC ; B9E716, TGT_MACCJ ; Q65S94, TGT_MANSM ; +DR A1TZN7, TGT_MARN8 ; Q1H403, TGT_METFK ; B3DYE4, TGT_METI4 ; +DR A2SM97, TGT_METPP ; Q2RHU3, TGT_MOOTA ; B2A5K8, TGT_NATTJ ; +DR B9L8E1, TGT_NAUPA ; Q5F9U5, TGT_NEIG1 ; B4RJY2, TGT_NEIG2 ; +DR A9M374, TGT_NEIM0 ; Q9JVA4, TGT_NEIMA ; Q9K096, TGT_NEIMB ; +DR A1KSY1, TGT_NEIMF ; Q0AG55, TGT_NITEC ; Q82VF0, TGT_NITEU ; +DR Q2Y6A3, TGT_NITMU ; A6Q3Y5, TGT_NITSB ; Q72E53, TGT_NITV2 ; +DR A1VFP3, TGT_NITV4 ; Q8YVT9, TGT_NOSS1 ; Q2G639, TGT_NOVAD ; DR Q8CXC4, TGT_OCEIH ; Q30XF7, TGT_OLEA2 ; A1TVN0, TGT_PARC0 ; DR Q7TTX7, TGT_PARMW ; Q6MD31, TGT_PARUW ; P57831, TGT_PASMU ; DR Q6D855, TGT_PECAS ; C6DB26, TGT_PECCP ; Q03ER2, TGT_PEDPA ; @@ -62522,8 +62734,8 @@ DR Q73QK5, TGT_TREDE ; A1WFH2, TGT_VEREI ; A5CW46, TGT_VESOH ; DR B7VJR8, TGT_VIBA3 ; A7MT83, TGT_VIBC1 ; A5F3H2, TGT_VIBC3 ; DR Q9KTY9, TGT_VIBCH ; C3LSZ4, TGT_VIBCM ; Q87S36, TGT_VIBPA ; DR Q8DEY0, TGT_VIBVU ; Q7MNH1, TGT_VIBVY ; Q7M8N8, TGT_WOLSU ; -DR Q8PJL7, TGT_XANAC ; Q3BS37, TGT_XANC5 ; Q4UVX2, TGT_XANC8 ; -DR B0RRR1, TGT_XANCB ; Q8P868, TGT_XANCP ; Q2P2X0, TGT_XANOM ; +DR Q8PJL7, TGT_XANAC ; Q4UVX2, TGT_XANC8 ; B0RRR1, TGT_XANCB ; +DR Q8P868, TGT_XANCP ; Q3BS37, TGT_XANE5 ; Q2P2X0, TGT_XANOM ; DR B2SIN8, TGT_XANOP ; Q5GZY3, TGT_XANOR ; B2I6T4, TGT_XYLF2 ; DR Q9PGS5, TGT_XYLFA ; B0U1P6, TGT_XYLFM ; Q87EW6, TGT_XYLFT ; DR A1JNT0, TGT_YERE8 ; A7FLF5, TGT_YERP3 ; Q1C4H4, TGT_YERPA ; @@ -62592,13 +62804,14 @@ DR A3UNN4, VIS_VIBS1 ; // ID 2.4.2.32 DE dolichyl-phosphate D-xylosyltransferase. -CA a dolichyl phosphate + UDP-alpha-D-xylose = a dolichyl D-xylosyl -CA phosphate + UDP. +CA a di-trans,poly-cis-dolichyl phosphate + UDP-alpha-D-xylose = +CA a di-trans,poly-cis-dolichyl D-xylosyl phosphate + UDP. // ID 2.4.2.33 DE dolichyl-xylosyl-phosphate--protein xylosyltransferase. -CA a dolichyl D-xylosyl phosphate + L-seryl-[protein] = 3-O-(beta-D- -CA xylosyl)-L-seryl-[protein] + a dolichyl phosphate + H(+). +CA a di-trans,poly-cis-dolichyl D-xylosyl phosphate + L-seryl-[protein] = +CA 3-O-(beta-D-xylosyl)-L-seryl-[protein] + a di-trans,poly-cis-dolichyl +CA phosphate + H(+). // ID 2.4.2.34 DE indolylacetylinositol arabinosyltransferase. @@ -62966,6 +63179,7 @@ CC archaea. CC -!- It can utilize both 4-hydroxybenzoate and 4-aminobenzoate as CC substrates, but only the former is known to be produced by CC methanogenic archaea. +CC -!- The activity is dependent on Mg(2+) or Mn(2+). DR O28190, RFHPS_ARCFU; Q58822, RFHPS_METJA; O26918, RFHPS_METTH; // ID 2.4.2.55 @@ -63492,49 +63706,49 @@ DR Q1LJ60, QUEA_CUPMC ; Q0K734, QUEA_CUPNH ; Q46XG5, QUEA_CUPPJ ; DR B3R6J3, QUEA_CUPTR ; Q11QL8, QUEA_CYTH3 ; Q47AX4, QUEA_DECAR ; DR Q3Z8C1, QUEA_DEHM1 ; A5FR63, QUEA_DEHMB ; Q3ZXG6, QUEA_DEHMC ; DR Q9RU19, QUEA_DEIRA ; B8FQV3, QUEA_DESHD ; Q24UN9, QUEA_DESHY ; -DR Q6AJA8, QUEA_DESPS ; A4J540, QUEA_DESRM ; Q725S3, QUEA_DESVH ; -DR A1V9F1, QUEA_DESVV ; A5EWY6, QUEA_DICNV ; A8LI68, QUEA_DINSH ; -DR A7ZIF7, QUEA_ECO24 ; B7UJM8, QUEA_ECO27 ; B7MD63, QUEA_ECO45 ; -DR B7L638, QUEA_ECO55 ; P0A7G0, QUEA_ECO57 ; B5Z2W1, QUEA_ECO5E ; -DR B7NJ97, QUEA_ECO7I ; B7MPG6, QUEA_ECO81 ; B7M3P4, QUEA_ECO8A ; -DR C4ZTG2, QUEA_ECOBW ; B1XEZ3, QUEA_ECODH ; A7ZX56, QUEA_ECOHS ; -DR A1A875, QUEA_ECOK1 ; Q0TKN6, QUEA_ECOL5 ; Q8FKC5, QUEA_ECOL6 ; -DR B1J044, QUEA_ECOLC ; P0A7F9, QUEA_ECOLI ; B7N8V7, QUEA_ECOLU ; -DR B6HZK5, QUEA_ECOSE ; B1LJF3, QUEA_ECOSM ; Q1RFD6, QUEA_ECOUT ; -DR C5BCF6, QUEA_EDWI9 ; A4W778, QUEA_ENT38 ; Q837H2, QUEA_ENTFA ; -DR B2VHQ4, QUEA_ERWT9 ; Q2NAT1, QUEA_ERYLH ; B7LMI2, QUEA_ESCF3 ; -DR B1YJR0, QUEA_EXIS2 ; B0S1J2, QUEA_FINM2 ; A5FMM5, QUEA_FLAJ1 ; -DR A6GW82, QUEA_FLAPJ ; B0TYS6, QUEA_FRAP2 ; Q14H21, QUEA_FRAT1 ; -DR A7NB92, QUEA_FRATF ; Q2A472, QUEA_FRATH ; B2SG47, QUEA_FRATM ; -DR A0Q7A0, QUEA_FRATN ; Q0BMK6, QUEA_FRATO ; Q5NFL9, QUEA_FRATT ; -DR A4IXG2, QUEA_FRATW ; Q8R620, QUEA_FUSNN ; B9M5N6, QUEA_GEODF ; -DR Q5KWR3, QUEA_GEOKA ; Q39XD1, QUEA_GEOMG ; Q749X2, QUEA_GEOSL ; -DR C5D5E6, QUEA_GEOSW ; A4IRB0, QUEA_GEOTN ; A5GEQ5, QUEA_GEOUR ; -DR B8F4R5, QUEA_GLAP5 ; Q7NFD9, QUEA_GLOVI ; A9HBI8, QUEA_GLUDA ; -DR Q5FR06, QUEA_GLUOX ; Q7VLY1, QUEA_HAEDU ; Q4QNU2, QUEA_HAEI8 ; -DR A5UAP2, QUEA_HAEIE ; A5UG48, QUEA_HAEIG ; P44595, QUEA_HAEIN ; -DR Q2SDV0, QUEA_HAHCH ; Q9KDI6, QUEA_HALH5 ; B8CXG1, QUEA_HALOH ; -DR C4K8M4, QUEA_HAMD5 ; Q17WP4, QUEA_HELAH ; Q7VG37, QUEA_HELHP ; -DR B0TF76, QUEA_HELMI ; B6JKW1, QUEA_HELP2 ; B5ZAF2, QUEA_HELPG ; -DR Q1CUC0, QUEA_HELPH ; Q9ZM60, QUEA_HELPJ ; B2USM0, QUEA_HELPS ; -DR O25702, QUEA_HELPY ; A4G1Z2, QUEA_HERAR ; Q0I4R7, QUEA_HISS1 ; -DR B0UWJ9, QUEA_HISS2 ; Q31FZ4, QUEA_HYDCU ; B4U7T2, QUEA_HYDS0 ; -DR Q0BYK7, QUEA_HYPNA ; Q5QVL1, QUEA_IDILO ; A6SUU3, QUEA_JANMA ; -DR Q28RM8, QUEA_JANSC ; B5Y0Y7, QUEA_KLEP3 ; A6T5D7, QUEA_KLEP7 ; -DR Q9CFA6, QUEA_LACLA ; A2RJR5, QUEA_LACLM ; A9KK69, QUEA_LACP7 ; -DR Q88V04, QUEA_LACPL ; Q38YQ8, QUEA_LATSS ; Q5X3P9, QUEA_LEGPA ; -DR A5IDI6, QUEA_LEGPC ; Q5ZU04, QUEA_LEGPH ; Q5WV37, QUEA_LEGPL ; -DR Q03R37, QUEA_LEVBA ; Q92BI3, QUEA_LISIN ; C1KVH8, QUEA_LISMC ; -DR Q71ZD9, QUEA_LISMF ; B8DHL7, QUEA_LISMH ; Q8Y6Z9, QUEA_LISMO ; -DR A0AIY0, QUEA_LISW6 ; B1HVA2, QUEA_LYSSC ; B9E717, QUEA_MACCJ ; -DR A0L579, QUEA_MAGMM ; Q65S95, QUEA_MANSM ; Q0ANH8, QUEA_MARMM ; -DR A6VYN2, QUEA_MARMS ; A1TZN6, QUEA_MARN8 ; B7KTS1, QUEA_METC4 ; -DR Q60AZ8, QUEA_METCA ; A9VX03, QUEA_METEP ; B1ZIL2, QUEA_METPB ; -DR B1M584, QUEA_METRJ ; B0U9V5, QUEA_METS4 ; B8EIV1, QUEA_METSB ; -DR Q2RHU2, QUEA_MOOTA ; B2A5L1, QUEA_NATTJ ; Q5FAH3, QUEA_NEIG1 ; -DR A9M1H2, QUEA_NEIM0 ; Q9JW05, QUEA_NEIMA ; Q9JXW4, QUEA_NEIMB ; -DR Q0AG56, QUEA_NITEC ; Q82VF1, QUEA_NITEU ; Q2Y6A2, QUEA_NITMU ; -DR Q3JAM9, QUEA_NITOC ; A6Q446, QUEA_NITSB ; Q3SRN4, QUEA_NITWN ; +DR Q6AJA8, QUEA_DESPS ; A4J540, QUEA_DESRM ; A5EWY6, QUEA_DICNV ; +DR A8LI68, QUEA_DINSH ; A7ZIF7, QUEA_ECO24 ; B7UJM8, QUEA_ECO27 ; +DR B7MD63, QUEA_ECO45 ; B7L638, QUEA_ECO55 ; P0A7G0, QUEA_ECO57 ; +DR B5Z2W1, QUEA_ECO5E ; B7NJ97, QUEA_ECO7I ; B7MPG6, QUEA_ECO81 ; +DR B7M3P4, QUEA_ECO8A ; C4ZTG2, QUEA_ECOBW ; B1XEZ3, QUEA_ECODH ; +DR A7ZX56, QUEA_ECOHS ; A1A875, QUEA_ECOK1 ; Q0TKN6, QUEA_ECOL5 ; +DR Q8FKC5, QUEA_ECOL6 ; B1J044, QUEA_ECOLC ; P0A7F9, QUEA_ECOLI ; +DR B7N8V7, QUEA_ECOLU ; B6HZK5, QUEA_ECOSE ; B1LJF3, QUEA_ECOSM ; +DR Q1RFD6, QUEA_ECOUT ; C5BCF6, QUEA_EDWI9 ; A4W778, QUEA_ENT38 ; +DR Q837H2, QUEA_ENTFA ; B2VHQ4, QUEA_ERWT9 ; Q2NAT1, QUEA_ERYLH ; +DR B7LMI2, QUEA_ESCF3 ; B1YJR0, QUEA_EXIS2 ; B0S1J2, QUEA_FINM2 ; +DR A5FMM5, QUEA_FLAJ1 ; A6GW82, QUEA_FLAPJ ; B0TYS6, QUEA_FRAP2 ; +DR Q14H21, QUEA_FRAT1 ; A7NB92, QUEA_FRATF ; Q2A472, QUEA_FRATH ; +DR B2SG47, QUEA_FRATM ; A0Q7A0, QUEA_FRATN ; Q0BMK6, QUEA_FRATO ; +DR Q5NFL9, QUEA_FRATT ; A4IXG2, QUEA_FRATW ; Q8R620, QUEA_FUSNN ; +DR B9M5N6, QUEA_GEODF ; Q5KWR3, QUEA_GEOKA ; Q39XD1, QUEA_GEOMG ; +DR Q749X2, QUEA_GEOSL ; C5D5E6, QUEA_GEOSW ; A4IRB0, QUEA_GEOTN ; +DR A5GEQ5, QUEA_GEOUR ; B8F4R5, QUEA_GLAP5 ; Q7NFD9, QUEA_GLOVI ; +DR A9HBI8, QUEA_GLUDA ; Q5FR06, QUEA_GLUOX ; Q7VLY1, QUEA_HAEDU ; +DR Q4QNU2, QUEA_HAEI8 ; A5UAP2, QUEA_HAEIE ; A5UG48, QUEA_HAEIG ; +DR P44595, QUEA_HAEIN ; Q2SDV0, QUEA_HAHCH ; Q9KDI6, QUEA_HALH5 ; +DR B8CXG1, QUEA_HALOH ; C4K8M4, QUEA_HAMD5 ; Q17WP4, QUEA_HELAH ; +DR Q7VG37, QUEA_HELHP ; B0TF76, QUEA_HELMI ; B6JKW1, QUEA_HELP2 ; +DR B5ZAF2, QUEA_HELPG ; Q1CUC0, QUEA_HELPH ; Q9ZM60, QUEA_HELPJ ; +DR B2USM0, QUEA_HELPS ; O25702, QUEA_HELPY ; A4G1Z2, QUEA_HERAR ; +DR Q0I4R7, QUEA_HISS1 ; B0UWJ9, QUEA_HISS2 ; Q31FZ4, QUEA_HYDCU ; +DR B4U7T2, QUEA_HYDS0 ; Q0BYK7, QUEA_HYPNA ; Q5QVL1, QUEA_IDILO ; +DR A6SUU3, QUEA_JANMA ; Q28RM8, QUEA_JANSC ; B5Y0Y7, QUEA_KLEP3 ; +DR A6T5D7, QUEA_KLEP7 ; Q9CFA6, QUEA_LACLA ; A2RJR5, QUEA_LACLM ; +DR A9KK69, QUEA_LACP7 ; Q88V04, QUEA_LACPL ; Q38YQ8, QUEA_LATSS ; +DR Q5X3P9, QUEA_LEGPA ; A5IDI6, QUEA_LEGPC ; Q5ZU04, QUEA_LEGPH ; +DR Q5WV37, QUEA_LEGPL ; Q03R37, QUEA_LEVBA ; Q92BI3, QUEA_LISIN ; +DR C1KVH8, QUEA_LISMC ; Q71ZD9, QUEA_LISMF ; B8DHL7, QUEA_LISMH ; +DR Q8Y6Z9, QUEA_LISMO ; A0AIY0, QUEA_LISW6 ; B1HVA2, QUEA_LYSSC ; +DR B9E717, QUEA_MACCJ ; A0L579, QUEA_MAGMM ; Q65S95, QUEA_MANSM ; +DR Q0ANH8, QUEA_MARMM ; A6VYN2, QUEA_MARMS ; A1TZN6, QUEA_MARN8 ; +DR B7KTS1, QUEA_METC4 ; Q60AZ8, QUEA_METCA ; A9VX03, QUEA_METEP ; +DR B1ZIL2, QUEA_METPB ; B1M584, QUEA_METRJ ; B0U9V5, QUEA_METS4 ; +DR B8EIV1, QUEA_METSB ; Q2RHU2, QUEA_MOOTA ; B2A5L1, QUEA_NATTJ ; +DR Q5FAH3, QUEA_NEIG1 ; A9M1H2, QUEA_NEIM0 ; Q9JW05, QUEA_NEIMA ; +DR Q9JXW4, QUEA_NEIMB ; Q0AG56, QUEA_NITEC ; Q82VF1, QUEA_NITEU ; +DR Q2Y6A2, QUEA_NITMU ; Q3JAM9, QUEA_NITOC ; A6Q446, QUEA_NITSB ; +DR Q725S3, QUEA_NITV2 ; A1V9F1, QUEA_NITV4 ; Q3SRN4, QUEA_NITWN ; DR Q8YW18, QUEA_NOSS1 ; Q2G636, QUEA_NOVAD ; Q8EPQ8, QUEA_OCEIH ; DR Q317N3, QUEA_OLEA2 ; A6LEL6, QUEA_PARD8 ; A7HXM7, QUEA_PARL1 ; DR Q7U8E8, QUEA_PARMW ; B2JGG8, QUEA_PARP8 ; B2SX83, QUEA_PARPJ ; @@ -63608,8 +63822,8 @@ DR C4L7L4, QUEA_TOLAT ; Q73JQ7, QUEA_TREDE ; B3E2S1, QUEA_TRIL1 ; DR Q3M3N7, QUEA_TRIV2 ; A5CXQ6, QUEA_VESOH ; B7VJR7, QUEA_VIBA3 ; DR A7MT82, QUEA_VIBC1 ; A5F3H1, QUEA_VIBC3 ; Q9KTZ1, QUEA_VIBCH ; DR C3LSZ2, QUEA_VIBCM ; Q87S37, QUEA_VIBPA ; Q8DEX9, QUEA_VIBVU ; -DR Q7MNH2, QUEA_VIBVY ; Q8PJL6, QUEA_XANAC ; Q3BS36, QUEA_XANC5 ; -DR Q4UVX3, QUEA_XANC8 ; B0RRR0, QUEA_XANCB ; Q8P867, QUEA_XANCP ; +DR Q7MNH2, QUEA_VIBVY ; Q8PJL6, QUEA_XANAC ; Q4UVX3, QUEA_XANC8 ; +DR B0RRR0, QUEA_XANCB ; Q8P867, QUEA_XANCP ; Q3BS36, QUEA_XANE5 ; DR Q5GZY2, QUEA_XANOR ; A7IN97, QUEA_XANP2 ; B2I961, QUEA_XYLF2 ; DR Q9PDR5, QUEA_XYLFA ; B0U6A9, QUEA_XYLFM ; Q87DW7, QUEA_XYLFT ; DR A1JNT4, QUEA_YERE8 ; A7FLF6, QUEA_YERP3 ; B2K6S5, QUEA_YERPB ; @@ -63618,10 +63832,10 @@ DR B1JIF0, QUEA_YERPY ; Q5NP84, QUEA_ZYMMO ; // ID 2.4.99.18 DE dolichyl-diphosphooligosaccharide--protein glycotransferase. -CA a dolichyl diphosphooligosaccharide + L-asparaginyl-[protein] = -CA a dolichyl diphosphate + H(+) + N(4)-(oligosaccharide-(1->4)-N-acetyl- -CA beta-D-glucosaminyl-(1->4)-N-acetyl-beta-D-glucosaminyl)-L-asparaginy- -CA [protein]. +CA a di-trans,poly-cis-dolichyl diphosphooligosaccharide + L-asparaginyl- +CA [protein] = a di-trans,poly-cis-dolichyl diphosphate + H(+) + N(4)- +CA (oligosaccharide-(1->4)-N-acetyl-beta-D-glucosaminyl-(1->4)-N-acetyl- +CA beta-D-glucosaminyl)-L-asparaginy-[protein]. CC -!- Occurs in eukaryotes that form a glycoprotein by the transfer of a CC glucosyl-mannosyl-glucosamine polysaccharide to the side-chain of an CC L-asparagine residue in the sequence -Asn-Xaa-Ser- or -Asn-Xaa-Thr- @@ -63739,6 +63953,178 @@ CC inner core oligosaccharide of the lipopolysaccharide (endotoxin) of CC some Gram-negative bacteria. DR P25742, WAAQ_ECOLI ; Q9R9D5, WAAQ_ECOLX ; // +ID 2.4.99.26 +DE O-antigen ligase. +CA a lipid-linked O antigen + a lipid A-core oligosaccharide = +CA a lipopolysaccharide + a polyisoprenyl diphosphate. +CC -!- This Gram-negative bacterial enzyme attaches the polymerized O +CC antigen molecule to the outer core region of the lipid A-core +CC oligosaccharide, finalizing the biosynthesis of the +CC lipopolysaccharide. +CC -!- Prior to the reaction the two substrates are attached to the +CC periplasmic-facing side of the inner membrane, and the enzyme +CC transfers the O-antigen from its polyprenyl diphosphate membrane +CC anchor (usually ditrans,octacis-undecaprenyl diphosphate) to a +CC terminal sugar of the lipid A-core oligosaccharide. +CC -!- Despite the popular name 'ligase', the enzyme is not a real ligase, +CC as the reaction does not involve the hydrolysis of a phosphate bond +CC in a triphosphate. +CC -!- The enzyme is embedded in the inner membrane and often has 12 trans- +CC membrane segments. +CC -!- It is a metal-independent inverting glycosyltransferase, and in some +CC cases it can attach surface polymers other than O-antigens to the +CC lipid A-core oligosaccharide. +DR P27243, WAAL_ECOLI ; Q9HUG6, WAAL_PSEAE ; P26471, WAAL_SALTY ; +// +ID 2.4.99.27 +DE O-antigen polymerase Wzy. +AN Wzy O-antigen polymerase. +AN Wzy polymerase. +CA n lipid-linked O-antigen repeat units = a lipid-linked O antigen + (n-1) +CA polyisoprenyl diphosphate. +CC -!- The Wzy-type polymerase polymerizes O antigen repeat unit +CC oligosaccharides that are anchored to the periplasmic face of the +CC inner membrane, forming an O antigen polysaccharide that is still +CC anchored to the membrane. +CC -!- A Wzz chain length regulator (sometimes referred to as an O-antigen +CC co-polymerase) normally interacts with Wzy to confer a distinctive +CC modal chain length distribution. +CC -!- The resultant polysaccharide is transferred from the membrane anchor +CC to the lipid A-core oligosaccharide by EC 2.4.99.26 forming a +CC complete lipopolysaccharide structure. +CC -!- There is an enormous diversity of O antigen polymerases with +CC different specificities, reflecting the variability in the structure +CC and composition of O-antigens. +DR Q58YW1, WZY_ECOLX ; G3XCW3, WZY_PSEAE ; Q00474, WZY_SALMU ; +DR P0A236, WZY_SALTI ; P0A235, WZY_SALTY ; Q03584, WZY_SHIDY ; +DR P37784, WZY_SHIFL ; +// +ID 2.4.99.28 +DE peptidoglycan glycosyltransferase. +AN peptidoglycan TGase. +AN peptidoglycan transglycosylase. +AN PG-II. +CA [GlcNAc-(1->4)-Mur2Ac(oyl-L-Ala-gamma-D-Glu-L-Lys-D-Ala-D-Ala)](n)- +CA di-trans,octa-cis-undecaprenyl diphosphate + beta-D-GlcNAc-(1->4)- +CA Mur2Ac(oyl-L-Ala-gamma-D-Glu-L-Lys-D-Ala-D-Ala)-di-trans,octa- +CA cis-undecaprenyl diphosphate = [GlcNAc-(1->4)-Mur2Ac(oyl-L-Ala-gamma-D- +CA Glu-L-Lys-D-Ala-D-Ala)](n+1)-di-trans-octa-cis-undecaprenyl diphosphate + +CA di-trans,octa-cis-undecaprenyl diphosphate + H(+). +CC -!- The enzyme also works when the lysine residue is replaced by meso- +CC 2,6-diaminoheptanedioate (meso-2,6-diaminopimelate, A2pm) combined +CC with adjacent residues through its L-center, as it is in Gram- +CC negative and some Gram-positive organisms. +CC -!- The undecaprenol involved is ditrans,octacis-undecaprenol. +CC -!- Involved in the synthesis of cell-wall peptidoglycan. +CC -!- Formerly EC 2.4.1.129. +DR Q6FFC1, FTSW_ACIAD ; A4SI55, FTSW_AERS4 ; Q0VS03, FTSW_ALCBS ; +DR B6ELH6, FTSW_ALISL ; Q0A6K1, FTSW_ALKEH ; D3RVH4, FTSW_ALLVD ; +DR F5ZBR5, FTSW_ALTNA ; Q5P6Z5, FTSW_AROAE ; O07639, FTSW_BACSU ; +DR Q493Q2, FTSW_BLOPB ; Q44775, FTSW_BORBU ; P57312, FTSW_BUCAI ; +DR Q8K9T3, FTSW_BUCAP ; Q89AQ3, FTSW_BUCBP ; Q2SZI4, FTSW_BURTA ; +DR B8H092, FTSW_CAUVN ; B3PCM1, FTSW_CELJU ; Q9XCY0, FTSW_COXBU ; +DR P48280, FTSW_CYAPA ; A5EY04, FTSW_DICNV ; P0ABG6, FTSW_ECO57 ; +DR P0ABG5, FTSW_ECOL6 ; P0ABG4, FTSW_ECOLI ; Q47866, FTSW_ENTHR ; +DR F8GAB4, FTSW_FRAST ; Q39YM0, FTSW_GEOMG ; E8WSG3, FTSW_GEOS8 ; +DR D7AEL2, FTSW_GEOSK ; Q748D5, FTSW_GEOSL ; Q7VP55, FTSW_HAEDU ; +DR P45064, FTSW_HAEIN ; Q2S9Z1, FTSW_HAHCH ; E1V9L1, FTSW_HALED ; +DR A1WYU4, FTSW_HALHL ; D0KXY3, FTSW_HALNC ; Q9ZJ48, FTSW_HELPJ ; +DR P56096, FTSW_HELPY ; Q31I60, FTSW_HYDCU ; Q5R0M2, FTSW_IDILO ; +DR P58119, FTSW_LACLA ; P27174, FTSW_LACLC ; C1D5L8, FTSW_LARHH ; +DR Q5ZSA4, FTSW_LEGPH ; F2JVW9, FTSW_MARM1 ; A1U3F9, FTSW_MARN8 ; +DR Q9MUM4, FTSW_MESVI ; Q604V6, FTSW_METCA ; F9ZZQ0, FTSW_METMM ; +DR F7XXN9, FTSW_MOREP ; P63763, FTSW_MYCBO ; P9WN96, FTSW_MYCTO ; +DR P9WN97, FTSW_MYCTU ; B4RQC6, FTSW_NEIG2 ; Q82VS4, FTSW_NITEU ; +DR D5BW25, FTSW_NITHN ; F8GE40, FTSW_NITSI ; Q9CPA9, FTSW_PASMU ; +DR Q6LMF5, FTSW_PHOPR ; B1XT08, FTSW_POLNS ; Q15Q16, FTSW_PSEA6 ; +DR C3KCS9, FTSW_PSEFS ; Q3IG03, FTSW_PSET1 ; D4G8R2, FTSW_RIEPU ; +DR Q21MH0, FTSW_SACD2 ; A8FQ99, FTSW_SHESH ; P74180, FTSW_SYNY3 ; +DR E8UEF9, FTSW_TAYEM ; F6D9Q8, FTSW_THICA ; D5X4H4, FTSW_THIK1 ; +DR B8GMM8, FTSW_THISH ; D3SD93, FTSW_THISK ; C4LA24, FTSW_TOLAT ; +DR B3E3Y3, FTSW_TRIL1 ; E6UUM7, FTSW_VARPE ; Q7MNV2, FTSW_VIBVY ; +DR Q8D2Z5, FTSW_WIGBR ; Q5GW40, FTSW_XANOR ; A7X3Z2, MGT_STAA1 ; +DR A6U2X8, MGT_STAA2 ; Q2FFM1, MGT_STAA3 ; Q93Q23, MGT_STAA8 ; +DR A5IU40, MGT_STAA9 ; Q2YU13, MGT_STAAB ; Q5HEQ0, MGT_STAAC ; +DR A6QI56, MGT_STAAE ; Q99T05, MGT_STAAM ; Q7A4S6, MGT_STAAN ; +DR Q6GFI3, MGT_STAAR ; Q6G860, MGT_STAAS ; A8YY46, MGT_STAAT ; +DR Q7A0I6, MGT_STAAW ; Q5HN60, MGT_STAEQ ; Q8CNQ3, MGT_STAES ; +DR Q4L7I0, MGT_STAHJ ; Q49YR9, MGT_STAS1 ; O24849, MTGA_ACIAD ; +DR B7GXW9, MTGA_ACIB3 ; B7I8R1, MTGA_ACIB5 ; B2HVP6, MTGA_ACIBC ; +DR B0VSQ2, MTGA_ACIBS ; A3M3C7, MTGA_ACIBT ; B0V9M4, MTGA_ACIBY ; +DR A0KK53, MTGA_AERHH ; Q8UBX8, MTGA_AGRFC ; Q0VLR6, MTGA_ALCBS ; +DR Q5P6J8, MTGA_AROAE ; A1K3B8, MTGA_AZOSB ; Q3V7G2, MTGA_BACFN ; +DR Q3V815, MTGA_BACFR ; Q8A8H2, MTGA_BACTN ; Q3V7R3, MTGA_BDEBA ; +DR Q2KUU2, MTGA_BORA1 ; Q7WF82, MTGA_BORBR ; Q7W3V2, MTGA_BORPA ; +DR Q7W039, MTGA_BORPE ; Q89VU8, MTGA_BRADU ; Q8YJ15, MTGA_BRUME ; +DR Q8FYT4, MTGA_BRUSU ; B1YSX5, MTGA_BURA4 ; A0K4E0, MTGA_BURCH ; +DR Q0BIE9, MTGA_BURCM ; Q39JR9, MTGA_BURL3 ; A9AI31, MTGA_BURM1 ; +DR Q3V7M0, MTGA_BURMA ; B1JVD0, MTGA_BURO0 ; Q1BZB0, MTGA_BURO1 ; +DR Q63QP9, MTGA_BURPS ; Q2SZD0, MTGA_BURTA ; A4JBE7, MTGA_BURVG ; +DR Q9ABA6, MTGA_CAUVC ; B8GYX9, MTGA_CAUVN ; Q11CS6, MTGA_CHESB ; +DR Q1QYT5, MTGA_CHRSD ; Q7NS41, MTGA_CHRVO ; A8AQ99, MTGA_CITK8 ; +DR A7MJD8, MTGA_CROS8 ; Q1LIV1, MTGA_CUPMC ; Q46XB8, MTGA_CUPPJ ; +DR Q11VI0, MTGA_CYTH3 ; Q478U7, MTGA_DECAR ; A7ZSA7, MTGA_ECO24 ; +DR B7UJU8, MTGA_ECO27 ; B7MBX7, MTGA_ECO45 ; B7LHS1, MTGA_ECO55 ; +DR Q8X9I1, MTGA_ECO57 ; B5YSU1, MTGA_ECO5E ; B7NKS5, MTGA_ECO7I ; +DR B7N364, MTGA_ECO81 ; B7M0S6, MTGA_ECO8A ; C4ZSU7, MTGA_ECOBW ; +DR B1XHI3, MTGA_ECODH ; A8A523, MTGA_ECOHS ; A1AGA9, MTGA_ECOK1 ; +DR Q0TCQ1, MTGA_ECOL5 ; Q8FD68, MTGA_ECOL6 ; B1IQR5, MTGA_ECOLC ; +DR P46022, MTGA_ECOLI ; B7NDJ2, MTGA_ECOLU ; B6I1T1, MTGA_ECOSE ; +DR B1LGH4, MTGA_ECOSM ; Q1R6C6, MTGA_ECOUT ; A5UDP3, MTGA_HAEIE ; +DR P44890, MTGA_HAEIN ; A4G8N2, MTGA_HERAR ; A6T2A4, MTGA_JANMA ; +DR Q28VR9, MTGA_JANSC ; Q48465, MTGA_KLEOX ; C1D8R6, MTGA_LARHH ; +DR Q65S86, MTGA_MANSM ; A6VRW7, MTGA_MARMS ; Q1GYH8, MTGA_METFK ; +DR Q5F6F6, MTGA_NEIG1 ; B4RJ59, MTGA_NEIG2 ; Q51005, MTGA_NEIGO ; +DR A9M2N3, MTGA_NEIM0 ; P0A0Z3, MTGA_NEIMA ; P0A0Z4, MTGA_NEIMB ; +DR P69345, MTGA_NEIME ; A1KVS7, MTGA_NEIMF ; Q0AIQ0, MTGA_NITEC ; +DR Q82U73, MTGA_NITEU ; Q1QQI5, MTGA_NITHX ; Q2YBM4, MTGA_NITMU ; +DR Q3SVC8, MTGA_NITWN ; B2JH09, MTGA_PARP8 ; B2SYS3, MTGA_PARPJ ; +DR Q13U46, MTGA_PARXL ; Q9CNV0, MTGA_PASMU ; Q3V7N8, MTGA_PECAS ; +DR C6DIR2, MTGA_PECCP ; Q7N087, MTGA_PHOLL ; Q48CL6, MTGA_PSE14 ; +DR Q9I6B7, MTGA_PSEAE ; Q1IGD6, MTGA_PSEE4 ; Q4K4C2, MTGA_PSEF5 ; +DR C3K3M0, MTGA_PSEFS ; A4Y001, MTGA_PSEMY ; A5WAE0, MTGA_PSEP1 ; +DR Q3K584, MTGA_PSEPF ; B0KN61, MTGA_PSEPG ; Q88CS3, MTGA_PSEPK ; +DR B1J2G5, MTGA_PSEPW ; Q88AF9, MTGA_PSESM ; Q4ZM52, MTGA_PSEU2 ; +DR Q8XVQ4, MTGA_RALN1 ; B3PR74, MTGA_RHIE6 ; Q2K330, MTGA_RHIEC ; +DR Q1MAC8, MTGA_RHIJ3 ; Q98FG8, MTGA_RHILO ; B5ZU97, MTGA_RHILW ; +DR Q92L23, MTGA_RHIME ; B6IWJ6, MTGA_RHOCS ; Q2J2T4, MTGA_RHOP2 ; +DR Q6NCE7, MTGA_RHOPA ; Q13ED9, MTGA_RHOPS ; B3QBD2, MTGA_RHOPT ; +DR Q2RYG3, MTGA_RHORT ; B5F6X7, MTGA_SALA4 ; A9MNZ9, MTGA_SALAR ; +DR Q57JE2, MTGA_SALCH ; B5FIQ6, MTGA_SALDC ; B5R0J9, MTGA_SALEP ; +DR B5RES4, MTGA_SALG2 ; B4TJQ1, MTGA_SALHS ; B4T739, MTGA_SALNS ; +DR Q3V7K4, MTGA_SALPA ; A9N776, MTGA_SALPB ; C0PZM1, MTGA_SALPC ; +DR B5BGN2, MTGA_SALPK ; B4TWH8, MTGA_SALSV ; Q8Z3G0, MTGA_SALTI ; +DR Q8ZLR7, MTGA_SALTY ; A1S3J2, MTGA_SHEAM ; Q12Q34, MTGA_SHEDO ; +DR Q07X68, MTGA_SHEFN ; Q8EB02, MTGA_SHEON ; Q31W84, MTGA_SHIBS ; +DR Q32BC5, MTGA_SHIDS ; Q3YX33, MTGA_SHISS ; A4VRK8, MTGA_STUS1 ; +DR Q3SFZ8, MTGA_THIDA ; Q87FR1, MTGA_VIBPA ; Q8PI51, MTGA_XANAC ; +DR Q4UXB0, MTGA_XANC8 ; B0RQA5, MTGA_XANCB ; Q8P6V1, MTGA_XANCP ; +DR Q3BQP8, MTGA_XANE5 ; Q2P4R3, MTGA_XANOM ; Q5H1V9, MTGA_XANOR ; +DR B2I5D0, MTGA_XYLF2 ; Q9PCR3, MTGA_XYLFA ; B0U2V1, MTGA_XYLFM ; +DR Q87CI7, MTGA_XYLFT ; A1JR77, MTGA_YERE8 ; A7FDY6, MTGA_YERP3 ; +DR Q1C1G0, MTGA_YERPA ; B2K3Y6, MTGA_YERPB ; Q8ZB72, MTGA_YERPE ; +DR A9R1R0, MTGA_YERPG ; Q1CE18, MTGA_YERPN ; A4THK0, MTGA_YERPP ; +DR Q3V7N9, MTGA_YERPS ; B1JL77, MTGA_YERPY ; A0R7G2, PBP1A_MYCS2; +DR P71707, PBP1A_MYCTU; A0A0H2ZMF9, PBP2A_STRP2; Q8DNB6, PBP2A_STRR6; +DR O66874, PBPA_AQUAE ; P39793, PBPA_BACSU ; Q97GR5, PBPA_CLOAB ; +DR A7FY32, PBPA_CLOB1 ; A5I6G4, PBPA_CLOBH ; A7GHV1, PBPA_CLOBL ; +DR A0PZT1, PBPA_CLONN ; Q0TNZ8, PBPA_CLOP1 ; Q8XJ01, PBPA_CLOPE ; +DR Q0SRL7, PBPA_CLOPS ; Q891X1, PBPA_CLOTE ; P02918, PBPA_ECOLI ; +DR P31776, PBPA_HAEIN ; O86088, PBPA_NEICI ; O87626, PBPA_NEIFL ; +DR Q5FAC7, PBPA_NEIG1 ; O05131, PBPA_NEIGO ; O87579, PBPA_NEILA ; +DR P0A0Z5, PBPA_NEIMA ; P0A0Z6, PBPA_NEIMB ; Q07806, PBPA_PSEAE ; +DR Q1RKC5, PBPA_RICBR ; Q92G78, PBPA_RICCN ; Q4UK08, PBPA_RICFE ; +DR Q9ZCE9, PBPA_RICPR ; Q68VU2, PBPA_RICTY ; Q00573, PBPA_STROR ; +DR Q04707, PBPA_STRPN ; Q8DR59, PBPA_STRR6 ; Q9KNU5, PBPA_VIBCH ; +DR Q9PGD4, PBPA_XYLFA ; Q87AW7, PBPA_XYLFT ; P57296, PBPB_BUCAI ; +DR Q89AR2, PBPB_BUCBP ; P02919, PBPB_ECOLI ; P45345, PBPB_HAEIN ; +DR Q9KUC0, PBPB_VIBCH ; P76577, PBPC_ECOLI ; P40750, PBPD_BACSU ; +DR P38050, PBPF_BACSU ; P70997, PBPG_BACSU ; P39604, RODA_BACSU ; +DR P0ABG8, RODA_ECO57 ; P0ABG7, RODA_ECOLI ; P44468, RODA_HAEIN ; +DR Q9ZLA0, RODA_HELPJ ; P56098, RODA_HELPY ; P63761, RODA_MYCBO ; +DR Q50186, RODA_MYCLE ; P9WN98, RODA_MYCTO ; P9WN99, RODA_MYCTU ; +DR P0ABG9, RODA_SHIFL ; O83514, RODA_TREPA ; +// ID 2.5.1.1 DE dimethylallyltranstransferase. AN dimethylallyltransferase. @@ -63747,38 +64133,40 @@ AN prenyltransferase. CA dimethylallyl diphosphate + isopentenyl diphosphate = (2E)- CA geranyl diphosphate + diphosphate. CC -!- Will not accept larger prenyl diphosphates as efficient donors. -DR Q672V6, ATMG_ASPFL ; Q7XYS8, CHRDS_ARTSI; B1XJV9, CRTE_PICP2 ; -DR P9WEX3, DPASD_APISA; H1VQB1, DPCHD_COLHI; I1RL14, DPFGD_GIBZE; -DR P9WEX9, DPMAD_METAN; P9WEW8, DPMPD_MACPH; Q4WEB8, ERG20_ASPFU; -DR A0A1D8PH78, ERG20_CANAL; B4YA15, ERG20_GANLU; V6RG22, ERG20_GIBZE; -DR O14230, ERG20_SCHPO; P08524, ERG20_YEAST; A0A1V0QSA8, ERIE_HERER ; -DR Q09152, FPPS1_ARATH; Q7XYS9, FPPS1_ARTSI; P49351, FPPS1_LUPAL; -DR O24241, FPPS1_PARAR; Q43315, FPPS2_ARATH; Q7XYT0, FPPS2_ARTSI; -DR P49352, FPPS2_LUPAL; O24242, FPPS2_PARAR; P49350, FPPS_ARTAN ; -DR Q8WMY2, FPPS_BOVIN ; P08836, FPPS_CHICK ; Q92235, FPPS_GIBFU ; -DR O64905, FPPS_HELAN ; P14324, FPPS_HUMAN ; P49349, FPPS_KLULA ; -DR P49353, FPPS_MAIZE ; Q920E5, FPPS_MOUSE ; Q92250, FPPS_NEUCR ; -DR P05369, FPPS_RAT ; Q9NH03, FPS_DICDI ; Q4JHN6, FPS_PANGI ; -DR S0E627, GA5_GIBF5 ; O53507, GFPPS_MYCTU; A0A858E6N7, GGDPS_MELLI; -DR A0A858E7G0, GGDPS_MELLP; P34802, GGPP1_ARATH; O04046, GGPP2_ARATH; -DR Q9LUD9, GGPP3_ARATH; Q9SLG2, GGPP4_ARATH; O22043, GGPP6_ARATH; -DR Q9ZU77, GGPP7_ARATH; Q9LRR0, GGPP8_ARATH; Q9LUE1, GGPP9_ARATH; -DR Q9LJY2, GGPPA_ARATH; Q9LIA0, GGPPB_ARATH; Q9LHR4, GGPPC_ARATH; -DR P56966, GGPPS_BOVIN; P80042, GGPPS_CAPAN; Q42698, GGPPS_CATRO; -DR Q54BK1, GGPPS_DICDI; Q758K0, GGPPS_EREGS; A0A0A7GEY4, GGPPS_GEOAI; -DR Q92236, GGPPS_GIBFU; Q94ID7, GGPPS_HEVBR; O95749, GGPPS_HUMAN; -DR Q9WTN0, GGPPS_MOUSE; Q9P885, GGPPS_MUCCL; P24322, GGPPS_NEUCR; -DR Q6F596, GGPPS_RAT ; O59703, GGPPS_SCHPO; Q43133, GGPPS_SINAL; -DR Q12051, GGPPS_YEAST; A0A2I6PJ05, GGS1_HYPPI ; F9WWF1, GGS2_ZYMTI ; -DR F9XLC1, GGS3_ZYMTI ; B2DBE9, GGS4_PHOAM ; Q6F5E6, GGS_NEOBT ; -DR Q58GE8, GPPS_IPSPI ; O05572, GPPS_MYCTU ; F9WZD2, GSS1_ZYMTI ; -DR J7FIX8, IDTG_CLAPA ; A0A0E3D8M9, JANG_PENJA ; Q56RZ3, LTMG_EPIFF ; -DR Q56RZ7, LTMG_EPIFI ; P9WEQ2, OLCC_PENCN ; Q9C446, PAXG_PENPX ; -DR A0A1U8QLG8, PBCB_EMENI ; A0A0E3D8P4, PENG_PENCR ; A0A2L0VXR5, PLE4_CLIPA ; -DR A0A6S6QJ62, PLE4_RHOPP ; A0A140JWS2, PTMG_PENSI ; A0A1B4XBK0, SDNC_SORAA ; -DR E9F5E9, SUBD_METRA ; Q65164, TPRT_ASFB7 ; P0C9E2, TPRT_ASFK5 ; -DR Q8V9T7, TPRT_ASFM2 ; P0C9E0, TPRT_ASFP4 ; P0C9E1, TPRT_ASFWA ; -DR D7PHZ5, VRTD_PENAE ; Q55EU7, Y8742_DICDI; Q54XP1, Y8823_DICDI; +DR V5TF61, AMBP2_FISAU; Q672V6, ATMG_ASPFL ; Q7XYS8, CHRDS_ARTSI; +DR A0A3S5XFG0, CLE6_ASPVE ; B1XJV9, CRTE_PICP2 ; P9WEX3, DPASD_APISA; +DR H1VQB1, DPCHD_COLHI; I1RL14, DPFGD_GIBZE; P9WEX9, DPMAD_METAN; +DR P9WEW8, DPMPD_MACPH; Q4WEB8, ERG20_ASPFU; A0A1D8PH78, ERG20_CANAL; +DR B4YA15, ERG20_GANLU; V6RG22, ERG20_GIBZE; O14230, ERG20_SCHPO; +DR P08524, ERG20_YEAST; A0A1V0QSA8, ERIE_HERER ; A0A8D5M3Y5, ESDPD_PENSH; +DR Q09152, FPPS1_ARATH; Q7XYS9, FPPS1_ARTSI; A0A7J6HWR9, FPPS1_CANSA; +DR P49351, FPPS1_LUPAL; O24241, FPPS1_PARAR; Q43315, FPPS2_ARATH; +DR Q7XYT0, FPPS2_ARTSI; A0A1V0QSH7, FPPS2_CANSA; P49352, FPPS2_LUPAL; +DR O24242, FPPS2_PARAR; P49350, FPPS_ARTAN ; Q8WMY2, FPPS_BOVIN ; +DR P08836, FPPS_CHICK ; Q92235, FPPS_GIBFU ; O64905, FPPS_HELAN ; +DR P14324, FPPS_HUMAN ; P49349, FPPS_KLULA ; P49353, FPPS_MAIZE ; +DR Q920E5, FPPS_MOUSE ; Q92250, FPPS_NEUCR ; P05369, FPPS_RAT ; +DR Q9NH03, FPS_DICDI ; Q4JHN6, FPS_PANGI ; S0E627, GA5_GIBF5 ; +DR O53507, GFPPS_MYCTU; A0A858E6N7, GGDPS_MELLI; A0A858E7G0, GGDPS_MELLP; +DR P34802, GGPP1_ARATH; O04046, GGPP2_ARATH; Q9LUD9, GGPP3_ARATH; +DR Q9SLG2, GGPP4_ARATH; O22043, GGPP6_ARATH; Q9ZU77, GGPP7_ARATH; +DR Q9LRR0, GGPP8_ARATH; Q9LUE1, GGPP9_ARATH; Q9LJY2, GGPPA_ARATH; +DR Q9LIA0, GGPPB_ARATH; Q9LHR4, GGPPC_ARATH; P56966, GGPPS_BOVIN; +DR P80042, GGPPS_CAPAN; Q42698, GGPPS_CATRO; Q54BK1, GGPPS_DICDI; +DR Q758K0, GGPPS_EREGS; A0A0A7GEY4, GGPPS_GEOAI; Q92236, GGPPS_GIBFU; +DR Q94ID7, GGPPS_HEVBR; O95749, GGPPS_HUMAN; Q9WTN0, GGPPS_MOUSE; +DR Q9P885, GGPPS_MUCCL; P24322, GGPPS_NEUCR; Q6F596, GGPPS_RAT ; +DR O59703, GGPPS_SCHPO; Q43133, GGPPS_SINAL; Q12051, GGPPS_YEAST; +DR A0A2I6PJ05, GGS1_HYPPI ; F9WWF1, GGS2_ZYMTI ; F9XLC1, GGS3_ZYMTI ; +DR B2DBE9, GGS4_PHOAM ; Q6F5E6, GGS_NEOBT ; Q58GE8, GPPS_IPSPI ; +DR O05572, GPPS_MYCTU ; F9WZD2, GSS1_ZYMTI ; J7FIX8, IDTG_CLAPA ; +DR A0A0E3D8M9, JANG_PENJA ; Q56RZ3, LTMG_EPIFF ; Q56RZ7, LTMG_EPIFI ; +DR P9WEQ2, OLCC_PENCN ; Q9C446, PAXG_PENPX ; A0A1U8QLG8, PBCB_EMENI ; +DR A0A0E3D8P4, PENG_PENCR ; A0A2L0VXR5, PLE4_CLIPA ; A0A6S6QJ62, PLE4_RHOPP ; +DR A0A140JWS2, PTMG_PENSI ; A0A1B4XBK0, SDNC_SORAA ; E9F5E9, SUBD_METRA ; +DR Q65164, TPRT_ASFB7 ; P0C9E2, TPRT_ASFK5 ; Q8V9T7, TPRT_ASFM2 ; +DR P0C9E0, TPRT_ASFP4 ; P0C9E1, TPRT_ASFWA ; D7PHZ5, VRTD_PENAE ; +DR Q55EU7, Y8742_DICDI; Q54XP1, Y8823_DICDI; // ID 2.5.1.2 DE thiamine pyridinylase. @@ -64029,7 +64417,7 @@ DR B3EDY2, METK_CHLL2 ; Q3B531, METK_CHLL3 ; B3QMF6, METK_CHLP8 ; DR A1BEZ3, METK_CHLPD ; A4SF76, METK_CHLPM ; A8HYU5, METK_CHLRE ; DR B9LBJ9, METK_CHLSY ; Q8KEG7, METK_CHLTE ; A0LY55, METK_CHRFK ; DR Q1R0L1, METK_CHRSD ; Q7NZF9, METK_CHRVO ; A8APG1, METK_CITK8 ; -DR A5CRX0, METK_CLAM3 ; B0REV4, METK_CLAMS ; Q97F85, METK_CLOAB ; +DR A5CRX0, METK_CLAM3 ; B0REV4, METK_CLASE ; Q97F85, METK_CLOAB ; DR A7FQI8, METK_CLOB1 ; B2UZL0, METK_CLOBA ; B2TK10, METK_CLOBB ; DR A5HY62, METK_CLOBH ; C1FQQ5, METK_CLOBJ ; B1IE45, METK_CLOBK ; DR A7G9S1, METK_CLOBL ; B1KST9, METK_CLOBM ; Q18CL7, METK_CLOD6 ; @@ -64046,7 +64434,6 @@ DR A5FRV2, METK_DEHMB ; Q3ZZN7, METK_DEHMC ; C1CY25, METK_DEIDV ; DR Q1J1P4, METK_DEIGD ; Q9RWM6, METK_DEIRA ; A9BXF7, METK_DELAS ; DR Q944U4, METK_DENCR ; B1I6C4, METK_DESAP ; B8FSB9, METK_DESHD ; DR A8ZYC8, METK_DESOH ; Q6AQ43, METK_DESPS ; A4J945, METK_DESRM ; -DR Q729A3, METK_DESVH ; B8DSC3, METK_DESVM ; A1VBJ1, METK_DESVV ; DR Q54F07, METK_DICDI ; A5EY13, METK_DICNV ; P40320, METK_DROME ; DR A7ZR64, METK_ECO24 ; B7UHY9, METK_ECO27 ; B7LFK4, METK_ECO55 ; DR P0A819, METK_ECO57 ; B5YQD9, METK_ECO5E ; B7NI05, METK_ECO7I ; @@ -64057,72 +64444,73 @@ DR B6I780, METK_ECOSE ; B1LDF1, METK_ECOSM ; C5BAV4, METK_EDWI9 ; DR A4WE78, METK_ENT38 ; Q837P9, METK_ENTFA ; B2VF06, METK_ERWT9 ; DR Q2N5U2, METK_ERYLH ; B7LPQ9, METK_ESCF3 ; A7HJA9, METK_FERNB ; DR B0S2I6, METK_FINM2 ; A5FJU1, METK_FLAJ1 ; A6GWA9, METK_FLAPJ ; -DR B0TX15, METK_FRAP2 ; A8LE19, METK_FRASN ; Q14JT0, METK_FRAT1 ; -DR A7NEB4, METK_FRATF ; Q2A1N2, METK_FRATH ; B2SFE1, METK_FRATM ; -DR A0Q862, METK_FRATN ; Q0BKD0, METK_FRATO ; Q5NIC7, METK_FRATT ; -DR A4IWA4, METK_FRATW ; Q8RGE5, METK_FUSNN ; Q5KW02, METK_GEOKA ; -DR Q39W48, METK_GEOMG ; P61946, METK_GEOSL ; C6E2L2, METK_GEOSM ; -DR C5D6E9, METK_GEOSW ; A4IRZ1, METK_GEOTN ; A5GA66, METK_GEOUR ; -DR B8F4B2, METK_GLAP5 ; B7KFF5, METK_GLOC7 ; Q7NHG0, METK_GLOVI ; -DR A9HE98, METK_GLUDA ; Q5FSK6, METK_GLUOX ; A7L2Z6, METK_GOSHI ; -DR Q0BPF5, METK_GRABC ; Q7VNG7, METK_HAEDU ; Q4QLC5, METK_HAEI8 ; -DR A5UCT6, METK_HAEIE ; A5UIU0, METK_HAEIG ; P43762, METK_HAEIN ; -DR Q2SLT3, METK_HAHCH ; Q9K7Q9, METK_HALH5 ; Q5V2S5, METK_HALMA ; -DR B0R5A8, METK_HALS3 ; Q9HQ73, METK_HALSA ; Q18H49, METK_HALWD ; -DR C4K3W7, METK_HAMD5 ; Q17YQ7, METK_HELAH ; Q7VFY5, METK_HELHP ; -DR B6JPU7, METK_HELP2 ; B5Z9W8, METK_HELPG ; Q1CUW4, METK_HELPH ; -DR Q9ZMN5, METK_HELPJ ; B2US27, METK_HELPS ; P56460, METK_HELPY ; -DR A4G977, METK_HERAR ; Q0I559, METK_HISS1 ; B0UWT3, METK_HISS2 ; -DR Q31EL0, METK_HYDCU ; A2BIZ8, METK_HYPBU ; Q0C429, METK_HYPNA ; -DR Q5QVM7, METK_IDILO ; A6T2Z1, METK_JANMA ; Q28UI9, METK_JANSC ; -DR B5XUA8, METK_KLEP3 ; A6TDV1, METK_KLEP7 ; C5CD66, METK_KOSOT ; -DR Q5FIN8, METK_LACAC ; B3WCC9, METK_LACCB ; A8YWU7, METK_LACH4 ; -DR Q74KS4, METK_LACJO ; Q9CEE0, METK_LACLA ; A2RN40, METK_LACLM ; -DR Q02WN8, METK_LACLS ; Q03AU4, METK_LACP3 ; A9KL72, METK_LACP7 ; -DR Q88XB8, METK_LACPL ; C1DCT7, METK_LARHH ; Q38YF8, METK_LATSS ; -DR Q7WYG5, METK_LEGJE ; Q5X3N0, METK_LEGPA ; A5IDK5, METK_LEGPC ; -DR Q5ZTY6, METK_LEGPH ; Q5WV18, METK_LEGPL ; O43938, METK_LEIIN ; -DR Q6AF79, METK_LEIXX ; Q04SB8, METK_LEPBJ ; Q050E4, METK_LEPBL ; -DR B1Y6S3, METK_LEPCP ; Q72SM5, METK_LEPIC ; Q8CXS7, METK_LEPIN ; -DR B1N092, METK_LEUCK ; Q03VI4, METK_LEUMM ; Q03QA4, METK_LEVBA ; -DR Q1WUT4, METK_LIGS1 ; B2GDG2, METK_LIMF3 ; A5VL29, METK_LIMRD ; -DR B2G8G3, METK_LIMRJ ; Q92AZ5, METK_LISIN ; C1KVW3, METK_LISMC ; -DR Q71Z03, METK_LISMF ; B8DFQ7, METK_LISMH ; Q8Y6M0, METK_LISMO ; -DR A0AJB9, METK_LISW6 ; Q84MM2, METK_LITCN ; A0LCX5, METK_MAGMM ; -DR Q2VYQ2, METK_MAGSA ; P80616, METK_MAIZE ; Q65UT4, METK_MANSM ; -DR Q0ALW2, METK_MARMM ; A6W3D6, METK_MARMS ; A1U547, METK_MARN8 ; -DR C6C1U5, METK_MARSD ; A4ULF8, METK_MEDSF ; A4PU48, METK_MEDTR ; -DR P93254, METK_MESCR ; Q6F1M6, METK_MESFL ; A6UU75, METK_META3 ; -DR Q8TU57, METK_METAC ; A7I771, METK_METB6 ; Q46CW6, METK_METBF ; -DR Q12WC8, METK_METBU ; B7KW92, METK_METC4 ; Q60CG7, METK_METCA ; -DR A9W731, METK_METEP ; Q1H4X2, METK_METFK ; Q2FN14, METK_METHJ ; -DR Q58605, METK_METJA ; Q8TV85, METK_METKA ; A4G0T1, METK_METM5 ; -DR A9A923, METK_METM6 ; A6VHQ4, METK_METM7 ; Q8PWS4, METK_METMA ; -DR P0CW62, METK_METMI ; P0CW63, METK_METMP ; B8IST7, METK_METNO ; -DR B1ZKT6, METK_METPB ; A2SKW6, METK_METPP ; B1M4Z8, METK_METRJ ; -DR A5UMW7, METK_METS3 ; B0UPH0, METK_METS4 ; Q2NEB3, METK_METST ; -DR O27429, METK_METTH ; P26498, METK_METTM ; A0B742, METK_METTP ; -DR A6UQS6, METK_METVS ; B0JUH1, METK_MICAN ; Q2RK28, METK_MOOTA ; -DR O22338, METK_MUSAC ; A0QI26, METK_MYCA1 ; Q7U051, METK_MYCBO ; -DR A1KII1, METK_MYCBP ; C1AN37, METK_MYCBT ; Q2SS11, METK_MYCCT ; -DR P47293, METK_MYCGE ; A4TBZ0, METK_MYCGI ; B8ZUM2, METK_MYCLB ; -DR Q9CCQ4, METK_MYCLE ; B2HP50, METK_MYCMM ; Q6MTB6, METK_MYCMS ; -DR Q741G5, METK_MYCPA ; P78003, METK_MYCPN ; Q98PM0, METK_MYCPU ; -DR A0QWT3, METK_MYCS2 ; Q4A5F4, METK_MYCS5 ; A3PZ71, METK_MYCSJ ; -DR A1UFL0, METK_MYCSK ; Q7WYN1, METK_MYCSM ; Q1B9F3, METK_MYCSS ; -DR A5U294, METK_MYCTA ; P9WGV0, METK_MYCTO ; P9WGV1, METK_MYCTU ; -DR A0PPJ8, METK_MYCUA ; A1T8H7, METK_MYCVP ; Q84FD3, METK_MYXXA ; -DR Q1CY83, METK_MYXXD ; Q3IQF5, METK_NATPD ; Q5FAC0, METK_NEIG1 ; -DR B4RQ36, METK_NEIG2 ; A9M1V8, METK_NEIM0 ; Q9JVV6, METK_NEIMA ; -DR Q9JY09, METK_NEIMB ; A1KS98, METK_NEIMF ; P48466, METK_NEUCR ; -DR Q0AEV7, METK_NITEC ; Q82WL2, METK_NITEU ; Q1QJR5, METK_NITHX ; -DR Q2Y5Z1, METK_NITMU ; Q3J7R5, METK_NITOC ; A6Q1Z8, METK_NITSB ; -DR Q5YTN0, METK_NOCFA ; A1SJF9, METK_NOCSJ ; B2IUI4, METK_NOSP7 ; -DR Q2GBP1, METK_NOVAD ; Q8EP05, METK_OCEIH ; Q04FL3, METK_OENOB ; -DR Q311V1, METK_OLEA2 ; A4S779, METK_OSTLU ; Q00VB2, METK_OSTTA ; -DR A1TKT9, METK_PARC0 ; A6LEL4, METK_PARD8 ; A1B374, METK_PARDP ; -DR A7HZ88, METK_PARL1 ; Q7U4S6, METK_PARMW ; B2JJY6, METK_PARP8 ; -DR B2T1P7, METK_PARPJ ; Q146W0, METK_PARXL ; P57897, METK_PASMU ; +DR B0TX15, METK_FRAP2 ; Q14JT0, METK_FRAT1 ; A7NEB4, METK_FRATF ; +DR Q2A1N2, METK_FRATH ; B2SFE1, METK_FRATM ; A0Q862, METK_FRATN ; +DR Q0BKD0, METK_FRATO ; Q5NIC7, METK_FRATT ; A4IWA4, METK_FRATW ; +DR Q8RGE5, METK_FUSNN ; Q5KW02, METK_GEOKA ; Q39W48, METK_GEOMG ; +DR P61946, METK_GEOSL ; C6E2L2, METK_GEOSM ; C5D6E9, METK_GEOSW ; +DR A4IRZ1, METK_GEOTN ; A5GA66, METK_GEOUR ; B8F4B2, METK_GLAP5 ; +DR B7KFF5, METK_GLOC7 ; Q7NHG0, METK_GLOVI ; A9HE98, METK_GLUDA ; +DR Q5FSK6, METK_GLUOX ; A7L2Z6, METK_GOSHI ; Q0BPF5, METK_GRABC ; +DR Q7VNG7, METK_HAEDU ; Q4QLC5, METK_HAEI8 ; A5UCT6, METK_HAEIE ; +DR A5UIU0, METK_HAEIG ; P43762, METK_HAEIN ; Q2SLT3, METK_HAHCH ; +DR Q9K7Q9, METK_HALH5 ; Q5V2S5, METK_HALMA ; B0R5A8, METK_HALS3 ; +DR Q9HQ73, METK_HALSA ; Q18H49, METK_HALWD ; C4K3W7, METK_HAMD5 ; +DR Q17YQ7, METK_HELAH ; Q7VFY5, METK_HELHP ; B6JPU7, METK_HELP2 ; +DR B5Z9W8, METK_HELPG ; Q1CUW4, METK_HELPH ; Q9ZMN5, METK_HELPJ ; +DR B2US27, METK_HELPS ; P56460, METK_HELPY ; A4G977, METK_HERAR ; +DR Q0I559, METK_HISS1 ; B0UWT3, METK_HISS2 ; Q31EL0, METK_HYDCU ; +DR A2BIZ8, METK_HYPBU ; Q0C429, METK_HYPNA ; Q5QVM7, METK_IDILO ; +DR A6T2Z1, METK_JANMA ; Q28UI9, METK_JANSC ; B5XUA8, METK_KLEP3 ; +DR A6TDV1, METK_KLEP7 ; C5CD66, METK_KOSOT ; Q5FIN8, METK_LACAC ; +DR B3WCC9, METK_LACCB ; A8YWU7, METK_LACH4 ; Q74KS4, METK_LACJO ; +DR Q9CEE0, METK_LACLA ; A2RN40, METK_LACLM ; Q02WN8, METK_LACLS ; +DR Q03AU4, METK_LACP3 ; A9KL72, METK_LACP7 ; Q88XB8, METK_LACPL ; +DR C1DCT7, METK_LARHH ; Q38YF8, METK_LATSS ; Q7WYG5, METK_LEGJE ; +DR Q5X3N0, METK_LEGPA ; A5IDK5, METK_LEGPC ; Q5ZTY6, METK_LEGPH ; +DR Q5WV18, METK_LEGPL ; O43938, METK_LEIIN ; Q6AF79, METK_LEIXX ; +DR Q04SB8, METK_LEPBJ ; Q050E4, METK_LEPBL ; B1Y6S3, METK_LEPCP ; +DR Q72SM5, METK_LEPIC ; Q8CXS7, METK_LEPIN ; B1N092, METK_LEUCK ; +DR Q03VI4, METK_LEUMM ; Q03QA4, METK_LEVBA ; Q1WUT4, METK_LIGS1 ; +DR B2GDG2, METK_LIMF3 ; A5VL29, METK_LIMRD ; B2G8G3, METK_LIMRJ ; +DR Q92AZ5, METK_LISIN ; C1KVW3, METK_LISMC ; Q71Z03, METK_LISMF ; +DR B8DFQ7, METK_LISMH ; Q8Y6M0, METK_LISMO ; A0AJB9, METK_LISW6 ; +DR Q84MM2, METK_LITCN ; A0LCX5, METK_MAGMM ; P80616, METK_MAIZE ; +DR Q65UT4, METK_MANSM ; Q0ALW2, METK_MARMM ; A6W3D6, METK_MARMS ; +DR A1U547, METK_MARN8 ; C6C1U5, METK_MARSD ; A4ULF8, METK_MEDSF ; +DR A4PU48, METK_MEDTR ; P93254, METK_MESCR ; Q6F1M6, METK_MESFL ; +DR A6UU75, METK_META3 ; Q8TU57, METK_METAC ; A7I771, METK_METB6 ; +DR Q46CW6, METK_METBF ; Q12WC8, METK_METBU ; B7KW92, METK_METC4 ; +DR Q60CG7, METK_METCA ; A9W731, METK_METEP ; Q1H4X2, METK_METFK ; +DR Q2FN14, METK_METHJ ; Q58605, METK_METJA ; Q8TV85, METK_METKA ; +DR A4G0T1, METK_METM5 ; A9A923, METK_METM6 ; A6VHQ4, METK_METM7 ; +DR Q8PWS4, METK_METMA ; P0CW62, METK_METMI ; P0CW63, METK_METMP ; +DR B8IST7, METK_METNO ; B1ZKT6, METK_METPB ; A2SKW6, METK_METPP ; +DR B1M4Z8, METK_METRJ ; A5UMW7, METK_METS3 ; B0UPH0, METK_METS4 ; +DR Q2NEB3, METK_METST ; O27429, METK_METTH ; P26498, METK_METTM ; +DR A0B742, METK_METTP ; A6UQS6, METK_METVS ; B0JUH1, METK_MICAN ; +DR Q2RK28, METK_MOOTA ; O22338, METK_MUSAC ; A0QI26, METK_MYCA1 ; +DR Q7U051, METK_MYCBO ; A1KII1, METK_MYCBP ; C1AN37, METK_MYCBT ; +DR Q2SS11, METK_MYCCT ; P47293, METK_MYCGE ; A4TBZ0, METK_MYCGI ; +DR B8ZUM2, METK_MYCLB ; Q9CCQ4, METK_MYCLE ; B2HP50, METK_MYCMM ; +DR Q6MTB6, METK_MYCMS ; Q741G5, METK_MYCPA ; P78003, METK_MYCPN ; +DR Q98PM0, METK_MYCPU ; A0QWT3, METK_MYCS2 ; Q4A5F4, METK_MYCS5 ; +DR A3PZ71, METK_MYCSJ ; A1UFL0, METK_MYCSK ; Q7WYN1, METK_MYCSM ; +DR Q1B9F3, METK_MYCSS ; A5U294, METK_MYCTA ; P9WGV0, METK_MYCTO ; +DR P9WGV1, METK_MYCTU ; A0PPJ8, METK_MYCUA ; A1T8H7, METK_MYCVP ; +DR Q84FD3, METK_MYXXA ; Q1CY83, METK_MYXXD ; Q3IQF5, METK_NATPD ; +DR Q5FAC0, METK_NEIG1 ; B4RQ36, METK_NEIG2 ; A9M1V8, METK_NEIM0 ; +DR Q9JVV6, METK_NEIMA ; Q9JY09, METK_NEIMB ; A1KS98, METK_NEIMF ; +DR P48466, METK_NEUCR ; Q0AEV7, METK_NITEC ; Q82WL2, METK_NITEU ; +DR Q1QJR5, METK_NITHX ; Q2Y5Z1, METK_NITMU ; Q3J7R5, METK_NITOC ; +DR A6Q1Z8, METK_NITSB ; Q729A3, METK_NITV2 ; A1VBJ1, METK_NITV4 ; +DR B8DSC3, METK_NITV9 ; Q5YTN0, METK_NOCFA ; A1SJF9, METK_NOCSJ ; +DR B2IUI4, METK_NOSP7 ; Q2GBP1, METK_NOVAD ; Q8EP05, METK_OCEIH ; +DR Q04FL3, METK_OENOB ; Q311V1, METK_OLEA2 ; A4S779, METK_OSTLU ; +DR Q00VB2, METK_OSTTA ; A1TKT9, METK_PARC0 ; A6LEL4, METK_PARD8 ; +DR A1B374, METK_PARDP ; A7HZ88, METK_PARL1 ; Q2VYQ2, METK_PARM1 ; +DR Q7U4S6, METK_PARMW ; B2JJY6, METK_PARP8 ; B2T1P7, METK_PARPJ ; +DR A8LE19, METK_PARS2 ; Q146W0, METK_PARXL ; P57897, METK_PASMU ; DR Q6D081, METK_PECAS ; C6DFI3, METK_PECCP ; Q03GG8, METK_PEDPA ; DR B4SD42, METK_PELPB ; A5CYJ7, METK_PELTS ; Q4FNN1, METK_PELUB ; DR A9BHX2, METK_PETMO ; Q8W3Y4, METK_PHALU ; Q7N119, METK_PHOLL ; @@ -64211,8 +64599,8 @@ DR B7VKB3, METK_VIBA3 ; A7MTQ7, METK_VIBC1 ; A5F9H4, METK_VIBC3 ; DR Q9KUP3, METK_VIBCH ; C3LRY9, METK_VIBCM ; Q87LK6, METK_VIBPA ; DR Q8DCA3, METK_VIBVU ; Q7MHK6, METK_VIBVY ; B0LXM0, METK_WHEAT ; DR Q8D2N8, METK_WIGBR ; Q7M7Z2, METK_WOLSU ; Q8PP75, METK_XANAC ; -DR Q3BXB7, METK_XANC5 ; Q4UR08, METK_XANC8 ; B0RV66, METK_XANCB ; -DR Q8PCH3, METK_XANCP ; Q2NZF1, METK_XANOM ; B2SPP5, METK_XANOP ; +DR Q4UR08, METK_XANC8 ; B0RV66, METK_XANCB ; Q8PCH3, METK_XANCP ; +DR Q3BXB7, METK_XANE5 ; Q2NZF1, METK_XANOM ; B2SPP5, METK_XANOP ; DR Q5GW76, METK_XANOR ; B2I898, METK_XYLF2 ; Q9PGB0, METK_XYLFA ; DR B0U4E7, METK_XYLFM ; Q87AY6, METK_XYLFT ; A1JPS4, METK_YERE8 ; DR A7FEZ7, METK_YERP3 ; Q1CB69, METK_YERPA ; B2K0S7, METK_YERPB ; @@ -64314,7 +64702,6 @@ DR B3R7A2, MURA_CUPTR ; Q47AK9, MURA_DECAR ; C1CX71, MURA_DEIDV ; DR Q1IYK3, MURA_DEIGD ; Q9RVA6, MURA_DEIRA ; A9BX80, MURA_DELAS ; DR C0QDM7, MURA_DESAH ; B8FKV1, MURA_DESAL ; B8J283, MURA_DESDA ; DR A8ZWM4, MURA_DESOH ; Q6AJM7, MURA_DESPS ; Q9ZH21, MURA_DESTE ; -DR Q726D3, MURA_DESVH ; B8DMV2, MURA_DESVM ; A1V9N9, MURA_DESVV ; DR A5EYD6, MURA_DICNV ; A8LS12, MURA_DINSH ; A7ZS86, MURA_ECO24 ; DR B7UJS9, MURA_ECO27 ; B7MBV8, MURA_ECO45 ; B7LHP8, MURA_ECO55 ; DR Q8X9J9, MURA_ECO57 ; B5YS78, MURA_ECO5E ; B7NKQ6, MURA_ECO7I ; @@ -64340,23 +64727,24 @@ DR A6T383, MURA_JANMA ; Q28NA9, MURA_JANSC ; B5XSV2, MURA_KLEP3 ; DR A6TEK8, MURA_KLEP7 ; Q1IPU1, MURA_KORVE ; C5CFW2, MURA_KOSOT ; DR Q5FME5, MURA_LACAC ; Q74LG1, MURA_LACJO ; C1DBX7, MURA_LARHH ; DR Q1MQ35, MURA_LAWIP ; Q5X6Q6, MURA_LEGPA ; Q5ZX85, MURA_LEGPH ; -DR B1XX71, MURA_LEPCP ; A0L6Y9, MURA_MAGMM ; Q2W5T9, MURA_MAGSA ; -DR Q65RU6, MURA_MANSM ; Q0AQL8, MURA_MARMM ; A1U459, MURA_MARN8 ; -DR C6BW35, MURA_MARSD ; B7KYA2, MURA_METC4 ; Q606Q0, MURA_METCA ; -DR A9W480, MURA_METEP ; Q1H4S0, MURA_METFK ; B3DYW2, MURA_METI4 ; -DR B8IH95, MURA_METNO ; B1ZKB3, MURA_METPB ; B1LUQ0, MURA_METRJ ; -DR B0UL80, MURA_METS4 ; B8ESQ9, MURA_METSB ; O32849, MURA_MYCA9 ; -DR P0A5L3, MURA_MYCBO ; O32857, MURA_MYCCH ; O32858, MURA_MYCFO ; -DR P45821, MURA_MYCLE ; O33159, MURA_MYCNE ; Q73X63, MURA_MYCPA ; -DR O33160, MURA_MYCPH ; Q59561, MURA_MYCSM ; P9WJM0, MURA_MYCTO ; -DR P9WJM1, MURA_MYCTU ; Q1D2Q7, MURA_MYXXD ; Q5F5K6, MURA_NEIG1 ; -DR B4RPR2, MURA_NEIG2 ; A9LZI5, MURA_NEIM0 ; Q9JWS7, MURA_NEIMA ; -DR Q9K1Q9, MURA_NEIMB ; A1KWN7, MURA_NEIMF ; Q0AFT2, MURA_NITEC ; -DR Q82TN2, MURA_NITEU ; Q1QRG4, MURA_NITHX ; Q2YAN2, MURA_NITMU ; -DR Q3J7G9, MURA_NITOC ; A6Q3K8, MURA_NITSB ; Q3SW27, MURA_NITWN ; -DR Q5Z0X7, MURA_NOCFA ; Q8Z0C4, MURA_NOSS1 ; Q2GB76, MURA_NOVAD ; -DR Q315P9, MURA_OLEA2 ; A5CER5, MURA_ORITB ; B3CSG3, MURA_ORITI ; -DR A1TKY2, MURA_PARC0 ; A1B3F9, MURA_PARDP ; A7HQF9, MURA_PARL1 ; +DR B1XX71, MURA_LEPCP ; A0L6Y9, MURA_MAGMM ; Q65RU6, MURA_MANSM ; +DR Q0AQL8, MURA_MARMM ; A1U459, MURA_MARN8 ; C6BW35, MURA_MARSD ; +DR B7KYA2, MURA_METC4 ; Q606Q0, MURA_METCA ; A9W480, MURA_METEP ; +DR Q1H4S0, MURA_METFK ; B3DYW2, MURA_METI4 ; B8IH95, MURA_METNO ; +DR B1ZKB3, MURA_METPB ; B1LUQ0, MURA_METRJ ; B0UL80, MURA_METS4 ; +DR B8ESQ9, MURA_METSB ; O32849, MURA_MYCA9 ; P0A5L3, MURA_MYCBO ; +DR O32857, MURA_MYCCH ; O32858, MURA_MYCFO ; P45821, MURA_MYCLE ; +DR O33159, MURA_MYCNE ; Q73X63, MURA_MYCPA ; O33160, MURA_MYCPH ; +DR Q59561, MURA_MYCSM ; P9WJM0, MURA_MYCTO ; P9WJM1, MURA_MYCTU ; +DR Q1D2Q7, MURA_MYXXD ; Q5F5K6, MURA_NEIG1 ; B4RPR2, MURA_NEIG2 ; +DR A9LZI5, MURA_NEIM0 ; Q9JWS7, MURA_NEIMA ; Q9K1Q9, MURA_NEIMB ; +DR A1KWN7, MURA_NEIMF ; Q0AFT2, MURA_NITEC ; Q82TN2, MURA_NITEU ; +DR Q1QRG4, MURA_NITHX ; Q2YAN2, MURA_NITMU ; Q3J7G9, MURA_NITOC ; +DR A6Q3K8, MURA_NITSB ; Q726D3, MURA_NITV2 ; A1V9N9, MURA_NITV4 ; +DR B8DMV2, MURA_NITV9 ; Q3SW27, MURA_NITWN ; Q5Z0X7, MURA_NOCFA ; +DR Q8Z0C4, MURA_NOSS1 ; Q2GB76, MURA_NOVAD ; Q315P9, MURA_OLEA2 ; +DR A5CER5, MURA_ORITB ; B3CSG3, MURA_ORITI ; A1TKY2, MURA_PARC0 ; +DR A1B3F9, MURA_PARDP ; A7HQF9, MURA_PARL1 ; Q2W5T9, MURA_PARM1 ; DR Q7U5R6, MURA_PARMW ; B2JHY7, MURA_PARP8 ; B2SZ71, MURA_PARPJ ; DR Q6MEP6, MURA_PARUW ; Q13TQ2, MURA_PARXL ; P57821, MURA_PASMU ; DR Q6DAF2, MURA_PECAS ; C6DIP6, MURA_PECCP ; B4SEZ5, MURA_PELPB ; @@ -64415,8 +64803,8 @@ DR A7MSC7, MURA_VIBC1 ; A5F5B4, MURA_VIBC3 ; Q9KP62, MURA_VIBCH ; DR C3LR55, MURA_VIBCM ; Q87LF4, MURA_VIBPA ; Q8DEB6, MURA_VIBVU ; DR Q7MPA3, MURA_VIBVY ; Q8D2M5, MURA_WIGBR ; Q73FX6, MURA_WOLPM ; DR B3CLV0, MURA_WOLPP ; Q7MAC1, MURA_WOLSU ; Q5GRP6, MURA_WOLTR ; -DR C0R4M1, MURA_WOLWR ; Q8PID3, MURA_XANAC ; Q3BQX2, MURA_XANC5 ; -DR Q4UX36, MURA_XANC8 ; B0RQI0, MURA_XANCB ; Q8P719, MURA_XANCP ; +DR C0R4M1, MURA_WOLWR ; Q8PID3, MURA_XANAC ; Q4UX36, MURA_XANC8 ; +DR B0RQI0, MURA_XANCB ; Q8P719, MURA_XANCP ; Q3BQX2, MURA_XANE5 ; DR Q2P682, MURA_XANOM ; B2SJY7, MURA_XANOP ; Q5H3C7, MURA_XANOR ; DR A7IK18, MURA_XANP2 ; B2I9M4, MURA_XYLF2 ; Q9PDG4, MURA_XYLFA ; DR B0U6N8, MURA_XYLFM ; Q87DN8, MURA_XYLFT ; A1JRA1, MURA_YERE8 ; @@ -64454,43 +64842,44 @@ CC -!- Some forms of this enzyme will also use dimethylallyl diphosphate as CC a substrate. CC -!- The enzyme will not accept larger prenyl diphosphates as efficient CC donors. -DR Q672V6, ATMG_ASPFL ; B1XJV9, CRTE_PICP2 ; P9WEX3, DPASD_APISA; -DR H1VQB1, DPCHD_COLHI; I1RL14, DPFGD_GIBZE; P9WEX9, DPMAD_METAN; -DR P9WEW8, DPMPD_MACPH; Q4WEB8, ERG20_ASPFU; A0A1D8PH78, ERG20_CANAL; -DR B4YA15, ERG20_GANLU; V6RG22, ERG20_GIBZE; O14230, ERG20_SCHPO; -DR P08524, ERG20_YEAST; A0A1V0QSA8, ERIE_HERER ; Q09152, FPPS1_ARATH; -DR Q7XYS9, FPPS1_ARTSI; P49351, FPPS1_LUPAL; O24241, FPPS1_PARAR; -DR Q43315, FPPS2_ARATH; Q7XYT0, FPPS2_ARTSI; P49352, FPPS2_LUPAL; -DR O24242, FPPS2_PARAR; P49350, FPPS_ARTAN ; Q8WMY2, FPPS_BOVIN ; -DR P08836, FPPS_CHICK ; Q92235, FPPS_GIBFU ; O64905, FPPS_HELAN ; -DR P14324, FPPS_HUMAN ; P49349, FPPS_KLULA ; P49353, FPPS_MAIZE ; -DR Q920E5, FPPS_MOUSE ; A0A343W970, FPPS_MURHI ; P0A5H9, FPPS_MYCBO ; -DR P9WKH0, FPPS_MYCTO ; P9WKH1, FPPS_MYCTU ; Q92250, FPPS_NEUCR ; -DR P05369, FPPS_RAT ; Q9NH03, FPS_DICDI ; Q4JHN6, FPS_PANGI ; -DR S0E627, GA5_GIBF5 ; O53507, GFPPS_MYCTU; A0A858E6N7, GGDPS_MELLI; -DR A0A858E7G0, GGDPS_MELLP; P34802, GGPP1_ARATH; O04046, GGPP2_ARATH; -DR Q9LUD9, GGPP3_ARATH; Q9SLG2, GGPP4_ARATH; O22043, GGPP6_ARATH; -DR Q9ZU77, GGPP7_ARATH; Q9LRR0, GGPP8_ARATH; Q9LUE1, GGPP9_ARATH; -DR Q9LJY2, GGPPA_ARATH; Q9LIA0, GGPPB_ARATH; Q9LHR4, GGPPC_ARATH; -DR P56966, GGPPS_BOVIN; P80042, GGPPS_CAPAN; Q42698, GGPPS_CATRO; -DR Q54BK1, GGPPS_DICDI; Q758K0, GGPPS_EREGS; A0A0A7GEY4, GGPPS_GEOAI; -DR Q92236, GGPPS_GIBFU; Q94ID7, GGPPS_HEVBR; O95749, GGPPS_HUMAN; -DR Q9WTN0, GGPPS_MOUSE; Q9P885, GGPPS_MUCCL; P24322, GGPPS_NEUCR; -DR Q6F596, GGPPS_RAT ; O59703, GGPPS_SCHPO; Q43133, GGPPS_SINAL; -DR Q12051, GGPPS_YEAST; A0A2I6PJ05, GGS1_HYPPI ; B2DBE8, GGS1_PHOAM ; -DR F9WWF1, GGS2_ZYMTI ; F9XLC1, GGS3_ZYMTI ; B2DBE9, GGS4_PHOAM ; -DR Q6F5E6, GGS_NEOBT ; F9WZD2, GSS1_ZYMTI ; J7FIX8, IDTG_CLAPA ; -DR O66952, ISPA_AQUAE ; P54383, ISPA_BACSU ; Q45220, ISPA_BRADU ; -DR P57537, ISPA_BUCAI ; Q8K9A0, ISPA_BUCAP ; P22939, ISPA_ECOLI ; -DR Q08291, ISPA_GEOSE ; P45204, ISPA_HAEIN ; O66126, ISPA_MICLU ; -DR P55539, ISPA_SINFN ; A0A0E3D8M9, JANG_PENJA ; Q56RZ3, LTMG_EPIFF ; -DR Q56RZ7, LTMG_EPIFI ; O06428, NPPPS_MYCTU; P9WEQ2, OLCC_PENCN ; -DR Q9C446, PAXG_PENPX ; A0A1U8QLG8, PBCB_EMENI ; A0A0E3D8P4, PENG_PENCR ; -DR A0A2L0VXR5, PLE4_CLIPA ; A0A6S6QJ62, PLE4_RHOPP ; A0A140JWS2, PTMG_PENSI ; -DR A0A1B4XBK0, SDNC_SORAA ; E9F5E9, SUBD_METRA ; Q65164, TPRT_ASFB7 ; -DR P0C9E2, TPRT_ASFK5 ; Q8V9T7, TPRT_ASFM2 ; P0C9E0, TPRT_ASFP4 ; -DR P0C9E1, TPRT_ASFWA ; D7PHZ5, VRTD_PENAE ; Q55EU7, Y8742_DICDI; -DR Q54XP1, Y8823_DICDI; +DR Q672V6, ATMG_ASPFL ; A0A3S5XFG0, CLE6_ASPVE ; B1XJV9, CRTE_PICP2 ; +DR P9WEX3, DPASD_APISA; H1VQB1, DPCHD_COLHI; I1RL14, DPFGD_GIBZE; +DR P9WEX9, DPMAD_METAN; P9WEW8, DPMPD_MACPH; Q4WEB8, ERG20_ASPFU; +DR A0A1D8PH78, ERG20_CANAL; B4YA15, ERG20_GANLU; V6RG22, ERG20_GIBZE; +DR O14230, ERG20_SCHPO; P08524, ERG20_YEAST; A0A1V0QSA8, ERIE_HERER ; +DR A0A8D5M3Y5, ESDPD_PENSH; Q09152, FPPS1_ARATH; Q7XYS9, FPPS1_ARTSI; +DR A0A7J6HWR9, FPPS1_CANSA; P49351, FPPS1_LUPAL; O24241, FPPS1_PARAR; +DR Q43315, FPPS2_ARATH; Q7XYT0, FPPS2_ARTSI; A0A1V0QSH7, FPPS2_CANSA; +DR P49352, FPPS2_LUPAL; O24242, FPPS2_PARAR; P49350, FPPS_ARTAN ; +DR Q8WMY2, FPPS_BOVIN ; P08836, FPPS_CHICK ; Q92235, FPPS_GIBFU ; +DR O64905, FPPS_HELAN ; P14324, FPPS_HUMAN ; P49349, FPPS_KLULA ; +DR P49353, FPPS_MAIZE ; Q920E5, FPPS_MOUSE ; A0A343W970, FPPS_MURHI ; +DR P0A5H9, FPPS_MYCBO ; P9WKH0, FPPS_MYCTO ; P9WKH1, FPPS_MYCTU ; +DR Q92250, FPPS_NEUCR ; P05369, FPPS_RAT ; Q9NH03, FPS_DICDI ; +DR Q4JHN6, FPS_PANGI ; S0E627, GA5_GIBF5 ; O53507, GFPPS_MYCTU; +DR A0A858E6N7, GGDPS_MELLI; A0A858E7G0, GGDPS_MELLP; P34802, GGPP1_ARATH; +DR O04046, GGPP2_ARATH; Q9LUD9, GGPP3_ARATH; Q9SLG2, GGPP4_ARATH; +DR O22043, GGPP6_ARATH; Q9ZU77, GGPP7_ARATH; Q9LRR0, GGPP8_ARATH; +DR Q9LUE1, GGPP9_ARATH; Q9LJY2, GGPPA_ARATH; Q9LIA0, GGPPB_ARATH; +DR Q9LHR4, GGPPC_ARATH; P56966, GGPPS_BOVIN; P80042, GGPPS_CAPAN; +DR Q42698, GGPPS_CATRO; Q54BK1, GGPPS_DICDI; Q758K0, GGPPS_EREGS; +DR A0A0A7GEY4, GGPPS_GEOAI; Q92236, GGPPS_GIBFU; Q94ID7, GGPPS_HEVBR; +DR O95749, GGPPS_HUMAN; Q9WTN0, GGPPS_MOUSE; Q9P885, GGPPS_MUCCL; +DR P24322, GGPPS_NEUCR; Q6F596, GGPPS_RAT ; O59703, GGPPS_SCHPO; +DR Q43133, GGPPS_SINAL; Q12051, GGPPS_YEAST; A0A2I6PJ05, GGS1_HYPPI ; +DR B2DBE8, GGS1_PHOAM ; F9WWF1, GGS2_ZYMTI ; F9XLC1, GGS3_ZYMTI ; +DR B2DBE9, GGS4_PHOAM ; Q6F5E6, GGS_NEOBT ; F9WZD2, GSS1_ZYMTI ; +DR J7FIX8, IDTG_CLAPA ; O66952, ISPA_AQUAE ; P54383, ISPA_BACSU ; +DR Q45220, ISPA_BRADU ; P57537, ISPA_BUCAI ; Q8K9A0, ISPA_BUCAP ; +DR P22939, ISPA_ECOLI ; Q08291, ISPA_GEOSE ; P45204, ISPA_HAEIN ; +DR O66126, ISPA_MICLU ; P55539, ISPA_SINFN ; A0A0E3D8M9, JANG_PENJA ; +DR Q56RZ3, LTMG_EPIFF ; Q56RZ7, LTMG_EPIFI ; O06428, NPPPS_MYCTU; +DR P9WEQ2, OLCC_PENCN ; Q9C446, PAXG_PENPX ; A0A1U8QLG8, PBCB_EMENI ; +DR A0A0E3D8P4, PENG_PENCR ; A0A2L0VXR5, PLE4_CLIPA ; A0A6S6QJ62, PLE4_RHOPP ; +DR A0A140JWS2, PTMG_PENSI ; A0A1B4XBK0, SDNC_SORAA ; E9F5E9, SUBD_METRA ; +DR Q65164, TPRT_ASFB7 ; P0C9E2, TPRT_ASFK5 ; Q8V9T7, TPRT_ASFM2 ; +DR P0C9E0, TPRT_ASFP4 ; P0C9E1, TPRT_ASFWA ; D7PHZ5, VRTD_PENAE ; +DR Q55EU7, Y8742_DICDI; Q54XP1, Y8823_DICDI; // ID 2.5.1.11 DE Transferred entry: 2.5.1.84 and 2.5.1.85. @@ -64618,8 +65007,8 @@ DR Q5JFG9, SPEE_THEKO ; Q9WZC2, SPEE_THEMA ; B9KAY3, SPEE_THENN ; DR B6YXJ9, SPEE_THEON ; A5IJD3, SPEE_THEP1 ; B0K9I5, SPEE_THEP3 ; DR B0K172, SPEE_THEPX ; Q72K55, SPEE_THET2 ; Q97BN7, SPEE_THEVO ; DR B8GQ45, SPEE_THISH ; Q8D3Q3, SPEE_VIBVU ; Q7MF74, SPEE_VIBVY ; -DR Q7M7Q6, SPEE_WOLSU ; Q8PFQ4, SPEE_XANAC ; Q3BN93, SPEE_XANC5 ; -DR Q4UPN0, SPEE_XANC8 ; B0RXN7, SPEE_XANCB ; Q8P447, SPEE_XANCP ; +DR Q7M7Q6, SPEE_WOLSU ; Q8PFQ4, SPEE_XANAC ; Q4UPN0, SPEE_XANC8 ; +DR B0RXN7, SPEE_XANCB ; Q8P447, SPEE_XANCP ; Q3BN93, SPEE_XANE5 ; DR Q2P928, SPEE_XANOM ; B2SHF6, SPEE_XANOP ; Q5H6E7, SPEE_XANOR ; DR B2I6M0, SPEE_XYLF2 ; Q9PH03, SPEE_XYLFA ; B0U1H5, SPEE_XYLFM ; DR Q87F26, SPEE_XYLFT ; Q12074, SPEE_YEAST ; A1JJM8, SPEE_YERE8 ; @@ -64750,9 +65139,9 @@ DR O09131, GSTO1_MOUSE; Q9N1F5, GSTO1_PIG ; Q9Z339, GSTO1_RAT ; DR A8XT16, GSTO2_CAEBR; P34277, GSTO2_CAEEL; Q9H4Y5, GSTO2_HUMAN; DR Q8K2Q2, GSTO2_MOUSE; Q6AXV9, GSTO2_RAT ; P81124, GSTO_APLCA ; DR P28801, GSTP1_BOVIN; P81942, GSTP1_BUFBU; P10299, GSTP1_CAEEL; -DR Q9TTY8, GSTP1_CAPHI; P46424, GSTP1_CRILO; P47954, GSTP1_CRIMI; -DR P09211, GSTP1_HUMAN; Q28514, GSTP1_MACMU; Q60550, GSTP1_MESAU; -DR P19157, GSTP1_MOUSE; P80031, GSTP1_PIG ; Q5R8R5, GSTP1_PONAB; +DR Q9TTY8, GSTP1_CAPHI; P46424, GSTP1_CRILO; P09211, GSTP1_HUMAN; +DR Q28514, GSTP1_MACMU; Q60550, GSTP1_MESAU; P19157, GSTP1_MOUSE; +DR P47954, GSTP1_NOTMI; P80031, GSTP1_PIG ; Q5R8R5, GSTP1_PONAB; DR P04906, GSTP1_RAT ; Q8JFZ2, GSTP1_XENLA; P83325, GSTP2_BUFBU; DR P46425, GSTP2_MOUSE; Q9N4X8, GSTPA_CAEEL; P46426, GSTP_DIRIM ; DR P46427, GSTP_ONCVO ; P41043, GSTS1_DROME; Q9ZRT5, GSTT1_ARATH; @@ -64923,28 +65312,28 @@ DR Q72PM1, AROA_LEPIC ; Q8F6P5, AROA_LEPIN ; B1MYD1, AROA_LEUCK ; DR Q03X10, AROA_LEUMM ; B2GCR0, AROA_LIMF3 ; Q92A85, AROA_LISIN ; DR C1KWM3, AROA_LISMC ; Q71Y92, AROA_LISMF ; B8DC03, AROA_LISMH ; DR Q8Y5Y0, AROA_LISMO ; A0AK35, AROA_LISW6 ; A0L408, AROA_MAGMM ; -DR Q2VZA8, AROA_MAGSA ; P54220, AROA_MANHA ; Q65S78, AROA_MANSM ; -DR Q0ATJ1, AROA_MARMM ; A6VXX9, AROA_MARMS ; A6UTB9, AROA_META3 ; -DR Q8THH3, AROA_METAC ; Q0W6Q9, AROA_METAR ; A7I8L8, AROA_METB6 ; -DR Q12X18, AROA_METBU ; B7KZL6, AROA_METC4 ; Q608S5, AROA_METCA ; -DR Q2FQ54, AROA_METHJ ; Q57925, AROA_METJA ; Q8TXN4, AROA_METKA ; -DR A2SU05, AROA_METLZ ; A4FWX2, AROA_METM5 ; A9AAA7, AROA_METM6 ; -DR A6VGE5, AROA_METM7 ; Q8PXI0, AROA_METMA ; A3CV28, AROA_METMJ ; -DR Q6LXY8, AROA_METMP ; B1ZLG6, AROA_METPB ; B8GF70, AROA_METPE ; -DR B1M0N9, AROA_METRJ ; A5UJV0, AROA_METS3 ; B0UC54, AROA_METS4 ; -DR Q2NH05, AROA_METST ; O26860, AROA_METTH ; A0B7Z0, AROA_METTP ; -DR A6UPK5, AROA_METVS ; Q7TWY4, AROA_MYCBO ; C1AH01, AROA_MYCBT ; -DR A4TFB8, AROA_MYCGI ; Q9CCI3, AROA_MYCLE ; B2HES1, AROA_MYCMM ; -DR Q73UN2, AROA_MYCPA ; A3PWC1, AROA_MYCSJ ; A1UCN4, AROA_MYCSK ; -DR Q1BCB0, AROA_MYCSS ; A5U7Q1, AROA_MYCTA ; P9WPY4, AROA_MYCTO ; -DR P9WPY5, AROA_MYCTU ; A0PRD3, AROA_MYCUA ; A1T5Z3, AROA_MYCVP ; -DR Q3IQG6, AROA_NATPD ; Q5F889, AROA_NEIG1 ; B4RL93, AROA_NEIG2 ; -DR Q9JTT3, AROA_NEIMA ; Q9JYU1, AROA_NEIMB ; A1KUN6, AROA_NEIMF ; -DR Q0AIZ5, AROA_NITEC ; Q82TD4, AROA_NITEU ; Q1QRT1, AROA_NITHX ; -DR A9A231, AROA_NITMS ; Q3JEN6, AROA_NITOC ; A6Q2R6, AROA_NITSB ; -DR Q3SW64, AROA_NITWN ; B2IYE4, AROA_NOSP7 ; Q8YMB5, AROA_NOSS1 ; -DR Q2G8Q3, AROA_NOVAD ; Q8EQC1, AROA_OCEIH ; Q04HC7, AROA_OENOB ; -DR B1ZMW8, AROA_OPITP ; A1B474, AROA_PARDP ; A7HPE1, AROA_PARL1 ; +DR P54220, AROA_MANHA ; Q65S78, AROA_MANSM ; Q0ATJ1, AROA_MARMM ; +DR A6VXX9, AROA_MARMS ; A6UTB9, AROA_META3 ; Q8THH3, AROA_METAC ; +DR Q0W6Q9, AROA_METAR ; A7I8L8, AROA_METB6 ; Q12X18, AROA_METBU ; +DR B7KZL6, AROA_METC4 ; Q608S5, AROA_METCA ; Q2FQ54, AROA_METHJ ; +DR Q57925, AROA_METJA ; Q8TXN4, AROA_METKA ; A2SU05, AROA_METLZ ; +DR A4FWX2, AROA_METM5 ; A9AAA7, AROA_METM6 ; A6VGE5, AROA_METM7 ; +DR Q8PXI0, AROA_METMA ; A3CV28, AROA_METMJ ; Q6LXY8, AROA_METMP ; +DR B1ZLG6, AROA_METPB ; B8GF70, AROA_METPE ; B1M0N9, AROA_METRJ ; +DR A5UJV0, AROA_METS3 ; B0UC54, AROA_METS4 ; Q2NH05, AROA_METST ; +DR O26860, AROA_METTH ; A0B7Z0, AROA_METTP ; A6UPK5, AROA_METVS ; +DR Q7TWY4, AROA_MYCBO ; C1AH01, AROA_MYCBT ; A4TFB8, AROA_MYCGI ; +DR Q9CCI3, AROA_MYCLE ; B2HES1, AROA_MYCMM ; Q73UN2, AROA_MYCPA ; +DR A3PWC1, AROA_MYCSJ ; A1UCN4, AROA_MYCSK ; Q1BCB0, AROA_MYCSS ; +DR A5U7Q1, AROA_MYCTA ; P9WPY4, AROA_MYCTO ; P9WPY5, AROA_MYCTU ; +DR A0PRD3, AROA_MYCUA ; A1T5Z3, AROA_MYCVP ; Q3IQG6, AROA_NATPD ; +DR Q5F889, AROA_NEIG1 ; B4RL93, AROA_NEIG2 ; Q9JTT3, AROA_NEIMA ; +DR Q9JYU1, AROA_NEIMB ; A1KUN6, AROA_NEIMF ; Q0AIZ5, AROA_NITEC ; +DR Q82TD4, AROA_NITEU ; Q1QRT1, AROA_NITHX ; A9A231, AROA_NITMS ; +DR Q3JEN6, AROA_NITOC ; A6Q2R6, AROA_NITSB ; Q3SW64, AROA_NITWN ; +DR B2IYE4, AROA_NOSP7 ; Q8YMB5, AROA_NOSS1 ; Q2G8Q3, AROA_NOVAD ; +DR Q8EQC1, AROA_OCEIH ; Q04HC7, AROA_OENOB ; B1ZMW8, AROA_OPITP ; +DR A1B474, AROA_PARDP ; A7HPE1, AROA_PARL1 ; Q2VZA8, AROA_PARM1 ; DR Q7U7H8, AROA_PARMW ; B2JF04, AROA_PARP8 ; B2T630, AROA_PARPJ ; DR Q13VC2, AROA_PARXL ; Q04570, AROA_PASMU ; Q6D401, AROA_PECAS ; DR C6DF65, AROA_PECCP ; B4SFD3, AROA_PELPB ; A1ANP7, AROA_PELPD ; @@ -65018,8 +65407,8 @@ DR C4LEG3, AROA_TOLAT ; Q3MAV9, AROA_TRIV2 ; Q83I86, AROA_TROW8 ; DR A5CWH5, AROA_VESOH ; B7VM38, AROA_VIBA3 ; A7N1K3, AROA_VIBC1 ; DR A5F7G5, AROA_VIBC3 ; Q9KRB0, AROA_VIBCH ; C3LN54, AROA_VIBCM ; DR Q87QX9, AROA_VIBPA ; Q7MJ45, AROA_VIBVY ; Q7M8Y7, AROA_WOLSU ; -DR Q8PLY5, AROA_XANAC ; Q3BUZ1, AROA_XANC5 ; Q4UTD1, AROA_XANC8 ; -DR B0RUW1, AROA_XANCB ; Q8PA95, AROA_XANCP ; Q2P356, AROA_XANOM ; +DR Q8PLY5, AROA_XANAC ; Q4UTD1, AROA_XANC8 ; B0RUW1, AROA_XANCB ; +DR Q8PA95, AROA_XANCP ; Q3BUZ1, AROA_XANE5 ; Q2P356, AROA_XANOM ; DR B2SJJ3, AROA_XANOP ; Q5H081, AROA_XANOR ; Q8RLV9, AROA_XENNA ; DR Q9PB21, AROA_XYLFA ; Q87BU2, AROA_XYLFT ; P19688, AROA_YERE8 ; DR A7FJW9, AROA_YERP3 ; Q1CA73, AROA_YERPA ; B2KA23, AROA_YERPB ; @@ -65169,12 +65558,13 @@ CC dimethylallyl diphosphate as donors; it will not use larger prenyl CC diphosphates as efficient donors. DR A0A1L9UKS1, ABVS_ASPBC ; Q672V6, ATMG_ASPFL ; P9WEP0, AUAS_ASPUT ; DR C9K2Q3, BSC8_ALTBR ; N4V6D4, BTCA_COLOR ; A0A2Z6FZ31, BTCA_NEOBT ; -DR P9WEV7, CGDS_COLGL ; P54976, CRTE_CERS4 ; P48368, CRTE_CYAPA ; -DR P21684, CRTE_PANAN ; B1XJV9, CRTE_PICP2 ; P22873, CRTE_PSEVU ; -DR P17060, CRTE_RHOCB ; P9WEX3, DPASD_APISA; H1VQB1, DPCHD_COLHI; -DR I1RL14, DPFGD_GIBZE; P9WEX9, DPMAD_METAN; P9WEW8, DPMPD_MACPH; -DR A0A1V0QSA8, ERIE_HERER ; A0A169T193, EVAS_EMEVA ; A0A0P0ZD79, EVVS_EMEVA ; -DR A2PZA5, FC1_PHOAM ; S0E627, GA5_GIBF5 ; A0A858E6N7, GGDPS_MELLI; +DR P9WEV7, CGDS_COLGL ; A0A3S5XFG0, CLE6_ASPVE ; P54976, CRTE_CERS4 ; +DR P48368, CRTE_CYAPA ; P21684, CRTE_PANAN ; B1XJV9, CRTE_PICP2 ; +DR P22873, CRTE_PSEVU ; P17060, CRTE_RHOCB ; P9WEX3, DPASD_APISA; +DR H1VQB1, DPCHD_COLHI; I1RL14, DPFGD_GIBZE; P9WEX9, DPMAD_METAN; +DR P9WEW8, DPMPD_MACPH; A0A1V0QSA8, ERIE_HERER ; A0A8D5M3Y5, ESDPD_PENSH; +DR A0A169T193, EVAS_EMEVA ; A0A0P0ZD79, EVVS_EMEVA ; A2PZA5, FC1_PHOAM ; +DR A0A1L7VFX3, FUP1_FUSPR ; S0E627, GA5_GIBF5 ; A0A858E6N7, GGDPS_MELLI; DR A0A858E7G0, GGDPS_MELLP; P34802, GGPP1_ARATH; O04046, GGPP2_ARATH; DR Q9LUD9, GGPP3_ARATH; Q9SLG2, GGPP4_ARATH; O22043, GGPP6_ARATH; DR Q9ZU77, GGPP7_ARATH; Q9LRR0, GGPP8_ARATH; Q9LUE1, GGPP9_ARATH; @@ -65416,8 +65806,8 @@ DR Q3SLJ4, UBIA_THIDA ; C4L7X6, UBIA_TOLAT ; A1WKC0, UBIA_VEREI ; DR A5CXV6, UBIA_VESOH ; B7VMA0, UBIA_VIBA3 ; A7N0X0, UBIA_VIBC1 ; DR A5F4H4, UBIA_VIBC3 ; Q9KVP7, UBIA_VIBCH ; C3LPT6, UBIA_VIBCM ; DR Q87KM9, UBIA_VIBPA ; Q8DD49, UBIA_VIBVU ; Q7MQ87, UBIA_VIBVY ; -DR Q8PQD5, UBIA_XANAC ; Q3BYM7, UBIA_XANC5 ; Q4UZN6, UBIA_XANC8 ; -DR B0RMR4, UBIA_XANCB ; Q8PDE8, UBIA_XANCP ; Q2P8F5, UBIA_XANOM ; +DR Q8PQD5, UBIA_XANAC ; Q4UZN6, UBIA_XANC8 ; B0RMR4, UBIA_XANCB ; +DR Q8PDE8, UBIA_XANCP ; Q3BYM7, UBIA_XANE5 ; Q2P8F5, UBIA_XANOM ; DR B2SS70, UBIA_XANOP ; Q5H5R3, UBIA_XANOR ; B2I675, UBIA_XYLF2 ; DR Q9PH76, UBIA_XYLFA ; B0U2A2, UBIA_XYLFM ; Q87F82, UBIA_XYLFT ; DR A1JRU3, UBIA_YERE8 ; A7FN99, UBIA_YERP3 ; Q1C0T8, UBIA_YERPA ; @@ -65830,35 +66220,35 @@ DR B6J3X3, KDSA_COXB2 ; A9KDH6, KDSA_COXBN ; Q83B43, KDSA_COXBU ; DR A7MKA7, KDSA_CROS8 ; Q0KCE4, KDSA_CUPNH ; Q473G6, KDSA_CUPPJ ; DR B3R497, KDSA_CUPTR ; B8HXG7, KDSA_CYAP4 ; Q47DI0, KDSA_DECAR ; DR A9BN40, KDSA_DELAS ; B8F9X0, KDSA_DESAL ; A8ZU09, KDSA_DESOH ; -DR Q6AQ79, KDSA_DESPS ; P61654, KDSA_DESVH ; A1VDL1, KDSA_DESVV ; -DR A5EW23, KDSA_DICNV ; A7ZKY9, KDSA_ECO24 ; B7UQA3, KDSA_ECO27 ; -DR B7MKB7, KDSA_ECO45 ; B7LGX6, KDSA_ECO55 ; Q8XDE7, KDSA_ECO57 ; -DR B5YXN3, KDSA_ECO5E ; B7NUY1, KDSA_ECO7I ; B7MTZ9, KDSA_ECO81 ; -DR B7LXX2, KDSA_ECO8A ; C4ZTQ6, KDSA_ECOBW ; B1XAQ6, KDSA_ECODH ; -DR A7ZZF1, KDSA_ECOHS ; A1AAE2, KDSA_ECOK1 ; Q0TIF5, KDSA_ECOL5 ; -DR Q8FHZ8, KDSA_ECOL6 ; B1ITN8, KDSA_ECOLC ; P0A715, KDSA_ECOLI ; -DR B7N426, KDSA_ECOLU ; B6I9T0, KDSA_ECOSE ; B1LH85, KDSA_ECOSM ; -DR Q1RCM3, KDSA_ECOUT ; C5B817, KDSA_EDWI9 ; A4WBC2, KDSA_ENT38 ; -DR B2VEI7, KDSA_ERWT9 ; B7LSH5, KDSA_ESCF3 ; B0TZ07, KDSA_FRAP2 ; -DR Q2A271, KDSA_FRATH ; B2SDK5, KDSA_FRATM ; A0Q5J1, KDSA_FRATN ; -DR Q8RE91, KDSA_FUSNN ; B9M9Q6, KDSA_GEODF ; Q39W61, KDSA_GEOMG ; -DR P61655, KDSA_GEOSL ; C6E0M6, KDSA_GEOSM ; A5G5T2, KDSA_GEOUR ; -DR B8F521, KDSA_GLAP5 ; Q0BTX5, KDSA_GRABC ; Q7VMV6, KDSA_HAEDU ; -DR Q4QKR7, KDSA_HAEI8 ; A5UCE8, KDSA_HAEIE ; A5UEF6, KDSA_HAEIG ; -DR P45251, KDSA_HAEIN ; Q2SKX1, KDSA_HAHCH ; Q17Z24, KDSA_HELAH ; -DR Q7VK53, KDSA_HELHP ; B6JPA2, KDSA_HELP2 ; Q1CVF2, KDSA_HELPH ; -DR Q9ZN55, KDSA_HELPJ ; B2UW07, KDSA_HELPS ; P56060, KDSA_HELPY ; -DR Q0I3B9, KDSA_HISS1 ; B0UUE2, KDSA_HISS2 ; Q31G67, KDSA_HYDCU ; -DR A6SVC5, KDSA_JANMA ; B5XW55, KDSA_KLEP3 ; A6TAN5, KDSA_KLEP7 ; -DR Q1IKD0, KDSA_KORVE ; C1DCC2, KDSA_LARHH ; Q5X5Y5, KDSA_LEGPA ; -DR A5IB80, KDSA_LEGPC ; Q5ZWA3, KDSA_LEGPH ; Q5WXA7, KDSA_LEGPL ; -DR B1Y4K5, KDSA_LEPCP ; P61656, KDSA_LEPIC ; Q8F3J4, KDSA_LEPIN ; -DR A0L7X4, KDSA_MAGMM ; P95514, KDSA_MANHA ; Q65TB4, KDSA_MANSM ; -DR A1TZ47, KDSA_MARN8 ; Q604M5, KDSA_METCA ; Q1H010, KDSA_METFK ; -DR A2SJR1, KDSA_METPP ; B1LZU2, KDSA_METRJ ; Q5F8Z0, KDSA_NEIG1 ; -DR B4RMD6, KDSA_NEIG2 ; A9LZL2, KDSA_NEIM0 ; Q9JU48, KDSA_NEIMA ; -DR Q9JZ55, KDSA_NEIMB ; A1KUB4, KDSA_NEIMF ; Q1QMJ3, KDSA_NITHX ; -DR Q3JCT2, KDSA_NITOC ; Q3SRK0, KDSA_NITWN ; A1TLS9, KDSA_PARC0 ; +DR Q6AQ79, KDSA_DESPS ; A5EW23, KDSA_DICNV ; A7ZKY9, KDSA_ECO24 ; +DR B7UQA3, KDSA_ECO27 ; B7MKB7, KDSA_ECO45 ; B7LGX6, KDSA_ECO55 ; +DR Q8XDE7, KDSA_ECO57 ; B5YXN3, KDSA_ECO5E ; B7NUY1, KDSA_ECO7I ; +DR B7MTZ9, KDSA_ECO81 ; B7LXX2, KDSA_ECO8A ; C4ZTQ6, KDSA_ECOBW ; +DR B1XAQ6, KDSA_ECODH ; A7ZZF1, KDSA_ECOHS ; A1AAE2, KDSA_ECOK1 ; +DR Q0TIF5, KDSA_ECOL5 ; Q8FHZ8, KDSA_ECOL6 ; B1ITN8, KDSA_ECOLC ; +DR P0A715, KDSA_ECOLI ; B7N426, KDSA_ECOLU ; B6I9T0, KDSA_ECOSE ; +DR B1LH85, KDSA_ECOSM ; Q1RCM3, KDSA_ECOUT ; C5B817, KDSA_EDWI9 ; +DR A4WBC2, KDSA_ENT38 ; B2VEI7, KDSA_ERWT9 ; B7LSH5, KDSA_ESCF3 ; +DR B0TZ07, KDSA_FRAP2 ; Q2A271, KDSA_FRATH ; B2SDK5, KDSA_FRATM ; +DR A0Q5J1, KDSA_FRATN ; Q8RE91, KDSA_FUSNN ; B9M9Q6, KDSA_GEODF ; +DR Q39W61, KDSA_GEOMG ; P61655, KDSA_GEOSL ; C6E0M6, KDSA_GEOSM ; +DR A5G5T2, KDSA_GEOUR ; B8F521, KDSA_GLAP5 ; Q0BTX5, KDSA_GRABC ; +DR Q7VMV6, KDSA_HAEDU ; Q4QKR7, KDSA_HAEI8 ; A5UCE8, KDSA_HAEIE ; +DR A5UEF6, KDSA_HAEIG ; P45251, KDSA_HAEIN ; Q2SKX1, KDSA_HAHCH ; +DR Q17Z24, KDSA_HELAH ; Q7VK53, KDSA_HELHP ; B6JPA2, KDSA_HELP2 ; +DR Q1CVF2, KDSA_HELPH ; Q9ZN55, KDSA_HELPJ ; B2UW07, KDSA_HELPS ; +DR P56060, KDSA_HELPY ; Q0I3B9, KDSA_HISS1 ; B0UUE2, KDSA_HISS2 ; +DR Q31G67, KDSA_HYDCU ; A6SVC5, KDSA_JANMA ; B5XW55, KDSA_KLEP3 ; +DR A6TAN5, KDSA_KLEP7 ; Q1IKD0, KDSA_KORVE ; C1DCC2, KDSA_LARHH ; +DR Q5X5Y5, KDSA_LEGPA ; A5IB80, KDSA_LEGPC ; Q5ZWA3, KDSA_LEGPH ; +DR Q5WXA7, KDSA_LEGPL ; B1Y4K5, KDSA_LEPCP ; P61656, KDSA_LEPIC ; +DR Q8F3J4, KDSA_LEPIN ; A0L7X4, KDSA_MAGMM ; P95514, KDSA_MANHA ; +DR Q65TB4, KDSA_MANSM ; A1TZ47, KDSA_MARN8 ; Q604M5, KDSA_METCA ; +DR Q1H010, KDSA_METFK ; A2SJR1, KDSA_METPP ; B1LZU2, KDSA_METRJ ; +DR Q5F8Z0, KDSA_NEIG1 ; B4RMD6, KDSA_NEIG2 ; A9LZL2, KDSA_NEIM0 ; +DR Q9JU48, KDSA_NEIMA ; Q9JZ55, KDSA_NEIMB ; A1KUB4, KDSA_NEIMF ; +DR Q1QMJ3, KDSA_NITHX ; Q3JCT2, KDSA_NITOC ; P61654, KDSA_NITV2 ; +DR A1VDL1, KDSA_NITV4 ; Q3SRK0, KDSA_NITWN ; A1TLS9, KDSA_PARC0 ; DR Q7U9S3, KDSA_PARMW ; B2JIX1, KDSA_PARP8 ; Q6MEB3, KDSA_PARUW ; DR Q13X06, KDSA_PARXL ; P57853, KDSA_PASMU ; O50044, KDSA_PEA ; DR Q6D547, KDSA_PECAS ; C6DHX7, KDSA_PECCP ; A1APG0, KDSA_PELPD ; @@ -65898,8 +66288,8 @@ DR A1WL88, KDSA_VEREI ; A5CW13, KDSA_VESOH ; B7VKH7, KDSA_VIBA3 ; DR A7MY69, KDSA_VIBC1 ; A5F692, KDSA_VIBC3 ; Q9KQ29, KDSA_VIBCH ; DR C3LPI0, KDSA_VIBCM ; Q87RN0, KDSA_VIBPA ; Q8DFG3, KDSA_VIBVU ; DR Q7MMY2, KDSA_VIBVY ; Q7MAF1, KDSA_WOLSU ; Q8PLS2, KDSA_XANAC ; -DR Q3BUT2, KDSA_XANC5 ; Q4UTP0, KDSA_XANC8 ; B0RUK2, KDSA_XANCB ; -DR Q8P9Z5, KDSA_XANCP ; Q2P1K6, KDSA_XANOM ; B2SUA4, KDSA_XANOP ; +DR Q4UTP0, KDSA_XANC8 ; B0RUK2, KDSA_XANCB ; Q8P9Z5, KDSA_XANCP ; +DR Q3BUT2, KDSA_XANE5 ; Q2P1K6, KDSA_XANOM ; B2SUA4, KDSA_XANOP ; DR B2I936, KDSA_XYLF2 ; Q9PDU0, KDSA_XYLFA ; B0U657, KDSA_XYLFM ; DR Q87DY7, KDSA_XYLFT ; A1JRS8, KDSA_YERE8 ; A7FIF7, KDSA_YERP3 ; DR Q1C850, KDSA_YERPA ; B2K2Z4, KDSA_YERPB ; Q8ZEX4, KDSA_YERPE ; @@ -65912,8 +66302,8 @@ AN (NANA)condensing enzyme. AN N-acetylneuraminate pyruvate-lyase (pyruvate-phosphorylating). AN N-acetylneuraminic acid synthase. AN NeuAc synthase. -CA H2O + N-acetyl-D-mannosamine + phosphoenolpyruvate = N-acetylneuraminate -CA + phosphate. +CA aldehydo-N-acetyl-D-mannosamine + H2O + phosphoenolpyruvate = +CA N-acetylneuraminate + phosphate. CC -!- Formerly EC 4.1.3.19. DR Q9VG74, SIAS_DROME ; Q9NR45, SIAS_HUMAN ; // @@ -66089,8 +66479,7 @@ DR Q83A37, HEM3_COXBU ; A7MQJ1, HEM3_CROS8 ; Q6AB05, HEM3_CUTAK ; DR Q11XT5, HEM3_CYTH3 ; Q6BM23, HEM3_DEBHA ; Q479S8, HEM3_DECAR ; DR C1CYD9, HEM3_DEIDV ; Q1J288, HEM3_DEIGD ; Q9RRY0, HEM3_DEIRA ; DR B1I4L8, HEM3_DESAP ; B8G2M2, HEM3_DESHD ; Q24VC8, HEM3_DESHY ; -DR A8ZWG5, HEM3_DESOH ; A4J6H7, HEM3_DESRM ; Q72AV0, HEM3_DESVH ; -DR B8DKW2, HEM3_DESVM ; A1VCX6, HEM3_DESVV ; P40129, HEM3_DICCH ; +DR A8ZWG5, HEM3_DESOH ; A4J6H7, HEM3_DESRM ; P40129, HEM3_DICCH ; DR Q54P93, HEM3_DICDI ; A5EW83, HEM3_DICNV ; B7MH66, HEM3_ECO45 ; DR B7L959, HEM3_ECO55 ; Q8XAP3, HEM3_ECO57 ; B7NTE0, HEM3_ECO7I ; DR B7N295, HEM3_ECO81 ; B7M603, HEM3_ECO8A ; C4ZZ69, HEM3_ECOBW ; @@ -66132,7 +66521,8 @@ DR P9WMP2, HEM3_MYCTO ; P9WMP3, HEM3_MYCTU ; A0PW29, HEM3_MYCUA ; DR A1T3D3, HEM3_MYCVP ; Q1D8Z8, HEM3_MYXXD ; B2A1G7, HEM3_NATTJ ; DR Q9JVS4, HEM3_NEIMA ; Q9K0P6, HEM3_NEIMB ; Q6MW51, HEM3_NEUCR ; DR Q82WS2, HEM3_NITEU ; Q1QQP5, HEM3_NITHX ; A9A1A1, HEM3_NITMS ; -DR A6Q3S1, HEM3_NITSB ; Q3SVF3, HEM3_NITWN ; Q5YP70, HEM3_NOCFA ; +DR A6Q3S1, HEM3_NITSB ; Q72AV0, HEM3_NITV2 ; A1VCX6, HEM3_NITV4 ; +DR B8DKW2, HEM3_NITV9 ; Q3SVF3, HEM3_NITWN ; Q5YP70, HEM3_NOCFA ; DR Q8YVU6, HEM3_NOSS1 ; Q8CXC0, HEM3_OCEIH ; Q30Y29, HEM3_OLEA2 ; DR A5CDH4, HEM3_ORITB ; B3CUP9, HEM3_ORITI ; Q6H6D2, HEM3_ORYSJ ; DR O69110, HEM3_PAEMA ; A1B853, HEM3_PARDP ; Q7U5C2, HEM3_PARMW ; @@ -66190,8 +66580,8 @@ DR B8GSU8, HEM3_THISH ; B3E2H7, HEM3_TRIL1 ; A5CW34, HEM3_VESOH ; DR B7VMD9, HEM3_VIBA3 ; A7MXU9, HEM3_VIBC1 ; Q9KVM1, HEM3_VIBCH ; DR Q87KI9, HEM3_VIBPA ; Q8DD85, HEM3_VIBVU ; Q7MQC7, HEM3_VIBVY ; DR Q7M8L2, HEM3_WOLSU ; C0R2M3, HEM3_WOLWR ; Q8PPR3, HEM3_XANAC ; -DR Q3BXV3, HEM3_XANC5 ; Q4UYZ4, HEM3_XANC8 ; B0RNI9, HEM3_XANCB ; -DR Q8P536, HEM3_XANCP ; Q2NYU4, HEM3_XANOM ; B2SMV3, HEM3_XANOP ; +DR Q4UYZ4, HEM3_XANC8 ; B0RNI9, HEM3_XANCB ; Q8P536, HEM3_XANCP ; +DR Q3BXV3, HEM3_XANE5 ; Q2NYU4, HEM3_XANOM ; B2SMV3, HEM3_XANOP ; DR Q5GVL2, HEM3_XANOR ; B2I5K8, HEM3_XYLF2 ; Q9PCX7, HEM3_XYLFA ; DR B0U2W8, HEM3_XYLFM ; Q87CC9, HEM3_XYLFT ; Q6C097, HEM3_YARLI ; DR P28789, HEM3_YEAST ; A1JI86, HEM3_YERE8 ; P30527, HEM3_YERIN ; @@ -66537,7 +66927,7 @@ DR A4SE82, MIAA_CHLPM ; Q9Z6Z6, MIAA_CHLPN ; B9LI82, MIAA_CHLSY ; DR B0B8Z2, MIAA_CHLT2 ; B3QUD7, MIAA_CHLT3 ; Q3KKS6, MIAA_CHLTA ; DR B0BAM1, MIAA_CHLTB ; Q8KDS2, MIAA_CHLTE ; O84771, MIAA_CHLTR ; DR A0LZ43, MIAA_CHRFK ; Q1QY27, MIAA_CHRSD ; Q7MBE2, MIAA_CHRVO ; -DR A8AMN0, MIAA_CITK8 ; A5CSL4, MIAA_CLAM3 ; B0RGZ2, MIAA_CLAMS ; +DR A8AMN0, MIAA_CITK8 ; A5CSL4, MIAA_CLAM3 ; B0RGZ2, MIAA_CLASE ; DR Q97I21, MIAA_CLOAB ; A7FUK8, MIAA_CLOB1 ; C3KX33, MIAA_CLOB6 ; DR A6LWJ0, MIAA_CLOB8 ; B2V267, MIAA_CLOBA ; B2TIB7, MIAA_CLOBB ; DR A5I2S0, MIAA_CLOBH ; C1FNT7, MIAA_CLOBJ ; B1IM66, MIAA_CLOBK ; @@ -66556,8 +66946,7 @@ DR Q3Z8H3, MIAA_DEHM1 ; A5FRB5, MIAA_DEHMB ; Q3ZXC6, MIAA_DEHMC ; DR Q1J022, MIAA_DEIGD ; Q9RTR6, MIAA_DEIRA ; A9BN87, MIAA_DELAS ; DR B8FNN5, MIAA_DESAL ; B1I295, MIAA_DESAP ; B8J3C2, MIAA_DESDA ; DR B8FWE4, MIAA_DESHD ; Q24X66, MIAA_DESHY ; A9A0U3, MIAA_DESOH ; -DR Q6ALW6, MIAA_DESPS ; A4J5Q1, MIAA_DESRM ; Q72BV1, MIAA_DESVH ; -DR B8DNS7, MIAA_DESVM ; A1VDU9, MIAA_DESVV ; A5EXM7, MIAA_DICNV ; +DR Q6ALW6, MIAA_DESPS ; A4J5Q1, MIAA_DESRM ; A5EXM7, MIAA_DICNV ; DR B5YE43, MIAA_DICT6 ; B8E281, MIAA_DICTD ; A8LK35, MIAA_DINSH ; DR A7ZV40, MIAA_ECO24 ; B7UQI0, MIAA_ECO27 ; B7MKX5, MIAA_ECO45 ; DR B7LC30, MIAA_ECO55 ; Q8XDN3, MIAA_ECO57 ; B5Z2H7, MIAA_ECO5E ; @@ -66572,63 +66961,64 @@ DR A4W5R2, MIAA_ENT38 ; Q820U0, MIAA_ENTFA ; B2VCX4, MIAA_ERWT9 ; DR Q2NAU5, MIAA_ERYLH ; B7LLV3, MIAA_ESCF3 ; B1YMH0, MIAA_EXIS2 ; DR C4L1B9, MIAA_EXISA ; A7HJQ9, MIAA_FERNB ; B0S1C3, MIAA_FINM2 ; DR A5FE96, MIAA_FLAJ1 ; A6H0V8, MIAA_FLAPJ ; Q0RDX5, MIAA_FRAAA ; -DR Q2J773, MIAA_FRACC ; B0TZB0, MIAA_FRAP2 ; A8L6K0, MIAA_FRASN ; -DR Q14IJ4, MIAA_FRAT1 ; A7NBS1, MIAA_FRATF ; Q2A3T6, MIAA_FRATH ; -DR B2SG23, MIAA_FRATM ; A0Q6S4, MIAA_FRATN ; Q0BM87, MIAA_FRATO ; -DR Q5NH42, MIAA_FRATT ; A4IYB1, MIAA_FRATW ; Q8R5Z6, MIAA_FUSNN ; -DR Q5L0D9, MIAA_GEOKA ; Q39TZ3, MIAA_GEOMG ; Q74BP1, MIAA_GEOSL ; -DR A4IMI5, MIAA_GEOTN ; B8F662, MIAA_GLAP5 ; B7KDM5, MIAA_GLOC7 ; -DR Q7MBC1, MIAA_GLOVI ; A9GZI5, MIAA_GLUDA ; Q5FRZ1, MIAA_GLUOX ; -DR Q0BS22, MIAA_GRABC ; Q7U338, MIAA_HAEDU ; Q4QPH6, MIAA_HAEI8 ; -DR A5UB70, MIAA_HAEIE ; P44495, MIAA_HAEIN ; Q9KAC3, MIAA_HALH5 ; -DR A1WUT7, MIAA_HALHL ; B8CX96, MIAA_HALOH ; Q17ZN6, MIAA_HELAH ; -DR Q7U323, MIAA_HELHP ; B0TB07, MIAA_HELMI ; B6JNQ7, MIAA_HELP2 ; -DR B5Z937, MIAA_HELPG ; Q1CRL4, MIAA_HELPH ; Q9ZJJ7, MIAA_HELPJ ; -DR B2UVF6, MIAA_HELPS ; O25961, MIAA_HELPY ; A9AY15, MIAA_HERA2 ; -DR A4G288, MIAA_HERAR ; Q0I462, MIAA_HISS1 ; B0UUU6, MIAA_HISS2 ; -DR Q31GP3, MIAA_HYDCU ; B4U6P0, MIAA_HYDS0 ; Q0C511, MIAA_HYPNA ; -DR Q5QWA0, MIAA_IDILO ; A6SV54, MIAA_JANMA ; Q28PI4, MIAA_JANSC ; -DR A6W849, MIAA_KINRD ; B5Y333, MIAA_KLEP3 ; A6TH86, MIAA_KLEP7 ; -DR B2GKG9, MIAA_KOCRD ; Q1IHU1, MIAA_KORVE ; C5CD61, MIAA_KOSOT ; -DR Q5FJ02, MIAA_LACAC ; B3WF00, MIAA_LACCB ; Q1G9D6, MIAA_LACDA ; -DR Q049I6, MIAA_LACDB ; Q041Y0, MIAA_LACGA ; A8YWA5, MIAA_LACH4 ; -DR Q74IF3, MIAA_LACJO ; Q9CHU2, MIAA_LACLA ; A2RIU4, MIAA_LACLM ; -DR Q031A8, MIAA_LACLS ; Q038E3, MIAA_LACP3 ; A9KL08, MIAA_LACP7 ; -DR Q88WP5, MIAA_LACPL ; Q38W03, MIAA_LATSS ; Q1MRN9, MIAA_LAWIP ; -DR Q5X1J2, MIAA_LEGPA ; A5IAM8, MIAA_LEGPC ; Q5ZS23, MIAA_LEGPH ; -DR Q5WTA1, MIAA_LEGPL ; Q6AE04, MIAA_LEIXX ; B0SBH8, MIAA_LEPBA ; -DR Q04S66, MIAA_LEPBJ ; Q04ZZ3, MIAA_LEPBL ; B0SJ27, MIAA_LEPBP ; -DR B1Y5G6, MIAA_LEPCP ; Q72Q66, MIAA_LEPIC ; Q8CXT5, MIAA_LEPIN ; -DR B1MXL9, MIAA_LEUCK ; Q03VI2, MIAA_LEUMM ; Q03RP7, MIAA_LEVBA ; -DR Q1WUH1, MIAA_LIGS1 ; B2GD80, MIAA_LIMF3 ; A5VKT6, MIAA_LIMRD ; -DR B2G870, MIAA_LIMRJ ; Q92C59, MIAA_LISIN ; C1L2K1, MIAA_LISMC ; -DR Q720C8, MIAA_LISMF ; B8DG34, MIAA_LISMH ; Q8Y7I3, MIAA_LISMO ; -DR A0AI95, MIAA_LISW6 ; B1HRH3, MIAA_LYSSC ; B9EBJ1, MIAA_MACCJ ; -DR A0L4B0, MIAA_MAGMM ; Q2W1G5, MIAA_MAGSA ; Q8CXQ5, MIAA_MALP2 ; -DR Q65SD6, MIAA_MANSM ; Q0AN24, MIAA_MARMM ; A6VYL7, MIAA_MARMS ; -DR A1U4C6, MIAA_MARN8 ; C6BXG0, MIAA_MARSD ; B7KQF6, MIAA_METC4 ; -DR Q607R4, MIAA_METCA ; A9W640, MIAA_METEP ; Q1H1I4, MIAA_METFK ; -DR B3DXP7, MIAA_METI4 ; B8IEX6, MIAA_METNO ; B1ZDL3, MIAA_METPB ; -DR A2SHF3, MIAA_METPP ; B1M537, MIAA_METRJ ; B0UPN1, MIAA_METS4 ; -DR B8EQB8, MIAA_METSB ; B0JN42, MIAA_MICAN ; Q2RJG0, MIAA_MOOTA ; -DR A0QIQ9, MIAA_MYCA1 ; B1MD01, MIAA_MYCA9 ; P65353, MIAA_MYCBO ; -DR A1KM65, MIAA_MYCBP ; C1AFI6, MIAA_MYCBT ; Q7NBU2, MIAA_MYCGA ; -DR A4TCN4, MIAA_MYCGI ; B8ZQU0, MIAA_MYCLB ; P46811, MIAA_MYCLE ; -DR Q73W20, MIAA_MYCPA ; A0QVX9, MIAA_MYCS2 ; A3PYF8, MIAA_MYCSJ ; -DR A1UEZ8, MIAA_MYCSK ; Q1BA14, MIAA_MYCSS ; A5U679, MIAA_MYCTA ; -DR P9WJW0, MIAA_MYCTO ; P9WJW1, MIAA_MYCTU ; A1T7U7, MIAA_MYCVP ; -DR Q1D607, MIAA_MYXXD ; B2A3X9, MIAA_NATTJ ; B9L615, MIAA_NAUPA ; -DR Q5F852, MIAA_NEIG1 ; B4RL47, MIAA_NEIG2 ; A9M4D3, MIAA_NEIM0 ; -DR Q9JUU5, MIAA_NEIMA ; Q9JZR0, MIAA_NEIMB ; A1KTK4, MIAA_NEIMF ; -DR Q2GDJ5, MIAA_NEOSM ; Q0AJ07, MIAA_NITEC ; Q820J6, MIAA_NITEU ; -DR Q1QJU5, MIAA_NITHX ; Q2YCX0, MIAA_NITMU ; Q3J802, MIAA_NITOC ; -DR A6Q1Q8, MIAA_NITSB ; Q3SQ43, MIAA_NITWN ; Q5YT12, MIAA_NOCFA ; -DR A1SNF6, MIAA_NOCSJ ; B2IY45, MIAA_NOSP7 ; Q8YLN2, MIAA_NOSS1 ; -DR Q2G626, MIAA_NOVAD ; Q8CXG5, MIAA_OCEIH ; Q04FB0, MIAA_OENOB ; -DR Q310R5, MIAA_OLEA2 ; Q6YQU8, MIAA_ONYPE ; B1ZT51, MIAA_OPITP ; -DR A5CDI3, MIAA_ORITB ; B3CUN6, MIAA_ORITI ; A1R551, MIAA_PAEAT ; -DR A1TLP7, MIAA_PARC0 ; A1B964, MIAA_PARDP ; A7HVY9, MIAA_PARL1 ; -DR Q7TTX9, MIAA_PARMW ; B2JGD1, MIAA_PARP8 ; B2T068, MIAA_PARPJ ; +DR Q2J773, MIAA_FRACC ; B0TZB0, MIAA_FRAP2 ; Q14IJ4, MIAA_FRAT1 ; +DR A7NBS1, MIAA_FRATF ; Q2A3T6, MIAA_FRATH ; B2SG23, MIAA_FRATM ; +DR A0Q6S4, MIAA_FRATN ; Q0BM87, MIAA_FRATO ; Q5NH42, MIAA_FRATT ; +DR A4IYB1, MIAA_FRATW ; Q8R5Z6, MIAA_FUSNN ; Q5L0D9, MIAA_GEOKA ; +DR Q39TZ3, MIAA_GEOMG ; Q74BP1, MIAA_GEOSL ; A4IMI5, MIAA_GEOTN ; +DR B8F662, MIAA_GLAP5 ; B7KDM5, MIAA_GLOC7 ; Q7MBC1, MIAA_GLOVI ; +DR A9GZI5, MIAA_GLUDA ; Q5FRZ1, MIAA_GLUOX ; Q0BS22, MIAA_GRABC ; +DR Q7U338, MIAA_HAEDU ; Q4QPH6, MIAA_HAEI8 ; A5UB70, MIAA_HAEIE ; +DR P44495, MIAA_HAEIN ; Q9KAC3, MIAA_HALH5 ; A1WUT7, MIAA_HALHL ; +DR B8CX96, MIAA_HALOH ; Q17ZN6, MIAA_HELAH ; Q7U323, MIAA_HELHP ; +DR B0TB07, MIAA_HELMI ; B6JNQ7, MIAA_HELP2 ; B5Z937, MIAA_HELPG ; +DR Q1CRL4, MIAA_HELPH ; Q9ZJJ7, MIAA_HELPJ ; B2UVF6, MIAA_HELPS ; +DR O25961, MIAA_HELPY ; A9AY15, MIAA_HERA2 ; A4G288, MIAA_HERAR ; +DR Q0I462, MIAA_HISS1 ; B0UUU6, MIAA_HISS2 ; Q31GP3, MIAA_HYDCU ; +DR B4U6P0, MIAA_HYDS0 ; Q0C511, MIAA_HYPNA ; Q5QWA0, MIAA_IDILO ; +DR A6SV54, MIAA_JANMA ; Q28PI4, MIAA_JANSC ; A6W849, MIAA_KINRD ; +DR B5Y333, MIAA_KLEP3 ; A6TH86, MIAA_KLEP7 ; B2GKG9, MIAA_KOCRD ; +DR Q1IHU1, MIAA_KORVE ; C5CD61, MIAA_KOSOT ; Q5FJ02, MIAA_LACAC ; +DR B3WF00, MIAA_LACCB ; Q1G9D6, MIAA_LACDA ; Q049I6, MIAA_LACDB ; +DR Q041Y0, MIAA_LACGA ; A8YWA5, MIAA_LACH4 ; Q74IF3, MIAA_LACJO ; +DR Q9CHU2, MIAA_LACLA ; A2RIU4, MIAA_LACLM ; Q031A8, MIAA_LACLS ; +DR Q038E3, MIAA_LACP3 ; A9KL08, MIAA_LACP7 ; Q88WP5, MIAA_LACPL ; +DR Q38W03, MIAA_LATSS ; Q1MRN9, MIAA_LAWIP ; Q5X1J2, MIAA_LEGPA ; +DR A5IAM8, MIAA_LEGPC ; Q5ZS23, MIAA_LEGPH ; Q5WTA1, MIAA_LEGPL ; +DR Q6AE04, MIAA_LEIXX ; B0SBH8, MIAA_LEPBA ; Q04S66, MIAA_LEPBJ ; +DR Q04ZZ3, MIAA_LEPBL ; B0SJ27, MIAA_LEPBP ; B1Y5G6, MIAA_LEPCP ; +DR Q72Q66, MIAA_LEPIC ; Q8CXT5, MIAA_LEPIN ; B1MXL9, MIAA_LEUCK ; +DR Q03VI2, MIAA_LEUMM ; Q03RP7, MIAA_LEVBA ; Q1WUH1, MIAA_LIGS1 ; +DR B2GD80, MIAA_LIMF3 ; A5VKT6, MIAA_LIMRD ; B2G870, MIAA_LIMRJ ; +DR Q92C59, MIAA_LISIN ; C1L2K1, MIAA_LISMC ; Q720C8, MIAA_LISMF ; +DR B8DG34, MIAA_LISMH ; Q8Y7I3, MIAA_LISMO ; A0AI95, MIAA_LISW6 ; +DR B1HRH3, MIAA_LYSSC ; B9EBJ1, MIAA_MACCJ ; A0L4B0, MIAA_MAGMM ; +DR Q8CXQ5, MIAA_MALP2 ; Q65SD6, MIAA_MANSM ; Q0AN24, MIAA_MARMM ; +DR A6VYL7, MIAA_MARMS ; A1U4C6, MIAA_MARN8 ; C6BXG0, MIAA_MARSD ; +DR B7KQF6, MIAA_METC4 ; Q607R4, MIAA_METCA ; A9W640, MIAA_METEP ; +DR Q1H1I4, MIAA_METFK ; B3DXP7, MIAA_METI4 ; B8IEX6, MIAA_METNO ; +DR B1ZDL3, MIAA_METPB ; A2SHF3, MIAA_METPP ; B1M537, MIAA_METRJ ; +DR B0UPN1, MIAA_METS4 ; B8EQB8, MIAA_METSB ; B0JN42, MIAA_MICAN ; +DR Q2RJG0, MIAA_MOOTA ; A0QIQ9, MIAA_MYCA1 ; B1MD01, MIAA_MYCA9 ; +DR P65353, MIAA_MYCBO ; A1KM65, MIAA_MYCBP ; C1AFI6, MIAA_MYCBT ; +DR Q7NBU2, MIAA_MYCGA ; A4TCN4, MIAA_MYCGI ; B8ZQU0, MIAA_MYCLB ; +DR P46811, MIAA_MYCLE ; Q73W20, MIAA_MYCPA ; A0QVX9, MIAA_MYCS2 ; +DR A3PYF8, MIAA_MYCSJ ; A1UEZ8, MIAA_MYCSK ; Q1BA14, MIAA_MYCSS ; +DR A5U679, MIAA_MYCTA ; P9WJW0, MIAA_MYCTO ; P9WJW1, MIAA_MYCTU ; +DR A1T7U7, MIAA_MYCVP ; Q1D607, MIAA_MYXXD ; B2A3X9, MIAA_NATTJ ; +DR B9L615, MIAA_NAUPA ; Q5F852, MIAA_NEIG1 ; B4RL47, MIAA_NEIG2 ; +DR A9M4D3, MIAA_NEIM0 ; Q9JUU5, MIAA_NEIMA ; Q9JZR0, MIAA_NEIMB ; +DR A1KTK4, MIAA_NEIMF ; Q2GDJ5, MIAA_NEOSM ; Q0AJ07, MIAA_NITEC ; +DR Q820J6, MIAA_NITEU ; Q1QJU5, MIAA_NITHX ; Q2YCX0, MIAA_NITMU ; +DR Q3J802, MIAA_NITOC ; A6Q1Q8, MIAA_NITSB ; Q72BV1, MIAA_NITV2 ; +DR A1VDU9, MIAA_NITV4 ; B8DNS7, MIAA_NITV9 ; Q3SQ43, MIAA_NITWN ; +DR Q5YT12, MIAA_NOCFA ; A1SNF6, MIAA_NOCSJ ; B2IY45, MIAA_NOSP7 ; +DR Q8YLN2, MIAA_NOSS1 ; Q2G626, MIAA_NOVAD ; Q8CXG5, MIAA_OCEIH ; +DR Q04FB0, MIAA_OENOB ; Q310R5, MIAA_OLEA2 ; Q6YQU8, MIAA_ONYPE ; +DR B1ZT51, MIAA_OPITP ; A5CDI3, MIAA_ORITB ; B3CUN6, MIAA_ORITI ; +DR A1R551, MIAA_PAEAT ; A1TLP7, MIAA_PARC0 ; A1B964, MIAA_PARDP ; +DR A7HVY9, MIAA_PARL1 ; Q2W1G5, MIAA_PARM1 ; Q7TTX9, MIAA_PARMW ; +DR B2JGD1, MIAA_PARP8 ; B2T068, MIAA_PARPJ ; A8L6K0, MIAA_PARS2 ; DR Q6MBT2, MIAA_PARUW ; Q145C5, MIAA_PARXL ; Q9CMC7, MIAA_PASMU ; DR Q6D066, MIAA_PECAS ; C6DFJ8, MIAA_PECCP ; Q03G75, MIAA_PEDPA ; DR B4SGR0, MIAA_PELPB ; A5D2K7, MIAA_PELTS ; Q4FPN1, MIAA_PELUB ; @@ -66718,8 +67108,8 @@ DR Q9KV12, MIAA_VIBCH ; C3LR78, MIAA_VIBCM ; Q87L06, MIAA_VIBPA ; DR Q8CWK9, MIAA_VIBVU ; Q7M7I8, MIAA_VIBVY ; Q8D318, MIAA_WIGBR ; DR Q73GV7, MIAA_WOLPM ; B3CNB0, MIAA_WOLPP ; Q7M800, MIAA_WOLSU ; DR Q5GS00, MIAA_WOLTR ; C0R3P3, MIAA_WOLWR ; Q8PLQ5, MIAA_XANAC ; -DR Q3BUR5, MIAA_XANC5 ; Q4UTQ7, MIAA_XANC8 ; B0RTZ0, MIAA_XANCB ; -DR Q8P9X8, MIAA_XANCP ; Q2P1M3, MIAA_XANOM ; B2SUC1, MIAA_XANOP ; +DR Q4UTQ7, MIAA_XANC8 ; B0RTZ0, MIAA_XANCB ; Q8P9X8, MIAA_XANCP ; +DR Q3BUR5, MIAA_XANE5 ; Q2P1M3, MIAA_XANOM ; B2SUC1, MIAA_XANOP ; DR Q5GYM0, MIAA_XANOR ; A7IFW1, MIAA_XANP2 ; B2I692, MIAA_XYLF2 ; DR Q9PH56, MIAA_XYLFA ; B0U1E8, MIAA_XYLFM ; Q87F70, MIAA_XYLFT ; DR A1JIR4, MIAA_YERE8 ; A7FMY0, MIAA_YERP3 ; Q1C0Z9, MIAA_YERPA ; @@ -66805,7 +67195,7 @@ DR Q9Z733, RISB_CHLPN ; B9LIH3, RISB_CHLSY ; B0B8V8, RISB_CHLT2 ; DR B3QWR1, RISB_CHLT3 ; Q3KKW2, RISB_CHLTA ; B0BAI7, RISB_CHLTB ; DR Q8KAW4, RISB_CHLTE ; O84737, RISB_CHLTR ; A0LZH6, RISB_CHRFK ; DR Q7NVF3, RISB_CHRVO ; B5E854, RISB_CITBB ; A8AK39, RISB_CITK8 ; -DR A5CPK0, RISB_CLAM3 ; B0RC64, RISB_CLAMS ; Q97LG8, RISB_CLOAB ; +DR A5CPK0, RISB_CLAM3 ; B0RC64, RISB_CLASE ; Q97LG8, RISB_CLOAB ; DR A7FXC4, RISB_CLOB1 ; C3L2U0, RISB_CLOB6 ; A6LSS9, RISB_CLOB8 ; DR B2V4J4, RISB_CLOBA ; B2TJ82, RISB_CLOBB ; A5I5U9, RISB_CLOBH ; DR C1FV67, RISB_CLOBJ ; B1IL45, RISB_CLOBK ; A7GH84, RISB_CLOBL ; @@ -66824,7 +67214,6 @@ DR C1CYL1, RISB_DEIDV ; Q1J1M8, RISB_DEIGD ; Q9RXZ8, RISB_DEIRA ; DR C0QKW7, RISB_DESAH ; B8FJ77, RISB_DESAL ; B1I2D4, RISB_DESAP ; DR B8J193, RISB_DESDA ; B8FXB6, RISB_DESHD ; Q24WY8, RISB_DESHY ; DR A8ZTU7, RISB_DESOH ; Q6AP94, RISB_DESPS ; A4J6A4, RISB_DESRM ; -DR P61940, RISB_DESVH ; B8DJF2, RISB_DESVM ; A1VEL0, RISB_DESVV ; DR A7ZIG8, RISB_ECO24 ; B7UJN8, RISB_ECO27 ; B7MD73, RISB_ECO45 ; DR B7L649, RISB_ECO55 ; P61717, RISB_ECO57 ; B5Z3R9, RISB_ECO5E ; DR B7NJ82, RISB_ECO7I ; B7MQD0, RISB_ECO81 ; B7M3Q4, RISB_ECO8A ; @@ -66855,29 +67244,30 @@ DR Q04Q79, RISB_LEPBJ ; Q054N5, RISB_LEPBL ; B0ST02, RISB_LEPBP ; DR B1XYF6, RISB_LEPCP ; P61724, RISB_LEPIC ; Q8F8T9, RISB_LEPIN ; DR B1MYJ5, RISB_LEUCK ; Q03XY9, RISB_LEUMM ; Q03PZ7, RISB_LEVBA ; DR A5VJX0, RISB_LIMRD ; B2G7B1, RISB_LIMRJ ; B9E7J1, RISB_MACCJ ; -DR A0L3Z9, RISB_MAGMM ; Q2W4S6, RISB_MAGSA ; Q65TX7, RISB_MANSM ; -DR C6BYC7, RISB_MARSD ; A6UTD8, RISB_META3 ; Q8TPT7, RISB_METAC ; -DR Q46AS9, RISB_METBF ; B7KUS7, RISB_METC4 ; A9VYV8, RISB_METEP ; -DR Q1H425, RISB_METFK ; Q57751, RISB_METJA ; Q8TYL5, RISB_METKA ; -DR A2SQG5, RISB_METLZ ; A4G0E3, RISB_METM5 ; A9A8P1, RISB_METM6 ; -DR A6VI37, RISB_METM7 ; Q8Q093, RISB_METMA ; A3CRJ3, RISB_METMJ ; -DR P61730, RISB_METMP ; B8IPI3, RISB_METNO ; B1ZJM3, RISB_METPB ; -DR A2SK12, RISB_METPP ; B1LZB2, RISB_METRJ ; A5UMS3, RISB_METS3 ; -DR B0UHS5, RISB_METS4 ; A4YCS3, RISB_METS5 ; B8ENB9, RISB_METSB ; -DR O27443, RISB_METTH ; A6UR43, RISB_METVS ; B0JLM0, RISB_MICAN ; -DR C5CBJ8, RISB_MICLC ; Q2RK04, RISB_MOOTA ; A0QI08, RISB_MYCA1 ; -DR B1MCA3, RISB_MYCA9 ; P66035, RISB_MYCBO ; A4TC12, RISB_MYCGI ; -DR B8ZUN3, RISB_MYCLB ; Q9CCP3, RISB_MYCLE ; B2HP68, RISB_MYCMM ; -DR P61725, RISB_MYCPA ; A3PZ89, RISB_MYCSJ ; A1UFM8, RISB_MYCSK ; -DR Q1B9D5, RISB_MYCSS ; P9WHE8, RISB_MYCTO ; P9WHE9, RISB_MYCTU ; -DR A0PPL7, RISB_MYCUA ; A1T8K2, RISB_MYCVP ; Q1D349, RISB_MYXXD ; -DR B9L729, RISB_NAUPA ; Q5F9X9, RISB_NEIG1 ; B4RJT4, RISB_NEIG2 ; -DR A9M2W8, RISB_NEIM0 ; P66036, RISB_NEIMA ; P66037, RISB_NEIMB ; -DR A1KSU7, RISB_NEIMF ; Q0AD61, RISB_NITEC ; Q82S08, RISB_NITEU ; -DR Q1QMB5, RISB_NITHX ; Q2YD51, RISB_NITMU ; A6Q4R0, RISB_NITSB ; -DR Q3SRV7, RISB_NITWN ; A1SJG9, RISB_NOCSJ ; Q8YQ43, RISB_NOSS1 ; -DR Q2G669, RISB_NOVAD ; Q8ELL1, RISB_OCEIH ; Q30YL2, RISB_OLEA2 ; -DR A1R5R8, RISB_PAEAT ; A1TPC1, RISB_PARC0 ; A6L8H3, RISB_PARD8 ; +DR A0L3Z9, RISB_MAGMM ; Q65TX7, RISB_MANSM ; C6BYC7, RISB_MARSD ; +DR A6UTD8, RISB_META3 ; Q8TPT7, RISB_METAC ; Q46AS9, RISB_METBF ; +DR B7KUS7, RISB_METC4 ; A9VYV8, RISB_METEP ; Q1H425, RISB_METFK ; +DR Q57751, RISB_METJA ; Q8TYL5, RISB_METKA ; A2SQG5, RISB_METLZ ; +DR A4G0E3, RISB_METM5 ; A9A8P1, RISB_METM6 ; A6VI37, RISB_METM7 ; +DR Q8Q093, RISB_METMA ; A3CRJ3, RISB_METMJ ; P61730, RISB_METMP ; +DR B8IPI3, RISB_METNO ; B1ZJM3, RISB_METPB ; A2SK12, RISB_METPP ; +DR B1LZB2, RISB_METRJ ; A5UMS3, RISB_METS3 ; B0UHS5, RISB_METS4 ; +DR A4YCS3, RISB_METS5 ; B8ENB9, RISB_METSB ; O27443, RISB_METTH ; +DR A6UR43, RISB_METVS ; B0JLM0, RISB_MICAN ; C5CBJ8, RISB_MICLC ; +DR Q2RK04, RISB_MOOTA ; A0QI08, RISB_MYCA1 ; B1MCA3, RISB_MYCA9 ; +DR P66035, RISB_MYCBO ; A4TC12, RISB_MYCGI ; B8ZUN3, RISB_MYCLB ; +DR Q9CCP3, RISB_MYCLE ; B2HP68, RISB_MYCMM ; P61725, RISB_MYCPA ; +DR A3PZ89, RISB_MYCSJ ; A1UFM8, RISB_MYCSK ; Q1B9D5, RISB_MYCSS ; +DR P9WHE8, RISB_MYCTO ; P9WHE9, RISB_MYCTU ; A0PPL7, RISB_MYCUA ; +DR A1T8K2, RISB_MYCVP ; Q1D349, RISB_MYXXD ; B9L729, RISB_NAUPA ; +DR Q5F9X9, RISB_NEIG1 ; B4RJT4, RISB_NEIG2 ; A9M2W8, RISB_NEIM0 ; +DR P66036, RISB_NEIMA ; P66037, RISB_NEIMB ; A1KSU7, RISB_NEIMF ; +DR Q0AD61, RISB_NITEC ; Q82S08, RISB_NITEU ; Q1QMB5, RISB_NITHX ; +DR Q2YD51, RISB_NITMU ; A6Q4R0, RISB_NITSB ; P61940, RISB_NITV2 ; +DR A1VEL0, RISB_NITV4 ; B8DJF2, RISB_NITV9 ; Q3SRV7, RISB_NITWN ; +DR A1SJG9, RISB_NOCSJ ; Q8YQ43, RISB_NOSS1 ; Q2G669, RISB_NOVAD ; +DR Q8ELL1, RISB_OCEIH ; Q30YL2, RISB_OLEA2 ; A1R5R8, RISB_PAEAT ; +DR A1TPC1, RISB_PARC0 ; A6L8H3, RISB_PARD8 ; Q2W4S6, RISB_PARM1 ; DR Q7UA19, RISB_PARMW ; B2JED1, RISB_PARP8 ; B2T6D0, RISB_PARPJ ; DR Q6MCT6, RISB_PARUW ; Q13V36, RISB_PARXL ; P57869, RISB_PASMU ; DR Q6D848, RISB_PECAS ; C6DB33, RISB_PECCP ; Q03D86, RISB_PEDPA ; @@ -66949,8 +67339,8 @@ DR A7MWU0, RISB_VIBC1 ; Q9KPU4, RISB_VIBCH ; Q87RU4, RISB_VIBPA ; DR Q8DF99, RISB_VIBVU ; Q7MN53, RISB_VIBVY ; Q8D291, RISB_WIGBR ; DR P61729, RISB_WOLPM ; B3CL66, RISB_WOLPP ; Q7MAF0, RISB_WOLSU ; DR Q5GT94, RISB_WOLTR ; C0R5L5, RISB_WOLWR ; Q8PPD6, RISB_XANAC ; -DR Q3BXI0, RISB_XANC5 ; Q4UQU3, RISB_XANC8 ; B0RVD2, RISB_XANCB ; -DR Q8PCM7, RISB_XANCP ; Q2NZ91, RISB_XANOM ; B2SNW4, RISB_XANOP ; +DR Q4UQU3, RISB_XANC8 ; B0RVD2, RISB_XANCB ; Q8PCM7, RISB_XANCP ; +DR Q3BXI0, RISB_XANE5 ; Q2NZ91, RISB_XANOM ; B2SNW4, RISB_XANOP ; DR A7INA7, RISB_XANP2 ; B2I8Q5, RISB_XYLF2 ; Q9PES4, RISB_XYLFA ; DR B0U4K3, RISB_XYLFM ; Q87AS7, RISB_XYLFT ; A1JNS3, RISB_YERE8 ; DR A7FLE8, RISB_YERP3 ; Q1C4I4, RISB_YERPA ; B2K6T3, RISB_YERPB ; @@ -66993,11 +67383,11 @@ CC -!- The enzyme is involved in the biosynthesis of C25-C25 membrane CC lipids. CC -!- Formerly EC 2.5.1.n2. DR P9WEP0, AUAS_ASPUT ; N4V6D4, BTCA_COLOR ; A0A2Z6FZ31, BTCA_NEOBT ; -DR A0A169T193, EVAS_EMEVA ; A0A0U3BRC5, GFDPS_LEUCN; Q9UWR6, GFPS_AERPX ; -DR Q8PYS1, GFPS_METMA ; Q3IPL1, GFPS_NATPD ; A1DN30, NFSS_NEOFI ; -DR A0A0U5G0B1, OBLA_ASPCI ; A1C8C3, OBLA_ASPCL ; M2V8C1, OBLA_COCH5 ; -DR A0A1V1FVQ6, OBLA_EMEVA ; A0A2Z6AQX7, PBSS_PENBI ; A0A2Z6AQX6, PVPS_TALVE ; -DR M2U578, TPCA_COCH5 ; +DR A0A169T193, EVAS_EMEVA ; A0A0P0ZD79, EVVS_EMEVA ; A0A0U3BRC5, GFDPS_LEUCN; +DR Q9UWR6, GFPS_AERPX ; Q8PYS1, GFPS_METMA ; Q3IPL1, GFPS_NATPD ; +DR A1DN30, NFSS_NEOFI ; A0A0U5G0B1, OBLA_ASPCI ; A1C8C3, OBLA_ASPCL ; +DR M2V8C1, OBLA_COCH5 ; A0A1V1FVQ6, OBLA_EMEVA ; A0A2Z6AQX7, PBSS_PENBI ; +DR A0A2Z6AQX6, PVPS_TALVE ; M2U578, TPCA_COCH5 ; // ID 2.5.1.82 DE hexaprenyl diphosphate synthase [geranylgeranyl-diphosphate specific]. @@ -67074,8 +67464,8 @@ DE ditrans,polycis-polyprenyl diphosphate synthase [(2E,6E)-farnesyl DE diphosphate specific]. AN dehydrodolichyl diphosphate synthase 1. AN Rer2p Z-prenyltransferase. -CA (2E,6E)-farnesyl diphosphate + n isopentenyl diphosphate = di-trans,poly- -CA cis-polyprenyl diphosphate + n diphosphate. +CA (2E,6E)-farnesyl diphosphate + n isopentenyl diphosphate = +CA a di-trans,poly-cis-polyprenyl diphosphate + n diphosphate. CC -!- The enzyme is involved in biosynthesis of dolichol (a long-chain CC polyprenol) with a saturated alpha-isoprene unit, which serves as a CC glycosyl carrier in protein glycosylation. @@ -67301,7 +67691,7 @@ AN agmatine/cadaverine aminopropyl transferase. AN agmatine aminopropyltransferase. AN triamine/agmatine aminopropyltransferase. CA agmatine + S-adenosyl 3-(methylsulfanyl)propylamine = H(+) + N(1)- -CA aminopropylagmatine + S-methyl-5'-thioadenosine. +CA (3-aminopropyl)agmatine + S-methyl-5'-thioadenosine. CC -!- The enzyme is involved in the biosynthesis of spermidine from CC agmatine in some archaea and bacteria. CC -!- The enzyme from the Gram-negative bacterium Thermus thermophilus @@ -67787,13 +68177,13 @@ DR Q4I5G1, COX10_GIBZE; Q12887, COX10_HUMAN; Q8CFY5, COX10_MOUSE; DR Q5R460, COX10_PONAB; P0C150, COX10_PYRO7; Q9Y7Y4, COX10_SCHPO; DR Q6C0L2, COX10_YARLI; P21592, COX10_YEAST; A7GNP0, COXX1_BACCN; DR O31652, COXX1_BACSU; A7Z2K2, COXX1_BACVZ; A0RUY7, COXX1_CENSY; -DR Q7P0G0, COXX1_CHRVO; B1HPV1, COXX1_LYSSC; Q2W9D1, COXX1_MAGSA; -DR Q3IRC9, COXX1_NATPD; Q3SW48, COXX1_NITWN; Q6L147, COXX1_PICTO; +DR Q7P0G0, COXX1_CHRVO; B1HPV1, COXX1_LYSSC; Q3IRC9, COXX1_NATPD; +DR Q3SW48, COXX1_NITWN; Q2W9D1, COXX1_PARM1; Q6L147, COXX1_PICTO; DR Q8ZXD4, COXX1_PYRAE; A3MXH2, COXX1_PYRCJ; Q98LF1, COXX1_RHILO; DR A4F9B0, COXX1_SACEN; A7GRX3, COXX2_BACCN; P24009, COXX2_BACSU; DR A7Z4B1, COXX2_BACVZ; A0RZ28, COXX2_CENSY; Q7NQZ3, COXX2_CHRVO; -DR B1HST2, COXX2_LYSSC; Q2W548, COXX2_MAGSA; Q3INR7, COXX2_NATPD; -DR Q3SUL3, COXX2_NITWN; Q6KZG0, COXX2_PICTO; Q8ZST3, COXX2_PYRAE; +DR B1HST2, COXX2_LYSSC; Q3INR7, COXX2_NATPD; Q3SUL3, COXX2_NITWN; +DR Q2W548, COXX2_PARM1; Q6KZG0, COXX2_PICTO; Q8ZST3, COXX2_PYRAE; DR A3MXJ5, COXX2_PYRCJ; Q985X0, COXX2_RHILO; A4FBP2, COXX2_SACEN; DR B0C0A5, COXX_ACAM1 ; A0LTZ0, COXX_ACIC1 ; A5G0I2, COXX_ACICJ ; DR B9MF14, COXX_ACIET ; A1WBL5, COXX_ACISJ ; Q9YAR5, COXX_AERPE ; @@ -67824,17 +68214,16 @@ DR A4JI25, COXX_BURVG ; A8MC59, COXX_CALMQ ; B0T0X6, COXX_CAUSK ; DR Q9A301, COXX_CAUVC ; A3PGX5, COXX_CERS1 ; Q3J5F9, COXX_CERS4 ; DR A4WQ57, COXX_CERS5 ; B9KLZ5, COXX_CERSK ; P56938, COXX_CERSP ; DR Q11KD2, COXX_CHESB ; A9WAQ6, COXX_CHLAA ; A0LXT1, COXX_CHRFK ; -DR A5CRS6, COXX_CLAM3 ; B0REI2, COXX_CLAMS ; Q6NH44, COXX_CORDI ; +DR A5CRS6, COXX_CLAM3 ; B0REI2, COXX_CLASE ; Q6NH44, COXX_CORDI ; DR Q8FT77, COXX_COREF ; A4QEE9, COXX_CORGB ; Q8NQ66, COXX_CORGL ; DR Q4JVK2, COXX_CORJK ; Q1LRS0, COXX_CUPMC ; Q0KER8, COXX_CUPNH ; DR Q476H8, COXX_CUPPJ ; B2AGR8, COXX_CUPTR ; Q6A7G0, COXX_CUTAK ; DR B8HMH3, COXX_CYAP4 ; Q11SZ7, COXX_CYTH3 ; Q47G19, COXX_DECAR ; DR Q1J1C3, COXX_DEIGD ; Q9RR78, COXX_DEIRA ; B1I6G5, COXX_DESAP ; -DR Q72B27, COXX_DESVH ; A1VD51, COXX_DESVV ; A8LHT6, COXX_DINSH ; -DR Q3YR13, COXX_EHRCJ ; Q2GFJ2, COXX_EHRCR ; Q5FGC3, COXX_EHRRG ; -DR Q5HAA6, COXX_EHRRW ; Q2NCF2, COXX_ERYLH ; B1YIW5, COXX_EXIS2 ; -DR A5FJD0, COXX_FLAJ1 ; A6H1E4, COXX_FLAPJ ; Q0RH20, COXX_FRAAA ; -DR Q2JCG7, COXX_FRACC ; A8KYS6, COXX_FRASN ; Q5L114, COXX_GEOKA ; +DR A8LHT6, COXX_DINSH ; Q3YR13, COXX_EHRCJ ; Q2GFJ2, COXX_EHRCR ; +DR Q5FGC3, COXX_EHRRG ; Q5HAA6, COXX_EHRRW ; Q2NCF2, COXX_ERYLH ; +DR B1YIW5, COXX_EXIS2 ; A5FJD0, COXX_FLAJ1 ; A6H1E4, COXX_FLAPJ ; +DR Q0RH20, COXX_FRAAA ; Q2JCG7, COXX_FRACC ; Q5L114, COXX_GEOKA ; DR Q39Z26, COXX_GEOMG ; Q74GM3, COXX_GEOSL ; C5D862, COXX_GEOSW ; DR A4ILX0, COXX_GEOTN ; A5GCT1, COXX_GEOUR ; B7KHX2, COXX_GLOC7 ; DR Q7NIL7, COXX_GLOVI ; A9HKH7, COXX_GLUDA ; Q5FPU4, COXX_GLUOX ; @@ -67859,12 +68248,13 @@ DR Q1B9B1, COXX_MYCSS ; A5U2F4, COXX_MYCTA ; A1QRH1, COXX_MYCTF ; DR P9WFR6, COXX_MYCTO ; P9WFR7, COXX_MYCTU ; A0PPP7, COXX_MYCUA ; DR A1T8M8, COXX_MYCVP ; Q1D1K4, COXX_MYXXD ; Q2GDE4, COXX_NEOSM ; DR Q0ADH9, COXX_NITEC ; Q82VQ6, COXX_NITEU ; Q1QHV7, COXX_NITHX ; -DR Q2YCM2, COXX_NITMU ; Q5YTS1, COXX_NOCFA ; A1SJR1, COXX_NOCSJ ; -DR Q8YYA3, COXX_NOSS1 ; Q2G9W3, COXX_NOVAD ; Q8CXI8, COXX_OCEIH ; -DR Q310M2, COXX_OLEA2 ; B1ZMT0, COXX_OPITP ; A5CF31, COXX_ORITB ; -DR B3CTF6, COXX_ORITI ; A1R6I0, COXX_PAEAT ; A1TU04, COXX_PARC0 ; -DR P08301, COXX_PARDE ; A1BA40, COXX_PARDP ; A7HQW1, COXX_PARL1 ; -DR Q7U550, COXX_PARMW ; Q6MBY2, COXX_PARUW ; Q146A1, COXX_PARXL ; +DR Q2YCM2, COXX_NITMU ; Q72B27, COXX_NITV2 ; A1VD51, COXX_NITV4 ; +DR Q5YTS1, COXX_NOCFA ; A1SJR1, COXX_NOCSJ ; Q8YYA3, COXX_NOSS1 ; +DR Q2G9W3, COXX_NOVAD ; Q8CXI8, COXX_OCEIH ; Q310M2, COXX_OLEA2 ; +DR B1ZMT0, COXX_OPITP ; A5CF31, COXX_ORITB ; B3CTF6, COXX_ORITI ; +DR A1R6I0, COXX_PAEAT ; A1TU04, COXX_PARC0 ; P08301, COXX_PARDE ; +DR A1BA40, COXX_PARDP ; A7HQW1, COXX_PARL1 ; Q7U550, COXX_PARMW ; +DR A8KYS6, COXX_PARS2 ; Q6MBY2, COXX_PARUW ; Q146A1, COXX_PARXL ; DR Q4FPD2, COXX_PELUB ; B1XKB3, COXX_PICP2 ; A4T079, COXX_POLAQ ; DR A1VKM6, COXX_POLNA ; B1XS75, COXX_POLNS ; Q12E37, COXX_POLSJ ; DR A3PBH0, COXX_PROM0 ; A2C0Q4, COXX_PROM1 ; A8G3G2, COXX_PROM2 ; @@ -67955,8 +68345,8 @@ DR A8FPN0, CYOE_SHESH ; Q325H3, CYOE_SHIBS ; Q83SF7, CYOE_SHIFL ; DR Q3Z4X5, CYOE_SHISS ; Q2NV87, CYOE_SODGM ; B4SHI1, CYOE_STRM5 ; DR A4VS42, CYOE_STUS1 ; C5BKU5, CYOE_TERTT ; B8GPF3, CYOE_THISH ; DR A5CXZ0, CYOE_VESOH ; Q8D6H2, CYOE_VIBVU ; Q7MDC8, CYOE_VIBVY ; -DR Q8D350, CYOE_WIGBR ; Q8PFU4, CYOE_XANAC ; Q3BND5, CYOE_XANC5 ; -DR Q4UPT7, CYOE_XANC8 ; B0RXJ1, CYOE_XANCB ; Q8P487, CYOE_XANCP ; +DR Q8D350, CYOE_WIGBR ; Q8PFU4, CYOE_XANAC ; Q4UPT7, CYOE_XANC8 ; +DR B0RXJ1, CYOE_XANCB ; Q8P487, CYOE_XANCP ; Q3BND5, CYOE_XANE5 ; DR Q2NYG1, CYOE_XANOM ; Q5GV87, CYOE_XANOR ; Q9PDL9, CYOE_XYLFA ; DR Q87DT0, CYOE_XYLFT ; A1JNP6, CYOE_YERE8 ; A7FLD4, CYOE_YERP3 ; DR Q1C4J8, CYOE_YERPA ; Q0WCB5, CYOE_YERPE ; Q1CL75, CYOE_YERPN ; @@ -68061,7 +68451,6 @@ DR A7MR30, LGT_CROS8 ; Q1LJK1, LGT_CUPMC ; Q0K7G0, LGT_CUPNH ; DR Q475B0, LGT_CUPPJ ; B3R646, LGT_CUPTR ; Q6A8N5, LGT_CUTAK ; DR Q47JC1, LGT_DECAR ; Q3Z7W0, LGT_DEHM1 ; A5FQU1, LGT_DEHMB ; DR Q3ZXW0, LGT_DEHMC ; Q9RW62, LGT_DEIRA ; Q6APZ3, LGT_DESPS ; -DR Q72G45, LGT_DESVH ; B8DQF5, LGT_DESVM ; A1VHP3, LGT_DESVV ; DR A7ZQT4, LGT_ECO24 ; B7UHP5, LGT_ECO27 ; B7MLH4, LGT_ECO45 ; DR B7LF05, LGT_ECO55 ; P60956, LGT_ECO57 ; B5Z4E5, LGT_ECO5E ; DR B7NVX3, LGT_ECO7I ; B7MZC7, LGT_ECO81 ; B7LY84, LGT_ECO8A ; @@ -68094,20 +68483,21 @@ DR B1Y818, LGT_LEPCP ; Q72TF8, LGT_LEPIC ; Q8F1X4, LGT_LEPIN ; DR Q1WSX7, LGT_LIGS1 ; A5VIG5, LGT_LIMRD ; B2G5Z3, LGT_LIMRJ ; DR Q928B1, LGT_LISIN ; C1KYP9, LGT_LISMC ; Q71WU5, LGT_LISMF ; DR B8DBM9, LGT_LISMH ; Q8Y4G2, LGT_LISMO ; A0ALG6, LGT_LISW6 ; -DR B1HVP3, LGT_LYSSC ; Q2W9S6, LGT_MAGSA ; Q8EWA4, LGT_MALP2 ; -DR Q65VJ7, LGT_MANSM ; A6W1R8, LGT_MARMS ; Q603S3, LGT_METCA ; -DR Q1H4H7, LGT_METFK ; A2SFL2, LGT_METPP ; B8ENH3, LGT_METSB ; -DR A0QHG7, LGT_MYCA1 ; B1MBV1, LGT_MYCA9 ; Q7VEW5, LGT_MYCBO ; -DR A1KJ30, LGT_MYCBP ; C1ANN6, LGT_MYCBT ; Q7NAE3, LGT_MYCGA ; -DR P47332, LGT_MYCGE ; B8ZRC2, LGT_MYCLB ; Q9CC52, LGT_MYCLE ; -DR P60972, LGT_MYCPA ; P75547, LGT_MYCPN ; Q98PL0, LGT_MYCPU ; -DR A5U2X0, LGT_MYCTA ; P9WK92, LGT_MYCTO ; P9WK93, LGT_MYCTU ; -DR Q5F8D6, LGT_NEIG1 ; B4RLF2, LGT_NEIG2 ; A9LYZ3, LGT_NEIM0 ; -DR Q9JUK4, LGT_NEIMA ; Q9JZF9, LGT_NEIMB ; A1KTV8, LGT_NEIMF ; -DR Q820A4, LGT_NITEU ; Q1QIW5, LGT_NITHX ; Q2YC65, LGT_NITMU ; -DR Q3SPN4, LGT_NITWN ; Q5YYN2, LGT_NOCFA ; Q8YN71, LGT_NOSS1 ; -DR Q8CX97, LGT_OCEIH ; Q30UT6, LGT_OLEA2 ; P60966, LGT_PAEAT ; -DR A1TMB0, LGT_PARC0 ; Q7U564, LGT_PARMW ; B2JES9, LGT_PARP8 ; +DR B1HVP3, LGT_LYSSC ; Q8EWA4, LGT_MALP2 ; Q65VJ7, LGT_MANSM ; +DR A6W1R8, LGT_MARMS ; Q603S3, LGT_METCA ; Q1H4H7, LGT_METFK ; +DR A2SFL2, LGT_METPP ; B8ENH3, LGT_METSB ; A0QHG7, LGT_MYCA1 ; +DR B1MBV1, LGT_MYCA9 ; Q7VEW5, LGT_MYCBO ; A1KJ30, LGT_MYCBP ; +DR C1ANN6, LGT_MYCBT ; Q7NAE3, LGT_MYCGA ; P47332, LGT_MYCGE ; +DR B8ZRC2, LGT_MYCLB ; Q9CC52, LGT_MYCLE ; P60972, LGT_MYCPA ; +DR P75547, LGT_MYCPN ; Q98PL0, LGT_MYCPU ; A5U2X0, LGT_MYCTA ; +DR P9WK92, LGT_MYCTO ; P9WK93, LGT_MYCTU ; Q5F8D6, LGT_NEIG1 ; +DR B4RLF2, LGT_NEIG2 ; A9LYZ3, LGT_NEIM0 ; Q9JUK4, LGT_NEIMA ; +DR Q9JZF9, LGT_NEIMB ; A1KTV8, LGT_NEIMF ; Q820A4, LGT_NITEU ; +DR Q1QIW5, LGT_NITHX ; Q2YC65, LGT_NITMU ; Q72G45, LGT_NITV2 ; +DR A1VHP3, LGT_NITV4 ; B8DQF5, LGT_NITV9 ; Q3SPN4, LGT_NITWN ; +DR Q5YYN2, LGT_NOCFA ; Q8YN71, LGT_NOSS1 ; Q8CX97, LGT_OCEIH ; +DR Q30UT6, LGT_OLEA2 ; P60966, LGT_PAEAT ; A1TMB0, LGT_PARC0 ; +DR Q2W9S6, LGT_PARM1 ; Q7U564, LGT_PARMW ; B2JES9, LGT_PARP8 ; DR B2T152, LGT_PARPJ ; Q6MC92, LGT_PARUW ; Q143Y3, LGT_PARXL ; DR Q9CPG2, LGT_PASMU ; Q6D8I7, LGT_PECAS ; C6DAE8, LGT_PECCP ; DR Q03GY4, LGT_PEDPA ; B4R8Q2, LGT_PHEZH ; Q7N8U5, LGT_PHOLL ; @@ -68176,8 +68566,8 @@ DR A5F8Y5, LGT_VIBC3 ; O87077, LGT_VIBCH ; C3LSS9, LGT_VIBCM ; DR Q87SA1, LGT_VIBPA ; Q8DER8, LGT_VIBVU ; Q7MNN7, LGT_VIBVY ; DR Q8D2N5, LGT_WIGBR ; Q73H08, LGT_WOLPM ; B3CPW3, LGT_WOLPP ; DR Q7M7S6, LGT_WOLSU ; Q5GTK3, LGT_WOLTR ; C0R393, LGT_WOLWR ; -DR Q8PP47, LGT_XANAC ; Q3BX88, LGT_XANC5 ; Q4UR34, LGT_XANC8 ; -DR B0RUI8, LGT_XANCB ; Q8PCE8, LGT_XANCP ; Q2NZH8, LGT_XANOM ; +DR Q8PP47, LGT_XANAC ; Q4UR34, LGT_XANC8 ; B0RUI8, LGT_XANCB ; +DR Q8PCE8, LGT_XANCP ; Q3BX88, LGT_XANE5 ; Q2NZH8, LGT_XANOM ; DR B2SPS7, LGT_XANOP ; Q5GWB4, LGT_XANOR ; B2I6F1, LGT_XYLF2 ; DR Q9PB12, LGT_XYLFA ; B0U3J1, LGT_XYLFM ; Q87BT3, LGT_XYLFT ; DR A1JPD0, LGT_YERE8 ; A7FFD9, LGT_YERP3 ; Q1CAS0, LGT_YERPA ; @@ -68370,6 +68760,51 @@ CC -!- Requires a divalent metal cation, such as Mg(2+). CC -!- The enzyme cannot accept sn-3-(O-geranylgeranyl)glycerol 1-phosphate CC as the prenyl donor. cf. EC 2.5.1.42. // +ID 2.5.1.157 +DE rRNA small subunit aminocarboxypropyltransferase. +CA an N(1)-methylpseudouridine in rRNA + S-adenosyl-L-methionine = H(+) + +CA N(1)-methyl-N(3)-[(3S)-3-amino-3-carboxypropyl]pseudouridine in rRNA + +CA S-methyl-5'-thioadenosine. +CC -!- The enzyme, found in all eukaryotes and some archaea, catalyzes the +CC final step in production of the modified rRNA nucleotide N(1)-methyl- +CC N(3)-[(3S)-aminocarboxypropyl]-pseudouridine (m(1)acp(3)psi). +CC -!- This modified nucleotide is present in the small subunit of ribosomal +CC RNA (18S in eukaryotes and 16S in archaea). cf. EC 2.5.1.114 and +CC EC 2.5.1.108. +DR B0R700, TSR3_HALS3 ; Q9HNJ6, TSR3_HALSA ; Q9UJK0, TSR3_HUMAN ; +DR Q8TMY6, TSR3_METAC ; Q469W0, TSR3_METBF ; Q12ZL9, TSR3_METBU ; +DR Q58118, TSR3_METJA ; Q8TXM4, TSR3_METKA ; Q8PSK5, TSR3_METMA ; +DR A5UJF3, TSR3_METS3 ; Q2NET3, TSR3_METST ; O26654, TSR3_METTH ; +DR Q5HZH2, TSR3_MOUSE ; Q9UWV6, TSR3_SACS2 ; Q10409, TSR3_SCHPO ; +DR C3N6E6, TSR3_SULIA ; C4KHW1, TSR3_SULIK ; C3MQM6, TSR3_SULIL ; +DR C3MWA4, TSR3_SULIM ; C3NGU0, TSR3_SULIN ; C3NEV4, TSR3_SULIY ; +DR Q975W6, TSR3_SULTO ; Q9HM46, TSR3_THEAC ; Q97CM6, TSR3_THEVO ; +DR E1QU22, TSR3_VULDI ; Q12094, TSR3_YEAST ; +// +ID 2.5.1.158 +DE hexaprenyl diphosphate synthase (prenyl-diphosphate specific). +AN HexPPS. +CA dimethylallyl diphosphate + 5 isopentenyl diphosphate = all-trans- +CA hexaprenyl diphosphate + 5 diphosphate. +CC -!- This activity has been characterized from a number of fungal +CC bifunctional enzymes. +CC -!- Following the formation of hexaprenyl diphosphate, a different domain +CC in the enzymes catalyzes its cyclization into a triterpene (see +CC EC 4.2.3.221 and EC 4.2.3.220). cf. EC 2.5.1.82. +DR A0A8H4CUY8, CGCS_COLGL ; K2SUY0, MPMS_MACPH ; P9WER5, TVTS_TALVE ; +// +ID 2.5.1.159 +DE hapalindole G dimethylallyltransferase. +CA (1) dimethylallyl diphosphate + hapalindole G = ambiguine A + +CA diphosphate. +CA (2) dimethylallyl diphosphate + H(+) + hapalindole U = ambiguine H + +CA diphosphate. +CC -!- Requires Mg(2+). +CC -!- The enzyme, characterized from the cyanobacterium Fischerella ambigua +CC UTEX 1903, is involved in the biosynthesis of hapalindole-type +CC alkaloids. +DR V5TDY7, AMBP3_FISAU; +// ID 2.5.1.n1 DE Transferred entry: 2.2.1.9. // @@ -68513,7 +68948,7 @@ DR F8P1W6, AMT1_SERL9 ; B7STY2, ATRD_TAPPA ; Q58CZ9, ATTY_BOVIN ; DR Q93703, ATTY_CAEEL ; Q54K95, ATTY_DICDI ; P17735, ATTY_HUMAN ; DR Q8QZR1, ATTY_MOUSE ; P04694, ATTY_RAT ; Q02636, ATTY_RHIME ; DR P33447, ATTY_TRYCR ; Q9C969, ISS1_ARATH ; Q9LVY1, TAT_ARATH ; -DR O85746, TYRB_KLEPN ; +DR O85746, TYRB_KLEPN ; A0A0C1E1D0, UCDG_ASPUT ; // ID 2.6.1.6 DE leucine transaminase. @@ -68620,33 +69055,32 @@ DR Q9KJU4, HIS8_CORGL ; Q4JW58, HIS8_CORJK ; B1WY56, HIS8_CROS5 ; DR A7MJP4, HIS8_CROS8 ; Q6A8L4, HIS8_CUTAK ; B8HW95, HIS8_CYAP4 ; DR Q11VM5, HIS8_CYTH3 ; Q3Z879, HIS8_DEHM1 ; A5FR29, HIS8_DEHMB ; DR Q3ZXL8, HIS8_DEHMC ; Q9RRM7, HIS8_DEIRA ; B8FP20, HIS8_DESHD ; -DR Q24QJ1, HIS8_DESHY ; Q6AQK2, HIS8_DESPS ; Q72DA0, HIS8_DESVH ; -DR A1VEW4, HIS8_DESVV ; A8LK96, HIS8_DINSH ; A7ZNJ3, HIS8_ECO24 ; -DR B7UT58, HIS8_ECO27 ; B7MDH5, HIS8_ECO45 ; B7L9P8, HIS8_ECO55 ; -DR Q9S5G6, HIS8_ECO57 ; B5YU77, HIS8_ECO5E ; B7NQG9, HIS8_ECO7I ; -DR B7MWU0, HIS8_ECO81 ; B7M400, HIS8_ECO8A ; C4ZSB0, HIS8_ECOBW ; -DR B1X6V8, HIS8_ECODH ; A8A1P5, HIS8_ECOHS ; A1ACN3, HIS8_ECOK1 ; -DR Q0TG66, HIS8_ECOL5 ; Q8FG51, HIS8_ECOL6 ; B1IZ53, HIS8_ECOLC ; -DR P06986, HIS8_ECOLI ; B7NC61, HIS8_ECOLU ; B6I848, HIS8_ECOSE ; -DR B1LP20, HIS8_ECOSM ; Q1RA52, HIS8_ECOUT ; A4WC70, HIS8_ENT38 ; -DR Q2N7G6, HIS8_ERYLH ; B7LUF2, HIS8_ESCF3 ; A5FFY0, HIS8_FLAJ1 ; -DR A6GY79, HIS8_FLAPJ ; Q2J8K9, HIS8_FRACC ; B0TY45, HIS8_FRAP2 ; -DR B9LZ53, HIS8_GEODF ; Q5KXV3, HIS8_GEOKA ; Q39YP6, HIS8_GEOMG ; -DR P61000, HIS8_GEOSL ; C6E916, HIS8_GEOSM ; C5D3D2, HIS8_GEOSW ; -DR A4IQ80, HIS8_GEOTN ; A5G9G1, HIS8_GEOUR ; Q7NL03, HIS8_GLOVI ; -DR A9H311, HIS8_GLUDA ; Q0BVW4, HIS8_GRABC ; A5UA19, HIS8_HAEIE ; -DR A5UGY2, HIS8_HAEIG ; Q2SBJ7, HIS8_HAHCH ; Q9KCA8, HIS8_HALH5 ; -DR B9LNJ8, HIS8_HALLT ; Q5V4K3, HIS8_HALMA ; B0R4Q4, HIS8_HALS3 ; -DR Q9HQS0, HIS8_HALSA ; P17736, HIS8_HALVD ; Q18F03, HIS8_HALWD ; -DR Q7VIJ3, HIS8_HELHP ; B4U9L1, HIS8_HYDS0 ; Q0C348, HIS8_HYPNA ; -DR Q28TL1, HIS8_JANSC ; B5XPE6, HIS8_KLEP3 ; A6TBC4, HIS8_KLEP7 ; -DR Q02135, HIS8_LACLA ; A2RKS5, HIS8_LACLM ; Q02YW3, HIS8_LACLS ; -DR Q88UE6, HIS8_LACPL ; Q04QW8, HIS8_LEPBJ ; Q04Z75, HIS8_LEPBL ; -DR Q72PG3, HIS8_LEPIC ; Q8F6W9, HIS8_LEPIN ; B1N009, HIS8_LEUCK ; -DR Q03VY3, HIS8_LEUMM ; B2GBR8, HIS8_LIMF3 ; Q92A83, HIS8_LISIN ; -DR C1KWM5, HIS8_LISMC ; Q71Y90, HIS8_LISMF ; B8DC01, HIS8_LISMH ; -DR Q8Y5X8, HIS8_LISMO ; A0AK37, HIS8_LISW6 ; B1HTD4, HIS8_LYSSC ; -DR B9EAC1, HIS8_MACCJ ; Q2W047, HIS8_MAGSA ; Q0AM22, HIS8_MARMM ; +DR Q24QJ1, HIS8_DESHY ; Q6AQK2, HIS8_DESPS ; A8LK96, HIS8_DINSH ; +DR A7ZNJ3, HIS8_ECO24 ; B7UT58, HIS8_ECO27 ; B7MDH5, HIS8_ECO45 ; +DR B7L9P8, HIS8_ECO55 ; Q9S5G6, HIS8_ECO57 ; B5YU77, HIS8_ECO5E ; +DR B7NQG9, HIS8_ECO7I ; B7MWU0, HIS8_ECO81 ; B7M400, HIS8_ECO8A ; +DR C4ZSB0, HIS8_ECOBW ; B1X6V8, HIS8_ECODH ; A8A1P5, HIS8_ECOHS ; +DR A1ACN3, HIS8_ECOK1 ; Q0TG66, HIS8_ECOL5 ; Q8FG51, HIS8_ECOL6 ; +DR B1IZ53, HIS8_ECOLC ; P06986, HIS8_ECOLI ; B7NC61, HIS8_ECOLU ; +DR B6I848, HIS8_ECOSE ; B1LP20, HIS8_ECOSM ; Q1RA52, HIS8_ECOUT ; +DR A4WC70, HIS8_ENT38 ; Q2N7G6, HIS8_ERYLH ; B7LUF2, HIS8_ESCF3 ; +DR A5FFY0, HIS8_FLAJ1 ; A6GY79, HIS8_FLAPJ ; Q2J8K9, HIS8_FRACC ; +DR B0TY45, HIS8_FRAP2 ; B9LZ53, HIS8_GEODF ; Q5KXV3, HIS8_GEOKA ; +DR Q39YP6, HIS8_GEOMG ; P61000, HIS8_GEOSL ; C6E916, HIS8_GEOSM ; +DR C5D3D2, HIS8_GEOSW ; A4IQ80, HIS8_GEOTN ; A5G9G1, HIS8_GEOUR ; +DR Q7NL03, HIS8_GLOVI ; A9H311, HIS8_GLUDA ; Q0BVW4, HIS8_GRABC ; +DR A5UA19, HIS8_HAEIE ; A5UGY2, HIS8_HAEIG ; Q2SBJ7, HIS8_HAHCH ; +DR Q9KCA8, HIS8_HALH5 ; B9LNJ8, HIS8_HALLT ; Q5V4K3, HIS8_HALMA ; +DR B0R4Q4, HIS8_HALS3 ; Q9HQS0, HIS8_HALSA ; P17736, HIS8_HALVD ; +DR Q18F03, HIS8_HALWD ; Q7VIJ3, HIS8_HELHP ; B4U9L1, HIS8_HYDS0 ; +DR Q0C348, HIS8_HYPNA ; Q28TL1, HIS8_JANSC ; B5XPE6, HIS8_KLEP3 ; +DR A6TBC4, HIS8_KLEP7 ; Q02135, HIS8_LACLA ; A2RKS5, HIS8_LACLM ; +DR Q02YW3, HIS8_LACLS ; Q88UE6, HIS8_LACPL ; Q04QW8, HIS8_LEPBJ ; +DR Q04Z75, HIS8_LEPBL ; Q72PG3, HIS8_LEPIC ; Q8F6W9, HIS8_LEPIN ; +DR B1N009, HIS8_LEUCK ; Q03VY3, HIS8_LEUMM ; B2GBR8, HIS8_LIMF3 ; +DR Q92A83, HIS8_LISIN ; C1KWM5, HIS8_LISMC ; Q71Y90, HIS8_LISMF ; +DR B8DC01, HIS8_LISMH ; Q8Y5X8, HIS8_LISMO ; A0AK37, HIS8_LISW6 ; +DR B1HTD4, HIS8_LYSSC ; B9EAC1, HIS8_MACCJ ; Q0AM22, HIS8_MARMM ; DR A6VUD3, HIS8_MARMS ; A6UTL8, HIS8_META3 ; Q8TUE9, HIS8_METAC ; DR Q0W253, HIS8_METAR ; Q46E46, HIS8_METBF ; Q12U08, HIS8_METBU ; DR O07131, HIS8_METFL ; B3DXN2, HIS8_METI4 ; Q58365, HIS8_METJA ; @@ -68665,9 +69099,10 @@ DR P9WML7, HIS8_MYCTU ; A0PP15, HIS8_MYCUA ; A1T8W2, HIS8_MYCVP ; DR Q3IRT1, HIS8_NATPD ; Q5F7D7, HIS8_NEIG1 ; B4RJ05, HIS8_NEIG2 ; DR A9M185, HIS8_NEIM0 ; Q9JTH8, HIS8_NEIMA ; Q9JYH7, HIS8_NEIMB ; DR A1KV06, HIS8_NEIMF ; Q9FEW2, HIS8_NICPL ; Q1QQD5, HIS8_NITHX ; -DR A6Q1Z5, HIS8_NITSB ; Q3SV41, HIS8_NITWN ; Q5YYP9, HIS8_NOCFA ; -DR Q2GAI1, HIS8_NOVAD ; Q311Z4, HIS8_OLEA2 ; A1R558, HIS8_PAEAT ; -DR A1TKZ0, HIS8_PARC0 ; A6LAM2, HIS8_PARD8 ; Q51687, HIS8_PARDP ; +DR A6Q1Z5, HIS8_NITSB ; Q72DA0, HIS8_NITV2 ; A1VEW4, HIS8_NITV4 ; +DR Q3SV41, HIS8_NITWN ; Q5YYP9, HIS8_NOCFA ; Q2GAI1, HIS8_NOVAD ; +DR Q311Z4, HIS8_OLEA2 ; A1R558, HIS8_PAEAT ; A1TKZ0, HIS8_PARC0 ; +DR A6LAM2, HIS8_PARD8 ; Q51687, HIS8_PARDP ; Q2W047, HIS8_PARM1 ; DR Q6D410, HIS8_PECAS ; C6DF75, HIS8_PECCP ; B4SGL8, HIS8_PELPB ; DR A5CZ78, HIS8_PELTS ; Q4FP52, HIS8_PELUB ; Q7N6I1, HIS8_PHOLL ; DR Q6LT75, HIS8_PHOPR ; A6L2V8, HIS8_PHOV8 ; A1VK38, HIS8_POLNA ; @@ -68711,8 +69146,8 @@ DR Q8DM42, HIS8_THEVB ; Q9L6I2, HIS8_THIRO ; O82030, HIS8_TOBAC ; DR Q10VS0, HIS8_TRIEI ; A5CVR5, HIS8_VESOH ; A7MX17, HIS8_VIBC1 ; DR A5F2A2, HIS8_VIBC3 ; Q9KSX2, HIS8_VIBCH ; C3LU31, HIS8_VIBCM ; DR Q87QL0, HIS8_VIBPA ; Q8D8Q1, HIS8_VIBVU ; Q7MLS5, HIS8_VIBVY ; -DR Q7M7Y6, HIS8_WOLSU ; P58891, HIS8_XANAC ; Q3BUF6, HIS8_XANC5 ; -DR Q4UU41, HIS8_XANC8 ; B0RSL5, HIS8_XANCB ; P58892, HIS8_XANCP ; +DR Q7M7Y6, HIS8_WOLSU ; P58891, HIS8_XANAC ; Q4UU41, HIS8_XANC8 ; +DR B0RSL5, HIS8_XANCB ; P58892, HIS8_XANCP ; Q3BUF6, HIS8_XANE5 ; DR Q2P3K2, HIS8_XANOM ; Q5H0L0, HIS8_XANOR ; A7ICA9, HIS8_XANP2 ; DR B2I5Y0, HIS8_XYLF2 ; Q9PBC6, HIS8_XYLFA ; B0U3B2, HIS8_XYLFM ; DR Q87C30, HIS8_XYLFT ; P07172, HIS8_YEAST ; A1JTV9, HIS8_YERE8 ; @@ -69424,8 +69859,8 @@ DR Q5M3A4, SERC_STRT2 ; Q03JH6, SERC_STRTD ; B9DTW4, SERC_STRU0 ; DR Q9RI02, SERC_STUST ; A0LK14, SERC_SYNFM ; Q3SK88, SERC_THIDA ; DR A5CWI0, SERC_VESOH ; Q9KSU7, SERC_VIBCH ; Q87QA3, SERC_VIBPA ; DR Q8D900, SERC_VIBVU ; Q7MLH6, SERC_VIBVY ; Q8D268, SERC_WIGBR ; -DR Q8PLY7, SERC_XANAC ; Q3BUZ3, SERC_XANC5 ; Q4UTC9, SERC_XANC8 ; -DR B0RUW3, SERC_XANCB ; Q8PA97, SERC_XANCP ; Q2P354, SERC_XANOM ; +DR Q8PLY7, SERC_XANAC ; Q4UTC9, SERC_XANC8 ; B0RUW3, SERC_XANCB ; +DR Q8PA97, SERC_XANCP ; Q3BUZ3, SERC_XANE5 ; Q2P354, SERC_XANOM ; DR B2SJJ1, SERC_XANOP ; Q5H079, SERC_XANOR ; Q8RLW0, SERC_XENNA ; DR Q9PB19, SERC_XYLFA ; Q87BU0, SERC_XYLFT ; P33330, SERC_YEAST ; DR P19689, SERC_YERE8 ; A7FJX0, SERC_YERP3 ; Q1CA74, SERC_YERPA ; @@ -69513,10 +69948,10 @@ DR E1WTS4, BIOAB_BACF6; Q5LEY1, BIOAB_BACFN; Q64VX4, BIOAB_BACFR; DR E6SRG2, BIOAB_BACT6; Q8A7T2, BIOAB_BACTN; B7GHM5, BIOA_ANOFW ; DR O66557, BIOA_AQUAE ; P57379, BIOA_BUCAI ; Q8K9P0, BIOA_BUCAP ; DR Q89AK4, BIOA_BUCBP ; P13071, BIOA_CITFR ; P46395, BIOA_CORGL ; -DR Q728P4, BIOA_DESVH ; P12995, BIOA_ECOLI ; Q74CT9, BIOA_GEOSL ; -DR P44426, BIOA_HAEIN ; Q9ZKM5, BIOA_HELPJ ; O25627, BIOA_HELPY ; -DR P22805, BIOA_LYSSH ; Q58696, BIOA_METJA ; P0A4X7, BIOA_MYCBO ; -DR P45488, BIOA_MYCLE ; P9WQ80, BIOA_MYCTO ; P9WQ81, BIOA_MYCTU ; +DR P12995, BIOA_ECOLI ; Q74CT9, BIOA_GEOSL ; P44426, BIOA_HAEIN ; +DR Q9ZKM5, BIOA_HELPJ ; O25627, BIOA_HELPY ; P22805, BIOA_LYSSH ; +DR Q58696, BIOA_METJA ; P0A4X7, BIOA_MYCBO ; P45488, BIOA_MYCLE ; +DR P9WQ80, BIOA_MYCTO ; P9WQ81, BIOA_MYCTU ; Q728P4, BIOA_NITV2 ; DR P53656, BIOA_PSEVU ; P12677, BIOA_SALTY ; P36568, BIOA_SERMA ; DR Q2FVJ6, BIOA_STAA8 ; Q9FCC2, BIOA_STRCO ; Q31SA6, BIOA_SYNE7 ; DR P50277, BIOA_YEAST ; B0F481, BIODA_ARATH; Q5AYI6, BIODA_EMENI; @@ -69796,8 +70231,7 @@ DR O84395, DAPAT_CHLTR; B5EGX2, DAPAT_CITBB; B1WSG7, DAPAT_CROS5; DR B8HJY4, DAPAT_CYAP4; Q3Z8H5, DAPAT_DEHM1; A5FRC5, DAPAT_DEHMB; DR Q3ZXC8, DAPAT_DEHMC; C0QFJ4, DAPAT_DESAH; B1I544, DAPAT_DESAP; DR B8IZX8, DAPAT_DESDA; Q18T09, DAPAT_DESHD; Q24S01, DAPAT_DESHY; -DR A8ZXV5, DAPAT_DESOH; Q6AL81, DAPAT_DESPS; Q72BI1, DAPAT_DESVH; -DR B8DJJ6, DAPAT_DESVM; A1VDD3, DAPAT_DESVV; B9M384, DAPAT_GEODF; +DR A8ZXV5, DAPAT_DESOH; Q6AL81, DAPAT_DESPS; B9M384, DAPAT_GEODF; DR Q39Z65, DAPAT_GEOMG; Q74GT3, DAPAT_GEOSL; C6E9Q7, DAPAT_GEOSM; DR A5GD93, DAPAT_GEOUR; B7KL61, DAPAT_GLOC7; Q7NDX4, DAPAT_GLOVI; DR B8CX89, DAPAT_HALOH; B0TA38, DAPAT_HELMI; C4Z4Y1, DAPAT_LACE2; @@ -69806,7 +70240,8 @@ DR Q04UL5, DAPAT_LEPBJ; Q04YV8, DAPAT_LEPBL; B0SMK7, DAPAT_LEPBP; DR Q72NJ3, DAPAT_LEPIC; Q8F814, DAPAT_LEPIN; C6BUK3, DAPAT_MARSD; DR Q58786, DAPAT_METJA; Q6LX26, DAPAT_METMP; A5UN82, DAPAT_METS3; DR Q2NFU1, DAPAT_METST; O26158, DAPAT_METTH; B0JUM0, DAPAT_MICAN; -DR Q2RK33, DAPAT_MOOTA; B2A250, DAPAT_NATTJ; B2J2U3, DAPAT_NOSP7; +DR Q2RK33, DAPAT_MOOTA; B2A250, DAPAT_NATTJ; Q72BI1, DAPAT_NITV2; +DR A1VDD3, DAPAT_NITV4; B8DJJ6, DAPAT_NITV9; B2J2U3, DAPAT_NOSP7; DR Q30ZX9, DAPAT_OLEA2; Q10MQ2, DAPAT_ORYSJ; A6L8U2, DAPAT_PARD8; DR Q7U4C3, DAPAT_PARMW; Q6MDE0, DAPAT_PARUW; A1ATI6, DAPAT_PELPD; DR A6L7E4, DAPAT_PHOV8; B1XKF6, DAPAT_PICP2; A3PEY9, DAPAT_PROM0; @@ -70336,6 +70771,30 @@ DR Q9YBY6, LYSJ_AERPE ; Q9V1I4, LYSJ_PYRAB ; Q8ZV07, LYSJ_PYRAE ; DR Q8U0B4, LYSJ_PYRFU ; O59401, LYSJ_PYRHO ; Q7SI94, LYSJ_SACS2 ; DR Q4JAP8, LYSJ_SULAC ; Q976K0, LYSJ_SULTO ; Q5JFW3, LYSJ_THEKO ; // +ID 2.6.1.125 +DE L-arginine:2-oxoglutarate transaminase. +AN arginine-alpha-ketoglutarate transaminase. +CA 2-oxoglutarate + L-arginine = 5-guanidino-2-oxopentanoate + L-glutamate. +CC -!- Requires pyridoxal 5'-phosphate. +CC -!- The enzyme, characterized from several bacterial species, is known to +CC participate in L-arginine degradation and in the biosynthesis of the +CC rare amino acid (3R)-3-methyl-L-arginine. +CC -!- The enzyme from Streptomyces arginensis also catalyzes the activity +CC of EC 2.6.1.126. +DR M1T1K4, ARGM_STREL ; +// +ID 2.6.1.126 +DE L-aspartate:5-guanidino-3-methyl-2-oxopentanoate transaminase. +CA (3R)-5-guanidino-3-methyl-2-oxopentanoate + L-aspartate = (3R)-3-methyl- +CA L-arginine + oxaloacetate. +CC -!- Requires pyridoxal 5'-phosphate. +CC -!- The enzyme, characterized from several bacterial species, +CC participates in the biosynthesis of the rare amino acid (3R)-3- +CC methyl-L-arginine. +CC -!- The enzyme from Streptomyces arginensis also catalyzes the activity +CC of EC 2.6.1.125. +DR M1T1K4, ARGM_STREL ; D5FKJ2, MRSB_PSESY ; +// ID 2.6.1.n1 DE Transferred entry: 2.6.1.87. // @@ -70402,8 +70861,7 @@ DR A9N936, PDXJ_COXBR ; Q83BL1, PDXJ_COXBU ; B1WY64, PDXJ_CROS5 ; DR Q1LKN4, PDXJ_CUPMC ; Q0K8N6, PDXJ_CUPNH ; Q46Z21, PDXJ_CUPPJ ; DR B3R1Z6, PDXJ_CUPTR ; B8HKL1, PDXJ_CYAP4 ; Q11PM4, PDXJ_CYTH3 ; DR Q47EF4, PDXJ_DECAR ; C0Q9S7, PDXJ_DESAH ; B8FJ89, PDXJ_DESAL ; -DR A8ZVC5, PDXJ_DESOH ; Q3V891, PDXJ_DESVH ; B8DPF1, PDXJ_DESVM ; -DR A1VCV9, PDXJ_DESVV ; P0A795, PDXJ_ECO57 ; Q8FF18, PDXJ_ECOL6 ; +DR A8ZVC5, PDXJ_DESOH ; P0A795, PDXJ_ECO57 ; Q8FF18, PDXJ_ECOL6 ; DR P0A794, PDXJ_ECOLI ; Q3YSI5, PDXJ_EHRCJ ; Q2GG30, PDXJ_EHRCR ; DR Q5FHH4, PDXJ_EHRRG ; Q5HBN7, PDXJ_EHRRW ; B2KEC4, PDXJ_ELUMP ; DR A5FJ95, PDXJ_FLAJ1 ; B9M5K2, PDXJ_GEODF ; Q39UG0, PDXJ_GEOMG ; @@ -70420,7 +70878,8 @@ DR Q3V8A2, PDXJ_METCA ; B3DF93, PDXJ_MICAN ; B9LAE4, PDXJ_NAUPA ; DR Q5F6P1, PDXJ_NEIG1 ; A9M276, PDXJ_NEIM0 ; Q9RQV9, PDXJ_NEIMA ; DR Q9K0V9, PDXJ_NEIMB ; Q9RML6, PDXJ_NEIMC ; A1KVH8, PDXJ_NEIMF ; DR Q0AF72, PDXJ_NITEC ; Q82SJ7, PDXJ_NITEU ; Q2Y865, PDXJ_NITMU ; -DR Q3JCY8, PDXJ_NITOC ; A6Q3Y6, PDXJ_NITSB ; Q3SRB0, PDXJ_NITWN ; +DR Q3JCY8, PDXJ_NITOC ; A6Q3Y6, PDXJ_NITSB ; Q3V891, PDXJ_NITV2 ; +DR A1VCV9, PDXJ_NITV4 ; B8DPF1, PDXJ_NITV9 ; Q3SRB0, PDXJ_NITWN ; DR B2J448, PDXJ_NOSP7 ; Q8Z080, PDXJ_NOSS1 ; Q30ZQ6, PDXJ_OLEA2 ; DR B1ZNA6, PDXJ_OPITP ; A6LC86, PDXJ_PARD8 ; Q7U7S1, PDXJ_PARMW ; DR Q3V7N3, PDXJ_PECAS ; B4SDS5, PDXJ_PELPB ; A1AR94, PDXJ_PELPD ; @@ -70455,8 +70914,8 @@ DR Q10X41, PDXJ_TRIEI ; B3E693, PDXJ_TRIL1 ; Q3M9L4, PDXJ_TRIV2 ; DR Q9KPB5, PDXJ_VIBCH ; Q87LP2, PDXJ_VIBPA ; Q8DC73, PDXJ_VIBVU ; DR Q7MHP1, PDXJ_VIBVY ; Q8D304, PDXJ_WIGBR ; Q3V8B3, PDXJ_WOLPM ; DR B3CLF3, PDXJ_WOLPP ; Q7MAP8, PDXJ_WOLSU ; C0R576, PDXJ_WOLWR ; -DR Q8PRF1, PDXJ_XANAC ; Q3BZR9, PDXJ_XANC5 ; Q4V0R7, PDXJ_XANC8 ; -DR B0RLF1, PDXJ_XANCB ; Q8PEG8, PDXJ_XANCP ; Q2P9L0, PDXJ_XANOM ; +DR Q8PRF1, PDXJ_XANAC ; Q4V0R7, PDXJ_XANC8 ; B0RLF1, PDXJ_XANCB ; +DR Q8PEG8, PDXJ_XANCP ; Q3BZR9, PDXJ_XANE5 ; Q2P9L0, PDXJ_XANOM ; DR B2SUX4, PDXJ_XANOP ; Q5H704, PDXJ_XANOR ; A7IM59, PDXJ_XANP2 ; DR B2I669, PDXJ_XYLF2 ; Q9PH84, PDXJ_XYLFA ; B0U2A9, PDXJ_XYLFM ; DR Q87F88, PDXJ_XYLFT ; Q8ZCP4, PDXJ_YERPE ; Q3V7P0, PDXJ_YERPS ; @@ -70479,7 +70938,7 @@ AN hexokinase type I. AN hexokinase type II. AN hexokinase type III. AN hexokinase type IV (glucokinase). -CA ATP + D-hexose = ADP + D-hexose 6-phosphate + H(+). +CA a D-hexose + ATP = a D-hexose 6-phosphate + ADP + H(+). CC -!- D-glucose, D-mannose, D-fructose, sorbitol and D-glucosamine can act CC as acceptors. CC -!- ITP and dATP can act as donors. @@ -70532,10 +70991,10 @@ DR B2VE30, GLK_ERWT9 ; B7LL88, GLK_ESCF3 ; Q2SPT0, GLK_HAHCH ; DR Q9KCZ4, GLK_HALH5 ; Q17YK6, GLK_HELAH ; B6JMU2, GLK_HELP2 ; DR Q1CSG4, GLK_HELPH ; Q9ZKB0, GLK_HELPJ ; B2UUK7, GLK_HELPS ; DR O25731, GLK_HELPY ; B5XVU8, GLK_KLEP3 ; A6TC33, GLK_KLEP7 ; -DR Q2W5F9, GLK_MAGSA ; A1U1P2, GLK_MARN8 ; Q5F8Q0, GLK_NEIG1 ; -DR B4RM12, GLK_NEIG2 ; A9M041, GLK_NEIM0 ; P64253, GLK_NEIMA ; -DR P64254, GLK_NEIMB ; A1KUL0, GLK_NEIMF ; Q1QFN5, GLK_NITHX ; -DR B2J224, GLK_NOSP7 ; P58616, GLK_NOSS1 ; Q143F8, GLK_PARXL ; +DR A1U1P2, GLK_MARN8 ; Q5F8Q0, GLK_NEIG1 ; B4RM12, GLK_NEIG2 ; +DR A9M041, GLK_NEIM0 ; P64253, GLK_NEIMA ; P64254, GLK_NEIMB ; +DR A1KUL0, GLK_NEIMF ; Q1QFN5, GLK_NITHX ; B2J224, GLK_NOSP7 ; +DR P58616, GLK_NOSS1 ; Q2W5F9, GLK_PARM1 ; Q143F8, GLK_PARXL ; DR Q6D7C4, GLK_PECAS ; Q7N6Y0, GLK_PHOLL ; A6V2N1, GLK_PSEA7 ; DR B7V9H3, GLK_PSEA8 ; Q02PZ9, GLK_PSEAB ; Q9HZ46, GLK_PSEAE ; DR A1SXA4, GLK_PSYIN ; A3MUZ0, GLK_PYRCJ ; P58617, GLK_RALN1 ; @@ -70552,8 +71011,8 @@ DR Q83K86, GLK_SHIFL ; Q3YZE4, GLK_SHISS ; C3MBY4, GLK_SINFN ; DR A6UEW0, GLK_SINMW ; Q56198, GLK_STAXY ; P0A4E1, GLK_STRCO ; DR P0A4E2, GLK_STRLI ; B4SRZ6, GLK_STRM5 ; B2FL80, GLK_STRMK ; DR Q55855, GLK_SYNY3 ; Q9X1I0, GLK_THEMA ; C4LCT4, GLK_TOLAT ; -DR Q3MEM9, GLK_TRIV2 ; Q8PKU2, GLK_XANAC ; Q3BTE6, GLK_XANC5 ; -DR Q4UV84, GLK_XANC8 ; B0RSF9, GLK_XANCB ; Q8P8U7, GLK_XANCP ; +DR Q3MEM9, GLK_TRIV2 ; Q8PKU2, GLK_XANAC ; Q4UV84, GLK_XANC8 ; +DR B0RSF9, GLK_XANCB ; Q8P8U7, GLK_XANCP ; Q3BTE6, GLK_XANE5 ; DR Q2P3D0, GLK_XANOM ; Q5H0F2, GLK_XANOR ; B2I7Q9, GLK_XYLF2 ; DR Q9PEG4, GLK_XYLFA ; B0U1J8, GLK_XYLFM ; Q87EG6, GLK_XYLFT ; DR A1JLD7, GLK_YERE8 ; A7FGD3, GLK_YERP3 ; Q1C5Z1, GLK_YERPA ; @@ -70569,8 +71028,8 @@ DE ketohexokinase. AN hepatic fructokinase. CA ATP + beta-D-fructose = ADP + beta-D-fructose 1-phosphate + H(+). CC -!- D-sorbose, D-agatose and 5-dehydro-D-fructose also act as acceptors. -DR P50053, KHK_HUMAN ; P97328, KHK_MOUSE ; Q5RD71, KHK_PONAB ; -DR Q02974, KHK_RAT ; +DR D4GSD6, KHK_HALVD ; P50053, KHK_HUMAN ; P97328, KHK_MOUSE ; +DR Q5RD71, KHK_PONAB ; Q02974, KHK_RAT ; // ID 2.7.1.4 DE fructokinase. @@ -70775,8 +71234,8 @@ DR C1KVL8, PFKA_LISMC ; Q71Z96, PFKA_LISMF ; B8DHH7, PFKA_LISMH ; DR Q8Y6W0, PFKA_LISMO ; A0AJ20, PFKA_LISW6 ; Q93LR4, PFKA_LYSSH ; DR B9E7A4, PFKA_MACCJ ; Q8EVH2, PFKA_MALP2 ; Q65VM6, PFKA_MANSM ; DR Q601D3, PFKA_MESH2 ; Q4A8Q3, PFKA_MESH7 ; Q4AAM2, PFKA_MESHJ ; -DR Q6KHX0, PFKA_MESM1 ; P65691, PFKA_MYCBO ; Q2SSQ6, PFKA_MYCCT ; -DR P47457, PFKA_MYCGE ; O33106, PFKA_MYCLE ; P75476, PFKA_MYCPN ; +DR P65691, PFKA_MYCBO ; Q2SSQ6, PFKA_MYCCT ; P47457, PFKA_MYCGE ; +DR O33106, PFKA_MYCLE ; Q6KHX0, PFKA_MYCM1 ; P75476, PFKA_MYCPN ; DR Q98PW8, PFKA_MYCPU ; P9WID6, PFKA_MYCTO ; P9WID7, PFKA_MYCTU ; DR B2A6Y0, PFKA_NATTJ ; Q8EPD6, PFKA_OCEIH ; Q59214, PFKA_PAEMC ; DR Q9CPH2, PFKA_PASMU ; Q6CZ46, PFKA_PECAS ; C6DHK2, PFKA_PECCP ; @@ -70988,9 +71447,9 @@ DR Q927U9, KITH_LISIN ; Q71WN4, KITH_LISMF ; Q8Y4A7, KITH_LISMO ; DR B9E8G2, KITH_MACCJ ; Q8EU99, KITH_MALP2 ; Q65RN9, KITH_MANSM ; DR P25987, KITH_MEHV1 ; P13157, KITH_MEHVF ; Q6F0I2, KITH_MESFL ; DR Q5ZZT0, KITH_MESH2 ; Q4A7B8, KITH_MESH7 ; Q4A977, KITH_MESHJ ; -DR Q6KH30, KITH_MESM1 ; B3PM40, KITH_META1 ; Q5UP25, KITH_MIMIV ; -DR A0A7H0DN73, KITH_MONPV ; P04363, KITH_MONPZ ; P04184, KITH_MOUSE ; -DR Q2SSX9, KITH_MYCCT ; Q8RLE0, KITH_MYCGA ; P47280, KITH_MYCGE ; +DR B3PM40, KITH_META1 ; Q5UP25, KITH_MIMIV ; A0A7H0DN73, KITH_MONPV ; +DR P04363, KITH_MONPZ ; P04184, KITH_MOUSE ; Q2SSX9, KITH_MYCCT ; +DR Q8RLE0, KITH_MYCGA ; P47280, KITH_MYCGE ; Q6KH30, KITH_MYCM1 ; DR Q8VVL0, KITH_MYCMS ; P75070, KITH_MYCPN ; Q9Q8N6, KITH_MYXVL ; DR P28851, KITH_MYXVU ; Q2G5F0, KITH_NOVAD ; Q8EM59, KITH_OCEIH ; DR Q6YRB1, KITH_ONYPE ; O81263, KITH_ORYSJ ; P57926, KITH_PASMU ; @@ -71023,8 +71482,8 @@ DR O57203, KITH_VACCA ; P68564, KITH_VACCC ; Q9JFB7, KITH_VACCT ; DR P68563, KITH_VACCW ; P0DOM7, KITH_VAR67 ; P0DOM8, KITH_VARV ; DR Q9KST9, KITH_VIBCH ; Q87QJ8, KITH_VIBPA ; Q8D8R2, KITH_VIBVU ; DR Q7MLR4, KITH_VIBVY ; P09250, KITH_VZVD ; P0C0E6, KITH_VZVO ; -DR Q8PEQ8, KITH_XANAC ; Q3BM98, KITH_XANC5 ; Q4UNV0, KITH_XANC8 ; -DR Q8P3C8, KITH_XANCP ; Q2P902, KITH_XANOM ; Q5H6C5, KITH_XANOR ; +DR Q8PEQ8, KITH_XANAC ; Q4UNV0, KITH_XANC8 ; Q8P3C8, KITH_XANCP ; +DR Q3BM98, KITH_XANE5 ; Q2P902, KITH_XANOM ; Q5H6C5, KITH_XANOR ; DR Q8ZEJ1, KITH_YERPE ; Q66AM8, KITH_YERPS ; Q90033, KITH_YMTV5 ; DR Q5NQ29, KITH_ZYMMO ; O00142, KITM_HUMAN ; Q9N0C5, KITM_MACFA ; DR Q9R088, KITM_MOUSE ; @@ -71102,8 +71561,7 @@ DR A9KG94, NADK_COXBN ; A9N8H8, NADK_COXBR ; Q83C38, NADK_COXBU ; DR A7MHX2, NADK_CROS8 ; Q473L9, NADK_CUPPJ ; Q6A7W9, NADK_CUTAK ; DR Q11PL9, NADK_CYTH3 ; Q47HJ4, NADK_DECAR ; Q3ZZJ0, NADK_DEHMC ; DR A9BP04, NADK_DELAS ; B8FN99, NADK_DESAL ; A8ZWQ4, NADK_DESOH ; -DR Q6AL12, NADK_DESPS ; A4J3G3, NADK_DESRM ; Q72AV2, NADK_DESVH ; -DR B8DKV9, NADK_DESVM ; A1VCX9, NADK_DESVV ; A7ZQ55, NADK_ECO24 ; +DR Q6AL12, NADK_DESPS ; A4J3G3, NADK_DESRM ; A7ZQ55, NADK_ECO24 ; DR B7UH63, NADK_ECO27 ; B7MIV2, NADK_ECO45 ; B7LDK3, NADK_ECO55 ; DR P58057, NADK_ECO57 ; B5Z232, NADK_ECO5E ; B7NSB3, NADK_ECO7I ; DR B7MYQ3, NADK_ECO81 ; B7M984, NADK_ECO8A ; C4ZYN2, NADK_ECOBW ; @@ -71136,21 +71594,22 @@ DR Q5X168, NADK_LEGPA ; A5IHZ7, NADK_LEGPC ; Q5ZRQ7, NADK_LEGPH ; DR Q5WSY8, NADK_LEGPL ; Q6AGG7, NADK_LEIXX ; B1MZP8, NADK_LEUCK ; DR Q03YD3, NADK_LEUMM ; Q03QF3, NADK_LEVBA ; Q1WSL8, NADK_LIGS1 ; DR A5VJ17, NADK_LIMRD ; B2G6J1, NADK_LIMRJ ; B1HNY3, NADK_LYSSC ; -DR A0L8H9, NADK_MAGMM ; Q2WB09, NADK_MAGSA ; Q65UL1, NADK_MANSM ; -DR A6VXA6, NADK_MARMS ; A1U2D4, NADK_MARN8 ; Q8TKQ5, NADK_METAC ; -DR A7I809, NADK_METB6 ; Q46AH3, NADK_METBF ; Q607A2, NADK_METCA ; -DR Q2FQ95, NADK_METHJ ; Q8TXD2, NADK_METKA ; A2SQJ8, NADK_METLZ ; -DR Q8PTD1, NADK_METMA ; A3CU51, NADK_METMJ ; B8GEC2, NADK_METPE ; -DR A2SL48, NADK_METPP ; Q2NEP6, NADK_METST ; O26958, NADK_METTH ; -DR Q2RIC1, NADK_MOOTA ; P58058, NADK_MOUSE ; P0A5S7, NADK_MYCBO ; -DR Q7NAU0, NADK_MYCGA ; P47374, NADK_MYCGE ; B8ZRH2, NADK_MYCLB ; -DR Q49897, NADK_MYCLE ; Q740E9, NADK_MYCPA ; P75508, NADK_MYCPN ; -DR P9WHV6, NADK_MYCTO ; P9WHV7, NADK_MYCTU ; Q3IR96, NADK_NATPD ; -DR B2A524, NADK_NATTJ ; Q5F9K3, NADK_NEIG1 ; B4RK90, NADK_NEIG2 ; -DR A9M3N9, NADK_NEIM0 ; P65772, NADK_NEIMA ; P65773, NADK_NEIMB ; -DR A1KT64, NADK_NEIMF ; Q0AHZ4, NADK_NITEC ; Q82UK6, NADK_NITEU ; -DR Q2Y6B0, NADK_NITMU ; Q3JBV4, NADK_NITOC ; Q5YY98, NADK_NOCFA ; -DR Q30Y32, NADK_OLEA2 ; A1TT64, NADK_PARC0 ; A7HWM6, NADK_PARL1 ; +DR A0L8H9, NADK_MAGMM ; Q65UL1, NADK_MANSM ; A6VXA6, NADK_MARMS ; +DR A1U2D4, NADK_MARN8 ; Q8TKQ5, NADK_METAC ; A7I809, NADK_METB6 ; +DR Q46AH3, NADK_METBF ; Q607A2, NADK_METCA ; Q2FQ95, NADK_METHJ ; +DR Q8TXD2, NADK_METKA ; A2SQJ8, NADK_METLZ ; Q8PTD1, NADK_METMA ; +DR A3CU51, NADK_METMJ ; B8GEC2, NADK_METPE ; A2SL48, NADK_METPP ; +DR Q2NEP6, NADK_METST ; O26958, NADK_METTH ; Q2RIC1, NADK_MOOTA ; +DR P58058, NADK_MOUSE ; P0A5S7, NADK_MYCBO ; Q7NAU0, NADK_MYCGA ; +DR P47374, NADK_MYCGE ; B8ZRH2, NADK_MYCLB ; Q49897, NADK_MYCLE ; +DR Q740E9, NADK_MYCPA ; P75508, NADK_MYCPN ; P9WHV6, NADK_MYCTO ; +DR P9WHV7, NADK_MYCTU ; Q3IR96, NADK_NATPD ; B2A524, NADK_NATTJ ; +DR Q5F9K3, NADK_NEIG1 ; B4RK90, NADK_NEIG2 ; A9M3N9, NADK_NEIM0 ; +DR P65772, NADK_NEIMA ; P65773, NADK_NEIMB ; A1KT64, NADK_NEIMF ; +DR Q0AHZ4, NADK_NITEC ; Q82UK6, NADK_NITEU ; Q2Y6B0, NADK_NITMU ; +DR Q3JBV4, NADK_NITOC ; Q72AV2, NADK_NITV2 ; A1VCX9, NADK_NITV4 ; +DR B8DKV9, NADK_NITV9 ; Q5YY98, NADK_NOCFA ; Q30Y32, NADK_OLEA2 ; +DR A1TT64, NADK_PARC0 ; A7HWM6, NADK_PARL1 ; Q2WB09, NADK_PARM1 ; DR B2JGE9, NADK_PARP8 ; B2SXB6, NADK_PARPJ ; Q6MDK7, NADK_PARUW ; DR Q145F7, NADK_PARXL ; Q9CNU2, NADK_PASMU ; Q6D8Y0, NADK_PECAS ; DR Q03EW6, NADK_PEDPA ; B4SGW9, NADK_PELPB ; A5D2Z8, NADK_PELTS ; @@ -71216,7 +71675,7 @@ DR A1WGS0, NADK_VEREI ; B7VJW6, NADK_VIBA3 ; A7MWW3, NADK_VIBC1 ; DR A5F368, NADK_VIBC3 ; Q9KTP8, NADK_VIBCH ; C3LTA3, NADK_VIBCM ; DR Q87RX6, NADK_VIBPA ; Q8DF58, NADK_VIBVU ; Q7MN93, NADK_VIBVY ; DR Q8D391, NADK_WIGBR ; Q7MR67, NADK_WOLSU ; Q8PM39, NADK_XANAC ; -DR Q3BV46, NADK_XANC5 ; Q4UT86, NADK_XANC8 ; Q8PAD9, NADK_XANCP ; +DR Q4UT86, NADK_XANC8 ; Q8PAD9, NADK_XANCP ; Q3BV46, NADK_XANE5 ; DR Q2P310, NADK_XANOM ; Q9PBQ0, NADK_XYLFA ; Q87DA0, NADK_XYLFT ; DR Q8ZH09, NADK_YERPE ; Q66DA9, NADK_YERPS ; Q5NMV7, NADK_ZYMMO ; DR Q4G0N4, NAKD2_HUMAN; Q8C5H8, NAKD2_MOUSE; Q1HCL7, NAKD2_RAT ; @@ -71268,14 +71727,14 @@ DR Q9CHQ8, COAE_LACLA ; Q88WV3, COAE_LACPL ; Q38VS6, COAE_LATSS ; DR Q5X597, COAE_LEGPA ; Q5ZVH3, COAE_LEGPH ; Q5WW92, COAE_LEGPL ; DR Q6AF53, COAE_LEIXX ; Q72MV4, COAE_LEPIC ; Q8EZJ0, COAE_LEPIN ; DR Q92BF2, COAE_LISIN ; Q71ZA4, COAE_LISMF ; Q8Y6W8, COAE_LISMO ; -DR Q2VYH5, COAE_MAGSA ; Q65VP4, COAE_MANSM ; Q606C5, COAE_METCA ; -DR Q2RHF1, COAE_MOOTA ; P63827, COAE_MYCBO ; P47506, COAE_MYCGE ; -DR Q50178, COAE_MYCLE ; Q740M4, COAE_MYCPA ; P75400, COAE_MYCPN ; -DR P9WPA2, COAE_MYCTO ; P9WPA3, COAE_MYCTU ; Q5F691, COAE_NEIG1 ; -DR Q50962, COAE_NEIGO ; Q9JSS4, COAE_NEIMA ; Q4W580, COAE_NEIMB ; -DR Q82WR4, COAE_NITEU ; Q2Y748, COAE_NITMU ; Q3JEA9, COAE_NITOC ; -DR Q3SWG9, COAE_NITWN ; Q5YYJ6, COAE_NOCFA ; Q8YW62, COAE_NOSS1 ; -DR Q2GC60, COAE_NOVAD ; Q8EPE7, COAE_OCEIH ; Q94DR2, COAE_ORYSJ ; +DR Q65VP4, COAE_MANSM ; Q606C5, COAE_METCA ; Q2RHF1, COAE_MOOTA ; +DR P63827, COAE_MYCBO ; P47506, COAE_MYCGE ; Q50178, COAE_MYCLE ; +DR Q740M4, COAE_MYCPA ; P75400, COAE_MYCPN ; P9WPA2, COAE_MYCTO ; +DR P9WPA3, COAE_MYCTU ; Q5F691, COAE_NEIG1 ; Q50962, COAE_NEIGO ; +DR Q9JSS4, COAE_NEIMA ; Q4W580, COAE_NEIMB ; Q82WR4, COAE_NITEU ; +DR Q2Y748, COAE_NITMU ; Q3JEA9, COAE_NITOC ; Q3SWG9, COAE_NITWN ; +DR Q5YYJ6, COAE_NOCFA ; Q8YW62, COAE_NOSS1 ; Q2GC60, COAE_NOVAD ; +DR Q8EPE7, COAE_OCEIH ; Q94DR2, COAE_ORYSJ ; Q2VYH5, COAE_PARM1 ; DR Q7U3S5, COAE_PARMW ; Q6MEQ3, COAE_PARUW ; Q9CPF5, COAE_PASMU ; DR Q6D0J6, COAE_PECAS ; Q7N158, COAE_PHOLL ; Q6LMG7, COAE_PHOPR ; DR Q7MWV3, COAE_PORGI ; Q9F7L5, COAE_PRB01 ; Q31DD4, COAE_PROM9 ; @@ -71313,7 +71772,7 @@ DR Q73M71, COAE_TREDE ; O83319, COAE_TREPA ; Q3MGH8, COAE_TRIV2 ; DR Q9KPE3, COAE_VIBCH ; Q87LT4, COAE_VIBPA ; Q56741, COAE_VIBVU ; DR Q7MHT5, COAE_VIBVY ; Q8D308, COAE_WIGBR ; Q73IH9, COAE_WOLPM ; DR Q7M7Q5, COAE_WOLSU ; Q5GT26, COAE_WOLTR ; Q8PHK7, COAE_XANAC ; -DR Q3BQ76, COAE_XANC5 ; Q4UXU8, COAE_XANC8 ; Q56764, COAE_XANCP ; +DR Q4UXU8, COAE_XANC8 ; Q56764, COAE_XANCP ; Q3BQ76, COAE_XANE5 ; DR Q2P5F7, COAE_XANOM ; Q5H2I4, COAE_XANOR ; Q9PAI2, COAE_XYLFA ; DR Q87AA7, COAE_XYLFT ; Q8ZBI0, COAE_YERPE ; Q66EJ1, COAE_YERPS ; DR Q5NRJ0, COAE_ZYMMO ; Q13057, COASY_HUMAN; Q9DBL7, COASY_MOUSE; @@ -71500,8 +71959,7 @@ DR Q8FLY8, GLPK_COREF ; A4QHT1, GLPK_CORGB ; Q8NLP9, GLPK_CORGL ; DR C4LGQ3, GLPK_CORK4 ; A9KCL1, GLPK_COXBN ; A9NCY5, GLPK_COXBR ; DR Q83D14, GLPK_COXBU ; Q47ER3, GLPK_DECAR ; Q9RT38, GLPK_DEIRA ; DR A9BRV2, GLPK_DELAS ; B8J0H2, GLPK_DESDA ; B8FXS7, GLPK_DESHD ; -DR A4J8E6, GLPK_DESRM ; Q726H4, GLPK_DESVH ; B8DL62, GLPK_DESVM ; -DR A1VA10, GLPK_DESVV ; Q54VT8, GLPK_DICDI ; A5EWH1, GLPK_DICNV ; +DR A4J8E6, GLPK_DESRM ; Q54VT8, GLPK_DICDI ; A5EWH1, GLPK_DICNV ; DR A7ZUE0, GLPK_ECO24 ; B7UNP6, GLPK_ECO27 ; B7MI58, GLPK_ECO45 ; DR B7LA23, GLPK_ECO55 ; P0A6F4, GLPK_ECO57 ; B5YZ64, GLPK_ECO5E ; DR B7NU81, GLPK_ECO7I ; B7N2R7, GLPK_ECO81 ; B7M6X7, GLPK_ECO8A ; @@ -71536,7 +71994,8 @@ DR P47284, GLPK_MYCGE ; A4T5Y1, GLPK_MYCGI ; Q9CB81, GLPK_MYCLE ; DR Q6MTY7, GLPK_MYCMS ; P75064, GLPK_MYCPN ; Q98QY9, GLPK_MYCPU ; DR A5U920, GLPK_MYCTA ; P9WPK0, GLPK_MYCTO ; P9WPK1, GLPK_MYCTU ; DR A1TGD7, GLPK_MYCVP ; Q1CXI5, GLPK_MYXXD ; B2A2C4, GLPK_NATTJ ; -DR Q0AEC9, GLPK_NITEC ; Q1QR91, GLPK_NITHX ; Q5Z175, GLPK_NOCFA ; +DR Q0AEC9, GLPK_NITEC ; Q1QR91, GLPK_NITHX ; Q726H4, GLPK_NITV2 ; +DR A1VA10, GLPK_NITV4 ; B8DL62, GLPK_NITV9 ; Q5Z175, GLPK_NOCFA ; DR Q8YW05, GLPK_NOSS1 ; Q8ENK7, GLPK_OCEIH ; Q316D5, GLPK_OLEA2 ; DR A1R6X6, GLPK_PAEAT ; A1TJR8, GLPK_PARC0 ; A6LCZ1, GLPK_PARD8 ; DR B2JD95, GLPK_PARP8 ; B2SYH7, GLPK_PARPJ ; Q13UE3, GLPK_PARXL ; @@ -71595,8 +72054,8 @@ DR Q3M3M2, GLPK_TRIV2 ; Q9NJP9, GLPK_TRYBB ; C5CSQ9, GLPK_VARPS ; DR A1WKB4, GLPK_VEREI ; B7VQ85, GLPK_VIBA3 ; A7N1R1, GLPK_VIBC1 ; DR A5EZR2, GLPK_VIBC3 ; Q9KLJ9, GLPK_VIBCH ; C3LW10, GLPK_VIBCM ; DR Q87M72, GLPK_VIBPA ; Q8DBM6, GLPK_VIBVU ; Q7MI93, GLPK_VIBVY ; -DR Q8PQG7, GLPK_XANAC ; Q3BYR0, GLPK_XANC5 ; Q4UZR8, GLPK_XANC8 ; -DR B0RMN0, GLPK_XANCB ; Q8PDI0, GLPK_XANCP ; A7IJ56, GLPK_XANP2 ; +DR Q8PQG7, GLPK_XANAC ; Q4UZR8, GLPK_XANC8 ; B0RMN0, GLPK_XANCB ; +DR Q8PDI0, GLPK_XANCP ; Q3BYR0, GLPK_XANE5 ; A7IJ56, GLPK_XANP2 ; DR B2I618, GLPK_XYLF2 ; Q9PB76, GLPK_XYLFA ; B0U3F2, GLPK_XYLFM ; DR Q87BZ2, GLPK_XYLFT ; P32190, GLPK_YEAST ; // @@ -71637,7 +72096,7 @@ DR B2S986, COAA_BRUA1 ; Q2YQY6, COAA_BRUA2 ; A6WX50, COAA_BRUA4 ; DR Q57AH1, COAA_BRUAB ; A9M9S1, COAA_BRUC2 ; C0RFX5, COAA_BRUMB ; DR P63808, COAA_BRUME ; A5VT45, COAA_BRUO2 ; B0CJI8, COAA_BRUSI ; DR P63809, COAA_BRUSU ; Q11CK5, COAA_CHESB ; A8AKV0, COAA_CITK8 ; -DR A5CU73, COAA_CLAM3 ; B0RD37, COAA_CLAMS ; C3PFC1, COAA_CORA7 ; +DR A5CU73, COAA_CLAM3 ; B0RD37, COAA_CLASE ; C3PFC1, COAA_CORA7 ; DR Q6NI48, COAA_CORDI ; Q8FQR2, COAA_COREF ; A4QCW5, COAA_CORGB ; DR Q8NRQ2, COAA_CORGL ; Q4JU68, COAA_CORJK ; B6J596, COAA_COXB1 ; DR B6J2J7, COAA_COXB2 ; A9KD67, COAA_COXBN ; A9NAJ3, COAA_COXBR ; @@ -71764,45 +72223,45 @@ DR Q11Q02, COAX_CYTH3 ; Q479J6, COAX_DECAR ; Q3Z9C7, COAX_DEHM1 ; DR A5FS34, COAX_DEHMB ; Q3ZZH1, COAX_DEHMC ; Q1IXJ0, COAX_DEIGD ; DR Q9RX54, COAX_DEIRA ; C0QHQ9, COAX_DESAH ; B8FMB1, COAX_DESAL ; DR B8J468, COAX_DESDA ; B8FZE5, COAX_DESHD ; Q251N7, COAX_DESHY ; -DR A8ZZH7, COAX_DESOH ; Q6AKW8, COAX_DESPS ; Q72F93, COAX_DESVH ; -DR B8DMB1, COAX_DESVM ; A1VGV6, COAX_DESVV ; A5EVK4, COAX_DICNV ; +DR A8ZZH7, COAX_DESOH ; Q6AKW8, COAX_DESPS ; A5EVK4, COAX_DICNV ; DR B8E2Z9, COAX_DICTD ; A8LIV9, COAX_DINSH ; Q3YSS7, COAX_EHRCJ ; DR Q2GFQ3, COAX_EHRCR ; Q5FFD0, COAX_EHRRG ; Q5HBZ7, COAX_EHRRW ; DR B2KBD0, COAX_ELUMP ; B1GZU1, COAX_ENDTX ; Q2NA81, COAX_ERYLH ; DR B1YGQ7, COAX_EXIS2 ; C4KZT8, COAX_EXISA ; A7HM80, COAX_FERNB ; DR B0S218, COAX_FINM2 ; A5FK26, COAX_FLAJ1 ; A6H2B4, COAX_FLAPJ ; -DR Q0RB90, COAX_FRAAA ; Q2J4R7, COAX_FRACC ; A8LCM4, COAX_FRASN ; -DR Q8RFE4, COAX_FUSNN ; B9LZI6, COAX_GEODF ; Q5L3T0, COAX_GEOKA ; -DR Q39U59, COAX_GEOMG ; Q74BU2, COAX_GEOSL ; C6E791, COAX_GEOSM ; -DR C5D391, COAX_GEOSW ; A4IJE6, COAX_GEOTN ; A5G5C1, COAX_GEOUR ; -DR Q7NCI5, COAX_GLOVI ; Q5FUV0, COAX_GLUOX ; Q0BSL7, COAX_GRABC ; -DR Q2S8Z5, COAX_HAHCH ; Q9KGH5, COAX_HALH5 ; A1WVD8, COAX_HALHL ; -DR B8D075, COAX_HALOH ; Q7VJU3, COAX_HELHP ; Q1CT10, COAX_HELPH ; -DR Q9ZKY6, COAX_HELPJ ; O25533, COAX_HELPY ; A4G9B3, COAX_HERAR ; -DR Q31E86, COAX_HYDCU ; Q0C1C9, COAX_HYPNA ; Q5QY78, COAX_IDILO ; -DR A6T332, COAX_JANMA ; Q28T47, COAX_JANSC ; Q1IVF9, COAX_KORVE ; -DR C5CFU0, COAX_KOSOT ; A9KHE4, COAX_LACP7 ; C1D6Y0, COAX_LARHH ; -DR Q1MS79, COAX_LAWIP ; Q5X6J2, COAX_LEGPA ; A5IG02, COAX_LEGPC ; -DR Q5ZX22, COAX_LEGPH ; Q5WXZ6, COAX_LEGPL ; Q04V79, COAX_LEPBJ ; -DR Q04Y97, COAX_LEPBL ; B1Y6R5, COAX_LEPCP ; Q72NP0, COAX_LEPIC ; -DR Q8F7V9, COAX_LEPIN ; Q92F54, COAX_LISIN ; C1KYF4, COAX_LISMC ; -DR Q724J2, COAX_LISMF ; B8DGK4, COAX_LISMH ; Q8YAC5, COAX_LISMO ; -DR A0AF20, COAX_LISW6 ; A0L7P3, COAX_MAGMM ; Q2W3J9, COAX_MAGSA ; -DR Q8EUB0, COAX_MALP2 ; Q0APX5, COAX_MARMM ; A6W3A7, COAX_MARMS ; -DR A1TYI2, COAX_MARN8 ; Q6KH54, COAX_MESM1 ; Q607I0, COAX_METCA ; +DR Q0RB90, COAX_FRAAA ; Q2J4R7, COAX_FRACC ; Q8RFE4, COAX_FUSNN ; +DR B9LZI6, COAX_GEODF ; Q5L3T0, COAX_GEOKA ; Q39U59, COAX_GEOMG ; +DR Q74BU2, COAX_GEOSL ; C6E791, COAX_GEOSM ; C5D391, COAX_GEOSW ; +DR A4IJE6, COAX_GEOTN ; A5G5C1, COAX_GEOUR ; Q7NCI5, COAX_GLOVI ; +DR Q5FUV0, COAX_GLUOX ; Q0BSL7, COAX_GRABC ; Q2S8Z5, COAX_HAHCH ; +DR Q9KGH5, COAX_HALH5 ; A1WVD8, COAX_HALHL ; B8D075, COAX_HALOH ; +DR Q7VJU3, COAX_HELHP ; Q1CT10, COAX_HELPH ; Q9ZKY6, COAX_HELPJ ; +DR O25533, COAX_HELPY ; A4G9B3, COAX_HERAR ; Q31E86, COAX_HYDCU ; +DR Q0C1C9, COAX_HYPNA ; Q5QY78, COAX_IDILO ; A6T332, COAX_JANMA ; +DR Q28T47, COAX_JANSC ; Q1IVF9, COAX_KORVE ; C5CFU0, COAX_KOSOT ; +DR A9KHE4, COAX_LACP7 ; C1D6Y0, COAX_LARHH ; Q1MS79, COAX_LAWIP ; +DR Q5X6J2, COAX_LEGPA ; A5IG02, COAX_LEGPC ; Q5ZX22, COAX_LEGPH ; +DR Q5WXZ6, COAX_LEGPL ; Q04V79, COAX_LEPBJ ; Q04Y97, COAX_LEPBL ; +DR B1Y6R5, COAX_LEPCP ; Q72NP0, COAX_LEPIC ; Q8F7V9, COAX_LEPIN ; +DR Q92F54, COAX_LISIN ; C1KYF4, COAX_LISMC ; Q724J2, COAX_LISMF ; +DR B8DGK4, COAX_LISMH ; Q8YAC5, COAX_LISMO ; A0AF20, COAX_LISW6 ; +DR A0L7P3, COAX_MAGMM ; Q8EUB0, COAX_MALP2 ; Q0APX5, COAX_MARMM ; +DR A6W3A7, COAX_MARMS ; A1TYI2, COAX_MARN8 ; Q607I0, COAX_METCA ; DR Q1GZJ0, COAX_METFK ; B3DWU5, COAX_METI4 ; A2SLA5, COAX_METPP ; DR Q2RM55, COAX_MOOTA ; A0QA95, COAX_MYCA1 ; B1MGV8, COAX_MYCA9 ; DR Q7TW42, COAX_MYCBO ; A1KPT5, COAX_MYCBP ; C1AI58, COAX_MYCBT ; DR A4T5N5, COAX_MYCGI ; B8ZU51, COAX_MYCLB ; Q9CD56, COAX_MYCLE ; -DR B2HJ44, COAX_MYCMM ; Q743Y3, COAX_MYCPA ; A0R579, COAX_MYCS2 ; -DR Q4A743, COAX_MYCS5 ; A3Q6Y3, COAX_MYCSJ ; A1UMH8, COAX_MYCSK ; -DR Q1B2M0, COAX_MYCSS ; A5U8S5, COAX_MYCTA ; P9WPA0, COAX_MYCTO ; -DR P9WPA1, COAX_MYCTU ; A0PV48, COAX_MYCUA ; A1TG33, COAX_MYCVP ; -DR Q1D4U7, COAX_MYXXD ; Q0AJF4, COAX_NITEC ; Q82S93, COAX_NITEU ; -DR Q2Y796, COAX_NITMU ; Q3JEM4, COAX_NITOC ; Q5Z2U1, COAX_NOCFA ; -DR A1SDX1, COAX_NOCSJ ; Q8YQD7, COAX_NOSS1 ; Q2G601, COAX_NOVAD ; -DR Q8EU15, COAX_OCEIH ; Q316Q1, COAX_OLEA2 ; A1TUS2, COAX_PARC0 ; -DR A1B477, COAX_PARDP ; B2JKK7, COAX_PARP8 ; B2SWX0, COAX_PARPJ ; +DR Q6KH54, COAX_MYCM1 ; B2HJ44, COAX_MYCMM ; Q743Y3, COAX_MYCPA ; +DR A0R579, COAX_MYCS2 ; Q4A743, COAX_MYCS5 ; A3Q6Y3, COAX_MYCSJ ; +DR A1UMH8, COAX_MYCSK ; Q1B2M0, COAX_MYCSS ; A5U8S5, COAX_MYCTA ; +DR P9WPA0, COAX_MYCTO ; P9WPA1, COAX_MYCTU ; A0PV48, COAX_MYCUA ; +DR A1TG33, COAX_MYCVP ; Q1D4U7, COAX_MYXXD ; Q0AJF4, COAX_NITEC ; +DR Q82S93, COAX_NITEU ; Q2Y796, COAX_NITMU ; Q3JEM4, COAX_NITOC ; +DR Q72F93, COAX_NITV2 ; A1VGV6, COAX_NITV4 ; B8DMB1, COAX_NITV9 ; +DR Q5Z2U1, COAX_NOCFA ; A1SDX1, COAX_NOCSJ ; Q8YQD7, COAX_NOSS1 ; +DR Q2G601, COAX_NOVAD ; Q8EU15, COAX_OCEIH ; Q316Q1, COAX_OLEA2 ; +DR A1TUS2, COAX_PARC0 ; A1B477, COAX_PARDP ; Q2W3J9, COAX_PARM1 ; +DR B2JKK7, COAX_PARP8 ; B2SWX0, COAX_PARPJ ; A8LCM4, COAX_PARS2 ; DR Q146G6, COAX_PARXL ; A1ALR6, COAX_PELPD ; A5D5P9, COAX_PELTS ; DR Q4FM76, COAX_PELUB ; C0QU76, COAX_PERMH ; A9BIX4, COAX_PETMO ; DR B4RC03, COAX_PHEZH ; A6L3F8, COAX_PHOV8 ; A1VT30, COAX_POLNA ; @@ -71832,8 +72291,8 @@ DR B9L0J2, COAX_THERP ; B1LCE8, COAX_THESQ ; Q72IX3, COAX_THET2 ; DR Q5SIJ5, COAX_THET8 ; Q8DJS3, COAX_THEVB ; Q3SLJ6, COAX_THIDA ; DR O83446, COAX_TREPA ; B2S328, COAX_TREPS ; B3E7Q7, COAX_TRIL1 ; DR Q3MC63, COAX_TRIV2 ; A1WJV9, COAX_VEREI ; Q7MS38, COAX_WOLSU ; -DR Q8PFG5, COAX_XANAC ; Q3BN23, COAX_XANC5 ; Q4UPF9, COAX_XANC8 ; -DR B0RXV6, COAX_XANCB ; Q8P3Y1, COAX_XANCP ; Q2P8I1, COAX_XANOM ; +DR Q8PFG5, COAX_XANAC ; Q4UPF9, COAX_XANC8 ; B0RXV6, COAX_XANCB ; +DR Q8P3Y1, COAX_XANCP ; Q3BN23, COAX_XANE5 ; Q2P8I1, COAX_XANOM ; DR B2SS98, COAX_XANOP ; Q5H5T7, COAX_XANOR ; B2I5C0, COAX_XYLF2 ; DR Q9PCI4, COAX_XYLFA ; Q87CJ5, COAX_XYLFT ; Q5NLB9, COAX_ZYMMO ; DR O80765, PANK1_ARATH; Q8TE04, PANK1_HUMAN; Q8K4K6, PANK1_MOUSE; @@ -71987,23 +72446,23 @@ DR Q02Z13, KHSE_LACLS ; Q88Z08, KHSE_LACPL ; Q6AG73, KHSE_LEIXX ; DR B1MYF2, KHSE_LEUCK ; Q03Y28, KHSE_LEUMM ; B2GCV0, KHSE_LIMF3 ; DR Q927U8, KHSE_LISIN ; C1KYW2, KHSE_LISMC ; Q71WN3, KHSE_LISMF ; DR B8DBG4, KHSE_LISMH ; Q8Y4A6, KHSE_LISMO ; A0ALN0, KHSE_LISW6 ; -DR B1HYT4, KHSE_LYSSC ; Q2W9A8, KHSE_MAGSA ; Q65RV1, KHSE_MANSM ; -DR A6UV93, KHSE_META3 ; Q0W2X4, KHSE_METAR ; Q9RAM6, KHSE_METFK ; -DR O32378, KHSE_METGL ; Q58504, KHSE_METJA ; Q8TYG6, KHSE_METKA ; -DR A4FZP2, KHSE_METM5 ; A9A802, KHSE_METM6 ; A6VIT5, KHSE_METM7 ; -DR Q6M0H5, KHSE_METMP ; B8ILM3, KHSE_METNO ; B1ZC86, KHSE_METPB ; -DR B1M3E0, KHSE_METRJ ; B0UKH0, KHSE_METS4 ; B8EPM3, KHSE_METSB ; -DR A6URT1, KHSE_METVS ; P04947, KHSE_MICDP ; Q2RIX1, KHSE_MOOTA ; -DR B1MLU6, KHSE_MYCA9 ; P65225, KHSE_MYCBO ; B8ZR28, KHSE_MYCLB ; -DR P45836, KHSE_MYCLE ; Q73X44, KHSE_MYCPA ; A0R219, KHSE_MYCS2 ; -DR A3Q3C9, KHSE_MYCSJ ; A1UK02, KHSE_MYCSK ; Q1B535, KHSE_MYCSS ; -DR P9WKE6, KHSE_MYCTO ; P9WKE7, KHSE_MYCTU ; A0PUL4, KHSE_MYCUA ; -DR A1TD73, KHSE_MYCVP ; Q3INF0, KHSE_NATPD ; B2A8C9, KHSE_NATTJ ; -DR B9L6E6, KHSE_NAUPA ; Q9JWE5, KHSE_NEIMA ; Q4W557, KHSE_NEIMB ; -DR Q0AHY7, KHSE_NITEC ; Q82UL3, KHSE_NITEU ; Q1QH29, KHSE_NITHX ; -DR Q2YBJ8, KHSE_NITMU ; A6Q225, KHSE_NITSB ; Q3SP50, KHSE_NITWN ; -DR Q5Z0Z5, KHSE_NOCFA ; B2J7E8, KHSE_NOSP7 ; Q8YZV9, KHSE_NOSS1 ; -DR Q8ET01, KHSE_OCEIH ; A7HQX5, KHSE_PARL1 ; Q7U659, KHSE_PARMW ; +DR B1HYT4, KHSE_LYSSC ; Q65RV1, KHSE_MANSM ; A6UV93, KHSE_META3 ; +DR Q0W2X4, KHSE_METAR ; Q9RAM6, KHSE_METFK ; O32378, KHSE_METGL ; +DR Q58504, KHSE_METJA ; Q8TYG6, KHSE_METKA ; A4FZP2, KHSE_METM5 ; +DR A9A802, KHSE_METM6 ; A6VIT5, KHSE_METM7 ; Q6M0H5, KHSE_METMP ; +DR B8ILM3, KHSE_METNO ; B1ZC86, KHSE_METPB ; B1M3E0, KHSE_METRJ ; +DR B0UKH0, KHSE_METS4 ; B8EPM3, KHSE_METSB ; A6URT1, KHSE_METVS ; +DR P04947, KHSE_MICDP ; Q2RIX1, KHSE_MOOTA ; B1MLU6, KHSE_MYCA9 ; +DR P65225, KHSE_MYCBO ; B8ZR28, KHSE_MYCLB ; P45836, KHSE_MYCLE ; +DR Q73X44, KHSE_MYCPA ; A0R219, KHSE_MYCS2 ; A3Q3C9, KHSE_MYCSJ ; +DR A1UK02, KHSE_MYCSK ; Q1B535, KHSE_MYCSS ; P9WKE6, KHSE_MYCTO ; +DR P9WKE7, KHSE_MYCTU ; A0PUL4, KHSE_MYCUA ; A1TD73, KHSE_MYCVP ; +DR Q3INF0, KHSE_NATPD ; B2A8C9, KHSE_NATTJ ; B9L6E6, KHSE_NAUPA ; +DR Q9JWE5, KHSE_NEIMA ; Q4W557, KHSE_NEIMB ; Q0AHY7, KHSE_NITEC ; +DR Q82UL3, KHSE_NITEU ; Q1QH29, KHSE_NITHX ; Q2YBJ8, KHSE_NITMU ; +DR A6Q225, KHSE_NITSB ; Q3SP50, KHSE_NITWN ; Q5Z0Z5, KHSE_NOCFA ; +DR B2J7E8, KHSE_NOSP7 ; Q8YZV9, KHSE_NOSS1 ; Q8ET01, KHSE_OCEIH ; +DR A7HQX5, KHSE_PARL1 ; Q2W9A8, KHSE_PARM1 ; Q7U659, KHSE_PARMW ; DR B2JQI5, KHSE_PARP8 ; B2T9I7, KHSE_PARPJ ; Q13RY4, KHSE_PARXL ; DR Q9CPD3, KHSE_PASMU ; Q6D0A9, KHSE_PECAS ; C6DF18, KHSE_PECCP ; DR C0QQC5, KHSE_PERMH ; A9BGN7, KHSE_PETMO ; B4R8T4, KHSE_PHEZH ; @@ -72252,17 +72711,17 @@ DE hydroxymethylpyrimidine kinase. CA 4-amino-5-hydroxymethyl-2-methylpyrimidine + ATP = 4-amino-2-methyl-5- CA (phosphooxymethyl)pyrimidine + ADP + H(+). CC -!- CTP, UTP and GTP can act as donors. -DR Q08224, THI20_YEAST; O94265, THI21_SCHPO; Q08975, THI21_YEAST; -DR O94266, THI22_SCHPO; Q57688, THIDN_METJA; Q9WZP7, THIDN_THEMA; -DR O67772, THID_AQUAE ; O31620, THID_BACSU ; P76422, THID_ECOLI ; -DR P44697, THID_HAEIN ; Q9ZL00, THID_HELPJ ; O25515, THID_HELPY ; -DR P66914, THID_MYCBO ; Q9ZBL1, THID_MYCLE ; P9WG76, THID_MYCTO ; -DR P9WG77, THID_MYCTU ; P56904, THID_RHIME ; P55882, THID_SALTY ; -DR P66915, THID_STAAM ; P99124, THID_STAAN ; Q6GEY2, THID_STAAR ; -DR Q6G7L7, THID_STAAS ; Q8NVH3, THID_STAAW ; Q9ZBR6, THID_STRCO ; -DR O85786, THID_SYNE7 ; Q8FTH8, THIED_COREF; Q8NQH1, THIED_CORGL; -DR P61422, THIED_GEOSL; Q5M731, TPS1L_ARATH; O48881, TPS1_BRANA ; -DR Q2QWK9, TPS1_ORYSJ ; Q9USL6, YJK5_SCHPO ; +DR A0A0J9X285, HMPK_ACIB6 ; Q08224, THI20_YEAST; O94265, THI21_SCHPO; +DR Q08975, THI21_YEAST; O94266, THI22_SCHPO; Q57688, THIDN_METJA; +DR Q9WZP7, THIDN_THEMA; O67772, THID_AQUAE ; O31620, THID_BACSU ; +DR P76422, THID_ECOLI ; P44697, THID_HAEIN ; Q9ZL00, THID_HELPJ ; +DR O25515, THID_HELPY ; P66914, THID_MYCBO ; Q9ZBL1, THID_MYCLE ; +DR P9WG76, THID_MYCTO ; P9WG77, THID_MYCTU ; P56904, THID_RHIME ; +DR P55882, THID_SALTY ; P66915, THID_STAAM ; P99124, THID_STAAN ; +DR Q6GEY2, THID_STAAR ; Q6G7L7, THID_STAAS ; Q8NVH3, THID_STAAW ; +DR Q9ZBR6, THID_STRCO ; O85786, THID_SYNE7 ; Q8FTH8, THIED_COREF; +DR Q8NQH1, THIED_CORGL; P61422, THIED_GEOSL; Q5M731, TPS1L_ARATH; +DR O48881, TPS1_BRANA ; Q2QWK9, TPS1_ORYSJ ; Q9USL6, YJK5_SCHPO ; // ID 2.7.1.50 DE hydroxyethylthiazole kinase. @@ -72305,7 +72764,7 @@ DR Q3AE32, THIM_CARHZ ; A3PM38, THIM_CERS1 ; Q3J061, THIM_CERS4 ; DR A4WQ25, THIM_CERS5 ; B9KL69, THIM_CERSK ; A9WDL9, THIM_CHLAA ; DR Q5L6R4, THIM_CHLAB ; B8G7I8, THIM_CHLAD ; Q824E8, THIM_CHLCV ; DR Q253G3, THIM_CHLFF ; B9LIA5, THIM_CHLSY ; B3QT42, THIM_CHLT3 ; -DR A8AEC1, THIM_CITK8 ; A5CSW0, THIM_CLAM3 ; B0RGG4, THIM_CLAMS ; +DR A8AEC1, THIM_CITK8 ; A5CSW0, THIM_CLAM3 ; B0RGG4, THIM_CLASE ; DR Q97EL4, THIM_CLOAB ; A6M1W7, THIM_CLOB8 ; B2UY66, THIM_CLOBA ; DR B2TQ14, THIM_CLOBB ; Q186F4, THIM_CLOD6 ; B9E564, THIM_CLOK1 ; DR A5N1D3, THIM_CLOK5 ; A0Q299, THIM_CLONN ; Q0TQV3, THIM_CLOP1 ; @@ -72315,7 +72774,6 @@ DR Q8NQH0, THIM_CORGL ; A7MHJ8, THIM_CROS8 ; Q6A9C5, THIM_CUTAK ; DR C0QAT7, THIM_DESAH ; B8FJW2, THIM_DESAL ; B1I1S3, THIM_DESAP ; DR B8J4C1, THIM_DESDA ; B8FUD3, THIM_DESHD ; Q24XQ1, THIM_DESHY ; DR A8ZV98, THIM_DESOH ; Q6AQZ6, THIM_DESPS ; A4J233, THIM_DESRM ; -DR Q729I7, THIM_DESVH ; B8DJ66, THIM_DESVM ; A1VBV4, THIM_DESVV ; DR A5EY60, THIM_DICNV ; A7ZNS3, THIM_ECO24 ; B7UFC1, THIM_ECO27 ; DR B7MEF9, THIM_ECO45 ; B7L9X5, THIM_ECO55 ; Q8X7G3, THIM_ECO57 ; DR B5YV51, THIM_ECO5E ; B7NPM9, THIM_ECO7I ; B7MWQ4, THIM_ECO81 ; @@ -72348,7 +72806,8 @@ DR A2SU11, THIM_METLZ ; A4FX33, THIM_METM5 ; A9AAH0, THIM_METM6 ; DR A6VG82, THIM_METM7 ; Q8PS50, THIM_METMA ; A3CS46, THIM_METMJ ; DR Q6LY53, THIM_METMP ; B8GJF9, THIM_METPE ; A5ULP3, THIM_METS3 ; DR A6UPE5, THIM_METVS ; Q2RGX6, THIM_MOOTA ; Q3IP35, THIM_NATPD ; -DR B2A1A8, THIM_NATTJ ; Q312G9, THIM_OLEA2 ; P57931, THIM_PASMU ; +DR B2A1A8, THIM_NATTJ ; Q729I7, THIM_NITV2 ; A1VBV4, THIM_NITV4 ; +DR B8DJ66, THIM_NITV9 ; Q312G9, THIM_OLEA2 ; P57931, THIM_PASMU ; DR Q6D299, THIM_PECAS ; C6DBE0, THIM_PECCP ; Q03GM6, THIM_PEDPA ; DR Q6LPQ4, THIM_PHOPR ; A1SX95, THIM_PSYIN ; A5WDP1, THIM_PSYWF ; DR Q9UZQ4, THIM_PYRAB ; Q8U191, THIM_PYRFU ; O58877, THIM_PYRHO ; @@ -72496,13 +72955,15 @@ DR A4TMJ3, NANK_YERPP ; Q668J9, NANK_YERPS ; B1JFW2, NANK_YERPY ; // ID 2.7.1.61 DE acyl-phosphate--hexose phosphotransferase. -CA an acyl phosphate + D-hexose = a carboxylate + D-hexose phosphate + H(+). +CA a D-hexose + an acyl phosphate = a carboxylate + D-hexose phosphate + +CA H(+). CC -!- Phosphorylates D-glucose and D-mannose on O-6, and D-fructose on O-1 CC or O-6. // ID 2.7.1.62 DE phosphoramidate--hexose phosphotransferase. -CA D-hexose + H(+) + phosphoramidate = alpha-D-hexose 1-phosphate + NH4(+). +CA a D-hexose + H(+) + phosphoramidate = alpha-D-hexose 1-phosphate + +CA NH4(+). CC -!- Activity is observed with several hexoses; of these glucose is the CC best substrate and the product from it is alpha-D-glucose CC 1-phosphate. @@ -72670,45 +73131,45 @@ DR Q4JVG1, AROK_CORJK ; B6J4A3, AROK_COXB1 ; B6J3I0, AROK_COXB2 ; DR A9KBB0, AROK_COXBN ; A9NB80, AROK_COXBR ; Q83AJ3, AROK_COXBU ; DR Q46WJ3, AROK_CUPPJ ; Q47JK7, AROK_DECAR ; Q3Z991, AROK_DEHM1 ; DR A5FRZ4, AROK_DEHMB ; Q3ZZK9, AROK_DEHMC ; Q9RW93, AROK_DEIRA ; -DR B1I3D6, AROK_DESAP ; Q72DN7, AROK_DESVH ; B8E0Z4, AROK_DICTD ; -DR A7ZSR5, AROK_ECO24 ; B7MD01, AROK_ECO45 ; P0A6D9, AROK_ECO57 ; -DR B7NMF3, AROK_ECO7I ; B7M1U2, AROK_ECO8A ; B1X737, AROK_ECODH ; -DR A8A5J7, AROK_ECOHS ; P0A6D8, AROK_ECOL6 ; B1IP75, AROK_ECOLC ; -DR P0A6D7, AROK_ECOLI ; B7NDZ4, AROK_ECOLU ; A4WFH8, AROK_ENT38 ; -DR Q834S1, AROK_ENTFA ; B2VJW8, AROK_ERWT9 ; B7LS91, AROK_ESCF3 ; -DR A5FNY2, AROK_FLAJ1 ; A6GZJ6, AROK_FLAPJ ; Q2J827, AROK_FRACC ; -DR B0TXQ6, AROK_FRAP2 ; Q14H72, AROK_FRAT1 ; A7NBG9, AROK_FRATF ; -DR Q2A419, AROK_FRATH ; B2SGC8, AROK_FRATM ; A0Q707, AROK_FRATN ; -DR Q0BMF5, AROK_FRATO ; Q5NFS0, AROK_FRATT ; A4IYJ0, AROK_FRATW ; -DR Q8RF94, AROK_FUSNN ; Q5KY95, AROK_GEOKA ; Q39X05, AROK_GEOMG ; -DR Q74BL5, AROK_GEOSL ; A4IPN9, AROK_GEOTN ; Q7NH27, AROK_GLOVI ; -DR Q7VNR4, AROK_HAEDU ; Q4QNY3, AROK_HAEI8 ; A5UAU9, AROK_HAEIE ; -DR A5UG09, AROK_HAEIG ; P43880, AROK_HAEIN ; Q2S9Q5, AROK_HAHCH ; -DR Q9KFH9, AROK_HALH5 ; A1WZB0, AROK_HALHL ; B0R569, AROK_HALS3 ; -DR Q9HQB0, AROK_HALSA ; C4K6R0, AROK_HAMD5 ; Q17YU7, AROK_HELAH ; -DR Q7VIH7, AROK_HELHP ; B6JPQ5, AROK_HELP2 ; B5Z9T2, AROK_HELPG ; -DR Q1CV00, AROK_HELPH ; Q9ZMS3, AROK_HELPJ ; B2URY7, AROK_HELPS ; -DR P56073, AROK_HELPY ; B0UTE7, AROK_HISS2 ; Q31DP8, AROK_HYDCU ; -DR Q5QV48, AROK_IDILO ; Q9CEU1, AROK_LACLA ; P43906, AROK_LACLM ; -DR Q02XD2, AROK_LACLS ; Q5X6H1, AROK_LEGPA ; A5IFY0, AROK_LEGPC ; -DR Q5ZX01, AROK_LEGPH ; Q5WXX6, AROK_LEGPL ; B0SI62, AROK_LEPBA ; -DR Q04NM2, AROK_LEPBJ ; Q04WV5, AROK_LEPBL ; B0STS6, AROK_LEPBP ; -DR B2GCQ8, AROK_LIMF3 ; B9E6S1, AROK_MACCJ ; Q2W095, AROK_MAGSA ; -DR Q65R34, AROK_MANSM ; A6W2T4, AROK_MARMS ; Q8TR06, AROK_METAC ; -DR Q0W4U0, AROK_METAR ; Q12XK2, AROK_METBU ; Q60BY3, AROK_METCA ; -DR B3DXL1, AROK_METI4 ; Q58835, AROK_METJA ; A4FZL8, AROK_METM5 ; -DR A9A6N4, AROK_METM6 ; A6VIV9, AROK_METM7 ; Q8PUH2, AROK_METMA ; -DR Q6M0F1, AROK_METMP ; A5ULG2, AROK_METS3 ; O26896, AROK_METTH ; -DR A0B8V5, AROK_METTP ; A6URV6, AROK_METVS ; B0JFW8, AROK_MICAN ; -DR Q2RI74, AROK_MOOTA ; A0QI60, AROK_MYCA1 ; P0A4Z3, AROK_MYCBO ; -DR A1KLN6, AROK_MYCBP ; Q9CCS5, AROK_MYCLE ; B2HNC7, AROK_MYCMM ; -DR Q741J8, AROK_MYCPA ; A5U5N8, AROK_MYCTA ; P9WPY2, AROK_MYCTO ; -DR P9WPY3, AROK_MYCTU ; A0PPH1, AROK_MYCUA ; Q5FAD3, AROK_NEIG1 ; -DR O50467, AROK_NEIGO ; A9M1U5, AROK_NEIM0 ; P63599, AROK_NEIMA ; -DR P63600, AROK_NEIMB ; Q82TC0, AROK_NITEU ; Q2YBB2, AROK_NITMU ; -DR Q3JEG4, AROK_NITOC ; Q3SVM9, AROK_NITWN ; B2IX35, AROK_NOSP7 ; -DR Q8YXG9, AROK_NOSS1 ; Q2G733, AROK_NOVAD ; Q8ENM6, AROK_OCEIH ; -DR Q30XS2, AROK_OLEA2 ; A1TKW2, AROK_PARC0 ; A6LFQ8, AROK_PARD8 ; +DR B1I3D6, AROK_DESAP ; B8E0Z4, AROK_DICTD ; A7ZSR5, AROK_ECO24 ; +DR B7MD01, AROK_ECO45 ; P0A6D9, AROK_ECO57 ; B7NMF3, AROK_ECO7I ; +DR B7M1U2, AROK_ECO8A ; B1X737, AROK_ECODH ; A8A5J7, AROK_ECOHS ; +DR P0A6D8, AROK_ECOL6 ; B1IP75, AROK_ECOLC ; P0A6D7, AROK_ECOLI ; +DR B7NDZ4, AROK_ECOLU ; A4WFH8, AROK_ENT38 ; Q834S1, AROK_ENTFA ; +DR B2VJW8, AROK_ERWT9 ; B7LS91, AROK_ESCF3 ; A5FNY2, AROK_FLAJ1 ; +DR A6GZJ6, AROK_FLAPJ ; Q2J827, AROK_FRACC ; B0TXQ6, AROK_FRAP2 ; +DR Q14H72, AROK_FRAT1 ; A7NBG9, AROK_FRATF ; Q2A419, AROK_FRATH ; +DR B2SGC8, AROK_FRATM ; A0Q707, AROK_FRATN ; Q0BMF5, AROK_FRATO ; +DR Q5NFS0, AROK_FRATT ; A4IYJ0, AROK_FRATW ; Q8RF94, AROK_FUSNN ; +DR Q5KY95, AROK_GEOKA ; Q39X05, AROK_GEOMG ; Q74BL5, AROK_GEOSL ; +DR A4IPN9, AROK_GEOTN ; Q7NH27, AROK_GLOVI ; Q7VNR4, AROK_HAEDU ; +DR Q4QNY3, AROK_HAEI8 ; A5UAU9, AROK_HAEIE ; A5UG09, AROK_HAEIG ; +DR P43880, AROK_HAEIN ; Q2S9Q5, AROK_HAHCH ; Q9KFH9, AROK_HALH5 ; +DR A1WZB0, AROK_HALHL ; B0R569, AROK_HALS3 ; Q9HQB0, AROK_HALSA ; +DR C4K6R0, AROK_HAMD5 ; Q17YU7, AROK_HELAH ; Q7VIH7, AROK_HELHP ; +DR B6JPQ5, AROK_HELP2 ; B5Z9T2, AROK_HELPG ; Q1CV00, AROK_HELPH ; +DR Q9ZMS3, AROK_HELPJ ; B2URY7, AROK_HELPS ; P56073, AROK_HELPY ; +DR B0UTE7, AROK_HISS2 ; Q31DP8, AROK_HYDCU ; Q5QV48, AROK_IDILO ; +DR Q9CEU1, AROK_LACLA ; P43906, AROK_LACLM ; Q02XD2, AROK_LACLS ; +DR Q5X6H1, AROK_LEGPA ; A5IFY0, AROK_LEGPC ; Q5ZX01, AROK_LEGPH ; +DR Q5WXX6, AROK_LEGPL ; B0SI62, AROK_LEPBA ; Q04NM2, AROK_LEPBJ ; +DR Q04WV5, AROK_LEPBL ; B0STS6, AROK_LEPBP ; B2GCQ8, AROK_LIMF3 ; +DR B9E6S1, AROK_MACCJ ; Q65R34, AROK_MANSM ; A6W2T4, AROK_MARMS ; +DR Q8TR06, AROK_METAC ; Q0W4U0, AROK_METAR ; Q12XK2, AROK_METBU ; +DR Q60BY3, AROK_METCA ; B3DXL1, AROK_METI4 ; Q58835, AROK_METJA ; +DR A4FZL8, AROK_METM5 ; A9A6N4, AROK_METM6 ; A6VIV9, AROK_METM7 ; +DR Q8PUH2, AROK_METMA ; Q6M0F1, AROK_METMP ; A5ULG2, AROK_METS3 ; +DR O26896, AROK_METTH ; A0B8V5, AROK_METTP ; A6URV6, AROK_METVS ; +DR B0JFW8, AROK_MICAN ; Q2RI74, AROK_MOOTA ; A0QI60, AROK_MYCA1 ; +DR P0A4Z3, AROK_MYCBO ; A1KLN6, AROK_MYCBP ; Q9CCS5, AROK_MYCLE ; +DR B2HNC7, AROK_MYCMM ; Q741J8, AROK_MYCPA ; A5U5N8, AROK_MYCTA ; +DR P9WPY2, AROK_MYCTO ; P9WPY3, AROK_MYCTU ; A0PPH1, AROK_MYCUA ; +DR Q5FAD3, AROK_NEIG1 ; O50467, AROK_NEIGO ; A9M1U5, AROK_NEIM0 ; +DR P63599, AROK_NEIMA ; P63600, AROK_NEIMB ; Q82TC0, AROK_NITEU ; +DR Q2YBB2, AROK_NITMU ; Q3JEG4, AROK_NITOC ; Q72DN7, AROK_NITV2 ; +DR Q3SVM9, AROK_NITWN ; B2IX35, AROK_NOSP7 ; Q8YXG9, AROK_NOSS1 ; +DR Q2G733, AROK_NOVAD ; Q8ENM6, AROK_OCEIH ; Q30XS2, AROK_OLEA2 ; +DR A1TKW2, AROK_PARC0 ; A6LFQ8, AROK_PARD8 ; Q2W095, AROK_PARM1 ; DR Q7U469, AROK_PARMW ; P57925, AROK_PASMU ; Q6CZQ8, AROK_PECAS ; DR A5D373, AROK_PELTS ; C0QR76, AROK_PERMH ; Q7NA55, AROK_PHOLL ; DR Q6LVF6, AROK_PHOPR ; A6L011, AROK_PHOV8 ; B4S8Z9, AROK_PROA2 ; @@ -72758,8 +73219,8 @@ DR Q8DKH7, AROK_THEVB ; B5YHI3, AROK_THEYD ; Q3SM89, AROK_THIDA ; DR B8GPV2, AROK_THISH ; C4LB08, AROK_TOLAT ; Q3MFQ9, AROK_TRIV2 ; DR A7MSY3, AROK_VIBC1 ; A5F523, AROK_VIBC3 ; Q9KNV1, AROK_VIBCH ; DR Q87L67, AROK_VIBPA ; Q8DCM1, AROK_VIBVU ; Q7MH83, AROK_VIBVY ; -DR Q8D1X8, AROK_WIGBR ; Q8PI88, AROK_XANAC ; Q3BQS2, AROK_XANC5 ; -DR Q4UX85, AROK_XANC8 ; Q8P6X4, AROK_XANCP ; Q2P6C8, AROK_XANOM ; +DR Q8D1X8, AROK_WIGBR ; Q8PI88, AROK_XANAC ; Q4UX85, AROK_XANC8 ; +DR Q8P6X4, AROK_XANCP ; Q3BQS2, AROK_XANE5 ; Q2P6C8, AROK_XANOM ; DR B2SK35, AROK_XANOP ; Q5H3H3, AROK_XANOR ; B2I9G1, AROK_XYLF2 ; DR Q9PDP4, AROK_XYLFA ; B0U6C8, AROK_XYLFM ; Q87DU8, AROK_XYLFT ; DR A1JSD4, AROK_YERE8 ; A7FNT6, AROK_YERP3 ; Q1C2P2, AROK_YERPA ; @@ -72847,7 +73308,7 @@ DR D3ZMY7, 5NTC_RAT ; Q6DKB0, 5NTC_XENLA ; Q5EBF1, 5NTC_XENTR ; ID 2.7.1.78 DE polynucleotide 5'-hydroxyl-kinase. CA a 5'-end dephospho-2'-deoxyribonucleoside-DNA + ATP = a 5'-end -CA 5'-monophospho-2'-deoxyribonucleoside-DNA + ADP + H(+). +CA 5'-phospho-2'-deoxyribonucleoside-DNA + ADP + H(+). CC -!- Also acts on 5'-dephospho-RNA 3'-mononucleotides. DR A2VE01, CLP1_BOVIN ; Q5ZJL4, CLP1_CHICK ; E7F3I6, CLP1_DANRE ; DR Q92989, CLP1_HUMAN ; Q4R7R3, CLP1_MACFA ; Q99LI9, CLP1_MOUSE ; @@ -73162,7 +73623,8 @@ DR P0ABN4, KDGL_SHIFL ; P29945, KDGL_SINSX ; Q55143, KDGL_SYNY3 ; // ID 2.7.1.108 DE dolichol kinase. -CA CTP + di-trans,poly-cis-dolichol = a dolichyl phosphate + CDP + H(+). +CA a di-trans,poly-cis-dolichol + CTP = a di-trans,poly-cis-dolichyl +CA phosphate + CDP + H(+). DR Q58CR4, DOLK_BOVIN ; Q9UPQ8, DOLK_HUMAN ; Q8R2Y3, DOLK_MOUSE ; DR F4J4C8, EVN_ARATH ; Q9Y7T6, SEC59_SCHPO; P20048, SEC59_YEAST; // @@ -73317,41 +73779,41 @@ DR B6J6T1, LPXK_COXB1 ; B6J0K1, LPXK_COXB2 ; A9KFL0, LPXK_COXBN ; DR A9ND59, LPXK_COXBR ; Q83D83, LPXK_COXBU ; A7MET8, LPXK_CROS8 ; DR Q1LR05, LPXK_CUPMC ; Q0KE17, LPXK_CUPNH ; Q475F8, LPXK_CUPPJ ; DR Q11U43, LPXK_CYTH3 ; Q47B43, LPXK_DECAR ; A9BWI4, LPXK_DELAS ; -DR B8F928, LPXK_DESAL ; Q6ALV8, LPXK_DESPS ; Q728Y4, LPXK_DESVH ; -DR B8DP49, LPXK_DESVM ; A5EYE3, LPXK_DICNV ; A8LJV4, LPXK_DINSH ; -DR A7ZK04, LPXK_ECO24 ; B7UN01, LPXK_ECO27 ; B7MHM4, LPXK_ECO45 ; -DR B7LE13, LPXK_ECO55 ; Q8XDH0, LPXK_ECO57 ; B5YT49, LPXK_ECO5E ; -DR B7NM59, LPXK_ECO7I ; B7MS30, LPXK_ECO81 ; B7M844, LPXK_ECO8A ; -DR C4ZQ41, LPXK_ECOBW ; B1X855, LPXK_ECODH ; A7ZYL7, LPXK_ECOHS ; -DR A1A9J2, LPXK_ECOK1 ; Q0TJD8, LPXK_ECOL5 ; B1IW16, LPXK_ECOLC ; -DR P27300, LPXK_ECOLI ; B7NAR4, LPXK_ECOLU ; B6I8Y7, LPXK_ECOSE ; -DR B1LJU8, LPXK_ECOSM ; Q1RDU3, LPXK_ECOUT ; C5BAE1, LPXK_EDWI9 ; -DR B2KC48, LPXK_ELUMP ; A4W8T4, LPXK_ENT38 ; B2VC73, LPXK_ERWT9 ; -DR B7LN77, LPXK_ESCF3 ; A5FNE6, LPXK_FLAJ1 ; A6GZM3, LPXK_FLAPJ ; -DR Q47909, LPXK_FRANO ; B0TWX8, LPXK_FRAP2 ; Q14JW5, LPXK_FRAT1 ; -DR A7NE36, LPXK_FRATF ; Q2A1V0, LPXK_FRATH ; B2SF15, LPXK_FRATM ; -DR A0Q8A0, LPXK_FRATN ; Q0BKJ4, LPXK_FRATO ; Q5NIG2, LPXK_FRATT ; -DR A4IW67, LPXK_FRATW ; Q39T52, LPXK_GEOMG ; Q74AU2, LPXK_GEOSL ; -DR C6E5B2, LPXK_GEOSM ; A5G6H1, LPXK_GEOUR ; A9H0Y0, LPXK_GLUDA ; -DR Q5FPH6, LPXK_GLUOX ; Q7VP80, LPXK_HAEDU ; Q4QPI5, LPXK_HAEI8 ; -DR A5UB80, LPXK_HAEIE ; P44491, LPXK_HAEIN ; Q2SIN4, LPXK_HAHCH ; -DR A1WWF8, LPXK_HALHL ; B8CZC3, LPXK_HALOH ; C4K356, LPXK_HAMD5 ; -DR Q17X64, LPXK_HELAH ; Q1CUH3, LPXK_HELPH ; Q9ZMB1, LPXK_HELPJ ; -DR O25095, LPXK_HELPY ; A4G7Y1, LPXK_HERAR ; Q0I2X7, LPXK_HISS1 ; -DR B0UT77, LPXK_HISS2 ; Q31H20, LPXK_HYDCU ; Q0C4B4, LPXK_HYPNA ; -DR Q5QU37, LPXK_IDILO ; A6T172, LPXK_JANMA ; Q28VE6, LPXK_JANSC ; -DR A6T707, LPXK_KLEP7 ; Q1IHD2, LPXK_KORVE ; Q5X499, LPXK_LEGPA ; -DR A5ICX5, LPXK_LEGPC ; Q5ZUI0, LPXK_LEGPH ; Q5WVN3, LPXK_LEGPL ; -DR B0SDY8, LPXK_LEPBA ; B0SMC0, LPXK_LEPBP ; B1Y6I4, LPXK_LEPCP ; -DR Q2VZS8, LPXK_MAGSA ; Q65U20, LPXK_MANSM ; Q0AS12, LPXK_MARMM ; +DR B8F928, LPXK_DESAL ; Q6ALV8, LPXK_DESPS ; A5EYE3, LPXK_DICNV ; +DR A8LJV4, LPXK_DINSH ; A7ZK04, LPXK_ECO24 ; B7UN01, LPXK_ECO27 ; +DR B7MHM4, LPXK_ECO45 ; B7LE13, LPXK_ECO55 ; Q8XDH0, LPXK_ECO57 ; +DR B5YT49, LPXK_ECO5E ; B7NM59, LPXK_ECO7I ; B7MS30, LPXK_ECO81 ; +DR B7M844, LPXK_ECO8A ; C4ZQ41, LPXK_ECOBW ; B1X855, LPXK_ECODH ; +DR A7ZYL7, LPXK_ECOHS ; A1A9J2, LPXK_ECOK1 ; Q0TJD8, LPXK_ECOL5 ; +DR B1IW16, LPXK_ECOLC ; P27300, LPXK_ECOLI ; B7NAR4, LPXK_ECOLU ; +DR B6I8Y7, LPXK_ECOSE ; B1LJU8, LPXK_ECOSM ; Q1RDU3, LPXK_ECOUT ; +DR C5BAE1, LPXK_EDWI9 ; B2KC48, LPXK_ELUMP ; A4W8T4, LPXK_ENT38 ; +DR B2VC73, LPXK_ERWT9 ; B7LN77, LPXK_ESCF3 ; A5FNE6, LPXK_FLAJ1 ; +DR A6GZM3, LPXK_FLAPJ ; Q47909, LPXK_FRANO ; B0TWX8, LPXK_FRAP2 ; +DR Q14JW5, LPXK_FRAT1 ; A7NE36, LPXK_FRATF ; Q2A1V0, LPXK_FRATH ; +DR B2SF15, LPXK_FRATM ; A0Q8A0, LPXK_FRATN ; Q0BKJ4, LPXK_FRATO ; +DR Q5NIG2, LPXK_FRATT ; A4IW67, LPXK_FRATW ; Q39T52, LPXK_GEOMG ; +DR Q74AU2, LPXK_GEOSL ; C6E5B2, LPXK_GEOSM ; A5G6H1, LPXK_GEOUR ; +DR A9H0Y0, LPXK_GLUDA ; Q5FPH6, LPXK_GLUOX ; Q7VP80, LPXK_HAEDU ; +DR Q4QPI5, LPXK_HAEI8 ; A5UB80, LPXK_HAEIE ; P44491, LPXK_HAEIN ; +DR Q2SIN4, LPXK_HAHCH ; A1WWF8, LPXK_HALHL ; B8CZC3, LPXK_HALOH ; +DR C4K356, LPXK_HAMD5 ; Q17X64, LPXK_HELAH ; Q1CUH3, LPXK_HELPH ; +DR Q9ZMB1, LPXK_HELPJ ; O25095, LPXK_HELPY ; A4G7Y1, LPXK_HERAR ; +DR Q0I2X7, LPXK_HISS1 ; B0UT77, LPXK_HISS2 ; Q31H20, LPXK_HYDCU ; +DR Q0C4B4, LPXK_HYPNA ; Q5QU37, LPXK_IDILO ; A6T172, LPXK_JANMA ; +DR Q28VE6, LPXK_JANSC ; A6T707, LPXK_KLEP7 ; Q1IHD2, LPXK_KORVE ; +DR Q5X499, LPXK_LEGPA ; A5ICX5, LPXK_LEGPC ; Q5ZUI0, LPXK_LEGPH ; +DR Q5WVN3, LPXK_LEGPL ; B0SDY8, LPXK_LEPBA ; B0SMC0, LPXK_LEPBP ; +DR B1Y6I4, LPXK_LEPCP ; Q65U20, LPXK_MANSM ; Q0AS12, LPXK_MARMM ; DR B7KT03, LPXK_METC4 ; Q60B49, LPXK_METCA ; A9W6S6, LPXK_METEP ; DR Q1GZI1, LPXK_METFK ; B8IPK9, LPXK_METNO ; B1ZHI5, LPXK_METPB ; DR A2SIQ1, LPXK_METPP ; B1LYS1, LPXK_METRJ ; B0UJ62, LPXK_METS4 ; DR Q5F9Z2, LPXK_NEIG1 ; A9M2V4, LPXK_NEIM0 ; Q9JVE4, LPXK_NEIMA ; DR Q9K0D7, LPXK_NEIMB ; A1KST3, LPXK_NEIMF ; Q0AEA0, LPXK_NITEC ; DR Q82SY2, LPXK_NITEU ; Q1QIN5, LPXK_NITHX ; Q3J7R7, LPXK_NITOC ; -DR Q3SPI3, LPXK_NITWN ; Q30Y50, LPXK_OLEA2 ; A6LIV7, LPXK_PARD8 ; -DR A1B3U2, LPXK_PARDP ; A7HQR4, LPXK_PARL1 ; Q13US1, LPXK_PARXL ; +DR Q728Y4, LPXK_NITV2 ; B8DP49, LPXK_NITV9 ; Q3SPI3, LPXK_NITWN ; +DR Q30Y50, LPXK_OLEA2 ; A6LIV7, LPXK_PARD8 ; A1B3U2, LPXK_PARDP ; +DR A7HQR4, LPXK_PARL1 ; Q2VZS8, LPXK_PARM1 ; Q13US1, LPXK_PARXL ; DR Q9CMG8, LPXK_PASMU ; Q6D438, LPXK_PECAS ; C6DFA2, LPXK_PECCP ; DR B4SDV3, LPXK_PELPB ; A1ATF5, LPXK_PELPD ; Q4FPB7, LPXK_PELUB ; DR B4REI3, LPXK_PHEZH ; Q7N6C5, LPXK_PHOLL ; Q6LPK7, LPXK_PHOPR ; @@ -73398,8 +73860,8 @@ DR A1WSH4, LPXK_VEREI ; A5CVZ9, LPXK_VESOH ; B7VH37, LPXK_VIBA3 ; DR A7MV09, LPXK_VIBC1 ; A5F728, LPXK_VIBC3 ; Q9KQX0, LPXK_VIBCH ; DR Q87R15, LPXK_VIBPA ; Q8DAV1, LPXK_VIBVU ; Q7MJ08, LPXK_VIBVY ; DR Q8D2U9, LPXK_WIGBR ; Q7MSR3, LPXK_WOLSU ; Q8PKS4, LPXK_XANAC ; -DR Q3BTC7, LPXK_XANC5 ; Q4UV64, LPXK_XANC8 ; B0RSH9, LPXK_XANCB ; -DR Q8P8W5, LPXK_XANCP ; Q2P3E8, LPXK_XANOM ; B2SKI3, LPXK_XANOP ; +DR Q4UV64, LPXK_XANC8 ; B0RSH9, LPXK_XANCB ; Q8P8W5, LPXK_XANCP ; +DR Q3BTC7, LPXK_XANE5 ; Q2P3E8, LPXK_XANOM ; B2SKI3, LPXK_XANOP ; DR Q5H0H1, LPXK_XANOR ; A7IFD6, LPXK_XANP2 ; B2I804, LPXK_XYLF2 ; DR Q9PEE6, LPXK_XYLFA ; B0U4R4, LPXK_XYLFM ; Q87EE9, LPXK_XYLFT ; DR A1JMK0, LPXK_YERE8 ; A7FJW3, LPXK_YERP3 ; Q1CA67, LPXK_YERPA ; @@ -73642,7 +74104,7 @@ DR A1BHM3, ISPE_CHLPD ; A4SFS4, ISPE_CHLPM ; B0B931, ISPE_CHLT2 ; DR B3QW77, ISPE_CHLT3 ; Q3KKN7, ISPE_CHLTA ; B0BAR0, ISPE_CHLTB ; DR Q8KCC7, ISPE_CHLTE ; O84810, ISPE_CHLTR ; Q1QXD0, ISPE_CHRSD ; DR Q7NQS8, ISPE_CHRVO ; B5EHY0, ISPE_CITBB ; A8AFZ9, ISPE_CITK8 ; -DR A5CTL3, ISPE_CLAM3 ; B0RGI6, ISPE_CLAMS ; Q97F51, ISPE_CLOAB ; +DR A5CTL3, ISPE_CLAM3 ; B0RGI6, ISPE_CLASE ; Q97F51, ISPE_CLOAB ; DR A7FQF0, ISPE_CLOB1 ; C3KYF7, ISPE_CLOB6 ; A6LQF2, ISPE_CLOB8 ; DR B2UZH3, ISPE_CLOBA ; B2TJM0, ISPE_CLOBB ; A5HY17, ISPE_CLOBH ; DR C1FQ79, ISPE_CLOBJ ; B1IE03, ISPE_CLOBK ; A7G9M4, ISPE_CLOBL ; @@ -73657,42 +74119,41 @@ DR B8HU41, ISPE_CYAP4 ; Q11VT3, ISPE_CYTH3 ; Q479M3, ISPE_DECAR ; DR Q3Z9E9, ISPE_DEHM1 ; A5FS53, ISPE_DEHMB ; Q3ZZE5, ISPE_DEHMC ; DR Q1J201, ISPE_DEIGD ; Q9RR89, ISPE_DEIRA ; A9BP16, ISPE_DELAS ; DR B8FY51, ISPE_DESHD ; Q251V5, ISPE_DESHY ; Q6AJL6, ISPE_DESPS ; -DR A4J0P1, ISPE_DESRM ; Q72BQ8, ISPE_DESVH ; A1VDQ8, ISPE_DESVV ; -DR A8LL57, ISPE_DINSH ; A7ZKY2, ISPE_ECO24 ; B7UQ96, ISPE_ECO27 ; -DR B7MKB0, ISPE_ECO45 ; B7LGW9, ISPE_ECO55 ; P62616, ISPE_ECO57 ; -DR B5YXM6, ISPE_ECO5E ; B7NUX4, ISPE_ECO7I ; B7MTZ2, ISPE_ECO81 ; -DR B7LXC3, ISPE_ECO8A ; C4ZTP9, ISPE_ECOBW ; B1XAP9, ISPE_ECODH ; -DR A7ZZE4, ISPE_ECOHS ; A1AAD5, ISPE_ECOK1 ; Q0TIG2, ISPE_ECOL5 ; -DR Q8FI04, ISPE_ECOL6 ; B1IU85, ISPE_ECOLC ; P62615, ISPE_ECOLI ; -DR B7N419, ISPE_ECOLU ; B6I9S3, ISPE_ECOSE ; B1LH92, ISPE_ECOSM ; -DR Q1RCN0, ISPE_ECOUT ; Q3YSE4, ISPE_EHRCJ ; Q2GG78, ISPE_EHRCR ; -DR Q5FHM5, ISPE_EHRRG ; Q5HBJ6, ISPE_EHRRW ; A4WBC9, ISPE_ENT38 ; -DR Q839U9, ISPE_ENTFA ; B2VEI4, ISPE_ERWT9 ; Q2NA15, ISPE_ERYLH ; -DR B7LSI2, ISPE_ESCF3 ; B1YGP2, ISPE_EXIS2 ; A7HNL5, ISPE_FERNB ; -DR B0S057, ISPE_FINM2 ; B0TVZ0, ISPE_FRAP2 ; Q14JH1, ISPE_FRAT1 ; -DR A7N9I8, ISPE_FRATF ; Q2A5Q2, ISPE_FRATH ; B2SE44, ISPE_FRATM ; -DR A0Q492, ISPE_FRATN ; Q0BP04, ISPE_FRATO ; Q5NI19, ISPE_FRATT ; -DR A4IZZ4, ISPE_FRATW ; Q8R6C8, ISPE_FUSNN ; B9M5U2, ISPE_GEODF ; -DR Q5L3V4, ISPE_GEOKA ; Q39RQ7, ISPE_GEOMG ; Q74FE9, ISPE_GEOSL ; -DR C6E4K5, ISPE_GEOSM ; C5D367, ISPE_GEOSW ; A4IJC2, ISPE_GEOTN ; -DR A5G7R8, ISPE_GEOUR ; B7K961, ISPE_GLOC7 ; Q7NPF3, ISPE_GLOVI ; -DR A9HAC0, ISPE_GLUDA ; Q5FQP6, ISPE_GLUOX ; Q0BR06, ISPE_GRABC ; -DR Q7VL54, ISPE_HAEDU ; Q4QL43, ISPE_HAEI8 ; P45271, ISPE_HAEIN ; -DR Q2SLA0, ISPE_HAHCH ; Q9KGK0, ISPE_HALH5 ; A1WVQ4, ISPE_HALHL ; -DR C4K7Z0, ISPE_HAMD5 ; Q17Z99, ISPE_HELAH ; B0TB90, ISPE_HELMI ; -DR Q1CRI6, ISPE_HELPH ; Q9ZJH3, ISPE_HELPJ ; O25984, ISPE_HELPY ; -DR A4G919, ISPE_HERAR ; Q0I368, ISPE_HISS1 ; B0UUJ6, ISPE_HISS2 ; -DR B4U5Q9, ISPE_HYDS0 ; Q0C4D8, ISPE_HYPNA ; Q5QV06, ISPE_IDILO ; -DR A6T2S0, ISPE_JANMA ; Q28V59, ISPE_JANSC ; A6W6U5, ISPE_KINRD ; -DR B5XW48, ISPE_KLEP3 ; A6TAP2, ISPE_KLEP7 ; C4Z205, ISPE_LACE2 ; -DR A9KKE9, ISPE_LACP7 ; Q88Z91, ISPE_LACPL ; Q38V25, ISPE_LATSS ; -DR Q1MQD8, ISPE_LAWIP ; Q6ADP2, ISPE_LEIXX ; B0SA95, ISPE_LEPBA ; -DR B0SKG9, ISPE_LEPBP ; Q72V75, ISPE_LEPIC ; Q8EZM8, ISPE_LEPIN ; -DR Q03T54, ISPE_LEVBA ; Q1WV68, ISPE_LIGS1 ; B2GFD7, ISPE_LIMF3 ; -DR A5VI11, ISPE_LIMRD ; B2G5J0, ISPE_LIMRJ ; Q92F77, ISPE_LISIN ; -DR C1KYC3, ISPE_LISMC ; Q724M3, ISPE_LISMF ; B8DGN5, ISPE_LISMH ; -DR Q8YAE1, ISPE_LISMO ; A0AEZ5, ISPE_LISW6 ; B9E8V7, ISPE_MACCJ ; -DR A0L5U5, ISPE_MAGMM ; Q2VYT6, ISPE_MAGSA ; Q65SB8, ISPE_MANSM ; +DR A4J0P1, ISPE_DESRM ; A8LL57, ISPE_DINSH ; A7ZKY2, ISPE_ECO24 ; +DR B7UQ96, ISPE_ECO27 ; B7MKB0, ISPE_ECO45 ; B7LGW9, ISPE_ECO55 ; +DR P62616, ISPE_ECO57 ; B5YXM6, ISPE_ECO5E ; B7NUX4, ISPE_ECO7I ; +DR B7MTZ2, ISPE_ECO81 ; B7LXC3, ISPE_ECO8A ; C4ZTP9, ISPE_ECOBW ; +DR B1XAP9, ISPE_ECODH ; A7ZZE4, ISPE_ECOHS ; A1AAD5, ISPE_ECOK1 ; +DR Q0TIG2, ISPE_ECOL5 ; Q8FI04, ISPE_ECOL6 ; B1IU85, ISPE_ECOLC ; +DR P62615, ISPE_ECOLI ; B7N419, ISPE_ECOLU ; B6I9S3, ISPE_ECOSE ; +DR B1LH92, ISPE_ECOSM ; Q1RCN0, ISPE_ECOUT ; Q3YSE4, ISPE_EHRCJ ; +DR Q2GG78, ISPE_EHRCR ; Q5FHM5, ISPE_EHRRG ; Q5HBJ6, ISPE_EHRRW ; +DR A4WBC9, ISPE_ENT38 ; Q839U9, ISPE_ENTFA ; B2VEI4, ISPE_ERWT9 ; +DR Q2NA15, ISPE_ERYLH ; B7LSI2, ISPE_ESCF3 ; B1YGP2, ISPE_EXIS2 ; +DR A7HNL5, ISPE_FERNB ; B0S057, ISPE_FINM2 ; B0TVZ0, ISPE_FRAP2 ; +DR Q14JH1, ISPE_FRAT1 ; A7N9I8, ISPE_FRATF ; Q2A5Q2, ISPE_FRATH ; +DR B2SE44, ISPE_FRATM ; A0Q492, ISPE_FRATN ; Q0BP04, ISPE_FRATO ; +DR Q5NI19, ISPE_FRATT ; A4IZZ4, ISPE_FRATW ; Q8R6C8, ISPE_FUSNN ; +DR B9M5U2, ISPE_GEODF ; Q5L3V4, ISPE_GEOKA ; Q39RQ7, ISPE_GEOMG ; +DR Q74FE9, ISPE_GEOSL ; C6E4K5, ISPE_GEOSM ; C5D367, ISPE_GEOSW ; +DR A4IJC2, ISPE_GEOTN ; A5G7R8, ISPE_GEOUR ; B7K961, ISPE_GLOC7 ; +DR Q7NPF3, ISPE_GLOVI ; A9HAC0, ISPE_GLUDA ; Q5FQP6, ISPE_GLUOX ; +DR Q0BR06, ISPE_GRABC ; Q7VL54, ISPE_HAEDU ; Q4QL43, ISPE_HAEI8 ; +DR P45271, ISPE_HAEIN ; Q2SLA0, ISPE_HAHCH ; Q9KGK0, ISPE_HALH5 ; +DR A1WVQ4, ISPE_HALHL ; C4K7Z0, ISPE_HAMD5 ; Q17Z99, ISPE_HELAH ; +DR B0TB90, ISPE_HELMI ; Q1CRI6, ISPE_HELPH ; Q9ZJH3, ISPE_HELPJ ; +DR O25984, ISPE_HELPY ; A4G919, ISPE_HERAR ; Q0I368, ISPE_HISS1 ; +DR B0UUJ6, ISPE_HISS2 ; B4U5Q9, ISPE_HYDS0 ; Q0C4D8, ISPE_HYPNA ; +DR Q5QV06, ISPE_IDILO ; A6T2S0, ISPE_JANMA ; Q28V59, ISPE_JANSC ; +DR A6W6U5, ISPE_KINRD ; B5XW48, ISPE_KLEP3 ; A6TAP2, ISPE_KLEP7 ; +DR C4Z205, ISPE_LACE2 ; A9KKE9, ISPE_LACP7 ; Q88Z91, ISPE_LACPL ; +DR Q38V25, ISPE_LATSS ; Q1MQD8, ISPE_LAWIP ; Q6ADP2, ISPE_LEIXX ; +DR B0SA95, ISPE_LEPBA ; B0SKG9, ISPE_LEPBP ; Q72V75, ISPE_LEPIC ; +DR Q8EZM8, ISPE_LEPIN ; Q03T54, ISPE_LEVBA ; Q1WV68, ISPE_LIGS1 ; +DR B2GFD7, ISPE_LIMF3 ; A5VI11, ISPE_LIMRD ; B2G5J0, ISPE_LIMRJ ; +DR Q92F77, ISPE_LISIN ; C1KYC3, ISPE_LISMC ; Q724M3, ISPE_LISMF ; +DR B8DGN5, ISPE_LISMH ; Q8YAE1, ISPE_LISMO ; A0AEZ5, ISPE_LISW6 ; +DR B9E8V7, ISPE_MACCJ ; A0L5U5, ISPE_MAGMM ; Q65SB8, ISPE_MANSM ; DR A6W1C6, ISPE_MARMS ; A1U371, ISPE_MARN8 ; P56848, ISPE_MENPI ; DR B7KUL9, ISPE_METC4 ; Q60A17, ISPE_METCA ; A9VX42, ISPE_METEP ; DR Q1H3J0, ISPE_METFK ; B3DVI7, ISPE_METI4 ; B1ZIP6, ISPE_METPB ; @@ -73706,11 +74167,12 @@ DR A1TEH2, ISPE_MYCVP ; Q5F9F6, ISPE_NEIG1 ; B4RKF0, ISPE_NEIG2 ; DR A9M421, ISPE_NEIM0 ; Q9JUX8, ISPE_NEIMA ; Q9JZW4, ISPE_NEIMB ; DR A1KTB5, ISPE_NEIMF ; Q2GD50, ISPE_NEOSM ; Q0AGY8, ISPE_NITEC ; DR Q82TQ3, ISPE_NITEU ; Q1QIJ6, ISPE_NITHX ; Q2YBH5, ISPE_NITMU ; -DR Q3JDR0, ISPE_NITOC ; Q3SPE5, ISPE_NITWN ; Q5YPY8, ISPE_NOCFA ; -DR A1SNG8, ISPE_NOCSJ ; B2J0A5, ISPE_NOSP7 ; Q8YS61, ISPE_NOSS1 ; -DR Q2G7F1, ISPE_NOVAD ; Q8EU37, ISPE_OCEIH ; Q30ZH4, ISPE_OLEA2 ; -DR Q8S2G0, ISPE_ORYSJ ; A1R4F8, ISPE_PAEAT ; A1TT72, ISPE_PARC0 ; -DR A6L9X1, ISPE_PARD8 ; A1AZ43, ISPE_PARDP ; A7HR11, ISPE_PARL1 ; +DR Q3JDR0, ISPE_NITOC ; Q72BQ8, ISPE_NITV2 ; A1VDQ8, ISPE_NITV4 ; +DR Q3SPE5, ISPE_NITWN ; Q5YPY8, ISPE_NOCFA ; A1SNG8, ISPE_NOCSJ ; +DR B2J0A5, ISPE_NOSP7 ; Q8YS61, ISPE_NOSS1 ; Q2G7F1, ISPE_NOVAD ; +DR Q8EU37, ISPE_OCEIH ; Q30ZH4, ISPE_OLEA2 ; Q8S2G0, ISPE_ORYSJ ; +DR A1R4F8, ISPE_PAEAT ; A1TT72, ISPE_PARC0 ; A6L9X1, ISPE_PARD8 ; +DR A1AZ43, ISPE_PARDP ; A7HR11, ISPE_PARL1 ; Q2VYT6, ISPE_PARM1 ; DR Q7U7D2, ISPE_PARMW ; B2JCP0, ISPE_PARP8 ; B2SXG6, ISPE_PARPJ ; DR Q6MAT6, ISPE_PARUW ; Q145X1, ISPE_PARXL ; P57833, ISPE_PASMU ; DR Q6D554, ISPE_PECAS ; C6DHY4, ISPE_PECCP ; Q03HF4, ISPE_PEDPA ; @@ -73784,8 +74246,8 @@ DR B7VKH0, ISPE_VIBA3 ; A7MY79, ISPE_VIBC1 ; A5F684, ISPE_VIBC3 ; DR Q9KQ23, ISPE_VIBCH ; C3LPI7, ISPE_VIBCM ; Q87RN7, ISPE_VIBPA ; DR Q8DFF6, ISPE_VIBVU ; Q7MMZ0, ISPE_VIBVY ; Q8D2K6, ISPE_WIGBR ; DR Q73I23, ISPE_WOLPM ; Q5GTB0, ISPE_WOLTR ; C0R2S8, ISPE_WOLWR ; -DR Q8PNU1, ISPE_XANAC ; Q3BX03, ISPE_XANC5 ; Q4URC0, ISPE_XANC8 ; -DR B0RUA1, ISPE_XANCB ; Q8PC64, ISPE_XANCP ; Q2NZW6, ISPE_XANOM ; +DR Q8PNU1, ISPE_XANAC ; Q4URC0, ISPE_XANC8 ; B0RUA1, ISPE_XANCB ; +DR Q8PC64, ISPE_XANCP ; Q3BX03, ISPE_XANE5 ; Q2NZW6, ISPE_XANOM ; DR Q5GWR3, ISPE_XANOR ; A7IF36, ISPE_XANP2 ; Q9PA75, ISPE_XYLFA ; DR Q87A21, ISPE_XYLFT ; A7FIG4, ISPE_YERP3 ; Q1C857, ISPE_YERPA ; DR B2K2Y7, ISPE_YERPB ; Q8ZEY1, ISPE_YERPE ; A9QZ11, ISPE_YERPG ; @@ -74081,8 +74543,8 @@ DR A5UG81, KDKA_HAEIG ; O86224, KDKA_HAEIN ; Q65R39, KDKA_MANSM ; DR Q9CLD5, KDKA_PASMU ; P58551, KDKA_PHODP ; Q6LVM6, KDKA_PHOPR ; DR B4SLP5, KDKA_STRM5 ; B2FR65, KDKA_STRMK ; Q9KVB9, KDKA_VIBCH ; DR Q87T74, KDKA_VIBPA ; Q8DDZ1, KDKA_VIBVU ; Q7MPR5, KDKA_VIBVY ; -DR Q8PNH3, KDKA_XANAC ; Q3BWM9, KDKA_XANC5 ; Q4URM8, KDKA_XANC8 ; -DR B0RTE2, KDKA_XANCB ; Q8PBX3, KDKA_XANCP ; Q2P6W5, KDKA_XANOM ; +DR Q8PNH3, KDKA_XANAC ; Q4URM8, KDKA_XANC8 ; B0RTE2, KDKA_XANCB ; +DR Q8PBX3, KDKA_XANCP ; Q3BWM9, KDKA_XANE5 ; Q2P6W5, KDKA_XANOM ; DR B2SLU1, KDKA_XANOP ; Q5H410, KDKA_XANOR ; B2I5R8, KDKA_XYLF2 ; DR Q9PBJ1, KDKA_XYLFA ; B0U358, KDKA_XYLFM ; Q87C81, KDKA_XYLFT ; // @@ -74135,11 +74597,11 @@ DR Q7VFZ3, HLDE_HELHP ; B6JM82, HLDE_HELP2 ; B5Z7L8, HLDE_HELPG ; DR Q1CT14, HLDE_HELPH ; Q9ZKZ0, HLDE_HELPJ ; B2USX2, HLDE_HELPS ; DR O25529, HLDE_HELPY ; Q0I1X5, HLDE_HISS1 ; Q31IC2, HLDE_HYDCU ; DR Q0C190, HLDE_HYPNA ; B5XU40, HLDE_KLEP3 ; A6TE31, HLDE_KLEP7 ; -DR Q1IJZ0, HLDE_KORVE ; A0L7X0, HLDE_MAGMM ; Q2W993, HLDE_MAGSA ; -DR Q65T41, HLDE_MANSM ; A6W0Z9, HLDE_MARMS ; A1TYR4, HLDE_MARN8 ; -DR Q607M3, HLDE_METCA ; Q1H3A0, HLDE_METFK ; Q1QNS3, HLDE_NITHX ; -DR Q3J7Y0, HLDE_NITOC ; A6Q4Z6, HLDE_NITSB ; Q3STQ8, HLDE_NITWN ; -DR A7HUC7, HLDE_PARL1 ; Q9CME6, HLDE_PASMU ; Q6D164, HLDE_PECAS ; +DR Q1IJZ0, HLDE_KORVE ; A0L7X0, HLDE_MAGMM ; Q65T41, HLDE_MANSM ; +DR A6W0Z9, HLDE_MARMS ; A1TYR4, HLDE_MARN8 ; Q607M3, HLDE_METCA ; +DR Q1H3A0, HLDE_METFK ; Q1QNS3, HLDE_NITHX ; Q3J7Y0, HLDE_NITOC ; +DR A6Q4Z6, HLDE_NITSB ; Q3STQ8, HLDE_NITWN ; A7HUC7, HLDE_PARL1 ; +DR Q2W993, HLDE_PARM1 ; Q9CME6, HLDE_PASMU ; Q6D164, HLDE_PECAS ; DR C6DDL3, HLDE_PECCP ; A1AV12, HLDE_PELPD ; Q7N0C3, HLDE_PHOLL ; DR Q6LUZ5, HLDE_PHOPR ; B4EW46, HLDE_PROMH ; Q48P39, HLDE_PSE14 ; DR A6VDB5, HLDE_PSEA7 ; B7V388, HLDE_PSEA8 ; Q02F21, HLDE_PSEAB ; @@ -74247,12 +74709,12 @@ DR B7KIQ6, ANMK_GLOC7 ; Q7NEY1, ANMK_GLOVI ; Q5FSJ7, ANMK_GLUOX ; DR P44861, ANMK_HAEIN ; Q2S8Y7, ANMK_HAHCH ; Q31IS6, ANMK_HYDCU ; DR Q5QVP3, ANMK_IDILO ; B5XWN7, ANMK_KLEP3 ; A6T9Y8, ANMK_KLEP7 ; DR Q5X5G2, ANMK_LEGPA ; A5IBP5, ANMK_LEGPC ; Q5ZVN7, ANMK_LEGPH ; -DR Q5WWU5, ANMK_LEGPL ; Q2W2T7, ANMK_MAGSA ; Q65R57, ANMK_MANSM ; -DR B7KT22, ANMK_METC4 ; B8IS49, ANMK_METNO ; B1ZHK6, ANMK_METPB ; -DR B0JSC7, ANMK_MICAN ; Q5F6H5, ANMK_NEIG1 ; B4RQI7, ANMK_NEIG2 ; -DR A9M2L4, ANMK_NEIM0 ; Q9JSW1, ANMK_NEIMA ; Q9K118, ANMK_NEIMB ; -DR A1KVQ5, ANMK_NEIMF ; Q82UQ3, ANMK_NITEU ; Q2YBK8, ANMK_NITMU ; -DR Q3JCM5, ANMK_NITOC ; Q3SS13, ANMK_NITWN ; Q8YNP4, ANMK_NOSS1 ; +DR Q5WWU5, ANMK_LEGPL ; Q65R57, ANMK_MANSM ; B7KT22, ANMK_METC4 ; +DR B8IS49, ANMK_METNO ; B1ZHK6, ANMK_METPB ; B0JSC7, ANMK_MICAN ; +DR Q5F6H5, ANMK_NEIG1 ; B4RQI7, ANMK_NEIG2 ; A9M2L4, ANMK_NEIM0 ; +DR Q9JSW1, ANMK_NEIMA ; Q9K118, ANMK_NEIMB ; A1KVQ5, ANMK_NEIMF ; +DR Q82UQ3, ANMK_NITEU ; Q2YBK8, ANMK_NITMU ; Q3JCM5, ANMK_NITOC ; +DR Q3SS13, ANMK_NITWN ; Q8YNP4, ANMK_NOSS1 ; Q2W2T7, ANMK_PARM1 ; DR Q7U4A1, ANMK_PARMW ; Q13UB5, ANMK_PARXL ; Q9CK07, ANMK_PASMU ; DR Q6D5V5, ANMK_PECAS ; C6DK28, ANMK_PECCP ; Q4FMN4, ANMK_PELUB ; DR B4RCQ8, ANMK_PHEZH ; Q7N3W4, ANMK_PHOLL ; Q6LRE4, ANMK_PHOPR ; @@ -74290,8 +74752,8 @@ DR Q0I762, ANMK_SYNS3 ; Q3AZX9, ANMK_SYNS9 ; Q3AH85, ANMK_SYNSC ; DR P74706, ANMK_SYNY3 ; Q8DGC2, ANMK_THEVB ; Q3SLK0, ANMK_THIDA ; DR Q3M7P3, ANMK_TRIV2 ; C5CM20, ANMK_VARPS ; Q9KU38, ANMK_VIBCH ; DR Q87S80, ANMK_VIBPA ; Q8DET7, ANMK_VIBVU ; Q7MNL7, ANMK_VIBVY ; -DR Q8PFS9, ANMK_XANAC ; Q3BNC0, ANMK_XANC5 ; Q4UPQ7, ANMK_XANC8 ; -DR Q8P473, ANMK_XANCP ; Q2P894, ANMK_XANOM ; Q5H5K4, ANMK_XANOR ; +DR Q8PFS9, ANMK_XANAC ; Q4UPQ7, ANMK_XANC8 ; Q8P473, ANMK_XANCP ; +DR Q3BNC0, ANMK_XANE5 ; Q2P894, ANMK_XANOM ; Q5H5K4, ANMK_XANOR ; DR A7INU8, ANMK_XANP2 ; Q9PGY0, ANMK_XYLFA ; Q87F08, ANMK_XYLFT ; DR A1JNW9, ANMK_YERE8 ; A7FHL7, ANMK_YERP3 ; Q1C788, ANMK_YERPA ; DR Q0WEF0, ANMK_YERPE ; Q1CIM2, ANMK_YERPN ; A4TIR8, ANMK_YERPP ; @@ -75421,7 +75883,7 @@ DR A8FLB9, ACKA_CAMJ8 ; A7H4D5, ACKA_CAMJD ; Q9PPL8, ACKA_CAMJE ; DR A1VZ44, ACKA_CAMJJ ; Q5HV92, ACKA_CAMJR ; B9KFY4, ACKA_CAMLR ; DR Q3AC47, ACKA_CARHZ ; Q2HAJ4, ACKA_CHAGB ; O05278, ACKA_CHAYP ; DR B3QV27, ACKA_CHLT3 ; Q7NXU5, ACKA_CHRVO ; A5CPD5, ACKA_CLAM3 ; -DR B0RIG4, ACKA_CLAMS ; P71104, ACKA_CLOAB ; A7FW24, ACKA_CLOB1 ; +DR B0RIG4, ACKA_CLASE ; P71104, ACKA_CLOAB ; A7FW24, ACKA_CLOB1 ; DR C3L0F7, ACKA_CLOB6 ; A6LSL7, ACKA_CLOB8 ; B2V4D1, ACKA_CLOBA ; DR B2TJ17, ACKA_CLOBB ; A5I4N7, ACKA_CLOBH ; C1FSN0, ACKA_CLOBJ ; DR B1II90, ACKA_CLOBK ; A7GG48, ACKA_CLOBL ; B1KWP9, ACKA_CLOBM ; @@ -75432,8 +75894,7 @@ DR P77845, ACKA_CORGL ; Q4JXQ4, ACKA_CORJK ; A7MH28, ACKA_CROS8 ; DR P0CL99, ACKA_CRYNB ; P0CL98, ACKA_CRYNJ ; B8HVB6, ACKA_CYAP4 ; DR C1D087, ACKA_DEIDV ; Q1J2C9, ACKA_DEIGD ; Q9RR92, ACKA_DEIRA ; DR B8J374, ACKA_DESDA ; B8FRT2, ACKA_DESHD ; Q24U35, ACKA_DESHY ; -DR Q6AQT5, ACKA_DESPS ; A4J6A8, ACKA_DESRM ; Q726S6, ACKA_DESVH ; -DR B8DMG5, ACKA_DESVM ; A1VAA0, ACKA_DESVV ; A5EVU0, ACKA_DICNV ; +DR Q6AQT5, ACKA_DESPS ; A4J6A8, ACKA_DESRM ; A5EVU0, ACKA_DICNV ; DR B5YDP7, ACKA_DICT6 ; B8E191, ACKA_DICTD ; P0A6A5, ACKA_ECO57 ; DR P0A6A4, ACKA_ECOL6 ; P0A6A3, ACKA_ECOLI ; Q5B3G6, ACKA_EMENI ; DR B1GZX0, ACKA_ENDTX ; Q833H0, ACKA_ENTFA ; B2VIP6, ACKA_ERWT9 ; @@ -75460,7 +75921,8 @@ DR Q6MTX5, ACKA_MYCMS ; Q73T33, ACKA_MYCPA ; P75245, ACKA_MYCPN ; DR Q98QX2, ACKA_MYCPU ; A0QQK1, ACKA_MYCS2 ; A3PTW3, ACKA_MYCSJ ; DR A1UAA8, ACKA_MYCSK ; Q1BEM5, ACKA_MYCSS ; P9WQH0, ACKA_MYCTO ; DR P9WQH1, ACKA_MYCTU ; A1T2Y9, ACKA_MYCVP ; B2A8I5, ACKA_NATTJ ; -DR Q7SH17, ACKA_NEUCR ; Q1QPW6, ACKA_NITHX ; Q5YNP4, ACKA_NOCFA ; +DR Q7SH17, ACKA_NEUCR ; Q1QPW6, ACKA_NITHX ; Q726S6, ACKA_NITV2 ; +DR A1VAA0, ACKA_NITV4 ; B8DMG5, ACKA_NITV9 ; Q5YNP4, ACKA_NOCFA ; DR B2J068, ACKA_NOSP7 ; Q8YU00, ACKA_NOSS1 ; Q8EPB9, ACKA_OCEIH ; DR Q30WB0, ACKA_OLEA2 ; Q6YR57, ACKA_ONYPE ; A6LHA9, ACKA_PARD8 ; DR Q6MBG3, ACKA_PARUW ; P57866, ACKA_PASMU ; Q6D2Q6, ACKA_PECAS ; @@ -75606,7 +76068,7 @@ DR A1BJZ1, PGK_CHLPD ; A4SH15, PGK_CHLPM ; Q9Z7M5, PGK_CHLPN ; DR B9LM50, PGK_CHLSY ; B0B8R9, PGK_CHLT2 ; B3QWD9, PGK_CHLT3 ; DR Q3KL01, PGK_CHLTA ; B0BAE8, PGK_CHLTB ; Q8KAE1, PGK_CHLTE ; DR P0CD78, PGK_CHLTR ; Q7P1M4, PGK_CHRVO ; B5EF40, PGK_CITBB ; -DR A5CRT6, PGK_CLAM3 ; B0REJ2, PGK_CLAMS ; O52632, PGK_CLOAB ; +DR A5CRT6, PGK_CLAM3 ; B0REJ2, PGK_CLASE ; O52632, PGK_CLOAB ; DR A7FQN7, PGK_CLOB1 ; C3KYR4, PGK_CLOB6 ; A6LR05, PGK_CLOB8 ; DR B2UY23, PGK_CLOBA ; B2TPX4, PGK_CLOBB ; A5HYC0, PGK_CLOBH ; DR C1FQW3, PGK_CLOBJ ; B1IDB6, PGK_CLOBK ; A7G9Y0, PGK_CLOBL ; @@ -75622,7 +76084,6 @@ DR B8HXQ5, PGK_CYAP4 ; Q6BLA0, PGK_DEBHA ; Q47A08, PGK_DECAR ; DR C1CV29, PGK_DEIDV ; Q1IZA3, PGK_DEIGD ; Q9RUP2, PGK_DEIRA ; DR C0Q9Z7, PGK_DESAH ; B8FJP4, PGK_DESAL ; B1I0X7, PGK_DESAP ; DR B8J4D3, PGK_DESDA ; A8ZUS4, PGK_DESOH ; Q6AS45, PGK_DESPS ; -DR P62412, PGK_DESVH ; B8DPM3, PGK_DESVM ; A1VBC3, PGK_DESVV ; DR Q9GPM4, PGK_DICDI ; B5YE95, PGK_DICT6 ; B8E2D3, PGK_DICTD ; DR A8LQM4, PGK_DINSH ; Q01604, PGK_DROME ; A7ZR34, PGK_ECO24 ; DR Q8XD03, PGK_ECO57 ; A8A466, PGK_ECOHS ; A1AFB0, PGK_ECOK1 ; @@ -75632,63 +76093,64 @@ DR A4WE71, PGK_ENT38 ; Q833I9, PGK_ENTFA ; Q757Q0, PGK_EREGS ; DR B2VF23, PGK_ERWT9 ; O02608, PGK_EUPCR ; B1YLE1, PGK_EXIS2 ; DR C4L5H7, PGK_EXISA ; A7HL11, PGK_FERNB ; B0S1H0, PGK_FINM2 ; DR Q0RH06, PGK_FRAAA ; Q2JCH8, PGK_FRACC ; B0TY21, PGK_FRAP2 ; -DR A8KYR5, PGK_FRASN ; Q14GM9, PGK_FRAT1 ; A7NCI3, PGK_FRATF ; -DR Q2A369, PGK_FRATH ; B2SFU7, PGK_FRATM ; A0Q7J1, PGK_FRATN ; -DR Q0BLP2, PGK_FRATO ; Q5NF76, PGK_FRATT ; A4IWY7, PGK_FRATW ; -DR O74233, PGK_FUNMO ; Q8RFN7, PGK_FUSNN ; B9M2C3, PGK_GEODF ; -DR Q5KVE4, PGK_GEOKA ; Q39U98, PGK_GEOMG ; P18912, PGK_GEOSE ; -DR C6E770, PGK_GEOSM ; C5D7M4, PGK_GEOSW ; A5G382, PGK_GEOUR ; -DR O00852, PGK_GLACH ; B7K9Q5, PGK_GLOC7 ; Q7NI70, PGK_GLOVI ; -DR Q5FTL1, PGK_GLUOX ; Q0BVE2, PGK_GRABC ; Q7VMV0, PGK_HAEDU ; -DR Q4QN23, PGK_HAEI8 ; A5U9X0, PGK_HAEIE ; A5UH30, PGK_HAEIG ; -DR P43726, PGK_HAEIN ; Q2SLS9, PGK_HAHCH ; Q9K714, PGK_HALH5 ; -DR A1WVV5, PGK_HALHL ; B9LSK0, PGK_HALLT ; Q5UZX1, PGK_HALMA ; -DR B0R548, PGK_HALS3 ; Q9HQD1, PGK_HALSA ; P50315, PGK_HALVA ; -DR Q7VJB6, PGK_HELHP ; Q9ZJP1, PGK_HELPJ ; P56154, PGK_HELPY ; -DR A9B312, PGK_HERA2 ; A4G895, PGK_HERAR ; B0UV33, PGK_HISS2 ; -DR B4U8G5, PGK_HYDS0 ; P14228, PGK_HYPJE ; P24590, PGK_HYPRU ; -DR A6T1Z0, PGK_JANMA ; Q28RQ1, PGK_JANSC ; A6WC55, PGK_KINRD ; -DR B5XUB8, PGK_KLEP3 ; P14828, PGK_KLULA ; Q1INK7, PGK_KORVE ; -DR Q5FL50, PGK_LACAC ; B3WCW5, PGK_LACCB ; Q1GB26, PGK_LACDA ; -DR Q04BH1, PGK_LACDB ; O32756, PGK_LACDE ; Q8GIZ5, PGK_LACDL ; -DR Q042F2, PGK_LACGA ; A8YUE3, PGK_LACH4 ; P62413, PGK_LACJO ; -DR Q9CIW1, PGK_LACLA ; A2RHX1, PGK_LACLM ; Q032K6, PGK_LACLS ; -DR Q03AK6, PGK_LACP3 ; Q88YH5, PGK_LACPL ; C1D9S8, PGK_LARHH ; -DR Q38Y20, PGK_LATSS ; Q5X8U1, PGK_LEGPA ; A5I9V7, PGK_LEGPC ; -DR Q5ZZ74, PGK_LEGPH ; Q5X084, PGK_LEGPL ; Q6AF44, PGK_LEIXX ; -DR B0SB21, PGK_LEPBA ; Q04TE9, PGK_LEPBJ ; Q052H7, PGK_LEPBL ; -DR B0SSU3, PGK_LEPBP ; B1XWA3, PGK_LEPCP ; P62414, PGK_LEPIC ; -DR Q8F5H8, PGK_LEPIN ; B1MW69, PGK_LEUCK ; Q03UX8, PGK_LEUMM ; -DR Q03SL7, PGK_LEVBA ; Q1WTB5, PGK_LIGS1 ; B2GAL8, PGK_LIMF3 ; -DR B2G616, PGK_LIMRJ ; Q928I0, PGK_LISIN ; C1KY97, PGK_LISMC ; -DR Q71WW8, PGK_LISMF ; B8DD98, PGK_LISMH ; Q8Y4I2, PGK_LISMO ; -DR A0ALE2, PGK_LISW6 ; B9EAG8, PGK_MACCJ ; Q8EUV2, PGK_MALP2 ; -DR Q65W08, PGK_MANSM ; Q0ALG1, PGK_MARMM ; A6W3D3, PGK_MARMS ; -DR A1U543, PGK_MARN8 ; C6BUI7, PGK_MARSD ; Q7WZ28, PGK_MESH2 ; -DR P20972, PGK_METBR ; B7KNP6, PGK_METC4 ; Q606J5, PGK_METCA ; -DR A9W5A7, PGK_METEP ; Q1GZ23, PGK_METFK ; P20971, PGK_METFV ; -DR Q58058, PGK_METJA ; Q8TUU1, PGK_METKA ; A2SSW4, PGK_METLZ ; -DR Q8PZK7, PGK_METMA ; P62423, PGK_METMP ; B1Z980, PGK_METPB ; -DR B1M787, PGK_METRJ ; A4YHA6, PGK_METS5 ; O27121, PGK_METTH ; -DR B0JT86, PGK_MICAN ; C5CBP5, PGK_MICLC ; Q2RLU1, PGK_MOOTA ; -DR A0QHY4, PGK_MYCA1 ; B1MC86, PGK_MYCA9 ; O32848, PGK_MYCAV ; -DR P65701, PGK_MYCBO ; A1KIM6, PGK_MYCBP ; C1AN82, PGK_MYCBT ; -DR Q7NBG7, PGK_MYCGA ; P47542, PGK_MYCGE ; A4TC15, PGK_MYCGI ; -DR B8ZUP2, PGK_MYCLB ; P46712, PGK_MYCLE ; B2HP85, PGK_MYCMM ; -DR P62415, PGK_MYCMS ; P62416, PGK_MYCPA ; P78018, PGK_MYCPN ; -DR Q98QW4, PGK_MYCPU ; A0QWW3, PGK_MYCS2 ; A3PZA2, PGK_MYCSJ ; -DR A1UFP0, PGK_MYCSK ; Q1B9C1, PGK_MYCSS ; A5U2D9, PGK_MYCTA ; -DR P9WID0, PGK_MYCTO ; P9WID1, PGK_MYCTU ; A0PPN3, PGK_MYCUA ; -DR A1T8L1, PGK_MYCVP ; Q3INZ6, PGK_NATPD ; B9L8C3, PGK_NAUPA ; -DR Q5F5K5, PGK_NEIG1 ; B4RPR1, PGK_NEIG2 ; A9LZI3, PGK_NEIM0 ; -DR Q9JWS8, PGK_NEIMA ; Q9K1R0, PGK_NEIMB ; A1KWN6, PGK_NEIMF ; -DR P38667, PGK_NEUCR ; Q0AFQ9, PGK_NITEC ; Q82XE8, PGK_NITEU ; -DR Q2YC27, PGK_NITMU ; Q3J7E3, PGK_NITOC ; A6Q539, PGK_NITSB ; -DR Q5YTQ5, PGK_NOCFA ; B2ITU1, PGK_NOSP7 ; Q8YPR1, PGK_NOSS1 ; -DR Q2G6W8, PGK_NOVAD ; Q8ENP3, PGK_OCEIH ; Q04G42, PGK_OENOB ; -DR P62417, PGK_ONYPE ; P50311, PGK_OPISI ; A5CDP5, PGK_ORITB ; -DR B3CQC3, PGK_ORITI ; A1R6H1, PGK_PAEAT ; A1TW90, PGK_PARC0 ; -DR Q7U3V0, PGK_PARMW ; O00869, PGK_PARPR ; P57973, PGK_PASMU ; +DR Q14GM9, PGK_FRAT1 ; A7NCI3, PGK_FRATF ; Q2A369, PGK_FRATH ; +DR B2SFU7, PGK_FRATM ; A0Q7J1, PGK_FRATN ; Q0BLP2, PGK_FRATO ; +DR Q5NF76, PGK_FRATT ; A4IWY7, PGK_FRATW ; O74233, PGK_FUNMO ; +DR Q8RFN7, PGK_FUSNN ; B9M2C3, PGK_GEODF ; Q5KVE4, PGK_GEOKA ; +DR Q39U98, PGK_GEOMG ; P18912, PGK_GEOSE ; C6E770, PGK_GEOSM ; +DR C5D7M4, PGK_GEOSW ; A5G382, PGK_GEOUR ; O00852, PGK_GLACH ; +DR B7K9Q5, PGK_GLOC7 ; Q7NI70, PGK_GLOVI ; Q5FTL1, PGK_GLUOX ; +DR Q0BVE2, PGK_GRABC ; Q7VMV0, PGK_HAEDU ; Q4QN23, PGK_HAEI8 ; +DR A5U9X0, PGK_HAEIE ; A5UH30, PGK_HAEIG ; P43726, PGK_HAEIN ; +DR Q2SLS9, PGK_HAHCH ; Q9K714, PGK_HALH5 ; A1WVV5, PGK_HALHL ; +DR B9LSK0, PGK_HALLT ; Q5UZX1, PGK_HALMA ; B0R548, PGK_HALS3 ; +DR Q9HQD1, PGK_HALSA ; P50315, PGK_HALVA ; Q7VJB6, PGK_HELHP ; +DR Q9ZJP1, PGK_HELPJ ; P56154, PGK_HELPY ; A9B312, PGK_HERA2 ; +DR A4G895, PGK_HERAR ; B0UV33, PGK_HISS2 ; B4U8G5, PGK_HYDS0 ; +DR P14228, PGK_HYPJE ; P24590, PGK_HYPRU ; A6T1Z0, PGK_JANMA ; +DR Q28RQ1, PGK_JANSC ; A6WC55, PGK_KINRD ; B5XUB8, PGK_KLEP3 ; +DR P14828, PGK_KLULA ; Q1INK7, PGK_KORVE ; Q5FL50, PGK_LACAC ; +DR B3WCW5, PGK_LACCB ; Q1GB26, PGK_LACDA ; Q04BH1, PGK_LACDB ; +DR O32756, PGK_LACDE ; Q8GIZ5, PGK_LACDL ; Q042F2, PGK_LACGA ; +DR A8YUE3, PGK_LACH4 ; P62413, PGK_LACJO ; Q9CIW1, PGK_LACLA ; +DR A2RHX1, PGK_LACLM ; Q032K6, PGK_LACLS ; Q03AK6, PGK_LACP3 ; +DR Q88YH5, PGK_LACPL ; C1D9S8, PGK_LARHH ; Q38Y20, PGK_LATSS ; +DR Q5X8U1, PGK_LEGPA ; A5I9V7, PGK_LEGPC ; Q5ZZ74, PGK_LEGPH ; +DR Q5X084, PGK_LEGPL ; Q6AF44, PGK_LEIXX ; B0SB21, PGK_LEPBA ; +DR Q04TE9, PGK_LEPBJ ; Q052H7, PGK_LEPBL ; B0SSU3, PGK_LEPBP ; +DR B1XWA3, PGK_LEPCP ; P62414, PGK_LEPIC ; Q8F5H8, PGK_LEPIN ; +DR B1MW69, PGK_LEUCK ; Q03UX8, PGK_LEUMM ; Q03SL7, PGK_LEVBA ; +DR Q1WTB5, PGK_LIGS1 ; B2GAL8, PGK_LIMF3 ; B2G616, PGK_LIMRJ ; +DR Q928I0, PGK_LISIN ; C1KY97, PGK_LISMC ; Q71WW8, PGK_LISMF ; +DR B8DD98, PGK_LISMH ; Q8Y4I2, PGK_LISMO ; A0ALE2, PGK_LISW6 ; +DR B9EAG8, PGK_MACCJ ; Q8EUV2, PGK_MALP2 ; Q65W08, PGK_MANSM ; +DR Q0ALG1, PGK_MARMM ; A6W3D3, PGK_MARMS ; A1U543, PGK_MARN8 ; +DR C6BUI7, PGK_MARSD ; Q7WZ28, PGK_MESH2 ; P20972, PGK_METBR ; +DR B7KNP6, PGK_METC4 ; Q606J5, PGK_METCA ; A9W5A7, PGK_METEP ; +DR Q1GZ23, PGK_METFK ; P20971, PGK_METFV ; Q58058, PGK_METJA ; +DR Q8TUU1, PGK_METKA ; A2SSW4, PGK_METLZ ; Q8PZK7, PGK_METMA ; +DR P62423, PGK_METMP ; B1Z980, PGK_METPB ; B1M787, PGK_METRJ ; +DR A4YHA6, PGK_METS5 ; O27121, PGK_METTH ; B0JT86, PGK_MICAN ; +DR C5CBP5, PGK_MICLC ; Q2RLU1, PGK_MOOTA ; A0QHY4, PGK_MYCA1 ; +DR B1MC86, PGK_MYCA9 ; O32848, PGK_MYCAV ; P65701, PGK_MYCBO ; +DR A1KIM6, PGK_MYCBP ; C1AN82, PGK_MYCBT ; Q7NBG7, PGK_MYCGA ; +DR P47542, PGK_MYCGE ; A4TC15, PGK_MYCGI ; B8ZUP2, PGK_MYCLB ; +DR P46712, PGK_MYCLE ; B2HP85, PGK_MYCMM ; P62415, PGK_MYCMS ; +DR P62416, PGK_MYCPA ; P78018, PGK_MYCPN ; Q98QW4, PGK_MYCPU ; +DR A0QWW3, PGK_MYCS2 ; A3PZA2, PGK_MYCSJ ; A1UFP0, PGK_MYCSK ; +DR Q1B9C1, PGK_MYCSS ; A5U2D9, PGK_MYCTA ; P9WID0, PGK_MYCTO ; +DR P9WID1, PGK_MYCTU ; A0PPN3, PGK_MYCUA ; A1T8L1, PGK_MYCVP ; +DR Q3INZ6, PGK_NATPD ; B9L8C3, PGK_NAUPA ; Q5F5K5, PGK_NEIG1 ; +DR B4RPR1, PGK_NEIG2 ; A9LZI3, PGK_NEIM0 ; Q9JWS8, PGK_NEIMA ; +DR Q9K1R0, PGK_NEIMB ; A1KWN6, PGK_NEIMF ; P38667, PGK_NEUCR ; +DR Q0AFQ9, PGK_NITEC ; Q82XE8, PGK_NITEU ; Q2YC27, PGK_NITMU ; +DR Q3J7E3, PGK_NITOC ; A6Q539, PGK_NITSB ; P62412, PGK_NITV2 ; +DR A1VBC3, PGK_NITV4 ; B8DPM3, PGK_NITV9 ; Q5YTQ5, PGK_NOCFA ; +DR B2ITU1, PGK_NOSP7 ; Q8YPR1, PGK_NOSS1 ; Q2G6W8, PGK_NOVAD ; +DR Q8ENP3, PGK_OCEIH ; Q04G42, PGK_OENOB ; P62417, PGK_ONYPE ; +DR P50311, PGK_OPISI ; A5CDP5, PGK_ORITB ; B3CQC3, PGK_ORITI ; +DR A1R6H1, PGK_PAEAT ; A1TW90, PGK_PARC0 ; Q7U3V0, PGK_PARMW ; +DR O00869, PGK_PARPR ; A8KYR5, PGK_PARS2 ; P57973, PGK_PASMU ; DR Q6D087, PGK_PECAS ; C6DFH7, PGK_PECCP ; Q03GW7, PGK_PEDPA ; DR B4SHF6, PGK_PELPB ; A1APN7, PGK_PELPD ; A5CYN8, PGK_PELTS ; DR P09188, PGK_PENCH ; P33161, PGK_PENCI ; Q7N7Z5, PGK_PHOLL ; @@ -75773,8 +76235,8 @@ DR A7MTQ1, PGK_VIBC1 ; A5F9G2, PGK_VIBC3 ; P0C6Q3, PGK_VIBCH ; DR Q87LL1, PGK_VIBPA ; Q8DCA0, PGK_VIBVU ; Q7MHL1, PGK_VIBVY ; DR Q8D2P9, PGK_WIGBR ; P62422, PGK_WOLPM ; B3CM25, PGK_WOLPP ; DR Q7M9C1, PGK_WOLSU ; Q5GRV2, PGK_WOLTR ; C0R4J5, PGK_WOLWR ; -DR Q8PHB2, PGK_XANAC ; Q3BPW7, PGK_XANC5 ; Q4UY23, PGK_XANC8 ; -DR B0RPF1, PGK_XANCB ; Q8P5Z4, PGK_XANCP ; P50314, PGK_XANFL ; +DR Q8PHB2, PGK_XANAC ; Q4UY23, PGK_XANC8 ; B0RPF1, PGK_XANCB ; +DR Q8P5Z4, PGK_XANCP ; Q3BPW7, PGK_XANE5 ; P50314, PGK_XANFL ; DR Q2P0F7, PGK_XANOM ; B2SI21, PGK_XANOP ; Q5GXA2, PGK_XANOR ; DR A7IJW3, PGK_XANP2 ; Q9PF55, PGK_XYLFA ; Q87AH8, PGK_XYLFT ; DR P29407, PGK_YARLI ; P00560, PGK_YEAST ; A1JPR0, PGK_YERE8 ; @@ -75898,7 +76360,7 @@ DR B3ECN9, ARGB_CHLL2 ; Q3B422, ARGB_CHLL3 ; B3QN94, ARGB_CHLP8 ; DR A1BG26, ARGB_CHLPD ; A4SEI5, ARGB_CHLPM ; B9LDR9, ARGB_CHLSY ; DR P59297, ARGB_CHLTE ; Q1QT79, ARGB_CHRSD ; Q7NR63, ARGB_CHRVO ; DR B5ED10, ARGB_CITBB ; A8AKW3, ARGB_CITK8 ; A5CSJ6, ARGB_CLAM3 ; -DR B0RHD2, ARGB_CLAMS ; Q97GH8, ARGB_CLOAB ; A6M1Z8, ARGB_CLOB8 ; +DR B0RHD2, ARGB_CLASE ; Q97GH8, ARGB_CLOAB ; A6M1Z8, ARGB_CLOB8 ; DR Q188A2, ARGB_CLOD6 ; B9E1X2, ARGB_CLOK1 ; A5N8G6, ARGB_CLOK5 ; DR A0Q1F1, ARGB_CLONN ; Q489P5, ARGB_COLP3 ; Q6NHG8, ARGB_CORDI ; DR Q8FTN3, ARGB_COREF ; A4QDZ0, ARGB_CORGB ; Q59281, ARGB_CORGL ; @@ -75909,56 +76371,56 @@ DR Q11QI8, ARGB_CYTH3 ; Q47IE5, ARGB_DECAR ; Q3Z730, ARGB_DEHM1 ; DR A5FQ84, ARGB_DEHMB ; Q3ZYG3, ARGB_DEHMC ; Q1J2A2, ARGB_DEIGD ; DR Q9RRP6, ARGB_DEIRA ; A9BY30, ARGB_DELAS ; B8FWU9, ARGB_DESHD ; DR Q24ZJ1, ARGB_DESHY ; Q6AR56, ARGB_DESPS ; A4J169, ARGB_DESRM ; -DR Q72C18, ARGB_DESVH ; A1VDW4, ARGB_DESVV ; A8LM96, ARGB_DINSH ; -DR A7ZUH7, ARGB_ECO24 ; B7MI95, ARGB_ECO45 ; B7LA54, ARGB_ECO55 ; -DR P0A6C9, ARGB_ECO57 ; B5Z061, ARGB_ECO5E ; B7M713, ARGB_ECO8A ; -DR C5A0Q8, ARGB_ECOBW ; B1XBC4, ARGB_ECODH ; A8A767, ARGB_ECOHS ; -DR A1AID7, ARGB_ECOK1 ; Q0TAA1, ARGB_ECOL5 ; P59298, ARGB_ECOL6 ; -DR B1IVB9, ARGB_ECOLC ; P0A6C8, ARGB_ECOLI ; B6I5H5, ARGB_ECOSE ; -DR Q1R3V2, ARGB_ECOUT ; C5BC59, ARGB_EDWI9 ; Q3YS21, ARGB_EHRCJ ; -DR Q2GGM8, ARGB_EHRCR ; Q5FGU6, ARGB_EHRRG ; Q5HB82, ARGB_EHRRW ; -DR B1H0L5, ARGB_ENDTX ; A4WG52, ARGB_ENT38 ; Q2N7E1, ARGB_ERYLH ; -DR Q0RFA8, ARGB_FRAAA ; Q2J862, ARGB_FRACC ; B9M371, ARGB_GEODF ; -DR Q5L1V3, ARGB_GEOKA ; Q39Z75, ARGB_GEOMG ; Q07905, ARGB_GEOSE ; -DR Q74GU4, ARGB_GEOSL ; C6E6Y1, ARGB_GEOSM ; C5D766, ARGB_GEOSW ; -DR A4IL48, ARGB_GEOTN ; A5GDA1, ARGB_GEOUR ; Q7NEE9, ARGB_GLOVI ; -DR A9HKR8, ARGB_GLUDA ; Q5FPX8, ARGB_GLUOX ; Q0BU70, ARGB_GRABC ; -DR Q6B8Z0, ARGB_GRATL ; Q7VMS6, ARGB_HAEDU ; Q2SN65, ARGB_HAHCH ; -DR Q9K8V4, ARGB_HALH5 ; A1WZE7, ARGB_HALHL ; B8D1G8, ARGB_HALOH ; -DR Q7VJR4, ARGB_HELHP ; B0TCA8, ARGB_HELMI ; A4G9B1, ARGB_HERAR ; -DR Q31ED4, ARGB_HYDCU ; B4U7A6, ARGB_HYDS0 ; Q0C545, ARGB_HYPNA ; -DR A6T328, ARGB_JANMA ; Q28UR2, ARGB_JANSC ; A6WCT4, ARGB_KINRD ; -DR B5XZ17, ARGB_KLEP3 ; A6TGE3, ARGB_KLEP7 ; Q1IIZ0, ARGB_KORVE ; -DR C5CHW9, ARGB_KOSOT ; Q9CHD2, ARGB_LACLA ; A2RM00, ARGB_LACLM ; -DR Q030G2, ARGB_LACLS ; A9KHN3, ARGB_LACP7 ; O08320, ARGB_LACPL ; -DR Q1MRI7, ARGB_LAWIP ; Q6AGD1, ARGB_LEIXX ; B0SIF3, ARGB_LEPBA ; -DR Q04NM9, ARGB_LEPBJ ; Q04WW3, ARGB_LEPBL ; Q75FU1, ARGB_LEPIC ; -DR P59299, ARGB_LEPIN ; B1MWD1, ARGB_LEUCK ; Q040B2, ARGB_LEUMM ; -DR Q92BB9, ARGB_LISIN ; C1KVN6, ARGB_LISMC ; Q71Z78, ARGB_LISMF ; -DR B8DHF2, ARGB_LISMH ; Q8Y6U3, ARGB_LISMO ; A0AJ38, ARGB_LISW6 ; -DR A0LDX4, ARGB_MAGMM ; Q65W17, ARGB_MANSM ; A6VSX6, ARGB_MARMS ; -DR A1U6L0, ARGB_MARN8 ; A6UT97, ARGB_META3 ; Q8THJ9, ARGB_METAC ; -DR Q0W0P5, ARGB_METAR ; A7I4D4, ARGB_METB6 ; Q46D93, ARGB_METBF ; -DR Q12ZP8, ARGB_METBU ; Q603M3, ARGB_METCA ; Q1GZ15, ARGB_METFK ; -DR Q2FTZ8, ARGB_METHJ ; Q60382, ARGB_METJA ; Q8TUX2, ARGB_METKA ; -DR A2STZ6, ARGB_METLZ ; A4G0C7, ARGB_METM5 ; A9A8M9, ARGB_METM6 ; -DR A6VI50, ARGB_METM7 ; Q8PXJ8, ARGB_METMA ; A3CRT9, ARGB_METMJ ; -DR Q6M154, ARGB_METMP ; B8IM39, ARGB_METNO ; B8GFN4, ARGB_METPE ; -DR A2SD22, ARGB_METPP ; A5UK52, ARGB_METS3 ; B0UA74, ARGB_METS4 ; -DR Q2NGV4, ARGB_METST ; O26285, ARGB_METTH ; A0B9X4, ARGB_METTP ; -DR A6UR56, ARGB_METVS ; B0JHB1, ARGB_MICAN ; Q2RG64, ARGB_MOOTA ; -DR Q9K4Z0, ARGB_MORAB ; Q9K4Z5, ARGB_MORPR ; A0QHB2, ARGB_MYCA1 ; -DR P0A4Y7, ARGB_MYCBO ; A1KJ71, ARGB_MYCBP ; C1ANS7, ARGB_MYCBT ; -DR A4T9V7, ARGB_MYCGI ; Q9CC13, ARGB_MYCLE ; B2HR28, ARGB_MYCMM ; -DR Q740I7, ARGB_MYCPA ; A0QYT0, ARGB_MYCS2 ; A3Q0T7, ARGB_MYCSJ ; -DR A1UHA0, ARGB_MYCSK ; Q1B7Q7, ARGB_MYCSS ; A5U311, ARGB_MYCTA ; -DR P9WQ00, ARGB_MYCTO ; P9WQ01, ARGB_MYCTU ; A0PP75, ARGB_MYCUA ; -DR A1TAB0, ARGB_MYCVP ; Q1D264, ARGB_MYXXD ; B9L987, ARGB_NAUPA ; -DR Q5F8D8, ARGB_NEIG1 ; B4RLF4, ARGB_NEIG2 ; A9LYZ5, ARGB_NEIM0 ; -DR Q9JUK2, ARGB_NEIMA ; Q9JZF7, ARGB_NEIMB ; A1KTW0, ARGB_NEIMF ; -DR Q1XDF8, ARGB_NEOYE ; Q0ADI4, ARGB_NITEC ; Q820N1, ARGB_NITEU ; -DR Q1QH71, ARGB_NITHX ; Q2YA02, ARGB_NITMU ; Q3J6V9, ARGB_NITOC ; -DR A6Q3U3, ARGB_NITSB ; Q3SN22, ARGB_NITWN ; Q5YYF7, ARGB_NOCFA ; +DR A8LM96, ARGB_DINSH ; A7ZUH7, ARGB_ECO24 ; B7MI95, ARGB_ECO45 ; +DR B7LA54, ARGB_ECO55 ; P0A6C9, ARGB_ECO57 ; B5Z061, ARGB_ECO5E ; +DR B7M713, ARGB_ECO8A ; C5A0Q8, ARGB_ECOBW ; B1XBC4, ARGB_ECODH ; +DR A8A767, ARGB_ECOHS ; A1AID7, ARGB_ECOK1 ; Q0TAA1, ARGB_ECOL5 ; +DR P59298, ARGB_ECOL6 ; B1IVB9, ARGB_ECOLC ; P0A6C8, ARGB_ECOLI ; +DR B6I5H5, ARGB_ECOSE ; Q1R3V2, ARGB_ECOUT ; C5BC59, ARGB_EDWI9 ; +DR Q3YS21, ARGB_EHRCJ ; Q2GGM8, ARGB_EHRCR ; Q5FGU6, ARGB_EHRRG ; +DR Q5HB82, ARGB_EHRRW ; B1H0L5, ARGB_ENDTX ; A4WG52, ARGB_ENT38 ; +DR Q2N7E1, ARGB_ERYLH ; Q0RFA8, ARGB_FRAAA ; Q2J862, ARGB_FRACC ; +DR B9M371, ARGB_GEODF ; Q5L1V3, ARGB_GEOKA ; Q39Z75, ARGB_GEOMG ; +DR Q07905, ARGB_GEOSE ; Q74GU4, ARGB_GEOSL ; C6E6Y1, ARGB_GEOSM ; +DR C5D766, ARGB_GEOSW ; A4IL48, ARGB_GEOTN ; A5GDA1, ARGB_GEOUR ; +DR Q7NEE9, ARGB_GLOVI ; A9HKR8, ARGB_GLUDA ; Q5FPX8, ARGB_GLUOX ; +DR Q0BU70, ARGB_GRABC ; Q6B8Z0, ARGB_GRATL ; Q7VMS6, ARGB_HAEDU ; +DR Q2SN65, ARGB_HAHCH ; Q9K8V4, ARGB_HALH5 ; A1WZE7, ARGB_HALHL ; +DR B8D1G8, ARGB_HALOH ; Q7VJR4, ARGB_HELHP ; B0TCA8, ARGB_HELMI ; +DR A4G9B1, ARGB_HERAR ; Q31ED4, ARGB_HYDCU ; B4U7A6, ARGB_HYDS0 ; +DR Q0C545, ARGB_HYPNA ; A6T328, ARGB_JANMA ; Q28UR2, ARGB_JANSC ; +DR A6WCT4, ARGB_KINRD ; B5XZ17, ARGB_KLEP3 ; A6TGE3, ARGB_KLEP7 ; +DR Q1IIZ0, ARGB_KORVE ; C5CHW9, ARGB_KOSOT ; Q9CHD2, ARGB_LACLA ; +DR A2RM00, ARGB_LACLM ; Q030G2, ARGB_LACLS ; A9KHN3, ARGB_LACP7 ; +DR O08320, ARGB_LACPL ; Q1MRI7, ARGB_LAWIP ; Q6AGD1, ARGB_LEIXX ; +DR B0SIF3, ARGB_LEPBA ; Q04NM9, ARGB_LEPBJ ; Q04WW3, ARGB_LEPBL ; +DR Q75FU1, ARGB_LEPIC ; P59299, ARGB_LEPIN ; B1MWD1, ARGB_LEUCK ; +DR Q040B2, ARGB_LEUMM ; Q92BB9, ARGB_LISIN ; C1KVN6, ARGB_LISMC ; +DR Q71Z78, ARGB_LISMF ; B8DHF2, ARGB_LISMH ; Q8Y6U3, ARGB_LISMO ; +DR A0AJ38, ARGB_LISW6 ; A0LDX4, ARGB_MAGMM ; Q65W17, ARGB_MANSM ; +DR A6VSX6, ARGB_MARMS ; A1U6L0, ARGB_MARN8 ; A6UT97, ARGB_META3 ; +DR Q8THJ9, ARGB_METAC ; Q0W0P5, ARGB_METAR ; A7I4D4, ARGB_METB6 ; +DR Q46D93, ARGB_METBF ; Q12ZP8, ARGB_METBU ; Q603M3, ARGB_METCA ; +DR Q1GZ15, ARGB_METFK ; Q2FTZ8, ARGB_METHJ ; Q60382, ARGB_METJA ; +DR Q8TUX2, ARGB_METKA ; A2STZ6, ARGB_METLZ ; A4G0C7, ARGB_METM5 ; +DR A9A8M9, ARGB_METM6 ; A6VI50, ARGB_METM7 ; Q8PXJ8, ARGB_METMA ; +DR A3CRT9, ARGB_METMJ ; Q6M154, ARGB_METMP ; B8IM39, ARGB_METNO ; +DR B8GFN4, ARGB_METPE ; A2SD22, ARGB_METPP ; A5UK52, ARGB_METS3 ; +DR B0UA74, ARGB_METS4 ; Q2NGV4, ARGB_METST ; O26285, ARGB_METTH ; +DR A0B9X4, ARGB_METTP ; A6UR56, ARGB_METVS ; B0JHB1, ARGB_MICAN ; +DR Q2RG64, ARGB_MOOTA ; Q9K4Z0, ARGB_MORAB ; Q9K4Z5, ARGB_MORPR ; +DR A0QHB2, ARGB_MYCA1 ; P0A4Y7, ARGB_MYCBO ; A1KJ71, ARGB_MYCBP ; +DR C1ANS7, ARGB_MYCBT ; A4T9V7, ARGB_MYCGI ; Q9CC13, ARGB_MYCLE ; +DR B2HR28, ARGB_MYCMM ; Q740I7, ARGB_MYCPA ; A0QYT0, ARGB_MYCS2 ; +DR A3Q0T7, ARGB_MYCSJ ; A1UHA0, ARGB_MYCSK ; Q1B7Q7, ARGB_MYCSS ; +DR A5U311, ARGB_MYCTA ; P9WQ00, ARGB_MYCTO ; P9WQ01, ARGB_MYCTU ; +DR A0PP75, ARGB_MYCUA ; A1TAB0, ARGB_MYCVP ; Q1D264, ARGB_MYXXD ; +DR B9L987, ARGB_NAUPA ; Q5F8D8, ARGB_NEIG1 ; B4RLF4, ARGB_NEIG2 ; +DR A9LYZ5, ARGB_NEIM0 ; Q9JUK2, ARGB_NEIMA ; Q9JZF7, ARGB_NEIMB ; +DR A1KTW0, ARGB_NEIMF ; Q1XDF8, ARGB_NEOYE ; Q0ADI4, ARGB_NITEC ; +DR Q820N1, ARGB_NITEU ; Q1QH71, ARGB_NITHX ; Q2YA02, ARGB_NITMU ; +DR Q3J6V9, ARGB_NITOC ; A6Q3U3, ARGB_NITSB ; Q72C18, ARGB_NITV2 ; +DR A1VDW4, ARGB_NITV4 ; Q3SN22, ARGB_NITWN ; Q5YYF7, ARGB_NOCFA ; DR A1SJI9, ARGB_NOCSJ ; B2IX33, ARGB_NOSP7 ; Q8YXG8, ARGB_NOSS1 ; DR Q2G341, ARGB_NOVAD ; Q8CUN0, ARGB_OCEIH ; Q30ZT4, ARGB_OLEA2 ; DR B1ZUD7, ARGB_OPITP ; A1R587, ARGB_PAEAT ; A1TUP2, ARGB_PARC0 ; @@ -76084,7 +76546,7 @@ DR Q8RAE6, PROB_CALS4 ; A8FJQ2, PROB_CAMJ8 ; Q9PJ29, PROB_CAMJE ; DR Q3AF41, PROB_CARHZ ; Q9ABB6, PROB_CAUVC ; B8GYI6, PROB_CAUVN ; DR Q3IXX8, PROB_CERS4 ; Q11CP7, PROB_CHESB ; Q8KCG4, PROB_CHLTE ; DR Q1R0B9, PROB_CHRSD ; Q7NQC8, PROB_CHRVO ; B5EEI5, PROB_CITBB ; -DR A8AKP5, PROB_CITK8 ; A5CR33, PROB_CLAM3 ; B0RDG2, PROB_CLAMS ; +DR A8AKP5, PROB_CITK8 ; A5CR33, PROB_CLAM3 ; B0RDG2, PROB_CLASE ; DR Q97E63, PROB_CLOAB ; A0PXA5, PROB_CLONN ; Q8XHA6, PROB_CLOPE ; DR Q896G3, PROB_CLOTE ; Q6NFV9, PROB_CORDI ; Q8FN82, PROB_COREF ; DR P0C1E2, PROB_CORGL ; Q4JWT5, PROB_CORJK ; P0C1E3, PROB_CORML ; @@ -76093,31 +76555,30 @@ DR Q46X18, PROB_CUPPJ ; B3R897, PROB_CUPTR ; Q6A9H7, PROB_CUTAK ; DR B8HQP9, PROB_CYAP4 ; Q47AC9, PROB_DECAR ; Q3Z705, PROB_DEHM1 ; DR A5FQ55, PROB_DEHMB ; Q3ZYI5, PROB_DEHMC ; Q1IZP2, PROB_DEIGD ; DR Q9RTD8, PROB_DEIRA ; A9BP67, PROB_DELAS ; Q24XR7, PROB_DESHY ; -DR Q6AK08, PROB_DESPS ; Q72DJ9, PROB_DESVH ; A1VF55, PROB_DESVV ; -DR B5YDE1, PROB_DICT6 ; B8E032, PROB_DICTD ; A8LK10, PROB_DINSH ; -DR A7ZI01, PROB_ECO24 ; B7UJD0, PROB_ECO27 ; B7MC92, PROB_ECO45 ; -DR B7L3Z4, PROB_ECO55 ; P0A7B7, PROB_ECO57 ; B5Z1I6, PROB_ECO5E ; -DR B7NK83, PROB_ECO7I ; B7MQ78, PROB_ECO81 ; B7M271, PROB_ECO8A ; -DR C4ZT99, PROB_ECOBW ; B1XDY5, PROB_ECODH ; A7ZWK5, PROB_ECOHS ; -DR A1A7V3, PROB_ECOK1 ; Q0TL74, PROB_ECOL5 ; P0A7B6, PROB_ECOL6 ; -DR B1J0Z2, PROB_ECOLC ; P0A7B5, PROB_ECOLI ; B7N8H3, PROB_ECOLU ; -DR B6I022, PROB_ECOSE ; B1LHT8, PROB_ECOSM ; Q1RFS8, PROB_ECOUT ; -DR A4W6X4, PROB_ENT38 ; Q839W2, PROB_ENTFA ; B2VHM7, PROB_ERWT9 ; -DR B7LNF8, PROB_ESCF3 ; Q2JDP1, PROB_FRACC ; B9M0D5, PROB_GEODF ; -DR Q5KYA3, PROB_GEOKA ; Q39QR3, PROB_GEOMG ; Q747Q3, PROB_GEOSL ; -DR C6E7M0, PROB_GEOSM ; C5D2V1, PROB_GEOSW ; A4IPN3, PROB_GEOTN ; -DR B7KGB7, PROB_GLOC7 ; Q7NPI6, PROB_GLOVI ; Q5FUL1, PROB_GLUOX ; -DR Q4QM08, PROB_HAEI8 ; A5UDH4, PROB_HAEIE ; A5UI44, PROB_HAEIG ; -DR P43763, PROB_HAEIN ; Q2S9T4, PROB_HAHCH ; Q9KCR4, PROB_HALH5 ; -DR A1WY47, PROB_HALHL ; Q7VJ31, PROB_HELHP ; A9B6X5, PROB_HERA2 ; -DR A4G8R3, PROB_HERAR ; Q31IT3, PROB_HYDCU ; Q5QY57, PROB_IDILO ; -DR A6T2D4, PROB_JANMA ; Q28Q11, PROB_JANSC ; B5Y168, PROB_KLEP3 ; -DR A6T562, PROB_KLEP7 ; C5CE10, PROB_KOSOT ; Q9CF72, PROB_LACLA ; -DR Q02XV9, PROB_LACLS ; Q890J5, PROB_LACPL ; C1D9T9, PROB_LARHH ; -DR Q6AFY0, PROB_LEIXX ; B1Y279, PROB_LEPCP ; Q72NQ8, PROB_LEPIC ; -DR P94871, PROB_LEPIN ; Q1WRR5, PROB_LIGS1 ; Q92CE4, PROB_LISIN ; -DR C1L2G8, PROB_LISMC ; Q720G2, PROB_LISMF ; B8DHP2, PROB_LISMH ; -DR Q93Q56, PROB_LISMO ; A0AI65, PROB_LISW6 ; Q2VZU1, PROB_MAGSA ; +DR Q6AK08, PROB_DESPS ; B5YDE1, PROB_DICT6 ; B8E032, PROB_DICTD ; +DR A8LK10, PROB_DINSH ; A7ZI01, PROB_ECO24 ; B7UJD0, PROB_ECO27 ; +DR B7MC92, PROB_ECO45 ; B7L3Z4, PROB_ECO55 ; P0A7B7, PROB_ECO57 ; +DR B5Z1I6, PROB_ECO5E ; B7NK83, PROB_ECO7I ; B7MQ78, PROB_ECO81 ; +DR B7M271, PROB_ECO8A ; C4ZT99, PROB_ECOBW ; B1XDY5, PROB_ECODH ; +DR A7ZWK5, PROB_ECOHS ; A1A7V3, PROB_ECOK1 ; Q0TL74, PROB_ECOL5 ; +DR P0A7B6, PROB_ECOL6 ; B1J0Z2, PROB_ECOLC ; P0A7B5, PROB_ECOLI ; +DR B7N8H3, PROB_ECOLU ; B6I022, PROB_ECOSE ; B1LHT8, PROB_ECOSM ; +DR Q1RFS8, PROB_ECOUT ; A4W6X4, PROB_ENT38 ; Q839W2, PROB_ENTFA ; +DR B2VHM7, PROB_ERWT9 ; B7LNF8, PROB_ESCF3 ; Q2JDP1, PROB_FRACC ; +DR B9M0D5, PROB_GEODF ; Q5KYA3, PROB_GEOKA ; Q39QR3, PROB_GEOMG ; +DR Q747Q3, PROB_GEOSL ; C6E7M0, PROB_GEOSM ; C5D2V1, PROB_GEOSW ; +DR A4IPN3, PROB_GEOTN ; B7KGB7, PROB_GLOC7 ; Q7NPI6, PROB_GLOVI ; +DR Q5FUL1, PROB_GLUOX ; Q4QM08, PROB_HAEI8 ; A5UDH4, PROB_HAEIE ; +DR A5UI44, PROB_HAEIG ; P43763, PROB_HAEIN ; Q2S9T4, PROB_HAHCH ; +DR Q9KCR4, PROB_HALH5 ; A1WY47, PROB_HALHL ; Q7VJ31, PROB_HELHP ; +DR A9B6X5, PROB_HERA2 ; A4G8R3, PROB_HERAR ; Q31IT3, PROB_HYDCU ; +DR Q5QY57, PROB_IDILO ; A6T2D4, PROB_JANMA ; Q28Q11, PROB_JANSC ; +DR B5Y168, PROB_KLEP3 ; A6T562, PROB_KLEP7 ; C5CE10, PROB_KOSOT ; +DR Q9CF72, PROB_LACLA ; Q02XV9, PROB_LACLS ; Q890J5, PROB_LACPL ; +DR C1D9T9, PROB_LARHH ; Q6AFY0, PROB_LEIXX ; B1Y279, PROB_LEPCP ; +DR Q72NQ8, PROB_LEPIC ; P94871, PROB_LEPIN ; Q1WRR5, PROB_LIGS1 ; +DR Q92CE4, PROB_LISIN ; C1L2G8, PROB_LISMC ; Q720G2, PROB_LISMF ; +DR B8DHP2, PROB_LISMH ; Q93Q56, PROB_LISMO ; A0AI65, PROB_LISW6 ; DR Q65RE1, PROB_MANSM ; A6W351, PROB_MARMS ; C6BZ93, PROB_MARSD ; DR Q9ZG98, PROB_MEIRU ; Q9HHA0, PROB_METAC ; Q46F79, PROB_METBF ; DR Q12TG0, PROB_METBU ; Q605N1, PROB_METCA ; Q1GZ54, PROB_METFK ; @@ -76131,10 +76592,11 @@ DR A1TC20, PROB_MYCVP ; Q1DCK9, PROB_MYXXD ; Q3IP73, PROB_NATPD ; DR B4RLE8, PROB_NEIG2 ; Q9JUK7, PROB_NEIMA ; Q9JZG2, PROB_NEIMB ; DR A1KTV5, PROB_NEIMF ; Q0AHG4, PROB_NITEC ; Q820M4, PROB_NITEU ; DR Q1QQT9, PROB_NITHX ; Q2Y7Y3, PROB_NITMU ; Q3J6R9, PROB_NITOC ; -DR Q3SVI1, PROB_NITWN ; Q5Z040, PROB_NOCFA ; B2J5U5, PROB_NOSP7 ; -DR Q8YSI2, PROB_NOSS1 ; Q2G982, PROB_NOVAD ; Q8CUQ5, PROB_OCEIH ; -DR Q04FB3, PROB_OENOB ; Q30XW1, PROB_OLEA2 ; A1TTD2, PROB_PARC0 ; -DR A1B9C7, PROB_PARDP ; Q7U842, PROB_PARMW ; B2JHD6, PROB_PARP8 ; +DR Q72DJ9, PROB_NITV2 ; A1VF55, PROB_NITV4 ; Q3SVI1, PROB_NITWN ; +DR Q5Z040, PROB_NOCFA ; B2J5U5, PROB_NOSP7 ; Q8YSI2, PROB_NOSS1 ; +DR Q2G982, PROB_NOVAD ; Q8CUQ5, PROB_OCEIH ; Q04FB3, PROB_OENOB ; +DR Q30XW1, PROB_OLEA2 ; A1TTD2, PROB_PARC0 ; A1B9C7, PROB_PARDP ; +DR Q2VZU1, PROB_PARM1 ; Q7U842, PROB_PARMW ; B2JHD6, PROB_PARP8 ; DR B2SYV1, PROB_PARPJ ; Q13U16, PROB_PARXL ; Q9CJU5, PROB_PASMU ; DR Q6D1I3, PROB_PECAS ; C6DCX5, PROB_PECCP ; A1AT80, PROB_PELPD ; DR Q4FP45, PROB_PELUB ; B4RD63, PROB_PHEZH ; Q7N7B2, PROB_PHOLL ; @@ -76192,7 +76654,7 @@ DR B2S2U8, PROB_TREPS ; B3E610, PROB_TRIL1 ; Q3M6H4, PROB_TRIV2 ; DR C5CXX2, PROB_VARPS ; A1WPR4, PROB_VEREI ; A7MWT6, PROB_VIBC1 ; DR Q9KPT8, PROB_VIBCH ; Q87RV0, PROB_VIBPA ; Q8DF93, PROB_VIBVU ; DR Q7MN59, PROB_VIBVY ; Q7MA27, PROB_WOLSU ; Q8PK34, PROB_XANAC ; -DR Q3BSJ0, PROB_XANC5 ; Q4UVI1, PROB_XANC8 ; Q8P8K2, PROB_XANCP ; +DR Q4UVI1, PROB_XANC8 ; Q8P8K2, PROB_XANCP ; Q3BSJ0, PROB_XANE5 ; DR Q2P2G0, PROB_XANOM ; Q5GZF1, PROB_XANOR ; B2I7L1, PROB_XYLF2 ; DR Q9PEM4, PROB_XYLFA ; B0U207, PROB_XYLFM ; Q87EL0, PROB_XYLFT ; DR P32264, PROB_YEAST ; A1JNX7, PROB_YERE8 ; A7FLI2, PROB_YERP3 ; @@ -76266,7 +76728,7 @@ DR O50147, LYSZ_THET2 ; // ID 2.7.2.18 DE fatty acid kinase. -CA a fatty acid + ATP = a fatty acyl monophosphate + ADP. +CA a fatty acid + ATP = a fatty acyl phosphate + ADP. CC -!- The enzyme is a dimeric complex consisting of an ATP-binding protein CC (FakA) and a fatty acid-binding protein (FakB). CC -!- The first step in the reaction is the binding of FakB (with a bound @@ -76598,7 +77060,7 @@ DR A1BGN6, KAD_CHLPD ; A4SEQ7, KAD_CHLPM ; Q9Z8U0, KAD_CHLPN ; DR B0B9N6, KAD_CHLT2 ; B3QS41, KAD_CHLT3 ; Q3KMP1, KAD_CHLTA ; DR B0BBB5, KAD_CHLTB ; Q8KD69, KAD_CHLTE ; O84130, KAD_CHLTR ; DR Q1QZ94, KAD_CHRSD ; Q7NSS7, KAD_CHRVO ; B5EFS1, KAD_CITBB ; -DR A8AJW9, KAD_CITK8 ; A5CU93, KAD_CLAM3 ; B0RB59, KAD_CLAMS ; +DR A8AJW9, KAD_CITK8 ; A5CU93, KAD_CLAM3 ; B0RB59, KAD_CLASE ; DR Q97EJ9, KAD_CLOAB ; A7FZ52, KAD_CLOB1 ; C3KVN0, KAD_CLOB6 ; DR A6LPT2, KAD_CLOB8 ; B2UYD1, KAD_CLOBA ; B2TIJ6, KAD_CLOBB ; DR A5I7I5, KAD_CLOBH ; C1FMT0, KAD_CLOBJ ; B1IGD3, KAD_CLOBK ; @@ -76617,63 +77079,62 @@ DR Q3ZZQ3, KAD_DEHMC ; C1CXE5, KAD_DEIDV ; Q1IX93, KAD_DEIGD ; DR Q9RSK7, KAD_DEIRA ; A9BWI1, KAD_DELAS ; C0QB12, KAD_DESAH ; DR B8FMP4, KAD_DESAL ; B1I3R5, KAD_DESAP ; B8J2T3, KAD_DESDA ; DR B8G1Y7, KAD_DESHD ; Q250L1, KAD_DESHY ; A8ZTL5, KAD_DESOH ; -DR Q6AMG3, KAD_DESPS ; A4J592, KAD_DESRM ; Q72AR0, KAD_DESVH ; -DR B8DPG3, KAD_DESVM ; A7ZIN4, KAD_ECO24 ; B7UKF4, KAD_ECO27 ; -DR B7MDZ6, KAD_ECO45 ; B7L799, KAD_ECO55 ; P69442, KAD_ECO57 ; -DR B7NIF6, KAD_ECO7I ; B7MQI9, KAD_ECO81 ; B7M3W6, KAD_ECO8A ; -DR C4ZUS8, KAD_ECOBW ; B1XFR1, KAD_ECODH ; A7ZXD2, KAD_ECOHS ; -DR Q0TKG7, KAD_ECOL5 ; Q8FK84, KAD_ECOL6 ; B1IZC0, KAD_ECOLC ; -DR P69441, KAD_ECOLI ; B7N927, KAD_ECOLU ; B6I0C6, KAD_ECOSE ; -DR B1LJN2, KAD_ECOSM ; C5BD16, KAD_EDWI9 ; B2KEK1, KAD_ELUMP ; -DR Q8SVC2, KAD_ENCCU ; B1GZA3, KAD_ENDTX ; A4W7F8, KAD_ENT38 ; -DR Q839E3, KAD_ENTFA ; O96907, KAD_ENTH1 ; B2VHX2, KAD_ERWT9 ; -DR Q2N9D3, KAD_ERYLH ; B7LV13, KAD_ESCF3 ; B1YGX1, KAD_EXIS2 ; -DR C4KZM5, KAD_EXISA ; A7HM31, KAD_FERNB ; B0RZT0, KAD_FINM2 ; -DR A5FMV7, KAD_FLAJ1 ; A6GZB9, KAD_FLAPJ ; B0TXR2, KAD_FRAP2 ; -DR Q14H66, KAD_FRAT1 ; A7NBG3, KAD_FRATF ; Q2A425, KAD_FRATH ; -DR B2SGC2, KAD_FRATM ; A0Q713, KAD_FRATN ; Q0BMG1, KAD_FRATO ; -DR Q5NFR4, KAD_FRATT ; A4IYJ6, KAD_FRATW ; Q8RE31, KAD_FUSNN ; -DR C1A6S6, KAD_GEMAT ; B9M6F7, KAD_GEODF ; Q5L3R8, KAD_GEOKA ; -DR P27142, KAD_GEOSE ; Q749A8, KAD_GEOSL ; C6E4N6, KAD_GEOSM ; -DR C5D3T8, KAD_GEOSW ; A4IJK9, KAD_GEOTN ; A5GAW3, KAD_GEOUR ; -DR P49982, KAD_GIAIN ; Q7NKT5, KAD_GLOVI ; A9H3J9, KAD_GLUDA ; -DR Q7VMY0, KAD_HAEDU ; Q4QNJ1, KAD_HAEI8 ; A5UAD6, KAD_HAEIE ; -DR A5UGF8, KAD_HAEIG ; P24323, KAD_HAEIN ; Q2SL21, KAD_HAHCH ; -DR P38372, KAD_HALH5 ; A1WXY6, KAD_HALHL ; Q5UXG8, KAD_HALMA ; -DR B0R683, KAD_HALS3 ; Q9HPA7, KAD_HALSA ; C4K7W8, KAD_HAMD5 ; -DR Q7VFA6, KAD_HELHP ; B0TC77, KAD_HELMI ; B5Z6Y9, KAD_HELPG ; -DR Q1CTQ6, KAD_HELPH ; Q9ZLL8, KAD_HELPJ ; B2UTK9, KAD_HELPS ; -DR P56104, KAD_HELPY ; A4G7X8, KAD_HERAR ; Q0I2Y5, KAD_HISS1 ; -DR B0UT69, KAD_HISS2 ; Q31DX5, KAD_HYDCU ; B4U765, KAD_HYDS0 ; -DR Q0BYD5, KAD_HYPNA ; Q5QWR3, KAD_IDILO ; A6T169, KAD_JANMA ; -DR Q28UT2, KAD_JANSC ; B5Y0N3, KAD_KLEP3 ; A6T5N7, KAD_KLEP7 ; -DR B2GJ13, KAD_KOCRD ; C5CGI1, KAD_KOSOT ; Q5FM70, KAD_LACAC ; -DR B3WAJ7, KAD_LACCB ; Q1GBJ7, KAD_LACDA ; Q04BZ4, KAD_LACDB ; -DR C4Z2V1, KAD_LACE2 ; Q046A5, KAD_LACGA ; A8YXM6, KAD_LACH4 ; -DR Q74L69, KAD_LACJO ; P58117, KAD_LACLA ; P27143, KAD_LACLC ; -DR A2RNN2, KAD_LACLM ; Q02W46, KAD_LACLS ; A9KJH3, KAD_LACP7 ; -DR Q88XW5, KAD_LACPL ; C1D6J0, KAD_LARHH ; Q38UT2, KAD_LATSS ; -DR Q1MRK3, KAD_LAWIP ; Q5X5F4, KAD_LEGPA ; A5IBQ3, KAD_LEGPC ; -DR Q5WWT7, KAD_LEGPL ; Q6AD15, KAD_LEIXX ; B0SA26, KAD_LEPBA ; -DR Q04PV9, KAD_LEPBJ ; B0SSF7, KAD_LEPBP ; B1Y6I7, KAD_LEPCP ; -DR Q72NI2, KAD_LEPIC ; Q9XD15, KAD_LEPIN ; B1MVZ4, KAD_LEUCK ; -DR Q03ZM5, KAD_LEUMM ; B2GDU8, KAD_LIMF3 ; B2G8V7, KAD_LIMRJ ; -DR Q927M8, KAD_LISIN ; C1KZF9, KAD_LISMC ; Q71WG7, KAD_LISMF ; -DR B8DB29, KAD_LISMH ; Q8Y449, KAD_LISMO ; A0ALU7, KAD_LISW6 ; -DR B1HMV9, KAD_LYSSC ; A0L8G8, KAD_MAGMM ; Q2W2L1, KAD_MAGSA ; +DR Q6AMG3, KAD_DESPS ; A4J592, KAD_DESRM ; A7ZIN4, KAD_ECO24 ; +DR B7UKF4, KAD_ECO27 ; B7MDZ6, KAD_ECO45 ; B7L799, KAD_ECO55 ; +DR P69442, KAD_ECO57 ; B7NIF6, KAD_ECO7I ; B7MQI9, KAD_ECO81 ; +DR B7M3W6, KAD_ECO8A ; C4ZUS8, KAD_ECOBW ; B1XFR1, KAD_ECODH ; +DR A7ZXD2, KAD_ECOHS ; Q0TKG7, KAD_ECOL5 ; Q8FK84, KAD_ECOL6 ; +DR B1IZC0, KAD_ECOLC ; P69441, KAD_ECOLI ; B7N927, KAD_ECOLU ; +DR B6I0C6, KAD_ECOSE ; B1LJN2, KAD_ECOSM ; C5BD16, KAD_EDWI9 ; +DR B2KEK1, KAD_ELUMP ; Q8SVC2, KAD_ENCCU ; B1GZA3, KAD_ENDTX ; +DR A4W7F8, KAD_ENT38 ; Q839E3, KAD_ENTFA ; O96907, KAD_ENTH1 ; +DR B2VHX2, KAD_ERWT9 ; Q2N9D3, KAD_ERYLH ; B7LV13, KAD_ESCF3 ; +DR B1YGX1, KAD_EXIS2 ; C4KZM5, KAD_EXISA ; A7HM31, KAD_FERNB ; +DR B0RZT0, KAD_FINM2 ; A5FMV7, KAD_FLAJ1 ; A6GZB9, KAD_FLAPJ ; +DR B0TXR2, KAD_FRAP2 ; Q14H66, KAD_FRAT1 ; A7NBG3, KAD_FRATF ; +DR Q2A425, KAD_FRATH ; B2SGC2, KAD_FRATM ; A0Q713, KAD_FRATN ; +DR Q0BMG1, KAD_FRATO ; Q5NFR4, KAD_FRATT ; A4IYJ6, KAD_FRATW ; +DR Q8RE31, KAD_FUSNN ; C1A6S6, KAD_GEMAT ; B9M6F7, KAD_GEODF ; +DR Q5L3R8, KAD_GEOKA ; P27142, KAD_GEOSE ; Q749A8, KAD_GEOSL ; +DR C6E4N6, KAD_GEOSM ; C5D3T8, KAD_GEOSW ; A4IJK9, KAD_GEOTN ; +DR A5GAW3, KAD_GEOUR ; P49982, KAD_GIAIN ; Q7NKT5, KAD_GLOVI ; +DR A9H3J9, KAD_GLUDA ; Q7VMY0, KAD_HAEDU ; Q4QNJ1, KAD_HAEI8 ; +DR A5UAD6, KAD_HAEIE ; A5UGF8, KAD_HAEIG ; P24323, KAD_HAEIN ; +DR Q2SL21, KAD_HAHCH ; P38372, KAD_HALH5 ; A1WXY6, KAD_HALHL ; +DR Q5UXG8, KAD_HALMA ; B0R683, KAD_HALS3 ; Q9HPA7, KAD_HALSA ; +DR C4K7W8, KAD_HAMD5 ; Q7VFA6, KAD_HELHP ; B0TC77, KAD_HELMI ; +DR B5Z6Y9, KAD_HELPG ; Q1CTQ6, KAD_HELPH ; Q9ZLL8, KAD_HELPJ ; +DR B2UTK9, KAD_HELPS ; P56104, KAD_HELPY ; A4G7X8, KAD_HERAR ; +DR Q0I2Y5, KAD_HISS1 ; B0UT69, KAD_HISS2 ; Q31DX5, KAD_HYDCU ; +DR B4U765, KAD_HYDS0 ; Q0BYD5, KAD_HYPNA ; Q5QWR3, KAD_IDILO ; +DR A6T169, KAD_JANMA ; Q28UT2, KAD_JANSC ; B5Y0N3, KAD_KLEP3 ; +DR A6T5N7, KAD_KLEP7 ; B2GJ13, KAD_KOCRD ; C5CGI1, KAD_KOSOT ; +DR Q5FM70, KAD_LACAC ; B3WAJ7, KAD_LACCB ; Q1GBJ7, KAD_LACDA ; +DR Q04BZ4, KAD_LACDB ; C4Z2V1, KAD_LACE2 ; Q046A5, KAD_LACGA ; +DR A8YXM6, KAD_LACH4 ; Q74L69, KAD_LACJO ; P58117, KAD_LACLA ; +DR P27143, KAD_LACLC ; A2RNN2, KAD_LACLM ; Q02W46, KAD_LACLS ; +DR A9KJH3, KAD_LACP7 ; Q88XW5, KAD_LACPL ; C1D6J0, KAD_LARHH ; +DR Q38UT2, KAD_LATSS ; Q1MRK3, KAD_LAWIP ; Q5X5F4, KAD_LEGPA ; +DR A5IBQ3, KAD_LEGPC ; Q5WWT7, KAD_LEGPL ; Q6AD15, KAD_LEIXX ; +DR B0SA26, KAD_LEPBA ; Q04PV9, KAD_LEPBJ ; B0SSF7, KAD_LEPBP ; +DR B1Y6I7, KAD_LEPCP ; Q72NI2, KAD_LEPIC ; Q9XD15, KAD_LEPIN ; +DR B1MVZ4, KAD_LEUCK ; Q03ZM5, KAD_LEUMM ; B2GDU8, KAD_LIMF3 ; +DR B2G8V7, KAD_LIMRJ ; Q927M8, KAD_LISIN ; C1KZF9, KAD_LISMC ; +DR Q71WG7, KAD_LISMF ; B8DB29, KAD_LISMH ; Q8Y449, KAD_LISMO ; +DR A0ALU7, KAD_LISW6 ; B1HMV9, KAD_LYSSC ; A0L8G8, KAD_MAGMM ; DR Q8EUD3, KAD_MALP2 ; Q65UF7, KAD_MANSM ; Q0ANS1, KAD_MARMM ; DR A6VUQ6, KAD_MARMS ; A1U2U2, KAD_MARN8 ; C6BV58, KAD_MARSD ; DR Q6F1X3, KAD_MESFL ; Q601J4, KAD_MESH2 ; Q4A8J1, KAD_MESH7 ; -DR Q4AAG0, KAD_MESHJ ; Q6KI35, KAD_MESM1 ; Q8TRS3, KAD_METAC ; -DR Q0W1W4, KAD_METAR ; Q46GB9, KAD_METBF ; Q12ZS7, KAD_METBU ; -DR B7L0S9, KAD_METC4 ; Q606F1, KAD_METCA ; A9W4R9, KAD_METEP ; -DR Q1GZB7, KAD_METFK ; Q8PV26, KAD_METMA ; B8IT32, KAD_METNO ; -DR B1Z772, KAD_METPB ; A2SIQ4, KAD_METPP ; B1LWQ5, KAD_METRJ ; -DR B8ELE2, KAD_METSB ; A0B9A2, KAD_METTP ; C5CC42, KAD_MICLC ; -DR P33107, KAD_MICLU ; Q2RFR8, KAD_MOOTA ; B1MGB3, KAD_MYCA9 ; -DR P69439, KAD_MYCBO ; A1KGL4, KAD_MYCBP ; C1AL67, KAD_MYCBT ; -DR P10251, KAD_MYCCT ; O52352, KAD_MYCGA ; P47417, KAD_MYCGE ; -DR B8ZS96, KAD_MYCLB ; O33007, KAD_MYCLE ; B2HCV5, KAD_MYCMM ; +DR Q4AAG0, KAD_MESHJ ; Q8TRS3, KAD_METAC ; Q0W1W4, KAD_METAR ; +DR Q46GB9, KAD_METBF ; Q12ZS7, KAD_METBU ; B7L0S9, KAD_METC4 ; +DR Q606F1, KAD_METCA ; A9W4R9, KAD_METEP ; Q1GZB7, KAD_METFK ; +DR Q8PV26, KAD_METMA ; B8IT32, KAD_METNO ; B1Z772, KAD_METPB ; +DR A2SIQ4, KAD_METPP ; B1LWQ5, KAD_METRJ ; B8ELE2, KAD_METSB ; +DR A0B9A2, KAD_METTP ; C5CC42, KAD_MICLC ; P33107, KAD_MICLU ; +DR Q2RFR8, KAD_MOOTA ; B1MGB3, KAD_MYCA9 ; P69439, KAD_MYCBO ; +DR A1KGL4, KAD_MYCBP ; C1AL67, KAD_MYCBT ; P10251, KAD_MYCCT ; +DR O52352, KAD_MYCGA ; P47417, KAD_MYCGE ; B8ZS96, KAD_MYCLB ; +DR O33007, KAD_MYCLE ; Q6KI35, KAD_MYCM1 ; B2HCV5, KAD_MYCMM ; DR Q6MSP5, KAD_MYCMS ; Q73S77, KAD_MYCPA ; Q50299, KAD_MYCPN ; DR Q98Q02, KAD_MYCPU ; A0QSH8, KAD_MYCS2 ; A3PVF5, KAD_MYCSJ ; DR A1UBR9, KAD_MYCSK ; Q1BD73, KAD_MYCSS ; A5U0B9, KAD_MYCTA ; @@ -76686,11 +77147,12 @@ DR P0A0U6, KAD_NEIMA ; P0A0U7, KAD_NEIMB ; P0DH56, KAD_NEIME ; DR A1KT73, KAD_NEIMF ; E6MY99, KAD_NEIMH ; P49981, KAD_NEIMU ; DR Q59628, KAD_NEIPH ; Q59627, KAD_NEIPO ; Q2GEB9, KAD_NEOSM ; DR Q1QN09, KAD_NITHX ; Q3J7A3, KAD_NITOC ; A6Q322, KAD_NITSB ; -DR Q3SSU5, KAD_NITWN ; Q5Z1Q1, KAD_NOCFA ; A1SNJ7, KAD_NOCSJ ; -DR Q2G8V9, KAD_NOVAD ; Q8ETW3, KAD_OCEIH ; Q04G65, KAD_OENOB ; -DR Q6YR01, KAD_ONYPE ; A5CCJ2, KAD_ORITB ; B3CT26, KAD_ORITI ; -DR A1TQ96, KAD_PARC0 ; A6LD69, KAD_PARD8 ; P10772, KAD_PARDE ; -DR A1B049, KAD_PARDP ; A7HWT2, KAD_PARL1 ; Q7U4I1, KAD_PARMW ; +DR Q72AR0, KAD_NITV2 ; B8DPG3, KAD_NITV9 ; Q3SSU5, KAD_NITWN ; +DR Q5Z1Q1, KAD_NOCFA ; A1SNJ7, KAD_NOCSJ ; Q2G8V9, KAD_NOVAD ; +DR Q8ETW3, KAD_OCEIH ; Q04G65, KAD_OENOB ; Q6YR01, KAD_ONYPE ; +DR A5CCJ2, KAD_ORITB ; B3CT26, KAD_ORITI ; A1TQ96, KAD_PARC0 ; +DR A6LD69, KAD_PARD8 ; P10772, KAD_PARDE ; A1B049, KAD_PARDP ; +DR A7HWT2, KAD_PARL1 ; Q2W2L1, KAD_PARM1 ; Q7U4I1, KAD_PARMW ; DR B2JDV1, KAD_PARP8 ; B2T6M4, KAD_PARPJ ; Q13UR8, KAD_PARXL ; DR P57837, KAD_PASMU ; Q6D7Z5, KAD_PECAS ; C6DB87, KAD_PECCP ; DR B4SA64, KAD_PELPB ; A1ALW2, KAD_PELPD ; Q4FLN8, KAD_PELUB ; @@ -76774,8 +77236,8 @@ DR A5F2U0, KAD_VIBC3 ; Q9KTB7, KAD_VIBCH ; C3LTN4, KAD_VIBCM ; DR Q87RH4, KAD_VIBPA ; Q8DFM1, KAD_VIBVU ; Q7MMR5, KAD_VIBVY ; DR Q8D227, KAD_WIGBR ; Q73HA6, KAD_WOLPM ; B3CN46, KAD_WOLPP ; DR Q7M8A5, KAD_WOLSU ; Q5GSW4, KAD_WOLTR ; C0R2Y9, KAD_WOLWR ; -DR Q8PH23, KAD_XANAC ; Q3BPM9, KAD_XANC5 ; Q4UYC6, KAD_XANC8 ; -DR B0RP52, KAD_XANCB ; Q8P5P5, KAD_XANCP ; Q2P743, KAD_XANOM ; +DR Q8PH23, KAD_XANAC ; Q4UYC6, KAD_XANC8 ; B0RP52, KAD_XANCB ; +DR Q8P5P5, KAD_XANCP ; Q3BPM9, KAD_XANE5 ; Q2P743, KAD_XANOM ; DR Q5H4A4, KAD_XANOR ; A7IPP9, KAD_XANP2 ; B2I757, KAD_XYLF2 ; DR Q9PGM3, KAD_XYLFA ; B0U1U0, KAD_XYLFM ; Q87ES6, KAD_XYLFT ; DR A1JNB1, KAD_YERE8 ; P43412, KAD_YEREN ; A7FL86, KAD_YERP3 ; @@ -76790,7 +77252,12 @@ CA a ribonucleoside 5'-phosphate + ATP = a ribonucleoside 5'-diphosphate + CA ADP. CC -!- Many nucleotides can act as acceptors. CC -!- Other nucleoside triphosphates can act instead of ATP. -DR Q5TCS8, KAD9_HUMAN ; +DR P00570, KAD1_BOVIN ; P05081, KAD1_CHICK ; P12115, KAD1_CYPCA ; +DR P00568, KAD1_HUMAN ; P86195, KAD1_MESAU ; Q9R0Y5, KAD1_MOUSE ; +DR P00571, KAD1_PIG ; P00569, KAD1_RABIT ; P39069, KAD1_RAT ; +DR Q0VCP1, KAD4_BOVIN ; P27144, KAD4_HUMAN ; Q9WUR9, KAD4_MOUSE ; +DR Q5R421, KAD4_PONAB ; Q9WUS0, KAD4_RAT ; Q5TCS8, KAD9_HUMAN ; +DR G3UYQ4, KAD9_MOUSE ; // ID 2.7.4.5 DE Transferred entry: 2.7.4.14. @@ -76816,112 +77283,111 @@ DR Q920P5, KAD5_MOUSE ; Q96M32, KAD7_HUMAN ; Q95JP6, KAD7_MACFA ; DR Q9D2H2, KAD7_MOUSE ; Q502L7, KAD8_DANRE ; Q96MA6, KAD8_HUMAN ; DR Q4R3W4, KAD8_MACFA ; Q32M07, KAD8_MOUSE ; A0A4X1T4U3, KAD8_PIG ; DR Q68FP8, KAD8_RAT ; Q5M7G4, KAD8_XENLA ; Q6P618, KAD8_XENTR ; -DR Q5TCS8, KAD9_HUMAN ; Q2KIW9, KCY_BOVIN ; Q5ZKE7, KCY_CHICK ; -DR Q7ZWE9, KCY_DANRE ; P30085, KCY_HUMAN ; Q9DBP5, KCY_MOUSE ; -DR Q29561, KCY_PIG ; Q4KM73, KCY_RAT ; Q7ZX23, KCY_XENLA ; -DR Q28H12, KCY_XENTR ; P39207, NDK1_ARATH ; B4FK49, NDK1_MAIZE ; -DR O81372, NDK1_MESCR ; A6N0M9, NDK1_ORYSI ; Q07661, NDK1_ORYSJ ; -DR Q6MEA9, NDK1_PARUW ; P47922, NDK1_PEA ; P85929, NDK1_PSEMZ ; -DR P93554, NDK1_SACOF ; Q39839, NDK1_SOYBN ; Q02254, NDK1_SPIOL ; -DR Q56E62, NDK1_TOBAC ; O64903, NDK2_ARATH ; Q6MEA7, NDK2_PARUW ; -DR P47923, NDK2_PEA ; P85930, NDK2_PSEMZ ; Q01402, NDK2_SPIOL ; -DR Q852S5, NDK2_TOBAC ; A2VD68, NDK3A_XENLA; Q66KP0, NDK3B_XENLA; -DR O49203, NDK3_ARATH ; Q9PTF3, NDK3_DANRE ; Q13232, NDK3_HUMAN ; -DR Q9WV85, NDK3_MOUSE ; P81766, NDK3_SPIOL ; Q8LAH8, NDK4_ARATH ; -DR Q8RXA8, NDK4_SPIOL ; Q6NLG3, NDK5_ARATH ; Q6DI51, NDK6_DANRE ; -DR O75414, NDK6_HUMAN ; O88425, NDK6_MOUSE ; O88426, NDK6_RAT ; -DR B3DL53, NDK6_XENTR ; O60361, NDK8_HUMAN ; P52174, NDKA1_BOVIN; -DR P70010, NDKA1_XENLA; P52175, NDKA2_BOVIN; P70011, NDKA2_XENLA; -DR Q50KA9, NDKA_CANLF ; P08879, NDKA_DROME ; Q6XI71, NDKA_DROYA ; -DR P47919, NDKA_FLABI ; P15531, NDKA_HUMAN ; P15532, NDKA_MOUSE ; -DR Q5RC56, NDKA_PONAB ; Q05982, NDKA_RAT ; Q3T0Q4, NDKB_BOVIN ; -DR Q50KA8, NDKB_CANLF ; P47920, NDKB_FLABI ; P22392, NDKB_HUMAN ; -DR P85292, NDKB_MACMG ; P85291, NDKB_MACNO ; P85288, NDKB_MERAA ; -DR P85287, NDKB_MERAP ; P85290, NDKB_MERBI ; P85281, NDKB_MERCP ; -DR P85286, NDKB_MERGA ; P85285, NDKB_MERHU ; P85280, NDKB_MERME ; -DR P85284, NDKB_MERPA ; P85283, NDKB_MERPO ; P85289, NDKB_MERPR ; -DR P85282, NDKB_MERSE ; Q01768, NDKB_MOUSE ; Q2EN76, NDKB_PIG ; -DR Q5RFH3, NDKB_PONAB ; P19804, NDKB_RAT ; P22887, NDKC_DICDI ; -DR P87355, NDKM_COLLI ; P34093, NDKM_DICDI ; O00746, NDKM_HUMAN ; -DR Q9WV84, NDKM_MOUSE ; B0C4I0, NDK_ACAM1 ; A3DDC2, NDK_ACET2 ; -DR Q6FEM7, NDK_ACIAD ; B7H073, NDK_ACIB3 ; B7I5G3, NDK_ACIB5 ; -DR B2I3E1, NDK_ACIBC ; B0VKS3, NDK_ACIBS ; A3M207, NDK_ACIBT ; -DR B0V4U1, NDK_ACIBY ; A5FY40, NDK_ACICJ ; B9MFX2, NDK_ACIET ; -DR B7JC26, NDK_ACIF2 ; B5EJE9, NDK_ACIF5 ; A1W573, NDK_ACISJ ; -DR A3MZ69, NDK_ACTP2 ; B3H0J6, NDK_ACTP7 ; B0BTA1, NDK_ACTPJ ; -DR A6VMK7, NDK_ACTSZ ; A0KJ40, NDK_AERHH ; Q9Y9B0, NDK_AERPE ; -DR A4SP05, NDK_AERS4 ; B6JGK9, NDK_AFIC5 ; Q8UGB6, NDK_AGRFC ; -DR Q21W24, NDK_ALBFT ; Q0VND6, NDK_ALCBS ; A8ERJ2, NDK_ALIB4 ; -DR Q5E776, NDK_ALIF1 ; B5FAW8, NDK_ALIFM ; B6EGY3, NDK_ALISL ; -DR Q0A990, NDK_ALKEH ; B4RVH4, NDK_ALTMD ; B8JAD8, NDK_ANAD2 ; -DR Q2IIB9, NDK_ANADE ; A7HCD8, NDK_ANADF ; B9KGY6, NDK_ANAMF ; -DR Q5P9P7, NDK_ANAMM ; Q2GIQ3, NDK_ANAPZ ; B4UDP2, NDK_ANASK ; -DR O67528, NDK_AQUAE ; O29491, NDK_ARCFU ; Q5P7A9, NDK_AROAE ; -DR Q7Z8P9, NDK_ASPFU ; A8HS90, NDK_AZOC5 ; A1K3Y5, NDK_AZOSB ; -DR C1DE61, NDK_AZOVD ; Q81SV8, NDK_BACAN ; Q73AY0, NDK_BACC1 ; -DR Q81FQ4, NDK_BACCR ; Q63DL7, NDK_BACCZ ; Q6HL40, NDK_BACHK ; -DR Q65I26, NDK_BACLD ; P31103, NDK_BACSU ; A1US76, NDK_BARBK ; -DR Q6G426, NDK_BARHE ; Q6G043, NDK_BARQU ; A9IS02, NDK_BART1 ; -DR Q1LU78, NDK_BAUCH ; Q6MGU4, NDK_BDEBA ; B2II88, NDK_BEII9 ; -DR Q2KY86, NDK_BORA1 ; Q7WHM7, NDK_BORBR ; O51419, NDK_BORBU ; -DR Q7W6P4, NDK_BORPA ; A9IK55, NDK_BORPD ; Q7VWK7, NDK_BORPE ; -DR Q89MS3, NDK_BRADU ; A5EIC0, NDK_BRASB ; A4YTA2, NDK_BRASO ; -DR C0ZCD6, NDK_BREBN ; B2S4V2, NDK_BRUA1 ; Q2YN40, NDK_BRUA2 ; -DR A6X253, NDK_BRUA4 ; Q57E46, NDK_BRUAB ; A9MA67, NDK_BRUC2 ; -DR P48817, NDK_BRUMA ; C0RI35, NDK_BRUMB ; Q8YGA4, NDK_BRUME ; -DR A5VPM8, NDK_BRUO2 ; B0CL18, NDK_BRUSI ; Q8G1L9, NDK_BRUSU ; -DR B1YR47, NDK_BURA4 ; A0K7T9, NDK_BURCH ; B4EAX2, NDK_BURCJ ; -DR Q0BEW4, NDK_BURCM ; Q39FQ6, NDK_BURL3 ; A9AGZ3, NDK_BURM1 ; -DR A3MK78, NDK_BURM7 ; A2S299, NDK_BURM9 ; Q62JW1, NDK_BURMA ; -DR A1V4K4, NDK_BURMS ; B1JT95, NDK_BURO0 ; Q1BGX7, NDK_BURO1 ; -DR A3NVX4, NDK_BURP0 ; Q3JRQ0, NDK_BURP1 ; A3NA57, NDK_BURP6 ; -DR Q63UT6, NDK_BURPS ; Q2SWE7, NDK_BURTA ; A4JEP3, NDK_BURVG ; -DR Q8RBR5, NDK_CALS4 ; A7ZC05, NDK_CAMC1 ; A7H051, NDK_CAMC5 ; -DR A0RMK4, NDK_CAMFF ; A7I3D2, NDK_CAMHC ; A8FKC1, NDK_CAMJ8 ; -DR A7H537, NDK_CAMJD ; Q9PIG7, NDK_CAMJE ; A1VY51, NDK_CAMJJ ; -DR Q5HWD9, NDK_CAMJR ; B9KDL1, NDK_CAMLR ; Q9UR66, NDK_CANAX ; -DR Q9M7P6, NDK_CAPAN ; Q3AFJ7, NDK_CARHZ ; B0SWN7, NDK_CAUSK ; -DR Q9A7M2, NDK_CAUVC ; B8GW43, NDK_CAUVN ; B3PDL7, NDK_CELJU ; -DR A3PJY2, NDK_CERS1 ; Q3J2D0, NDK_CERS4 ; A4WRL4, NDK_CERS5 ; -DR B9KSS4, NDK_CERSK ; Q11GV3, NDK_CHESB ; O57535, NDK_CHICK ; -DR A9WFJ8, NDK_CHLAA ; Q5L6Z2, NDK_CHLAB ; B8G5H0, NDK_CHLAD ; -DR Q3AU43, NDK_CHLCH ; Q824M4, NDK_CHLCV ; Q252Y1, NDK_CHLFF ; -DR B3EGU1, NDK_CHLL2 ; Q3B6B4, NDK_CHLL3 ; Q9PJP1, NDK_CHLMU ; -DR B3QR32, NDK_CHLP8 ; B3ENQ2, NDK_CHLPB ; A1BIX9, NDK_CHLPD ; -DR Q9Z7T5, NDK_CHLPN ; B9LKC5, NDK_CHLSY ; B0B874, NDK_CHLT2 ; -DR B3QRV1, NDK_CHLT3 ; Q3KLJ7, NDK_CHLTA ; B0BCD9, NDK_CHLTB ; -DR Q8KAZ6, NDK_CHLTE ; O84508, NDK_CHLTR ; A0LZH1, NDK_CHRFK ; -DR Q1QTL2, NDK_CHRSD ; Q7NS84, NDK_CHRVO ; B5E9D0, NDK_CITBB ; -DR A8AD67, NDK_CITK8 ; Q0TNY9, NDK_CLOP1 ; Q8XIZ1, NDK_CLOPE ; -DR Q0SRK8, NDK_CLOPS ; Q90380, NDK_COLLI ; Q47WB6, NDK_COLP3 ; -DR Q6NFV3, NDK_CORDI ; Q8FN70, NDK_COREF ; A4QG90, NDK_CORGB ; -DR Q8NN43, NDK_CORGL ; Q4JWU4, NDK_CORJK ; B1VGM4, NDK_CORU7 ; -DR B6J7R3, NDK_COXB1 ; B6IZM3, NDK_COXB2 ; A9KFV6, NDK_COXBN ; -DR A9NDW8, NDK_COXBR ; Q83C71, NDK_COXBU ; B1WQB7, NDK_CROS5 ; -DR A7MGV2, NDK_CROS8 ; Q1LLI7, NDK_CUPMC ; Q0K958, NDK_CUPNH ; -DR Q46ZH9, NDK_CUPPJ ; B3R1K6, NDK_CUPTR ; Q6A9I7, NDK_CUTAK ; -DR B8HUM7, NDK_CYAP4 ; Q47BR2, NDK_DECAR ; Q3Z9G0, NDK_DEHM1 ; -DR A5FS65, NDK_DEHMB ; Q3ZZF6, NDK_DEHMC ; C1D1C3, NDK_DEIDV ; -DR Q1IXQ0, NDK_DEIGD ; Q9RRJ1, NDK_DEIRA ; A9BMV7, NDK_DELAS ; -DR C0QBA3, NDK_DESAH ; B8FH11, NDK_DESAL ; B1I1P4, NDK_DESAP ; -DR B8IZ74, NDK_DESDA ; B8FZD1, NDK_DESHD ; Q251Q1, NDK_DESHY ; -DR A8ZWU7, NDK_DESOH ; Q6ALU8, NDK_DESPS ; A4J0S4, NDK_DESRM ; -DR Q729L7, NDK_DESVH ; B8DNF4, NDK_DESVM ; A1VBY0, NDK_DESVV ; -DR A8LIX8, NDK_DINSH ; A7ZPW1, NDK_ECO24 ; B7UGW4, NDK_ECO27 ; -DR B7MI03, NDK_ECO45 ; B7LDB0, NDK_ECO55 ; P0A764, NDK_ECO57 ; -DR B5Z0Y7, NDK_ECO5E ; B7NRG8, NDK_ECO7I ; B7MYF2, NDK_ECO81 ; -DR B7M7M2, NDK_ECO8A ; C4ZX93, NDK_ECOBW ; B1XAZ3, NDK_ECODH ; -DR A8A324, NDK_ECOHS ; A1AE56, NDK_ECOK1 ; Q0TEW7, NDK_ECOL5 ; -DR Q8FF53, NDK_ECOL6 ; B1IWE3, NDK_ECOLC ; P0A763, NDK_ECOLI ; -DR B7N6A6, NDK_ECOLU ; B6I590, NDK_ECOSE ; B1LNH3, NDK_ECOSM ; -DR Q1R8L4, NDK_ECOUT ; C5BET5, NDK_EDWI9 ; Q3YQT1, NDK_EHRCJ ; -DR Q2GF82, NDK_EHRCR ; Q5FGN1, NDK_EHRRG ; Q5HA25, NDK_EHRRW ; -DR Q8TFN0, NDK_EMENI ; Q8SRM7, NDK_ENCCU ; A4WD96, NDK_ENT38 ; -DR Q75DD1, NDK_EREGS ; B2VE97, NDK_ERWT9 ; Q2N8X7, NDK_ERYLH ; -DR B7LKC0, NDK_ESCF3 ; B1YI22, NDK_EXIS2 ; C4L6N1, NDK_EXISA ; -DR A7HJ26, NDK_FERNB ; A5F9Z6, NDK_FLAJ1 ; A6GZG2, NDK_FLAPJ ; -DR Q0RPG8, NDK_FRAAA ; Q2JDQ4, NDK_FRACC ; B0U0L6, NDK_FRAP2 ; -DR A8L1W8, NDK_FRASN ; Q14J74, NDK_FRAT1 ; A7ND07, NDK_FRATF ; +DR Q5TCS8, KAD9_HUMAN ; G3UYQ4, KAD9_MOUSE ; Q2KIW9, KCY_BOVIN ; +DR Q5ZKE7, KCY_CHICK ; Q7ZWE9, KCY_DANRE ; P30085, KCY_HUMAN ; +DR Q9DBP5, KCY_MOUSE ; Q29561, KCY_PIG ; Q4KM73, KCY_RAT ; +DR Q7ZX23, KCY_XENLA ; Q28H12, KCY_XENTR ; P39207, NDK1_ARATH ; +DR B4FK49, NDK1_MAIZE ; O81372, NDK1_MESCR ; A6N0M9, NDK1_ORYSI ; +DR Q07661, NDK1_ORYSJ ; Q6MEA9, NDK1_PARUW ; P47922, NDK1_PEA ; +DR P85929, NDK1_PSEMZ ; P93554, NDK1_SACOF ; Q39839, NDK1_SOYBN ; +DR Q02254, NDK1_SPIOL ; Q56E62, NDK1_TOBAC ; O64903, NDK2_ARATH ; +DR Q6MEA7, NDK2_PARUW ; P47923, NDK2_PEA ; P85930, NDK2_PSEMZ ; +DR Q01402, NDK2_SPIOL ; Q852S5, NDK2_TOBAC ; A2VD68, NDK3A_XENLA; +DR Q66KP0, NDK3B_XENLA; O49203, NDK3_ARATH ; Q9PTF3, NDK3_DANRE ; +DR Q13232, NDK3_HUMAN ; Q9WV85, NDK3_MOUSE ; P81766, NDK3_SPIOL ; +DR Q8LAH8, NDK4_ARATH ; Q8RXA8, NDK4_SPIOL ; Q6NLG3, NDK5_ARATH ; +DR Q6DI51, NDK6_DANRE ; O75414, NDK6_HUMAN ; O88425, NDK6_MOUSE ; +DR O88426, NDK6_RAT ; B3DL53, NDK6_XENTR ; O60361, NDK8_HUMAN ; +DR P52174, NDKA1_BOVIN; P70010, NDKA1_XENLA; P52175, NDKA2_BOVIN; +DR P70011, NDKA2_XENLA; Q50KA9, NDKA_CANLF ; P08879, NDKA_DROME ; +DR Q6XI71, NDKA_DROYA ; P47919, NDKA_FLABI ; P15531, NDKA_HUMAN ; +DR P15532, NDKA_MOUSE ; Q5RC56, NDKA_PONAB ; Q05982, NDKA_RAT ; +DR Q3T0Q4, NDKB_BOVIN ; Q50KA8, NDKB_CANLF ; P47920, NDKB_FLABI ; +DR P22392, NDKB_HUMAN ; P85292, NDKB_MACMG ; P85291, NDKB_MACNO ; +DR P85288, NDKB_MERAA ; P85287, NDKB_MERAP ; P85290, NDKB_MERBI ; +DR P85281, NDKB_MERCP ; P85286, NDKB_MERGA ; P85285, NDKB_MERHU ; +DR P85280, NDKB_MERME ; P85284, NDKB_MERPA ; P85283, NDKB_MERPO ; +DR P85289, NDKB_MERPR ; P85282, NDKB_MERSE ; Q01768, NDKB_MOUSE ; +DR Q2EN76, NDKB_PIG ; Q5RFH3, NDKB_PONAB ; P19804, NDKB_RAT ; +DR P22887, NDKC_DICDI ; P87355, NDKM_COLLI ; P34093, NDKM_DICDI ; +DR O00746, NDKM_HUMAN ; Q9WV84, NDKM_MOUSE ; B0C4I0, NDK_ACAM1 ; +DR A3DDC2, NDK_ACET2 ; Q6FEM7, NDK_ACIAD ; B7H073, NDK_ACIB3 ; +DR B7I5G3, NDK_ACIB5 ; B2I3E1, NDK_ACIBC ; B0VKS3, NDK_ACIBS ; +DR A3M207, NDK_ACIBT ; B0V4U1, NDK_ACIBY ; A5FY40, NDK_ACICJ ; +DR B9MFX2, NDK_ACIET ; B7JC26, NDK_ACIF2 ; B5EJE9, NDK_ACIF5 ; +DR A1W573, NDK_ACISJ ; A3MZ69, NDK_ACTP2 ; B3H0J6, NDK_ACTP7 ; +DR B0BTA1, NDK_ACTPJ ; A6VMK7, NDK_ACTSZ ; A0KJ40, NDK_AERHH ; +DR Q9Y9B0, NDK_AERPE ; A4SP05, NDK_AERS4 ; B6JGK9, NDK_AFIC5 ; +DR Q8UGB6, NDK_AGRFC ; Q21W24, NDK_ALBFT ; Q0VND6, NDK_ALCBS ; +DR A8ERJ2, NDK_ALIB4 ; Q5E776, NDK_ALIF1 ; B5FAW8, NDK_ALIFM ; +DR B6EGY3, NDK_ALISL ; Q0A990, NDK_ALKEH ; B4RVH4, NDK_ALTMD ; +DR B8JAD8, NDK_ANAD2 ; Q2IIB9, NDK_ANADE ; A7HCD8, NDK_ANADF ; +DR B9KGY6, NDK_ANAMF ; Q5P9P7, NDK_ANAMM ; Q2GIQ3, NDK_ANAPZ ; +DR B4UDP2, NDK_ANASK ; O67528, NDK_AQUAE ; O29491, NDK_ARCFU ; +DR Q5P7A9, NDK_AROAE ; Q7Z8P9, NDK_ASPFU ; A8HS90, NDK_AZOC5 ; +DR A1K3Y5, NDK_AZOSB ; C1DE61, NDK_AZOVD ; Q81SV8, NDK_BACAN ; +DR Q73AY0, NDK_BACC1 ; Q81FQ4, NDK_BACCR ; Q63DL7, NDK_BACCZ ; +DR Q6HL40, NDK_BACHK ; Q65I26, NDK_BACLD ; P31103, NDK_BACSU ; +DR A1US76, NDK_BARBK ; Q6G426, NDK_BARHE ; Q6G043, NDK_BARQU ; +DR A9IS02, NDK_BART1 ; Q1LU78, NDK_BAUCH ; Q6MGU4, NDK_BDEBA ; +DR B2II88, NDK_BEII9 ; Q2KY86, NDK_BORA1 ; Q7WHM7, NDK_BORBR ; +DR O51419, NDK_BORBU ; Q7W6P4, NDK_BORPA ; A9IK55, NDK_BORPD ; +DR Q7VWK7, NDK_BORPE ; Q89MS3, NDK_BRADU ; A5EIC0, NDK_BRASB ; +DR A4YTA2, NDK_BRASO ; C0ZCD6, NDK_BREBN ; B2S4V2, NDK_BRUA1 ; +DR Q2YN40, NDK_BRUA2 ; A6X253, NDK_BRUA4 ; Q57E46, NDK_BRUAB ; +DR A9MA67, NDK_BRUC2 ; P48817, NDK_BRUMA ; C0RI35, NDK_BRUMB ; +DR Q8YGA4, NDK_BRUME ; A5VPM8, NDK_BRUO2 ; B0CL18, NDK_BRUSI ; +DR Q8G1L9, NDK_BRUSU ; B1YR47, NDK_BURA4 ; A0K7T9, NDK_BURCH ; +DR B4EAX2, NDK_BURCJ ; Q0BEW4, NDK_BURCM ; Q39FQ6, NDK_BURL3 ; +DR A9AGZ3, NDK_BURM1 ; A3MK78, NDK_BURM7 ; A2S299, NDK_BURM9 ; +DR Q62JW1, NDK_BURMA ; A1V4K4, NDK_BURMS ; B1JT95, NDK_BURO0 ; +DR Q1BGX7, NDK_BURO1 ; A3NVX4, NDK_BURP0 ; Q3JRQ0, NDK_BURP1 ; +DR A3NA57, NDK_BURP6 ; Q63UT6, NDK_BURPS ; Q2SWE7, NDK_BURTA ; +DR A4JEP3, NDK_BURVG ; Q8RBR5, NDK_CALS4 ; A7ZC05, NDK_CAMC1 ; +DR A7H051, NDK_CAMC5 ; A0RMK4, NDK_CAMFF ; A7I3D2, NDK_CAMHC ; +DR A8FKC1, NDK_CAMJ8 ; A7H537, NDK_CAMJD ; Q9PIG7, NDK_CAMJE ; +DR A1VY51, NDK_CAMJJ ; Q5HWD9, NDK_CAMJR ; B9KDL1, NDK_CAMLR ; +DR Q9UR66, NDK_CANAX ; Q9M7P6, NDK_CAPAN ; Q3AFJ7, NDK_CARHZ ; +DR B0SWN7, NDK_CAUSK ; Q9A7M2, NDK_CAUVC ; B8GW43, NDK_CAUVN ; +DR B3PDL7, NDK_CELJU ; A3PJY2, NDK_CERS1 ; Q3J2D0, NDK_CERS4 ; +DR A4WRL4, NDK_CERS5 ; B9KSS4, NDK_CERSK ; Q11GV3, NDK_CHESB ; +DR O57535, NDK_CHICK ; A9WFJ8, NDK_CHLAA ; Q5L6Z2, NDK_CHLAB ; +DR B8G5H0, NDK_CHLAD ; Q3AU43, NDK_CHLCH ; Q824M4, NDK_CHLCV ; +DR Q252Y1, NDK_CHLFF ; B3EGU1, NDK_CHLL2 ; Q3B6B4, NDK_CHLL3 ; +DR Q9PJP1, NDK_CHLMU ; B3QR32, NDK_CHLP8 ; B3ENQ2, NDK_CHLPB ; +DR A1BIX9, NDK_CHLPD ; Q9Z7T5, NDK_CHLPN ; B9LKC5, NDK_CHLSY ; +DR B0B874, NDK_CHLT2 ; B3QRV1, NDK_CHLT3 ; Q3KLJ7, NDK_CHLTA ; +DR B0BCD9, NDK_CHLTB ; Q8KAZ6, NDK_CHLTE ; O84508, NDK_CHLTR ; +DR A0LZH1, NDK_CHRFK ; Q1QTL2, NDK_CHRSD ; Q7NS84, NDK_CHRVO ; +DR B5E9D0, NDK_CITBB ; A8AD67, NDK_CITK8 ; Q0TNY9, NDK_CLOP1 ; +DR Q8XIZ1, NDK_CLOPE ; Q0SRK8, NDK_CLOPS ; Q90380, NDK_COLLI ; +DR Q47WB6, NDK_COLP3 ; Q6NFV3, NDK_CORDI ; Q8FN70, NDK_COREF ; +DR A4QG90, NDK_CORGB ; Q8NN43, NDK_CORGL ; Q4JWU4, NDK_CORJK ; +DR B1VGM4, NDK_CORU7 ; B6J7R3, NDK_COXB1 ; B6IZM3, NDK_COXB2 ; +DR A9KFV6, NDK_COXBN ; A9NDW8, NDK_COXBR ; Q83C71, NDK_COXBU ; +DR B1WQB7, NDK_CROS5 ; A7MGV2, NDK_CROS8 ; Q1LLI7, NDK_CUPMC ; +DR Q0K958, NDK_CUPNH ; Q46ZH9, NDK_CUPPJ ; B3R1K6, NDK_CUPTR ; +DR Q6A9I7, NDK_CUTAK ; B8HUM7, NDK_CYAP4 ; Q47BR2, NDK_DECAR ; +DR Q3Z9G0, NDK_DEHM1 ; A5FS65, NDK_DEHMB ; Q3ZZF6, NDK_DEHMC ; +DR C1D1C3, NDK_DEIDV ; Q1IXQ0, NDK_DEIGD ; Q9RRJ1, NDK_DEIRA ; +DR A9BMV7, NDK_DELAS ; C0QBA3, NDK_DESAH ; B8FH11, NDK_DESAL ; +DR B1I1P4, NDK_DESAP ; B8IZ74, NDK_DESDA ; B8FZD1, NDK_DESHD ; +DR Q251Q1, NDK_DESHY ; A8ZWU7, NDK_DESOH ; Q6ALU8, NDK_DESPS ; +DR A4J0S4, NDK_DESRM ; A8LIX8, NDK_DINSH ; A7ZPW1, NDK_ECO24 ; +DR B7UGW4, NDK_ECO27 ; B7MI03, NDK_ECO45 ; B7LDB0, NDK_ECO55 ; +DR P0A764, NDK_ECO57 ; B5Z0Y7, NDK_ECO5E ; B7NRG8, NDK_ECO7I ; +DR B7MYF2, NDK_ECO81 ; B7M7M2, NDK_ECO8A ; C4ZX93, NDK_ECOBW ; +DR B1XAZ3, NDK_ECODH ; A8A324, NDK_ECOHS ; A1AE56, NDK_ECOK1 ; +DR Q0TEW7, NDK_ECOL5 ; Q8FF53, NDK_ECOL6 ; B1IWE3, NDK_ECOLC ; +DR P0A763, NDK_ECOLI ; B7N6A6, NDK_ECOLU ; B6I590, NDK_ECOSE ; +DR B1LNH3, NDK_ECOSM ; Q1R8L4, NDK_ECOUT ; C5BET5, NDK_EDWI9 ; +DR Q3YQT1, NDK_EHRCJ ; Q2GF82, NDK_EHRCR ; Q5FGN1, NDK_EHRRG ; +DR Q5HA25, NDK_EHRRW ; Q8TFN0, NDK_EMENI ; Q8SRM7, NDK_ENCCU ; +DR A4WD96, NDK_ENT38 ; Q75DD1, NDK_EREGS ; B2VE97, NDK_ERWT9 ; +DR Q2N8X7, NDK_ERYLH ; B7LKC0, NDK_ESCF3 ; B1YI22, NDK_EXIS2 ; +DR C4L6N1, NDK_EXISA ; A7HJ26, NDK_FERNB ; A5F9Z6, NDK_FLAJ1 ; +DR A6GZG2, NDK_FLAPJ ; Q0RPG8, NDK_FRAAA ; Q2JDQ4, NDK_FRACC ; +DR B0U0L6, NDK_FRAP2 ; Q14J74, NDK_FRAT1 ; A7ND07, NDK_FRATF ; DR Q2A2S1, NDK_FRATH ; B2SFK0, NDK_FRATM ; A0Q4L4, NDK_FRATN ; DR Q0BLA4, NDK_FRATO ; Q5NHS2, NDK_FRATT ; A4IZP2, NDK_FRATW ; DR B9M699, NDK_GEODF ; Q5KXU2, NDK_GEOKA ; Q39S70, NDK_GEOMG ; @@ -76969,104 +77435,105 @@ DR Q1D6I7, NDK_MYXXD ; Q3IPM6, NDK_NATPD ; B4RMG0, NDK_NEIG2 ; DR P65532, NDK_NEIMA ; P65533, NDK_NEIMB ; A1KUD5, NDK_NEIMF ; DR Q2GDK4, NDK_NEOSM ; Q9UUY8, NDK_NEUCR ; Q0AE38, NDK_NITEC ; DR Q82XV5, NDK_NITEU ; Q1QLH8, NDK_NITHX ; Q2Y6F2, NDK_NITMU ; -DR Q3JCN5, NDK_NITOC ; A6Q200, NDK_NITSB ; Q3SS79, NDK_NITWN ; +DR Q3JCN5, NDK_NITOC ; A6Q200, NDK_NITSB ; Q729L7, NDK_NITV2 ; +DR A1VBY0, NDK_NITV4 ; B8DNF4, NDK_NITV9 ; Q3SS79, NDK_NITWN ; DR Q5Z045, NDK_NOCFA ; A1SMD1, NDK_NOCSJ ; B2IX22, NDK_NOSP7 ; DR Q8YRP2, NDK_NOSS1 ; Q2G9Y4, NDK_NOVAD ; Q8EQB4, NDK_OCEIH ; DR Q312A8, NDK_OLEA2 ; A5CF69, NDK_ORITB ; B3CVG2, NDK_ORITI ; DR A1TM23, NDK_PARC0 ; A6LCB6, NDK_PARD8 ; A1B2U9, NDK_PARDP ; DR A7HYF4, NDK_PARL1 ; Q7U3S1, NDK_PARMW ; B2JIV4, NDK_PARP8 ; -DR B2SXT3, NDK_PARPJ ; Q13X25, NDK_PARXL ; Q9CM17, NDK_PASMU ; -DR Q6D272, NDK_PECAS ; C6DBH8, NDK_PECCP ; B4SC92, NDK_PELPB ; -DR A1AU17, NDK_PELPD ; A5D5U8, NDK_PELTS ; C0QS47, NDK_PERMH ; -DR B4RCP4, NDK_PHEZH ; Q7N710, NDK_PHOLL ; Q6LU53, NDK_PHOPR ; -DR B1XIE7, NDK_PICP2 ; Q6KZI4, NDK_PICTO ; A4SYE3, NDK_POLAQ ; -DR A1VNF0, NDK_POLNA ; B1XU72, NDK_POLNS ; Q12AB4, NDK_POLSJ ; -DR B4S573, NDK_PROA2 ; A3PA97, NDK_PROM0 ; A2BZG4, NDK_PROM1 ; -DR A8G244, NDK_PROM2 ; A2CDK0, NDK_PROM3 ; A9B9E7, NDK_PROM4 ; -DR A2BU01, NDK_PROM5 ; Q31DD7, NDK_PROM9 ; Q7VEG3, NDK_PROMA ; -DR B4EZT7, NDK_PROMH ; Q7V425, NDK_PROMM ; Q7V3M8, NDK_PROMP ; -DR A2BNH4, NDK_PROMS ; Q46I11, NDK_PROMT ; Q48LZ8, NDK_PSE14 ; -DR Q15R52, NDK_PSEA6 ; A6V0V6, NDK_PSEA7 ; B7UWI4, NDK_PSEA8 ; -DR Q02RW1, NDK_PSEAB ; Q59636, NDK_PSEAE ; Q1IEI5, NDK_PSEE4 ; -DR Q4K6U5, NDK_PSEF5 ; C3K1L8, NDK_PSEFS ; A4XY36, NDK_PSEMY ; -DR A5VYT1, NDK_PSEP1 ; Q3K7B2, NDK_PSEPF ; B0KPI3, NDK_PSEPG ; -DR Q88PK1, NDK_PSEPK ; B1JDQ6, NDK_PSEPW ; Q886Z4, NDK_PSESM ; -DR Q3ID15, NDK_PSET1 ; Q4ZX27, NDK_PSEU2 ; Q4FTX1, NDK_PSYA2 ; -DR Q1QD23, NDK_PSYCK ; A1SZU8, NDK_PSYIN ; A5WGQ5, NDK_PSYWF ; -DR Q9UZ13, NDK_PYRAB ; Q8ZWY4, NDK_PYRAE ; Q8U2A8, NDK_PYRFU ; -DR O58429, NDK_PYRHO ; Q8Y033, NDK_RALN1 ; B2U9U5, NDK_RALPJ ; -DR B3PV77, NDK_RHIE6 ; Q2KA61, NDK_RHIEC ; Q1MIY5, NDK_RHIJ3 ; -DR Q984N8, NDK_RHILO ; B5ZWZ6, NDK_RHILW ; Q92QX9, NDK_RHIME ; -DR B9JCT4, NDK_RHIR8 ; A5V287, NDK_RHIWR ; Q7UJK7, NDK_RHOBA ; -DR B6IN60, NDK_RHOCS ; C1A1M0, NDK_RHOE4 ; Q0SH47, NDK_RHOJR ; -DR C1AVK4, NDK_RHOOB ; Q2IX70, NDK_RHOP2 ; Q07LG4, NDK_RHOP5 ; -DR Q6N5C3, NDK_RHOPA ; Q215R4, NDK_RHOPB ; Q135Q2, NDK_RHOPS ; -DR B3Q9R4, NDK_RHOPT ; Q2RSC6, NDK_RHORT ; P95653, NDK_RHOSU ; -DR C3PM93, NDK_RICAE ; A8GLZ8, NDK_RICAH ; A8GUR0, NDK_RICB8 ; -DR Q1RGT0, NDK_RICBR ; A8EXC2, NDK_RICCK ; Q92JI4, NDK_RICCN ; -DR Q4UN87, NDK_RICFE ; Q9ZE91, NDK_RICPR ; C4K175, NDK_RICPU ; -DR B0BW02, NDK_RICRO ; A8GQL6, NDK_RICRS ; Q68XS9, NDK_RICTY ; -DR A7NFF1, NDK_ROSCS ; Q164H3, NDK_ROSDO ; A5URD5, NDK_ROSS1 ; -DR Q1AVT4, NDK_RUBXD ; Q5LQP4, NDK_RUEPO ; Q1GI26, NDK_RUEST ; -DR Q21KT7, NDK_SACD2 ; A4F9J8, NDK_SACEN ; Q980Q7, NDK_SACS2 ; -DR B5F1A1, NDK_SALA4 ; A9MHL2, NDK_SALAR ; Q57LI3, NDK_SALCH ; -DR B5FR67, NDK_SALDC ; B5R585, NDK_SALEP ; B5RCZ5, NDK_SALG2 ; -DR B4TD96, NDK_SALHS ; B4T0Q2, NDK_SALNS ; Q5PNH7, NDK_SALPA ; -DR C0PYM7, NDK_SALPC ; B5BAY2, NDK_SALPK ; Q2S3M6, NDK_SALRD ; -DR B4TR98, NDK_SALSV ; P65535, NDK_SALTI ; P65534, NDK_SALTY ; -DR P49740, NDK_SCHPO ; A8GHW9, NDK_SERP5 ; A1S552, NDK_SHEAM ; -DR B8E9E1, NDK_SHEB2 ; A3D569, NDK_SHEB5 ; A6WNX6, NDK_SHEB8 ; -DR A9L3Q1, NDK_SHEB9 ; Q12LK6, NDK_SHEDO ; Q080Q3, NDK_SHEFN ; -DR B0TNY9, NDK_SHEHH ; A3QFC8, NDK_SHELP ; Q8EEU0, NDK_SHEON ; -DR A8H2N6, NDK_SHEPA ; A4Y7C9, NDK_SHEPC ; B8CMX4, NDK_SHEPW ; -DR A0KXI2, NDK_SHESA ; A8FX96, NDK_SHESH ; Q0HJE6, NDK_SHESM ; -DR Q0HVN6, NDK_SHESR ; A1RJ60, NDK_SHESW ; B1KNJ0, NDK_SHEWM ; -DR B2TXU3, NDK_SHIB3 ; Q31XX2, NDK_SHIBS ; Q32D44, NDK_SHIDS ; -DR Q0T201, NDK_SHIF8 ; P0A765, NDK_SHIFL ; Q3YZ34, NDK_SHISS ; -DR Q5WGT0, NDK_SHOC1 ; C3M9D7, NDK_SINFN ; A6U7K1, NDK_SINMW ; -DR Q2NS36, NDK_SODGM ; P47921, NDK_SOLLC ; A9GF63, NDK_SORC5 ; -DR Q1GSA0, NDK_SPHAL ; A7X2H3, NDK_STAA1 ; A6U1T7, NDK_STAA2 ; -DR Q2FGX3, NDK_STAA3 ; Q2FYG7, NDK_STAA8 ; A5ISZ7, NDK_STAA9 ; -DR Q2YY87, NDK_STAAB ; Q5HFV4, NDK_STAAC ; A6QH18, NDK_STAAE ; -DR P68869, NDK_STAAM ; P99068, NDK_STAAN ; Q6GGU2, NDK_STAAR ; -DR Q6G994, NDK_STAAS ; A8Z448, NDK_STAAT ; P68870, NDK_STAAU ; -DR Q8NWN1, NDK_STAAW ; B9DNV3, NDK_STACT ; Q5HP76, NDK_STAEQ ; -DR Q8CSI0, NDK_STAES ; Q4L6H1, NDK_STAHJ ; A3DMR9, NDK_STAMF ; -DR Q49XS3, NDK_STAS1 ; Q3K1G0, NDK_STRA1 ; Q8E5R4, NDK_STRA3 ; -DR Q8E031, NDK_STRA5 ; Q82CA0, NDK_STRAW ; P50589, NDK_STRCO ; -DR B1VXB3, NDK_STRGG ; B4SSW2, NDK_STRM5 ; B2FNQ5, NDK_STRMK ; -DR Q04IK8, NDK_STRP2 ; B1I8R2, NDK_STRPI ; P65536, NDK_STRPN ; -DR B2IM38, NDK_STRPS ; P65537, NDK_STRR6 ; Q5M011, NDK_STRT1 ; -DR Q5M4M4, NDK_STRT2 ; B9DSE2, NDK_STRU0 ; C1CGP2, NDK_STRZJ ; -DR C1CMQ6, NDK_STRZP ; C1CTL2, NDK_STRZT ; A4VNX5, NDK_STUS1 ; -DR Q4JAV3, NDK_SULAC ; Q30PN2, NDK_SULDN ; C3MZM4, NDK_SULIA ; -DR C4KIV4, NDK_SULIK ; C3MRJ9, NDK_SULIL ; C3MY95, NDK_SULIM ; -DR C3NFS7, NDK_SULIN ; C3N7P6, NDK_SULIY ; A6QBY4, NDK_SULNB ; -DR Q976A0, NDK_SULTO ; Q67NR4, NDK_SYMTH ; Q3A2Z3, NDK_SYNC1 ; -DR P50590, NDK_SYNE7 ; Q2JVI1, NDK_SYNJA ; Q2JPL4, NDK_SYNJB ; -DR Q5N1M1, NDK_SYNP6 ; A5GPE9, NDK_SYNPW ; Q0I6J3, NDK_SYNS3 ; -DR Q3AVV5, NDK_SYNS9 ; Q3AGP0, NDK_SYNSC ; P74494, NDK_SYNY3 ; -DR C5BLW3, NDK_TERTT ; B7IGM6, NDK_THEAB ; Q9HJ59, NDK_THEAC ; -DR Q47MU8, NDK_THEFY ; Q5JGR7, NDK_THEKO ; A6LJZ9, NDK_THEM4 ; -DR B0KAQ8, NDK_THEP3 ; B0K4M4, NDK_THEPX ; B9L159, NDK_THERP ; -DR Q72GQ0, NDK_THET2 ; Q5SLV5, NDK_THET8 ; Q8DM56, NDK_THEVB ; -DR Q97BK5, NDK_THEVO ; Q3SL74, NDK_THIDA ; B8GTN8, NDK_THISH ; -DR C4L7J5, NDK_TOLAT ; O83974, NDK_TREPA ; B2S4P7, NDK_TREPS ; -DR Q116S1, NDK_TRIEI ; B3E3P0, NDK_TRIL1 ; Q3M7K5, NDK_TRIV2 ; -DR C5CXG2, NDK_VARPS ; A1WE20, NDK_VEREI ; B7VJT4, NDK_VIBA3 ; -DR A7MU38, NDK_VIBC1 ; A5F3F7, NDK_VIBC3 ; Q9KTX4, NDK_VIBCH ; -DR C3LT09, NDK_VIBCM ; Q87S20, NDK_VIBPA ; Q8DEZ5, NDK_VIBVU ; -DR Q7MNF4, NDK_VIBVY ; Q8D1Y6, NDK_WIGBR ; Q73FY9, NDK_WOLPM ; -DR B3CLT9, NDK_WOLPP ; Q7M7Z3, NDK_WOLSU ; Q5GRR9, NDK_WOLTR ; -DR C0R4K8, NDK_WOLWR ; P65538, NDK_XANAC ; Q3BTW6, NDK_XANC5 ; +DR B2SXT3, NDK_PARPJ ; A8L1W8, NDK_PARS2 ; Q13X25, NDK_PARXL ; +DR Q9CM17, NDK_PASMU ; Q6D272, NDK_PECAS ; C6DBH8, NDK_PECCP ; +DR B4SC92, NDK_PELPB ; A1AU17, NDK_PELPD ; A5D5U8, NDK_PELTS ; +DR C0QS47, NDK_PERMH ; B4RCP4, NDK_PHEZH ; Q7N710, NDK_PHOLL ; +DR Q6LU53, NDK_PHOPR ; B1XIE7, NDK_PICP2 ; Q6KZI4, NDK_PICTO ; +DR A4SYE3, NDK_POLAQ ; A1VNF0, NDK_POLNA ; B1XU72, NDK_POLNS ; +DR Q12AB4, NDK_POLSJ ; B4S573, NDK_PROA2 ; A3PA97, NDK_PROM0 ; +DR A2BZG4, NDK_PROM1 ; A8G244, NDK_PROM2 ; A2CDK0, NDK_PROM3 ; +DR A9B9E7, NDK_PROM4 ; A2BU01, NDK_PROM5 ; Q31DD7, NDK_PROM9 ; +DR Q7VEG3, NDK_PROMA ; B4EZT7, NDK_PROMH ; Q7V425, NDK_PROMM ; +DR Q7V3M8, NDK_PROMP ; A2BNH4, NDK_PROMS ; Q46I11, NDK_PROMT ; +DR Q48LZ8, NDK_PSE14 ; Q15R52, NDK_PSEA6 ; A6V0V6, NDK_PSEA7 ; +DR B7UWI4, NDK_PSEA8 ; Q02RW1, NDK_PSEAB ; Q59636, NDK_PSEAE ; +DR Q1IEI5, NDK_PSEE4 ; Q4K6U5, NDK_PSEF5 ; C3K1L8, NDK_PSEFS ; +DR A4XY36, NDK_PSEMY ; A5VYT1, NDK_PSEP1 ; Q3K7B2, NDK_PSEPF ; +DR B0KPI3, NDK_PSEPG ; Q88PK1, NDK_PSEPK ; B1JDQ6, NDK_PSEPW ; +DR Q886Z4, NDK_PSESM ; Q3ID15, NDK_PSET1 ; Q4ZX27, NDK_PSEU2 ; +DR Q4FTX1, NDK_PSYA2 ; Q1QD23, NDK_PSYCK ; A1SZU8, NDK_PSYIN ; +DR A5WGQ5, NDK_PSYWF ; Q9UZ13, NDK_PYRAB ; Q8ZWY4, NDK_PYRAE ; +DR Q8U2A8, NDK_PYRFU ; O58429, NDK_PYRHO ; Q8Y033, NDK_RALN1 ; +DR B2U9U5, NDK_RALPJ ; B3PV77, NDK_RHIE6 ; Q2KA61, NDK_RHIEC ; +DR Q1MIY5, NDK_RHIJ3 ; Q984N8, NDK_RHILO ; B5ZWZ6, NDK_RHILW ; +DR Q92QX9, NDK_RHIME ; B9JCT4, NDK_RHIR8 ; A5V287, NDK_RHIWR ; +DR Q7UJK7, NDK_RHOBA ; B6IN60, NDK_RHOCS ; C1A1M0, NDK_RHOE4 ; +DR Q0SH47, NDK_RHOJR ; C1AVK4, NDK_RHOOB ; Q2IX70, NDK_RHOP2 ; +DR Q07LG4, NDK_RHOP5 ; Q6N5C3, NDK_RHOPA ; Q215R4, NDK_RHOPB ; +DR Q135Q2, NDK_RHOPS ; B3Q9R4, NDK_RHOPT ; Q2RSC6, NDK_RHORT ; +DR P95653, NDK_RHOSU ; C3PM93, NDK_RICAE ; A8GLZ8, NDK_RICAH ; +DR A8GUR0, NDK_RICB8 ; Q1RGT0, NDK_RICBR ; A8EXC2, NDK_RICCK ; +DR Q92JI4, NDK_RICCN ; Q4UN87, NDK_RICFE ; Q9ZE91, NDK_RICPR ; +DR C4K175, NDK_RICPU ; B0BW02, NDK_RICRO ; A8GQL6, NDK_RICRS ; +DR Q68XS9, NDK_RICTY ; A7NFF1, NDK_ROSCS ; Q164H3, NDK_ROSDO ; +DR A5URD5, NDK_ROSS1 ; Q1AVT4, NDK_RUBXD ; Q5LQP4, NDK_RUEPO ; +DR Q1GI26, NDK_RUEST ; Q21KT7, NDK_SACD2 ; A4F9J8, NDK_SACEN ; +DR Q980Q7, NDK_SACS2 ; B5F1A1, NDK_SALA4 ; A9MHL2, NDK_SALAR ; +DR Q57LI3, NDK_SALCH ; B5FR67, NDK_SALDC ; B5R585, NDK_SALEP ; +DR B5RCZ5, NDK_SALG2 ; B4TD96, NDK_SALHS ; B4T0Q2, NDK_SALNS ; +DR Q5PNH7, NDK_SALPA ; C0PYM7, NDK_SALPC ; B5BAY2, NDK_SALPK ; +DR Q2S3M6, NDK_SALRD ; B4TR98, NDK_SALSV ; P65535, NDK_SALTI ; +DR P65534, NDK_SALTY ; P49740, NDK_SCHPO ; A8GHW9, NDK_SERP5 ; +DR A1S552, NDK_SHEAM ; B8E9E1, NDK_SHEB2 ; A3D569, NDK_SHEB5 ; +DR A6WNX6, NDK_SHEB8 ; A9L3Q1, NDK_SHEB9 ; Q12LK6, NDK_SHEDO ; +DR Q080Q3, NDK_SHEFN ; B0TNY9, NDK_SHEHH ; A3QFC8, NDK_SHELP ; +DR Q8EEU0, NDK_SHEON ; A8H2N6, NDK_SHEPA ; A4Y7C9, NDK_SHEPC ; +DR B8CMX4, NDK_SHEPW ; A0KXI2, NDK_SHESA ; A8FX96, NDK_SHESH ; +DR Q0HJE6, NDK_SHESM ; Q0HVN6, NDK_SHESR ; A1RJ60, NDK_SHESW ; +DR B1KNJ0, NDK_SHEWM ; B2TXU3, NDK_SHIB3 ; Q31XX2, NDK_SHIBS ; +DR Q32D44, NDK_SHIDS ; Q0T201, NDK_SHIF8 ; P0A765, NDK_SHIFL ; +DR Q3YZ34, NDK_SHISS ; Q5WGT0, NDK_SHOC1 ; C3M9D7, NDK_SINFN ; +DR A6U7K1, NDK_SINMW ; Q2NS36, NDK_SODGM ; P47921, NDK_SOLLC ; +DR A9GF63, NDK_SORC5 ; Q1GSA0, NDK_SPHAL ; A7X2H3, NDK_STAA1 ; +DR A6U1T7, NDK_STAA2 ; Q2FGX3, NDK_STAA3 ; Q2FYG7, NDK_STAA8 ; +DR A5ISZ7, NDK_STAA9 ; Q2YY87, NDK_STAAB ; Q5HFV4, NDK_STAAC ; +DR A6QH18, NDK_STAAE ; P68869, NDK_STAAM ; P99068, NDK_STAAN ; +DR Q6GGU2, NDK_STAAR ; Q6G994, NDK_STAAS ; A8Z448, NDK_STAAT ; +DR P68870, NDK_STAAU ; Q8NWN1, NDK_STAAW ; B9DNV3, NDK_STACT ; +DR Q5HP76, NDK_STAEQ ; Q8CSI0, NDK_STAES ; Q4L6H1, NDK_STAHJ ; +DR A3DMR9, NDK_STAMF ; Q49XS3, NDK_STAS1 ; Q3K1G0, NDK_STRA1 ; +DR Q8E5R4, NDK_STRA3 ; Q8E031, NDK_STRA5 ; Q82CA0, NDK_STRAW ; +DR P50589, NDK_STRCO ; B1VXB3, NDK_STRGG ; B4SSW2, NDK_STRM5 ; +DR B2FNQ5, NDK_STRMK ; Q04IK8, NDK_STRP2 ; B1I8R2, NDK_STRPI ; +DR P65536, NDK_STRPN ; B2IM38, NDK_STRPS ; P65537, NDK_STRR6 ; +DR Q5M011, NDK_STRT1 ; Q5M4M4, NDK_STRT2 ; B9DSE2, NDK_STRU0 ; +DR C1CGP2, NDK_STRZJ ; C1CMQ6, NDK_STRZP ; C1CTL2, NDK_STRZT ; +DR A4VNX5, NDK_STUS1 ; Q4JAV3, NDK_SULAC ; Q30PN2, NDK_SULDN ; +DR C3MZM4, NDK_SULIA ; C4KIV4, NDK_SULIK ; C3MRJ9, NDK_SULIL ; +DR C3MY95, NDK_SULIM ; C3NFS7, NDK_SULIN ; C3N7P6, NDK_SULIY ; +DR A6QBY4, NDK_SULNB ; Q976A0, NDK_SULTO ; Q67NR4, NDK_SYMTH ; +DR Q3A2Z3, NDK_SYNC1 ; P50590, NDK_SYNE7 ; Q2JVI1, NDK_SYNJA ; +DR Q2JPL4, NDK_SYNJB ; Q5N1M1, NDK_SYNP6 ; A5GPE9, NDK_SYNPW ; +DR Q0I6J3, NDK_SYNS3 ; Q3AVV5, NDK_SYNS9 ; Q3AGP0, NDK_SYNSC ; +DR P74494, NDK_SYNY3 ; C5BLW3, NDK_TERTT ; B7IGM6, NDK_THEAB ; +DR Q9HJ59, NDK_THEAC ; Q47MU8, NDK_THEFY ; Q5JGR7, NDK_THEKO ; +DR A6LJZ9, NDK_THEM4 ; B0KAQ8, NDK_THEP3 ; B0K4M4, NDK_THEPX ; +DR B9L159, NDK_THERP ; Q72GQ0, NDK_THET2 ; Q5SLV5, NDK_THET8 ; +DR Q8DM56, NDK_THEVB ; Q97BK5, NDK_THEVO ; Q3SL74, NDK_THIDA ; +DR B8GTN8, NDK_THISH ; C4L7J5, NDK_TOLAT ; O83974, NDK_TREPA ; +DR B2S4P7, NDK_TREPS ; Q116S1, NDK_TRIEI ; B3E3P0, NDK_TRIL1 ; +DR Q3M7K5, NDK_TRIV2 ; C5CXG2, NDK_VARPS ; A1WE20, NDK_VEREI ; +DR B7VJT4, NDK_VIBA3 ; A7MU38, NDK_VIBC1 ; A5F3F7, NDK_VIBC3 ; +DR Q9KTX4, NDK_VIBCH ; C3LT09, NDK_VIBCM ; Q87S20, NDK_VIBPA ; +DR Q8DEZ5, NDK_VIBVU ; Q7MNF4, NDK_VIBVY ; Q8D1Y6, NDK_WIGBR ; +DR Q73FY9, NDK_WOLPM ; B3CLT9, NDK_WOLPP ; Q7M7Z3, NDK_WOLSU ; +DR Q5GRR9, NDK_WOLTR ; C0R4K8, NDK_WOLWR ; P65538, NDK_XANAC ; DR Q4UUL4, NDK_XANC8 ; B0RT49, NDK_XANCB ; P65539, NDK_XANCP ; -DR Q2P2S9, NDK_XANOM ; Q5GZT2, NDK_XANOR ; A7IHS8, NDK_XANP2 ; -DR B2I7V6, NDK_XYLF2 ; Q9PG44, NDK_XYLFA ; B0U495, NDK_XYLFM ; -DR Q87B35, NDK_XYLFT ; P36010, NDK_YEAST ; A1JKR7, NDK_YERE8 ; -DR A7FFY5, NDK_YERP3 ; Q1C5I4, NDK_YERPA ; B2K9Q4, NDK_YERPB ; -DR Q8ZCT2, NDK_YERPE ; A9R806, NDK_YERPG ; Q1CK95, NDK_YERPN ; -DR A4TMU1, NDK_YERPP ; Q667Z5, NDK_YERPS ; B1JS01, NDK_YERPY ; -DR Q54CG9, Y2928_DICDI; +DR Q3BTW6, NDK_XANE5 ; Q2P2S9, NDK_XANOM ; Q5GZT2, NDK_XANOR ; +DR A7IHS8, NDK_XANP2 ; B2I7V6, NDK_XYLF2 ; Q9PG44, NDK_XYLFA ; +DR B0U495, NDK_XYLFM ; Q87B35, NDK_XYLFT ; P36010, NDK_YEAST ; +DR A1JKR7, NDK_YERE8 ; A7FFY5, NDK_YERP3 ; Q1C5I4, NDK_YERPA ; +DR B2K9Q4, NDK_YERPB ; Q8ZCT2, NDK_YERPE ; A9R806, NDK_YERPG ; +DR Q1CK95, NDK_YERPN ; A4TMU1, NDK_YERPP ; Q667Z5, NDK_YERPS ; +DR B1JS01, NDK_YERPY ; Q54CG9, Y2928_DICDI; // ID 2.7.4.7 DE phosphooxymethylpyrimidine kinase. @@ -77124,38 +77591,38 @@ DR Q83EL7, KGUA_COXBU ; Q1LQ34, KGUA_CUPMC ; Q46YE8, KGUA_CUPPJ ; DR Q6A8H6, KGUA_CUTAK ; Q11XI0, KGUA_CYTH3 ; Q479A8, KGUA_DECAR ; DR Q3ZAF9, KGUA_DEHM1 ; Q3ZWD8, KGUA_DEHMC ; Q1IW06, KGUA_DEIGD ; DR Q9RS38, KGUA_DEIRA ; Q24TX4, KGUA_DESHY ; Q6AJ91, KGUA_DESPS ; -DR Q72DM9, KGUA_DESVH ; Q54XF2, KGUA_DICDI ; Q8XD88, KGUA_ECO57 ; -DR Q0TBG1, KGUA_ECOL5 ; P60547, KGUA_ECOL6 ; P60546, KGUA_ECOLI ; -DR Q1R4U3, KGUA_ECOUT ; Q3YRE2, KGUA_EHRCJ ; Q2GHE0, KGUA_EHRCR ; -DR Q5FFZ9, KGUA_EHRRG ; Q5HAK7, KGUA_EHRRW ; Q82ZD5, KGUA_ENTFA ; -DR Q2J840, KGUA_FRACC ; Q14GD9, KGUA_FRAT1 ; Q2A2K6, KGUA_FRATH ; -DR Q0BL54, KGUA_FRATO ; Q5NEY6, KGUA_FRATT ; Q8RHI9, KGUA_FUSNN ; -DR Q5L0S8, KGUA_GEOKA ; Q39T72, KGUA_GEOMG ; P60551, KGUA_GEOSL ; -DR Q7NK59, KGUA_GLOVI ; Q5FS85, KGUA_GLUOX ; Q0BPZ9, KGUA_GRABC ; -DR Q7VKP3, KGUA_HAEDU ; Q4QJK3, KGUA_HAEI8 ; P44310, KGUA_HAEIN ; -DR Q2S8R2, KGUA_HAHCH ; Q9K9Y2, KGUA_HALH5 ; Q7VIA1, KGUA_HELHP ; -DR Q1CUI1, KGUA_HELPH ; Q9ZMB7, KGUA_HELPJ ; P56103, KGUA_HELPY ; -DR Q0I5L8, KGUA_HISS1 ; Q16774, KGUA_HUMAN ; Q31DP7, KGUA_HYDCU ; -DR Q0C093, KGUA_HYPNA ; Q5QYH9, KGUA_IDILO ; Q28PK5, KGUA_JANSC ; -DR Q1IK22, KGUA_KORVE ; Q5FJH2, KGUA_LACAC ; Q1G9H8, KGUA_LACDA ; -DR P60552, KGUA_LACJO ; Q9CEE3, KGUA_LACLA ; Q88WL7, KGUA_LACPL ; -DR Q38XU0, KGUA_LATSS ; Q1MRL0, KGUA_LAWIP ; Q5X3P2, KGUA_LEGPA ; -DR Q5ZTZ8, KGUA_LEGPH ; Q5WV30, KGUA_LEGPL ; Q6AF82, KGUA_LEIXX ; -DR Q1WUB5, KGUA_LIGS1 ; Q92AI1, KGUA_LISIN ; Q71YI9, KGUA_LISMF ; -DR Q8Y672, KGUA_LISMO ; Q2W9C3, KGUA_MAGSA ; Q8EVJ9, KGUA_MALP2 ; -DR Q65RR5, KGUA_MANSM ; Q0AQC4, KGUA_MARMM ; Q6F1S1, KGUA_MESFL ; -DR Q601H3, KGUA_MESH2 ; Q4A8L2, KGUA_MESH7 ; Q4AAI1, KGUA_MESHJ ; -DR Q6KH87, KGUA_MESM1 ; Q602T6, KGUA_METCA ; Q1GXB9, KGUA_METFK ; +DR Q54XF2, KGUA_DICDI ; Q8XD88, KGUA_ECO57 ; Q0TBG1, KGUA_ECOL5 ; +DR P60547, KGUA_ECOL6 ; P60546, KGUA_ECOLI ; Q1R4U3, KGUA_ECOUT ; +DR Q3YRE2, KGUA_EHRCJ ; Q2GHE0, KGUA_EHRCR ; Q5FFZ9, KGUA_EHRRG ; +DR Q5HAK7, KGUA_EHRRW ; Q82ZD5, KGUA_ENTFA ; Q2J840, KGUA_FRACC ; +DR Q14GD9, KGUA_FRAT1 ; Q2A2K6, KGUA_FRATH ; Q0BL54, KGUA_FRATO ; +DR Q5NEY6, KGUA_FRATT ; Q8RHI9, KGUA_FUSNN ; Q5L0S8, KGUA_GEOKA ; +DR Q39T72, KGUA_GEOMG ; P60551, KGUA_GEOSL ; Q7NK59, KGUA_GLOVI ; +DR Q5FS85, KGUA_GLUOX ; Q0BPZ9, KGUA_GRABC ; Q7VKP3, KGUA_HAEDU ; +DR Q4QJK3, KGUA_HAEI8 ; P44310, KGUA_HAEIN ; Q2S8R2, KGUA_HAHCH ; +DR Q9K9Y2, KGUA_HALH5 ; Q7VIA1, KGUA_HELHP ; Q1CUI1, KGUA_HELPH ; +DR Q9ZMB7, KGUA_HELPJ ; P56103, KGUA_HELPY ; Q0I5L8, KGUA_HISS1 ; +DR Q16774, KGUA_HUMAN ; Q31DP7, KGUA_HYDCU ; Q0C093, KGUA_HYPNA ; +DR Q5QYH9, KGUA_IDILO ; Q28PK5, KGUA_JANSC ; Q1IK22, KGUA_KORVE ; +DR Q5FJH2, KGUA_LACAC ; Q1G9H8, KGUA_LACDA ; P60552, KGUA_LACJO ; +DR Q9CEE3, KGUA_LACLA ; Q88WL7, KGUA_LACPL ; Q38XU0, KGUA_LATSS ; +DR Q1MRL0, KGUA_LAWIP ; Q5X3P2, KGUA_LEGPA ; Q5ZTZ8, KGUA_LEGPH ; +DR Q5WV30, KGUA_LEGPL ; Q6AF82, KGUA_LEIXX ; Q1WUB5, KGUA_LIGS1 ; +DR Q92AI1, KGUA_LISIN ; Q71YI9, KGUA_LISMF ; Q8Y672, KGUA_LISMO ; +DR Q8EVJ9, KGUA_MALP2 ; Q65RR5, KGUA_MANSM ; Q0AQC4, KGUA_MARMM ; +DR Q6F1S1, KGUA_MESFL ; Q601H3, KGUA_MESH2 ; Q4A8L2, KGUA_MESH7 ; +DR Q4AAI1, KGUA_MESHJ ; Q602T6, KGUA_METCA ; Q1GXB9, KGUA_METFK ; DR Q64520, KGUA_MOUSE ; P0A5I5, KGUA_MYCBO ; Q2SSR8, KGUA_MYCCT ; DR Q9KX62, KGUA_MYCGA ; P47353, KGUA_MYCGE ; Q9CCQ7, KGUA_MYCLE ; -DR Q6MU25, KGUA_MYCMS ; P60553, KGUA_MYCPA ; P75526, KGUA_MYCPN ; -DR Q98PN5, KGUA_MYCPU ; Q4A6S7, KGUA_MYCS5 ; Q1B9F6, KGUA_MYCSS ; -DR P9WKE8, KGUA_MYCTO ; P9WKE9, KGUA_MYCTU ; Q1D3A6, KGUA_MYXXD ; -DR Q5F775, KGUA_NEIG1 ; Q9JT96, KGUA_NEIMA ; Q9JYB5, KGUA_NEIMB ; -DR Q2GD44, KGUA_NEOSM ; Q82SQ3, KGUA_NITEU ; Q1QKV7, KGUA_NITHX ; -DR Q2YD10, KGUA_NITMU ; Q3JBT3, KGUA_NITOC ; Q3SRZ7, KGUA_NITWN ; -DR Q5YTM7, KGUA_NOCFA ; Q8Z0I7, KGUA_NOSS1 ; Q2G9M5, KGUA_NOVAD ; -DR Q8ER28, KGUA_OCEIH ; Q30XT1, KGUA_OLEA2 ; P60554, KGUA_ONYPE ; +DR Q6KH87, KGUA_MYCM1 ; Q6MU25, KGUA_MYCMS ; P60553, KGUA_MYCPA ; +DR P75526, KGUA_MYCPN ; Q98PN5, KGUA_MYCPU ; Q4A6S7, KGUA_MYCS5 ; +DR Q1B9F6, KGUA_MYCSS ; P9WKE8, KGUA_MYCTO ; P9WKE9, KGUA_MYCTU ; +DR Q1D3A6, KGUA_MYXXD ; Q5F775, KGUA_NEIG1 ; Q9JT96, KGUA_NEIMA ; +DR Q9JYB5, KGUA_NEIMB ; Q2GD44, KGUA_NEOSM ; Q82SQ3, KGUA_NITEU ; +DR Q1QKV7, KGUA_NITHX ; Q2YD10, KGUA_NITMU ; Q3JBT3, KGUA_NITOC ; +DR Q72DM9, KGUA_NITV2 ; Q3SRZ7, KGUA_NITWN ; Q5YTM7, KGUA_NOCFA ; +DR Q8Z0I7, KGUA_NOSS1 ; Q2G9M5, KGUA_NOVAD ; Q8ER28, KGUA_OCEIH ; +DR Q30XT1, KGUA_OLEA2 ; P60554, KGUA_ONYPE ; Q2W9C3, KGUA_PARM1 ; DR Q7U570, KGUA_PARMW ; Q6MDG3, KGUA_PARUW ; Q13V49, KGUA_PARXL ; DR P57888, KGUA_PASMU ; Q6DB60, KGUA_PECAS ; Q4FMR1, KGUA_PELUB ; DR Q7N9P2, KGUA_PHOLL ; Q6LVP5, KGUA_PHOPR ; P31006, KGUA_PIG ; @@ -77201,8 +77668,8 @@ DR Q3MD38, KGUA_TRIV2 ; Q83HT8, KGUA_TROW8 ; Q83GE3, KGUA_TROWT ; DR Q9PQS9, KGUA_UREPA ; Q9KNM4, KGUA_VIBCH ; Q87TA9, KGUA_VIBPA ; DR Q8DDV6, KGUA_VIBVU ; Q7MPW9, KGUA_VIBVY ; Q8D2E8, KGUA_WIGBR ; DR Q73HV1, KGUA_WOLPM ; Q7MAK5, KGUA_WOLSU ; Q5GS56, KGUA_WOLTR ; -DR Q8PH65, KGUA_XANAC ; Q3BPS0, KGUA_XANC5 ; Q4UY41, KGUA_XANC8 ; -DR Q8P5T7, KGUA_XANCP ; Q2P6N0, KGUA_XANOM ; Q5H3S2, KGUA_XANOR ; +DR Q8PH65, KGUA_XANAC ; Q4UY41, KGUA_XANC8 ; Q8P5T7, KGUA_XANCP ; +DR Q3BPS0, KGUA_XANE5 ; Q2P6N0, KGUA_XANOM ; Q5H3S2, KGUA_XANOR ; DR Q9PD76, KGUA_XYLFA ; Q87DG5, KGUA_XYLFT ; P15454, KGUA_YEAST ; DR Q1C258, KGUA_YERPA ; Q8ZJQ2, KGUA_YERPE ; Q1CCZ3, KGUA_YERPN ; DR Q66GE5, KGUA_YERPS ; Q5NQE8, KGUA_ZYMMO ; Q8I4S1, KTHY_PLAF7 ; @@ -77263,7 +77730,7 @@ DR A4SF00, KTHY_CHLPM ; Q9Z8R5, KTHY_CHLPN ; B0B9T8, KTHY_CHLT2 ; DR Q3KMH4, KTHY_CHLTA ; B0BBG8, KTHY_CHLTB ; Q8KCU7, KTHY_CHLTE ; DR O84191, KTHY_CHLTR ; Q1QX49, KTHY_CHRSD ; Q7NRQ7, KTHY_CHRVO ; DR B5E9M9, KTHY_CITBB ; A8AHX4, KTHY_CITK8 ; A5CPG8, KTHY_CLAM3 ; -DR B0RAE3, KTHY_CLAMS ; A6LPM3, KTHY_CLOB8 ; A0Q3M5, KTHY_CLONN ; +DR B0RAE3, KTHY_CLASE ; A6LPM3, KTHY_CLOB8 ; A0Q3M5, KTHY_CLONN ; DR Q482J5, KTHY_COLP3 ; B5Y7S6, KTHY_COPPD ; Q83E35, KTHY_COXBU ; DR A7MFR1, KTHY_CROS8 ; Q1LMB9, KTHY_CUPMC ; Q0KBC0, KTHY_CUPNH ; DR Q471X9, KTHY_CUPPJ ; B3R181, KTHY_CUPTR ; Q6AB62, KTHY_CUTAK ; @@ -77272,7 +77739,6 @@ DR Q3B752, KTHY_DANRE ; Q47DZ5, KTHY_DECAR ; Q3Z8D9, KTHY_DEHM1 ; DR A5FR84, KTHY_DEHMB ; Q3ZXD8, KTHY_DEHMC ; Q9RY40, KTHY_DEIRA ; DR C0QI33, KTHY_DESAH ; B1I165, KTHY_DESAP ; B8J2G0, KTHY_DESDA ; DR A8ZXL3, KTHY_DESOH ; Q6AJE2, KTHY_DESPS ; A4J0K6, KTHY_DESRM ; -DR Q72A57, KTHY_DESVH ; B8DN41, KTHY_DESVM ; A1VCE6, KTHY_DESVV ; DR Q54GN2, KTHY_DICDI ; A5EXE3, KTHY_DICNV ; A8LRW0, KTHY_DINSH ; DR A7ZKK1, KTHY_ECO24 ; B7UPB4, KTHY_ECO27 ; B7MJ85, KTHY_ECO45 ; DR B7LG31, KTHY_ECO55 ; Q8X8H6, KTHY_ECO57 ; B5YVW6, KTHY_ECO5E ; @@ -77317,22 +77783,23 @@ DR C1KZP7, KTHY_LISMC ; Q71W79, KTHY_LISMF ; B8DAU8, KTHY_LISMH ; DR Q8Y3Y6, KTHY_LISMO ; A0AM28, KTHY_LISW6 ; A0L8T5, KTHY_MAGMM ; DR Q8EUV4, KTHY_MALP2 ; Q65V34, KTHY_MANSM ; A6VXL0, KTHY_MARMS ; DR C6BUG6, KTHY_MARSD ; Q6F0E1, KTHY_MESFL ; Q601T1, KTHY_MESH2 ; -DR Q4A8A6, KTHY_MESH7 ; Q4AA79, KTHY_MESHJ ; Q6KIL4, KTHY_MESM1 ; -DR A6UTV9, KTHY_META3 ; Q8THS9, KTHY_METAC ; Q46DH6, KTHY_METBF ; -DR Q12VF9, KTHY_METBU ; Q606M0, KTHY_METCA ; Q1H169, KTHY_METFK ; -DR Q2FS90, KTHY_METHJ ; Q57741, KTHY_METJA ; Q8TZ38, KTHY_METKA ; -DR A2ST45, KTHY_METLZ ; A4FXE4, KTHY_METM5 ; A9AAR4, KTHY_METM6 ; -DR A6VFY2, KTHY_METM7 ; Q8PXV5, KTHY_METMA ; A3CVV0, KTHY_METMJ ; -DR Q6LYF7, KTHY_METMP ; A5UKJ7, KTHY_METS3 ; A4YIC4, KTHY_METS5 ; -DR Q2NHE3, KTHY_METST ; O27793, KTHY_METTH ; A6UP44, KTHY_METVS ; -DR A0A7H0DNE5, KTHY_MONPV ; P97930, KTHY_MOUSE ; A5IZC6, KTHY_MYCAP ; -DR Q2STA4, KTHY_MYCCT ; Q7NAD7, KTHY_MYCGA ; P47252, KTHY_MYCGE ; +DR Q4A8A6, KTHY_MESH7 ; Q4AA79, KTHY_MESHJ ; A6UTV9, KTHY_META3 ; +DR Q8THS9, KTHY_METAC ; Q46DH6, KTHY_METBF ; Q12VF9, KTHY_METBU ; +DR Q606M0, KTHY_METCA ; Q1H169, KTHY_METFK ; Q2FS90, KTHY_METHJ ; +DR Q57741, KTHY_METJA ; Q8TZ38, KTHY_METKA ; A2ST45, KTHY_METLZ ; +DR A4FXE4, KTHY_METM5 ; A9AAR4, KTHY_METM6 ; A6VFY2, KTHY_METM7 ; +DR Q8PXV5, KTHY_METMA ; A3CVV0, KTHY_METMJ ; Q6LYF7, KTHY_METMP ; +DR A5UKJ7, KTHY_METS3 ; A4YIC4, KTHY_METS5 ; Q2NHE3, KTHY_METST ; +DR O27793, KTHY_METTH ; A6UP44, KTHY_METVS ; A0A7H0DNE5, KTHY_MONPV ; +DR P97930, KTHY_MOUSE ; A5IZC6, KTHY_MYCAP ; Q2STA4, KTHY_MYCCT ; +DR Q7NAD7, KTHY_MYCGA ; P47252, KTHY_MYCGE ; Q6KIL4, KTHY_MYCM1 ; DR Q6MUI5, KTHY_MYCMS ; P75106, KTHY_MYCPN ; Q98RF7, KTHY_MYCPU ; DR Q4A6Z8, KTHY_MYCS5 ; P9WKE0, KTHY_MYCTO ; P9WKE1, KTHY_MYCTU ; DR Q3IRB3, KTHY_NATPD ; B9L9C1, KTHY_NAUPA ; Q5F9Z5, KTHY_NEIG1 ; DR B4RJR3, KTHY_NEIG2 ; Q9JVE7, KTHY_NEIMA ; Q9K0D9, KTHY_NEIMB ; DR A1KST1, KTHY_NEIMF ; Q2GDL6, KTHY_NEOSM ; Q0AIL5, KTHY_NITEC ; DR Q82SW5, KTHY_NITEU ; Q1QLT8, KTHY_NITHX ; Q2Y981, KTHY_NITMU ; +DR Q72A57, KTHY_NITV2 ; A1VCE6, KTHY_NITV4 ; B8DN41, KTHY_NITV9 ; DR Q3SSL6, KTHY_NITWN ; B2IZE7, KTHY_NOSP7 ; Q8YN62, KTHY_NOSS1 ; DR Q8EU53, KTHY_OCEIH ; Q04E53, KTHY_OENOB ; Q30YW1, KTHY_OLEA2 ; DR Q7WSH2, KTHY_ONYPE ; A5CDS9, KTHY_ORITB ; B3CR61, KTHY_ORITI ; @@ -77410,8 +77877,8 @@ DR A5CXH6, KTHY_VESOH ; A7MVG2, KTHY_VIBC1 ; A5F6P9, KTHY_VIBC3 ; DR Q9KQI2, KTHY_VIBCH ; C3LNW7, KTHY_VIBCM ; Q87N26, KTHY_VIBPA ; DR Q8D8H5, KTHY_VIBVU ; Q7MLZ6, KTHY_VIBVY ; Q8D3A7, KTHY_WIGBR ; DR Q73FS2, KTHY_WOLPM ; B3CM94, KTHY_WOLPP ; Q7M9X1, KTHY_WOLSU ; -DR Q5GTD5, KTHY_WOLTR ; Q8PFG7, KTHY_XANAC ; Q3BN25, KTHY_XANC5 ; -DR Q4UPG4, KTHY_XANC8 ; B0RXV1, KTHY_XANCB ; Q8P3Y6, KTHY_XANCP ; +DR Q5GTD5, KTHY_WOLTR ; Q8PFG7, KTHY_XANAC ; Q4UPG4, KTHY_XANC8 ; +DR B0RXV1, KTHY_XANCB ; Q8P3Y6, KTHY_XANCP ; Q3BN25, KTHY_XANE5 ; DR Q2P8H9, KTHY_XANOM ; B2SS96, KTHY_XANOP ; Q5H5T5, KTHY_XANOR ; DR B2I7G4, KTHY_XYLF2 ; Q9PFS7, KTHY_XYLFA ; B0U447, KTHY_XYLFM ; DR Q87B89, KTHY_XYLFT ; P00572, KTHY_YEAST ; A1JN89, KTHY_YERE8 ; @@ -77425,13 +77892,9 @@ DE nucleoside-triphosphate--adenylate kinase. CA a ribonucleoside 5'-triphosphate + AMP = a ribonucleoside 5'-diphosphate CA + ADP. CC -!- Many nucleoside triphosphates can act as donors. -DR P00570, KAD1_BOVIN ; P05081, KAD1_CHICK ; P00568, KAD1_HUMAN ; -DR P86195, KAD1_MESAU ; Q9R0Y5, KAD1_MOUSE ; P00571, KAD1_PIG ; -DR P00569, KAD1_RABIT ; P39069, KAD1_RAT ; P08760, KAD3_BOVIN ; -DR Q9UIJ7, KAD3_HUMAN ; Q9WTP7, KAD3_MOUSE ; Q8I1T1, KAD3_PLAF7 ; -DR Q5RDZ0, KAD3_PONAB ; P29411, KAD3_RAT ; P26364, KAD3_YEAST ; -DR E9P974, KAD3_YEASX ; Q0VCP1, KAD4_BOVIN ; P27144, KAD4_HUMAN ; -DR Q9WUR9, KAD4_MOUSE ; Q5R421, KAD4_PONAB ; Q9WUS0, KAD4_RAT ; +DR P08760, KAD3_BOVIN ; Q9UIJ7, KAD3_HUMAN ; Q9WTP7, KAD3_MOUSE ; +DR Q8I1T1, KAD3_PLAF7 ; Q5RDZ0, KAD3_PONAB ; P29411, KAD3_RAT ; +DR P26364, KAD3_YEAST ; E9P974, KAD3_YEASX ; // ID 2.7.4.11 DE (deoxy)adenylate kinase. @@ -77519,8 +77982,8 @@ CC m(5)dCMP into m(5)dCDP and then into m(5)dCTP. // ID 2.7.4.20 DE dolichyl-diphosphate--polyphosphate phosphotransferase. -CA [phosphate](n) + a dolichyl diphosphate = [phosphate](n+1) + -CA a dolichyl phosphate. +CA [phosphate](n) + a di-trans,poly-cis-dolichyl diphosphate = +CA [phosphate](n+1) + a di-trans,poly-cis-dolichyl phosphate. // ID 2.7.4.21 DE inositol-hexakisphosphate 5-kinase. @@ -77596,54 +78059,53 @@ DR Q1LNF6, PYRH_CUPMC ; Q0KA18, PYRH_CUPNH ; Q470D9, PYRH_CUPPJ ; DR Q6A7J9, PYRH_CUTAK ; Q11XK2, PYRH_CYTH3 ; Q47F90, PYRH_DECAR ; DR Q3Z9H8, PYRH_DEHM1 ; Q3ZZC3, PYRH_DEHMC ; Q1IZI8, PYRH_DEIGD ; DR Q9RU81, PYRH_DEIRA ; Q24UF9, PYRH_DESHY ; Q6AP39, PYRH_DESPS ; -DR A4J5Z1, PYRH_DESRM ; Q72DQ8, PYRH_DESVH ; A1VFB1, PYRH_DESVV ; -DR A5EV27, PYRH_DICNV ; A7ZHR1, PYRH_ECO24 ; P0A7F1, PYRH_ECO57 ; -DR A7ZWB7, PYRH_ECOHS ; A1A7L5, PYRH_ECOK1 ; Q0TLG2, PYRH_ECOL5 ; -DR P0A7F0, PYRH_ECOL6 ; P0A7E9, PYRH_ECOLI ; Q1RG18, PYRH_ECOUT ; -DR Q3YR64, PYRH_EHRCJ ; Q2GHJ6, PYRH_EHRCR ; Q5FG65, PYRH_EHRRG ; -DR Q5HAF8, PYRH_EHRRW ; A4W6R6, PYRH_ENT38 ; Q831V1, PYRH_ENTFA ; -DR Q2NBU2, PYRH_ERYLH ; A7HL98, PYRH_FERNB ; A6GWS3, PYRH_FLAPJ ; -DR Q0RBL9, PYRH_FRAAA ; Q2J528, PYRH_FRACC ; Q14JD0, PYRH_FRAT1 ; -DR A7N9R6, PYRH_FRATF ; Q2A5I0, PYRH_FRATH ; A0Q4H3, PYRH_FRATN ; -DR Q0BNT7, PYRH_FRATO ; Q5NHX8, PYRH_FRATT ; A4IZU4, PYRH_FRATW ; -DR Q8R6G5, PYRH_FUSNN ; Q5L0K0, PYRH_GEOKA ; Q39W86, PYRH_GEOMG ; -DR Q74BW2, PYRH_GEOSL ; A4IMC5, PYRH_GEOTN ; Q7NI44, PYRH_GLOVI ; -DR Q5FPZ5, PYRH_GLUOX ; Q0BTM0, PYRH_GRABC ; Q7VL82, PYRH_HAEDU ; -DR Q4QLM2, PYRH_HAEI8 ; A5UD40, PYRH_HAEIE ; A5UIJ1, PYRH_HAEIG ; -DR P43890, PYRH_HAEIN ; Q2SBP9, PYRH_HAHCH ; Q9KA65, PYRH_HALH5 ; -DR A1WX19, PYRH_HALHL ; B9LSL4, PYRH_HALLT ; Q5UXX3, PYRH_HALMA ; -DR B0R6V9, PYRH_HALS3 ; Q9HNN8, PYRH_HALSA ; Q18DR1, PYRH_HALWD ; -DR Q17Y33, PYRH_HELAH ; Q7VHX9, PYRH_HELHP ; Q1CT93, PYRH_HELPH ; -DR Q9ZL66, PYRH_HELPJ ; P56106, PYRH_HELPY ; A4G4S3, PYRH_HERAR ; -DR Q0I378, PYRH_HISS1 ; Q31G45, PYRH_HYDCU ; A2BLM0, PYRH_HYPBU ; -DR Q0C1B9, PYRH_HYPNA ; Q5QXS2, PYRH_IDILO ; A8AAG3, PYRH_IGNH4 ; -DR A6SZP9, PYRH_JANMA ; Q28PI5, PYRH_JANSC ; A6T4X3, PYRH_KLEP7 ; -DR Q1IV36, PYRH_KORVE ; Q5FJM5, PYRH_LACAC ; Q1G9N8, PYRH_LACDA ; -DR Q049U4, PYRH_LACDB ; Q044C8, PYRH_LACGA ; A8YVR7, PYRH_LACH4 ; -DR Q74IR8, PYRH_LACJO ; Q9CE38, PYRH_LACLA ; Q9Z5K8, PYRH_LACLM ; -DR Q02WC4, PYRH_LACLS ; Q038L4, PYRH_LACP3 ; Q88VJ6, PYRH_LACPL ; -DR Q38W66, PYRH_LATSS ; Q1MRD8, PYRH_LAWIP ; Q5X4J9, PYRH_LEGPA ; -DR A5ICK8, PYRH_LEGPC ; Q5ZUT0, PYRH_LEGPH ; Q5WVY9, PYRH_LEGPL ; -DR Q6AEV5, PYRH_LEIXX ; Q04U70, PYRH_LEPBJ ; Q053N3, PYRH_LEPBL ; -DR Q72U12, PYRH_LEPIC ; Q8F142, PYRH_LEPIN ; Q03WX7, PYRH_LEUMM ; -DR Q03QS3, PYRH_LEVBA ; Q1WUG5, PYRH_LIGS1 ; A5VJC7, PYRH_LIMRD ; -DR Q8VS53, PYRH_LIMRT ; P65928, PYRH_LISIN ; Q720A9, PYRH_LISMF ; -DR P65927, PYRH_LISMO ; A0AIB4, PYRH_LISW6 ; A0L8Q7, PYRH_MAGMM ; -DR Q2W4C5, PYRH_MAGSA ; Q8EUG9, PYRH_MALP2 ; Q65R73, PYRH_MANSM ; +DR A4J5Z1, PYRH_DESRM ; A5EV27, PYRH_DICNV ; A7ZHR1, PYRH_ECO24 ; +DR P0A7F1, PYRH_ECO57 ; A7ZWB7, PYRH_ECOHS ; A1A7L5, PYRH_ECOK1 ; +DR Q0TLG2, PYRH_ECOL5 ; P0A7F0, PYRH_ECOL6 ; P0A7E9, PYRH_ECOLI ; +DR Q1RG18, PYRH_ECOUT ; Q3YR64, PYRH_EHRCJ ; Q2GHJ6, PYRH_EHRCR ; +DR Q5FG65, PYRH_EHRRG ; Q5HAF8, PYRH_EHRRW ; A4W6R6, PYRH_ENT38 ; +DR Q831V1, PYRH_ENTFA ; Q2NBU2, PYRH_ERYLH ; A7HL98, PYRH_FERNB ; +DR A6GWS3, PYRH_FLAPJ ; Q0RBL9, PYRH_FRAAA ; Q2J528, PYRH_FRACC ; +DR Q14JD0, PYRH_FRAT1 ; A7N9R6, PYRH_FRATF ; Q2A5I0, PYRH_FRATH ; +DR A0Q4H3, PYRH_FRATN ; Q0BNT7, PYRH_FRATO ; Q5NHX8, PYRH_FRATT ; +DR A4IZU4, PYRH_FRATW ; Q8R6G5, PYRH_FUSNN ; Q5L0K0, PYRH_GEOKA ; +DR Q39W86, PYRH_GEOMG ; Q74BW2, PYRH_GEOSL ; A4IMC5, PYRH_GEOTN ; +DR Q7NI44, PYRH_GLOVI ; Q5FPZ5, PYRH_GLUOX ; Q0BTM0, PYRH_GRABC ; +DR Q7VL82, PYRH_HAEDU ; Q4QLM2, PYRH_HAEI8 ; A5UD40, PYRH_HAEIE ; +DR A5UIJ1, PYRH_HAEIG ; P43890, PYRH_HAEIN ; Q2SBP9, PYRH_HAHCH ; +DR Q9KA65, PYRH_HALH5 ; A1WX19, PYRH_HALHL ; B9LSL4, PYRH_HALLT ; +DR Q5UXX3, PYRH_HALMA ; B0R6V9, PYRH_HALS3 ; Q9HNN8, PYRH_HALSA ; +DR Q18DR1, PYRH_HALWD ; Q17Y33, PYRH_HELAH ; Q7VHX9, PYRH_HELHP ; +DR Q1CT93, PYRH_HELPH ; Q9ZL66, PYRH_HELPJ ; P56106, PYRH_HELPY ; +DR A4G4S3, PYRH_HERAR ; Q0I378, PYRH_HISS1 ; Q31G45, PYRH_HYDCU ; +DR A2BLM0, PYRH_HYPBU ; Q0C1B9, PYRH_HYPNA ; Q5QXS2, PYRH_IDILO ; +DR A8AAG3, PYRH_IGNH4 ; A6SZP9, PYRH_JANMA ; Q28PI5, PYRH_JANSC ; +DR A6T4X3, PYRH_KLEP7 ; Q1IV36, PYRH_KORVE ; Q5FJM5, PYRH_LACAC ; +DR Q1G9N8, PYRH_LACDA ; Q049U4, PYRH_LACDB ; Q044C8, PYRH_LACGA ; +DR A8YVR7, PYRH_LACH4 ; Q74IR8, PYRH_LACJO ; Q9CE38, PYRH_LACLA ; +DR Q9Z5K8, PYRH_LACLM ; Q02WC4, PYRH_LACLS ; Q038L4, PYRH_LACP3 ; +DR Q88VJ6, PYRH_LACPL ; Q38W66, PYRH_LATSS ; Q1MRD8, PYRH_LAWIP ; +DR Q5X4J9, PYRH_LEGPA ; A5ICK8, PYRH_LEGPC ; Q5ZUT0, PYRH_LEGPH ; +DR Q5WVY9, PYRH_LEGPL ; Q6AEV5, PYRH_LEIXX ; Q04U70, PYRH_LEPBJ ; +DR Q053N3, PYRH_LEPBL ; Q72U12, PYRH_LEPIC ; Q8F142, PYRH_LEPIN ; +DR Q03WX7, PYRH_LEUMM ; Q03QS3, PYRH_LEVBA ; Q1WUG5, PYRH_LIGS1 ; +DR A5VJC7, PYRH_LIMRD ; Q8VS53, PYRH_LIMRT ; P65928, PYRH_LISIN ; +DR Q720A9, PYRH_LISMF ; P65927, PYRH_LISMO ; A0AIB4, PYRH_LISW6 ; +DR A0L8Q7, PYRH_MAGMM ; Q8EUG9, PYRH_MALP2 ; Q65R73, PYRH_MANSM ; DR Q0APW3, PYRH_MARMM ; A1U3Q2, PYRH_MARN8 ; Q6F0Q9, PYRH_MESFL ; DR Q600A4, PYRH_MESH2 ; Q4A7I8, PYRH_MESH7 ; Q4A9E9, PYRH_MESHJ ; -DR Q6KIN6, PYRH_MESM1 ; A6UV05, PYRH_META3 ; Q8TTQ4, PYRH_METAC ; -DR Q0W3K6, PYRH_METAR ; A7I6B7, PYRH_METB6 ; Q46EC7, PYRH_METBF ; -DR Q12VQ2, PYRH_METBU ; Q60BA8, PYRH_METCA ; Q1H141, PYRH_METFK ; -DR Q2FR36, PYRH_METHJ ; Q58656, PYRH_METJA ; Q8TXB4, PYRH_METKA ; -DR A2SS66, PYRH_METLZ ; A4FZB7, PYRH_METM5 ; A9A6R4, PYRH_METM6 ; -DR A6VJ20, PYRH_METM7 ; P59010, PYRH_METMA ; A3CUB9, PYRH_METMJ ; -DR Q6M086, PYRH_METMP ; A2SH96, PYRH_METPP ; A5UK92, PYRH_METS3 ; -DR A4YHL6, PYRH_METS5 ; Q2NEL4, PYRH_METST ; O26965, PYRH_METTH ; -DR A0B8B0, PYRH_METTP ; A6URZ7, PYRH_METVS ; Q2RJP1, PYRH_MOOTA ; -DR A0QJ19, PYRH_MYCA1 ; P65930, PYRH_MYCBO ; A1KMM7, PYRH_MYCBP ; -DR Q2SSA5, PYRH_MYCCT ; Q7NC20, PYRH_MYCGA ; P47672, PYRH_MYCGE ; -DR O33045, PYRH_MYCLE ; Q73VR6, PYRH_MYCPA ; P75165, PYRH_MYCPN ; +DR A6UV05, PYRH_META3 ; Q8TTQ4, PYRH_METAC ; Q0W3K6, PYRH_METAR ; +DR A7I6B7, PYRH_METB6 ; Q46EC7, PYRH_METBF ; Q12VQ2, PYRH_METBU ; +DR Q60BA8, PYRH_METCA ; Q1H141, PYRH_METFK ; Q2FR36, PYRH_METHJ ; +DR Q58656, PYRH_METJA ; Q8TXB4, PYRH_METKA ; A2SS66, PYRH_METLZ ; +DR A4FZB7, PYRH_METM5 ; A9A6R4, PYRH_METM6 ; A6VJ20, PYRH_METM7 ; +DR P59010, PYRH_METMA ; A3CUB9, PYRH_METMJ ; Q6M086, PYRH_METMP ; +DR A2SH96, PYRH_METPP ; A5UK92, PYRH_METS3 ; A4YHL6, PYRH_METS5 ; +DR Q2NEL4, PYRH_METST ; O26965, PYRH_METTH ; A0B8B0, PYRH_METTP ; +DR A6URZ7, PYRH_METVS ; Q2RJP1, PYRH_MOOTA ; A0QJ19, PYRH_MYCA1 ; +DR P65930, PYRH_MYCBO ; A1KMM7, PYRH_MYCBP ; Q2SSA5, PYRH_MYCCT ; +DR Q7NC20, PYRH_MYCGA ; P47672, PYRH_MYCGE ; O33045, PYRH_MYCLE ; +DR Q6KIN6, PYRH_MYCM1 ; Q73VR6, PYRH_MYCPA ; P75165, PYRH_MYCPN ; DR Q98QZ0, PYRH_MYCPU ; A0QVD9, PYRH_MYCS2 ; Q4A587, PYRH_MYCS5 ; DR A3PXZ4, PYRH_MYCSJ ; A1UEJ0, PYRH_MYCSK ; Q1BAH2, PYRH_MYCSS ; DR A5U6N8, PYRH_MYCTA ; P9WHK4, PYRH_MYCTO ; P9WHK5, PYRH_MYCTU ; @@ -77651,12 +78113,13 @@ DR A1T784, PYRH_MYCVP ; Q1D1I1, PYRH_MYXXD ; Q3IRL6, PYRH_NATPD ; DR Q5F5F5, PYRH_NEIG1 ; P65931, PYRH_NEIMA ; P65932, PYRH_NEIMB ; DR A1KWH8, PYRH_NEIMF ; Q2GCI6, PYRH_NEOSM ; Q0AEH6, PYRH_NITEC ; DR Q82TZ7, PYRH_NITEU ; Q1QMN5, PYRH_NITHX ; Q2YBA5, PYRH_NITMU ; -DR Q3JCX3, PYRH_NITOC ; A6Q311, PYRH_NITSB ; Q3SRH4, PYRH_NITWN ; -DR Q5YS63, PYRH_NOCFA ; A1SLQ8, PYRH_NOCSJ ; Q8YXK5, PYRH_NOSS1 ; -DR Q2G8K8, PYRH_NOVAD ; Q8EQV1, PYRH_OCEIH ; Q04F86, PYRH_OENOB ; -DR Q313G6, PYRH_OLEA2 ; Q6YR50, PYRH_ONYPE ; A5CD80, PYRH_ORITB ; -DR A1R4W1, PYRH_PAEAT ; A1TN71, PYRH_PARC0 ; A6LHB0, PYRH_PARD8 ; -DR A1B965, PYRH_PARDP ; A7HY17, PYRH_PARL1 ; Q7U5F5, PYRH_PARMW ; +DR Q3JCX3, PYRH_NITOC ; A6Q311, PYRH_NITSB ; Q72DQ8, PYRH_NITV2 ; +DR A1VFB1, PYRH_NITV4 ; Q3SRH4, PYRH_NITWN ; Q5YS63, PYRH_NOCFA ; +DR A1SLQ8, PYRH_NOCSJ ; Q8YXK5, PYRH_NOSS1 ; Q2G8K8, PYRH_NOVAD ; +DR Q8EQV1, PYRH_OCEIH ; Q04F86, PYRH_OENOB ; Q313G6, PYRH_OLEA2 ; +DR Q6YR50, PYRH_ONYPE ; A5CD80, PYRH_ORITB ; A1R4W1, PYRH_PAEAT ; +DR A1TN71, PYRH_PARC0 ; A6LHB0, PYRH_PARD8 ; A1B965, PYRH_PARDP ; +DR A7HY17, PYRH_PARL1 ; Q2W4C5, PYRH_PARM1 ; Q7U5F5, PYRH_PARMW ; DR Q6M9Z8, PYRH_PARUW ; Q13XB8, PYRH_PARXL ; P59005, PYRH_PARZE ; DR Q9CJL5, PYRH_PASMU ; Q6D8E1, PYRH_PECAS ; Q03FT4, PYRH_PEDPA ; DR A1AQN4, PYRH_PELPD ; Q7N8P5, PYRH_PHOLL ; Q6LN26, PYRH_PHOPR ; @@ -77728,8 +78191,8 @@ DR Q9PPX6, PYRH_UREPA ; A1WHU4, PYRH_VEREI ; A5CXD7, PYRH_VESOH ; DR A7N1X5, PYRH_VIBC1 ; A5F619, PYRH_VIBC3 ; Q9KPV4, PYRH_VIBCH ; DR Q87ME0, PYRH_VIBPA ; Q8DBF9, PYRH_VIBVU ; Q7MIG2, PYRH_VIBVY ; DR Q8D2G4, PYRH_WIGBR ; Q73HM2, PYRH_WOLPM ; Q7MAH8, PYRH_WOLSU ; -DR Q5GRI0, PYRH_WOLTR ; P59008, PYRH_XANAC ; Q3BVK6, PYRH_XANC5 ; -DR Q4USQ8, PYRH_XANC8 ; P59009, PYRH_XANCP ; Q2P4A8, PYRH_XANOM ; +DR Q5GRI0, PYRH_WOLTR ; P59008, PYRH_XANAC ; Q4USQ8, PYRH_XANC8 ; +DR P59009, PYRH_XANCP ; Q3BVK6, PYRH_XANE5 ; Q2P4A8, PYRH_XANOM ; DR Q5H1E3, PYRH_XANOR ; Q9PEH0, PYRH_XYLFA ; Q87EH1, PYRH_XYLFT ; DR A1JP80, PYRH_YERE8 ; A7FFH1, PYRH_YERP3 ; Q1CAN2, PYRH_YERPA ; DR Q8ZH64, PYRH_YERPE ; Q1CFE9, PYRH_YERPN ; A4TL89, PYRH_YERPP ; @@ -77849,35 +78312,34 @@ DR Q83E10, KCY_COXBU ; Q1LQG9, KCY_CUPMC ; Q0KDH7, KCY_CUPNH ; DR Q46Y52, KCY_CUPPJ ; B3R370, KCY_CUPTR ; Q6A8F7, KCY_CUTAK ; DR Q11YY6, KCY_CYTH3 ; C1CZK3, KCY_DEIDV ; Q1IW70, KCY_DEIGD ; DR Q9RRE9, KCY_DEIRA ; B8D5U4, KCY_DESA1 ; B8G2Q5, KCY_DESHD ; -DR Q24V96, KCY_DESHY ; A4J3N3, KCY_DESRM ; Q72DA1, KCY_DESVH ; -DR A1VEW5, KCY_DESVV ; A5EWQ0, KCY_DICNV ; A8LSF1, KCY_DINSH ; -DR A7ZJZ9, KCY_ECO24 ; B7UMZ6, KCY_ECO27 ; B7MHL9, KCY_ECO45 ; -DR B7LDA2, KCY_ECO55 ; P0A6I2, KCY_ECO57 ; B5YT44, KCY_ECO5E ; -DR B7NM64, KCY_ECO7I ; B7MS25, KCY_ECO81 ; B7M839, KCY_ECO8A ; -DR C4ZQ36, KCY_ECOBW ; B1X850, KCY_ECODH ; A7ZYL3, KCY_ECOHS ; -DR A1A9I7, KCY_ECOK1 ; Q0TJE3, KCY_ECOL5 ; P0A6I1, KCY_ECOL6 ; -DR B1IW21, KCY_ECOLC ; P0A6I0, KCY_ECOLI ; B7NAQ9, KCY_ECOLU ; -DR B6I8Y2, KCY_ECOSE ; B1LJV3, KCY_ECOSM ; Q1RDU8, KCY_ECOUT ; -DR C5BBS1, KCY_EDWI9 ; Q8SS83, KCY_ENCCU ; A4W8S9, KCY_ENT38 ; -DR B7XIW9, KCY_ENTBH ; Q834T6, KCY_ENTFA ; B2VC78, KCY_ERWT9 ; -DR B7LN72, KCY_ESCF3 ; B1YI33, KCY_EXIS2 ; C4L6M0, KCY_EXISA ; -DR A7HME6, KCY_FERNB ; A5FG91, KCY_FLAJ1 ; A6H0A6, KCY_FLAPJ ; -DR Q8RII8, KCY_FUSNN ; Q5KXS4, KCY_GEOKA ; Q749Y7, KCY_GEOSL ; -DR C6E2B2, KCY_GEOSM ; C5D3G6, KCY_GEOSW ; A4IQA8, KCY_GEOTN ; -DR Q0BQI0, KCY_GRABC ; Q7VLS0, KCY_HAEDU ; Q9RC80, KCY_HALH5 ; -DR B9LPV4, KCY_HALLT ; Q5UXH0, KCY_HALMA ; B0R685, KCY_HALS3 ; -DR Q9HPA5, KCY_HALSA ; Q18GM4, KCY_HALWD ; A9B5Y6, KCY_HERA2 ; -DR B4U600, KCY_HYDS0 ; A8AAI6, KCY_IGNH4 ; B5XY86, KCY_KLEP3 ; -DR A6T702, KCY_KLEP7 ; Q043U2, KCY_LACGA ; Q74JL8, KCY_LACJO ; -DR Q9CEY1, KCY_LACLA ; A2RJ85, KCY_LACLM ; Q02XH5, KCY_LACLS ; -DR Q88VZ4, KCY_LACPL ; Q1MPW3, KCY_LAWIP ; Q6AGF7, KCY_LEIXX ; -DR Q04U41, KCY_LEPBJ ; Q04ZI4, KCY_LEPBL ; Q8F6P4, KCY_LEPIN ; -DR B1MYB3, KCY_LEUCK ; Q03WN2, KCY_LEUMM ; Q1WTS4, KCY_LIGS1 ; -DR B2GC33, KCY_LIMF3 ; A5VJK2, KCY_LIMRD ; B2G716, KCY_LIMRJ ; -DR Q92A69, KCY_LISIN ; C1KWN9, KCY_LISMC ; Q71Y76, KCY_LISMF ; -DR B8DBY7, KCY_LISMH ; Q8Y5W6, KCY_LISMO ; A0AK51, KCY_LISW6 ; -DR B1HT93, KCY_LYSSC ; B9E6L7, KCY_MACCJ ; A0L407, KCY_MAGMM ; -DR Q2VZA9, KCY_MAGSA ; Q65SH6, KCY_MANSM ; A6VZ89, KCY_MARMS ; +DR Q24V96, KCY_DESHY ; A4J3N3, KCY_DESRM ; A5EWQ0, KCY_DICNV ; +DR A8LSF1, KCY_DINSH ; A7ZJZ9, KCY_ECO24 ; B7UMZ6, KCY_ECO27 ; +DR B7MHL9, KCY_ECO45 ; B7LDA2, KCY_ECO55 ; P0A6I2, KCY_ECO57 ; +DR B5YT44, KCY_ECO5E ; B7NM64, KCY_ECO7I ; B7MS25, KCY_ECO81 ; +DR B7M839, KCY_ECO8A ; C4ZQ36, KCY_ECOBW ; B1X850, KCY_ECODH ; +DR A7ZYL3, KCY_ECOHS ; A1A9I7, KCY_ECOK1 ; Q0TJE3, KCY_ECOL5 ; +DR P0A6I1, KCY_ECOL6 ; B1IW21, KCY_ECOLC ; P0A6I0, KCY_ECOLI ; +DR B7NAQ9, KCY_ECOLU ; B6I8Y2, KCY_ECOSE ; B1LJV3, KCY_ECOSM ; +DR Q1RDU8, KCY_ECOUT ; C5BBS1, KCY_EDWI9 ; Q8SS83, KCY_ENCCU ; +DR A4W8S9, KCY_ENT38 ; B7XIW9, KCY_ENTBH ; Q834T6, KCY_ENTFA ; +DR B2VC78, KCY_ERWT9 ; B7LN72, KCY_ESCF3 ; B1YI33, KCY_EXIS2 ; +DR C4L6M0, KCY_EXISA ; A7HME6, KCY_FERNB ; A5FG91, KCY_FLAJ1 ; +DR A6H0A6, KCY_FLAPJ ; Q8RII8, KCY_FUSNN ; Q5KXS4, KCY_GEOKA ; +DR Q749Y7, KCY_GEOSL ; C6E2B2, KCY_GEOSM ; C5D3G6, KCY_GEOSW ; +DR A4IQA8, KCY_GEOTN ; Q0BQI0, KCY_GRABC ; Q7VLS0, KCY_HAEDU ; +DR Q9RC80, KCY_HALH5 ; B9LPV4, KCY_HALLT ; Q5UXH0, KCY_HALMA ; +DR B0R685, KCY_HALS3 ; Q9HPA5, KCY_HALSA ; Q18GM4, KCY_HALWD ; +DR A9B5Y6, KCY_HERA2 ; B4U600, KCY_HYDS0 ; A8AAI6, KCY_IGNH4 ; +DR B5XY86, KCY_KLEP3 ; A6T702, KCY_KLEP7 ; Q043U2, KCY_LACGA ; +DR Q74JL8, KCY_LACJO ; Q9CEY1, KCY_LACLA ; A2RJ85, KCY_LACLM ; +DR Q02XH5, KCY_LACLS ; Q88VZ4, KCY_LACPL ; Q1MPW3, KCY_LAWIP ; +DR Q6AGF7, KCY_LEIXX ; Q04U41, KCY_LEPBJ ; Q04ZI4, KCY_LEPBL ; +DR Q8F6P4, KCY_LEPIN ; B1MYB3, KCY_LEUCK ; Q03WN2, KCY_LEUMM ; +DR Q1WTS4, KCY_LIGS1 ; B2GC33, KCY_LIMF3 ; A5VJK2, KCY_LIMRD ; +DR B2G716, KCY_LIMRJ ; Q92A69, KCY_LISIN ; C1KWN9, KCY_LISMC ; +DR Q71Y76, KCY_LISMF ; B8DBY7, KCY_LISMH ; Q8Y5W6, KCY_LISMO ; +DR A0AK51, KCY_LISW6 ; B1HT93, KCY_LYSSC ; B9E6L7, KCY_MACCJ ; +DR A0L407, KCY_MAGMM ; Q65SH6, KCY_MANSM ; A6VZ89, KCY_MARMS ; DR C6BVN3, KCY_MARSD ; Q6F1R8, KCY_MESFL ; Q601X7, KCY_MESH2 ; DR Q4A8U3, KCY_MESH7 ; Q4AAR2, KCY_MESHJ ; A6UW32, KCY_META3 ; DR Q8TRR6, KCY_METAC ; Q0W1W1, KCY_METAR ; A7I5R5, KCY_METB6 ; @@ -77897,8 +78359,9 @@ DR A5U371, KCY_MYCTA ; P9WPA8, KCY_MYCTO ; P9WPA9, KCY_MYCTU ; DR Q3IMV8, KCY_NATPD ; Q5F904, KCY_NEIG1 ; P57064, KCY_NEIMA ; DR P57065, KCY_NEIMB ; A1KUC8, KCY_NEIMF ; Q0AIZ4, KCY_NITEC ; DR Q82TD5, KCY_NITEU ; Q1QRT2, KCY_NITHX ; Q3JEN4, KCY_NITOC ; -DR Q3SW65, KCY_NITWN ; Q5YY83, KCY_NOCFA ; Q8CXF5, KCY_OCEIH ; -DR Q311Z5, KCY_OLEA2 ; Q6YQY4, KCY_ONYPE ; A6LIB2, KCY_PARD8 ; +DR Q72DA1, KCY_NITV2 ; A1VEW5, KCY_NITV4 ; Q3SW65, KCY_NITWN ; +DR Q5YY83, KCY_NOCFA ; Q8CXF5, KCY_OCEIH ; Q311Z5, KCY_OLEA2 ; +DR Q6YQY4, KCY_ONYPE ; A6LIB2, KCY_PARD8 ; Q2VZA9, KCY_PARM1 ; DR B2JF05, KCY_PARP8 ; B2T629, KCY_PARPJ ; Q6MEF6, KCY_PARUW ; DR Q13VC3, KCY_PARXL ; P57875, KCY_PASMU ; Q6D402, KCY_PECAS ; DR C6DF66, KCY_PECCP ; Q03F87, KCY_PEDPA ; B4SCU3, KCY_PELPB ; @@ -77970,8 +78433,8 @@ DR Q97BV0, KCY_THEVO ; B5YH69, KCY_THEYD ; O83362, KCY_TREPA ; DR B1AIY1, KCY_UREP2 ; Q9PQE9, KCY_UREPA ; B5ZBF2, KCY_UREU1 ; DR C4V9G9, KCY_VAIC1 ; B7VH34, KCY_VIBA3 ; A7MUP2, KCY_VIBC1 ; DR Q9KQT2, KCY_VIBCH ; Q87N44, KCY_VIBPA ; Q8D8J1, KCY_VIBVU ; -DR Q7MLX7, KCY_VIBVY ; Q8PK76, KCY_XANAC ; Q3BSN5, KCY_XANC5 ; -DR Q4UVD7, KCY_XANC8 ; B0RSA3, KCY_XANCB ; Q8P8P4, KCY_XANCP ; +DR Q7MLX7, KCY_VIBVY ; Q8PK76, KCY_XANAC ; Q4UVD7, KCY_XANC8 ; +DR B0RSA3, KCY_XANCB ; Q8P8P4, KCY_XANCP ; Q3BSN5, KCY_XANE5 ; DR Q2P3S3, KCY_XANOM ; B2SLH6, KCY_XANOP ; Q5H0T8, KCY_XANOR ; DR A7IEB7, KCY_XANP2 ; B2I6X2, KCY_XYLF2 ; Q9PAQ6, KCY_XYLFA ; DR B0U3S8, KCY_XYLFM ; Q87BJ6, KCY_XYLFT ; A1JMI5, KCY_YERE8 ; @@ -78052,9 +78515,9 @@ DR Q0C6A8, PDRP_HYPNA ; Q5FJT2, PDRP_LACAC ; B3WEL8, PDRP_LACCB ; DR Q1G9W1, PDRP_LACDA ; Q04A15, PDRP_LACDB ; Q042X7, PDRP_LACGA ; DR A8YVN2, PDRP_LACH4 ; Q74IY4, PDRP_LACJO ; Q038S5, PDRP_LACP3 ; DR Q88VR4, PDRP_LACPL ; Q03SD6, PDRP_LEVBA ; Q1WU26, PDRP_LIGS1 ; -DR B1HTI4, PDRP_LYSSC ; Q2VYH2, PDRP_MAGSA ; Q0AKD8, PDRP_MARMM ; -DR Q2RKV3, PDRP_MOOTA ; Q2GE82, PDRP_NEOSM ; Q1QRY4, PDRP_NITHX ; -DR Q3SWH1, PDRP_NITWN ; Q2GC57, PDRP_NOVAD ; Q8EPY4, PDRP_OCEIH ; +DR B1HTI4, PDRP_LYSSC ; Q0AKD8, PDRP_MARMM ; Q2RKV3, PDRP_MOOTA ; +DR Q2GE82, PDRP_NEOSM ; Q1QRY4, PDRP_NITHX ; Q3SWH1, PDRP_NITWN ; +DR Q2GC57, PDRP_NOVAD ; Q8EPY4, PDRP_OCEIH ; Q2VYH2, PDRP_PARM1 ; DR Q03F57, PDRP_PEDPA ; A1AT85, PDRP_PELPD ; Q4FNS3, PDRP_PELUB ; DR B3PVT2, PDRP_RHIE6 ; Q2KEA1, PDRP_RHIEC ; Q1MNF6, PDRP_RHIJ3 ; DR Q98DY5, PDRP_RHILO ; B5ZV51, PDRP_RHILW ; Q92TF2, PDRP_RHIME ; @@ -78149,8 +78612,8 @@ DR Q3SL47, PSRP_THIDA ; Q83WU4, PSRP_THIRO ; C5CUN7, PSRP_VARPS ; DR A1WJJ2, PSRP_VEREI ; B7VSY8, PSRP_VIBA3 ; A7N4V5, PSRP_VIBC1 ; DR A5F0Z4, PSRP_VIBC3 ; Q9KKW4, PSRP_VIBCH ; C3LWP9, PSRP_VIBCM ; DR Q87J80, PSRP_VIBPA ; Q8D7Y9, PSRP_VIBVU ; Q7MF05, PSRP_VIBVY ; -DR Q8PKW5, PSRP_XANAC ; Q3BTH9, PSRP_XANC5 ; Q4UVA7, PSRP_XANC8 ; -DR B0RSD4, PSRP_XANCB ; Q8P8S4, PSRP_XANCP ; Q2P3P2, PSRP_XANOM ; +DR Q8PKW5, PSRP_XANAC ; Q4UVA7, PSRP_XANC8 ; B0RSD4, PSRP_XANCB ; +DR Q8P8S4, PSRP_XANCP ; Q3BTH9, PSRP_XANE5 ; Q2P3P2, PSRP_XANOM ; DR Q5H0Q5, PSRP_XANOR ; B2I916, PSRP_XYLF2 ; Q9PDW9, PSRP_XYLFA ; DR B0U5U4, PSRP_XYLFM ; Q87E04, PSRP_XYLFT ; A1JPI0, PSRP_YERE8 ; DR A7FHI3, PSRP_YERP3 ; Q1C752, PSRP_YERPA ; B2K5K4, PSRP_YERPB ; @@ -78321,8 +78784,7 @@ AN Thiamine kinase. AN thiamine pyrophosphokinase. CA ATP + thiamine = AMP + H(+) + thiamine diphosphate. DR P35202, THI80_YEAST; O34664, THIN_BACSU ; P41888, TNR3_SCHPO ; -DR B9DGU7, TPK1_ARATH ; Q5E9T4, TPK1_BOVIN ; P30636, TPK1_CAEEL ; -DR Q9H3S4, TPK1_HUMAN ; Q9R0M5, TPK1_MOUSE ; Q5JK24, TPK1_ORYSJ ; +DR B9DGU7, TPK1_ARATH ; P30636, TPK1_CAEEL ; Q5JK24, TPK1_ORYSJ ; DR F4IV16, TPK2_ARATH ; Q0JMW0, TPK2_ORYSJ ; Q60DX1, TPK3_ORYSJ ; // ID 2.7.6.3 @@ -78541,7 +79003,7 @@ DR Q3AQM9, COAD_CHLCH ; B3ECH9, COAD_CHLL2 ; Q3B3M9, COAD_CHLL3 ; DR B3QNZ9, COAD_CHLP8 ; B3EQL4, COAD_CHLPB ; A1BF85, COAD_CHLPD ; DR B9LJG5, COAD_CHLSY ; Q8KDS9, COAD_CHLTE ; A0M4U6, COAD_CHRFK ; DR Q1QTC8, COAD_CHRSD ; Q7NZ19, COAD_CHRVO ; B5EB44, COAD_CITBB ; -DR A8ARM1, COAD_CITK8 ; A5CQP6, COAD_CLAM3 ; B0REL6, COAD_CLAMS ; +DR A8ARM1, COAD_CITK8 ; A5CQP6, COAD_CLAM3 ; B0REL6, COAD_CLASE ; DR Q97IB2, COAD_CLOAB ; A7FW59, COAD_CLOB1 ; C3L0J4, COAD_CLOB6 ; DR A6LSL2, COAD_CLOB8 ; B2V4C6, COAD_CLOBA ; B2TJ12, COAD_CLOBB ; DR A5I4S1, COAD_CLOBH ; C1FSR3, COAD_CLOBJ ; B1IIK4, COAD_CLOBK ; @@ -78558,20 +79020,19 @@ DR Q11RP5, COAD_CYTH3 ; Q3ZA11, COAD_DEHM1 ; A5FSN4, COAD_DEHMB ; DR Q3ZWQ5, COAD_DEHMC ; C1CY24, COAD_DEIDV ; Q1J1P5, COAD_DEIGD ; DR Q9RWM4, COAD_DEIRA ; B8FI62, COAD_DESAL ; B1I2E4, COAD_DESAP ; DR B8FTK5, COAD_DESHD ; Q24XZ0, COAD_DESHY ; A8ZXR7, COAD_DESOH ; -DR Q6AJH7, COAD_DESPS ; A4J698, COAD_DESRM ; Q72BV2, COAD_DESVH ; -DR A1VDV0, COAD_DESVV ; A5EXY9, COAD_DICNV ; B5YEA6, COAD_DICT6 ; -DR B8E2S1, COAD_DICTD ; A8LME1, COAD_DINSH ; A7ZTI5, COAD_ECO24 ; -DR B7ULI9, COAD_ECO27 ; B7MFJ5, COAD_ECO45 ; B7L747, COAD_ECO55 ; -DR P0A6I7, COAD_ECO57 ; B5YWD2, COAD_ECO5E ; B7NPE0, COAD_ECO7I ; -DR B7N1T5, COAD_ECO81 ; B7M4B8, COAD_ECO8A ; C4ZXM6, COAD_ECOBW ; -DR B1X968, COAD_ECODH ; A8A696, COAD_ECOHS ; Q0TBH5, COAD_ECOL5 ; -DR Q8FC88, COAD_ECOL6 ; B1IZF9, COAD_ECOLC ; P0A6I6, COAD_ECOLI ; -DR B7NET8, COAD_ECOLU ; B6I3L1, COAD_ECOSE ; B1LK71, COAD_ECOSM ; -DR Q1R4V9, COAD_ECOUT ; C5B9D9, COAD_EDWI9 ; A4W515, COAD_ENT38 ; -DR Q831P9, COAD_ENTFA ; B2VF71, COAD_ERWT9 ; B7LVJ5, COAD_ESCF3 ; -DR B1YIV1, COAD_EXIS2 ; C4L5T1, COAD_EXISA ; B0S155, COAD_FINM2 ; -DR A5FGN1, COAD_FLAJ1 ; A6GXD6, COAD_FLAPJ ; Q0RDM7, COAD_FRAAA ; -DR Q2J6Y5, COAD_FRACC ; B0TYA1, COAD_FRAP2 ; A8L588, COAD_FRASN ; +DR Q6AJH7, COAD_DESPS ; A4J698, COAD_DESRM ; A5EXY9, COAD_DICNV ; +DR B5YEA6, COAD_DICT6 ; B8E2S1, COAD_DICTD ; A8LME1, COAD_DINSH ; +DR A7ZTI5, COAD_ECO24 ; B7ULI9, COAD_ECO27 ; B7MFJ5, COAD_ECO45 ; +DR B7L747, COAD_ECO55 ; P0A6I7, COAD_ECO57 ; B5YWD2, COAD_ECO5E ; +DR B7NPE0, COAD_ECO7I ; B7N1T5, COAD_ECO81 ; B7M4B8, COAD_ECO8A ; +DR C4ZXM6, COAD_ECOBW ; B1X968, COAD_ECODH ; A8A696, COAD_ECOHS ; +DR Q0TBH5, COAD_ECOL5 ; Q8FC88, COAD_ECOL6 ; B1IZF9, COAD_ECOLC ; +DR P0A6I6, COAD_ECOLI ; B7NET8, COAD_ECOLU ; B6I3L1, COAD_ECOSE ; +DR B1LK71, COAD_ECOSM ; Q1R4V9, COAD_ECOUT ; C5B9D9, COAD_EDWI9 ; +DR A4W515, COAD_ENT38 ; Q831P9, COAD_ENTFA ; B2VF71, COAD_ERWT9 ; +DR B7LVJ5, COAD_ESCF3 ; B1YIV1, COAD_EXIS2 ; C4L5T1, COAD_EXISA ; +DR B0S155, COAD_FINM2 ; A5FGN1, COAD_FLAJ1 ; A6GXD6, COAD_FLAPJ ; +DR Q0RDM7, COAD_FRAAA ; Q2J6Y5, COAD_FRACC ; B0TYA1, COAD_FRAP2 ; DR Q14IN9, COAD_FRAT1 ; A7ND27, COAD_FRATF ; Q2A2Q6, COAD_FRATH ; DR B2SHB2, COAD_FRATM ; A0Q5Y0, COAD_FRATN ; Q0BL95, COAD_FRATO ; DR Q5NH87, COAD_FRATT ; A4IZ18, COAD_FRATW ; Q8RGX1, COAD_FUSNN ; @@ -78618,12 +79079,13 @@ DR P9WPA5, COAD_MYCTU ; A0PQ17, COAD_MYCUA ; A1T732, COAD_MYCVP ; DR B2A2L7, COAD_NATTJ ; B9L9C2, COAD_NAUPA ; Q5F551, COAD_NEIG1 ; DR A9M0K2, COAD_NEIM0 ; P63816, COAD_NEIMA ; P63817, COAD_NEIMB ; DR A1KW97, COAD_NEIMF ; Q0ADM4, COAD_NITEC ; Q820N3, COAD_NITEU ; -DR Q1QMG7, COAD_NITHX ; Q2Y5F0, COAD_NITMU ; Q3SRN1, COAD_NITWN ; -DR Q5YS03, COAD_NOCFA ; A1SLV0, COAD_NOCSJ ; B2J6C6, COAD_NOSP7 ; -DR Q8YN70, COAD_NOSS1 ; Q8ER64, COAD_OCEIH ; Q04EI9, COAD_OENOB ; -DR Q310R6, COAD_OLEA2 ; B1ZWG7, COAD_OPITP ; A1R7I7, COAD_PAEAT ; -DR A1BAJ6, COAD_PARDP ; A7HXM4, COAD_PARL1 ; Q7U6T8, COAD_PARMW ; -DR B2JCN4, COAD_PARP8 ; B2SXG0, COAD_PARPJ ; Q145X7, COAD_PARXL ; +DR Q1QMG7, COAD_NITHX ; Q2Y5F0, COAD_NITMU ; Q72BV2, COAD_NITV2 ; +DR A1VDV0, COAD_NITV4 ; Q3SRN1, COAD_NITWN ; Q5YS03, COAD_NOCFA ; +DR A1SLV0, COAD_NOCSJ ; B2J6C6, COAD_NOSP7 ; Q8YN70, COAD_NOSS1 ; +DR Q8ER64, COAD_OCEIH ; Q04EI9, COAD_OENOB ; Q310R6, COAD_OLEA2 ; +DR B1ZWG7, COAD_OPITP ; A1R7I7, COAD_PAEAT ; A1BAJ6, COAD_PARDP ; +DR A7HXM4, COAD_PARL1 ; Q7U6T8, COAD_PARMW ; B2JCN4, COAD_PARP8 ; +DR B2SXG0, COAD_PARPJ ; A8L588, COAD_PARS2 ; Q145X7, COAD_PARXL ; DR Q9CLD4, COAD_PASMU ; Q6DAV2, COAD_PECAS ; C6DIB6, COAD_PECCP ; DR Q03F16, COAD_PEDPA ; B4SGQ2, COAD_PELPB ; Q4FLZ4, COAD_PELUB ; DR A9BIS4, COAD_PETMO ; Q8VW75, COAD_PHODP ; Q7MY37, COAD_PHOLL ; @@ -78705,8 +79167,8 @@ DR A7MSN5, COAD_VIBC1 ; A5F408, COAD_VIBC3 ; Q9KVC4, COAD_VIBCH ; DR C3LQI4, COAD_VIBCM ; Q87T80, COAD_VIBPA ; Q8DDY6, COAD_VIBVU ; DR Q7MPS0, COAD_VIBVY ; Q8D2R5, COAD_WIGBR ; Q73HM7, COAD_WOLPM ; DR B3CMX3, COAD_WOLPP ; Q7M9X2, COAD_WOLSU ; Q5GRI5, COAD_WOLTR ; -DR C0R2K8, COAD_WOLWR ; Q8PJK5, COAD_XANAC ; Q3BS23, COAD_XANC5 ; -DR Q4UVY5, COAD_XANC8 ; B0RRP8, COAD_XANCB ; Q8P857, COAD_XANCP ; +DR C0R2K8, COAD_WOLWR ; Q8PJK5, COAD_XANAC ; Q4UVY5, COAD_XANC8 ; +DR B0RRP8, COAD_XANCB ; Q8P857, COAD_XANCP ; Q3BS23, COAD_XANE5 ; DR Q2P2V0, COAD_XANOM ; B2SIL3, COAD_XANOP ; Q5GZV9, COAD_XANOR ; DR B2I7J1, COAD_XYLF2 ; Q9PEP8, COAD_XYLFA ; B0U1Z4, COAD_XYLFM ; DR Q87EM8, COAD_XYLFT ; P53332, COAD_YEAST ; A1JHR9, COAD_YERE8 ; @@ -78797,8 +79259,8 @@ DR A4VIE6, CYSD_STUS1 ; Q30U93, CYSD_SULDN ; A6QB13, CYSD_SULNB ; DR Q3A3P5, CYSD_SYNC1 ; B3E8X9, CYSD_TRIL1 ; B7VKY3, CYSD_VIBA3 ; DR A7MWG4, CYSD_VIBC1 ; A5F579, CYSD_VIBC3 ; Q9KP19, CYSD_VIBCH ; DR C3LRM2, CYSD_VIBCM ; Q87SY0, CYSD_VIBPA ; Q8DE72, CYSD_VIBVU ; -DR Q7MPF3, CYSD_VIBVY ; Q8PHD0, CYSD_XANAC ; Q3BPY6, CYSD_XANC5 ; -DR Q4UY06, CYSD_XANC8 ; B0RPG8, CYSD_XANCB ; Q8P610, CYSD_XANCP ; +DR Q7MPF3, CYSD_VIBVY ; Q8PHD0, CYSD_XANAC ; Q4UY06, CYSD_XANC8 ; +DR B0RPG8, CYSD_XANCB ; Q8P610, CYSD_XANCP ; Q3BPY6, CYSD_XANE5 ; DR Q2P0H4, CYSD_XANOM ; B2SI03, CYSD_XANOP ; Q9PD79, CYSD_XYLFA ; DR Q87DG8, CYSD_XYLFT ; A1JJS9, CYSD_YERE8 ; A7FLY3, CYSD_YERP3 ; DR Q1C483, CYSD_YERPA ; B2K572, CYSD_YERPB ; Q8ZBP1, CYSD_YERPE ; @@ -79146,7 +79608,7 @@ DR B0B881, RPOA_CHLT2 ; B3QYF0, RPOA_CHLT3 ; Q3KLJ0, RPOA_CHLTA ; DR B0BCE6, RPOA_CHLTB ; Q8KAJ8, RPOA_CHLTE ; P0CE08, RPOA_CHLTR ; DR P56298, RPOA_CHLVU ; A0M573, RPOA_CHRFK ; Q1R0F0, RPOA_CHRSD ; DR Q7NQH7, RPOA_CHRVO ; A8AQJ0, RPOA_CITK8 ; Q09ME5, RPOA_CITSI ; -DR A5CU80, RPOA_CLAM3 ; B0RB72, RPOA_CLAMS ; Q97EK6, RPOA_CLOAB ; +DR A5CU80, RPOA_CLAM3 ; B0RB72, RPOA_CLASE ; Q97EK6, RPOA_CLOAB ; DR A7FZ44, RPOA_CLOB1 ; C3KVM2, RPOA_CLOB6 ; A6LPU0, RPOA_CLOB8 ; DR B2UYD9, RPOA_CLOBA ; B2TIK4, RPOA_CLOBB ; A5I7H7, RPOA_CLOBH ; DR C1FMS2, RPOA_CLOBJ ; B1IGC5, RPOA_CLOBK ; A7GJ45, RPOA_CLOBL ; @@ -79167,8 +79629,7 @@ DR Q47J77, RPOA_DECAR ; Q3Z953, RPOA_DEHM1 ; Q3ZZP6, RPOA_DEHMC ; DR Q1IX99, RPOA_DEIGD ; Q9RSJ6, RPOA_DEIRA ; A9BRX5, RPOA_DELAS ; DR C0Q9U7, RPOA_DESAH ; B1I1B3, RPOA_DESAP ; B8IYL7, RPOA_DESDA ; DR B8G1Z4, RPOA_DESHD ; Q250K4, RPOA_DESHY ; A8ZV82, RPOA_DESOH ; -DR Q6AP43, RPOA_DESPS ; A4J139, RPOA_DESRM ; Q72CF4, RPOA_DESVH ; -DR B8DNK9, RPOA_DESVM ; A1VE90, RPOA_DESVV ; A5EX94, RPOA_DICNV ; +DR Q6AP43, RPOA_DESPS ; A4J139, RPOA_DESRM ; A5EX94, RPOA_DICNV ; DR A6MMN9, RPOA_DIOEL ; A4QL51, RPOA_DRANE ; Q06GW5, RPOA_DRIGR ; DR A7ZSI4, RPOA_ECO24 ; P0A7Z6, RPOA_ECO57 ; A8A5A0, RPOA_ECOHS ; DR A1AGI6, RPOA_ECOK1 ; Q0TCG6, RPOA_ECOL5 ; P0A7Z5, RPOA_ECOL6 ; @@ -79213,38 +79674,39 @@ DR B2G8V2, RPOA_LIMRJ ; Q0G9I7, RPOA_LIRTU ; P66700, RPOA_LISIN ; DR C1KZF5, RPOA_LISMC ; Q71WH2, RPOA_LISMF ; B8DB34, RPOA_LISMH ; DR P66699, RPOA_LISMO ; A0ALU2, RPOA_LISW6 ; A4QLM6, RPOA_LOBMA ; DR A8Y9B8, RPOA_LOLPR ; Q9BBQ4, RPOA_LOTJA ; B9E9L7, RPOA_MACCJ ; -DR A0L5Z8, RPOA_MAGMM ; Q2W2L3, RPOA_MAGSA ; P09562, RPOA_MAIZE ; -DR Q8EUD7, RPOA_MALP2 ; Q65QY0, RPOA_MANSM ; Q0ANS4, RPOA_MARMM ; -DR A1TYM2, RPOA_MARN8 ; P06270, RPOA_MARPO ; Q9BBN0, RPOA_MARQU ; -DR C6C1B1, RPOA_MARSD ; Q6F1W7, RPOA_MESFL ; Q601I9, RPOA_MESH2 ; -DR Q4A8J7, RPOA_MESH7 ; Q4AAG6, RPOA_MESHJ ; Q6KI29, RPOA_MESM1 ; -DR Q9MUV0, RPOA_MESVI ; B7L0S5, RPOA_METC4 ; Q605D7, RPOA_METCA ; -DR Q1H4L2, RPOA_METFK ; B8IT35, RPOA_METNO ; B1Z768, RPOA_METPB ; -DR A2SLD1, RPOA_METPP ; B1LWP9, RPOA_METRJ ; B0UHU5, RPOA_METS4 ; -DR B8EIT5, RPOA_METSB ; Q2RFS6, RPOA_MOOTA ; Q09WY5, RPOA_MORIN ; -DR A0QKU5, RPOA_MYCA1 ; P66702, RPOA_MYCBO ; A1KPE3, RPOA_MYCBP ; -DR Q2SRH9, RPOA_MYCCT ; Q9RDV6, RPOA_MYCGA ; P47423, RPOA_MYCGE ; -DR Q9X798, RPOA_MYCLE ; Q6MSP9, RPOA_MYCMS ; Q73S43, RPOA_MYCPA ; -DR Q50295, RPOA_MYCPN ; Q98Q08, RPOA_MYCPU ; A0QSL8, RPOA_MYCS2 ; -DR Q4A5J0, RPOA_MYCS5 ; A3PVL8, RPOA_MYCSJ ; A1UBY5, RPOA_MYCSK ; -DR P38018, RPOA_MYCSP ; Q1BD08, RPOA_MYCSS ; A5U8D3, RPOA_MYCTA ; -DR P9WGZ0, RPOA_MYCTO ; P9WGZ1, RPOA_MYCTU ; A0PMB7, RPOA_MYCUA ; -DR A1T520, RPOA_MYCVP ; Q1D748, RPOA_MYXXD ; Q09FS9, RPOA_NANDO ; -DR A4QLW5, RPOA_NASOF ; B2A4Q0, RPOA_NATTJ ; Q5F5V2, RPOA_NEIG1 ; -DR P66703, RPOA_NEIMA ; P66704, RPOA_NEIMB ; A1KRJ9, RPOA_NEIMF ; -DR Q2GEB6, RPOA_NEOSM ; Q1XDJ5, RPOA_NEOYE ; Q9TL28, RPOA_NEPOL ; -DR Q3C1M3, RPOA_NICSY ; Q33C00, RPOA_NICTO ; Q0AIH1, RPOA_NITEC ; -DR Q82X69, RPOA_NITEU ; Q1QN06, RPOA_NITHX ; Q2YAX2, RPOA_NITMU ; -DR Q3J8T8, RPOA_NITOC ; A6Q1K4, RPOA_NITSB ; Q3SSU2, RPOA_NITWN ; -DR Q5Z1K9, RPOA_NOCFA ; A1SNI8, RPOA_NOCSJ ; Q8YPK3, RPOA_NOSS1 ; -DR Q2G5B0, RPOA_NOVAD ; Q6EW20, RPOA_NYMAL ; Q8ETV9, RPOA_OCEIH ; -DR Q9MTJ3, RPOA_OENEH ; Q04G60, RPOA_OENOB ; Q30Z68, RPOA_OLEA2 ; -DR A4QJW3, RPOA_OLIPU ; Q20F02, RPOA_OLTVI ; Q6YQZ5, RPOA_ONYPE ; -DR A5CCI9, RPOA_ORITB ; B3CT29, RPOA_ORITI ; Q6ENE2, RPOA_ORYNI ; -DR P0C498, RPOA_ORYSA ; P0C499, RPOA_ORYSI ; P0C500, RPOA_ORYSJ ; -DR Q0P3L0, RPOA_OSTTA ; A1R8R5, RPOA_PAEAT ; Q68RX5, RPOA_PANGI ; -DR A1TJU2, RPOA_PARC0 ; A6LEG5, RPOA_PARD8 ; A1B052, RPOA_PARDP ; -DR A7HWT5, RPOA_PARL1 ; Q7U4H7, RPOA_PARMW ; B2JI39, RPOA_PARP8 ; +DR A0L5Z8, RPOA_MAGMM ; P09562, RPOA_MAIZE ; Q8EUD7, RPOA_MALP2 ; +DR Q65QY0, RPOA_MANSM ; Q0ANS4, RPOA_MARMM ; A1TYM2, RPOA_MARN8 ; +DR P06270, RPOA_MARPO ; Q9BBN0, RPOA_MARQU ; C6C1B1, RPOA_MARSD ; +DR Q6F1W7, RPOA_MESFL ; Q601I9, RPOA_MESH2 ; Q4A8J7, RPOA_MESH7 ; +DR Q4AAG6, RPOA_MESHJ ; Q9MUV0, RPOA_MESVI ; B7L0S5, RPOA_METC4 ; +DR Q605D7, RPOA_METCA ; Q1H4L2, RPOA_METFK ; B8IT35, RPOA_METNO ; +DR B1Z768, RPOA_METPB ; A2SLD1, RPOA_METPP ; B1LWP9, RPOA_METRJ ; +DR B0UHU5, RPOA_METS4 ; B8EIT5, RPOA_METSB ; Q2RFS6, RPOA_MOOTA ; +DR Q09WY5, RPOA_MORIN ; A0QKU5, RPOA_MYCA1 ; P66702, RPOA_MYCBO ; +DR A1KPE3, RPOA_MYCBP ; Q2SRH9, RPOA_MYCCT ; Q9RDV6, RPOA_MYCGA ; +DR P47423, RPOA_MYCGE ; Q9X798, RPOA_MYCLE ; Q6KI29, RPOA_MYCM1 ; +DR Q6MSP9, RPOA_MYCMS ; Q73S43, RPOA_MYCPA ; Q50295, RPOA_MYCPN ; +DR Q98Q08, RPOA_MYCPU ; A0QSL8, RPOA_MYCS2 ; Q4A5J0, RPOA_MYCS5 ; +DR A3PVL8, RPOA_MYCSJ ; A1UBY5, RPOA_MYCSK ; P38018, RPOA_MYCSP ; +DR Q1BD08, RPOA_MYCSS ; A5U8D3, RPOA_MYCTA ; P9WGZ0, RPOA_MYCTO ; +DR P9WGZ1, RPOA_MYCTU ; A0PMB7, RPOA_MYCUA ; A1T520, RPOA_MYCVP ; +DR Q1D748, RPOA_MYXXD ; Q09FS9, RPOA_NANDO ; A4QLW5, RPOA_NASOF ; +DR B2A4Q0, RPOA_NATTJ ; Q5F5V2, RPOA_NEIG1 ; P66703, RPOA_NEIMA ; +DR P66704, RPOA_NEIMB ; A1KRJ9, RPOA_NEIMF ; Q2GEB6, RPOA_NEOSM ; +DR Q1XDJ5, RPOA_NEOYE ; Q9TL28, RPOA_NEPOL ; Q3C1M3, RPOA_NICSY ; +DR Q33C00, RPOA_NICTO ; Q0AIH1, RPOA_NITEC ; Q82X69, RPOA_NITEU ; +DR Q1QN06, RPOA_NITHX ; Q2YAX2, RPOA_NITMU ; Q3J8T8, RPOA_NITOC ; +DR A6Q1K4, RPOA_NITSB ; Q72CF4, RPOA_NITV2 ; A1VE90, RPOA_NITV4 ; +DR B8DNK9, RPOA_NITV9 ; Q3SSU2, RPOA_NITWN ; Q5Z1K9, RPOA_NOCFA ; +DR A1SNI8, RPOA_NOCSJ ; Q8YPK3, RPOA_NOSS1 ; Q2G5B0, RPOA_NOVAD ; +DR Q6EW20, RPOA_NYMAL ; Q8ETV9, RPOA_OCEIH ; Q9MTJ3, RPOA_OENEH ; +DR Q04G60, RPOA_OENOB ; Q30Z68, RPOA_OLEA2 ; A4QJW3, RPOA_OLIPU ; +DR Q20F02, RPOA_OLTVI ; Q6YQZ5, RPOA_ONYPE ; A5CCI9, RPOA_ORITB ; +DR B3CT29, RPOA_ORITI ; Q6ENE2, RPOA_ORYNI ; P0C498, RPOA_ORYSA ; +DR P0C499, RPOA_ORYSI ; P0C500, RPOA_ORYSJ ; Q0P3L0, RPOA_OSTTA ; +DR A1R8R5, RPOA_PAEAT ; Q68RX5, RPOA_PANGI ; A1TJU2, RPOA_PARC0 ; +DR A6LEG5, RPOA_PARD8 ; A1B052, RPOA_PARDP ; A7HWT5, RPOA_PARL1 ; +DR Q2W2L3, RPOA_PARM1 ; Q7U4H7, RPOA_PARMW ; B2JI39, RPOA_PARP8 ; DR B2T725, RPOA_PARPJ ; Q6ME42, RPOA_PARUW ; Q13TJ6, RPOA_PARXL ; DR P57941, RPOA_PASMU ; P13911, RPOA_PEA ; Q6CZZ5, RPOA_PECAS ; DR Q03EE2, RPOA_PEDPA ; B4SBX4, RPOA_PELPB ; A1ALW7, RPOA_PELPD ; @@ -79337,8 +79799,8 @@ DR Q9KP08, RPOA_VIBCH ; C3LRN3, RPOA_VIBCM ; Q87SZ0, RPOA_VIBPA ; DR Q8DE63, RPOA_VIBVU ; Q7MPG4, RPOA_VIBVY ; Q0ZIY7, RPOA_VITVI ; DR P12073, RPOA_WHEAT ; Q8D1Y8, RPOA_WIGBR ; Q73HA9, RPOA_WOLPM ; DR Q7M8F7, RPOA_WOLSU ; Q5GSW7, RPOA_WOLTR ; P0A0Y2, RPOA_XANAC ; -DR Q3BWV9, RPOA_XANC5 ; Q4URG3, RPOA_XANC8 ; B0RU58, RPOA_XANCB ; -DR P0A0Y1, RPOA_XANCP ; Q2P009, RPOA_XANOM ; B2SQT4, RPOA_XANOP ; +DR Q4URG3, RPOA_XANC8 ; B0RU58, RPOA_XANCB ; P0A0Y1, RPOA_XANCP ; +DR Q3BWV9, RPOA_XANE5 ; Q2P009, RPOA_XANOM ; B2SQT4, RPOA_XANOP ; DR Q5GWV9, RPOA_XANOR ; A7IPP6, RPOA_XANP2 ; B2I8J3, RPOA_XYLF2 ; DR P66712, RPOA_XYLFA ; B0U5M3, RPOA_XYLFM ; P66713, RPOA_XYLFT ; DR A1JS01, RPOA_YERE8 ; A7FNL0, RPOA_YERP3 ; Q1C2X1, RPOA_YERPA ; @@ -79356,7 +79818,7 @@ DR A9NEL7, RPOB_ACHLI ; Q6FF90, RPOB_ACIAD ; B7H1J8, RPOB_ACIB3 ; DR B7I360, RPOB_ACIB5 ; B2I1Z1, RPOB_ACIBC ; B0VLZ6, RPOB_ACIBS ; DR A3M1G3, RPOB_ACIBT ; B0VDI0, RPOB_ACIBY ; A0LRL3, RPOB_ACIC1 ; DR A5FZX1, RPOB_ACICJ ; B9MH47, RPOB_ACIET ; B7J460, RPOB_ACIF2 ; -DR B5ELX2, RPOB_ACIF5 ; A1WCM9, RPOB_ACISJ ; A9LYH7, RPOB_ACOAM ; +DR B5ELX2, RPOB_ACIF5 ; A1WCM9, RPOB_ACISJ ; A9LYH7, RPOB_ACOCI ; DR Q3V542, RPOB_ACOCL ; Q5QA72, RPOB_ACOGR ; A3N325, RPOB_ACTP2 ; DR B0BSF5, RPOB_ACTPJ ; A6VKC5, RPOB_ACTSZ ; Q85FM7, RPOB_ADICA ; DR A0KQA5, RPOB_AERHH ; A4SHU9, RPOB_AERS4 ; A4QJA7, RPOB_AETCO ; @@ -79418,7 +79880,7 @@ DR Q3KM47, RPOB_CHLTA ; B0BBU6, RPOB_CHLTB ; Q8KG15, RPOB_CHLTE ; DR P0CE09, RPOB_CHLTR ; P56299, RPOB_CHLVU ; A0M3Y9, RPOB_CHRFK ; DR Q1R0I2, RPOB_CHRSD ; Q7NQE6, RPOB_CHRVO ; B5EFP3, RPOB_CITBB ; DR A8AKT9, RPOB_CITK8 ; Q09MI6, RPOB_CITSI ; A5CUC7, RPOB_CLAM3 ; -DR B0RB25, RPOB_CLAMS ; Q97EG9, RPOB_CLOAB ; A7FZ77, RPOB_CLOB1 ; +DR B0RB25, RPOB_CLASE ; Q97EG9, RPOB_CLOAB ; A7FZ77, RPOB_CLOB1 ; DR C3KVQ9, RPOB_CLOB6 ; A6LPQ4, RPOB_CLOB8 ; B2UYA3, RPOB_CLOBA ; DR B2TIG8, RPOB_CLOBB ; A5I7L4, RPOB_CLOBH ; C1FMV9, RPOB_CLOBJ ; DR B1IGG2, RPOB_CLOBK ; A7GJ82, RPOB_CLOBL ; B1KSN3, RPOB_CLOBM ; @@ -79439,8 +79901,7 @@ DR A5FRK5, RPOB_DEHMB ; Q3ZX01, RPOB_DEHMC ; Q1J0P6, RPOB_DEIGD ; DR Q9RVV9, RPOB_DEIRA ; A9BR98, RPOB_DELAS ; C0Q9X9, RPOB_DESAH ; DR B8FEU1, RPOB_DESAL ; B8J1A8, RPOB_DESDA ; B8G1V8, RPOB_DESHD ; DR Q250P0, RPOB_DESHY ; A8ZV51, RPOB_DESOH ; Q6AP78, RPOB_DESPS ; -DR A4J103, RPOB_DESRM ; Q727C7, RPOB_DESVH ; B8DLM7, RPOB_DESVM ; -DR A1VAJ6, RPOB_DESVV ; A5EX70, RPOB_DICNV ; A8LM40, RPOB_DINSH ; +DR A4J103, RPOB_DESRM ; A5EX70, RPOB_DICNV ; A8LM40, RPOB_DINSH ; DR A6MMJ9, RPOB_DIOEL ; A4QL11, RPOB_DRANE ; Q06H05, RPOB_DRIGR ; DR A7ZUK1, RPOB_ECO24 ; B7UPE2, RPOB_ECO27 ; B7MIX3, RPOB_ECO45 ; DR B7LA80, RPOB_ECO55 ; P0A8V4, RPOB_ECO57 ; B5Z083, RPOB_ECO5E ; @@ -79456,78 +79917,79 @@ DR B2VG96, RPOB_ERWT9 ; Q2N5Q7, RPOB_ERYLH ; B7LUL5, RPOB_ESCF3 ; DR Q49L06, RPOB_EUCGG ; P23579, RPOB_EUGGR ; P27059, RPOB_EUGLO ; DR C4KZQ4, RPOB_EXISA ; A7HNY2, RPOB_FERNB ; A5FIJ3, RPOB_FLAJ1 ; DR A6GYU0, RPOB_FLAPJ ; Q0RRT0, RPOB_FRAAA ; Q2JFI5, RPOB_FRACC ; -DR B0TX10, RPOB_FRAP2 ; A8LC64, RPOB_FRASN ; Q14JT5, RPOB_FRAT1 ; -DR A7NEC0, RPOB_FRATF ; Q2A1M7, RPOB_FRATH ; B2SFD6, RPOB_FRATM ; -DR A0Q867, RPOB_FRATN ; Q0BKC5, RPOB_FRATO ; Q5NID2, RPOB_FRATT ; -DR A4IW99, RPOB_FRATW ; Q8RHI6, RPOB_FUSNN ; B9M6V2, RPOB_GEODF ; -DR Q5L405, RPOB_GEOKA ; Q39Y13, RPOB_GEOMG ; Q748Y6, RPOB_GEOSL ; -DR C6E4R4, RPOB_GEOSM ; A4IJI1, RPOB_GEOTN ; A5GAY1, RPOB_GEOUR ; -DR B8F741, RPOB_GLAP5 ; Q7NIA0, RPOB_GLOVI ; Q5FTX7, RPOB_GLUOX ; -DR A6BM50, RPOB_GNEPA ; A0ZZ27, RPOB_GOSBA ; Q2L8Z9, RPOB_GOSHI ; -DR Q0BUQ6, RPOB_GRABC ; Q6B8R8, RPOB_GRATL ; O78485, RPOB_GUITH ; -DR Q7VKL7, RPOB_HAEDU ; Q4QN33, RPOB_HAEI8 ; A5U9X8, RPOB_HAEIE ; -DR A5UH20, RPOB_HAEIG ; P43738, RPOB_HAEIN ; Q2S905, RPOB_HAHCH ; -DR Q9Z9M2, RPOB_HALH5 ; A1WVC9, RPOB_HALHL ; C4K4F1, RPOB_HAMD5 ; -DR Q1KXX2, RPOB_HELAN ; B0TC48, RPOB_HELMI ; Q2EEX2, RPOB_HELSJ ; -DR A9B6J3, RPOB_HERA2 ; A4G9U5, RPOB_HERAR ; P36440, RPOB_HETAK ; -DR Q0I5B7, RPOB_HISS1 ; B0URZ6, RPOB_HISS2 ; A1E9I1, RPOB_HORVU ; -DR Q5SCX8, RPOB_HUPLU ; Q31IY9, RPOB_HYDCU ; Q0BYA7, RPOB_HYPNA ; -DR Q5QWA5, RPOB_IDILO ; A6MMT6, RPOB_ILLOL ; A7Y3B9, RPOB_IPOPU ; -DR A6T3L3, RPOB_JANMA ; Q28UX7, RPOB_JANSC ; Q06RD9, RPOB_JASNU ; -DR A8Z5T3, RPOB_KARMG ; A6W5T0, RPOB_KINRD ; B5XYF5, RPOB_KLEP3 ; -DR A6TGP0, RPOB_KLEP7 ; Q1IHH4, RPOB_KORVE ; C5CGD9, RPOB_KOSOT ; -DR Q5FM97, RPOB_LACAC ; B3WAM8, RPOB_LACCB ; Q1GBM5, RPOB_LACDA ; -DR Q04C22, RPOB_LACDB ; Q046D2, RPOB_LACGA ; A8YXJ8, RPOB_LACH4 ; -DR Q74L95, RPOB_LACJO ; Q9CEN6, RPOB_LACLA ; A2RML9, RPOB_LACLM ; -DR Q02X59, RPOB_LACLS ; Q034X0, RPOB_LACP3 ; Q88XZ3, RPOB_LACPL ; -DR Q56P13, RPOB_LACSA ; Q38UQ2, RPOB_LATSS ; Q1MPW8, RPOB_LAWIP ; -DR Q5X866, RPOB_LEGPA ; A5IHS1, RPOB_LEGPC ; Q5ZYQ0, RPOB_LEGPH ; -DR Q5WZL9, RPOB_LEGPL ; O86094, RPOB_LEGPN ; Q6ACX5, RPOB_LEIXX ; -DR A9L988, RPOB_LEMMI ; B0SAG1, RPOB_LEPBA ; Q9KK59, RPOB_LEPBI ; -DR Q04QI9, RPOB_LEPBJ ; Q054E2, RPOB_LEPBL ; B0SSI4, RPOB_LEPBP ; -DR Q72UA8, RPOB_LEPIC ; Q8F0S2, RPOB_LEPIN ; A4QL98, RPOB_LEPVR ; -DR B1MVW8, RPOB_LEUCK ; Q03V60, RPOB_LEUMM ; Q03PU9, RPOB_LEVBA ; -DR P41187, RPOB_LIBAF ; P36251, RPOB_LIBAS ; Q1WVA5, RPOB_LIGS1 ; -DR A5VLL4, RPOB_LIMRD ; Q0G9M7, RPOB_LIRTU ; Q92F22, RPOB_LISIN ; -DR C1KYJ3, RPOB_LISMC ; Q724F0, RPOB_LISMF ; B8DEY8, RPOB_LISMH ; -DR Q9RLT9, RPOB_LISMO ; A0AF63, RPOB_LISW6 ; A4QLI6, RPOB_LOBMA ; -DR A8Y9G0, RPOB_LOLPR ; Q9BBS9, RPOB_LOTJA ; B1HMZ6, RPOB_LYSSC ; -DR B9E8Q5, RPOB_MACCJ ; A0L5W6, RPOB_MAGMM ; Q2W2I1, RPOB_MAGSA ; -DR P16023, RPOB_MAIZE ; Q8EWX1, RPOB_MALP2 ; Q65W41, RPOB_MANSM ; -DR Q0ANP3, RPOB_MARMM ; A6W399, RPOB_MARMS ; A1TYJ0, RPOB_MARN8 ; -DR P06272, RPOB_MARPO ; C6C179, RPOB_MARSD ; Q6F0L7, RPOB_MESFL ; -DR Q5ZZS1, RPOB_MESH2 ; Q4A7A9, RPOB_MESH7 ; Q4A969, RPOB_MESHJ ; -DR Q6KI09, RPOB_MESM1 ; Q9MUS5, RPOB_MESVI ; B7KN45, RPOB_METC4 ; +DR B0TX10, RPOB_FRAP2 ; Q14JT5, RPOB_FRAT1 ; A7NEC0, RPOB_FRATF ; +DR Q2A1M7, RPOB_FRATH ; B2SFD6, RPOB_FRATM ; A0Q867, RPOB_FRATN ; +DR Q0BKC5, RPOB_FRATO ; Q5NID2, RPOB_FRATT ; A4IW99, RPOB_FRATW ; +DR Q8RHI6, RPOB_FUSNN ; B9M6V2, RPOB_GEODF ; Q5L405, RPOB_GEOKA ; +DR Q39Y13, RPOB_GEOMG ; Q748Y6, RPOB_GEOSL ; C6E4R4, RPOB_GEOSM ; +DR A4IJI1, RPOB_GEOTN ; A5GAY1, RPOB_GEOUR ; B8F741, RPOB_GLAP5 ; +DR Q7NIA0, RPOB_GLOVI ; Q5FTX7, RPOB_GLUOX ; A6BM50, RPOB_GNEPA ; +DR A0ZZ27, RPOB_GOSBA ; Q2L8Z9, RPOB_GOSHI ; Q0BUQ6, RPOB_GRABC ; +DR Q6B8R8, RPOB_GRATL ; O78485, RPOB_GUITH ; Q7VKL7, RPOB_HAEDU ; +DR Q4QN33, RPOB_HAEI8 ; A5U9X8, RPOB_HAEIE ; A5UH20, RPOB_HAEIG ; +DR P43738, RPOB_HAEIN ; Q2S905, RPOB_HAHCH ; Q9Z9M2, RPOB_HALH5 ; +DR A1WVC9, RPOB_HALHL ; C4K4F1, RPOB_HAMD5 ; Q1KXX2, RPOB_HELAN ; +DR B0TC48, RPOB_HELMI ; Q2EEX2, RPOB_HELSJ ; A9B6J3, RPOB_HERA2 ; +DR A4G9U5, RPOB_HERAR ; P36440, RPOB_HETAK ; Q0I5B7, RPOB_HISS1 ; +DR B0URZ6, RPOB_HISS2 ; A1E9I1, RPOB_HORVU ; Q5SCX8, RPOB_HUPLU ; +DR Q31IY9, RPOB_HYDCU ; Q0BYA7, RPOB_HYPNA ; Q5QWA5, RPOB_IDILO ; +DR A6MMT6, RPOB_ILLOL ; A7Y3B9, RPOB_IPOPU ; A6T3L3, RPOB_JANMA ; +DR Q28UX7, RPOB_JANSC ; Q06RD9, RPOB_JASNU ; A8Z5T3, RPOB_KARMG ; +DR A6W5T0, RPOB_KINRD ; B5XYF5, RPOB_KLEP3 ; A6TGP0, RPOB_KLEP7 ; +DR Q1IHH4, RPOB_KORVE ; C5CGD9, RPOB_KOSOT ; Q5FM97, RPOB_LACAC ; +DR B3WAM8, RPOB_LACCB ; Q1GBM5, RPOB_LACDA ; Q04C22, RPOB_LACDB ; +DR Q046D2, RPOB_LACGA ; A8YXJ8, RPOB_LACH4 ; Q74L95, RPOB_LACJO ; +DR Q9CEN6, RPOB_LACLA ; A2RML9, RPOB_LACLM ; Q02X59, RPOB_LACLS ; +DR Q034X0, RPOB_LACP3 ; Q88XZ3, RPOB_LACPL ; Q56P13, RPOB_LACSA ; +DR Q38UQ2, RPOB_LATSS ; Q1MPW8, RPOB_LAWIP ; Q5X866, RPOB_LEGPA ; +DR A5IHS1, RPOB_LEGPC ; Q5ZYQ0, RPOB_LEGPH ; Q5WZL9, RPOB_LEGPL ; +DR O86094, RPOB_LEGPN ; Q6ACX5, RPOB_LEIXX ; A9L988, RPOB_LEMMI ; +DR B0SAG1, RPOB_LEPBA ; Q9KK59, RPOB_LEPBI ; Q04QI9, RPOB_LEPBJ ; +DR Q054E2, RPOB_LEPBL ; B0SSI4, RPOB_LEPBP ; Q72UA8, RPOB_LEPIC ; +DR Q8F0S2, RPOB_LEPIN ; A4QL98, RPOB_LEPVR ; B1MVW8, RPOB_LEUCK ; +DR Q03V60, RPOB_LEUMM ; Q03PU9, RPOB_LEVBA ; P41187, RPOB_LIBAF ; +DR P36251, RPOB_LIBAS ; Q1WVA5, RPOB_LIGS1 ; A5VLL4, RPOB_LIMRD ; +DR Q0G9M7, RPOB_LIRTU ; Q92F22, RPOB_LISIN ; C1KYJ3, RPOB_LISMC ; +DR Q724F0, RPOB_LISMF ; B8DEY8, RPOB_LISMH ; Q9RLT9, RPOB_LISMO ; +DR A0AF63, RPOB_LISW6 ; A4QLI6, RPOB_LOBMA ; A8Y9G0, RPOB_LOLPR ; +DR Q9BBS9, RPOB_LOTJA ; B1HMZ6, RPOB_LYSSC ; B9E8Q5, RPOB_MACCJ ; +DR A0L5W6, RPOB_MAGMM ; P16023, RPOB_MAIZE ; Q8EWX1, RPOB_MALP2 ; +DR Q65W41, RPOB_MANSM ; Q0ANP3, RPOB_MARMM ; A6W399, RPOB_MARMS ; +DR A1TYJ0, RPOB_MARN8 ; P06272, RPOB_MARPO ; C6C179, RPOB_MARSD ; +DR Q6F0L7, RPOB_MESFL ; Q5ZZS1, RPOB_MESH2 ; Q4A7A9, RPOB_MESH7 ; +DR Q4A969, RPOB_MESHJ ; Q9MUS5, RPOB_MESVI ; B7KN45, RPOB_METC4 ; DR Q60A06, RPOB_METCA ; A9W8N8, RPOB_METEP ; Q1H4P4, RPOB_METFK ; DR B3E163, RPOB_METI4 ; B8IS78, RPOB_METNO ; B1ZGS0, RPOB_METPB ; DR A2SLG5, RPOB_METPP ; B1LY43, RPOB_METRJ ; B0UHX6, RPOB_METS4 ; DR Q2RFN9, RPOB_MOOTA ; Q09X25, RPOB_MORIN ; A0QL49, RPOB_MYCA1 ; DR P0A681, RPOB_MYCBO ; A1KGE7, RPOB_MYCBP ; Q2ST48, RPOB_MYCCT ; DR P47715, RPOB_MYCGA ; P47583, RPOB_MYCGE ; A4T1P4, RPOB_MYCGI ; -DR B8ZSC7, RPOB_MYCLB ; P30760, RPOB_MYCLE ; B2HSJ3, RPOB_MYCMM ; -DR Q6MRX6, RPOB_MYCMS ; Q73SE4, RPOB_MYCPA ; P78013, RPOB_MYCPN ; -DR Q9RQZ7, RPOB_MYCPR ; Q98Q23, RPOB_MYCPU ; P60281, RPOB_MYCS2 ; -DR Q4A5S7, RPOB_MYCS5 ; A3PV78, RPOB_MYCSJ ; A1UBJ3, RPOB_MYCSK ; -DR Q50388, RPOB_MYCSM ; Q1BDF0, RPOB_MYCSS ; A5U052, RPOB_MYCTA ; -DR P9WGY8, RPOB_MYCTO ; P9WGY9, RPOB_MYCTU ; A0PM24, RPOB_MYCUA ; -DR A1T4J2, RPOB_MYCVP ; Q1D7U3, RPOB_MYXXD ; Q09FW9, RPOB_NANDO ; -DR A4QLS5, RPOB_NASOF ; Q5F5R5, RPOB_NEIG1 ; B4RQW2, RPOB_NEIG2 ; -DR P57009, RPOB_NEIMA ; Q59622, RPOB_NEIMB ; A1KRG6, RPOB_NEIMF ; -DR Q9NJN5, RPOB_NEOCA ; Q93MK8, RPOB_NEORS ; Q93MK9, RPOB_NEOSE ; -DR Q2GD90, RPOB_NEOSM ; Q1XDN5, RPOB_NEOYE ; Q9TL06, RPOB_NEPOL ; -DR Q3C1G7, RPOB_NICSY ; Q33C46, RPOB_NICTO ; Q0AF53, RPOB_NITEC ; -DR Q82T75, RPOB_NITEU ; Q1QN44, RPOB_NITHX ; Q2YB05, RPOB_NITMU ; -DR Q3J8Q7, RPOB_NITOC ; A6Q1M3, RPOB_NITSB ; Q3SSY0, RPOB_NITWN ; -DR A1SEK1, RPOB_NOCSJ ; P22703, RPOB_NOSS1 ; Q2GCD7, RPOB_NOVAD ; -DR O12934, RPOB_NPVOP ; O57030, RPOB_NPVSL ; Q6EW56, RPOB_NYMAL ; -DR Q8ETY8, RPOB_OCEIH ; Q9MTM5, RPOB_OENEH ; Q04E85, RPOB_OENOB ; -DR Q30X05, RPOB_OLEA2 ; A4QJS5, RPOB_OLIPU ; Q20EX1, RPOB_OLTVI ; -DR Q6YQW3, RPOB_ONYPE ; A5CC93, RPOB_ORITB ; Q6ENI4, RPOB_ORYNI ; -DR P0C501, RPOB_ORYSA ; P0C502, RPOB_ORYSI ; P0C503, RPOB_ORYSJ ; -DR Q0P3M6, RPOB_OSTTA ; A1R8V4, RPOB_PAEAT ; Q68S14, RPOB_PANGI ; -DR A1TVT0, RPOB_PARC0 ; A6LE81, RPOB_PARD8 ; A1B015, RPOB_PARDP ; -DR A7HWQ4, RPOB_PARL1 ; Q7U8K4, RPOB_PARMW ; B2JIH4, RPOB_PARP8 ; -DR B2T759, RPOB_PARPJ ; Q6MDM1, RPOB_PARUW ; Q13TG2, RPOB_PARXL ; +DR B8ZSC7, RPOB_MYCLB ; P30760, RPOB_MYCLE ; Q6KI09, RPOB_MYCM1 ; +DR B2HSJ3, RPOB_MYCMM ; Q6MRX6, RPOB_MYCMS ; Q73SE4, RPOB_MYCPA ; +DR P78013, RPOB_MYCPN ; Q9RQZ7, RPOB_MYCPR ; Q98Q23, RPOB_MYCPU ; +DR P60281, RPOB_MYCS2 ; Q4A5S7, RPOB_MYCS5 ; A3PV78, RPOB_MYCSJ ; +DR A1UBJ3, RPOB_MYCSK ; Q50388, RPOB_MYCSM ; Q1BDF0, RPOB_MYCSS ; +DR A5U052, RPOB_MYCTA ; P9WGY8, RPOB_MYCTO ; P9WGY9, RPOB_MYCTU ; +DR A0PM24, RPOB_MYCUA ; A1T4J2, RPOB_MYCVP ; Q1D7U3, RPOB_MYXXD ; +DR Q09FW9, RPOB_NANDO ; A4QLS5, RPOB_NASOF ; Q5F5R5, RPOB_NEIG1 ; +DR B4RQW2, RPOB_NEIG2 ; P57009, RPOB_NEIMA ; Q59622, RPOB_NEIMB ; +DR A1KRG6, RPOB_NEIMF ; Q9NJN5, RPOB_NEOCA ; Q93MK8, RPOB_NEORS ; +DR Q93MK9, RPOB_NEOSE ; Q2GD90, RPOB_NEOSM ; Q1XDN5, RPOB_NEOYE ; +DR Q9TL06, RPOB_NEPOL ; Q3C1G7, RPOB_NICSY ; Q33C46, RPOB_NICTO ; +DR Q0AF53, RPOB_NITEC ; Q82T75, RPOB_NITEU ; Q1QN44, RPOB_NITHX ; +DR Q2YB05, RPOB_NITMU ; Q3J8Q7, RPOB_NITOC ; A6Q1M3, RPOB_NITSB ; +DR Q727C7, RPOB_NITV2 ; A1VAJ6, RPOB_NITV4 ; B8DLM7, RPOB_NITV9 ; +DR Q3SSY0, RPOB_NITWN ; A1SEK1, RPOB_NOCSJ ; P22703, RPOB_NOSS1 ; +DR Q2GCD7, RPOB_NOVAD ; O12934, RPOB_NPVOP ; O57030, RPOB_NPVSL ; +DR Q6EW56, RPOB_NYMAL ; Q8ETY8, RPOB_OCEIH ; Q9MTM5, RPOB_OENEH ; +DR Q04E85, RPOB_OENOB ; Q30X05, RPOB_OLEA2 ; A4QJS5, RPOB_OLIPU ; +DR Q20EX1, RPOB_OLTVI ; Q6YQW3, RPOB_ONYPE ; A5CC93, RPOB_ORITB ; +DR Q6ENI4, RPOB_ORYNI ; P0C501, RPOB_ORYSA ; P0C502, RPOB_ORYSI ; +DR P0C503, RPOB_ORYSJ ; Q0P3M6, RPOB_OSTTA ; A1R8V4, RPOB_PAEAT ; +DR Q68S14, RPOB_PANGI ; A1TVT0, RPOB_PARC0 ; A6LE81, RPOB_PARD8 ; +DR A1B015, RPOB_PARDP ; A7HWQ4, RPOB_PARL1 ; Q2W2I1, RPOB_PARM1 ; +DR Q7U8K4, RPOB_PARMW ; B2JIH4, RPOB_PARP8 ; B2T759, RPOB_PARPJ ; +DR A8LC64, RPOB_PARS2 ; Q6MDM1, RPOB_PARUW ; Q13TG2, RPOB_PARXL ; DR Q9CK91, RPOB_PASMU ; Q6DAN0, RPOB_PECAS ; C6DHR5, RPOB_PECCP ; DR Q03EA9, RPOB_PEDPA ; Q06FW9, RPOB_PELHO ; A1ALT4, RPOB_PELPD ; DR A5D5I2, RPOB_PELTS ; Q4FLL2, RPOB_PELUB ; A9BF33, RPOB_PETMO ; @@ -79629,15 +80091,15 @@ DR A1WK55, RPOB_VEREI ; A5CW25, RPOB_VESOH ; A7MXF1, RPOB_VIBC1 ; DR A5F3P5, RPOB_VIBC3 ; Q9KV30, RPOB_VIBCH ; Q87KQ4, RPOB_VIBPA ; DR Q8DD20, RPOB_VIBVU ; Q7MGR8, RPOB_VIBVY ; Q0ZJ28, RPOB_VITVI ; DR Q9XPS7, RPOB_WHEAT ; Q8D233, RPOB_WIGBR ; Q93MK7, RPOB_WOLPI ; -DR Q8PNT0, RPOB_XANAC ; Q3BWZ1, RPOB_XANC5 ; Q4URD2, RPOB_XANC8 ; -DR B0RU89, RPOB_XANCB ; Q8PC56, RPOB_XANCP ; Q2NZX8, RPOB_XANOM ; +DR Q8PNT0, RPOB_XANAC ; Q4URD2, RPOB_XANC8 ; B0RU89, RPOB_XANCB ; +DR Q8PC56, RPOB_XANCP ; Q3BWZ1, RPOB_XANE5 ; Q2NZX8, RPOB_XANOM ; DR B2SQQ1, RPOB_XANOP ; Q5GWS6, RPOB_XANOR ; A7IKQ0, RPOB_XANP2 ; DR B2IA68, RPOB_XYLF2 ; Q9PA86, RPOB_XYLFA ; B0U5X7, RPOB_XYLFM ; DR Q87A32, RPOB_XYLFT ; A1JII0, RPOB_YERE8 ; A7FNI3, RPOB_YERP3 ; DR Q1C1U1, RPOB_YERPA ; B2K113, RPOB_YERPB ; Q8ZAP5, RPOB_YERPE ; DR A9R0H8, RPOB_YERPG ; Q1CN78, RPOB_YERPN ; A4TS29, RPOB_YERPP ; DR Q66FQ2, RPOB_YERPS ; B1JJJ9, RPOB_YERPY ; Q32RG0, RPOB_ZYGCR ; -DR Q5NPK5, RPOB_ZYMMO ; B0C2D1, RPOC1_ACAM1; A9LYH6, RPOC1_ACOAM; +DR Q5NPK5, RPOB_ZYMMO ; B0C2D1, RPOC1_ACAM1; A9LYH6, RPOC1_ACOCI; DR Q3V543, RPOC1_ACOCL; Q5QA71, RPOC1_ACOGR; Q85FM8, RPOC1_ADICA; DR A4QJA6, RPOC1_AETCO; A4QJJ0, RPOC1_AETGR; A1E9Z9, RPOC1_AGRST; DR P60287, RPOC1_AMBTC; B0YPL9, RPOC1_ANEMR; A2T323, RPOC1_ANGEV; @@ -79803,7 +80265,7 @@ DR Q9Z999, RPOC_CHLPN ; B9LL90, RPOC_CHLSY ; B0B7N0, RPOC_CHLT2 ; DR B3QYL5, RPOC_CHLT3 ; Q3KM48, RPOC_CHLTA ; B0BBU5, RPOC_CHLTB ; DR Q8KG14, RPOC_CHLTE ; O84316, RPOC_CHLTR ; A0M3Y8, RPOC_CHRFK ; DR Q1R0I1, RPOC_CHRSD ; Q7NQE7, RPOC_CHRVO ; B5EFP4, RPOC_CITBB ; -DR A8AKT8, RPOC_CITK8 ; A5CUC6, RPOC_CLAM3 ; B0RB26, RPOC_CLAMS ; +DR A8AKT8, RPOC_CITK8 ; A5CUC6, RPOC_CLAM3 ; B0RB26, RPOC_CLASE ; DR Q97EH0, RPOC_CLOAB ; A7FZ76, RPOC_CLOB1 ; A6LPQ5, RPOC_CLOB8 ; DR B2UYA4, RPOC_CLOBA ; B2TIG9, RPOC_CLOBB ; A5I7L3, RPOC_CLOBH ; DR B1IGG1, RPOC_CLOBK ; A7GJ81, RPOC_CLOBL ; B1KSN2, RPOC_CLOBM ; @@ -79820,18 +80282,17 @@ DR Q47JA9, RPOC_DECAR ; Q3Z8V3, RPOC_DEHM1 ; A5FRK6, RPOC_DEHMB ; DR Q3ZX00, RPOC_DEHMC ; Q1J0P7, RPOC_DEIGD ; Q9RVW0, RPOC_DEIRA ; DR A9BR99, RPOC_DELAS ; B1I1M9, RPOC_DESAP ; Q250N9, RPOC_DESHY ; DR A8ZV52, RPOC_DESOH ; Q6AP77, RPOC_DESPS ; A4J104, RPOC_DESRM ; -DR Q727C6, RPOC_DESVH ; A1VAJ5, RPOC_DESVV ; A5EX69, RPOC_DICNV ; -DR A8LM41, RPOC_DINSH ; A7ZUK2, RPOC_ECO24 ; P0A8T8, RPOC_ECO57 ; -DR B1XBZ0, RPOC_ECODH ; A8A787, RPOC_ECOHS ; A1AIG0, RPOC_ECOK1 ; -DR Q0TA77, RPOC_ECOL5 ; Q8FB83, RPOC_ECOL6 ; B1IUQ9, RPOC_ECOLC ; -DR P0A8T7, RPOC_ECOLI ; B1LNU0, RPOC_ECOSM ; Q1R5V4, RPOC_ECOUT ; -DR Q3YST4, RPOC_EHRCJ ; Q2GFP4, RPOC_EHRCR ; Q5FFD8, RPOC_EHRRG ; -DR Q5HC04, RPOC_EHRRW ; B2KEN0, RPOC_ELUMP ; B1GZ76, RPOC_ENDTX ; -DR A4W5A8, RPOC_ENT38 ; Q82Z41, RPOC_ENTFA ; B2VG97, RPOC_ERWT9 ; -DR Q2N5Q5, RPOC_ERYLH ; B1YGU3, RPOC_EXIS2 ; A7HNY1, RPOC_FERNB ; -DR B0S2E5, RPOC_FINM2 ; A5FIJ4, RPOC_FLAJ1 ; A6GYT9, RPOC_FLAPJ ; -DR Q0RRS9, RPOC_FRAAA ; Q2JFI4, RPOC_FRACC ; B0TX11, RPOC_FRAP2 ; -DR A8LC63, RPOC_FRASN ; Q14JT4, RPOC_FRAT1 ; Q2A1M8, RPOC_FRATH ; +DR A5EX69, RPOC_DICNV ; A8LM41, RPOC_DINSH ; A7ZUK2, RPOC_ECO24 ; +DR P0A8T8, RPOC_ECO57 ; B1XBZ0, RPOC_ECODH ; A8A787, RPOC_ECOHS ; +DR A1AIG0, RPOC_ECOK1 ; Q0TA77, RPOC_ECOL5 ; Q8FB83, RPOC_ECOL6 ; +DR B1IUQ9, RPOC_ECOLC ; P0A8T7, RPOC_ECOLI ; B1LNU0, RPOC_ECOSM ; +DR Q1R5V4, RPOC_ECOUT ; Q3YST4, RPOC_EHRCJ ; Q2GFP4, RPOC_EHRCR ; +DR Q5FFD8, RPOC_EHRRG ; Q5HC04, RPOC_EHRRW ; B2KEN0, RPOC_ELUMP ; +DR B1GZ76, RPOC_ENDTX ; A4W5A8, RPOC_ENT38 ; Q82Z41, RPOC_ENTFA ; +DR B2VG97, RPOC_ERWT9 ; Q2N5Q5, RPOC_ERYLH ; B1YGU3, RPOC_EXIS2 ; +DR A7HNY1, RPOC_FERNB ; B0S2E5, RPOC_FINM2 ; A5FIJ4, RPOC_FLAJ1 ; +DR A6GYT9, RPOC_FLAPJ ; Q0RRS9, RPOC_FRAAA ; Q2JFI4, RPOC_FRACC ; +DR B0TX11, RPOC_FRAP2 ; Q14JT4, RPOC_FRAT1 ; Q2A1M8, RPOC_FRATH ; DR B2SFD7, RPOC_FRATM ; A0Q866, RPOC_FRATN ; Q0BKC6, RPOC_FRATO ; DR Q5NID1, RPOC_FRATT ; A4IWA0, RPOC_FRATW ; Q8RHI7, RPOC_FUSNN ; DR B9M6V1, RPOC_GEODF ; Q5L404, RPOC_GEOKA ; Q39Y12, RPOC_GEOMG ; @@ -79859,35 +80320,36 @@ DR Q03PV0, RPOC_LEVBA ; Q1WVA4, RPOC_LIGS1 ; B2GDX6, RPOC_LIMF3 ; DR A5VLL3, RPOC_LIMRD ; B2G8Y5, RPOC_LIMRJ ; P77882, RPOC_LISGR ; DR P77879, RPOC_LISIN ; Q724E9, RPOC_LISMF ; Q8YA96, RPOC_LISMO ; DR A0AF64, RPOC_LISW6 ; B1HMZ5, RPOC_LYSSC ; A0L5W7, RPOC_MAGMM ; -DR Q2W2I2, RPOC_MAGSA ; Q8EWX0, RPOC_MALP2 ; Q65W40, RPOC_MANSM ; -DR Q0ANP4, RPOC_MARMM ; A6W398, RPOC_MARMS ; A1TYJ1, RPOC_MARN8 ; -DR Q6F0L8, RPOC_MESFL ; Q5ZZS2, RPOC_MESH2 ; Q4A7B0, RPOC_MESH7 ; -DR Q4A970, RPOC_MESHJ ; Q6KI08, RPOC_MESM1 ; B3PM77, RPOC_META1 ; -DR B7KN46, RPOC_METC4 ; Q60A05, RPOC_METCA ; A9W8N9, RPOC_METEP ; -DR Q1H4P3, RPOC_METFK ; B3E164, RPOC_METI4 ; B8IS79, RPOC_METNO ; -DR B1ZGS1, RPOC_METPB ; A2SLG4, RPOC_METPP ; B1LY42, RPOC_METRJ ; -DR B0UHX5, RPOC_METS4 ; C5CC70, RPOC_MICLC ; Q2RFP0, RPOC_MOOTA ; -DR A0QL48, RPOC_MYCA1 ; B1MH61, RPOC_MYCA9 ; A5IZ52, RPOC_MYCAP ; -DR P0A675, RPOC_MYCBO ; A1KGE8, RPOC_MYCBP ; C1AL01, RPOC_MYCBT ; -DR Q2ST47, RPOC_MYCCT ; P47716, RPOC_MYCGA ; P47582, RPOC_MYCGE ; -DR A4T1P3, RPOC_MYCGI ; B8ZSC6, RPOC_MYCLB ; P30761, RPOC_MYCLE ; -DR B2HSJ4, RPOC_MYCMM ; Q6MRX5, RPOC_MYCMS ; Q73SE3, RPOC_MYCPA ; -DR P75271, RPOC_MYCPN ; Q98Q24, RPOC_MYCPU ; A0QS66, RPOC_MYCS2 ; -DR Q4A5S8, RPOC_MYCS5 ; A3PV79, RPOC_MYCSJ ; A1UBJ4, RPOC_MYCSK ; -DR Q1BDE9, RPOC_MYCSS ; A5U053, RPOC_MYCTA ; P9WGY6, RPOC_MYCTO ; -DR P9WGY7, RPOC_MYCTU ; A0PM25, RPOC_MYCUA ; A1T4J3, RPOC_MYCVP ; -DR Q1D7U2, RPOC_MYXXD ; B2A4D2, RPOC_NATTJ ; Q5F5R6, RPOC_NEIG1 ; -DR B4RQW3, RPOC_NEIG2 ; A9M3X3, RPOC_NEIM0 ; Q9JX03, RPOC_NEIMA ; -DR Q9K1J1, RPOC_NEIMB ; A1KRG7, RPOC_NEIMF ; Q2GD91, RPOC_NEOSM ; -DR Q0AF54, RPOC_NITEC ; Q82T76, RPOC_NITEU ; Q1QN43, RPOC_NITHX ; -DR Q2YB04, RPOC_NITMU ; Q3J8Q8, RPOC_NITOC ; A6Q1M4, RPOC_NITSB ; -DR Q3SSX9, RPOC_NITWN ; Q5YPE1, RPOC_NOCFA ; A1SEK2, RPOC_NOCSJ ; -DR Q2GCD8, RPOC_NOVAD ; Q8ETY7, RPOC_OCEIH ; Q04E86, RPOC_OENOB ; -DR P95405, RPOC_OENOE ; Q30X04, RPOC_OLEA2 ; Q6YQW2, RPOC_ONYPE ; -DR B1ZPB7, RPOC_OPITP ; A5CC92, RPOC_ORITB ; B3CV54, RPOC_ORITI ; -DR A1R8V3, RPOC_PAEAT ; A1TVS9, RPOC_PARC0 ; A6LE80, RPOC_PARD8 ; -DR A1B017, RPOC_PARDP ; A7HWQ5, RPOC_PARL1 ; B2JIH3, RPOC_PARP8 ; -DR B2T758, RPOC_PARPJ ; Q6MDM0, RPOC_PARUW ; Q13TG3, RPOC_PARXL ; +DR Q8EWX0, RPOC_MALP2 ; Q65W40, RPOC_MANSM ; Q0ANP4, RPOC_MARMM ; +DR A6W398, RPOC_MARMS ; A1TYJ1, RPOC_MARN8 ; Q6F0L8, RPOC_MESFL ; +DR Q5ZZS2, RPOC_MESH2 ; Q4A7B0, RPOC_MESH7 ; Q4A970, RPOC_MESHJ ; +DR B3PM77, RPOC_META1 ; B7KN46, RPOC_METC4 ; Q60A05, RPOC_METCA ; +DR A9W8N9, RPOC_METEP ; Q1H4P3, RPOC_METFK ; B3E164, RPOC_METI4 ; +DR B8IS79, RPOC_METNO ; B1ZGS1, RPOC_METPB ; A2SLG4, RPOC_METPP ; +DR B1LY42, RPOC_METRJ ; B0UHX5, RPOC_METS4 ; C5CC70, RPOC_MICLC ; +DR Q2RFP0, RPOC_MOOTA ; A0QL48, RPOC_MYCA1 ; B1MH61, RPOC_MYCA9 ; +DR A5IZ52, RPOC_MYCAP ; P0A675, RPOC_MYCBO ; A1KGE8, RPOC_MYCBP ; +DR C1AL01, RPOC_MYCBT ; Q2ST47, RPOC_MYCCT ; P47716, RPOC_MYCGA ; +DR P47582, RPOC_MYCGE ; A4T1P3, RPOC_MYCGI ; B8ZSC6, RPOC_MYCLB ; +DR P30761, RPOC_MYCLE ; Q6KI08, RPOC_MYCM1 ; B2HSJ4, RPOC_MYCMM ; +DR Q6MRX5, RPOC_MYCMS ; Q73SE3, RPOC_MYCPA ; P75271, RPOC_MYCPN ; +DR Q98Q24, RPOC_MYCPU ; A0QS66, RPOC_MYCS2 ; Q4A5S8, RPOC_MYCS5 ; +DR A3PV79, RPOC_MYCSJ ; A1UBJ4, RPOC_MYCSK ; Q1BDE9, RPOC_MYCSS ; +DR A5U053, RPOC_MYCTA ; P9WGY6, RPOC_MYCTO ; P9WGY7, RPOC_MYCTU ; +DR A0PM25, RPOC_MYCUA ; A1T4J3, RPOC_MYCVP ; Q1D7U2, RPOC_MYXXD ; +DR B2A4D2, RPOC_NATTJ ; Q5F5R6, RPOC_NEIG1 ; B4RQW3, RPOC_NEIG2 ; +DR A9M3X3, RPOC_NEIM0 ; Q9JX03, RPOC_NEIMA ; Q9K1J1, RPOC_NEIMB ; +DR A1KRG7, RPOC_NEIMF ; Q2GD91, RPOC_NEOSM ; Q0AF54, RPOC_NITEC ; +DR Q82T76, RPOC_NITEU ; Q1QN43, RPOC_NITHX ; Q2YB04, RPOC_NITMU ; +DR Q3J8Q8, RPOC_NITOC ; A6Q1M4, RPOC_NITSB ; Q727C6, RPOC_NITV2 ; +DR A1VAJ5, RPOC_NITV4 ; Q3SSX9, RPOC_NITWN ; Q5YPE1, RPOC_NOCFA ; +DR A1SEK2, RPOC_NOCSJ ; Q2GCD8, RPOC_NOVAD ; Q8ETY7, RPOC_OCEIH ; +DR Q04E86, RPOC_OENOB ; P95405, RPOC_OENOE ; Q30X04, RPOC_OLEA2 ; +DR Q6YQW2, RPOC_ONYPE ; B1ZPB7, RPOC_OPITP ; A5CC92, RPOC_ORITB ; +DR B3CV54, RPOC_ORITI ; A1R8V3, RPOC_PAEAT ; A1TVS9, RPOC_PARC0 ; +DR A6LE80, RPOC_PARD8 ; A1B017, RPOC_PARDP ; A7HWQ5, RPOC_PARL1 ; +DR Q2W2I2, RPOC_PARM1 ; B2JIH3, RPOC_PARP8 ; B2T758, RPOC_PARPJ ; +DR A8LC63, RPOC_PARS2 ; Q6MDM0, RPOC_PARUW ; Q13TG3, RPOC_PARXL ; DR Q9CK92, RPOC_PASMU ; Q6DAM9, RPOC_PECAS ; P77917, RPOC_PEDAC ; DR Q03EB0, RPOC_PEDPA ; B4SG10, RPOC_PELPB ; A1ALT5, RPOC_PELPD ; DR A5D5I3, RPOC_PELTS ; Q4FLL3, RPOC_PELUB ; A9BF32, RPOC_PETMO ; @@ -79963,8 +80425,8 @@ DR C5CKF4, RPOC_VARPS ; A1WK56, RPOC_VEREI ; A5CW24, RPOC_VESOH ; DR A7MXF0, RPOC_VIBC1 ; A5F3P6, RPOC_VIBC3 ; Q9KV29, RPOC_VIBCH ; DR Q87KQ5, RPOC_VIBPA ; Q8DD19, RPOC_VIBVU ; Q7MGS0, RPOC_VIBVY ; DR P96177, RPOC_WEIHE ; P96178, RPOC_WEIPA ; Q8D232, RPOC_WIGBR ; -DR Q8PNS9, RPOC_XANAC ; Q3BWZ0, RPOC_XANC5 ; Q4URD3, RPOC_XANC8 ; -DR B0RU88, RPOC_XANCB ; Q8PC55, RPOC_XANCP ; Q2NZX9, RPOC_XANOM ; +DR Q8PNS9, RPOC_XANAC ; Q4URD3, RPOC_XANC8 ; B0RU88, RPOC_XANCB ; +DR Q8PC55, RPOC_XANCP ; Q3BWZ0, RPOC_XANE5 ; Q2NZX9, RPOC_XANOM ; DR B2SQQ2, RPOC_XANOP ; Q8KTH8, RPOC_XANOR ; A7IKQ1, RPOC_XANP2 ; DR B2IA67, RPOC_XYLF2 ; Q9PA87, RPOC_XYLFA ; B0U5X6, RPOC_XYLFM ; DR Q87A33, RPOC_XYLFT ; A1JII1, RPOC_YERE8 ; A7FNI2, RPOC_YERP3 ; @@ -80060,7 +80522,7 @@ DR P58066, RPOZ_CAUVC ; B8H618, RPOZ_CAUVN ; A3PGF2, RPOZ_CERS1 ; DR Q3J5W7, RPOZ_CERS4 ; A4WVQ1, RPOZ_CERS5 ; B9KSA1, RPOZ_CERSK ; DR Q11JT3, RPOZ_CHESB ; Q1QSI0, RPOZ_CHRSD ; Q7NRL2, RPOZ_CHRVO ; DR B5E9N7, RPOZ_CITBB ; A8ARN6, RPOZ_CITK8 ; A5CRX2, RPOZ_CLAM3 ; -DR B0REV6, RPOZ_CLAMS ; Q97IC9, RPOZ_CLOAB ; A7FW79, RPOZ_CLOB1 ; +DR B0REV6, RPOZ_CLASE ; Q97IC9, RPOZ_CLOAB ; A7FW79, RPOZ_CLOB1 ; DR C3L0L4, RPOZ_CLOB6 ; A6LSJ4, RPOZ_CLOB8 ; B2V4A8, RPOZ_CLOBA ; DR B2THR8, RPOZ_CLOBB ; A5I4U1, RPOZ_CLOBH ; C1FST3, RPOZ_CLOBJ ; DR B1IIM4, RPOZ_CLOBK ; A7GG99, RPOZ_CLOBL ; B1KX63, RPOZ_CLOBM ; @@ -80076,8 +80538,7 @@ DR Q6A8H5, RPOZ_CUTAK ; O19907, RPOZ_CYACA ; Q85G45, RPOZ_CYAM1 ; DR B8HNJ0, RPOZ_CYAP4 ; Q479A9, RPOZ_DECAR ; C1CZ29, RPOZ_DEIDV ; DR Q1J1S9, RPOZ_DEIGD ; Q9RRJ6, RPOZ_DEIRA ; A9BTA2, RPOZ_DELAS ; DR C0QKM9, RPOZ_DESAH ; B8F9J5, RPOZ_DESAL ; B8J412, RPOZ_DESDA ; -DR B8FSC1, RPOZ_DESHD ; Q24TX5, RPOZ_DESHY ; Q725M7, RPOZ_DESVH ; -DR B8DQW7, RPOZ_DESVM ; A1V9Q4, RPOZ_DESVV ; A5EXW8, RPOZ_DICNV ; +DR B8FSC1, RPOZ_DESHD ; Q24TX5, RPOZ_DESHY ; A5EXW8, RPOZ_DICNV ; DR B5YF48, RPOZ_DICT6 ; B8E0X9, RPOZ_DICTD ; A8LLD2, RPOZ_DINSH ; DR A7ZTK1, RPOZ_ECO24 ; B7UM71, RPOZ_ECO27 ; B7MFL0, RPOZ_ECO45 ; DR B7L773, RPOZ_ECO55 ; P0A802, RPOZ_ECO57 ; B5YWE9, RPOZ_ECO5E ; @@ -80091,55 +80552,56 @@ DR Q5FHG7, RPOZ_EHRRG ; Q5HBN0, RPOZ_EHRRW ; A4W500, RPOZ_ENT38 ; DR Q82ZD6, RPOZ_ENTFA ; B2VL59, RPOZ_ERWT9 ; Q2N7Q3, RPOZ_ERYLH ; DR B7LVL1, RPOZ_ESCF3 ; B1YIQ5, RPOZ_EXIS2 ; C4L5X2, RPOZ_EXISA ; DR B0S136, RPOZ_FINM2 ; Q0RF85, RPOZ_FRAAA ; Q2J841, RPOZ_FRACC ; -DR B0TZ05, RPOZ_FRAP2 ; A8LE17, RPOZ_FRASN ; Q14IC5, RPOZ_FRAT1 ; -DR A7NDN9, RPOZ_FRATF ; Q2A273, RPOZ_FRATH ; B2SDK3, RPOZ_FRATM ; -DR A0Q5J3, RPOZ_FRATN ; Q0BKU5, RPOZ_FRATO ; Q5NGX3, RPOZ_FRATT ; -DR A4IZA2, RPOZ_FRATW ; B9M902, RPOZ_GEODF ; Q5L0S7, RPOZ_GEOKA ; -DR Q39T73, RPOZ_GEOMG ; Q74AW2, RPOZ_GEOSL ; C6E2G6, RPOZ_GEOSM ; -DR C5D8R2, RPOZ_GEOSW ; A5G6A4, RPOZ_GEOUR ; B8F5Q2, RPOZ_GLAP5 ; -DR B7KF62, RPOZ_GLOC7 ; Q7NK60, RPOZ_GLOVI ; A9HKY5, RPOZ_GLUDA ; -DR Q6B8L8, RPOZ_GRATL ; O78442, RPOZ_GUITH ; Q7VKI2, RPOZ_HAEDU ; -DR Q4QJK4, RPOZ_HAEI8 ; A5UBD9, RPOZ_HAEIE ; A5UFH3, RPOZ_HAEIG ; -DR P43740, RPOZ_HAEIN ; Q2S8R3, RPOZ_HAHCH ; Q9K9Y3, RPOZ_HALH5 ; -DR A1WVN4, RPOZ_HALHL ; C4K473, RPOZ_HAMD5 ; Q17Y32, RPOZ_HELAH ; -DR Q7VHY0, RPOZ_HELHP ; B0TGS4, RPOZ_HELMI ; B6JM09, RPOZ_HELP2 ; -DR Q1CT94, RPOZ_HELPH ; P60326, RPOZ_HELPJ ; B2UT54, RPOZ_HELPS ; -DR P60325, RPOZ_HELPY ; A4G6Y1, RPOZ_HERAR ; Q0I5L9, RPOZ_HISS1 ; -DR B0URZ0, RPOZ_HISS2 ; Q31DP2, RPOZ_HYDCU ; Q0C3U4, RPOZ_HYPNA ; -DR Q5QYI0, RPOZ_IDILO ; A6SXM0, RPOZ_JANMA ; Q28V32, RPOZ_JANSC ; -DR A6WCB6, RPOZ_KINRD ; B5XTE8, RPOZ_KLEP3 ; A6TFP8, RPOZ_KLEP7 ; -DR C5CGE8, RPOZ_KOSOT ; Q5FJH3, RPOZ_LACAC ; B3WEX2, RPOZ_LACCB ; -DR Q1G9H9, RPOZ_LACDA ; Q049N8, RPOZ_LACDB ; Q044H2, RPOZ_LACGA ; -DR A8YVW4, RPOZ_LACH4 ; Q74IM7, RPOZ_LACJO ; Q9CEE4, RPOZ_LACLA ; -DR A2RN34, RPOZ_LACLM ; Q02WP2, RPOZ_LACLS ; Q038H0, RPOZ_LACP3 ; -DR A9KPG3, RPOZ_LACP7 ; Q88WL6, RPOZ_LACPL ; C1DC35, RPOZ_LARHH ; -DR Q38XT9, RPOZ_LATSS ; Q5X3P3, RPOZ_LEGPA ; A5IDJ2, RPOZ_LEGPC ; -DR Q5WV31, RPOZ_LEGPL ; Q6AF81, RPOZ_LEIXX ; B1Y0M2, RPOZ_LEPCP ; -DR Q03RS0, RPOZ_LEVBA ; Q1WUB4, RPOZ_LIGS1 ; B2GD58, RPOZ_LIMF3 ; -DR A5VKQ8, RPOZ_LIMRD ; B2G842, RPOZ_LIMRJ ; Q92AI2, RPOZ_LISIN ; -DR C1KWC5, RPOZ_LISMC ; Q71YJ0, RPOZ_LISMF ; B8DDS6, RPOZ_LISMH ; -DR Q8Y673, RPOZ_LISMO ; A0AJT1, RPOZ_LISW6 ; B1HQE0, RPOZ_LYSSC ; -DR A0L486, RPOZ_MAGMM ; Q2W519, RPOZ_MAGSA ; Q65RR6, RPOZ_MANSM ; -DR Q0APB9, RPOZ_MARMM ; A6W3K1, RPOZ_MARMS ; A1TYB4, RPOZ_MARN8 ; -DR C6BYN6, RPOZ_MARSD ; Q9MUL7, RPOZ_MESVI ; B7KVD3, RPOZ_METC4 ; -DR Q606J4, RPOZ_METCA ; A9VYZ2, RPOZ_METEP ; Q1GXB8, RPOZ_METFK ; -DR B8IT21, RPOZ_METNO ; B1ZJQ8, RPOZ_METPB ; A2SJD1, RPOZ_METPP ; -DR B1LTE4, RPOZ_METRJ ; B0UN75, RPOZ_METS4 ; B8EK21, RPOZ_METSB ; -DR B0JNU3, RPOZ_MICAN ; Q2RK30, RPOZ_MOOTA ; A0QI28, RPOZ_MYCA1 ; -DR P66722, RPOZ_MYCBO ; A1KIH9, RPOZ_MYCBP ; C1AN35, RPOZ_MYCBT ; -DR B8ZUM0, RPOZ_MYCLB ; Q9CCQ6, RPOZ_MYCLE ; Q741G7, RPOZ_MYCPA ; -DR A0QWT1, RPOZ_MYCS2 ; A5U292, RPOZ_MYCTA ; P9WGY4, RPOZ_MYCTO ; -DR P9WGY5, RPOZ_MYCTU ; A1T8H5, RPOZ_MYCVP ; Q1D2S6, RPOZ_MYXXD ; -DR B9L8H3, RPOZ_NAUPA ; Q5F776, RPOZ_NEIG1 ; B4RN20, RPOZ_NEIG2 ; -DR A9M1N1, RPOZ_NEIM0 ; P66723, RPOZ_NEIMA ; P66724, RPOZ_NEIMB ; -DR A1KV69, RPOZ_NEIMF ; Q2GF15, RPOZ_NEOSM ; Q1XDB1, RPOZ_NEOYE ; -DR Q0AD35, RPOZ_NITEC ; Q82SQ2, RPOZ_NITEU ; Q1QL49, RPOZ_NITHX ; -DR Q2YD11, RPOZ_NITMU ; Q3JBT2, RPOZ_NITOC ; A6Q312, RPOZ_NITSB ; -DR Q3SRA8, RPOZ_NITWN ; Q5YTM8, RPOZ_NOCFA ; A1SJF7, RPOZ_NOCSJ ; -DR B2IUW7, RPOZ_NOSP7 ; Q8YNB9, RPOZ_NOSS1 ; Q2GC33, RPOZ_NOVAD ; -DR Q8ER27, RPOZ_OCEIH ; Q04EL5, RPOZ_OENOB ; Q316U8, RPOZ_OLEA2 ; -DR A1TT47, RPOZ_PARC0 ; A1B1V8, RPOZ_PARDP ; A7HX41, RPOZ_PARL1 ; -DR Q7U8T6, RPOZ_PARMW ; B2JEI3, RPOZ_PARP8 ; B2T6B2, RPOZ_PARPJ ; +DR B0TZ05, RPOZ_FRAP2 ; Q14IC5, RPOZ_FRAT1 ; A7NDN9, RPOZ_FRATF ; +DR Q2A273, RPOZ_FRATH ; B2SDK3, RPOZ_FRATM ; A0Q5J3, RPOZ_FRATN ; +DR Q0BKU5, RPOZ_FRATO ; Q5NGX3, RPOZ_FRATT ; A4IZA2, RPOZ_FRATW ; +DR B9M902, RPOZ_GEODF ; Q5L0S7, RPOZ_GEOKA ; Q39T73, RPOZ_GEOMG ; +DR Q74AW2, RPOZ_GEOSL ; C6E2G6, RPOZ_GEOSM ; C5D8R2, RPOZ_GEOSW ; +DR A5G6A4, RPOZ_GEOUR ; B8F5Q2, RPOZ_GLAP5 ; B7KF62, RPOZ_GLOC7 ; +DR Q7NK60, RPOZ_GLOVI ; A9HKY5, RPOZ_GLUDA ; Q6B8L8, RPOZ_GRATL ; +DR O78442, RPOZ_GUITH ; Q7VKI2, RPOZ_HAEDU ; Q4QJK4, RPOZ_HAEI8 ; +DR A5UBD9, RPOZ_HAEIE ; A5UFH3, RPOZ_HAEIG ; P43740, RPOZ_HAEIN ; +DR Q2S8R3, RPOZ_HAHCH ; Q9K9Y3, RPOZ_HALH5 ; A1WVN4, RPOZ_HALHL ; +DR C4K473, RPOZ_HAMD5 ; Q17Y32, RPOZ_HELAH ; Q7VHY0, RPOZ_HELHP ; +DR B0TGS4, RPOZ_HELMI ; B6JM09, RPOZ_HELP2 ; Q1CT94, RPOZ_HELPH ; +DR P60326, RPOZ_HELPJ ; B2UT54, RPOZ_HELPS ; P60325, RPOZ_HELPY ; +DR A4G6Y1, RPOZ_HERAR ; Q0I5L9, RPOZ_HISS1 ; B0URZ0, RPOZ_HISS2 ; +DR Q31DP2, RPOZ_HYDCU ; Q0C3U4, RPOZ_HYPNA ; Q5QYI0, RPOZ_IDILO ; +DR A6SXM0, RPOZ_JANMA ; Q28V32, RPOZ_JANSC ; A6WCB6, RPOZ_KINRD ; +DR B5XTE8, RPOZ_KLEP3 ; A6TFP8, RPOZ_KLEP7 ; C5CGE8, RPOZ_KOSOT ; +DR Q5FJH3, RPOZ_LACAC ; B3WEX2, RPOZ_LACCB ; Q1G9H9, RPOZ_LACDA ; +DR Q049N8, RPOZ_LACDB ; Q044H2, RPOZ_LACGA ; A8YVW4, RPOZ_LACH4 ; +DR Q74IM7, RPOZ_LACJO ; Q9CEE4, RPOZ_LACLA ; A2RN34, RPOZ_LACLM ; +DR Q02WP2, RPOZ_LACLS ; Q038H0, RPOZ_LACP3 ; A9KPG3, RPOZ_LACP7 ; +DR Q88WL6, RPOZ_LACPL ; C1DC35, RPOZ_LARHH ; Q38XT9, RPOZ_LATSS ; +DR Q5X3P3, RPOZ_LEGPA ; A5IDJ2, RPOZ_LEGPC ; Q5WV31, RPOZ_LEGPL ; +DR Q6AF81, RPOZ_LEIXX ; B1Y0M2, RPOZ_LEPCP ; Q03RS0, RPOZ_LEVBA ; +DR Q1WUB4, RPOZ_LIGS1 ; B2GD58, RPOZ_LIMF3 ; A5VKQ8, RPOZ_LIMRD ; +DR B2G842, RPOZ_LIMRJ ; Q92AI2, RPOZ_LISIN ; C1KWC5, RPOZ_LISMC ; +DR Q71YJ0, RPOZ_LISMF ; B8DDS6, RPOZ_LISMH ; Q8Y673, RPOZ_LISMO ; +DR A0AJT1, RPOZ_LISW6 ; B1HQE0, RPOZ_LYSSC ; A0L486, RPOZ_MAGMM ; +DR Q65RR6, RPOZ_MANSM ; Q0APB9, RPOZ_MARMM ; A6W3K1, RPOZ_MARMS ; +DR A1TYB4, RPOZ_MARN8 ; C6BYN6, RPOZ_MARSD ; Q9MUL7, RPOZ_MESVI ; +DR B7KVD3, RPOZ_METC4 ; Q606J4, RPOZ_METCA ; A9VYZ2, RPOZ_METEP ; +DR Q1GXB8, RPOZ_METFK ; B8IT21, RPOZ_METNO ; B1ZJQ8, RPOZ_METPB ; +DR A2SJD1, RPOZ_METPP ; B1LTE4, RPOZ_METRJ ; B0UN75, RPOZ_METS4 ; +DR B8EK21, RPOZ_METSB ; B0JNU3, RPOZ_MICAN ; Q2RK30, RPOZ_MOOTA ; +DR A0QI28, RPOZ_MYCA1 ; P66722, RPOZ_MYCBO ; A1KIH9, RPOZ_MYCBP ; +DR C1AN35, RPOZ_MYCBT ; B8ZUM0, RPOZ_MYCLB ; Q9CCQ6, RPOZ_MYCLE ; +DR Q741G7, RPOZ_MYCPA ; A0QWT1, RPOZ_MYCS2 ; A5U292, RPOZ_MYCTA ; +DR P9WGY4, RPOZ_MYCTO ; P9WGY5, RPOZ_MYCTU ; A1T8H5, RPOZ_MYCVP ; +DR Q1D2S6, RPOZ_MYXXD ; B9L8H3, RPOZ_NAUPA ; Q5F776, RPOZ_NEIG1 ; +DR B4RN20, RPOZ_NEIG2 ; A9M1N1, RPOZ_NEIM0 ; P66723, RPOZ_NEIMA ; +DR P66724, RPOZ_NEIMB ; A1KV69, RPOZ_NEIMF ; Q2GF15, RPOZ_NEOSM ; +DR Q1XDB1, RPOZ_NEOYE ; Q0AD35, RPOZ_NITEC ; Q82SQ2, RPOZ_NITEU ; +DR Q1QL49, RPOZ_NITHX ; Q2YD11, RPOZ_NITMU ; Q3JBT2, RPOZ_NITOC ; +DR A6Q312, RPOZ_NITSB ; Q725M7, RPOZ_NITV2 ; A1V9Q4, RPOZ_NITV4 ; +DR B8DQW7, RPOZ_NITV9 ; Q3SRA8, RPOZ_NITWN ; Q5YTM8, RPOZ_NOCFA ; +DR A1SJF7, RPOZ_NOCSJ ; B2IUW7, RPOZ_NOSP7 ; Q8YNB9, RPOZ_NOSS1 ; +DR Q2GC33, RPOZ_NOVAD ; Q8ER27, RPOZ_OCEIH ; Q04EL5, RPOZ_OENOB ; +DR Q316U8, RPOZ_OLEA2 ; A1TT47, RPOZ_PARC0 ; A1B1V8, RPOZ_PARDP ; +DR A7HX41, RPOZ_PARL1 ; Q2W519, RPOZ_PARM1 ; Q7U8T6, RPOZ_PARMW ; +DR B2JEI3, RPOZ_PARP8 ; B2T6B2, RPOZ_PARPJ ; A8LE17, RPOZ_PARS2 ; DR Q13V50, RPOZ_PARXL ; Q9CMB2, RPOZ_PASMU ; Q6DB61, RPOZ_PECAS ; DR C6DJC5, RPOZ_PECCP ; Q03FY6, RPOZ_PEDPA ; A1ARN6, RPOZ_PELPD ; DR A5D1C3, RPOZ_PELTS ; Q4FLD7, RPOZ_PELUB ; C0QR95, RPOZ_PERMH ; @@ -80226,8 +80688,8 @@ DR B7VHI0, RPOZ_VIBA3 ; A5F4S8, RPOZ_VIBC3 ; Q9KNM3, RPOZ_VIBCH ; DR C3LSD6, RPOZ_VIBCM ; Q87TB0, RPOZ_VIBPA ; Q8DDV5, RPOZ_VIBVU ; DR Q7MPX0, RPOZ_VIBVY ; Q8D2E9, RPOZ_WIGBR ; Q73FM5, RPOZ_WOLPM ; DR B3CMP5, RPOZ_WOLPP ; Q7MSQ0, RPOZ_WOLSU ; Q5GSP9, RPOZ_WOLTR ; -DR C0R512, RPOZ_WOLWR ; P66732, RPOZ_XANAC ; Q3BPS1, RPOZ_XANC5 ; -DR Q4UY42, RPOZ_XANC8 ; B0RP99, RPOZ_XANCB ; P66733, RPOZ_XANCP ; +DR C0R512, RPOZ_WOLWR ; P66732, RPOZ_XANAC ; Q4UY42, RPOZ_XANC8 ; +DR B0RP99, RPOZ_XANCB ; P66733, RPOZ_XANCP ; Q3BPS1, RPOZ_XANE5 ; DR Q2P6M7, RPOZ_XANOM ; Q5H3R9, RPOZ_XANOR ; A7IM18, RPOZ_XANP2 ; DR Q9PD77, RPOZ_XYLFA ; B0U6W4, RPOZ_XYLFM ; Q87DG6, RPOZ_XYLFT ; DR A1JHV7, RPOZ_YERE8 ; A7FCR3, RPOZ_YERP3 ; Q1C257, RPOZ_YERPA ; @@ -80267,8 +80729,8 @@ DR Q07QK9, DNAE2_RHOP5; Q6N8V0, DNAE2_RHOPA; Q139V1, DNAE2_RHOPS; DR Q5LVN0, DNAE2_RUEPO; Q21LY9, DNAE2_SACD2; C3M9Z5, DNAE2_SINFN; DR A6UDW8, DNAE2_SINMW; Q67N73, DNAE2_SYMTH; C5BNE0, DNAE2_TERTT; DR A7MUN4, DNAE2_VIBC1; Q87N39, DNAE2_VIBPA; Q8D8I6, DNAE2_VIBVU; -DR Q7MLY4, DNAE2_VIBVY; Q8PN74, DNAE2_XANAC; Q3BWA6, DNAE2_XANC5; -DR Q4URY1, DNAE2_XANC8; B0RY89, DNAE2_XANCB; Q8PBL8, DNAE2_XANCP; +DR Q7MLY4, DNAE2_VIBVY; Q8PN74, DNAE2_XANAC; Q4URY1, DNAE2_XANC8; +DR B0RY89, DNAE2_XANCB; Q8PBL8, DNAE2_XANCP; Q3BWA6, DNAE2_XANE5; DR B2SI43, DNAE2_XANOP; Q5GX78, DNAE2_XANOR; Q8UAY9, DNE21_AGRFC; DR Q92LA6, DNE21_RHIME; Q8UKK2, DNE22_AGRFC; Q92ZJ6, DNE22_RHIME; DR Q8U642, DNE23_AGRFC; O28552, DP2L_ARCFU ; A0RYM0, DP2L_CENSY ; @@ -80423,8 +80885,8 @@ DR Q974T8, DPO4_SULTO ; Q67QM6, DPO4_SYMTH ; Q73P36, DPO4_TREDE ; DR B1AJ79, DPO4_UREP2 ; Q9PQ53, DPO4_UREPA ; B5ZBT4, DPO4_UREU1 ; DR A5F5Y1, DPO4_VIBC3 ; Q9KPS5, DPO4_VIBCH ; C3LQ59, DPO4_VIBCM ; DR Q87MB4, DPO4_VIBPA ; Q8DBI7, DPO4_VIBVU ; Q7MID6, DPO4_VIBVY ; -DR Q8PGJ4, DPO4_XANAC ; Q3BP42, DPO4_XANC5 ; Q4UQI2, DPO4_XANC8 ; -DR Q8PCW8, DPO4_XANCP ; Q2P7M9, DPO4_XANOM ; P25615, DPO4_YEAST ; +DR Q8PGJ4, DPO4_XANAC ; Q4UQI2, DPO4_XANC8 ; Q8PCW8, DPO4_XANCP ; +DR Q3BP42, DPO4_XANE5 ; Q2P7M9, DPO4_XANOM ; P25615, DPO4_YEAST ; DR A1JNY3, DPO4_YERE8 ; A7FLI9, DPO4_YERP3 ; Q1C4D9, DPO4_YERPA ; DR Q8ZBZ9, DPO4_YERPE ; Q1CLD4, DPO4_YERPN ; A4TPK8, DPO4_YERPP ; DR Q66DZ7, DPO4_YERPS ; P39985, DPO5_YEAST ; Q9LVN7, DPOD1_ARATH; @@ -80532,54 +80994,56 @@ DR P71730, HOLA_MYCTU ; P37540, HOLB_BACSU ; P57435, HOLB_BUCAI ; DR Q8K9J2, HOLB_BUCAP ; Q89AG8, HOLB_BUCBP ; P28631, HOLB_ECOLI ; DR P43748, HOLB_HAEIN ; P52024, HOLB_PSEAE ; O69170, HOLB_YERPE ; DR P28905, HOLC_ECOLI ; P43749, HOLC_HAEIN ; O68823, HOLC_PSEAE ; -DR P28632, HOLD_ECOLI ; P43750, HOLD_HAEIN ; P0ABT0, HOLE_ECO57 ; -DR P0ABS9, HOLE_ECOL6 ; P0ABS8, HOLE_ECOLI ; P0ABT1, HOLE_SHIFL ; -DR P0DPS1, PIPOL_ECOLX; P63128, POK9_HUMAN ; Q91DM0, POLG_PVCV1 ; -DR Q6XKE6, POLG_PVCV2 ; Q8H2D5, POLH_ARATH ; Q9VNX1, POLH_DROME ; -DR Q9Y253, POLH_HUMAN ; Q9JJN0, POLH_MOUSE ; Q04049, POLH_YEAST ; -DR F4I6M1, POLIA_ARATH; Q6Z4T5, POLIA_ORYSJ; Q84ND9, POLIB_ARATH; -DR Q6Z4T3, POLIB_ORYSJ; Q9VHV1, POLI_DROME ; Q9UNA4, POLI_HUMAN ; -DR Q6R3M4, POLI_MOUSE ; Q6JDV7, POLK_ARATH ; P34409, POLK_CAEEL ; -DR Q9UBT6, POLK_HUMAN ; Q9QUG2, POLK_MOUSE ; O74944, POLK_SCHPO ; -DR P94544, POLX_BACSU ; Q7SQ98, POL_ALV ; Q04095, POL_ALVA ; -DR P03360, POL_AVIRE ; P10272, POL_BAEVM ; P19560, POL_BIV29 ; -DR P25059, POL_BLVAU ; P03361, POL_BLVJ ; M5AAG8, POL_BPNNR ; -DR P31792, POL_FENV1 ; O93209, POL_FFV ; P10273, POL_FLV ; -DR P14350, POL_FOAMV ; P21414, POL_GALV ; P03362, POL_HTL1A ; -DR P14078, POL_HTL1C ; P0C211, POL_HTL1L ; Q0R5R2, POL_HTL32 ; -DR Q4U0X6, POL_HTL3P ; P03363, POL_HTLV2 ; O93215, POL_HV190 ; -DR O12158, POL_HV192 ; O89290, POL_HV193 ; Q9QBY3, POL_HV196 ; -DR Q9QBZ9, POL_HV197 ; O41798, POL_HV19N ; P03369, POL_HV1A2 ; -DR Q77373, POL_HV1AN ; P03366, POL_HV1B1 ; P04587, POL_HV1B5 ; -DR Q73368, POL_HV1B9 ; P03367, POL_HV1BR ; P04589, POL_HV1EL ; -DR Q75002, POL_HV1ET ; P04585, POL_HV1H2 ; P20875, POL_HV1JR ; -DR P0C6F2, POL_HV1LW ; Q9QBZ1, POL_HV1M2 ; P04588, POL_HV1MA ; -DR P05961, POL_HV1MN ; Q9QBZ5, POL_HV1MP ; Q79666, POL_HV1MV ; -DR P12497, POL_HV1N5 ; P18802, POL_HV1ND ; P20892, POL_HV1OY ; -DR P05959, POL_HV1RH ; Q9WC54, POL_HV1S2 ; Q9WC63, POL_HV1S9 ; -DR O89940, POL_HV1SE ; P24740, POL_HV1U4 ; Q9Q720, POL_HV1V9 ; -DR Q9QSR3, POL_HV1VI ; P35963, POL_HV1Y2 ; Q9IDV9, POL_HV1YB ; -DR O91080, POL_HV1YF ; P12499, POL_HV1Z2 ; P18096, POL_HV2BE ; -DR P24107, POL_HV2CA ; P17757, POL_HV2D1 ; P15833, POL_HV2D2 ; -DR Q89928, POL_HV2EH ; P18042, POL_HV2G1 ; Q74120, POL_HV2KR ; -DR P05962, POL_HV2NZ ; P04584, POL_HV2RO ; P12451, POL_HV2SB ; -DR P20876, POL_HV2ST ; Q76634, POL_HV2UC ; P04026, POL_IPHA ; -DR P11368, POL_IPMA ; P12894, POL_IPMAI ; Q82851, POL_JEMBR ; -DR P31623, POL_JSRV ; Q9TTC1, POL_KORV ; P03356, POL_MLVAV ; -DR Q7SVK7, POL_MLVBM ; P08361, POL_MLVCB ; P26810, POL_MLVF5 ; -DR P26809, POL_MLVFF ; P26808, POL_MLVFP ; P03355, POL_MLVMS ; -DR P11227, POL_MLVRD ; P03365, POL_MMTVB ; P11283, POL_MMTVC ; -DR P07572, POL_MPMV ; P03354, POL_RSVP ; O92956, POL_RSVSB ; -DR P23074, POL_SFV1 ; P27401, POL_SFV3L ; Q87040, POL_SFVCP ; -DR P17283, POL_SIVCZ ; Q1A249, POL_SIVEK ; Q02836, POL_SIVG1 ; -DR P22382, POL_SIVGB ; P05896, POL_SIVM1 ; Q1A267, POL_SIVMB ; -DR P05897, POL_SIVMK ; P12502, POL_SIVS4 ; P19505, POL_SIVSP ; -DR Q8AII1, POL_SIVTN ; P27973, POL_SIVV1 ; P27980, POL_SIVVG ; -DR P05895, POL_SIVVT ; P03364, POL_SMRVH ; P04025, POL_SRV1 ; -DR P51517, POL_SRV2 ; P03370, POL_VILV ; P23426, POL_VILV1 ; -DR P23427, POL_VILV2 ; P35956, POL_VILVK ; O92815, POL_WDSV ; -DR P03359, POL_WMSV ; Q2F7J3, POL_XMRV3 ; Q2F7J0, POL_XMRV4 ; -DR A1Z651, POL_XMRV6 ; O60673, REV3L_HUMAN; Q61493, REV3L_MOUSE; +DR Q9ZC94, HOLC_RICPR ; P28632, HOLD_ECOLI ; P43750, HOLD_HAEIN ; +DR P0ABT0, HOLE_ECO57 ; P0ABS9, HOLE_ECOL6 ; P0ABS8, HOLE_ECOLI ; +DR P0ABT1, HOLE_SHIFL ; P0DPS1, PIPOL_ECOLX; P63128, POK9_HUMAN ; +DR Q91DM0, POLG_PVCV1 ; Q6XKE6, POLG_PVCV2 ; Q8H2D5, POLH_ARATH ; +DR Q9VNX1, POLH_DROME ; Q9Y253, POLH_HUMAN ; Q9JJN0, POLH_MOUSE ; +DR Q04049, POLH_YEAST ; F4I6M1, POLIA_ARATH; Q6Z4T5, POLIA_ORYSJ; +DR Q84ND9, POLIB_ARATH; Q6Z4T3, POLIB_ORYSJ; Q9VHV1, POLI_DROME ; +DR Q9UNA4, POLI_HUMAN ; Q6R3M4, POLI_MOUSE ; Q6JDV7, POLK_ARATH ; +DR P34409, POLK_CAEEL ; Q9UBT6, POLK_HUMAN ; Q9QUG2, POLK_MOUSE ; +DR O74944, POLK_SCHPO ; P94544, POLX_BACSU ; Q7SQ98, POL_ALV ; +DR Q04095, POL_ALVA ; P03360, POL_AVIRE ; P10272, POL_BAEVM ; +DR P19560, POL_BIV29 ; P25059, POL_BLVAU ; P03361, POL_BLVJ ; +DR M5AAG8, POL_BPNNR ; P31792, POL_FENV1 ; O93209, POL_FFV ; +DR P10273, POL_FLV ; P14350, POL_FOAMV ; P21414, POL_GALV ; +DR P03362, POL_HTL1A ; P14078, POL_HTL1C ; P0C211, POL_HTL1L ; +DR Q0R5R2, POL_HTL32 ; Q4U0X6, POL_HTL3P ; P03363, POL_HTLV2 ; +DR O93215, POL_HV190 ; O12158, POL_HV192 ; O89290, POL_HV193 ; +DR Q9QBY3, POL_HV196 ; Q9QBZ9, POL_HV197 ; O41798, POL_HV19N ; +DR P03369, POL_HV1A2 ; Q77373, POL_HV1AN ; P03366, POL_HV1B1 ; +DR P04587, POL_HV1B5 ; Q73368, POL_HV1B9 ; P03367, POL_HV1BR ; +DR P04589, POL_HV1EL ; Q75002, POL_HV1ET ; P04585, POL_HV1H2 ; +DR P20875, POL_HV1JR ; P0C6F2, POL_HV1LW ; Q9QBZ1, POL_HV1M2 ; +DR P04588, POL_HV1MA ; P05961, POL_HV1MN ; Q9QBZ5, POL_HV1MP ; +DR Q79666, POL_HV1MV ; P12497, POL_HV1N5 ; P18802, POL_HV1ND ; +DR P20892, POL_HV1OY ; P05959, POL_HV1RH ; Q9WC54, POL_HV1S2 ; +DR Q9WC63, POL_HV1S9 ; O89940, POL_HV1SE ; P24740, POL_HV1U4 ; +DR Q9Q720, POL_HV1V9 ; Q9QSR3, POL_HV1VI ; P35963, POL_HV1Y2 ; +DR Q9IDV9, POL_HV1YB ; O91080, POL_HV1YF ; P12499, POL_HV1Z2 ; +DR P18096, POL_HV2BE ; P24107, POL_HV2CA ; P17757, POL_HV2D1 ; +DR P15833, POL_HV2D2 ; Q89928, POL_HV2EH ; P18042, POL_HV2G1 ; +DR Q74120, POL_HV2KR ; P05962, POL_HV2NZ ; P04584, POL_HV2RO ; +DR P12451, POL_HV2SB ; P20876, POL_HV2ST ; Q76634, POL_HV2UC ; +DR P04026, POL_IPHA ; P11368, POL_IPMA ; P12894, POL_IPMAI ; +DR Q82851, POL_JEMBR ; P31623, POL_JSRV ; Q9TTC1, POL_KORV ; +DR P03356, POL_MLVAV ; Q7SVK7, POL_MLVBM ; P08361, POL_MLVCB ; +DR P26810, POL_MLVF5 ; P26809, POL_MLVFF ; P26808, POL_MLVFP ; +DR P03355, POL_MLVMS ; P11227, POL_MLVRD ; P03365, POL_MMTVB ; +DR P11283, POL_MMTVC ; P07572, POL_MPMV ; P03354, POL_RSVP ; +DR O92956, POL_RSVSB ; P23074, POL_SFV1 ; P27401, POL_SFV3L ; +DR Q87040, POL_SFVCP ; P17283, POL_SIVCZ ; Q1A249, POL_SIVEK ; +DR Q02836, POL_SIVG1 ; P22382, POL_SIVGB ; P05896, POL_SIVM1 ; +DR Q1A267, POL_SIVMB ; P05897, POL_SIVMK ; P12502, POL_SIVS4 ; +DR P19505, POL_SIVSP ; Q8AII1, POL_SIVTN ; P27973, POL_SIVV1 ; +DR P27980, POL_SIVVG ; P05895, POL_SIVVT ; P03364, POL_SMRVH ; +DR P04025, POL_SRV1 ; P51517, POL_SRV2 ; P03370, POL_VILV ; +DR P23426, POL_VILV1 ; P23427, POL_VILV2 ; P35956, POL_VILVK ; +DR O92815, POL_WDSV ; P03359, POL_WMSV ; Q2F7J3, POL_XMRV3 ; +DR Q2F7J0, POL_XMRV4 ; A1Z651, POL_XMRV6 ; Q08DZ8, PRIPO_BOVIN; +DR A0A3Q2TTB3, PRIPO_CHICK; Q32PL8, PRIPO_DANRE; Q96LW4, PRIPO_HUMAN; +DR Q6P1E7, PRIPO_MOUSE; O60673, REV3L_HUMAN; Q61493, REV3L_MOUSE; DR Q766Z3, REV3_ARATH ; Q07163, TY1AB_YEASX; O13527, YA11B_YEAST; DR Q12490, YB11B_YEAST; Q12193, YB12B_YEAST; Q12491, YB21B_YEAST; DR P25384, YC21B_YEAST; Q03855, YD11B_YEAST; Q99231, YD12B_YEAST; @@ -80671,7 +81135,7 @@ DR Q9Z6R0, PNP_CHLPN ; B9LH03, PNP_CHLSY ; B0B971, PNP_CHLT2 ; DR B3QY14, PNP_CHLT3 ; Q3KKJ7, PNP_CHLTA ; B0BAV0, PNP_CHLTB ; DR Q8KBY3, PNP_CHLTE ; O84849, PNP_CHLTR ; A0LYC0, PNP_CHRFK ; DR Q1QSZ4, PNP_CHRSD ; Q7NY10, PNP_CHRVO ; B5EI63, PNP_CITBB ; -DR A8AQ53, PNP_CITK8 ; A5CSN9, PNP_CLAM3 ; B0RGW7, PNP_CLAMS ; +DR A8AQ53, PNP_CITK8 ; A5CSN9, PNP_CLAM3 ; B0RGW7, PNP_CLASE ; DR Q97I45, PNP_CLOAB ; A7FVY7, PNP_CLOB1 ; C3L0B0, PNP_CLOB6 ; DR A6LSR0, PNP_CLOB8 ; B2V4H5, PNP_CLOBA ; B2TJ61, PNP_CLOBB ; DR A5I4I7, PNP_CLOBH ; C1FS53, PNP_CLOBJ ; B1II43, PNP_CLOBK ; @@ -80692,7 +81156,6 @@ DR Q1J1D0, PNP_DEIGD ; Q9RSR1, PNP_DEIRA ; A9BNB8, PNP_DELAS ; DR C0QHM6, PNP_DESAH ; B8FCZ0, PNP_DESAL ; B1I393, PNP_DESAP ; DR B8J1X9, PNP_DESDA ; B8FR00, PNP_DESHD ; Q24UJ4, PNP_DESHY ; DR A8ZZ59, PNP_DESOH ; Q6AJY9, PNP_DESPS ; A4J5W6, PNP_DESRM ; -DR Q72ER6, PNP_DESVH ; B8DN07, PNP_DESVM ; A1VG88, PNP_DESVV ; DR A5EXU0, PNP_DICNV ; B5YEB0, PNP_DICT6 ; B8E2S5, PNP_DICTD ; DR A8LKE7, PNP_DINSH ; A7ZS61, PNP_ECO24 ; B7UJ59, PNP_ECO27 ; DR B7MB85, PNP_ECO45 ; B7LH99, PNP_ECO55 ; Q8X9M3, PNP_ECO57 ; @@ -80708,60 +81171,61 @@ DR Q82ZJ2, PNP_ENTFA ; B2VGN7, PNP_ERWT9 ; Q2NBZ2, PNP_ERYLH ; DR B7LR33, PNP_ESCF3 ; B1YI57, PNP_EXIS2 ; C4L6J6, PNP_EXISA ; DR A7HK24, PNP_FERNB ; B0S1D9, PNP_FINM2 ; A5FJZ1, PNP_FLAJ1 ; DR A6H185, PNP_FLAPJ ; Q0RDT1, PNP_FRAAA ; Q2J735, PNP_FRACC ; -DR B0TZ09, PNP_FRAP2 ; A8L6G1, PNP_FRASN ; Q14IC9, PNP_FRAT1 ; -DR A7NDP3, PNP_FRATF ; Q2A269, PNP_FRATH ; B2SDK7, PNP_FRATM ; -DR A0Q5I9, PNP_FRATN ; Q0BKU1, PNP_FRATO ; Q5NGX7, PNP_FRATT ; -DR A4IZA6, PNP_FRATW ; Q8RIA1, PNP_FUSNN ; C1A3Y1, PNP_GEMAT ; -DR B9M1G5, PNP_GEODF ; Q5L0I2, PNP_GEOKA ; Q39VA1, PNP_GEOMG ; -DR Q74CS9, PNP_GEOSL ; C6E2P5, PNP_GEOSM ; C5D9D5, PNP_GEOSW ; -DR A4IME3, PNP_GEOTN ; A5GF91, PNP_GEOUR ; B8F492, PNP_GLAP5 ; -DR B7KIQ3, PNP_GLOC7 ; Q7NGM0, PNP_GLOVI ; A9HF35, PNP_GLUDA ; -DR Q5FQL9, PNP_GLUOX ; Q0BPK3, PNP_GRABC ; Q7VL91, PNP_HAEDU ; -DR Q4QNV7, PNP_HAEI8 ; A5UAQ6, PNP_HAEIE ; A5UG34, PNP_HAEIG ; -DR P44584, PNP_HAEIN ; Q2SMK9, PNP_HAHCH ; Q9KA83, PNP_HALH5 ; -DR A1WXU7, PNP_HALHL ; B8CW78, PNP_HALOH ; C4K3E6, PNP_HAMD5 ; -DR Q17VM4, PNP_HELAH ; Q7VIL0, PNP_HELHP ; B0THS2, PNP_HELMI ; -DR B6JN53, PNP_HELP2 ; B5Z8L0, PNP_HELPG ; Q1CS51, PNP_HELPH ; -DR Q9ZK11, PNP_HELPJ ; B2UUX6, PNP_HELPS ; O25812, PNP_HELPY ; -DR A9B8G1, PNP_HERA2 ; A4G647, PNP_HERAR ; Q0I2T0, PNP_HISS1 ; -DR B0UTJ5, PNP_HISS2 ; Q31GJ9, PNP_HYDCU ; B4U6R7, PNP_HYDS0 ; -DR Q0BWM9, PNP_HYPNA ; Q5QYE1, PNP_IDILO ; A6SY02, PNP_JANMA ; -DR Q28K17, PNP_JANSC ; A8Z660, PNP_KARMG ; A6W815, PNP_KINRD ; -DR B5XSX9, PNP_KLEP3 ; A6TEI3, PNP_KLEP7 ; B2GKI3, PNP_KOCRD ; -DR Q1IQ54, PNP_KORVE ; Q9CEI6, PNP_LACLA ; A2RMS5, PNP_LACLM ; -DR Q02WZ5, PNP_LACLS ; A9KNK6, PNP_LACP7 ; C1D8W8, PNP_LARHH ; -DR Q1MPL7, PNP_LAWIP ; Q5X1C7, PNP_LEGPA ; A5IHU3, PNP_LEGPC ; -DR Q5ZRV8, PNP_LEGPH ; Q5WT40, PNP_LEGPL ; Q6AFQ2, PNP_LEIXX ; -DR B0SH22, PNP_LEPBA ; Q04U27, PNP_LEPBJ ; Q04ZJ9, PNP_LEPBL ; -DR B0SQH8, PNP_LEPBP ; B1Y823, PNP_LEPCP ; Q72NX7, PNP_LEPIC ; -DR Q8F7J8, PNP_LEPIN ; Q92C23, PNP_LISIN ; C1L2N7, PNP_LISMC ; -DR Q71ZZ1, PNP_LISMF ; B8DFZ6, PNP_LISMH ; Q8Y7F1, PNP_LISMO ; -DR A0AID2, PNP_LISW6 ; B1HR13, PNP_LYSSC ; B9EBG0, PNP_MACCJ ; -DR A0LE14, PNP_MAGMM ; Q2VZQ4, PNP_MAGSA ; Q65VB0, PNP_MANSM ; -DR Q0AK62, PNP_MARMM ; A6VU33, PNP_MARMS ; A1U5Z6, PNP_MARN8 ; -DR B7KN55, PNP_METC4 ; Q609C6, PNP_METCA ; A9W8P8, PNP_METEP ; -DR Q1GXD2, PNP_METFK ; B3DZ86, PNP_METI4 ; B8IGX3, PNP_METNO ; -DR B1ZGS7, PNP_METPB ; A2SFM2, PNP_METPP ; B1LZQ1, PNP_METRJ ; -DR B0UEX5, PNP_METS4 ; B8EP09, PNP_METSB ; B0JYC3, PNP_MICAN ; -DR C5C9U0, PNP_MICLC ; Q2RJL9, PNP_MOOTA ; A0QIW5, PNP_MYCA1 ; -DR B1MD62, PNP_MYCA9 ; Q7TXW0, PNP_MYCBO ; A1KMC6, PNP_MYCBP ; -DR C1AFP7, PNP_MYCBT ; A4TCH6, PNP_MYCGI ; B8ZQJ6, PNP_MYCLB ; -DR Q9CCF8, PNP_MYCLE ; B2HKV3, PNP_MYCMM ; Q73VX0, PNP_MYCPA ; -DR A0QVQ5, PNP_MYCS2 ; A3PY93, PNP_MYCSJ ; A1UET6, PNP_MYCSK ; -DR Q1BA76, PNP_MYCSS ; A5U6D6, PNP_MYCTA ; P9WI56, PNP_MYCTO ; -DR P9WI57, PNP_MYCTU ; A0PQE7, PNP_MYCUA ; A1T7L4, PNP_MYCVP ; -DR Q1DAM1, PNP_MYXXD ; B2A3A3, PNP_NATTJ ; Q5F9Q7, PNP_NEIG1 ; -DR B4RK29, PNP_NEIG2 ; A9M3J0, PNP_NEIM0 ; A1IR09, PNP_NEIMA ; -DR Q9K062, PNP_NEIMB ; A1KT19, PNP_NEIMF ; Q2GEY8, PNP_NEOSM ; -DR Q0AE53, PNP_NITEC ; Q82XT0, PNP_NITEU ; Q1QS60, PNP_NITHX ; -DR Q2Y5X9, PNP_NITMU ; Q3J9C0, PNP_NITOC ; A6Q4N2, PNP_NITSB ; -DR Q3SWP5, PNP_NITWN ; Q5YSV6, PNP_NOCFA ; A1SLJ4, PNP_NOCSJ ; -DR B2J2V3, PNP_NOSP7 ; Q8YP11, PNP_NOSS1 ; Q2G5F5, PNP_NOVAD ; -DR Q8EQT7, PNP_OCEIH ; Q30WI5, PNP_OLEA2 ; Q6YQX2, PNP_ONYPE ; -DR B1ZS98, PNP_OPITP ; A5CC62, PNP_ORITB ; B3CTX1, PNP_ORITI ; -DR A1R525, PNP_PAEAT ; A1TLL2, PNP_PARC0 ; A6LFK9, PNP_PARD8 ; -DR A1B5P9, PNP_PARDP ; A7HZ97, PNP_PARL1 ; Q7U515, PNP_PARMW ; -DR B2JDN2, PNP_PARP8 ; B2T2E3, PNP_PARPJ ; Q6MDI2, PNP_PARUW ; +DR B0TZ09, PNP_FRAP2 ; Q14IC9, PNP_FRAT1 ; A7NDP3, PNP_FRATF ; +DR Q2A269, PNP_FRATH ; B2SDK7, PNP_FRATM ; A0Q5I9, PNP_FRATN ; +DR Q0BKU1, PNP_FRATO ; Q5NGX7, PNP_FRATT ; A4IZA6, PNP_FRATW ; +DR Q8RIA1, PNP_FUSNN ; C1A3Y1, PNP_GEMAT ; B9M1G5, PNP_GEODF ; +DR Q5L0I2, PNP_GEOKA ; Q39VA1, PNP_GEOMG ; Q74CS9, PNP_GEOSL ; +DR C6E2P5, PNP_GEOSM ; C5D9D5, PNP_GEOSW ; A4IME3, PNP_GEOTN ; +DR A5GF91, PNP_GEOUR ; B8F492, PNP_GLAP5 ; B7KIQ3, PNP_GLOC7 ; +DR Q7NGM0, PNP_GLOVI ; A9HF35, PNP_GLUDA ; Q5FQL9, PNP_GLUOX ; +DR Q0BPK3, PNP_GRABC ; Q7VL91, PNP_HAEDU ; Q4QNV7, PNP_HAEI8 ; +DR A5UAQ6, PNP_HAEIE ; A5UG34, PNP_HAEIG ; P44584, PNP_HAEIN ; +DR Q2SMK9, PNP_HAHCH ; Q9KA83, PNP_HALH5 ; A1WXU7, PNP_HALHL ; +DR B8CW78, PNP_HALOH ; C4K3E6, PNP_HAMD5 ; Q17VM4, PNP_HELAH ; +DR Q7VIL0, PNP_HELHP ; B0THS2, PNP_HELMI ; B6JN53, PNP_HELP2 ; +DR B5Z8L0, PNP_HELPG ; Q1CS51, PNP_HELPH ; Q9ZK11, PNP_HELPJ ; +DR B2UUX6, PNP_HELPS ; O25812, PNP_HELPY ; A9B8G1, PNP_HERA2 ; +DR A4G647, PNP_HERAR ; Q0I2T0, PNP_HISS1 ; B0UTJ5, PNP_HISS2 ; +DR Q31GJ9, PNP_HYDCU ; B4U6R7, PNP_HYDS0 ; Q0BWM9, PNP_HYPNA ; +DR Q5QYE1, PNP_IDILO ; A6SY02, PNP_JANMA ; Q28K17, PNP_JANSC ; +DR A8Z660, PNP_KARMG ; A6W815, PNP_KINRD ; B5XSX9, PNP_KLEP3 ; +DR A6TEI3, PNP_KLEP7 ; B2GKI3, PNP_KOCRD ; Q1IQ54, PNP_KORVE ; +DR Q9CEI6, PNP_LACLA ; A2RMS5, PNP_LACLM ; Q02WZ5, PNP_LACLS ; +DR A9KNK6, PNP_LACP7 ; C1D8W8, PNP_LARHH ; Q1MPL7, PNP_LAWIP ; +DR Q5X1C7, PNP_LEGPA ; A5IHU3, PNP_LEGPC ; Q5ZRV8, PNP_LEGPH ; +DR Q5WT40, PNP_LEGPL ; Q6AFQ2, PNP_LEIXX ; B0SH22, PNP_LEPBA ; +DR Q04U27, PNP_LEPBJ ; Q04ZJ9, PNP_LEPBL ; B0SQH8, PNP_LEPBP ; +DR B1Y823, PNP_LEPCP ; Q72NX7, PNP_LEPIC ; Q8F7J8, PNP_LEPIN ; +DR Q92C23, PNP_LISIN ; C1L2N7, PNP_LISMC ; Q71ZZ1, PNP_LISMF ; +DR B8DFZ6, PNP_LISMH ; Q8Y7F1, PNP_LISMO ; A0AID2, PNP_LISW6 ; +DR B1HR13, PNP_LYSSC ; B9EBG0, PNP_MACCJ ; A0LE14, PNP_MAGMM ; +DR Q65VB0, PNP_MANSM ; Q0AK62, PNP_MARMM ; A6VU33, PNP_MARMS ; +DR A1U5Z6, PNP_MARN8 ; B7KN55, PNP_METC4 ; Q609C6, PNP_METCA ; +DR A9W8P8, PNP_METEP ; Q1GXD2, PNP_METFK ; B3DZ86, PNP_METI4 ; +DR B8IGX3, PNP_METNO ; B1ZGS7, PNP_METPB ; A2SFM2, PNP_METPP ; +DR B1LZQ1, PNP_METRJ ; B0UEX5, PNP_METS4 ; B8EP09, PNP_METSB ; +DR B0JYC3, PNP_MICAN ; C5C9U0, PNP_MICLC ; Q2RJL9, PNP_MOOTA ; +DR A0QIW5, PNP_MYCA1 ; B1MD62, PNP_MYCA9 ; Q7TXW0, PNP_MYCBO ; +DR A1KMC6, PNP_MYCBP ; C1AFP7, PNP_MYCBT ; A4TCH6, PNP_MYCGI ; +DR B8ZQJ6, PNP_MYCLB ; Q9CCF8, PNP_MYCLE ; B2HKV3, PNP_MYCMM ; +DR Q73VX0, PNP_MYCPA ; A0QVQ5, PNP_MYCS2 ; A3PY93, PNP_MYCSJ ; +DR A1UET6, PNP_MYCSK ; Q1BA76, PNP_MYCSS ; A5U6D6, PNP_MYCTA ; +DR P9WI56, PNP_MYCTO ; P9WI57, PNP_MYCTU ; A0PQE7, PNP_MYCUA ; +DR A1T7L4, PNP_MYCVP ; Q1DAM1, PNP_MYXXD ; B2A3A3, PNP_NATTJ ; +DR Q5F9Q7, PNP_NEIG1 ; B4RK29, PNP_NEIG2 ; A9M3J0, PNP_NEIM0 ; +DR A1IR09, PNP_NEIMA ; Q9K062, PNP_NEIMB ; A1KT19, PNP_NEIMF ; +DR Q2GEY8, PNP_NEOSM ; Q0AE53, PNP_NITEC ; Q82XT0, PNP_NITEU ; +DR Q1QS60, PNP_NITHX ; Q2Y5X9, PNP_NITMU ; Q3J9C0, PNP_NITOC ; +DR A6Q4N2, PNP_NITSB ; Q72ER6, PNP_NITV2 ; A1VG88, PNP_NITV4 ; +DR B8DN07, PNP_NITV9 ; Q3SWP5, PNP_NITWN ; Q5YSV6, PNP_NOCFA ; +DR A1SLJ4, PNP_NOCSJ ; B2J2V3, PNP_NOSP7 ; Q8YP11, PNP_NOSS1 ; +DR Q2G5F5, PNP_NOVAD ; Q8EQT7, PNP_OCEIH ; Q30WI5, PNP_OLEA2 ; +DR Q6YQX2, PNP_ONYPE ; B1ZS98, PNP_OPITP ; A5CC62, PNP_ORITB ; +DR B3CTX1, PNP_ORITI ; A1R525, PNP_PAEAT ; A1TLL2, PNP_PARC0 ; +DR A6LFK9, PNP_PARD8 ; A1B5P9, PNP_PARDP ; A7HZ97, PNP_PARL1 ; +DR Q2VZQ4, PNP_PARM1 ; Q7U515, PNP_PARMW ; B2JDN2, PNP_PARP8 ; +DR B2T2E3, PNP_PARPJ ; A8L6G1, PNP_PARS2 ; Q6MDI2, PNP_PARUW ; DR Q142H7, PNP_PARXL ; Q9CLU1, PNP_PASMU ; Q6D9A1, PNP_PECAS ; DR C6DKK7, PNP_PECCP ; B4SDX4, PNP_PELPB ; A1AMM6, PNP_PELPD ; DR A5D2S6, PNP_PELTS ; Q4FNM6, PNP_PELUB ; C0QTM3, PNP_PERMH ; @@ -80857,8 +81321,8 @@ DR Q9KU76, PNP_VIBCH ; C3LSQ2, PNP_VIBCM ; Q87M06, PNP_VIBPA ; DR Q8DBU9, PNP_VIBVU ; Q7MI20, PNP_VIBVY ; Q8D2Y0, PNP_WIGBR ; DR Q73GN4, PNP_WOLPM ; B3CM21, PNP_WOLPP ; Q7M9I4, PNP_WOLSU ; DR Q5GTR3, PNP_WOLTR ; C0R3T4, PNP_WOLWR ; Q8PJ59, PNP_XANAC ; -DR Q3BRP9, PNP_XANC5 ; Q4UW98, PNP_XANC8 ; B0RRB8, PNP_XANCB ; -DR Q8P7V1, PNP_XANCP ; Q2P0X5, PNP_XANOM ; B2SVJ9, PNP_XANOP ; +DR Q4UW98, PNP_XANC8 ; B0RRB8, PNP_XANCB ; Q8P7V1, PNP_XANCP ; +DR Q3BRP9, PNP_XANE5 ; Q2P0X5, PNP_XANOM ; B2SVJ9, PNP_XANOP ; DR Q5GXV3, PNP_XANOR ; A7IC03, PNP_XANP2 ; B2I730, PNP_XYLF2 ; DR Q9PGQ9, PNP_XYLFA ; B0U1R2, PNP_XYLFM ; Q87EV0, PNP_XYLFT ; DR A1JIX3, PNP_YERE8 ; O34275, PNP_YEREN ; A7FMR8, PNP_YERP3 ; @@ -80949,26 +81413,25 @@ CA alpha-D-mannose 1-phosphate + GTP + H(+) = diphosphate + GDP-alpha-D- CA mannose. CC -!- The bacterial enzyme can also use ITP and dGTP as donors. DR P07874, ALGA_PSEAE ; P59785, ALGA_PSEFL ; Q88ND5, ALGA_PSEPK ; -DR Q887Q9, ALGA_PSESM ; Q6GMK8, GMPAA_DANRE; Q6DKE9, GMPAA_XENLA; -DR Q7SXP8, GMPAB_DANRE; Q66KG5, GMPAB_XENLA; Q68EY9, GMPBA_XENLA; -DR A2VD83, GMPBB_XENLA; O22287, GMPP1_ARATH; Q84JH5, GMPP1_ORYSJ; -DR Q9M2S0, GMPP2_ARATH; Q941T9, GMPP2_ORYSJ; Q8H1Q7, GMPP3_ARATH; -DR Q6Z9A3, GMPP3_ORYSJ; Q2YDJ9, GMPPB_BOVIN; Q61S97, GMPPB_CAEBR; -DR A3QMC8, GMPPB_CAEEL; Q6DBU5, GMPPB_DANRE; Q54K39, GMPPB_DICDI; -DR Q7JZB4, GMPPB_DROME; Q295Y7, GMPPB_DROPS; Q9Y5P6, GMPPB_HUMAN; -DR Q8BTZ7, GMPPB_MOUSE; P0C5I2, GMPPB_PIG ; Q68EQ1, GMPPB_XENTR; -DR L7N6A5, GMPP_MYCTU ; Q8X7P1, MANC1_ECO57; O85342, MANC2_ECO57; -DR P37741, MANC7_ECOLX; P37753, MANC9_ECOLX; P24174, MANC_ECOLI ; -DR Q48462, MANC_KLEPN ; Q01410, MANC_SALMO ; P26340, MANC_SALTY ; -DR Q9Y725, MPG11_CANGA; Q6FRY2, MPG12_CANGA; Q4U3E8, MPG1_ASPFU ; -DR Q2UJU5, MPG1_ASPOR ; O93827, MPG1_CANAL ; P0CO21, MPG1_CRYNB ; -DR P0CO20, MPG1_CRYNJ ; Q6BN12, MPG1_DEBHA ; Q5B1J4, MPG1_EMENI ; -DR Q752H4, MPG1_EREGS ; Q4I1Y5, MPG1_GIBZE ; O74624, MPG1_HYPJE ; -DR Q70SJ2, MPG1_KLULA ; Q7RVR8, MPG1_NEUCR ; Q9P8N0, MPG1_PICAN ; -DR O74484, MPG1_SCHPO ; P37820, MPG1_SULAC ; Q6CCU3, MPG1_YARLI ; -DR P41940, MPG1_YEAST ; P55357, NOEJ_SINFN ; Q07024, RFBA_VIBCH ; -DR Q00473, RFBM_SALMU ; P26404, RFBM_SALTY ; B0RVK6, XANB_XANCB ; -DR P0C7J3, XANB_XANCP ; O60064, YBB2_SCHPO ; +DR Q887Q9, ALGA_PSESM ; Q6DKE9, GMPAA_XENLA; Q66KG5, GMPAB_XENLA; +DR Q68EY9, GMPBA_XENLA; A2VD83, GMPBB_XENLA; O22287, GMPP1_ARATH; +DR Q84JH5, GMPP1_ORYSJ; Q9M2S0, GMPP2_ARATH; Q941T9, GMPP2_ORYSJ; +DR Q8H1Q7, GMPP3_ARATH; Q6Z9A3, GMPP3_ORYSJ; Q2YDJ9, GMPPB_BOVIN; +DR Q61S97, GMPPB_CAEBR; A3QMC8, GMPPB_CAEEL; Q6DBU5, GMPPB_DANRE; +DR Q54K39, GMPPB_DICDI; Q7JZB4, GMPPB_DROME; Q295Y7, GMPPB_DROPS; +DR Q9Y5P6, GMPPB_HUMAN; Q8BTZ7, GMPPB_MOUSE; P0C5I2, GMPPB_PIG ; +DR Q68EQ1, GMPPB_XENTR; L7N6A5, GMPP_MYCTU ; Q8X7P1, MANC1_ECO57; +DR O85342, MANC2_ECO57; P37741, MANC7_ECOLX; P37753, MANC9_ECOLX; +DR P24174, MANC_ECOLI ; Q48462, MANC_KLEPN ; Q01410, MANC_SALMO ; +DR P26340, MANC_SALTY ; Q9Y725, MPG11_CANGA; Q6FRY2, MPG12_CANGA; +DR Q4U3E8, MPG1_ASPFU ; Q2UJU5, MPG1_ASPOR ; O93827, MPG1_CANAL ; +DR P0CO21, MPG1_CRYNB ; P0CO20, MPG1_CRYNJ ; Q6BN12, MPG1_DEBHA ; +DR Q5B1J4, MPG1_EMENI ; Q752H4, MPG1_EREGS ; Q4I1Y5, MPG1_GIBZE ; +DR O74624, MPG1_HYPJE ; Q70SJ2, MPG1_KLULA ; Q7RVR8, MPG1_NEUCR ; +DR Q9P8N0, MPG1_PICAN ; O74484, MPG1_SCHPO ; P37820, MPG1_SULAC ; +DR Q6CCU3, MPG1_YARLI ; P41940, MPG1_YEAST ; P55357, NOEJ_SINFN ; +DR Q07024, RFBA_VIBCH ; Q00473, RFBM_SALMU ; P26404, RFBM_SALTY ; +DR B0RVK6, XANB_XANCB ; P0C7J3, XANB_XANCP ; O60064, YBB2_SCHPO ; // ID 2.7.7.14 DE ethanolamine-phosphate cytidylyltransferase. @@ -81033,7 +81496,7 @@ DR B3QLU8, NADD_CHLP8 ; B3EQ84, NADD_CHLPB ; A1BJW0, NADD_CHLPD ; DR A4SGY4, NADD_CHLPM ; B3QYZ5, NADD_CHLT3 ; Q8KGF2, NADD_CHLTE ; DR A0M6X6, NADD_CHRFK ; Q1QXB3, NADD_CHRSD ; Q7P0P7, NADD_CHRVO ; DR B5EEI3, NADD_CITBB ; A8AJG3, NADD_CITK8 ; A5CR36, NADD_CLAM3 ; -DR B0RDF9, NADD_CLAMS ; Q97JL2, NADD_CLOAB ; A7FXU4, NADD_CLOB1 ; +DR B0RDF9, NADD_CLASE ; Q97JL2, NADD_CLOAB ; A7FXU4, NADD_CLOB1 ; DR C3L3J1, NADD_CLOB6 ; A6LQS1, NADD_CLOB8 ; B2V0B0, NADD_CLOBA ; DR B2TKI3, NADD_CLOBB ; A5I664, NADD_CLOBH ; C1FVW3, NADD_CLOBJ ; DR B1ILY3, NADD_CLOBK ; A7GHK0, NADD_CLOBL ; B1KZR1, NADD_CLOBM ; @@ -81155,51 +81618,51 @@ CC -!- The primer, depending on the source of the enzyme, may be an RNA or CC DNA fragment or oligo(A) bearing a 3'-OH terminal group. CC -!- See also EC 2.7.7.6. DR O74326, CID11_SCHPO; O74518, CID12_SCHPO; Q9UT49, CID13_SCHPO; -DR Q9UTN3, CID14_SCHPO; O13833, CID1_SCHPO ; Q9VD44, GLD2A_DROME; -DR Q641A1, GLD2A_XENLA; Q9VYS4, GLD2B_DROME; Q6DFA8, GLD2B_XENLA; -DR Q2HJ44, GLD2_BOVIN ; O17087, GLD2_CAEEL ; Q503I9, GLD2_DANRE ; -DR Q6PIY7, GLD2_HUMAN ; Q91YI6, GLD2_MOUSE ; Q5U315, GLD2_RAT ; -DR Q0VFA3, GLD2_XENTR ; G5EFL0, GLD4_CAEEL ; Q65159, PAP1_ASFB7 ; -DR P0C9D5, PAP1_ASFK5 ; P0C9D2, PAP1_ASFM2 ; P0C9D3, PAP1_ASFP4 ; -DR P0C9D4, PAP1_ASFWA ; Q8V2W4, PAP1_CAMPM ; Q8QQ67, PAP1_CAMPS ; -DR Q6VZL8, PAP1_CNPV ; Q070J7, PAP1_CPRVZ ; Q8QMZ9, PAP1_CWPXB ; -DR Q80E12, PAP1_CWPXG ; Q08FW1, PAP1_DPV83 ; Q08FE1, PAP1_DPV84 ; -DR Q8JLG4, PAP1_ECTVM ; P0DTA7, PAP1_FOWPN ; P0DTA8, PAP1_FOWPV ; -DR Q0GP30, PAP1_HSPV ; Q91MX5, PAP1_LSDVN ; Q98199, PAP1_MCV1 ; -DR Q5UQS6, PAP1_MIMIV ; A0A7H0DN36, PAP1_MONPV ; Q9Q8R9, PAP1_MYXVL ; -DR Q2F8F7, PAP1_ORFN2 ; Q6RZP5, PAP1_RABPU ; Q9Q944, PAP1_RFVKA ; -DR Q8V3R4, PAP1_SWPV1 ; O57184, PAP1_VACCA ; P21079, PAP1_VACCC ; -DR Q9JFD9, PAP1_VACCT ; P23371, PAP1_VACCW ; P0DOM1, PAP1_VAR67 ; -DR P0DOM2, PAP1_VARV ; Q9DHT0, PAP1_YLDV ; Q6TUY0, PAP1_YMTV5 ; -DR P53632, PAP2_YEAST ; Q9UW26, PAPA_CANAL ; O46102, PAPD1_DROME; -DR Q9NVV4, PAPD1_HUMAN; Q9D0D3, PAPD1_MOUSE; Q8NDF8, PAPD5_HUMAN; -DR Q68ED3, PAPD5_MOUSE; Q5XG87, PAPD7_HUMAN; Q6PB75, PAPD7_MOUSE; -DR P51004, PAPO1_XENLA; P51005, PAPO2_XENLA; P51006, PAPO3_XENLA; -DR P25500, PAPOA_BOVIN; P51003, PAPOA_HUMAN; Q61183, PAPOA_MOUSE; -DR Q9NRJ5, PAPOB_HUMAN; Q9WVP6, PAPOB_MOUSE; Q9BWT3, PAPOG_HUMAN; -DR Q6PCL9, PAPOG_MOUSE; Q9LMT2, PAPS1_ARATH; O82312, PAPS2_ARATH; -DR Q56XM9, PAPS3_ARATH; Q8VYW1, PAPS4_ARATH; O42617, PAP_CANAL ; -DR Q54J73, PAP_DICDI ; Q51D88, PAP_ENTH1 ; Q10295, PAP_SCHPO ; -DR P29468, PAP_YEAST ; P0ABF3, PCNB_ECO57 ; P0ABF2, PCNB_ECOL6 ; -DR P0ABF1, PCNB_ECOLI ; P44439, PCNB_HAEIN ; Q8Z9C3, PCNB_SALTI ; -DR Q8ZRQ8, PCNB_SALTY ; Q86924, POLN_AURAV ; P87515, POLN_BFV ; -DR Q5XXP4, POLN_CHIK3 ; Q8JUX6, POLN_CHIKS ; Q306W6, POLN_EEEV1 ; -DR Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; P36327, POLN_EEVV3 ; -DR Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; P36328, POLN_EEVVP ; -DR P27282, POLN_EEVVT ; Q5Y389, POLN_GETV ; Q8QZ73, POLN_MAYAB ; -DR P03318, POLN_MIDDV ; P13886, POLN_ONNVG ; O90370, POLN_ONNVI ; -DR O90368, POLN_ONNVS ; P13887, POLN_RRVN ; P13888, POLN_RRVT ; -DR Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; P27283, POLN_SINDO ; -DR P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; Q8JJX1, POLN_SPDV ; -DR P13896, POLN_WEEV ; D2HS90, STPAP_AILME; Q1JPD6, STPAP_BOVIN; -DR Q4KMD7, STPAP_DANRE; Q9H6E5, STPAP_HUMAN; Q8R3F9, STPAP_MOUSE; -DR Q3MHT4, STPAP_RAT ; A9JTS5, STPAP_XENTR; Q96IP4, TET5A_HUMAN; -DR D3Z5S8, TET5A_MOUSE; Q29RH2, TET5B_BOVIN; Q96A09, TET5B_HUMAN; -DR Q8C152, TET5B_MOUSE; B0BNK8, TET5B_RAT ; F7E7M3, TET5B_XENTR; -DR Q5ZL95, TET5C_CHICK; Q7ZUP1, TET5C_DANRE; Q5VWP2, TET5C_HUMAN; -DR Q4R8X4, TET5C_MACFA; Q5SSF7, TET5C_MOUSE; Q5XIV0, TET5C_RAT ; -DR Q8NEK8, TET5D_HUMAN; Q7KVS9, TRF41_DROME; Q9HFW3, TRF5_EREGS ; -DR P48561, TRF5_YEAST ; +DR Q5K9E2, CID14_CRYNJ; Q9UTN3, CID14_SCHPO; O13833, CID1_SCHPO ; +DR Q9VD44, GLD2A_DROME; Q641A1, GLD2A_XENLA; Q9VYS4, GLD2B_DROME; +DR Q6DFA8, GLD2B_XENLA; Q2HJ44, GLD2_BOVIN ; O17087, GLD2_CAEEL ; +DR Q503I9, GLD2_DANRE ; Q6PIY7, GLD2_HUMAN ; Q91YI6, GLD2_MOUSE ; +DR Q5U315, GLD2_RAT ; Q0VFA3, GLD2_XENTR ; G5EFL0, GLD4_CAEEL ; +DR Q65159, PAP1_ASFB7 ; P0C9D5, PAP1_ASFK5 ; P0C9D2, PAP1_ASFM2 ; +DR P0C9D3, PAP1_ASFP4 ; P0C9D4, PAP1_ASFWA ; Q8V2W4, PAP1_CAMPM ; +DR Q8QQ67, PAP1_CAMPS ; Q6VZL8, PAP1_CNPV ; Q070J7, PAP1_CPRVZ ; +DR Q8QMZ9, PAP1_CWPXB ; Q80E12, PAP1_CWPXG ; Q08FW1, PAP1_DPV83 ; +DR Q08FE1, PAP1_DPV84 ; Q8JLG4, PAP1_ECTVM ; P0DTA7, PAP1_FOWPN ; +DR P0DTA8, PAP1_FOWPV ; Q0GP30, PAP1_HSPV ; Q91MX5, PAP1_LSDVN ; +DR Q98199, PAP1_MCV1 ; Q5UQS6, PAP1_MIMIV ; A0A7H0DN36, PAP1_MONPV ; +DR Q9Q8R9, PAP1_MYXVL ; Q2F8F7, PAP1_ORFN2 ; Q6RZP5, PAP1_RABPU ; +DR Q9Q944, PAP1_RFVKA ; Q8V3R4, PAP1_SWPV1 ; O57184, PAP1_VACCA ; +DR P21079, PAP1_VACCC ; Q9JFD9, PAP1_VACCT ; P23371, PAP1_VACCW ; +DR P0DOM1, PAP1_VAR67 ; P0DOM2, PAP1_VARV ; Q9DHT0, PAP1_YLDV ; +DR Q6TUY0, PAP1_YMTV5 ; P53632, PAP2_YEAST ; Q9UW26, PAPA_CANAL ; +DR O46102, PAPD1_DROME; Q9NVV4, PAPD1_HUMAN; Q9D0D3, PAPD1_MOUSE; +DR Q8NDF8, PAPD5_HUMAN; Q68ED3, PAPD5_MOUSE; Q5XG87, PAPD7_HUMAN; +DR Q6PB75, PAPD7_MOUSE; P51004, PAPO1_XENLA; P51005, PAPO2_XENLA; +DR P51006, PAPO3_XENLA; P25500, PAPOA_BOVIN; P51003, PAPOA_HUMAN; +DR Q61183, PAPOA_MOUSE; Q9NRJ5, PAPOB_HUMAN; Q9WVP6, PAPOB_MOUSE; +DR Q9BWT3, PAPOG_HUMAN; Q6PCL9, PAPOG_MOUSE; Q9LMT2, PAPS1_ARATH; +DR O82312, PAPS2_ARATH; Q56XM9, PAPS3_ARATH; Q8VYW1, PAPS4_ARATH; +DR O42617, PAP_CANAL ; Q54J73, PAP_DICDI ; Q51D88, PAP_ENTH1 ; +DR Q10295, PAP_SCHPO ; P29468, PAP_YEAST ; P0ABF3, PCNB_ECO57 ; +DR P0ABF2, PCNB_ECOL6 ; P0ABF1, PCNB_ECOLI ; P44439, PCNB_HAEIN ; +DR Q8Z9C3, PCNB_SALTI ; Q8ZRQ8, PCNB_SALTY ; Q86924, POLN_AURAV ; +DR P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; Q8JUX6, POLN_CHIKS ; +DR Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; +DR P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; +DR P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; Q5Y389, POLN_GETV ; +DR Q8QZ73, POLN_MAYAB ; P03318, POLN_MIDDV ; P13886, POLN_ONNVG ; +DR O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; P13887, POLN_RRVN ; +DR P13888, POLN_RRVT ; Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; +DR P27283, POLN_SINDO ; P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; +DR Q8JJX1, POLN_SPDV ; P13896, POLN_WEEV ; D2HS90, STPAP_AILME; +DR Q1JPD6, STPAP_BOVIN; Q4KMD7, STPAP_DANRE; Q9H6E5, STPAP_HUMAN; +DR Q8R3F9, STPAP_MOUSE; Q3MHT4, STPAP_RAT ; A9JTS5, STPAP_XENTR; +DR Q96IP4, TET5A_HUMAN; D3Z5S8, TET5A_MOUSE; Q29RH2, TET5B_BOVIN; +DR Q96A09, TET5B_HUMAN; Q8C152, TET5B_MOUSE; B0BNK8, TET5B_RAT ; +DR F7E7M3, TET5B_XENTR; Q5ZL95, TET5C_CHICK; Q7ZUP1, TET5C_DANRE; +DR Q5VWP2, TET5C_HUMAN; Q4R8X4, TET5C_MACFA; Q5SSF7, TET5C_MOUSE; +DR Q5XIV0, TET5C_RAT ; Q8NEK8, TET5D_HUMAN; Q7KVS9, TRF41_DROME; +DR Q9HFW3, TRF5_EREGS ; P48561, TRF5_YEAST ; // ID 2.7.7.20 DE Deleted entry. @@ -81273,7 +81736,7 @@ DR Q5HUX5, GLMU_CAMJR ; B9KCL5, GLMU_CAMLR ; Q3AFM0, GLMU_CARHZ ; DR Q9A5Z3, GLMU_CAUVC ; B8GYT1, GLMU_CAUVN ; B3PIS4, GLMU_CELJU ; DR Q3J3H0, GLMU_CERS4 ; A4WU43, GLMU_CERS5 ; Q11HG1, GLMU_CHESB ; DR Q1QSD2, GLMU_CHRSD ; Q7MBG1, GLMU_CHRVO ; A8ACN3, GLMU_CITK8 ; -DR B0RHI9, GLMU_CLAMS ; Q97E92, GLMU_CLOAB ; A7FPK2, GLMU_CLOB1 ; +DR B0RHI9, GLMU_CLASE ; Q97E92, GLMU_CLOAB ; A7FPK2, GLMU_CLOB1 ; DR C3KWA1, GLMU_CLOB6 ; A6LPJ1, GLMU_CLOB8 ; B2UXS6, GLMU_CLOBA ; DR B2TI07, GLMU_CLOBB ; A5I7S0, GLMU_CLOBH ; C1FNF1, GLMU_CLOBJ ; DR B1IH02, GLMU_CLOBK ; A7GJD9, GLMU_CLOBL ; B1KTE7, GLMU_CLOBM ; @@ -81288,8 +81751,7 @@ DR Q1LS04, GLMU_CUPMC ; Q0KF07, GLMU_CUPNH ; Q476S2, GLMU_CUPPJ ; DR B2AGH8, GLMU_CUPTR ; Q6AAD3, GLMU_CUTAK ; B8HXB5, GLMU_CYAP4 ; DR Q47JK2, GLMU_DECAR ; Q1IWX3, GLMU_DEIGD ; Q9RW61, GLMU_DEIRA ; DR B1I194, GLMU_DESAP ; B8FY55, GLMU_DESHD ; Q251V1, GLMU_DESHY ; -DR Q6AMF9, GLMU_DESPS ; A4J0P6, GLMU_DESRM ; Q728D5, GLMU_DESVH ; -DR B8DKH2, GLMU_DESVM ; A1VAZ5, GLMU_DESVV ; A5EXL2, GLMU_DICNV ; +DR Q6AMF9, GLMU_DESPS ; A4J0P6, GLMU_DESRM ; A5EXL2, GLMU_DICNV ; DR A8LIS2, GLMU_DINSH ; A7ZTU1, GLMU_ECO24 ; B7UMJ5, GLMU_ECO27 ; DR B7MGF0, GLMU_ECO45 ; B7L878, GLMU_ECO55 ; P0ACC8, GLMU_ECO57 ; DR B5YXD4, GLMU_ECO5E ; B7NR32, GLMU_ECO7I ; B7N2G9, GLMU_ECO81 ; @@ -81327,27 +81789,28 @@ DR Q5WST8, GLMU_LEGPL ; Q6ADP6, GLMU_LEIXX ; Q03T39, GLMU_LEVBA ; DR Q1WV55, GLMU_LIGS1 ; B2GFE2, GLMU_LIMF3 ; A5VI16, GLMU_LIMRD ; DR B2G5J5, GLMU_LIMRJ ; Q92F69, GLMU_LISIN ; C1KYD1, GLMU_LISMC ; DR Q724L5, GLMU_LISMF ; B8DGM7, GLMU_LISMH ; Q8YAD4, GLMU_LISMO ; -DR A0AF03, GLMU_LISW6 ; Q2W7U1, GLMU_MAGSA ; Q65R54, GLMU_MANSM ; -DR Q0AR24, GLMU_MARMM ; A6VTC6, GLMU_MARMS ; A1U7H2, GLMU_MARN8 ; -DR A6UUQ4, GLMU_META3 ; Q60CR2, GLMU_METCA ; Q1GXN2, GLMU_METFK ; -DR Q58501, GLMU_METJA ; A4FX98, GLMU_METM5 ; A6VG23, GLMU_METM7 ; -DR Q6LYB5, GLMU_METMP ; A2SD80, GLMU_METPP ; A6UP85, GLMU_METVS ; -DR B0JJ82, GLMU_MICAN ; C5C9D1, GLMU_MICLC ; Q2RMC5, GLMU_MOOTA ; -DR A0QBW9, GLMU_MYCA1 ; Q7VF00, GLMU_MYCBO ; A1KHF6, GLMU_MYCBP ; -DR C1AM09, GLMU_MYCBT ; A4T6M7, GLMU_MYCGI ; B8ZU67, GLMU_MYCLB ; -DR Q9CD44, GLMU_MYCLE ; B2HDJ0, GLMU_MYCMM ; Q741V3, GLMU_MYCPA ; -DR A0R3C7, GLMU_MYCS2 ; A3Q5G5, GLMU_MYCSJ ; A1UL17, GLMU_MYCSK ; -DR Q1B431, GLMU_MYCSS ; A5U161, GLMU_MYCTA ; P9WMN2, GLMU_MYCTO ; -DR P9WMN3, GLMU_MYCTU ; A0PW60, GLMU_MYCUA ; A1TEF5, GLMU_MYCVP ; -DR Q1DCI1, GLMU_MYXXD ; B9LAA1, GLMU_NAUPA ; Q5F577, GLMU_NEIG1 ; -DR Q50986, GLMU_NEIGO ; A9LZT7, GLMU_NEIM0 ; Q9JWN3, GLMU_NEIMA ; -DR Q9K1P3, GLMU_NEIMB ; A1KR65, GLMU_NEIMF ; Q0AJA8, GLMU_NITEC ; -DR Q82XP7, GLMU_NITEU ; Q1QME9, GLMU_NITHX ; Q2YCA1, GLMU_NITMU ; -DR Q3J6N3, GLMU_NITOC ; A6Q403, GLMU_NITSB ; Q3SRP6, GLMU_NITWN ; -DR Q5YQ11, GLMU_NOCFA ; B2IU73, GLMU_NOSP7 ; Q8YQB2, GLMU_NOSS1 ; -DR Q2G929, GLMU_NOVAD ; Q8CXP9, GLMU_OCEIH ; Q04DS4, GLMU_OENOB ; -DR Q313W4, GLMU_OLEA2 ; A1R4G1, GLMU_PAEAT ; A1TUE2, GLMU_PARC0 ; -DR A1AZN6, GLMU_PARDP ; A7HXP0, GLMU_PARL1 ; Q7U7I0, GLMU_PARMW ; +DR A0AF03, GLMU_LISW6 ; Q65R54, GLMU_MANSM ; Q0AR24, GLMU_MARMM ; +DR A6VTC6, GLMU_MARMS ; A1U7H2, GLMU_MARN8 ; A6UUQ4, GLMU_META3 ; +DR Q60CR2, GLMU_METCA ; Q1GXN2, GLMU_METFK ; Q58501, GLMU_METJA ; +DR A4FX98, GLMU_METM5 ; A6VG23, GLMU_METM7 ; Q6LYB5, GLMU_METMP ; +DR A2SD80, GLMU_METPP ; A6UP85, GLMU_METVS ; B0JJ82, GLMU_MICAN ; +DR C5C9D1, GLMU_MICLC ; Q2RMC5, GLMU_MOOTA ; A0QBW9, GLMU_MYCA1 ; +DR Q7VF00, GLMU_MYCBO ; A1KHF6, GLMU_MYCBP ; C1AM09, GLMU_MYCBT ; +DR A4T6M7, GLMU_MYCGI ; B8ZU67, GLMU_MYCLB ; Q9CD44, GLMU_MYCLE ; +DR B2HDJ0, GLMU_MYCMM ; Q741V3, GLMU_MYCPA ; A0R3C7, GLMU_MYCS2 ; +DR A3Q5G5, GLMU_MYCSJ ; A1UL17, GLMU_MYCSK ; Q1B431, GLMU_MYCSS ; +DR A5U161, GLMU_MYCTA ; P9WMN2, GLMU_MYCTO ; P9WMN3, GLMU_MYCTU ; +DR A0PW60, GLMU_MYCUA ; A1TEF5, GLMU_MYCVP ; Q1DCI1, GLMU_MYXXD ; +DR B9LAA1, GLMU_NAUPA ; Q5F577, GLMU_NEIG1 ; Q50986, GLMU_NEIGO ; +DR A9LZT7, GLMU_NEIM0 ; Q9JWN3, GLMU_NEIMA ; Q9K1P3, GLMU_NEIMB ; +DR A1KR65, GLMU_NEIMF ; Q0AJA8, GLMU_NITEC ; Q82XP7, GLMU_NITEU ; +DR Q1QME9, GLMU_NITHX ; Q2YCA1, GLMU_NITMU ; Q3J6N3, GLMU_NITOC ; +DR A6Q403, GLMU_NITSB ; Q728D5, GLMU_NITV2 ; A1VAZ5, GLMU_NITV4 ; +DR B8DKH2, GLMU_NITV9 ; Q3SRP6, GLMU_NITWN ; Q5YQ11, GLMU_NOCFA ; +DR B2IU73, GLMU_NOSP7 ; Q8YQB2, GLMU_NOSS1 ; Q2G929, GLMU_NOVAD ; +DR Q8CXP9, GLMU_OCEIH ; Q04DS4, GLMU_OENOB ; Q313W4, GLMU_OLEA2 ; +DR A1R4G1, GLMU_PAEAT ; A1TUE2, GLMU_PARC0 ; A1AZN6, GLMU_PARDP ; +DR A7HXP0, GLMU_PARL1 ; Q2W7U1, GLMU_PARM1 ; Q7U7I0, GLMU_PARMW ; DR B2JIL7, GLMU_PARP8 ; B2T6U5, GLMU_PARPJ ; Q13T65, GLMU_PARXL ; DR Q9CK29, GLMU_PASMU ; Q6CYJ8, GLMU_PECAS ; C6DJH5, GLMU_PECCP ; DR Q03HD2, GLMU_PEDPA ; A1ALB2, GLMU_PELPD ; A5D662, GLMU_PELTS ; @@ -81421,8 +81884,8 @@ DR Q83GR0, GLMU_TROWT ; A5CVK9, GLMU_VESOH ; A7N0Z7, GLMU_VIBC1 ; DR A5F461, GLMU_VIBC3 ; Q9KNH7, GLMU_VIBCH ; C3LSI7, GLMU_VIBCM ; DR Q87KB0, GLMU_VIBPA ; Q8DDG6, GLMU_VIBVU ; Q7MGI2, GLMU_VIBVY ; DR Q8D3J1, GLMU_WIGBR ; Q73IM4, GLMU_WOLPM ; Q7M7T9, GLMU_WOLSU ; -DR Q5GTJ4, GLMU_WOLTR ; Q8PGH2, GLMU_XANAC ; Q3BP20, GLMU_XANC5 ; -DR Q4UQF8, GLMU_XANC8 ; B0RWB8, GLMU_XANCB ; Q8PCZ1, GLMU_XANCP ; +DR Q5GTJ4, GLMU_WOLTR ; Q8PGH2, GLMU_XANAC ; Q4UQF8, GLMU_XANC8 ; +DR B0RWB8, GLMU_XANCB ; Q8PCZ1, GLMU_XANCP ; Q3BP20, GLMU_XANE5 ; DR Q2P7P9, GLMU_XANOM ; Q5H4Y0, GLMU_XANOR ; A7INP6, GLMU_XANP2 ; DR B2I874, GLMU_XYLF2 ; Q9PE88, GLMU_XYLFA ; B0U595, GLMU_XYLFM ; DR Q87E93, GLMU_XYLFT ; A1JTC3, GLMU_YERE8 ; A7FPD8, GLMU_YERP3 ; @@ -81498,29 +81961,29 @@ DR P0A6V1, GLGC_ECOLI ; B7NE40, GLGC_ECOLU ; B6I2Z6, GLGC_ECOSE ; DR B1LI91, GLGC_ECOSM ; Q1R5J6, GLGC_ECOUT ; A4WFL3, GLGC_ENT38 ; DR B7LSE1, GLGC_ESCF3 ; B1YK68, GLGC_EXIS2 ; A7HN65, GLGC_FERNB ; DR Q0RH38, GLGC_FRAAA ; Q2JCE9, GLGC_FRACC ; B0TZI3, GLGC_FRAP2 ; -DR A8KYU3, GLGC_FRASN ; A7NAI4, GLGC_FRATF ; Q2A4U5, GLGC_FRATH ; -DR B2SFM9, GLGC_FRATM ; A0Q595, GLGC_FRATN ; Q0BN65, GLGC_FRATO ; -DR A4IZK0, GLGC_FRATW ; Q8RF63, GLGC_FUSNN ; C1ACL9, GLGC_GEMAT ; -DR Q39RY8, GLGC_GEOMG ; O08326, GLGC_GEOSE ; A4IS22, GLGC_GEOTN ; -DR B7KDB8, GLGC_GLOC7 ; Q0BPL4, GLGC_GRABC ; Q4QK69, GLGC_HAEI8 ; -DR P43796, GLGC_HAEIN ; Q9KDX4, GLGC_HALH5 ; Q0I3H9, GLGC_HISS1 ; -DR B0UU87, GLGC_HISS2 ; Q31IB9, GLGC_HYDCU ; Q28MN1, GLGC_JANSC ; -DR B5XTQ9, GLGC_KLEP3 ; A6TF49, GLGC_KLEP7 ; B2GHR6, GLGC_KOCRD ; -DR Q1ISX7, GLGC_KORVE ; Q5FL67, GLGC_LACAC ; B3W9A3, GLGC_LACCB ; -DR C4Z4L8, GLGC_LACE2 ; Q9CHN1, GLGC_LACLA ; A2RMB7, GLGC_LACLM ; -DR Q030T6, GLGC_LACLS ; Q036S8, GLGC_LACP3 ; Q890J0, GLGC_LACPL ; -DR Q6AF21, GLGC_LEIXX ; Q1WSM9, GLGC_LIGS1 ; Q2W5G1, GLGC_MAGSA ; -DR Q65TI2, GLGC_MANSM ; Q6KHP5, GLGC_MESM1 ; Q608L6, GLGC_METCA ; +DR A7NAI4, GLGC_FRATF ; Q2A4U5, GLGC_FRATH ; B2SFM9, GLGC_FRATM ; +DR A0Q595, GLGC_FRATN ; Q0BN65, GLGC_FRATO ; A4IZK0, GLGC_FRATW ; +DR Q8RF63, GLGC_FUSNN ; C1ACL9, GLGC_GEMAT ; Q39RY8, GLGC_GEOMG ; +DR O08326, GLGC_GEOSE ; A4IS22, GLGC_GEOTN ; B7KDB8, GLGC_GLOC7 ; +DR Q0BPL4, GLGC_GRABC ; Q4QK69, GLGC_HAEI8 ; P43796, GLGC_HAEIN ; +DR Q9KDX4, GLGC_HALH5 ; Q0I3H9, GLGC_HISS1 ; B0UU87, GLGC_HISS2 ; +DR Q31IB9, GLGC_HYDCU ; Q28MN1, GLGC_JANSC ; B5XTQ9, GLGC_KLEP3 ; +DR A6TF49, GLGC_KLEP7 ; B2GHR6, GLGC_KOCRD ; Q1ISX7, GLGC_KORVE ; +DR Q5FL67, GLGC_LACAC ; B3W9A3, GLGC_LACCB ; C4Z4L8, GLGC_LACE2 ; +DR Q9CHN1, GLGC_LACLA ; A2RMB7, GLGC_LACLM ; Q030T6, GLGC_LACLS ; +DR Q036S8, GLGC_LACP3 ; Q890J0, GLGC_LACPL ; Q6AF21, GLGC_LEIXX ; +DR Q1WSM9, GLGC_LIGS1 ; Q65TI2, GLGC_MANSM ; Q608L6, GLGC_METCA ; DR Q1H1K1, GLGC_METFK ; B1MLL3, GLGC_MYCA9 ; P64242, GLGC_MYCBO ; DR A1KI01, GLGC_MYCBP ; C1AMK7, GLGC_MYCBT ; A4T8X4, GLGC_MYCGI ; -DR B8ZQY9, GLGC_MYCLB ; Q9CCA8, GLGC_MYCLE ; B2HS55, GLGC_MYCMM ; -DR Q73WU6, GLGC_MYCPA ; A0R2E1, GLGC_MYCS2 ; Q1B4S9, GLGC_MYCSS ; -DR A5U1R1, GLGC_MYCTA ; P9WN42, GLGC_MYCTO ; P9WN43, GLGC_MYCTU ; -DR A0PVW7, GLGC_MYCUA ; A1TDM8, GLGC_MYCVP ; Q1DC47, GLGC_MYXXD ; -DR Q82T88, GLGC_NITEU ; Q2YB46, GLGC_NITMU ; Q3JCM9, GLGC_NITOC ; -DR Q5YQG3, GLGC_NOCFA ; B2IUY3, GLGC_NOSP7 ; P30521, GLGC_NOSS1 ; -DR Q2G7S6, GLGC_NOVAD ; Q8ET56, GLGC_OCEIH ; A1R6L8, GLGC_PAEAT ; -DR A1TRG1, GLGC_PARC0 ; B2JCH8, GLGC_PARP8 ; B2T2Z5, GLGC_PARPJ ; +DR B8ZQY9, GLGC_MYCLB ; Q9CCA8, GLGC_MYCLE ; Q6KHP5, GLGC_MYCM1 ; +DR B2HS55, GLGC_MYCMM ; Q73WU6, GLGC_MYCPA ; A0R2E1, GLGC_MYCS2 ; +DR Q1B4S9, GLGC_MYCSS ; A5U1R1, GLGC_MYCTA ; P9WN42, GLGC_MYCTO ; +DR P9WN43, GLGC_MYCTU ; A0PVW7, GLGC_MYCUA ; A1TDM8, GLGC_MYCVP ; +DR Q1DC47, GLGC_MYXXD ; Q82T88, GLGC_NITEU ; Q2YB46, GLGC_NITMU ; +DR Q3JCM9, GLGC_NITOC ; Q5YQG3, GLGC_NOCFA ; B2IUY3, GLGC_NOSP7 ; +DR P30521, GLGC_NOSS1 ; Q2G7S6, GLGC_NOVAD ; Q8ET56, GLGC_OCEIH ; +DR A1R6L8, GLGC_PAEAT ; A1TRG1, GLGC_PARC0 ; Q2W5G1, GLGC_PARM1 ; +DR B2JCH8, GLGC_PARP8 ; B2T2Z5, GLGC_PARPJ ; A8KYU3, GLGC_PARS2 ; DR Q141E6, GLGC_PARXL ; Q9CN92, GLGC_PASMU ; Q6CZK2, GLGC_PECAS ; DR C6DH77, GLGC_PECCP ; Q6LKA2, GLGC_PHOPR ; B1XLF1, GLGC_PICP2 ; DR B8H8I4, GLGC_PSECP ; A8F3W8, GLGC_PSELT ; B3Q000, GLGC_RHIE6 ; @@ -81716,8 +82179,7 @@ DR B6J8F8, KDSB_COXB1 ; B6J1K0, KDSB_COXB2 ; A9KEB5, KDSB_COXBN ; DR A9NBW9, KDSB_COXBR ; Q83E52, KDSB_COXBU ; A7MEV1, KDSB_CROS8 ; DR Q0KE19, KDSB_CUPNH ; Q475G0, KDSB_CUPPJ ; B3R0X8, KDSB_CUPTR ; DR Q11R71, KDSB_CYTH3 ; Q47B45, KDSB_DECAR ; A9BWI2, KDSB_DELAS ; -DR B8FKL0, KDSB_DESAL ; A8ZWH0, KDSB_DESOH ; Q726J3, KDSB_DESVH ; -DR B8DIL4, KDSB_DESVM ; A1VA25, KDSB_DESVV ; A5EW69, KDSB_DICNV ; +DR B8FKL0, KDSB_DESAL ; A8ZWH0, KDSB_DESOH ; A5EW69, KDSB_DICNV ; DR A7ZK07, KDSB_ECO24 ; B7UN04, KDSB_ECO27 ; B7LE16, KDSB_ECO55 ; DR Q8XDG6, KDSB_ECO57 ; B5YT52, KDSB_ECO5E ; B7M847, KDSB_ECO8A ; DR C4ZQ44, KDSB_ECOBW ; B1X8M2, KDSB_ECODH ; A7ZYM0, KDSB_ECOHS ; @@ -81741,17 +82203,18 @@ DR A6T710, KDSB_KLEP7 ; Q1IU72, KDSB_KORVE ; Q1MPN4, KDSB_LAWIP ; DR Q5X3Y7, KDSB_LEGPA ; A5ID77, KDSB_LEGPC ; Q5ZU88, KDSB_LEGPH ; DR Q5WVD2, KDSB_LEGPL ; B0SA58, KDSB_LEPBA ; Q04VK9, KDSB_LEPBJ ; DR Q04XW6, KDSB_LEPBL ; B0SK97, KDSB_LEPBP ; B1Y6I6, KDSB_LEPCP ; -DR Q72UN2, KDSB_LEPIC ; Q8F0C3, KDSB_LEPIN ; Q2VZK3, KDSB_MAGSA ; -DR Q9M4G3, KDSB_MAIZE ; Q65U18, KDSB_MANSM ; Q0AST1, KDSB_MARMM ; -DR A6VUC8, KDSB_MARMS ; A1U1F3, KDSB_MARN8 ; B7L043, KDSB_METC4 ; -DR Q60B47, KDSB_METCA ; A9VZK8, KDSB_METEP ; Q1GZI3, KDSB_METFK ; -DR B8ICG5, KDSB_METNO ; B1ZJ23, KDSB_METPB ; A2SIQ3, KDSB_METPP ; -DR B1LVX5, KDSB_METRJ ; B0UNK9, KDSB_METS4 ; Q1DDB3, KDSB_MYXXD ; -DR Q5F9Y9, KDSB_NEIG1 ; B4RJR9, KDSB_NEIG2 ; A9M2V7, KDSB_NEIM0 ; -DR A1IQS6, KDSB_NEIMA ; Q9K0D6, KDSB_NEIMB ; A1KST6, KDSB_NEIMF ; -DR Q1QR80, KDSB_NITHX ; Q3J7B0, KDSB_NITOC ; A6Q3P4, KDSB_NITSB ; -DR Q3SVY8, KDSB_NITWN ; Q30V56, KDSB_OLEA2 ; A1TQ97, KDSB_PARC0 ; -DR A6L9D4, KDSB_PARD8 ; A7HPP1, KDSB_PARL1 ; B2JDV2, KDSB_PARP8 ; +DR Q72UN2, KDSB_LEPIC ; Q8F0C3, KDSB_LEPIN ; Q9M4G3, KDSB_MAIZE ; +DR Q65U18, KDSB_MANSM ; Q0AST1, KDSB_MARMM ; A6VUC8, KDSB_MARMS ; +DR A1U1F3, KDSB_MARN8 ; B7L043, KDSB_METC4 ; Q60B47, KDSB_METCA ; +DR A9VZK8, KDSB_METEP ; Q1GZI3, KDSB_METFK ; B8ICG5, KDSB_METNO ; +DR B1ZJ23, KDSB_METPB ; A2SIQ3, KDSB_METPP ; B1LVX5, KDSB_METRJ ; +DR B0UNK9, KDSB_METS4 ; Q1DDB3, KDSB_MYXXD ; Q5F9Y9, KDSB_NEIG1 ; +DR B4RJR9, KDSB_NEIG2 ; A9M2V7, KDSB_NEIM0 ; A1IQS6, KDSB_NEIMA ; +DR Q9K0D6, KDSB_NEIMB ; A1KST6, KDSB_NEIMF ; Q1QR80, KDSB_NITHX ; +DR Q3J7B0, KDSB_NITOC ; A6Q3P4, KDSB_NITSB ; Q726J3, KDSB_NITV2 ; +DR A1VA25, KDSB_NITV4 ; B8DIL4, KDSB_NITV9 ; Q3SVY8, KDSB_NITWN ; +DR Q30V56, KDSB_OLEA2 ; A1TQ97, KDSB_PARC0 ; A6L9D4, KDSB_PARD8 ; +DR A7HPP1, KDSB_PARL1 ; Q2VZK3, KDSB_PARM1 ; B2JDV2, KDSB_PARP8 ; DR Q6MD00, KDSB_PARUW ; Q13UR9, KDSB_PARXL ; P57883, KDSB_PASMU ; DR Q6D440, KDSB_PECAS ; C6DFA4, KDSB_PECCP ; B4SES6, KDSB_PELPB ; DR A1APF8, KDSB_PELPD ; Q7N6C2, KDSB_PHOLL ; Q6LPK9, KDSB_PHOPR ; @@ -81793,8 +82256,8 @@ DR A1WSH5, KDSB_VEREI ; A5CVZ7, KDSB_VESOH ; A7MV12, KDSB_VIBC1 ; DR A5F726, KDSB_VIBC3 ; Q9KQX2, KDSB_VIBCH ; C3LNH9, KDSB_VIBCM ; DR Q87R14, KDSB_VIBPA ; Q8DAU9, KDSB_VIBVU ; Q7MJ10, KDSB_VIBVY ; DR Q8D2V1, KDSB_WIGBR ; Q7M829, KDSB_WOLSU ; Q8PKS3, KDSB_XANAC ; -DR Q3BTC6, KDSB_XANC5 ; Q4UV63, KDSB_XANC8 ; B0RSI0, KDSB_XANCB ; -DR Q8P8W6, KDSB_XANCP ; Q2P3E9, KDSB_XANOM ; Q5H0H2, KDSB_XANOR ; +DR Q4UV63, KDSB_XANC8 ; B0RSI0, KDSB_XANCB ; Q8P8W6, KDSB_XANCP ; +DR Q3BTC6, KDSB_XANE5 ; Q2P3E9, KDSB_XANOM ; Q5H0H2, KDSB_XANOR ; DR A7IIM9, KDSB_XANP2 ; B2I6C4, KDSB_XYLF2 ; Q9PB46, KDSB_XYLFA ; DR B0U330, KDSB_XYLFM ; Q87BW1, KDSB_XYLFT ; A1JMK9, KDSB_YERE8 ; DR A7FJV8, KDSB_YERP3 ; Q1CA60, KDSB_YERPA ; B2KA34, KDSB_YERPB ; @@ -82044,7 +82507,7 @@ DR Q65730, POLG_BSTV1 ; Q65729, POLG_BSTVG ; Q6XW15, POLG_BTMV ; DR Q32ZE0, POLG_BUSV ; Q96662, POLG_BVDVC ; P19711, POLG_BVDVN ; DR Q01499, POLG_BVDVS ; A0AUJ5, POLG_BVY3 ; P17765, POLG_BYMV ; DR Q8V736, POLG_CACV4 ; Q1KZ59, POLG_CILVC ; B8XTP8, POLG_COSAA ; -DR P19712, POLG_CSFVA ; P21530, POLG_CSFVB ; Q65900, POLG_CX16G ; +DR P19712, POLG_CSFAT ; P21530, POLG_CSFVB ; Q65900, POLG_CX16G ; DR Q9QF31, POLG_CX16T ; P22055, POLG_CXA21 ; P36290, POLG_CXA24 ; DR P21404, POLG_CXA9 ; P08291, POLG_CXB1J ; Q9YLG5, POLG_CXB2O ; DR P03313, POLG_CXB3N ; Q66282, POLG_CXB3W ; Q86887, POLG_CXB4E ; @@ -82056,42 +82519,44 @@ DR P12823, POLG_DEN2P ; Q9WDA6, POLG_DEN2Q ; Q99D35, POLG_DEN3C ; DR Q5UB51, POLG_DEN3I ; Q6YMS3, POLG_DEN3M ; P27915, POLG_DEN3P ; DR Q6YMS4, POLG_DEN3S ; P09866, POLG_DEN4D ; Q2YHF2, POLG_DEN4H ; DR Q58HT7, POLG_DEN4P ; Q5UCB8, POLG_DEN4S ; Q2YHF0, POLG_DEN4T ; -DR Q96725, POLG_EBHSG ; O91734, POLG_EC01F ; Q9YLJ1, POLG_EC05N ; -DR Q66474, POLG_EC06C ; Q66577, POLG_EC09B ; Q66849, POLG_EC09H ; -DR P29813, POLG_EC11G ; Q66575, POLG_EC12T ; Q9WN78, POLG_EC30B ; -DR C8XPB2, POLG_EHV ; P03304, POLG_EMCV ; P17593, POLG_EMCVB ; -DR P17594, POLG_EMCVD ; Q66765, POLG_EMCVR ; P12296, POLG_ENMGO ; -DR N0A3C0, POLG_FCV ; P27407, POLG_FCVC6 ; P27408, POLG_FCVF4 ; -DR P27409, POLG_FCVF9 ; Q66914, POLG_FCVUR ; P03306, POLG_FMDV1 ; -DR P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; P03309, POLG_FMDVC ; -DR P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; P03311, POLG_FMDVS ; -DR P15072, POLG_FMDVT ; P49303, POLG_FMDVZ ; Q69422, POLG_GBVB ; -DR Q8V0N6, POLG_HAV88 ; Q5Y944, POLG_HAVCF ; Q67825, POLG_HAVGB ; -DR A3FMB2, POLG_HAVH2 ; Q05794, POLG_HAVHA ; P08617, POLG_HAVHM ; -DR A5LGW7, POLG_HAVJ8 ; P06441, POLG_HAVLA ; P13901, POLG_HAVMB ; -DR Q9DWR1, POLG_HAVNO ; P14553, POLG_HAVS2 ; P26664, POLG_HCV1 ; -DR Q5I2N3, POLG_HCV6A ; P27958, POLG_HCV77 ; Q68749, POLG_HCVBB ; -DR P26663, POLG_HCVBK ; Q9WMX2, POLG_HCVCO ; O39929, POLG_HCVED ; -DR O39927, POLG_HCVEU ; O39928, POLG_HCVEV ; Q81754, POLG_HCVH9 ; -DR Q913D4, POLG_HCVIN ; Q03463, POLG_HCVJ1 ; O92972, POLG_HCVJ4 ; -DR P26660, POLG_HCVJ6 ; P26661, POLG_HCVJ8 ; P26662, POLG_HCVJA ; -DR Q99IB8, POLG_HCVJF ; Q68801, POLG_HCVJK ; Q68798, POLG_HCVJL ; -DR Q9DHD6, POLG_HCVJP ; Q00269, POLG_HCVJT ; Q81495, POLG_HCVK3 ; -DR Q81258, POLG_HCVNZ ; Q913V3, POLG_HCVR6 ; O91936, POLG_HCVSA ; -DR O92529, POLG_HCVT5 ; Q81487, POLG_HCVTR ; P29846, POLG_HCVTW ; -DR Q9QAX1, POLG_HCVVA ; O92530, POLG_HCVVN ; O92531, POLG_HCVVO ; -DR O92532, POLG_HCVVP ; P32537, POLG_HE701 ; B9VUU3, POLG_HE71 ; -DR Q66478, POLG_HE71B ; Q66479, POLG_HE71M ; Q68T42, POLG_HED68 ; -DR C6KEF6, POLG_HKV1 ; Q66578, POLG_HPE1H ; O73556, POLG_HPE2W ; -DR Q9YID8, POLG_HPEV5 ; P03303, POLG_HRV14 ; E5D8F2, POLG_HRV15 ; -DR Q82122, POLG_HRV16 ; P23008, POLG_HRV1A ; P12916, POLG_HRV1B ; -DR P04936, POLG_HRV2 ; Q82081, POLG_HRV3 ; P07210, POLG_HRV8A ; -DR Q32ZD7, POLG_ILHV ; P27395, POLG_JAEV1 ; P19110, POLG_JAEV5 ; -DR P32886, POLG_JAEVJ ; G3FEX6, POLG_JAEVM ; D7RF80, POLG_KFDV ; -DR Q32ZD5, POLG_KOKV ; P14335, POLG_KUNJM ; P29837, POLG_LANVT ; -DR P22338, POLG_LIV ; Q8JV21, POLG_LJUV1 ; P31999, POLG_LMV0 ; -DR P89876, POLG_LMVE ; P54634, POLG_LORDV ; P33515, POLG_MCFA ; -DR P32652, POLG_MDMV ; Q91TW9, POLG_MRFVC ; P05769, POLG_MVEV5 ; +DR Q8B3M2, POLG_DWV ; Q96725, POLG_EBHSG ; O91734, POLG_EC01F ; +DR Q9YLJ1, POLG_EC05N ; Q66474, POLG_EC06C ; Q66577, POLG_EC09B ; +DR Q66849, POLG_EC09H ; P29813, POLG_EC11G ; Q66575, POLG_EC12T ; +DR Q9WN78, POLG_EC30B ; C8XPB2, POLG_EHV ; P03304, POLG_EMCV ; +DR P17593, POLG_EMCVB ; P17594, POLG_EMCVD ; Q66765, POLG_EMCVR ; +DR P12296, POLG_ENMGO ; Q6UP17, POLG_EOPV ; N0A3C0, POLG_FCV ; +DR P27407, POLG_FCVC6 ; P27408, POLG_FCVF4 ; P27409, POLG_FCVF9 ; +DR Q66914, POLG_FCVUR ; A2I7M2, POLG_FMDA1 ; Q9Q2N9, POLG_FMDS2 ; +DR P03306, POLG_FMDV1 ; P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; +DR P03309, POLG_FMDVC ; P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; +DR Q6PMV1, POLG_FMDVP ; P03311, POLG_FMDVS ; P15072, POLG_FMDVT ; +DR P49303, POLG_FMDVZ ; Q69422, POLG_GBVB ; Q8V0N6, POLG_HAV88 ; +DR Q5Y944, POLG_HAVCF ; Q67825, POLG_HAVGB ; A3FMB2, POLG_HAVH2 ; +DR Q05794, POLG_HAVHA ; P08617, POLG_HAVHM ; A5LGW7, POLG_HAVJ8 ; +DR P06441, POLG_HAVLA ; P13901, POLG_HAVMB ; Q9DWR1, POLG_HAVNO ; +DR P14553, POLG_HAVS2 ; P26664, POLG_HCV1 ; Q5I2N3, POLG_HCV6A ; +DR P27958, POLG_HCV77 ; Q68749, POLG_HCVBB ; P26663, POLG_HCVBK ; +DR Q9WMX2, POLG_HCVCO ; O39929, POLG_HCVED ; O39927, POLG_HCVEU ; +DR O39928, POLG_HCVEV ; Q81754, POLG_HCVH9 ; Q913D4, POLG_HCVIN ; +DR Q03463, POLG_HCVJ1 ; O92972, POLG_HCVJ4 ; P26660, POLG_HCVJ6 ; +DR P26661, POLG_HCVJ8 ; P26662, POLG_HCVJA ; Q99IB8, POLG_HCVJF ; +DR Q68801, POLG_HCVJK ; Q68798, POLG_HCVJL ; Q9DHD6, POLG_HCVJP ; +DR Q00269, POLG_HCVJT ; Q81495, POLG_HCVK3 ; Q81258, POLG_HCVNZ ; +DR Q913V3, POLG_HCVR6 ; O91936, POLG_HCVSA ; O92529, POLG_HCVT5 ; +DR Q81487, POLG_HCVTR ; P29846, POLG_HCVTW ; Q9QAX1, POLG_HCVVA ; +DR O92530, POLG_HCVVN ; O92531, POLG_HCVVO ; O92532, POLG_HCVVP ; +DR P32537, POLG_HE701 ; B9VUU3, POLG_HE71 ; Q66478, POLG_HE71B ; +DR Q66479, POLG_HE71M ; Q68T42, POLG_HED68 ; C6KEF6, POLG_HKV1 ; +DR Q66578, POLG_HPE1H ; O73556, POLG_HPE2W ; Q9YID8, POLG_HPEV5 ; +DR P03303, POLG_HRV14 ; E5D8F2, POLG_HRV15 ; Q82122, POLG_HRV16 ; +DR P23008, POLG_HRV1A ; P12916, POLG_HRV1B ; P04936, POLG_HRV2 ; +DR Q82081, POLG_HRV3 ; P07210, POLG_HRV8A ; Q32ZD7, POLG_ILHV ; +DR P27395, POLG_JAEV1 ; P19110, POLG_JAEV5 ; P32886, POLG_JAEVJ ; +DR G3FEX6, POLG_JAEVM ; D7RF80, POLG_KFDV ; Q32ZD5, POLG_KOKV ; +DR P14335, POLG_KUNJM ; P29837, POLG_LANVT ; P22338, POLG_LIV ; +DR Q8JV21, POLG_LJUV1 ; P31999, POLG_LMV0 ; P89876, POLG_LMVE ; +DR P54634, POLG_LORDV ; P33515, POLG_MCFA ; P32652, POLG_MDMV ; +DR Q80J95, POLG_MNV1 ; Q91TW9, POLG_MRFVC ; P05769, POLG_MVEV5 ; DR Q83883, POLG_NVN68 ; Q7T6D2, POLG_OHFV ; P20234, POLG_OMV ; DR P07993, POLG_PEMV ; Q01500, POLG_PEMVC ; O56075, POLG_PEMVM ; DR Q9QEJ5, POLG_PESV ; O41174, POLG_PEV9U ; P03300, POLG_POL1M ; @@ -82113,160 +82578,161 @@ DR Q6XDK8, POLG_SVM10 ; Q69014, POLG_SVM93 ; Q672I1, POLG_SVSAP ; DR Q155Z9, POLG_SVV1 ; P22556, POLG_TAMV ; Q01299, POLG_TBEVH ; DR P07720, POLG_TBEVS ; P14336, POLG_TBEVW ; P04517, POLG_TEV ; DR P08544, POLG_TMEVB ; P13899, POLG_TMEVD ; P08545, POLG_TMEVG ; -DR A4KZ49, POLG_TRMVU ; P89509, POLG_TUMVJ ; Q02597, POLG_TUMVQ ; -DR P09814, POLG_TVMV ; Q5WPU5, POLG_USUV ; Q9DUN3, POLG_VESVA ; -DR P20235, POLG_WMV2A ; Q89251, POLG_WMV2T ; P18478, POLG_WMV2U ; -DR P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; -DR P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; -DR Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; -DR Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; -DR Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; -DR P18479, POLG_ZYMVC ; Q89330, POLG_ZYMVR ; O36979, POLG_ZYMVS ; -DR Q9DSN9, POLN_ABPVR ; Q6QLN1, POLN_AHEV ; Q86924, POLN_AURAV ; -DR P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; Q8JUX6, POLN_CHIKS ; -DR Q9IJX4, POLN_CRPVC ; O36966, POLN_DCVEB ; Q306W6, POLN_EEEV1 ; -DR Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; P36327, POLN_EEVV3 ; -DR Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; P36328, POLN_EEVVP ; -DR P27282, POLN_EEVVT ; Q6UP17, POLN_EOPV ; Q5Y389, POLN_GETV ; +DR G1CRV4, POLG_TMUV ; A4KZ49, POLG_TRMVU ; P89509, POLG_TUMVJ ; +DR Q02597, POLG_TUMVQ ; P09814, POLG_TVMV ; Q5WPU5, POLG_USUV ; +DR Q9DUN3, POLG_VESVA ; P20235, POLG_WMV2A ; Q89251, POLG_WMV2T ; +DR P18478, POLG_WMV2U ; P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; +DR C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; +DR Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; +DR Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; +DR Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; +DR A0A142I5B9, POLG_ZIKVK ; P18479, POLG_ZYMVC ; Q89330, POLG_ZYMVR ; +DR O36979, POLG_ZYMVS ; Q9DSN9, POLN_ABPVR ; Q6QLN1, POLN_AHEV ; +DR Q86924, POLN_AURAV ; P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; +DR Q8JUX6, POLN_CHIKS ; Q9IJX4, POLN_CRPVC ; O36966, POLN_DCVEB ; +DR Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; +DR P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; +DR P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; P35928, POLN_ELV ; +DR P20126, POLN_EPMV ; Q5Y389, POLN_GETV ; Q8UZB6, POLN_GFKVM ; DR P29324, POLN_HEVBU ; Q81862, POLN_HEVCH ; Q9IVZ9, POLN_HEVCT ; DR Q9WC28, POLN_HEVHY ; Q03495, POLN_HEVME ; Q6J8G2, POLN_HEVMG ; DR Q04610, POLN_HEVMY ; P33424, POLN_HEVPA ; Q9YLR1, POLN_HEVUS ; -DR Q8QZ73, POLN_MAYAB ; P03318, POLN_MIDDV ; P13886, POLN_ONNVG ; -DR O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; P13887, POLN_RRVN ; -DR P13888, POLN_RRVT ; Q6X2U4, POLN_RUBVB ; Q6X2U2, POLN_RUBVC ; -DR Q9J6K9, POLN_RUBVD ; Q86500, POLN_RUBVM ; Q8BCR0, POLN_RUBVN ; -DR Q99IE7, POLN_RUBVO ; O40955, POLN_RUBVR ; P13889, POLN_RUBVT ; -DR Q99IE5, POLN_RUBVV ; Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; -DR P27283, POLN_SINDO ; P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; -DR Q8JJX1, POLN_SPDV ; P13896, POLN_WEEV ; P35928, POLR_ELV ; -DR P20126, POLR_EPMV ; P36304, POLR_KYMVJ ; Q27YG9, POLR_NORAV ; -DR P20127, POLR_OYMV ; P36352, POLR_PHMV ; P10358, POLR_TYMV ; -DR P20128, POLR_TYMVA ; P28477, POLR_TYMVC ; C1JCT1, POL_SINV3 ; -DR P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; P0C6W0, R1AB_BC512 ; -DR P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; -DR P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; P0C6V7, R1AB_BEV ; -DR P0C6V8, R1AB_BRV1 ; Q08534, R1AB_BYVU ; P0C6W7, R1AB_CVBEN ; -DR P0C6W8, R1AB_CVBLU ; P0C6W9, R1AB_CVBM ; P0C6X0, R1AB_CVBQ ; -DR P0C6X1, R1AB_CVH22 ; P0C6X2, R1AB_CVHN1 ; P0C6X3, R1AB_CVHN2 ; -DR P0C6X4, R1AB_CVHN5 ; P0C6X5, R1AB_CVHNL ; P0C6X6, R1AB_CVHOC ; -DR P0C6X8, R1AB_CVM2 ; P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; -DR P0C6Y5, R1AB_CVPPU ; Q9WQ77, R1AB_CVRSD ; Q9WQ76, R1AB_CVTMI ; -DR Q98VG9, R1AB_FIPV ; O71189, R1AB_GLRV3 ; P0C6Y1, R1AB_IBVB ; -DR P0C6Y2, R1AB_IBVBC ; P0C6Y3, R1AB_IBVM ; Q83045, R1AB_LIYV9 ; -DR K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; -DR P0DTD1, R1AB_SARS2 ; Q008X6, R1AB_WBV24 ; O14227, RDP1_SCHPO ; -DR Q9LQV2, RDR1_ARATH ; Q0DXS3, RDR1_ORYSJ ; O82504, RDR2_ARATH ; -DR Q7XM31, RDR2_ORYSJ ; O82190, RDR3_ARATH ; Q5QMN5, RDR3_ORYSJ ; -DR O82189, RDR4_ARATH ; Q5QMN4, RDR4_ORYSJ ; O82188, RDR5_ARATH ; -DR Q9SG02, RDR6_ARATH ; P54891, RDRP_ACLSA ; P27738, RDRP_ACLSP ; -DR Q9DIC5, RDRP_AHNNV ; O70695, RDRP_AHSV9 ; Q85055, RDRP_AHV2H ; -DR P03593, RDRP_AMVLE ; Q2Y0E9, RDRP_APRVF ; Q8VA42, RDRP_AQRVA ; -DR Q8JU61, RDRP_AQRVC ; B2BNE0, RDRP_AQRVG ; Q64962, RDRP_ASPVP ; -DR Q9INJ1, RDRP_BAVJK ; P27462, RDRP_BBMV ; Q65652, RDRP_BBSCV ; -DR Q96631, RDRP_BBV ; P03594, RDRP_BMV ; Q65667, RDRP_BNYVS ; -DR Q992J0, RDRP_BOOLV ; Q9DRA1, RDRP_BOTVF ; Q6YNQ7, RDRP_BOTVX ; -DR P09674, RDRP_BPBZ1 ; P15965, RDRP_BPFR ; P07393, RDRP_BPGA ; -DR P34701, RDRP_BPJP3 ; P00585, RDRP_BPMS2 ; O64308, RDRP_BPMX1 ; -DR P11124, RDRP_BPPH6 ; P14647, RDRP_BPQBE ; P09675, RDRP_BPSP ; -DR Q80873, RDRP_BSMV ; Q8AZL8, RDRP_BSNV ; P13840, RDRP_BTV10 ; -DR P29044, RDRP_BYDV1 ; P09505, RDRP_BYDVP ; P29045, RDRP_BYDVR ; -DR Q9J5U7, RDRP_CARMS ; P04518, RDRP_CARMV ; P20179, RDRP_CCMV ; -DR Q0PW25, RDRP_CFMVN ; P69514, RDRP_CGMVS ; P69515, RDRP_CGMVW ; -DR Q91QZ3, RDRP_CLBVS ; O39436, RDRP_CMVAS ; Q66136, RDRP_CMVB ; -DR P16490, RDRP_CMVFN ; Q83262, RDRP_CMVII ; Q66117, RDRP_CMVIX ; -DR Q86783, RDRP_CMVK ; Q96711, RDRP_CMVKO ; Q66145, RDRP_CMVMB ; -DR O40977, RDRP_CMVNT ; P06012, RDRP_CMVQ ; Q83265, RDRP_CMVY ; -DR P15187, RDRP_CNV ; Q33339, RDRP_CPMV1 ; O15925, RDRP_CPVKS ; -DR Q66096, RDRP_CRSVL ; P17459, RDRP_CRV ; Q9DSQ0, RDRP_CTFVL ; -DR P37987, RDRP_CVB ; P27153, RDRP_DHVI1 ; Q91CD5, RDRP_DXV96 ; -DR Q698V5, RDRP_ESRV9 ; Q8JYK1, RDRP_FDVS ; Q66929, RDRP_FHV ; -DR P22168, RDRP_FXMV ; Q8UZB6, RDRP_GFKVM ; Q993M1, RDRP_GGNNV ; -DR Q67653, RDRP_GLVWB ; Q67683, RDRP_GRVMC ; Q67704, RDRP_GVAIS ; -DR Q67724, RDRP_HASV ; Q50LE4, RDRP_HPBVH ; O57044, RDRP_HV19S ; -DR Q9IQ46, RDRP_I000X ; Q8QPH4, RDRP_I00A0 ; Q289L9, RDRP_I00A1 ; -DR Q809M3, RDRP_I01A0 ; Q809M7, RDRP_I01A1 ; Q809M5, RDRP_I01A2 ; -DR Q809L9, RDRP_I01A3 ; Q6DNS6, RDRP_I02A1 ; Q6DNS5, RDRP_I02A2 ; -DR Q6DNS4, RDRP_I02A3 ; Q6DNS3, RDRP_I02A4 ; Q6J847, RDRP_I02A5 ; -DR Q6DNS2, RDRP_I02A6 ; Q6DNQ9, RDRP_I02A7 ; Q6J856, RDRP_I03A0 ; -DR Q6DNQ5, RDRP_I03A1 ; Q2LFH3, RDRP_I05A1 ; B4URE4, RDRP_I06A0 ; -DR A8C8K2, RDRP_I07A0 ; Q3HM40, RDRP_I18A0 ; P03430, RDRP_I33A0 ; -DR P03431, RDRP_I34A1 ; A4GCM7, RDRP_I35A3 ; A4GCJ4, RDRP_I36A0 ; -DR Q0HD52, RDRP_I40A0 ; A4GCL6, RDRP_I43A0 ; A4U6W0, RDRP_I45A0 ; -DR Q82571, RDRP_I47A0 ; Q0A440, RDRP_I49A1 ; A4U7B4, RDRP_I51A0 ; -DR A4K151, RDRP_I54A2 ; P16502, RDRP_I56A0 ; Q20P14, RDRP_I56A1 ; -DR Q0A429, RDRP_I56A2 ; Q1K9Q5, RDRP_I57A0 ; P26119, RDRP_I57A1 ; -DR P26120, RDRP_I57A2 ; P26121, RDRP_I57A3 ; P16511, RDRP_I57A5 ; -DR Q0A2G8, RDRP_I59A0 ; P21426, RDRP_I60A0 ; B3EUR4, RDRP_I61A1 ; -DR Q0A2D9, RDRP_I66A0 ; Q0A451, RDRP_I66A1 ; Q6XU19, RDRP_I67A0 ; -DR A8C8X1, RDRP_I67A2 ; Q0A461, RDRP_I68A3 ; Q910D6, RDRP_I68A4 ; -DR P16506, RDRP_I68A5 ; P03432, RDRP_I68A6 ; Q6XT06, RDRP_I69A0 ; -DR Q6XT02, RDRP_I70A0 ; Q3YPY7, RDRP_I71A1 ; Q1K9E3, RDRP_I72A2 ; -DR Q463W7, RDRP_I72A3 ; Q2ICQ2, RDRP_I72A4 ; P16504, RDRP_I73A4 ; -DR Q1PUD1, RDRP_I73A5 ; P26118, RDRP_I73A6 ; Q30NP3, RDRP_I75A0 ; -DR P31341, RDRP_I75A3 ; Q2RF98, RDRP_I76A6 ; Q9EA41, RDRP_I77A4 ; -DR A4GBY5, RDRP_I77AA ; Q1WP01, RDRP_I77AB ; P16512, RDRP_I77AD ; -DR P16503, RDRP_I77AF ; P16508, RDRP_I78A3 ; Q2VNE5, RDRP_I78A7 ; -DR Q2VNC5, RDRP_I78A8 ; Q0A3Q1, RDRP_I78AC ; P18882, RDRP_I79A4 ; -DR Q20PL6, RDRP_I79A7 ; Q2VC92, RDRP_I80A2 ; Q2RCG8, RDRP_I80A4 ; -DR Q08II5, RDRP_I80A6 ; P16513, RDRP_I80A8 ; A4GCK5, RDRP_I80AA ; -DR Q20NV3, RDRP_I80AD ; P16510, RDRP_I81A4 ; P26144, RDRP_I82A2 ; -DR P16509, RDRP_I82A4 ; A4GCI3, RDRP_I83A1 ; Q0A2F7, RDRP_I83A4 ; -DR Q0A2H9, RDRP_I83A5 ; Q0A2D0, RDRP_I83A6 ; Q38SQ0, RDRP_I83A8 ; -DR Q0A2Q6, RDRP_I85A3 ; P16505, RDRP_I86A3 ; P16507, RDRP_I88A3 ; -DR P16514, RDRP_I88A7 ; O91741, RDRP_I93A0 ; Q9Q0V0, RDRP_I96A0 ; -DR A3DRP8, RDRP_I96A2 ; Q07FH7, RDRP_I96A3 ; O89749, RDRP_I97A0 ; -DR Q9WLS3, RDRP_I97A1 ; Q9Q6Q5, RDRP_IBDV ; P31817, RDRP_IBDV5 ; -DR P12918, RDRP_IBDVA ; A7L9Z4, RDRP_IBDVB ; Q82630, RDRP_IBDVU ; -DR Q918W3, RDRP_ICRSV ; P13871, RDRP_INBAC ; P13872, RDRP_INBAD ; -DR P07832, RDRP_INBLE ; O36430, RDRP_INBP9 ; Q6I7C3, RDRP_INCAA ; -DR Q9IMP4, RDRP_INCJH ; P19703, RDRP_INCJJ ; P22173, RDRP_IPNVJ ; -DR P22174, RDRP_IPNVS ; Q8V3T6, RDRP_ISAV8 ; Q91IE0, RDRP_LDCPR ; -DR B1PS76, RDRP_LOLV ; Q02382, RDRP_LRVLG ; P27328, RDRP_LSV ; -DR P27327, RDRP_LVX ; Q9YPD5, RDRP_MBVLF ; P11640, RDRP_MCMVK ; -DR Q83424, RDRP_MNSV ; Q1I0V0, RDRP_MPRVN ; Q6XNL5, RDRP_MRNV ; -DR Q7TDB6, RDRP_MYRV9 ; Q9YRB3, RDRP_NCBVS ; P15095, RDRP_NMV ; -DR Q9IMM4, RDRP_NODAM ; Q83927, RDRP_OCSVU ; Q83944, RDRP_OLV2I ; -DR P89659, RDRP_ORSVC ; Q84133, RDRP_ORSVS ; B3VML1, RDRP_OUMVV ; -DR Q07518, RDRP_P1AMV ; Q9J7Z2, RDRP_PAV ; Q84687, RDRP_PCV87 ; -DR Q8JVC2, RDRP_PCVC ; P29154, RDRP_PEMVW ; P17520, RDRP_PLRV1 ; -DR P11623, RDRP_PLRVW ; P89657, RDRP_PMMVJ ; P29098, RDRP_PMMVS ; -DR Q9QBU0, RDRP_PMTVS ; P20951, RDRP_PMV ; P89034, RDRP_PMVK ; -DR Q5NDM9, RDRP_PNLV ; Q9IWA0, RDRP_POLVP ; Q3KSM3, RDRP_PRV ; -DR P28727, RDRP_PSVJ ; P17965, RDRP_PVMR ; P22657, RDRP_PVSP ; -DR P09395, RDRP_PVX ; P22591, RDRP_PVXCP ; Q07630, RDRP_PVXHB ; -DR P17779, RDRP_PVXX3 ; Q9DUT2, RDRP_PZSVT ; D0QX26, RDRP_QRFVE ; -DR Q05983, RDRP_RBDVR ; P22956, RDRP_RCNMV ; Q02119, RDRP_RDVA ; -DR Q98631, RDRP_RDVF ; P0CK31, RDRP_REOVD ; P17377, RDRP_REOVJ ; -DR P0CK32, RDRP_REOVL ; A4PBP6, RDRP_RGDV ; Q3ZK55, RDRP_ROT41 ; -DR B1NKR3, RDRP_ROTAD ; A9Q1K7, RDRP_ROTB2 ; A7J398, RDRP_ROTBN ; -DR P21615, RDRP_ROTBU ; P35942, RDRP_ROTGI ; A4ZCW2, RDRP_ROTH3 ; -DR B2BMQ6, RDRP_ROTH6 ; B1NKQ9, RDRP_ROTH7 ; Q91E95, RDRP_ROTHC ; -DR A7J3A6, RDRP_ROTHD ; Q9QNB3, RDRP_ROTHK ; A3DSK5, RDRP_ROTHL ; -DR B1NKS9, RDRP_ROTHP ; A7J390, RDRP_ROTHS ; B1NKT7, RDRP_ROTHT ; -DR A4ZCW8, RDRP_ROTHW ; Q45UG0, RDRP_ROTJ1 ; P26190, RDRP_ROTPC ; -DR P17699, RDRP_ROTPG ; Q85036, RDRP_ROTPY ; P17468, RDRP_ROTRF ; -DR P22678, RDRP_ROTS1 ; A2T3S0, RDRP_ROTSH ; O37061, RDRP_ROTSP ; -DR B3F2X5, RDRP_ROTTU ; B2BMF7, RDRP_ROTW3 ; B1NKU1, RDRP_ROTWI ; -DR A7J3A2, RDRP_ROTYO ; O92604, RDRP_RRSVT ; O72157, RDRP_SBMVA ; -DR Q89249, RDRP_SBWMN ; P21405, RDRP_SCPMV ; P25328, RDRP_SCV20 ; -DR Q07048, RDRP_SCV23 ; Q87022, RDRP_SCVLA ; P23172, RDRP_SCVLB ; -DR P89202, RDRP_SHMV ; Q04575, RDRP_SHVX ; Q9QAZ8, RDRP_SJNNV ; -DR P28897, RDRP_SMYEA ; Q6YI57, RDRP_SSDRV ; P29035, RDRP_TAV ; -DR A0A0S2T050, RDRP_TBRFV ; P15962, RDRP_TBSVC ; P17460, RDRP_TCV ; -DR O41353, RDRP_THOGV ; P18339, RDRP_TMGMV ; P90211, RDRP_TMOB ; -DR P03586, RDRP_TMV ; Q9YQ08, RDRP_TMVB ; P30738, RDRP_TMVKR ; -DR O93058, RDRP_TMVOM ; Q98745, RDRP_TMVRA ; P22958, RDRP_TNVA ; -DR P27209, RDRP_TNVD ; P89678, RDRP_TOBSV ; Q9Q1T8, RDRP_TOMK1 ; -DR P89676, RDRP_TOMK2 ; P03587, RDRP_TOML ; Q9YKD6, RDRP_TOMS1 ; -DR Q9J942, RDRP_TRVPP ; P05079, RDRP_TRVPS ; Q88920, RDRP_TVCV ; -DR P09507, RDRP_TYYVF ; Q64FP0, RDRP_WCCVB ; P09498, RDRP_WCMVM ; -DR P15402, RDRP_WCMVO ; Q66220, RDRP_YOMV ; G3MZY8, RPB1_BOVIN ; -DR P11414, RPB1_CRIGR ; P24928, RPB1_HUMAN ; P08775, RPB1_MOUSE ; -DR A5PJW8, RPB2_BOVIN ; P30876, RPB2_HUMAN ; P19811, RPOA_EAVBU ; -DR Q06502, RPOA_LDVC ; Q83017, RPOA_LDVP ; Q9YN02, RPOA_PRRS1 ; -DR Q8B912, RPOA_PRRSB ; Q04561, RPOA_PRRSL ; Q9WJB2, RPOA_PRRSR ; -DR A0MD28, RPOA_PRRSS ; A6YQT5, RPOA_PRRSV ; Q68772, RPOA_SHFV ; -DR P31843, RRPO_OENBE ; Q8LHH9, SHL2_ORYSJ ; +DR P36304, POLN_KYMVJ ; Q8QZ73, POLN_MAYAB ; P03318, POLN_MIDDV ; +DR P13886, POLN_ONNVG ; O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; +DR P20127, POLN_OYMV ; P13887, POLN_RRVN ; P13888, POLN_RRVT ; +DR Q6X2U4, POLN_RUBVB ; Q6X2U2, POLN_RUBVC ; Q9J6K9, POLN_RUBVD ; +DR Q86500, POLN_RUBVM ; Q8BCR0, POLN_RUBVN ; Q99IE7, POLN_RUBVO ; +DR O40955, POLN_RUBVR ; P13889, POLN_RUBVT ; Q99IE5, POLN_RUBVV ; +DR Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; P27283, POLN_SINDO ; +DR P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; Q8JJX1, POLN_SPDV ; +DR P10358, POLN_TYMV ; P20128, POLN_TYMVA ; P28477, POLN_TYMVC ; +DR P13896, POLN_WEEV ; Q27YG9, POLR_NORAV ; P36352, POLR_PHMV ; +DR C1JCT1, POL_SINV3 ; F8RL29, R1AB_AMV79 ; P0C6W1, R1AB_BC133 ; +DR P0C6V9, R1AB_BC279 ; P0C6W0, R1AB_BC512 ; P0C6W2, R1AB_BCHK3 ; +DR P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; +DR P0C6W6, R1AB_BCRP3 ; P0C6V7, R1AB_BEV ; P0C6V8, R1AB_BRV1 ; +DR Q08534, R1AB_BYVU ; P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; +DR P0C6W9, R1AB_CVBM ; P0C6X0, R1AB_CVBQ ; P0C6X1, R1AB_CVH22 ; +DR P0C6X2, R1AB_CVHN1 ; P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; +DR P0C6X5, R1AB_CVHNL ; P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; +DR P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; +DR Q9WQ77, R1AB_CVRSD ; Q9WQ76, R1AB_CVTMI ; Q98VG9, R1AB_FIPV ; +DR O71189, R1AB_GLRV3 ; P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; +DR P0C6Y3, R1AB_IBVM ; Q83045, R1AB_LIYV9 ; K9N7C7, R1AB_MERS1 ; +DR P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; +DR Q008X6, R1AB_WBV24 ; O14227, RDP1_SCHPO ; Q9LQV2, RDR1_ARATH ; +DR Q0DXS3, RDR1_ORYSJ ; O82504, RDR2_ARATH ; Q7XM31, RDR2_ORYSJ ; +DR O82190, RDR3_ARATH ; Q5QMN5, RDR3_ORYSJ ; O82189, RDR4_ARATH ; +DR Q5QMN4, RDR4_ORYSJ ; O82188, RDR5_ARATH ; Q9SG02, RDR6_ARATH ; +DR P54891, RDRP_ACLSA ; P27738, RDRP_ACLSP ; Q9DIC5, RDRP_AHNNV ; +DR O70695, RDRP_AHSV9 ; Q85055, RDRP_AHV2H ; P03593, RDRP_AMVLE ; +DR Q2Y0E9, RDRP_APRVF ; Q8VA42, RDRP_AQRVA ; Q8JU61, RDRP_AQRVC ; +DR B2BNE0, RDRP_AQRVG ; Q64962, RDRP_ASPVP ; Q9INJ1, RDRP_BAVJK ; +DR P27462, RDRP_BBMV ; Q65652, RDRP_BBSCV ; Q96631, RDRP_BBV ; +DR P03594, RDRP_BMV ; Q65667, RDRP_BNYVS ; Q992J0, RDRP_BOOLV ; +DR Q9DRA1, RDRP_BOTVF ; Q6YNQ7, RDRP_BOTVX ; P09674, RDRP_BPBZ1 ; +DR P15965, RDRP_BPFR ; P07393, RDRP_BPGA ; P34701, RDRP_BPJP3 ; +DR P00585, RDRP_BPMS2 ; O64308, RDRP_BPMX1 ; P11124, RDRP_BPPH6 ; +DR P14647, RDRP_BPQBE ; P09675, RDRP_BPSP ; Q80873, RDRP_BSMV ; +DR Q8AZL8, RDRP_BSNV ; P13840, RDRP_BTV10 ; P29044, RDRP_BYDVM ; +DR P09505, RDRP_BYDVP ; P29045, RDRP_BYDVR ; Q9J5U7, RDRP_CARMS ; +DR P04518, RDRP_CARMV ; P20179, RDRP_CCMV ; Q0PW25, RDRP_CFMVN ; +DR P69514, RDRP_CGMVS ; P69515, RDRP_CGMVW ; Q91QZ3, RDRP_CLBVS ; +DR O39436, RDRP_CMVAS ; Q66136, RDRP_CMVB ; P16490, RDRP_CMVFN ; +DR Q83262, RDRP_CMVII ; Q66117, RDRP_CMVIX ; Q86783, RDRP_CMVK ; +DR Q96711, RDRP_CMVKO ; Q66145, RDRP_CMVMB ; O40977, RDRP_CMVNT ; +DR P06012, RDRP_CMVQ ; Q83265, RDRP_CMVY ; P15187, RDRP_CNV ; +DR Q33339, RDRP_CPMV1 ; O15925, RDRP_CPVKS ; Q66096, RDRP_CRSVL ; +DR P17459, RDRP_CRV ; Q9DSQ0, RDRP_CTFVL ; P37987, RDRP_CVB ; +DR P27153, RDRP_DHVI1 ; Q91CD5, RDRP_DXV96 ; Q698V5, RDRP_ESRV9 ; +DR Q8JYK1, RDRP_FDVS ; Q66929, RDRP_FHV ; P22168, RDRP_FXMV ; +DR Q993M1, RDRP_GGNNV ; Q67653, RDRP_GLVWB ; Q67683, RDRP_GRVMC ; +DR Q67704, RDRP_GVAIS ; Q67724, RDRP_HASV ; Q50LE4, RDRP_HPBVH ; +DR O57044, RDRP_HV19S ; Q9IQ46, RDRP_I000X ; Q8QPH4, RDRP_I00A0 ; +DR Q289L9, RDRP_I00A1 ; Q809M3, RDRP_I01A0 ; Q809M7, RDRP_I01A1 ; +DR Q809M5, RDRP_I01A2 ; Q809L9, RDRP_I01A3 ; Q6DNS6, RDRP_I02A1 ; +DR Q6DNS5, RDRP_I02A2 ; Q6DNS4, RDRP_I02A3 ; Q6DNS3, RDRP_I02A4 ; +DR Q6J847, RDRP_I02A5 ; Q6DNS2, RDRP_I02A6 ; Q6DNQ9, RDRP_I02A7 ; +DR Q6J856, RDRP_I03A0 ; Q6DNQ5, RDRP_I03A1 ; Q2LFH3, RDRP_I05A1 ; +DR B4URE4, RDRP_I06A0 ; A8C8K2, RDRP_I07A0 ; Q3HM40, RDRP_I18A0 ; +DR P03430, RDRP_I33A0 ; P03431, RDRP_I34A1 ; A4GCM7, RDRP_I35A3 ; +DR A4GCJ4, RDRP_I36A0 ; Q0HD52, RDRP_I40A0 ; A4GCL6, RDRP_I43A0 ; +DR A4U6W0, RDRP_I45A0 ; Q82571, RDRP_I47A0 ; Q0A440, RDRP_I49A1 ; +DR A4U7B4, RDRP_I51A0 ; A4K151, RDRP_I54A2 ; P16502, RDRP_I56A0 ; +DR Q20P14, RDRP_I56A1 ; Q0A429, RDRP_I56A2 ; Q1K9Q5, RDRP_I57A0 ; +DR P26119, RDRP_I57A1 ; P26120, RDRP_I57A2 ; P26121, RDRP_I57A3 ; +DR P16511, RDRP_I57A5 ; Q0A2G8, RDRP_I59A0 ; P21426, RDRP_I60A0 ; +DR B3EUR4, RDRP_I61A1 ; Q0A2D9, RDRP_I66A0 ; Q0A451, RDRP_I66A1 ; +DR Q6XU19, RDRP_I67A0 ; A8C8X1, RDRP_I67A2 ; Q0A461, RDRP_I68A3 ; +DR Q910D6, RDRP_I68A4 ; P16506, RDRP_I68A5 ; P03432, RDRP_I68A6 ; +DR Q6XT06, RDRP_I69A0 ; Q6XT02, RDRP_I70A0 ; Q3YPY7, RDRP_I71A1 ; +DR Q1K9E3, RDRP_I72A2 ; Q463W7, RDRP_I72A3 ; Q2ICQ2, RDRP_I72A4 ; +DR P16504, RDRP_I73A4 ; Q1PUD1, RDRP_I73A5 ; P26118, RDRP_I73A6 ; +DR Q30NP3, RDRP_I75A0 ; P31341, RDRP_I75A3 ; Q2RF98, RDRP_I76A6 ; +DR Q9EA41, RDRP_I77A4 ; A4GBY5, RDRP_I77AA ; Q1WP01, RDRP_I77AB ; +DR P16512, RDRP_I77AD ; P16503, RDRP_I77AF ; P16508, RDRP_I78A3 ; +DR Q2VNE5, RDRP_I78A7 ; Q2VNC5, RDRP_I78A8 ; Q0A3Q1, RDRP_I78AC ; +DR P18882, RDRP_I79A4 ; Q20PL6, RDRP_I79A7 ; Q2VC92, RDRP_I80A2 ; +DR Q2RCG8, RDRP_I80A4 ; Q08II5, RDRP_I80A6 ; P16513, RDRP_I80A8 ; +DR A4GCK5, RDRP_I80AA ; Q20NV3, RDRP_I80AD ; P16510, RDRP_I81A4 ; +DR P26144, RDRP_I82A2 ; P16509, RDRP_I82A4 ; A4GCI3, RDRP_I83A1 ; +DR Q0A2F7, RDRP_I83A4 ; Q0A2H9, RDRP_I83A5 ; Q0A2D0, RDRP_I83A6 ; +DR Q38SQ0, RDRP_I83A8 ; Q0A2Q6, RDRP_I85A3 ; P16505, RDRP_I86A3 ; +DR P16507, RDRP_I88A3 ; P16514, RDRP_I88A7 ; O91741, RDRP_I93A0 ; +DR Q9Q0V0, RDRP_I96A0 ; A3DRP8, RDRP_I96A2 ; Q07FH7, RDRP_I96A3 ; +DR O89749, RDRP_I97A0 ; Q9WLS3, RDRP_I97A1 ; Q9Q6Q5, RDRP_IBDV ; +DR P31817, RDRP_IBDV5 ; P12918, RDRP_IBDVA ; A7L9Z4, RDRP_IBDVB ; +DR Q82630, RDRP_IBDVU ; Q918W3, RDRP_ICRSV ; P13871, RDRP_INBAC ; +DR P13872, RDRP_INBAD ; P07832, RDRP_INBLE ; O36430, RDRP_INBP9 ; +DR Q6I7C3, RDRP_INCAA ; Q9IMP4, RDRP_INCJH ; P19703, RDRP_INCJJ ; +DR P22173, RDRP_IPNVJ ; P22174, RDRP_IPNVS ; Q8V3T6, RDRP_ISAV8 ; +DR Q91IE0, RDRP_LDCPR ; B1PS76, RDRP_LOLV ; Q02382, RDRP_LRVLG ; +DR P27328, RDRP_LSV ; P27327, RDRP_LVX ; Q9YPD5, RDRP_MBVLF ; +DR P11640, RDRP_MCMVK ; Q83424, RDRP_MNSV ; Q1I0V0, RDRP_MPRVN ; +DR Q6XNL5, RDRP_MRNV ; Q7TDB6, RDRP_MYRV9 ; Q9YRB3, RDRP_NCBVS ; +DR P15095, RDRP_NMV ; Q9IMM4, RDRP_NODAM ; Q83927, RDRP_OCSVU ; +DR Q83944, RDRP_OLV2I ; P89659, RDRP_ORSVC ; Q84133, RDRP_ORSVS ; +DR B3VML1, RDRP_OUMVV ; Q07518, RDRP_P1AMV ; Q9J7Z2, RDRP_PAV ; +DR Q84687, RDRP_PCV87 ; Q8JVC2, RDRP_PCVC ; P29154, RDRP_PEMVW ; +DR P17520, RDRP_PLRV1 ; P11623, RDRP_PLRVW ; P89657, RDRP_PMMVJ ; +DR P29098, RDRP_PMMVS ; Q9QBU0, RDRP_PMTVS ; P20951, RDRP_PMV ; +DR P89034, RDRP_PMVK ; Q5NDM9, RDRP_PNLV ; Q9IWA0, RDRP_POLVP ; +DR Q3KSM3, RDRP_PRV ; P28727, RDRP_PSVJ ; P17965, RDRP_PVMR ; +DR P22657, RDRP_PVSP ; P09395, RDRP_PVX ; P22591, RDRP_PVXCP ; +DR Q07630, RDRP_PVXHB ; P17779, RDRP_PVXX3 ; Q9DUT2, RDRP_PZSVT ; +DR D0QX26, RDRP_QRFVE ; Q05983, RDRP_RBDVR ; P22956, RDRP_RCNMV ; +DR Q02119, RDRP_RDVA ; Q98631, RDRP_RDVF ; P0CK31, RDRP_REOVD ; +DR P17377, RDRP_REOVJ ; P0CK32, RDRP_REOVL ; A4PBP6, RDRP_RGDV ; +DR Q3ZK55, RDRP_ROT41 ; B1NKR3, RDRP_ROTAD ; A9Q1K7, RDRP_ROTB2 ; +DR A7J398, RDRP_ROTBN ; P21615, RDRP_ROTBU ; P35942, RDRP_ROTGI ; +DR A4ZCW2, RDRP_ROTH3 ; B2BMQ6, RDRP_ROTH6 ; B1NKQ9, RDRP_ROTH7 ; +DR Q91E95, RDRP_ROTHC ; A7J3A6, RDRP_ROTHD ; Q9QNB3, RDRP_ROTHK ; +DR A3DSK5, RDRP_ROTHL ; B1NKS9, RDRP_ROTHP ; A7J390, RDRP_ROTHS ; +DR B1NKT7, RDRP_ROTHT ; A4ZCW8, RDRP_ROTHW ; Q45UG0, RDRP_ROTJ1 ; +DR P26190, RDRP_ROTPC ; P17699, RDRP_ROTPG ; Q85036, RDRP_ROTPY ; +DR P17468, RDRP_ROTRF ; P22678, RDRP_ROTS1 ; A2T3S0, RDRP_ROTSH ; +DR O37061, RDRP_ROTSP ; B3F2X5, RDRP_ROTTU ; B2BMF7, RDRP_ROTW3 ; +DR B1NKU1, RDRP_ROTWI ; A7J3A2, RDRP_ROTYO ; O92604, RDRP_RRSVT ; +DR O72157, RDRP_SBMVA ; Q89249, RDRP_SBWMN ; P21405, RDRP_SCPMV ; +DR P25328, RDRP_SCV20 ; Q07048, RDRP_SCV23 ; Q87022, RDRP_SCVLA ; +DR P23172, RDRP_SCVLB ; P89202, RDRP_SHMV ; Q04575, RDRP_SHVX ; +DR Q9QAZ8, RDRP_SJNNV ; P28897, RDRP_SMYEA ; Q6YI57, RDRP_SSDRV ; +DR P29035, RDRP_TAV ; A0A0S2T050, RDRP_TBRFV ; P15962, RDRP_TBSVC ; +DR P17460, RDRP_TCV ; O41353, RDRP_THOGV ; P18339, RDRP_TMGMV ; +DR P90211, RDRP_TMOB ; P03586, RDRP_TMV ; Q9YQ08, RDRP_TMVB ; +DR P30738, RDRP_TMVKR ; O93058, RDRP_TMVOM ; Q98745, RDRP_TMVRA ; +DR P22958, RDRP_TNVA ; P27209, RDRP_TNVD ; P89678, RDRP_TOBSV ; +DR Q9Q1T8, RDRP_TOMK1 ; P89676, RDRP_TOMK2 ; P03587, RDRP_TOML ; +DR Q9YKD6, RDRP_TOMS1 ; Q9J942, RDRP_TRVPP ; P05079, RDRP_TRVPS ; +DR Q88920, RDRP_TVCV ; P09507, RDRP_TYYVF ; Q64FP0, RDRP_WCCVB ; +DR P09498, RDRP_WCMVM ; P15402, RDRP_WCMVO ; Q66220, RDRP_YOMV ; +DR G3MZY8, RPB1_BOVIN ; P11414, RPB1_CRIGR ; P24928, RPB1_HUMAN ; +DR P08775, RPB1_MOUSE ; A5PJW8, RPB2_BOVIN ; P30876, RPB2_HUMAN ; +DR Q8CFI7, RPB2_MOUSE ; P19811, RPOA_EAVBU ; Q06502, RPOA_LDVC ; +DR Q83017, RPOA_LDVP ; Q9YN02, RPOA_PRRS1 ; Q8B912, RPOA_PRRSB ; +DR Q04561, RPOA_PRRSL ; Q9WJB2, RPOA_PRRSR ; A0MD28, RPOA_PRRSS ; +DR A6YQT5, RPOA_PRRSV ; Q68772, RPOA_SHFV ; P31843, RRPO_OENBE ; +DR Q8LHH9, SHL2_ORYSJ ; // ID 2.7.7.49 DE RNA-directed DNA polymerase. @@ -82396,7 +82862,7 @@ DE mRNA guanylyltransferase. AN GTP--RNA guanylyltransferase. AN mRNA capping enzyme. CA a 5'-end diphospho-ribonucleoside in mRNA + GTP + H(+) = a 5'-end -CA (5'-triphosphoguanosine)-(ribonucleoside) in mRNA + diphosphate. +CA (5'-triphosphoguanosine)-ribonucleoside in mRNA + diphosphate. CC -!- The human enzyme is a multi domain protein that also has the activity CC of EC 3.6.1.74. DR P41477, LEF4_NPVAC ; P11079, LMBD2_REOVD; Q91RA4, LMBD2_REOVJ; @@ -82545,40 +83011,40 @@ DR Q0TBG6, RNPH_ECOL5 ; P66679, RNPH_ECOL6 ; B1IYV7, RNPH_ECOLC ; DR B6I3M0, RNPH_ECOSE ; B1LK80, RNPH_ECOSM ; C5B9C9, RNPH_EDWI9 ; DR A4W506, RNPH_ENT38 ; B2VF76, RNPH_ERWT9 ; Q2NAJ7, RNPH_ERYLH ; DR B1YJW6, RNPH_EXIS2 ; Q2JEN8, RNPH_FRACC ; B0U040, RNPH_FRAP2 ; -DR A8L766, RNPH_FRASN ; Q14HY4, RNPH_FRAT1 ; A7NA52, RNPH_FRATF ; -DR Q2A562, RNPH_FRATH ; B2SF43, RNPH_FRATM ; A0Q4X5, RNPH_FRATN ; -DR Q0BNH8, RNPH_FRATO ; Q5NGI2, RNPH_FRATT ; A4IYU1, RNPH_FRATW ; -DR B9M3E3, RNPH_GEODF ; Q5KWI5, RNPH_GEOKA ; Q39UG9, RNPH_GEOMG ; -DR Q74C79, RNPH_GEOSL ; C5D5M7, RNPH_GEOSW ; A4IRI5, RNPH_GEOTN ; -DR A5G3S1, RNPH_GEOUR ; B8F6D8, RNPH_GLAP5 ; B7KB81, RNPH_GLOC7 ; -DR Q7VP10, RNPH_HAEDU ; Q4QNR6, RNPH_HAEI8 ; A5UAL6, RNPH_HAEIE ; -DR A5UG91, RNPH_HAEIG ; P44444, RNPH_HAEIN ; Q2S8P0, RNPH_HAHCH ; -DR Q9K8D8, RNPH_HALH5 ; A1WVN7, RNPH_HALHL ; C4K3X0, RNPH_HAMD5 ; -DR Q0I4U1, RNPH_HISS1 ; B0UWM2, RNPH_HISS2 ; B4U8T3, RNPH_HYDS0 ; -DR Q5QYL5, RNPH_IDILO ; B5XTF9, RNPH_KLEP3 ; A6TFN5, RNPH_KLEP7 ; -DR C1DCK5, RNPH_LARHH ; Q5X3P0, RNPH_LEGPA ; A5IDJ5, RNPH_LEGPC ; -DR Q5ZTZ6, RNPH_LEGPH ; Q5WV28, RNPH_LEGPL ; Q9X528, RNPH_LEGPN ; -DR Q6AEK9, RNPH_LEIXX ; Q92CH1, RNPH_LISIN ; C1L2E3, RNPH_LISMC ; -DR Q720J1, RNPH_LISMF ; B8DHZ4, RNPH_LISMH ; Q8Y7N6, RNPH_LISMO ; -DR A0AHX9, RNPH_LISW6 ; Q9AES0, RNPH_MANHA ; Q65W01, RNPH_MANSM ; -DR Q0AKA6, RNPH_MARMM ; A6W3H7, RNPH_MARMS ; A1TY30, RNPH_MARN8 ; -DR B7L092, RNPH_METC4 ; Q602N9, RNPH_METCA ; A9VZR7, RNPH_METEP ; -DR Q1GXA4, RNPH_METFK ; B8IFR7, RNPH_METNO ; B1ZJ73, RNPH_METPB ; -DR B1M4N1, RNPH_METRJ ; B0UP55, RNPH_METS4 ; B8ERN7, RNPH_METSB ; -DR Q2RL40, RNPH_MOOTA ; A0QD04, RNPH_MYCA1 ; B1MLZ3, RNPH_MYCA9 ; -DR Q7U076, RNPH_MYCBO ; A1KID0, RNPH_MYCBP ; C1AMY5, RNPH_MYCBT ; -DR A4T8F7, RNPH_MYCGI ; B8ZR59, RNPH_MYCLB ; P37939, RNPH_MYCLE ; -DR Q73X87, RNPH_MYCPA ; A0R1W8, RNPH_MYCS2 ; A3Q379, RNPH_MYCSJ ; -DR A1UJV2, RNPH_MYCSK ; Q1B585, RNPH_MYCSS ; A5U240, RNPH_MYCTA ; -DR P9WGZ6, RNPH_MYCTO ; P9WGZ7, RNPH_MYCTU ; A0PUG0, RNPH_MYCUA ; -DR A1TD14, RNPH_MYCVP ; Q1DAT4, RNPH_MYXXD ; Q5F840, RNPH_NEIG1 ; -DR B4RL28, RNPH_NEIG2 ; A9M0T5, RNPH_NEIM0 ; Q9JTN2, RNPH_NEIMA ; -DR Q9JYN5, RNPH_NEIMB ; A1KUT9, RNPH_NEIMF ; Q0AJ79, RNPH_NITEC ; -DR Q82XJ4, RNPH_NITEU ; Q1QRU5, RNPH_NITHX ; Q2YCZ6, RNPH_NITMU ; -DR Q3J8F0, RNPH_NITOC ; Q3SW80, RNPH_NITWN ; Q5Z0V1, RNPH_NOCFA ; -DR A1SGA2, RNPH_NOCSJ ; B2J9Q1, RNPH_NOSP7 ; Q8Z0M2, RNPH_NOSS1 ; -DR Q8EPJ5, RNPH_OCEIH ; A7HZ45, RNPH_PARL1 ; Q7U9I1, RNPH_PARMW ; -DR B2JEI0, RNPH_PARP8 ; B2T6B5, RNPH_PARPJ ; Q13V47, RNPH_PARXL ; +DR Q14HY4, RNPH_FRAT1 ; A7NA52, RNPH_FRATF ; Q2A562, RNPH_FRATH ; +DR B2SF43, RNPH_FRATM ; A0Q4X5, RNPH_FRATN ; Q0BNH8, RNPH_FRATO ; +DR Q5NGI2, RNPH_FRATT ; A4IYU1, RNPH_FRATW ; B9M3E3, RNPH_GEODF ; +DR Q5KWI5, RNPH_GEOKA ; Q39UG9, RNPH_GEOMG ; Q74C79, RNPH_GEOSL ; +DR C5D5M7, RNPH_GEOSW ; A4IRI5, RNPH_GEOTN ; A5G3S1, RNPH_GEOUR ; +DR B8F6D8, RNPH_GLAP5 ; B7KB81, RNPH_GLOC7 ; Q7VP10, RNPH_HAEDU ; +DR Q4QNR6, RNPH_HAEI8 ; A5UAL6, RNPH_HAEIE ; A5UG91, RNPH_HAEIG ; +DR P44444, RNPH_HAEIN ; Q2S8P0, RNPH_HAHCH ; Q9K8D8, RNPH_HALH5 ; +DR A1WVN7, RNPH_HALHL ; C4K3X0, RNPH_HAMD5 ; Q0I4U1, RNPH_HISS1 ; +DR B0UWM2, RNPH_HISS2 ; B4U8T3, RNPH_HYDS0 ; Q5QYL5, RNPH_IDILO ; +DR B5XTF9, RNPH_KLEP3 ; A6TFN5, RNPH_KLEP7 ; C1DCK5, RNPH_LARHH ; +DR Q5X3P0, RNPH_LEGPA ; A5IDJ5, RNPH_LEGPC ; Q5ZTZ6, RNPH_LEGPH ; +DR Q5WV28, RNPH_LEGPL ; Q9X528, RNPH_LEGPN ; Q6AEK9, RNPH_LEIXX ; +DR Q92CH1, RNPH_LISIN ; C1L2E3, RNPH_LISMC ; Q720J1, RNPH_LISMF ; +DR B8DHZ4, RNPH_LISMH ; Q8Y7N6, RNPH_LISMO ; A0AHX9, RNPH_LISW6 ; +DR Q9AES0, RNPH_MANHA ; Q65W01, RNPH_MANSM ; Q0AKA6, RNPH_MARMM ; +DR A6W3H7, RNPH_MARMS ; A1TY30, RNPH_MARN8 ; B7L092, RNPH_METC4 ; +DR Q602N9, RNPH_METCA ; A9VZR7, RNPH_METEP ; Q1GXA4, RNPH_METFK ; +DR B8IFR7, RNPH_METNO ; B1ZJ73, RNPH_METPB ; B1M4N1, RNPH_METRJ ; +DR B0UP55, RNPH_METS4 ; B8ERN7, RNPH_METSB ; Q2RL40, RNPH_MOOTA ; +DR A0QD04, RNPH_MYCA1 ; B1MLZ3, RNPH_MYCA9 ; Q7U076, RNPH_MYCBO ; +DR A1KID0, RNPH_MYCBP ; C1AMY5, RNPH_MYCBT ; A4T8F7, RNPH_MYCGI ; +DR B8ZR59, RNPH_MYCLB ; P37939, RNPH_MYCLE ; Q73X87, RNPH_MYCPA ; +DR A0R1W8, RNPH_MYCS2 ; A3Q379, RNPH_MYCSJ ; A1UJV2, RNPH_MYCSK ; +DR Q1B585, RNPH_MYCSS ; A5U240, RNPH_MYCTA ; P9WGZ6, RNPH_MYCTO ; +DR P9WGZ7, RNPH_MYCTU ; A0PUG0, RNPH_MYCUA ; A1TD14, RNPH_MYCVP ; +DR Q1DAT4, RNPH_MYXXD ; Q5F840, RNPH_NEIG1 ; B4RL28, RNPH_NEIG2 ; +DR A9M0T5, RNPH_NEIM0 ; Q9JTN2, RNPH_NEIMA ; Q9JYN5, RNPH_NEIMB ; +DR A1KUT9, RNPH_NEIMF ; Q0AJ79, RNPH_NITEC ; Q82XJ4, RNPH_NITEU ; +DR Q1QRU5, RNPH_NITHX ; Q2YCZ6, RNPH_NITMU ; Q3J8F0, RNPH_NITOC ; +DR Q3SW80, RNPH_NITWN ; Q5Z0V1, RNPH_NOCFA ; A1SGA2, RNPH_NOCSJ ; +DR B2J9Q1, RNPH_NOSP7 ; Q8Z0M2, RNPH_NOSS1 ; Q8EPJ5, RNPH_OCEIH ; +DR A7HZ45, RNPH_PARL1 ; Q7U9I1, RNPH_PARMW ; B2JEI0, RNPH_PARP8 ; +DR B2T6B5, RNPH_PARPJ ; A8L766, RNPH_PARS2 ; Q13V47, RNPH_PARXL ; DR Q9CJW5, RNPH_PASMU ; Q6DAW2, RNPH_PECAS ; C6DIC7, RNPH_PECCP ; DR C0QTN9, RNPH_PERMH ; B4RC87, RNPH_PHEZH ; Q7MAX2, RNPH_PHOLL ; DR Q6LVN8, RNPH_PHOPR ; B4F0W3, RNPH_PROMH ; Q7V4V8, RNPH_PROMM ; @@ -82626,8 +83092,8 @@ DR Q8DLA4, RNPH_THEVB ; B5YFY8, RNPH_THEYD ; B8GPB2, RNPH_THISH ; DR C4L818, RNPH_TOLAT ; B3E3D2, RNPH_TRIL1 ; Q3M9Q2, RNPH_TRIV2 ; DR Q83HF6, RNPH_TROW8 ; Q83FT1, RNPH_TROWT ; B7VHJ7, RNPH_VIBA3 ; DR Q9KVD6, RNPH_VIBCH ; Q87T93, RNPH_VIBPA ; Q8DDX4, RNPH_VIBVU ; -DR Q7MPT3, RNPH_VIBVY ; Q8PH63, RNPH_XANAC ; Q3BPR8, RNPH_XANC5 ; -DR Q4UY39, RNPH_XANC8 ; B0RP96, RNPH_XANCB ; Q8P5T5, RNPH_XANCP ; +DR Q7MPT3, RNPH_VIBVY ; Q8PH63, RNPH_XANAC ; Q4UY39, RNPH_XANC8 ; +DR B0RP96, RNPH_XANCB ; Q8P5T5, RNPH_XANCP ; Q3BPR8, RNPH_XANE5 ; DR Q2P6N2, RNPH_XANOM ; B2SLL1, RNPH_XANOP ; A7IID4, RNPH_XANP2 ; DR B2IA38, RNPH_XYLF2 ; Q9PD74, RNPH_XYLFA ; B0U6W7, RNPH_XYLFM ; DR Q87DG3, RNPH_XYLFT ; A1JHW7, RNPH_YERE8 ; A7FCS9, RNPH_YERP3 ; @@ -82708,8 +83174,8 @@ DR Q83MD4, GLND_SHIFL ; Q3Z5J1, GLND_SHISS ; A6U5G1, GLND_SINMW ; DR Q2NRK5, GLND_SODGM ; O69873, GLND_STRCO ; A4VJR9, GLND_STUS1 ; DR Q3SKP1, GLND_THIDA ; B7VIS0, GLND_VIBA3 ; A7N1X9, GLND_VIBC1 ; DR Q9KPV0, GLND_VIBCH ; Q87MD6, GLND_VIBPA ; Q8DBG3, GLND_VIBVU ; -DR Q7MIF8, GLND_VIBVY ; Q8PMJ8, GLND_XANAC ; Q3BVJ6, GLND_XANC5 ; -DR Q4USS0, GLND_XANC8 ; B0RW57, GLND_XANCB ; Q8PAU4, GLND_XANCP ; +DR Q7MIF8, GLND_VIBVY ; Q8PMJ8, GLND_XANAC ; Q4USS0, GLND_XANC8 ; +DR B0RW57, GLND_XANCB ; Q8PAU4, GLND_XANCP ; Q3BVJ6, GLND_XANE5 ; DR Q2P497, GLND_XANOM ; Q5H1D3, GLND_XANOR ; A1JP85, GLND_YERE8 ; DR A7FFG7, GLND_YERP3 ; Q1CAN8, GLND_YERPA ; Q8ZH68, GLND_YERPE ; DR A9R397, GLND_YERPG ; Q1CFE4, GLND_YERPN ; A4TL94, GLND_YERPP ; @@ -82738,15 +83204,15 @@ DR A8FNR8, ISPDF_CAMJ8; A7H5V8, ISPDF_CAMJD; Q9PM68, ISPDF_CAMJE; DR A1W1K9, ISPDF_CAMJJ; Q5HSI4, ISPDF_CAMJR; B9KEX3, ISPDF_CAMLR; DR Q9A7I5, ISPDF_CAUVC; B8GW85, ISPDF_CAUVN; Q11HV9, ISPDF_CHESB; DR A5CTY4, ISPDF_CLAM3; B1I0S9, ISPDF_DESAP; Q6ARN9, ISPDF_DESPS; -DR Q72C30, ISPDF_DESVH; A1VDX6, ISPDF_DESVV; A8LKV5, ISPDF_DINSH; -DR Q2NAE1, ISPDF_ERYLH; Q5FQD6, ISPDF_GLUOX; Q0BTD5, ISPDF_GRABC; -DR Q17WU1, ISPDF_HELAH; Q7VFU3, ISPDF_HELHP; B6JL03, ISPDF_HELP2; -DR B5Z6H4, ISPDF_HELPG; Q1CU78, ISPDF_HELPH; Q9ZM19, ISPDF_HELPJ; -DR B2USR1, ISPDF_HELPS; O25664, ISPDF_HELPY; Q0C0N0, ISPDF_HYPNA; -DR Q28Q60, ISPDF_JANSC; Q1MR76, ISPDF_LAWIP; Q6ADI0, ISPDF_LEIXX; -DR Q2W4Q8, ISPDF_MAGSA; Q0APQ6, ISPDF_MARMM; Q1QM99, ISPDF_NITHX; -DR A6Q2K0, ISPDF_NITSB; Q3SSN8, ISPDF_NITWN; Q2G708, ISPDF_NOVAD; -DR Q310X3, ISPDF_OLEA2; A1B890, ISPDF_PARDP; A7HXV6, ISPDF_PARL1; +DR A8LKV5, ISPDF_DINSH; Q2NAE1, ISPDF_ERYLH; Q5FQD6, ISPDF_GLUOX; +DR Q0BTD5, ISPDF_GRABC; Q17WU1, ISPDF_HELAH; Q7VFU3, ISPDF_HELHP; +DR B6JL03, ISPDF_HELP2; B5Z6H4, ISPDF_HELPG; Q1CU78, ISPDF_HELPH; +DR Q9ZM19, ISPDF_HELPJ; B2USR1, ISPDF_HELPS; O25664, ISPDF_HELPY; +DR Q0C0N0, ISPDF_HYPNA; Q28Q60, ISPDF_JANSC; Q1MR76, ISPDF_LAWIP; +DR Q6ADI0, ISPDF_LEIXX; Q0APQ6, ISPDF_MARMM; Q1QM99, ISPDF_NITHX; +DR A6Q2K0, ISPDF_NITSB; Q72C30, ISPDF_NITV2; A1VDX6, ISPDF_NITV4; +DR Q3SSN8, ISPDF_NITWN; Q2G708, ISPDF_NOVAD; Q310X3, ISPDF_OLEA2; +DR A1B890, ISPDF_PARDP; A7HXV6, ISPDF_PARL1; Q2W4Q8, ISPDF_PARM1; DR Q4FM31, ISPDF_PELUB; B3PYS4, ISPDF_RHIE6; Q2K8V5, ISPDF_RHIEC; DR Q1MH21, ISPDF_RHIJ3; Q98MX9, ISPDF_RHILO; B5ZNB6, ISPDF_RHILW; DR Q92Q90, ISPDF_RHIME; B9JF01, ISPDF_RHIR8; A5V2U9, ISPDF_RHIWR; @@ -82871,8 +83337,8 @@ DR Q8DL91, ISPD_THEVB ; Q3SK38, ISPD_THIDA ; C4LBQ9, ISPD_TOLAT ; DR Q118M1, ISPD_TRIEI ; Q3MAF5, ISPD_TRIV2 ; A5CW51, ISPD_VESOH ; DR B7VK66, ISPD_VIBA3 ; Q9KUJ2, ISPD_VIBCH ; Q87LQ2, ISPD_VIBPA ; DR Q8DC60, ISPD_VIBVU ; Q7MHQ4, ISPD_VIBVY ; Q8D223, ISPD_WIGBR ; -DR Q8PLR8, ISPD_XANAC ; Q3BUS8, ISPD_XANC5 ; Q4UTP4, ISPD_XANC8 ; -DR B0RU03, ISPD_XANCB ; Q8P9Z1, ISPD_XANCP ; Q2P1L0, ISPD_XANOM ; +DR Q8PLR8, ISPD_XANAC ; Q4UTP4, ISPD_XANC8 ; B0RU03, ISPD_XANCB ; +DR Q8P9Z1, ISPD_XANCP ; Q3BUS8, ISPD_XANE5 ; Q2P1L0, ISPD_XANOM ; DR B2SUA8, ISPD_XANOP ; Q5GYK6, ISPD_XANOR ; B2I939, ISPD_XYLF2 ; DR Q9PDT6, ISPD_XYLFA ; B0U660, ISPD_XYLFM ; Q87DY4, ISPD_XYLFT ; DR A7FLX8, ISPD_YERP3 ; B2K577, ISPD_YERPB ; Q8ZBP6, ISPD_YERPE ; @@ -82985,8 +83451,9 @@ DR Q32HJ0, DGCQ_SHIDS ; Q83KM9, DGCQ_SHIFL ; Q3Z0N3, DGCQ_SHISS ; DR Q8EGF8, DGCS_SHEON ; P75908, DGCT_ECOLI ; P31129, DGCZ_ECOLI ; DR A0A0H3AFM6, DGC_VIBC3 ; P0AA90, DOSC_ECO57 ; P0AA89, DOSC_ECOLI ; DR Q320T0, DOSC_SHIBS ; Q0T466, DOSC_SHIF8 ; Q83KV7, DOSC_SHIFL ; -DR Q3Z1N3, DOSC_SHISS ; Q9A5I5, PLED_CAUVC ; B8GZM2, PLED_CAUVN ; -DR A0A0H2Z7X0, TPBB_PSEAB ; Q9I4L5, TPBB_PSEAE ; Q9KKZ4, VDCA_VIBCH ; +DR Q3Z1N3, DOSC_SHISS ; Q9I310, MUCR_PSEAE ; Q9A5I5, PLED_CAUVC ; +DR B8GZM2, PLED_CAUVN ; A0A0H2Z7X0, TPBB_PSEAB ; Q9I4L5, TPBB_PSEAE ; +DR Q9KKZ4, VDCA_VIBCH ; // ID 2.7.7.66 DE malonate decarboxylase holo-[acyl-carrier protein] synthase. @@ -83008,8 +83475,8 @@ DR C1DNP9, MDCG_AZOVD ; Q89XP2, MDCG_BRADU ; B5XRA3, MDCG_KLEP3 ; DR A6T8R9, MDCG_KLEP7 ; P71426, MDCG_KLEPN ; Q9I6S5, MDCG_PSEAE ; DR Q4K4G0, MDCG_PSEF5 ; Q3K5C0, MDCG_PSEPF ; B0KQS7, MDCG_PSEPG ; DR Q9Z448, MDCG_PSEPU ; B1J9E4, MDCG_PSEPW ; Q87V59, MDCG_PSESM ; -DR Q8PPW9, MDCG_XANAC ; Q3BY34, MDCG_XANC5 ; Q4UZ66, MDCG_XANC8 ; -DR B0RN93, MDCG_XANCB ; Q8P4U3, MDCG_XANCP ; +DR Q8PPW9, MDCG_XANAC ; Q4UZ66, MDCG_XANC8 ; B0RN93, MDCG_XANCB ; +DR Q8P4U3, MDCG_XANCP ; Q3BY34, MDCG_XANE5 ; // ID 2.7.7.67 DE CDP-2,3-bis-(O-geranylgeranyl)-sn-glycerol synthase. @@ -83124,11 +83591,11 @@ DR Q7VFZ3, HLDE_HELHP ; B6JM82, HLDE_HELP2 ; B5Z7L8, HLDE_HELPG ; DR Q1CT14, HLDE_HELPH ; Q9ZKZ0, HLDE_HELPJ ; B2USX2, HLDE_HELPS ; DR O25529, HLDE_HELPY ; Q0I1X5, HLDE_HISS1 ; Q31IC2, HLDE_HYDCU ; DR Q0C190, HLDE_HYPNA ; B5XU40, HLDE_KLEP3 ; A6TE31, HLDE_KLEP7 ; -DR Q1IJZ0, HLDE_KORVE ; A0L7X0, HLDE_MAGMM ; Q2W993, HLDE_MAGSA ; -DR Q65T41, HLDE_MANSM ; A6W0Z9, HLDE_MARMS ; A1TYR4, HLDE_MARN8 ; -DR Q607M3, HLDE_METCA ; Q1H3A0, HLDE_METFK ; Q1QNS3, HLDE_NITHX ; -DR Q3J7Y0, HLDE_NITOC ; A6Q4Z6, HLDE_NITSB ; Q3STQ8, HLDE_NITWN ; -DR A7HUC7, HLDE_PARL1 ; Q9CME6, HLDE_PASMU ; Q6D164, HLDE_PECAS ; +DR Q1IJZ0, HLDE_KORVE ; A0L7X0, HLDE_MAGMM ; Q65T41, HLDE_MANSM ; +DR A6W0Z9, HLDE_MARMS ; A1TYR4, HLDE_MARN8 ; Q607M3, HLDE_METCA ; +DR Q1H3A0, HLDE_METFK ; Q1QNS3, HLDE_NITHX ; Q3J7Y0, HLDE_NITOC ; +DR A6Q4Z6, HLDE_NITSB ; Q3STQ8, HLDE_NITWN ; A7HUC7, HLDE_PARL1 ; +DR Q2W993, HLDE_PARM1 ; Q9CME6, HLDE_PASMU ; Q6D164, HLDE_PECAS ; DR C6DDL3, HLDE_PECCP ; A1AV12, HLDE_PELPD ; Q7N0C3, HLDE_PHOLL ; DR Q6LUZ5, HLDE_PHOPR ; B4EW46, HLDE_PROMH ; Q48P39, HLDE_PSE14 ; DR A6VDB5, HLDE_PSEA7 ; B7V388, HLDE_PSEA8 ; Q02F21, HLDE_PSEAB ; @@ -83306,8 +83773,8 @@ DR Q97CI4, CCA_THEVO ; B8GUR8, CCA_THISH ; C4LB55, CCA_TOLAT ; DR C5CNM3, CCA_VARPS ; A1WHX2, CCA_VEREI ; A7MWN9, CCA_VIBC1 ; DR A5F5I2, CCA_VIBC3 ; Q9KPC6, CCA_VIBCH ; C3LQY9, CCA_VIBCM ; DR Q87SK9, CCA_VIBPA ; Q8CWL6, CCA_VIBVU ; Q7M7K5, CCA_VIBVY ; -DR Q8D2W4, CCA_WIGBR ; Q8PPG9, CCA_XANAC ; Q3BXK9, CCA_XANC5 ; -DR Q4UYN8, CCA_XANC8 ; B0RNU6, CCA_XANCB ; Q8P5D4, CCA_XANCP ; +DR Q8D2W4, CCA_WIGBR ; Q8PPG9, CCA_XANAC ; Q4UYN8, CCA_XANC8 ; +DR B0RNU6, CCA_XANCB ; Q8P5D4, CCA_XANCP ; Q3BXK9, CCA_XANE5 ; DR Q2NZ41, CCA_XANOM ; B2I9I0, CCA_XYLF2 ; Q9PDL7, CCA_XYLFA ; DR B0U6J4, CCA_XYLFM ; Q87DS9, CCA_XYLFT ; A1JQW2, CCA_YERE8 ; DR A7FE75, CCA_YERP3 ; Q1C370, CCA_YERPA ; B2K2H9, CCA_YERPB ; @@ -83443,7 +83910,7 @@ DR Q30NY8, MOBA_SULDN ; Q3A3H7, MOBA_SYNC1 ; O06866, MOBA_SYNE7 ; DR Q5N568, MOBA_SYNP6 ; C5A3C9, MOBA_THEGJ ; Q5JIH9, MOBA_THEKO ; DR C6A2P7, MOBA_THESM ; Q3MFS2, MOBA_TRIV2 ; B7VNT9, MOBA_VIBA3 ; DR A7N0T3, MOBA_VIBC1 ; Q9KRV8, MOBA_VIBCH ; Q87PK5, MOBA_VIBPA ; -DR Q8D9M4, MOBA_VIBVU ; Q7MKR2, MOBA_VIBVY ; Q3BTU8, MOBA_XANC5 ; +DR Q8D9M4, MOBA_VIBVU ; Q7MKR2, MOBA_VIBVY ; Q3BTU8, MOBA_XANE5 ; DR A7FCP0, MOBA_YERP3 ; Q1C231, MOBA_YERPA ; B2JYK0, MOBA_YERPB ; DR Q8ZJS4, MOBA_YERPE ; A9QYH5, MOBA_YERPG ; Q1CN57, MOBA_YERPN ; DR A4TSH1, MOBA_YERPP ; B1JR17, MOBA_YERPY ; Q55370, MOCBA_SYNY3; @@ -83582,11 +84049,11 @@ DR B1IGI2, DISA_CLOBK ; A7GJA2, DISA_CLOBL ; B1KTB1, DISA_CLOBM ; DR Q18CB2, DISA_CLOD6 ; A5N4M2, DISA_CLOK5 ; Q8XHQ0, DISA_CLOPE ; DR Q0SQB6, DISA_CLOPS ; Q890L8, DISA_CLOTE ; Q8FMH9, DISA_COREF ; DR A4QH66, DISA_CORGB ; Q8NMB2, DISA_CORGL ; Q6AAZ9, DISA_CUTAK ; -DR Q0RBN2, DISA_FRAAA ; Q2J537, DISA_FRACC ; A8LF79, DISA_FRASN ; -DR Q8RGW9, DISA_FUSNN ; Q9KGG0, DISA_HALH5 ; A6W5K2, DISA_KINRD ; -DR A0QAA9, DISA_MYCA1 ; Q7TW52, DISA_MYCBO ; A1KPS2, DISA_MYCBP ; -DR C1AI45, DISA_MYCBT ; Q743W9, DISA_MYCPA ; A0R564, DISA_MYCS2 ; -DR A5U8R1, DISA_MYCTA ; P9WNW4, DISA_MYCTO ; P9WNW5, DISA_MYCTU ; +DR Q0RBN2, DISA_FRAAA ; Q2J537, DISA_FRACC ; Q8RGW9, DISA_FUSNN ; +DR Q9KGG0, DISA_HALH5 ; A6W5K2, DISA_KINRD ; A0QAA9, DISA_MYCA1 ; +DR Q7TW52, DISA_MYCBO ; A1KPS2, DISA_MYCBP ; C1AI45, DISA_MYCBT ; +DR Q743W9, DISA_MYCPA ; A0R564, DISA_MYCS2 ; A5U8R1, DISA_MYCTA ; +DR P9WNW4, DISA_MYCTO ; P9WNW5, DISA_MYCTU ; A8LF79, DISA_PARS2 ; DR Q5WLT9, DISA_SHOC1 ; Q82EA6, DISA_STRAW ; Q9X8L6, DISA_STRCO ; DR B1VSK3, DISA_STRGG ; Q67JP1, DISA_SYMTH ; Q9WY43, DISA_THEMA ; DR B9K6S9, DISA_THENN ; A5IKM1, DISA_THEP1 ; @@ -83658,8 +84125,8 @@ DR Q3YWX6, TSAC_SHISS ; Q2NQQ7, TSAC_SODGM ; B2FIS1, TSAC_STRMK ; DR A4VFI1, TSAC_STUS1 ; Q3SG43, TSAC_THIDA ; A7N129, TSAC_VIBC1 ; DR A5F4C5, TSAC_VIBC3 ; Q9KVT5, TSAC_VIBCH ; Q87KE2, TSAC_VIBPA ; DR Q8DDD6, TSAC_VIBVU ; Q7MGL3, TSAC_VIBVY ; Q8D257, TSAC_WIGBR ; -DR Q8PG13, TSAC_XANAC ; Q3BNJ9, TSAC_XANC5 ; Q4UQ07, TSAC_XANC8 ; -DR B0RWR5, TSAC_XANCB ; Q8P4F2, TSAC_XANCP ; Q2P833, TSAC_XANOM ; +DR Q8PG13, TSAC_XANAC ; Q4UQ07, TSAC_XANC8 ; B0RWR5, TSAC_XANCB ; +DR Q8P4F2, TSAC_XANCP ; Q3BNJ9, TSAC_XANE5 ; Q2P833, TSAC_XANOM ; DR B2SL46, TSAC_XANOP ; Q5H5D8, TSAC_XANOR ; B2I8S9, TSAC_XYLF2 ; DR Q9PEV9, TSAC_XYLFA ; B0U4N0, TSAC_XYLFM ; Q87AQ5, TSAC_XYLFT ; DR A1JRY6, TSAC_YERE8 ; A7FNJ8, TSAC_YERP3 ; Q1C2Y3, TSAC_YERPA ; @@ -83927,7 +84394,9 @@ CC -!- The enzyme, which is found in eukaryota and archaea, catalyzes the CC synthesis of short RNA or DNA sequences which are used as primers for CC EC 2.7.7.7. DR P49642, PRI1_HUMAN ; P20664, PRI1_MOUSE ; Q7KQM1, PRI1_PLAF7 ; -DR Q25998, PRI1_PLAFK ; O14215, PRI1_SCHPO ; +DR Q25998, PRI1_PLAFK ; O14215, PRI1_SCHPO ; Q08DZ8, PRIPO_BOVIN; +DR A0A3Q2TTB3, PRIPO_CHICK; Q32PL8, PRIPO_DANRE; Q96LW4, PRIPO_HUMAN; +DR Q6P1E7, PRIPO_MOUSE; // ID 2.7.7.103 DE L-glutamine-phosphate cytidylyltransferase. @@ -84106,8 +84575,8 @@ DR Q3SEY2, SELO_THIDA ; B8GQ83, SELO_THISH ; C4LAV8, SELO_TOLAT ; DR Q115Q9, SELO_TRIEI ; Q3MED4, SELO_TRIV2 ; C5CNS8, SELO_VARPS ; DR B7VL54, SELO_VIBA3 ; A7MV92, SELO_VIBC1 ; Q9KQR7, SELO_VIBCH ; DR Q87R88, SELO_VIBPA ; Q8DG12, SELO_VIBVU ; Q7MMI2, SELO_VIBVY ; -DR Q8PJY5, SELO_XANAC ; Q3BSE3, SELO_XANC5 ; Q4UVM9, SELO_XANC8 ; -DR B0RS12, SELO_XANCB ; Q8P8F8, SELO_XANCP ; Q2P2A9, SELO_XANOM ; +DR Q8PJY5, SELO_XANAC ; Q4UVM9, SELO_XANC8 ; B0RS12, SELO_XANCB ; +DR Q8P8F8, SELO_XANCP ; Q3BSE3, SELO_XANE5 ; Q2P2A9, SELO_XANOM ; DR B2SHR2, SELO_XANOP ; Q5GZ99, SELO_XANOR ; Q9PA99, SELO_XYLFA ; DR Q87A39, SELO_XYLFT ; A7FHI1, SELO_YERP3 ; B2K5K6, SELO_YERPB ; DR A4TIN1, SELO_YERPP ; Q66A11, SELO_YERPS ; B1JJ37, SELO_YERPY ; @@ -84295,7 +84764,7 @@ DR B3QR46, ACPS_CHLP8 ; A4SCZ9, ACPS_CHLPM ; Q9Z8M5, ACPS_CHLPN ; DR B9LIY4, ACPS_CHLSY ; B0B9K8, ACPS_CHLT2 ; B3QTH9, ACPS_CHLT3 ; DR Q3KMS0, ACPS_CHLTA ; B0BB87, ACPS_CHLTB ; Q8KB56, ACPS_CHLTE ; DR O84102, ACPS_CHLTR ; Q7NWB8, ACPS_CHRVO ; B5EI15, ACPS_CITBB ; -DR A8AD21, ACPS_CITK8 ; A5CU72, ACPS_CLAM3 ; B0RD39, ACPS_CLAMS ; +DR A8AD21, ACPS_CITK8 ; A5CU72, ACPS_CLAM3 ; B0RD39, ACPS_CLASE ; DR Q97LR5, ACPS_CLOAB ; A6M302, ACPS_CLOB8 ; B2V003, ACPS_CLOBA ; DR B2TQY6, ACPS_CLOBB ; A5N379, ACPS_CLOK5 ; A0PY92, ACPS_CLONN ; DR Q0TUE3, ACPS_CLOP1 ; Q8XNP1, ACPS_CLOPE ; Q0SW89, ACPS_CLOPS ; @@ -84306,8 +84775,7 @@ DR B3R1Z5, ACPS_CUPTR ; Q6A6U0, ACPS_CUTAK ; Q11T75, ACPS_CYTH3 ; DR Q47EF3, ACPS_DECAR ; Q3Z9B0, ACPS_DEHM1 ; A5FS12, ACPS_DEHMB ; DR Q3ZZK3, ACPS_DEHMC ; C1D023, ACPS_DEIDV ; Q9RXR0, ACPS_DEIRA ; DR A9BNJ1, ACPS_DELAS ; B1I1U5, ACPS_DESAP ; B8IZX1, ACPS_DESDA ; -DR A4J8G9, ACPS_DESRM ; Q72AT2, ACPS_DESVH ; B8DPF0, ACPS_DESVM ; -DR A1VCV8, ACPS_DESVV ; A8LLD7, ACPS_DINSH ; A7ZQ07, ACPS_ECO24 ; +DR A4J8G9, ACPS_DESRM ; A8LLD7, ACPS_DINSH ; A7ZQ07, ACPS_ECO24 ; DR B7UH03, ACPS_ECO27 ; B7MIP8, ACPS_ECO45 ; B7LDF6, ACPS_ECO55 ; DR Q8XA39, ACPS_ECO57 ; B7NRL6, ACPS_ECO7I ; B7MYJ4, ACPS_ECO81 ; DR B7M8H6, ACPS_ECO8A ; C4ZYI6, ACPS_ECOBW ; A8A373, ACPS_ECOHS ; @@ -84343,28 +84811,29 @@ DR B2GA64, ACPS_LIMF3 ; A5VI50, ACPS_LIMRD ; B2G5M8, ACPS_LIMRJ ; DR Q9FCV3, ACPS_LIMRT ; Q92DD0, ACPS_LISIN ; C1L1F5, ACPS_LISMC ; DR Q721T0, ACPS_LISMF ; B8DG74, ACPS_LISMH ; Q8Y8L2, ACPS_LISMO ; DR A0AH03, ACPS_LISW6 ; B9E8C4, ACPS_MACCJ ; A0L8S4, ACPS_MAGMM ; -DR Q2W515, ACPS_MAGSA ; Q0APC3, ACPS_MARMM ; A6VUP9, ACPS_MARMS ; -DR C6BV78, ACPS_MARSD ; Q6KHG5, ACPS_MESM1 ; B7L2A4, ACPS_METC4 ; -DR A9W511, ACPS_METEP ; B8IMY6, ACPS_METNO ; B1Z872, ACPS_METPB ; -DR A2SDH7, ACPS_METPP ; B1LTR5, ACPS_METRJ ; B0UE20, ACPS_METS4 ; -DR B8EK15, ACPS_METSB ; C5CC21, ACPS_MICLC ; Q2RGI1, ACPS_MOOTA ; -DR P0A4W9, ACPS_MYCBO ; A1KLL9, ACPS_MYCBP ; C1AEZ0, ACPS_MYCBT ; -DR Q2SS83, ACPS_MYCCT ; Q7NB74, ACPS_MYCGA ; Q9ZB79, ACPS_MYCGE ; -DR B8ZR72, ACPS_MYCLB ; Q9X7E3, ACPS_MYCLE ; B2HPL7, ACPS_MYCMM ; -DR Q6MT35, ACPS_MYCMS ; Q73XH8, ACPS_MYCPA ; P75480, ACPS_MYCPN ; -DR Q98R97, ACPS_MYCPU ; A0R1H6, ACPS_MYCS2 ; A3Q2R0, ACPS_MYCSJ ; -DR A1UJA6, ACPS_MYCSK ; Q1B5T0, ACPS_MYCSS ; A5U5M1, ACPS_MYCTA ; -DR P9WQD2, ACPS_MYCTO ; P9WQD3, ACPS_MYCTU ; A0PU93, ACPS_MYCUA ; -DR Q1D4A0, ACPS_MYXXD ; B2A4X6, ACPS_NATTJ ; B9L9S0, ACPS_NAUPA ; -DR Q5F6P2, ACPS_NEIG1 ; B4RQ92, ACPS_NEIG2 ; A9M273, ACPS_NEIM0 ; -DR Q9RQW2, ACPS_NEIMA ; P0A0Q5, ACPS_NEIMB ; P0A0Q6, ACPS_NEIMC ; -DR A1KVH5, ACPS_NEIMF ; Q0AF73, ACPS_NITEC ; Q820I1, ACPS_NITEU ; -DR Q1QL52, ACPS_NITHX ; Q2Y864, ACPS_NITMU ; Q3JCY7, ACPS_NITOC ; -DR A6Q3W1, ACPS_NITSB ; Q3SRB1, ACPS_NITWN ; Q5Z0D8, ACPS_NOCFA ; -DR A1SF35, ACPS_NOCSJ ; Q8ESK9, ACPS_OCEIH ; Q04DI0, ACPS_OENOB ; -DR Q30ZQ5, ACPS_OLEA2 ; Q6YQD4, ACPS_ONYPE ; A5CDM0, ACPS_ORITB ; -DR B3CQ27, ACPS_ORITI ; A1R8P6, ACPS_PAEAT ; A1AZ41, ACPS_PARDP ; -DR A7HX46, ACPS_PARL1 ; B2JFK6, ACPS_PARP8 ; B2SZV1, ACPS_PARPJ ; +DR Q0APC3, ACPS_MARMM ; A6VUP9, ACPS_MARMS ; C6BV78, ACPS_MARSD ; +DR B7L2A4, ACPS_METC4 ; A9W511, ACPS_METEP ; B8IMY6, ACPS_METNO ; +DR B1Z872, ACPS_METPB ; A2SDH7, ACPS_METPP ; B1LTR5, ACPS_METRJ ; +DR B0UE20, ACPS_METS4 ; B8EK15, ACPS_METSB ; C5CC21, ACPS_MICLC ; +DR Q2RGI1, ACPS_MOOTA ; P0A4W9, ACPS_MYCBO ; A1KLL9, ACPS_MYCBP ; +DR C1AEZ0, ACPS_MYCBT ; Q2SS83, ACPS_MYCCT ; Q7NB74, ACPS_MYCGA ; +DR Q9ZB79, ACPS_MYCGE ; B8ZR72, ACPS_MYCLB ; Q9X7E3, ACPS_MYCLE ; +DR Q6KHG5, ACPS_MYCM1 ; B2HPL7, ACPS_MYCMM ; Q6MT35, ACPS_MYCMS ; +DR Q73XH8, ACPS_MYCPA ; P75480, ACPS_MYCPN ; Q98R97, ACPS_MYCPU ; +DR A0R1H6, ACPS_MYCS2 ; A3Q2R0, ACPS_MYCSJ ; A1UJA6, ACPS_MYCSK ; +DR Q1B5T0, ACPS_MYCSS ; A5U5M1, ACPS_MYCTA ; P9WQD2, ACPS_MYCTO ; +DR P9WQD3, ACPS_MYCTU ; A0PU93, ACPS_MYCUA ; Q1D4A0, ACPS_MYXXD ; +DR B2A4X6, ACPS_NATTJ ; B9L9S0, ACPS_NAUPA ; Q5F6P2, ACPS_NEIG1 ; +DR B4RQ92, ACPS_NEIG2 ; A9M273, ACPS_NEIM0 ; Q9RQW2, ACPS_NEIMA ; +DR P0A0Q5, ACPS_NEIMB ; P0A0Q6, ACPS_NEIMC ; A1KVH5, ACPS_NEIMF ; +DR Q0AF73, ACPS_NITEC ; Q820I1, ACPS_NITEU ; Q1QL52, ACPS_NITHX ; +DR Q2Y864, ACPS_NITMU ; Q3JCY7, ACPS_NITOC ; A6Q3W1, ACPS_NITSB ; +DR Q72AT2, ACPS_NITV2 ; A1VCV8, ACPS_NITV4 ; B8DPF0, ACPS_NITV9 ; +DR Q3SRB1, ACPS_NITWN ; Q5Z0D8, ACPS_NOCFA ; A1SF35, ACPS_NOCSJ ; +DR Q8ESK9, ACPS_OCEIH ; Q04DI0, ACPS_OENOB ; Q30ZQ5, ACPS_OLEA2 ; +DR Q6YQD4, ACPS_ONYPE ; A5CDM0, ACPS_ORITB ; B3CQ27, ACPS_ORITI ; +DR A1R8P6, ACPS_PAEAT ; A1AZ41, ACPS_PARDP ; A7HX46, ACPS_PARL1 ; +DR Q2W515, ACPS_PARM1 ; B2JFK6, ACPS_PARP8 ; B2SZV1, ACPS_PARPJ ; DR Q6MAG4, ACPS_PARUW ; Q6D222, ACPS_PECAS ; C6DBM7, ACPS_PECCP ; DR Q03DZ1, ACPS_PEDPA ; B4SFE8, ACPS_PELPB ; A1AR95, ACPS_PELPD ; DR Q4FLS7, ACPS_PELUB ; A9BJX6, ACPS_PETMO ; B4RCU9, ACPS_PHEZH ; @@ -84575,7 +85044,7 @@ DR B9LKJ6, MRAY_CHLSY ; B0B8Y3, MRAY_CHLT2 ; B3QWT4, MRAY_CHLT3 ; DR Q3KKT5, MRAY_CHLTA ; B0BAL2, MRAY_CHLTB ; Q8KGD1, MRAY_CHLTE ; DR O84762, MRAY_CHLTR ; A0M530, MRAY_CHRFK ; Q1QVG4, MRAY_CHRSD ; DR Q7NPZ6, MRAY_CHRVO ; B5EBP8, MRAY_CITBB ; A8ALK9, MRAY_CITK8 ; -DR A5CS54, MRAY_CLAM3 ; B0RIJ0, MRAY_CLAMS ; Q97H86, MRAY_CLOAB ; +DR A5CS54, MRAY_CLAM3 ; B0RIJ0, MRAY_CLASE ; Q97H86, MRAY_CLOAB ; DR A6LTS6, MRAY_CLOB8 ; B2V4V5, MRAY_CLOBA ; B2TS25, MRAY_CLOBB ; DR Q182Y8, MRAY_CLOD6 ; B9E0W0, MRAY_CLOK1 ; A5N7E7, MRAY_CLOK5 ; DR A0Q060, MRAY_CLONN ; Q0TP97, MRAY_CLOP1 ; Q8XJA1, MRAY_CLOPE ; @@ -84591,51 +85060,50 @@ DR C1CW54, MRAY_DEIDV ; Q9RTD0, MRAY_DEIRA ; A9BUK3, MRAY_DELAS ; DR C0Q8P0, MRAY_DESAH ; B8FBS1, MRAY_DESAL ; B1I4C7, MRAY_DESAP ; DR B8IZT8, MRAY_DESDA ; B8FT59, MRAY_DESHD ; Q24TE3, MRAY_DESHY ; DR A8ZXW6, MRAY_DESOH ; Q6AJ51, MRAY_DESPS ; A4J2A8, MRAY_DESRM ; -DR Q728U5, MRAY_DESVH ; A1VBE5, MRAY_DESVV ; A5EY06, MRAY_DICNV ; -DR B5YEL6, MRAY_DICT6 ; B8E328, MRAY_DICTD ; A8LSB0, MRAY_DINSH ; -DR A7ZHH8, MRAY_ECO24 ; B7UID7, MRAY_ECO27 ; B7MAL0, MRAY_ECO45 ; -DR B7LFV7, MRAY_ECO55 ; P64258, MRAY_ECO57 ; B5YZC3, MRAY_ECO5E ; -DR B7NHJ3, MRAY_ECO7I ; B7MNU6, MRAY_ECO81 ; B7M130, MRAY_ECO8A ; -DR C4ZRI2, MRAY_ECOBW ; B1XC64, MRAY_ECODH ; A7ZW39, MRAY_ECOHS ; -DR A1A7D2, MRAY_ECOK1 ; Q0TLQ2, MRAY_ECOL5 ; P64257, MRAY_ECOL6 ; -DR B1IR91, MRAY_ECOLC ; P0A6W3, MRAY_ECOLI ; B7N7W0, MRAY_ECOLU ; -DR B6HZ64, MRAY_ECOSE ; B1LG24, MRAY_ECOSM ; Q1RGA8, MRAY_ECOUT ; -DR C5B9F3, MRAY_EDWI9 ; B1GZI2, MRAY_ENDTX ; A4W6J0, MRAY_ENT38 ; -DR O07107, MRAY_ENTFA ; O07668, MRAY_ENTHR ; B2VD87, MRAY_ERWT9 ; -DR Q2NCZ3, MRAY_ERYLH ; B7LWF0, MRAY_ESCF3 ; A7HK75, MRAY_FERNB ; -DR A5FIY0, MRAY_FLAJ1 ; A6H198, MRAY_FLAPJ ; Q0RNP4, MRAY_FRAAA ; -DR Q2JD53, MRAY_FRACC ; B0TZ73, MRAY_FRAP2 ; Q14J06, MRAY_FRAT1 ; -DR A7NDX5, MRAY_FRATF ; Q2A1Z8, MRAY_FRATH ; B2SDR9, MRAY_FRATM ; -DR A0Q5C1, MRAY_FRATN ; Q0BKM7, MRAY_FRATO ; Q5NHK4, MRAY_FRATT ; -DR A4IZH0, MRAY_FRATW ; Q8RDQ0, MRAY_FUSNN ; C1A8A7, MRAY_GEMAT ; -DR Q5L0X8, MRAY_GEOKA ; Q39YM2, MRAY_GEOMG ; Q748D3, MRAY_GEOSL ; -DR C6DZK3, MRAY_GEOSM ; C5D8M1, MRAY_GEOSW ; A4IM06, MRAY_GEOTN ; -DR B8F3B3, MRAY_GLAP5 ; B7KDB2, MRAY_GLOC7 ; Q7NEY9, MRAY_GLOVI ; -DR A9H0I1, MRAY_GLUDA ; Q5FUJ8, MRAY_GLUOX ; Q0BV22, MRAY_GRABC ; -DR Q7VP57, MRAY_HAEDU ; Q4QLG1, MRAY_HAEI8 ; A5UCX1, MRAY_HAEIE ; -DR A5UIQ9, MRAY_HAEIG ; P45062, MRAY_HAEIN ; Q2S9Y9, MRAY_HAHCH ; -DR Q9K9S6, MRAY_HALH5 ; A1WYU6, MRAY_HALHL ; Q17XN0, MRAY_HELAH ; -DR Q7VGZ9, MRAY_HELHP ; B0TGB7, MRAY_HELMI ; B6JL77, MRAY_HELP2 ; -DR Q1CU36, MRAY_HELPH ; Q9ZLY1, MRAY_HELPJ ; B2UTZ3, MRAY_HELPS ; -DR O25235, MRAY_HELPY ; A4G8U1, MRAY_HERAR ; Q0I1D6, MRAY_HISS1 ; -DR B0US64, MRAY_HISS2 ; Q31I62, MRAY_HYDCU ; B4U9Q9, MRAY_HYDS0 ; -DR Q0BXT9, MRAY_HYPNA ; Q5R0M4, MRAY_IDILO ; A6T2G1, MRAY_JANMA ; -DR Q28NN1, MRAY_JANSC ; A6WCX7, MRAY_KINRD ; B5Y1V0, MRAY_KLEP3 ; -DR A6T4N0, MRAY_KLEP7 ; B2GJQ1, MRAY_KOCRD ; Q1IKG7, MRAY_KORVE ; -DR C5CDR2, MRAY_KOSOT ; Q5FKV4, MRAY_LACAC ; Q1GAT7, MRAY_LACDA ; -DR Q04B74, MRAY_LACDB ; Q042P7, MRAY_LACGA ; A8YUN7, MRAY_LACH4 ; -DR Q74JY6, MRAY_LACJO ; Q9CH70, MRAY_LACLA ; A2RLT1, MRAY_LACLM ; -DR Q02ZY6, MRAY_LACLS ; Q039R9, MRAY_LACP3 ; Q88V79, MRAY_LACPL ; -DR C1D5M0, MRAY_LARHH ; Q38XN0, MRAY_LATSS ; Q1MPC2, MRAY_LAWIP ; -DR Q5X1S3, MRAY_LEGPA ; A5IAV9, MRAY_LEGPC ; Q5ZSA2, MRAY_LEGPH ; -DR Q5WTI4, MRAY_LEGPL ; Q6AE61, MRAY_LEIXX ; B0S986, MRAY_LEPBA ; -DR Q04V92, MRAY_LEPBJ ; Q04Y84, MRAY_LEPBL ; B0SRS0, MRAY_LEPBP ; -DR B1XYR0, MRAY_LEPCP ; Q72R82, MRAY_LEPIC ; Q8F4J3, MRAY_LEPIN ; -DR B1MXV8, MRAY_LEUCK ; Q03W33, MRAY_LEUMM ; Q03QH3, MRAY_LEVBA ; -DR Q1WT98, MRAY_LIGS1 ; B2GB76, MRAY_LIMF3 ; A5VJ31, MRAY_LIMRD ; -DR B2G6K3, MRAY_LIMRJ ; Q929Y0, MRAY_LISIN ; C1KWZ0, MRAY_LISMC ; -DR Q71XX6, MRAY_LISMF ; Q8Y5M0, MRAY_LISMO ; A0AKD7, MRAY_LISW6 ; -DR A0L5N4, MRAY_MAGMM ; Q2W0H6, MRAY_MAGSA ; Q65RY3, MRAY_MANSM ; +DR A5EY06, MRAY_DICNV ; B5YEL6, MRAY_DICT6 ; B8E328, MRAY_DICTD ; +DR A8LSB0, MRAY_DINSH ; A7ZHH8, MRAY_ECO24 ; B7UID7, MRAY_ECO27 ; +DR B7MAL0, MRAY_ECO45 ; B7LFV7, MRAY_ECO55 ; P64258, MRAY_ECO57 ; +DR B5YZC3, MRAY_ECO5E ; B7NHJ3, MRAY_ECO7I ; B7MNU6, MRAY_ECO81 ; +DR B7M130, MRAY_ECO8A ; C4ZRI2, MRAY_ECOBW ; B1XC64, MRAY_ECODH ; +DR A7ZW39, MRAY_ECOHS ; A1A7D2, MRAY_ECOK1 ; Q0TLQ2, MRAY_ECOL5 ; +DR P64257, MRAY_ECOL6 ; B1IR91, MRAY_ECOLC ; P0A6W3, MRAY_ECOLI ; +DR B7N7W0, MRAY_ECOLU ; B6HZ64, MRAY_ECOSE ; B1LG24, MRAY_ECOSM ; +DR Q1RGA8, MRAY_ECOUT ; C5B9F3, MRAY_EDWI9 ; B1GZI2, MRAY_ENDTX ; +DR A4W6J0, MRAY_ENT38 ; O07107, MRAY_ENTFA ; O07668, MRAY_ENTHR ; +DR B2VD87, MRAY_ERWT9 ; Q2NCZ3, MRAY_ERYLH ; B7LWF0, MRAY_ESCF3 ; +DR A7HK75, MRAY_FERNB ; A5FIY0, MRAY_FLAJ1 ; A6H198, MRAY_FLAPJ ; +DR Q0RNP4, MRAY_FRAAA ; Q2JD53, MRAY_FRACC ; B0TZ73, MRAY_FRAP2 ; +DR Q14J06, MRAY_FRAT1 ; A7NDX5, MRAY_FRATF ; Q2A1Z8, MRAY_FRATH ; +DR B2SDR9, MRAY_FRATM ; A0Q5C1, MRAY_FRATN ; Q0BKM7, MRAY_FRATO ; +DR Q5NHK4, MRAY_FRATT ; A4IZH0, MRAY_FRATW ; Q8RDQ0, MRAY_FUSNN ; +DR C1A8A7, MRAY_GEMAT ; Q5L0X8, MRAY_GEOKA ; Q39YM2, MRAY_GEOMG ; +DR Q748D3, MRAY_GEOSL ; C6DZK3, MRAY_GEOSM ; C5D8M1, MRAY_GEOSW ; +DR A4IM06, MRAY_GEOTN ; B8F3B3, MRAY_GLAP5 ; B7KDB2, MRAY_GLOC7 ; +DR Q7NEY9, MRAY_GLOVI ; A9H0I1, MRAY_GLUDA ; Q5FUJ8, MRAY_GLUOX ; +DR Q0BV22, MRAY_GRABC ; Q7VP57, MRAY_HAEDU ; Q4QLG1, MRAY_HAEI8 ; +DR A5UCX1, MRAY_HAEIE ; A5UIQ9, MRAY_HAEIG ; P45062, MRAY_HAEIN ; +DR Q2S9Y9, MRAY_HAHCH ; Q9K9S6, MRAY_HALH5 ; A1WYU6, MRAY_HALHL ; +DR Q17XN0, MRAY_HELAH ; Q7VGZ9, MRAY_HELHP ; B0TGB7, MRAY_HELMI ; +DR B6JL77, MRAY_HELP2 ; Q1CU36, MRAY_HELPH ; Q9ZLY1, MRAY_HELPJ ; +DR B2UTZ3, MRAY_HELPS ; O25235, MRAY_HELPY ; A4G8U1, MRAY_HERAR ; +DR Q0I1D6, MRAY_HISS1 ; B0US64, MRAY_HISS2 ; Q31I62, MRAY_HYDCU ; +DR B4U9Q9, MRAY_HYDS0 ; Q0BXT9, MRAY_HYPNA ; Q5R0M4, MRAY_IDILO ; +DR A6T2G1, MRAY_JANMA ; Q28NN1, MRAY_JANSC ; A6WCX7, MRAY_KINRD ; +DR B5Y1V0, MRAY_KLEP3 ; A6T4N0, MRAY_KLEP7 ; B2GJQ1, MRAY_KOCRD ; +DR Q1IKG7, MRAY_KORVE ; C5CDR2, MRAY_KOSOT ; Q5FKV4, MRAY_LACAC ; +DR Q1GAT7, MRAY_LACDA ; Q04B74, MRAY_LACDB ; Q042P7, MRAY_LACGA ; +DR A8YUN7, MRAY_LACH4 ; Q74JY6, MRAY_LACJO ; Q9CH70, MRAY_LACLA ; +DR A2RLT1, MRAY_LACLM ; Q02ZY6, MRAY_LACLS ; Q039R9, MRAY_LACP3 ; +DR Q88V79, MRAY_LACPL ; C1D5M0, MRAY_LARHH ; Q38XN0, MRAY_LATSS ; +DR Q1MPC2, MRAY_LAWIP ; Q5X1S3, MRAY_LEGPA ; A5IAV9, MRAY_LEGPC ; +DR Q5ZSA2, MRAY_LEGPH ; Q5WTI4, MRAY_LEGPL ; Q6AE61, MRAY_LEIXX ; +DR B0S986, MRAY_LEPBA ; Q04V92, MRAY_LEPBJ ; Q04Y84, MRAY_LEPBL ; +DR B0SRS0, MRAY_LEPBP ; B1XYR0, MRAY_LEPCP ; Q72R82, MRAY_LEPIC ; +DR Q8F4J3, MRAY_LEPIN ; B1MXV8, MRAY_LEUCK ; Q03W33, MRAY_LEUMM ; +DR Q03QH3, MRAY_LEVBA ; Q1WT98, MRAY_LIGS1 ; B2GB76, MRAY_LIMF3 ; +DR A5VJ31, MRAY_LIMRD ; B2G6K3, MRAY_LIMRJ ; Q929Y0, MRAY_LISIN ; +DR C1KWZ0, MRAY_LISMC ; Q71XX6, MRAY_LISMF ; Q8Y5M0, MRAY_LISMO ; +DR A0AKD7, MRAY_LISW6 ; A0L5N4, MRAY_MAGMM ; Q65RY3, MRAY_MANSM ; DR Q0AMW4, MRAY_MARMM ; A6VYK1, MRAY_MARMS ; A1U3G1, MRAY_MARN8 ; DR C6BYG9, MRAY_MARSD ; B7KU72, MRAY_METC4 ; Q604V4, MRAY_METCA ; DR Q1GYZ8, MRAY_METFK ; B3DVW4, MRAY_METI4 ; B8IMW7, MRAY_METNO ; @@ -84653,12 +85121,13 @@ DR Q5F6L4, MRAY_NEIG1 ; B4RQC9, MRAY_NEIG2 ; A9M2H7, MRAY_NEIM0 ; DR Q9JSZ3, MRAY_NEIMA ; Q9K0Y6, MRAY_NEIMB ; A1KVL7, MRAY_NEIMF ; DR Q0AJD8, MRAY_NITEC ; Q82VS6, MRAY_NITEU ; Q1QNU6, MRAY_NITHX ; DR Q2Y635, MRAY_NITMU ; Q3J786, MRAY_NITOC ; A6Q1R7, MRAY_NITSB ; -DR Q3STT1, MRAY_NITWN ; Q5YYY2, MRAY_NOCFA ; A1SL83, MRAY_NOCSJ ; -DR B2J5G4, MRAY_NOSP7 ; Q8YP83, MRAY_NOSS1 ; Q2G998, MRAY_NOVAD ; -DR Q8ER51, MRAY_OCEIH ; Q04ES8, MRAY_OENOB ; Q313Q6, MRAY_OLEA2 ; -DR B1ZU32, MRAY_OPITP ; B3CVD3, MRAY_ORITI ; A1R5F5, MRAY_PAEAT ; -DR A1TKC8, MRAY_PARC0 ; A6LEU6, MRAY_PARD8 ; A1AZK6, MRAY_PARDP ; -DR A7HVU4, MRAY_PARL1 ; Q7U3B6, MRAY_PARMW ; B2JHG3, MRAY_PARP8 ; +DR Q728U5, MRAY_NITV2 ; A1VBE5, MRAY_NITV4 ; Q3STT1, MRAY_NITWN ; +DR Q5YYY2, MRAY_NOCFA ; A1SL83, MRAY_NOCSJ ; B2J5G4, MRAY_NOSP7 ; +DR Q8YP83, MRAY_NOSS1 ; Q2G998, MRAY_NOVAD ; Q8ER51, MRAY_OCEIH ; +DR Q04ES8, MRAY_OENOB ; Q313Q6, MRAY_OLEA2 ; B1ZU32, MRAY_OPITP ; +DR B3CVD3, MRAY_ORITI ; A1R5F5, MRAY_PAEAT ; A1TKC8, MRAY_PARC0 ; +DR A6LEU6, MRAY_PARD8 ; A1AZK6, MRAY_PARDP ; A7HVU4, MRAY_PARL1 ; +DR Q2W0H6, MRAY_PARM1 ; Q7U3B6, MRAY_PARMW ; B2JHG3, MRAY_PARP8 ; DR B2SYX9, MRAY_PARPJ ; Q6MBS3, MRAY_PARUW ; Q13TY9, MRAY_PARXL ; DR P57816, MRAY_PASMU ; Q6D0I0, MRAY_PECAS ; C6DEU6, MRAY_PECCP ; DR Q03EY0, MRAY_PEDPA ; B4SHE7, MRAY_PELPB ; A1AU64, MRAY_PELPD ; @@ -84747,8 +85216,8 @@ DR A5F5N2, MRAY_VIBC3 ; Q9KPG4, MRAY_VIBCH ; C3LQU9, MRAY_VIBCM ; DR Q87SG7, MRAY_VIBPA ; Q8DEK7, MRAY_VIBVU ; Q7MNV4, MRAY_VIBVY ; DR Q8D2Z3, MRAY_WIGBR ; Q73G61, MRAY_WOLPM ; Q7M7X0, MRAY_WOLSU ; DR Q5GRZ3, MRAY_WOLTR ; C0R4W3, MRAY_WOLWR ; Q8PPB0, MRAY_XANAC ; -DR Q3BXF4, MRAY_XANC5 ; Q4UQW8, MRAY_XANC8 ; B0RVA7, MRAY_XANCB ; -DR Q8PCK2, MRAY_XANCP ; Q2NZB6, MRAY_XANOM ; B2SNZ1, MRAY_XANOP ; +DR Q4UQW8, MRAY_XANC8 ; B0RVA7, MRAY_XANCB ; Q8PCK2, MRAY_XANCP ; +DR Q3BXF4, MRAY_XANE5 ; Q2NZB6, MRAY_XANOM ; B2SNZ1, MRAY_XANOP ; DR Q5GW39, MRAY_XANOR ; A7IGE9, MRAY_XANP2 ; B2I9B5, MRAY_XYLF2 ; DR Q9PF83, MRAY_XYLFA ; B0U4Z9, MRAY_XYLFM ; Q87AF7, MRAY_XYLFT ; DR A1JJJ0, MRAY_YERE8 ; A7FM69, MRAY_YERP3 ; Q1C211, MRAY_YERPA ; @@ -84777,8 +85246,9 @@ DE UDP-N-acetylglucosamine--dolichyl-phosphate DE N-acetylglucosaminephosphotransferase. AN GlcNAc-1-P transferase. AN N-acetylglucosamine-1-phosphate transferase. -CA a dolichyl phosphate + UDP-N-acetyl-alpha-D-glucosamine = N-acetyl-alpha- -CA D-glucosaminyl-diphosphodolichol + UMP. +CA a di-trans,poly-cis-dolichyl phosphate + UDP-N-acetyl-alpha-D-glucosamine +CA = an N-acetyl-alpha-D-glucosaminyl-diphospho-di-trans,poly-cis-dolichol + +CA UMP. DR Q5EA65, GPT_BOVIN ; P24140, GPT_CRIGR ; P23338, GPT_CRILO ; DR P0CD61, GPT_DICDI ; Q9H3H5, GPT_HUMAN ; P42864, GPT_LEIAM ; DR P42867, GPT_MOUSE ; P96000, GPT_SACS2 ; P42881, GPT_SCHPO ; @@ -84833,8 +85303,8 @@ DR B5F500, OPGB_SALA4 ; A9MRX7, OPGB_SALAR ; Q57G63, OPGB_SALCH ; DR B5FTA1, OPGB_SALDC ; B4TGX6, OPGB_SALHS ; B4T4E6, OPGB_SALNS ; DR A9N7A9, OPGB_SALPB ; B4TU18, OPGB_SALSV ; Q8Z0W2, OPGB_SALTI ; DR Q8ZJX6, OPGB_SALTY ; B2TZP2, OPGB_SHIB3 ; Q83IH7, OPGB_SHIFL ; -DR Q8PQA7, OPGB_XANAC ; Q3BYI6, OPGB_XANC5 ; B0RMT0, OPGB_XANCB ; -DR Q8PDD7, OPGB_XANCP ; +DR Q8PQA7, OPGB_XANAC ; B0RMT0, OPGB_XANCB ; Q8PDD7, OPGB_XANCP ; +DR Q3BYI6, OPGB_XANE5 ; // ID 2.7.8.21 DE membrane-oligosaccharide glycerophosphotransferase. @@ -84923,8 +85393,7 @@ DR A5N2J8, COBS_CLOK5 ; A0Q0K0, COBS_CLONN ; Q0TRK3, COBS_CLOP1 ; DR Q8XLK5, COBS_CLOPE ; Q0STX5, COBS_CLOPS ; Q897L5, COBS_CLOTE ; DR Q6NG92, COBS_CORDI ; Q8FNQ1, COBS_COREF ; A4QFR6, COBS_CORGB ; DR Q8NNJ7, COBS_CORGL ; Q9RYR9, COBS_DEIRA ; Q24VN7, COBS_DESHY ; -DR A4J804, COBS_DESRM ; Q72DL5, COBS_DESVH ; B8DRQ3, COBS_DESVM ; -DR A1VF70, COBS_DESVV ; A7ZNF6, COBS_ECO24 ; B7UT21, COBS_ECO27 ; +DR A4J804, COBS_DESRM ; A7ZNF6, COBS_ECO24 ; B7UT21, COBS_ECO27 ; DR B7MDB8, COBS_ECO45 ; B7L917, COBS_ECO55 ; Q8X8U9, COBS_ECO57 ; DR B5YSS1, COBS_ECO5E ; B7NR82, COBS_ECO7I ; B7MWP9, COBS_ECO81 ; DR B7M3C8, COBS_ECO8A ; C4ZQQ5, COBS_ECOBW ; B1X6T0, COBS_ECODH ; @@ -84948,6 +85417,7 @@ DR A4TBJ8, COBS_MYCGI ; B2HGX7, COBS_MYCMM ; Q73YK6, COBS_MYCPA ; DR A0R065, COBS_MYCS2 ; A3Q1R8, COBS_MYCSJ ; A1UIA4, COBS_MYCSK ; DR Q1B6S1, COBS_MYCSS ; A5U4N6, COBS_MYCTA ; P9WP90, COBS_MYCTO ; DR P9WP91, COBS_MYCTU ; A0PTP3, COBS_MYCUA ; A1TB16, COBS_MYCVP ; +DR Q72DL5, COBS_NITV2 ; A1VF70, COBS_NITV4 ; B8DRQ3, COBS_NITV9 ; DR A1SJN0, COBS_NOCSJ ; Q8YZS8, COBS_NOSS1 ; Q2GBJ9, COBS_NOVAD ; DR B4SH93, COBS_PELPB ; Q6L174, COBS_PICTO ; A1VJY2, COBS_POLNA ; DR Q12FJ6, COBS_POLSJ ; B4S891, COBS_PROA2 ; A2CCL0, COBS_PROM3 ; @@ -85350,8 +85820,7 @@ DR O62461, SELD_CAEEL ; Q8R8W3, SELD_CALS4 ; Q9PMF9, SELD_CAMJE ; DR Q5HSS7, SELD_CAMJR ; Q3AAF7, SELD_CARHZ ; B5EBG1, SELD_CITBB ; DR B2V0F0, SELD_CLOBA ; B2TKP6, SELD_CLOBB ; Q182I1, SELD_CLOD6 ; DR Q488J7, SELD_COLP3 ; A7MNU8, SELD_CROS8 ; Q47H71, SELD_DECAR ; -DR B8FWU2, SELD_DESHD ; Q24NA9, SELD_DESHY ; Q72CF1, SELD_DESVH ; -DR B8DNL1, SELD_DESVM ; A1VE87, SELD_DESVV ; Q94497, SELD_DICDI ; +DR B8FWU2, SELD_DESHD ; Q24NA9, SELD_DESHY ; Q94497, SELD_DICDI ; DR A7ZMN3, SELD_ECO24 ; P66794, SELD_ECO57 ; A8A0V7, SELD_ECOHS ; DR Q0TH64, SELD_ECOL5 ; P66793, SELD_ECOL6 ; P16456, SELD_ECOLI ; DR A4W9I2, SELD_ENT38 ; Q39RJ9, SELD_GEOMG ; Q74FK1, SELD_GEOSL ; @@ -85359,6 +85828,7 @@ DR C6E5Z5, SELD_GEOSM ; Q7VNG0, SELD_HAEDU ; Q4QNZ0, SELD_HAEI8 ; DR A5UG02, SELD_HAEIG ; P43911, SELD_HAEIN ; A9KPW1, SELD_LACP7 ; DR P60819, SELD_METJA ; Q8TVM0, SELD_METKA ; P60820, SELD_METMP ; DR B8ES21, SELD_METSB ; Q1DAT6, SELD_MYXXD ; Q0AFI6, SELD_NITEC ; +DR Q72CF1, SELD_NITV2 ; A1VE87, SELD_NITV4 ; B8DNL1, SELD_NITV9 ; DR Q13R51, SELD_PARXL ; Q9CMM8, SELD_PASMU ; A1APP9, SELD_PELPD ; DR Q7N406, SELD_PHOLL ; Q6LP05, SELD_PHOPR ; B2RLG7, SELD_PORG3 ; DR Q7MU19, SELD_PORGI ; Q9I383, SELD_PSEAE ; Q9AQI4, SELD_PSEOC ; @@ -85911,335 +86381,336 @@ DR Q5YJC2, GSK3B_SPECI; Q10452, GSK3_SCHPO ; Q5Z7J0, GSK4_ORYSJ ; DR C0LGQ5, GSO1_ARATH ; Q9FIZ3, GSO2_ARATH ; D2HXI8, GWL_AILME ; DR E1BFR5, GWL_BOVIN ; E2RJI4, GWL_CANLF ; E1C2I2, GWL_CHICK ; DR Q6DBX4, GWL_DANRE ; Q96GX5, GWL_HUMAN ; Q8C0P0, GWL_MOUSE ; -DR Q6NTJ3, GWL_XENLA ; B1WAR9, GWL_XENTR ; O14019, HAL4_SCHPO ; -DR P25333, HAL4_YEAST ; Q6FQH2, HAL5_CANGA ; Q757X8, HAL5_EREGS ; -DR Q6CXN5, HAL5_KLULA ; A7TGR2, HAL5_VANPO ; A6ZQG7, HAL5_YEAS7 ; -DR P38970, HAL5_YEAST ; Q8GRU6, HAR1_LOTJA ; O80528, HASP_ARATH ; -DR Q2KIP2, HASP_BOVIN ; P83103, HASP_DROME ; Q8TF76, HASP_HUMAN ; -DR Q9Z0R0, HASP_MOUSE ; O13924, HASP_SCHPO ; Q852L0, HD16N_ORYSJ; -DR Q9AR27, HD6_ORYSI ; B6F107, HD6_ORYSJ ; P40235, HHP1_SCHPO ; -DR P40236, HHP2_SCHPO ; Q8FHF4, HIPA_ECOL6 ; P23874, HIPA_ECOLI ; -DR Q8EIX3, HIPA_SHEON ; Q86Z02, HIPK1_HUMAN; O88904, HIPK1_MOUSE; -DR A4L9P5, HIPK1_RAT ; Q9H2X6, HIPK2_HUMAN; Q9WUM7, HIPK2_MESAU; -DR Q9QZR5, HIPK2_MOUSE; Q9H422, HIPK3_HUMAN; Q9ERH7, HIPK3_MOUSE; -DR O88850, HIPK3_RAT ; Q8NE63, HIPK4_HUMAN; Q8WP28, HIPK4_MACFA; -DR Q3V016, HIPK4_MOUSE; Q4V793, HIPK4_RAT ; Q8MQ70, HIPK_CAEEL ; -DR Q8T0S6, HIPPO_DROME; Q8GZ99, HPCA1_ARATH; Q08732, HRK1_YEAST ; -DR P29295, HRR25_YEAST; P50582, HSK1_SCHPO ; Q9SGP2, HSL1_ARATH ; -DR Q5AG71, HSL1_CANAL ; P34244, HSL1_YEAST ; C0LGX3, HSL2_ARATH ; -DR Q2MHE4, HT1_ARATH ; Q5XHI9, HUNKA_XENLA; Q6VZ17, HUNKB_XENLA; -DR P57058, HUNK_HUMAN ; O88866, HUNK_MOUSE ; Q68UT7, HUNK_PANTR ; -DR B1WAS2, HUNK_XENTR ; Q558U1, IFKA_DICDI ; Q550L8, IFKB_DICDI ; -DR Q75JN1, IFKC_DICDI ; Q95KV0, IKKB_BOVIN ; O14920, IKKB_HUMAN ; -DR O88351, IKKB_MOUSE ; Q9QY78, IKKB_RAT ; P32742, IKKE1_CAEEL; -DR P47042, IKS1_YEAST ; Q54RJ4, IKSA_DICDI ; Q9LJM4, IKU2_ARATH ; -DR F4IS56, ILK1_ARATH ; Q3SWY2, ILK_BOVIN ; P57044, ILK_CAVPO ; -DR Q9DF58, ILK_CHICK ; Q13418, ILK_HUMAN ; O55222, ILK_MOUSE ; -DR Q5R5V4, ILK_PONAB ; Q99J82, ILK_RAT ; P32581, IME2_YEAST ; -DR C0LGP9, IMK3_ARATH ; Q59S66, IPL1_CANAL ; Q6FV07, IPL1_CANGA ; -DR Q6BVA0, IPL1_DEBHA ; Q8SRL5, IPL1_ENCCU ; Q755C4, IPL1_EREGS ; -DR Q6CWQ4, IPL1_KLULA ; Q6C3J2, IPL1_YARLI ; P38991, IPL1_YEAST ; -DR Q2LGB3, IRAK1_BOVIN; P51617, IRAK1_HUMAN; Q62406, IRAK1_MOUSE; -DR Q1RMT8, IRAK4_BOVIN; Q9NWZ3, IRAK4_HUMAN; Q8R4K2, IRAK4_MOUSE; -DR Q9C5S2, IRE1A_ARATH; Q93VJ2, IRE1B_ARATH; Q09499, IRE1_CAEEL ; -DR Q7XIT1, IRE1_ORYSJ ; O94537, IRE1_SCHPO ; P32361, IRE1_YEAST ; -DR F4HYG2, IRE3_ARATH ; F4HPN2, IRE4_ARATH ; Q4WKP8, IREA_ASPFU ; -DR Q55GJ2, IREA_DICDI ; F4J6F6, IREH1_ARATH; Q9LE81, IRE_ARATH ; -DR Q9LY03, IRK_ARATH ; Q559A2, IRLA_DICDI ; Q557G1, IRLB_DICDI ; -DR Q55DJ8, IRLC_DICDI ; Q55DJ9, IRLD_DICDI ; Q54IE8, IRLE_DICDI ; -DR Q556Q3, IRLF_DICDI ; Q758T2, ISR1_EREGS ; Q06098, ISR1_YEAST ; -DR Q9V3I5, JIL1_DROME ; P36174, KAE1B_HALMA; Q9HNL6, KAE1B_HALSA; -DR Q18KI0, KAE1B_HALWD; Q8TJS2, KAE1B_METAC; Q46FS9, KAE1B_METBF; -DR Q2FS43, KAE1B_METHJ; Q58530, KAE1B_METJA; A2SR70, KAE1B_METLZ; -DR A4FZ86, KAE1B_METM5; A9A6L6, KAE1B_METM6; A6VJ51, KAE1B_METM7; -DR Q8PZ92, KAE1B_METMA; A3CXS0, KAE1B_METMJ; Q6M056, KAE1B_METMP; -DR A5UMH5, KAE1B_METS3; Q2NIA4, KAE1B_METST; O27476, KAE1B_METTH; -DR A6US28, KAE1B_METVS; Q3IMN2, KAE1B_NATPD; Q6L243, KAE1B_PICTO; -DR Q9HLA5, KAE1B_THEAC; Q978W6, KAE1B_THEVO; P74646, KAIC1_SYNY3; -DR P73860, KAIC2_SYNY3; P74503, KAIC3_SYNY3; Q6L8L1, KAIC_ACAM1 ; -DR Q8YT40, KAIC_NOSS1 ; Q7U8R3, KAIC_PARMW ; Q6L8L5, KAIC_PICP2 ; -DR Q7VAN5, KAIC_PROMA ; Q7V5W7, KAIC_PROMM ; Q7V0C4, KAIC_PROMP ; -DR Q8VL13, KAIC_RIPO1 ; Q79PF4, KAIC_SYNE7 ; Q8GGL1, KAIC_THELV ; -DR Q79V60, KAIC_THEVB ; Q6L8J9, KAIC_THEVL ; O60229, KALRN_HUMAN; -DR A2CG49, KALRN_MOUSE; P97924, KALRN_RAT ; P16911, KAPC2_DROME; -DR P16912, KAPC3_DROME; P21901, KAPL_APLCA ; Q8SS96, KC11_ENCCU ; -DR P23291, KC11_YEAST ; Q8SQR2, KC12_ENCCU ; P23292, KC12_YEAST ; -DR P39962, KC13_YEAST ; Q8N752, KC1AL_HUMAN; P67827, KC1A_BOVIN ; -DR P42168, KC1A_CAEEL ; P67962, KC1A_CHICK ; P54367, KC1A_DROME ; -DR P48729, KC1A_HUMAN ; Q8BK63, KC1A_MOUSE ; O19175, KC1A_PIG ; -DR P67828, KC1A_RABIT ; P97633, KC1A_RAT ; P67829, KC1A_SHEEP ; -DR P67963, KC1A_XENLA ; P35507, KC1B_BOVIN ; Q7T2E3, KC1DA_DANRE; -DR Q6P3K7, KC1DB_DANRE; P35508, KC1D_BOVIN ; P48730, KC1D_HUMAN ; -DR Q9DC28, KC1D_MOUSE ; Q5RC72, KC1D_PONAB ; P81123, KC1D_RABIT ; -DR Q06486, KC1D_RAT ; Q5BP74, KC1D_XENLA ; Q6P647, KC1D_XENTR ; -DR Q5ZLL1, KC1E_CHICK ; P49674, KC1E_HUMAN ; Q9JMK2, KC1E_MOUSE ; -DR A7E3X2, KC1G1_BOVIN; Q5ZJS0, KC1G1_CHICK; Q5PRD4, KC1G1_DANRE; -DR Q9HCP0, KC1G1_HUMAN; Q4R9A9, KC1G1_MACFA; Q8BTH8, KC1G1_MOUSE; -DR Q62761, KC1G1_RAT ; Q6NRT0, KC1G1_XENLA; P78368, KC1G2_HUMAN; -DR Q8BVP5, KC1G2_MOUSE; Q62762, KC1G2_RAT ; P35509, KC1G3_BOVIN; -DR Q9Y6M4, KC1G3_HUMAN; Q8C4X2, KC1G3_MOUSE; Q5R4V3, KC1G3_PONAB; -DR Q62763, KC1G3_RAT ; Q8WQ99, KC1G_CAEEL ; Q556Y4, KC1_DICDI ; -DR Q6QNL9, KC1_EIMTE ; O15726, KC1_PLAF4 ; Q8IHZ9, KC1_PLAF7 ; -DR Q7RBX5, KC1_PLAYO ; Q6QNM1, KC1_TOXGO ; P25389, KCC4_YEAST ; -DR P36005, KDX1_YEAST ; Q9FY48, KEG_ARATH ; P38692, KIC1_YEAST ; -DR Q38997, KIN10_ARATH; P92958, KIN11_ARATH; Q9FLZ3, KIN12_ARATH; -DR Q8SW31, KIN1_ENCCU ; B7XHR6, KIN1_ENTBH ; P22987, KIN1_SCHPO ; -DR P13185, KIN1_YEAST ; Q20471, KIN20_CAEEL; A8WRV1, KIN29_CAEBR; -DR Q21017, KIN29_CAEEL; P13186, KIN2_YEAST ; P22209, KIN3_YEAST ; -DR Q01919, KIN4_YEAST ; P25341, KIN82_YEAST; Q23915, KINX_DICDI ; -DR Q54H05, KINY_DICDI ; Q9LFA2, KIPK1_ARATH; Q9SJM3, KIPK2_ARATH; -DR O74526, KJ45_SCHPO ; Q6FJ85, KKQ8_CANGA ; A6ZZF6, KKQ8_YEAS7 ; -DR P36004, KKQ8_YEAST ; Q8RWX4, KOC1_ARATH ; Q05652, KPEL_DROME ; -DR P42818, KPK1_ARATH ; P15792, KPK1_PHAVU ; Q39030, KPK2_ARATH ; -DR Q02595, KPK2_PLAFK ; P17801, KPRO_MAIZE ; Q0V7M1, KPSH1_BOVIN; -DR Q501V0, KPSH1_DANRE; P11801, KPSH1_HUMAN; Q91YA2, KPSH1_MOUSE; -DR Q4KTY1, KPSH1_PINFU; P11979, KPYM_FELCA ; P14618, KPYM_HUMAN ; -DR P52480, KPYM_MOUSE ; P11974, KPYM_RABIT ; P11980, KPYM_RAT ; -DR P15443, KR14_ICHVA ; Q00097, KR15_ICHVA ; Q00098, KR16_ICHVA ; -DR P32516, KR1_EHV1K ; P17613, KR1_SUHVK ; P0C6Z8, KR2_EBVA8 ; -DR P13288, KR2_EBVB9 ; P0C731, KR2_EBVG ; Q00094, KR73_ICHVA ; -DR Q00095, KR74_ICHVA ; P54644, KRAC_DICDI ; Q61UC4, KRAF1_CAEBR; -DR Q07292, KRAF1_CAEEL; P11346, KRAF1_DROME; Q21734, KS6A1_CAEEL; -DR Q15418, KS6A1_HUMAN; P18653, KS6A1_MOUSE; Q63531, KS6A1_RAT ; -DR Q18846, KS6A2_CAEEL; Q15349, KS6A2_HUMAN; Q9WUT3, KS6A2_MOUSE; -DR P51812, KS6A3_HUMAN; P18654, KS6A3_MOUSE; O75676, KS6A4_HUMAN; -DR Q9Z2B9, KS6A4_MOUSE; Q5F3L1, KS6A5_CHICK; O75582, KS6A5_HUMAN; -DR Q8C050, KS6A5_MOUSE; Q5R4K3, KS6A5_PONAB; Q6PFQ0, KS6A6_DANRE; -DR Q9UK32, KS6A6_HUMAN; Q7TPS0, KS6A6_MOUSE; P18652, KS6AA_CHICK; -DR P10665, KS6AA_XENLA; P10666, KS6AB_XENLA; Q6TJY3, KS6B1_BOVIN; -DR P23443, KS6B1_HUMAN; Q8BSK8, KS6B1_MOUSE; P67998, KS6B1_RABIT; -DR P67999, KS6B1_RAT ; Q9UBS0, KS6B2_HUMAN; Q9Z1M4, KS6B2_MOUSE; -DR Q9NAH6, KS6B_CAEEL ; Q96S38, KS6C1_HUMAN; Q8BLK9, KS6C1_MOUSE; -DR Q96LW2, KS6R_HUMAN ; Q5SYL1, KS6R_MOUSE ; Q39019, KSG10_ARATH; -DR P43288, KSG1_ARATH ; Q12701, KSG1_SCHPO ; O23145, KSG2_ARATH ; -DR P43289, KSG3_ARATH ; Q9FVS6, KSG4_ARATH ; Q8VZD5, KSG5_ARATH ; -DR Q39010, KSG6_ARATH ; Q39011, KSG7_ARATH ; Q96287, KSG8_ARATH ; -DR Q39012, KSG9_ARATH ; O04160, KSGT_BRANA ; O14328, KSP1_SCHPO ; -DR P38691, KSP1_YEAST ; Q8IVT5, KSR1_HUMAN ; Q61097, KSR1_MOUSE ; -DR Q6VAB6, KSR2_HUMAN ; Q3UVC0, KSR2_MOUSE ; G5EFD2, KSRA_CAEEL ; -DR Q54GY6, KXCA_DICDI ; Q54C71, KXCB_DICDI ; O95835, LATS1_HUMAN; -DR Q8BYR2, LATS1_MOUSE; Q9NRM7, LATS2_HUMAN; Q7TSJ6, LATS2_MOUSE; -DR A0A075F7E9, LERK1_ORYSI; Q7FAZ3, LERK1_ORYSJ; A2XQD3, LERK2_ORYSI; -DR Q7FAZ2, LERK2_ORYSJ; Q25AG3, LERK3_ORYSI; Q0JEU6, LERK3_ORYSJ; -DR Q25AG2, LERK4_ORYSI; Q7FAZ0, LERK4_ORYSJ; Q8QFP8, LIMK1_CHICK; -DR Q8IR79, LIMK1_DROME; P53667, LIMK1_HUMAN; P53668, LIMK1_MOUSE; -DR P53669, LIMK1_RAT ; O42565, LIMK1_XENLA; Q32L23, LIMK2_BOVIN; -DR P53666, LIMK2_CHICK; P53671, LIMK2_HUMAN; O54785, LIMK2_MOUSE; -DR P53670, LIMK2_RAT ; Q54L00, LIMKA_DICDI; P0CD62, LIMKB_DICDI; -DR Q3E884, LK110_ARATH; Q9FJI4, LK111_ARATH; Q6ZMQ8, LMTK1_HUMAN; -DR Q80YE4, LMTK1_MOUSE; Q8IWU2, LMTK2_HUMAN; Q3TYD6, LMTK2_MOUSE; -DR Q96Q04, LMTK3_HUMAN; Q5XJV6, LMTK3_MOUSE; O61267, LOK_DROME ; -DR P93604, LRK10_WHEAT; Q9M3E5, LRK11_ARATH; Q7FK82, LRK12_ARATH; -DR Q9M3D8, LRK13_ARATH; Q9M3D7, LRK14_ARATH; Q9M1G4, LRK15_ARATH; -DR Q9M1G3, LRK16_ARATH; Q9LSS0, LRK17_ARATH; Q9LSR9, LRK18_ARATH; -DR Q9LSR8, LRK19_ARATH; Q9TZM3, LRK1_CAEEL ; Q9FIF1, LRK21_ARATH; -DR Q9FIF0, LRK22_ARATH; O80939, LRK41_ARATH; Q9M345, LRK42_ARATH; -DR O81292, LRK43_ARATH; O81291, LRK44_ARATH; O04534, LRK51_ARATH; -DR O04533, LRK52_ARATH; O22834, LRK53_ARATH; O22833, LRK54_ARATH; -DR Q96285, LRK55_ARATH; Q9LEA3, LRK56_ARATH; Q9ZR79, LRK57_ARATH; -DR Q9M1Z9, LRK58_ARATH; Q9SZD5, LRK59_ARATH; Q9SR87, LRK61_ARATH; -DR Q9M021, LRK62_ARATH; Q9M020, LRK63_ARATH; Q66GN2, LRK64_ARATH; -DR Q9S9U1, LRK71_ARATH; O49445, LRK72_ARATH; Q9LFH9, LRK81_ARATH; -DR Q9LYX1, LRK82_ARATH; Q9LXA5, LRK91_ARATH; Q9LSL5, LRK92_ARATH; -DR Q9M9E0, LRKS1_ARATH; O48837, LRKS2_ARATH; Q9STF0, LRKS3_ARATH; -DR Q9M2S4, LRKS4_ARATH; Q9FG33, LRKS5_ARATH; Q9FHX3, LRKS6_ARATH; -DR Q9FHG4, LRKS7_ARATH; Q9C6K9, LRL11_ARATH; P0C5E2, LRL12_ARATH; -DR Q8VYG0, LRL13_ARATH; F4HQ17, LRL14_ARATH; F4I3V3, LRL15_ARATH; -DR Q9FF31, LRL21_ARATH; F4KA50, LRL22_ARATH; F4KA51, LRL23_ARATH; -DR F4HQ22, LRL24_ARATH; F4HQ20, LRL25_ARATH; D7SFH9, LRL26_ARATH; -DR F4HQ23, LRL27_ARATH; Q3ECH2, LRL28_ARATH; Q38SD2, LRRK1_HUMAN; -DR Q3UHC2, LRRK1_MOUSE; Q5S007, LRRK2_HUMAN; Q5S006, LRRK2_MOUSE; -DR A0A0P0VIP0, LRSK7_ORYSJ; Q6UD73, LYK3_MEDTR ; O64825, LYK4_ARATH ; -DR Q56UN5, M3K19_HUMAN; E9Q3S4, M3K19_MOUSE; Q9LJD8, M3KE1_ARATH; -DR A0A078CGE6, M3KE1_BRANA; Q9SFB6, M3KE2_ARATH; Q92918, M4K1_HUMAN ; -DR P70218, M4K1_MOUSE ; Q12851, M4K2_HUMAN ; Q61161, M4K2_MOUSE ; -DR Q8IVH8, M4K3_HUMAN ; Q99JP0, M4K3_MOUSE ; Q924I2, M4K3_RAT ; -DR O95819, M4K4_HUMAN ; P97820, M4K4_MOUSE ; Q9Y4K4, M4K5_HUMAN ; -DR Q8BPM2, M4K5_MOUSE ; Q21360, MAK1_CAEEL ; Q965G5, MAK2_CAEEL ; -DR P20794, MAK_HUMAN ; Q04859, MAK_MOUSE ; P20793, MAK_RAT ; -DR P49136, MAPK2_CRILO; P49071, MAPK2_DROME; P49137, MAPK2_HUMAN; -DR P49138, MAPK2_MOUSE; P49139, MAPK2_RABIT; Q3SYZ2, MAPK3_BOVIN; -DR Q16644, MAPK3_HUMAN; Q3UMW7, MAPK3_MOUSE; Q66H84, MAPK3_RAT ; -DR Q8IW41, MAPK5_HUMAN; O54992, MAPK5_MOUSE; Q9P0L2, MARK1_HUMAN; -DR Q8VHJ5, MARK1_MOUSE; O08678, MARK1_RAT ; Q7KZI7, MARK2_HUMAN; -DR Q05512, MARK2_MOUSE; O08679, MARK2_RAT ; P27448, MARK3_HUMAN; -DR Q03141, MARK3_MOUSE; Q8VHF0, MARK3_RAT ; Q96L34, MARK4_HUMAN; -DR Q8CIP4, MARK4_MOUSE; Q9Y2H9, MAST1_HUMAN; Q9R1L5, MAST1_MOUSE; -DR Q810W7, MAST1_RAT ; Q6P0Q8, MAST2_HUMAN; Q60592, MAST2_MOUSE; -DR O60307, MAST3_HUMAN; Q3U214, MAST3_MOUSE; Q6AX33, MAST3_XENLA; -DR O15021, MAST4_HUMAN; Q811L6, MAST4_MOUSE; G5EGQ3, MAX2_CAEEL ; -DR O43077, MDE3_SCHPO ; C0LGU7, MDIS1_ARATH; C0LGQ4, MDIS2_ARATH; -DR C0LGP2, MEE39_ARATH; Q10292, MEK1_SCHPO ; P24719, MEK1_YEAST ; -DR U4PR86, MELK_CAEEL ; F1QGZ6, MELK_DANRE ; Q14680, MELK_HUMAN ; -DR Q61846, MELK_MOUSE ; Q91821, MELK_XENLA ; Q28GW8, MELK_XENTR ; -DR Q23356, MIG15_CAEEL; Q9M0G7, MIK1_ARATH ; P30290, MIK1_SCHPO ; -DR Q8VZG8, MIK2_ARATH ; P00531, MIL_AVIMH ; Q8N4C8, MINK1_HUMAN; -DR Q9JM52, MINK1_MOUSE; F1LP90, MINK1_RAT ; Q54MY9, MKCA_DICDI ; -DR Q9NGW9, MKCB_DICDI ; Q54JQ1, MKCC_DICDI ; Q8SSV3, MKCD_DICDI ; -DR Q54TN4, MKCE_DICDI ; Q55CE0, MKCF_DICDI ; Q58D94, MKNK1_BOVIN; -DR Q9BUB5, MKNK1_HUMAN; O08605, MKNK1_MOUSE; Q4G050, MKNK1_RAT ; -DR Q9YGW0, MKNK1_XENLA; Q66JF3, MKNK1_XENTR; Q9HBH9, MKNK2_HUMAN; -DR Q8CDB0, MKNK2_MOUSE; Q5U2N4, MKNK2_RAT ; Q6P431, MKNK2_XENLA; -DR Q66I46, MKNK2_XENTR; Q8I113, MNK_CAEEL ; P87347, MOS_APTAU ; -DR Q8QHF0, MOS_ATHNI ; Q8AX02, MOS_ATHSQ ; P10741, MOS_CHICK ; -DR P10650, MOS_CHLAE ; Q90XV8, MOS_CICNG ; Q8AX01, MOS_DENAN ; -DR Q90XV6, MOS_GYMCA ; P00540, MOS_HUMAN ; P00536, MOS_MOUSE ; -DR P07331, MOS_MSVMH ; P00537, MOS_MSVMM ; P00538, MOS_MSVMO ; -DR P32593, MOS_MSVMT ; P10421, MOS_MSVTS ; Q90XV9, MOS_NYCNY ; -DR Q9GRC0, MOS_PATPE ; P50118, MOS_PIG ; P00539, MOS_RAT ; -DR Q8AX00, MOS_SIBNE ; Q90XV7, MOS_VULGR ; P12965, MOS_XENLA ; -DR Q54UL8, MPS1_DICDI ; Q5VT25, MRCKA_HUMAN; Q3UU96, MRCKA_MOUSE; -DR O54874, MRCKA_RAT ; Q9Y5S2, MRCKB_HUMAN; Q7TT50, MRCKB_MOUSE; -DR Q7TT49, MRCKB_RAT ; Q6DT37, MRCKG_HUMAN; Q80UW5, MRCKG_MOUSE; -DR O01583, MRCK_CAEEL ; Q8SRI3, MRK1_ENCCU ; P50873, MRK1_YEAST ; -DR Q54DF2, MRKA_DICDI ; Q54MV2, MRKB_DICDI ; Q54TA3, MRKC_DICDI ; -DR P51137, MSK1_MEDSA ; Q40518, MSK1_TOBAC ; P51138, MSK2_MEDSA ; -DR P51139, MSK3_MEDSA ; Q7F8Q9, MSL1_ORYSJ ; Q8RZV7, MSP1_ORYSJ ; -DR P9WLZ6, MTDRP_MYCTO; P9WLZ7, MTDRP_MYCTU; P42345, MTOR_HUMAN ; -DR Q9JLN9, MTOR_MOUSE ; P42346, MTOR_RAT ; Q9P7Q6, MUG51_SCHPO; -DR Q86YV6, MYLK4_HUMAN; Q5SUV5, MYLK4_MOUSE; Q8NEV4, MYO3A_HUMAN; -DR Q8K3H5, MYO3A_MOUSE; Q8WXR4, MYO3B_HUMAN; Q1EG27, MYO3B_MOUSE; -DR O75011, NAK1_SCHPO ; Q8VYY5, NCRK_ARATH ; Q54Y26, NDRA_DICDI ; -DR Q54IH8, NDRB_DICDI ; Q54P47, NDRC_DICDI ; Q54HD2, NDRD_DICDI ; -DR Q6ZWH5, NEK10_HUMAN; Q3UGM2, NEK10_MOUSE; Q8NG66, NEK11_HUMAN; -DR Q8WNU8, NEK11_MACFA; Q8C0Q4, NEK11_MOUSE; Q9SLI2, NEK1_ARATH ; -DR Q54QD5, NEK1_DICDI ; Q96PY6, NEK1_HUMAN ; P51954, NEK1_MOUSE ; -DR Q10GB1, NEK1_ORYSJ ; Q9CAU7, NEK2_ARATH ; Q55BN8, NEK2_DICDI ; -DR P51955, NEK2_HUMAN ; O35942, NEK2_MOUSE ; A2ZMH2, NEK2_ORYSI ; -DR Q2QMH1, NEK2_ORYSJ ; Q8RX66, NEK3_ARATH ; Q86I06, NEK3_DICDI ; -DR P51956, NEK3_HUMAN ; Q9R0A5, NEK3_MOUSE ; Q6ZEZ5, NEK3_ORYSJ ; -DR Q8RXT4, NEK4_ARATH ; P51957, NEK4_HUMAN ; Q9Z1J2, NEK4_MOUSE ; -DR Q60DG4, NEK4_ORYSJ ; Q0WPH8, NEK5_ARATH ; Q6P3R8, NEK5_HUMAN ; -DR Q7TSC3, NEK5_MOUSE ; Q94CU5, NEK5_ORYSJ ; Q90XC2, NEK8_DANRE ; -DR Q86SG6, NEK8_HUMAN ; Q91ZR4, NEK8_MOUSE ; D3ZGQ5, NEK8_RAT ; -DR Q8TD19, NEK9_HUMAN ; Q8K1R7, NEK9_MOUSE ; Q7ZZC8, NEK9_XENLA ; -DR O01775, NEKL2_CAEEL; P84199, NEKL4_CAEEL; Q7KRY6, NHK1_DROME ; -DR Q9LFS4, NIK1_ARATH ; Q8RY65, NIK2_ARATH ; Q93ZS4, NIK3_ARATH ; -DR Q8IY84, NIM1_HUMAN ; Q8BHI9, NIM1_MOUSE ; P48479, NIM1_NEUCR ; -DR P11837, NIMA_EMENI ; P10676, NINAC_DROME; P36003, NNK1_YEAST ; -DR Q8L4H4, NORK_MEDTR ; Q8LKZ1, NORK_PEA ; P22211, NPR1_YEAST ; -DR O42626, NRC2_NEUCR ; Q08942, NRKA_TRYBB ; Q03428, NRKB_TRYBB ; -DR Q7Z2Y5, NRK_HUMAN ; Q9R0G8, NRK_MOUSE ; O60285, NUAK1_HUMAN; -DR Q641K5, NUAK1_MOUSE; Q9H093, NUAK2_HUMAN; Q8BZN4, NUAK2_MOUSE; -DR Q5R7G9, NUAK2_PONAB; Q66HE5, NUAK2_RAT ; Q5VST9, OBSCN_HUMAN; -DR A2AAJ9, OBSCN_MOUSE; O59763, OCA2_SCHPO ; O13310, ORB6_SCHPO ; -DR Q852Q2, OSK1_ORYSJ ; A2XFF4, OSK3_ORYSI ; Q852Q0, OSK3_ORYSJ ; -DR B8BBT7, OSK4_ORYSI ; Q852Q1, OSK4_ORYSJ ; Q9LSF1, OXI1_ARATH ; -DR O95747, OXSR1_HUMAN; Q6P9R2, OXSR1_MOUSE; Q863I2, OXSR1_PIG ; -DR Q5R495, OXSR1_PONAB; A0A8I5ZNK2, OXSR1_RAT ; Q5JJY4, P2C04_ORYSJ; -DR Q940A2, P2C31_ARATH; Q08E52, PAK1_BOVIN ; Q13153, PAK1_HUMAN ; -DR O88643, PAK1_MOUSE ; P35465, PAK1_RAT ; Q13177, PAK2_HUMAN ; -DR Q8CIN4, PAK2_MOUSE ; Q29502, PAK2_RABIT ; Q64303, PAK2_RAT ; -DR O75914, PAK3_HUMAN ; Q61036, PAK3_MOUSE ; Q7YQL4, PAK3_PANTR ; -DR Q7YQL3, PAK3_PONPY ; Q62829, PAK3_RAT ; Q8AXB4, PAK3_XENLA ; -DR O96013, PAK4_HUMAN ; Q8BTW9, PAK4_MOUSE ; Q9P286, PAK5_HUMAN ; -DR Q8C015, PAK5_MOUSE ; D4A280, PAK5_RAT ; Q9NQU5, PAK6_HUMAN ; -DR Q3ULB5, PAK6_MOUSE ; Q5R8Z4, PAK6_PONAB ; Q55D99, PAKA_DICDI ; -DR Q869N2, PAKB_DICDI ; Q55GV3, PAKC_DICDI ; Q55DD4, PAKD_DICDI ; -DR Q54B33, PAKE_DICDI ; Q869T7, PAKF_DICDI ; Q54RV3, PAKG_DICDI ; -DR Q556S2, PAKH_DICDI ; Q9VXE5, PAKM_DROME ; Q9VI13, PAK_DROME ; -DR C0LGW2, PAM74_ARATH; A8WYE4, PAR1_CAEBR ; Q9TW45, PAR1_CAEEL ; -DR A8X0C4, PAR4_CAEBR ; Q9GN62, PAR4_CAEEL ; Q96RG2, PASK_HUMAN ; -DR Q8CEE6, PASK_MOUSE ; Q55E58, PATS1_DICDI; P46573, PBL10_ARATH; -DR P43293, PBL11_ARATH; O64842, PBL12_ARATH; F4JZW1, PBL13_ARATH; -DR Q9SY91, PBL15_ARATH; Q9FM85, PBL16_ARATH; Q8H1E3, PBL17_ARATH; -DR Q5XF79, PBL18_ARATH; Q9LTC0, PBL19_ARATH; Q8H186, PBL1_ARATH ; -DR F4JPX3, PBL20_ARATH; Q9LDZ5, PBL21_ARATH; Q9SFX0, PBL22_ARATH; -DR F4JEQ2, PBL23_ARATH; Q1PE89, PBL24_ARATH; Q9LRY1, PBL25_ARATH; -DR Q9SFT7, PBL26_ARATH; Q1PDV6, PBL27_ARATH; Q84M95, PBL28_ARATH; -DR O49839, PBL2_ARATH ; Q9LFP7, PBL34_ARATH; Q9SRH7, PBL35_ARATH; -DR F4J0D2, PBL36_ARATH; O49840, PBL3_ARATH ; Q5PP29, PBL4_ARATH ; -DR Q9LQQ8, PBL5_ARATH ; Q9SIB6, PBL6_ARATH ; Q0WRY5, PBL7_ARATH ; -DR Q8GXZ3, PBL8_ARATH ; Q06548, PBL9_ARATH ; Q9FE20, PBS1_ARATH ; -DR Q9SF86, PCRK1_ARATH; Q9LZF8, PCRK2_ARATH; Q6NU47, PDK1A_XENLA; -DR Q6NU98, PDK1B_XENLA; Q32PP3, PDK1L_DANRE; Q8N165, PDK1L_HUMAN; -DR Q8QZR7, PDK1L_MOUSE; Q5RER6, PDK1L_PONAB; J9VH94, PDK1_CRYNH ; -DR Q9XF67, PDPK1_ARATH; Q9Y1J3, PDPK1_CAEEL; Q9W0V1, PDPK1_DROME; -DR O15530, PDPK1_HUMAN; Q9Z2A0, PDPK1_MOUSE; O55173, PDPK1_RAT ; -DR Q4V3C8, PDPK2_ARATH; Q6A1A2, PDPK2_HUMAN; Q54TW2, PDPKA_DICDI; -DR Q54PK9, PDPKB_DICDI; Q9C660, PEK10_ARATH; Q9SGY7, PEK11_ARATH; -DR Q9ZUE0, PEK12_ARATH; Q9CAL8, PEK13_ARATH; O65530, PEK14_ARATH; -DR Q9C821, PEK15_ARATH; Q9SSL9, PEPR1_ARATH; Q9FZ59, PEPR2_ARATH; -DR Q9LV48, PERK1_ARATH; Q9LK03, PERK2_ARATH; Q1PEM5, PERK3_ARATH; -DR Q9ZNQ8, PERK4_ARATH; Q8GX23, PERK5_ARATH; Q9LS95, PERK6_ARATH; -DR Q9XI96, PERK7_ARATH; Q9FFW5, PERK8_ARATH; Q9SX31, PERK9_ARATH; -DR A0A7H0DNE9, PG187_MONPV; O57252, PG187_VACCA; P20505, PG187_VACCC; -DR P16913, PG187_VACCW; P33800, PG187_VAR67; Q54QQ1, PHG2_DICDI ; -DR Q16816, PHKG1_HUMAN; P07934, PHKG1_MOUSE; P00518, PHKG1_RABIT; -DR P13286, PHKG1_RAT ; O48963, PHOT1_ARATH; P93025, PHOT2_ARATH; -DR Q9ST27, PHOT2_ORYSJ; Q8LPD9, PHOT_CHLRE ; Q2QYY8, PHT1A_ORYSJ; -DR Q2RBR1, PHT1B_ORYSJ; P25848, PHY1_CERPU ; Q99570, PI3R4_HUMAN; -DR Q8VD65, PI3R4_MOUSE; Q5R9I3, PI3R4_PONAB; P0C0R5, PI3R4_RAT ; -DR Q64FQ2, PID2_ARATH ; Q94E49, PID2_ORYSJ ; O64682, PID_ARATH ; -DR Q2QM77, PID_ORYSJ ; G5ECP4, PIK1_CAEEL ; Q9N0P9, PIM1_BOVIN ; -DR Q95LJ0, PIM1_FELCA ; P11309, PIM1_HUMAN ; P06803, PIM1_MOUSE ; -DR P26794, PIM1_RAT ; Q9YHZ5, PIM2_DANRE ; Q9P1W9, PIM2_HUMAN ; -DR Q62070, PIM2_MOUSE ; Q9PU85, PIM3_COTJA ; Q86V86, PIM3_HUMAN ; -DR P58750, PIM3_MOUSE ; O70444, PIM3_RAT ; Q91822, PIM3_XENLA ; -DR Q09298, PINK1_CAEEL; Q0KHV6, PINK1_DROME; Q9BXM7, PINK1_HUMAN; -DR Q99MQ3, PINK1_MOUSE; E0W1I1, PINK1_PEDHC; B5DFG1, PINK1_RAT ; -DR D6WMX4, PINK1_TRICA; O14132, PIT1_SCHPO ; Q9SII6, PIX13_ARATH; -DR P85193, PK01_HELAN ; P42493, PK1_ASFB7 ; P0C8F4, PK1_ASFK5 ; -DR P34206, PK1_ASFM2 ; P0C8F2, PK1_ASFP4 ; P0C8F3, PK1_ASFWA ; -DR Q17850, PK1_CAEEL ; P41415, PK1_NPVAC ; P41719, PK1_NPVHZ ; -DR P41720, PK1_NPVLD ; O10269, PK1_NPVOP ; Q9KIG4, PK1_STRTO ; -DR G5EFU0, PK2_CAEEL ; P28178, PK2_DICDI ; P41676, PK2_NPVAC ; -DR P32871, PK3CA_BOVIN; P42336, PK3CA_HUMAN; P42337, PK3CA_MOUSE; -DR A0A0G2K344, PK3CA_RAT ; P42338, PK3CB_HUMAN; Q8BTI9, PK3CB_MOUSE; -DR Q9Z1L0, PK3CB_RAT ; P48736, PK3CG_HUMAN; Q9JHG7, PK3CG_MOUSE; -DR O02697, PK3CG_PIG ; P34102, PK3_DICDI ; P34103, PK4_DICDI ; -DR A0A509AMC3, PK4_PLABA ; C6KTB8, PK4_PLAF7 ; O43948, PK4_PLAFA ; -DR P54739, PKAA_STRCO ; P54740, PKAB_STRCO ; P34100, PKD1_DICDI ; -DR Q552E9, PKGA_DICDI ; Q03407, PKH1_YEAST ; Q5A3P6, PKH2_CANAL ; -DR Q12236, PKH2_YEAST ; Q753D9, PKH3_EREGS ; Q03306, PKH3_YEAST ; -DR P37562, PKN1_BACSU ; Q8R9T6, PKN1_CALS4 ; Q822R1, PKN1_CHLCV ; -DR Q9PKP3, PKN1_CHLMU ; Q7AJA5, PKN1_CHLPN ; A0A0H3MBJ2, PKN1_CHLT2 ; -DR P0DPS7, PKN1_CHLTR ; Q8FUI5, PKN1_COREF ; Q8NU98, PKN1_CORGL ; -DR P33973, PKN1_MYXXA ; Q97IC2, PKN2_CLOAB ; Q8XJL8, PKN2_CLOPE ; -DR Q8FUI4, PKN2_COREF ; Q8NU97, PKN2_CORGL ; P54736, PKN2_MYXXA ; -DR Q9XBQ0, PKN3_MYXXA ; P54737, PKN5_MYXXA ; P54738, PKN6_MYXXA ; -DR Q8G4G1, PKNA2_BIFLO; P65727, PKNA_MYCBO ; P54743, PKNA_MYCLE ; -DR A5TY85, PKNA_MYCTA ; P9WI82, PKNA_MYCTO ; P9WI83, PKNA_MYCTU ; -DR P54734, PKNA_NOSS1 ; Q8G6P9, PKNB_BIFLO ; Q9CEF5, PKNB_LACLA ; -DR P0A5S5, PKNB_MYCBO ; P54744, PKNB_MYCLE ; A0QNG1, PKNB_MYCS2 ; -DR A5TY84, PKNB_MYCTA ; P9WI80, PKNB_MYCTO ; P9WI81, PKNB_MYCTU ; -DR Q5L5J7, PKND_CHLAB ; Q822K5, PKND_CHLCV ; Q255D2, PKND_CHLFF ; -DR Q9PK92, PKND_CHLMU ; Q9Z986, PKND_CHLPN ; P0DPS9, PKND_CHLT2 ; -DR Q3KM61, PKND_CHLTA ; B0BBT2, PKND_CHLTB ; P0DPS8, PKND_CHLTR ; -DR P9WI78, PKND_MYCTO ; P9WI79, PKND_MYCTU ; Q6MAN0, PKND_PARUW ; -DR Q7TZN3, PKNE_MYCBO ; A5U3A3, PKNE_MYCTA ; P9WI76, PKNE_MYCTO ; -DR P9WI77, PKNE_MYCTU ; Q7TZN1, PKNF_MYCBO ; A5U3A6, PKNF_MYCTA ; -DR P9WI74, PKNF_MYCTO ; P9WI75, PKNF_MYCTU ; P65729, PKNG_MYCBO ; -DR P57993, PKNG_MYCLE ; A0QQK3, PKNG_MYCS2 ; P9WI72, PKNG_MYCTO ; -DR P9WI73, PKNG_MYCTU ; Q7U095, PKNH_MYCBO ; P9WI70, PKNH_MYCTO ; -DR P9WI71, PKNH_MYCTU ; P65731, PKNI_MYCBO ; P9WI68, PKNI_MYCTO ; -DR P9WI69, PKNI_MYCTU ; P65733, PKNJ_MYCBO ; P9WI66, PKNJ_MYCTO ; -DR P9WI67, PKNJ_MYCTU ; Q7TXA9, PKNK_MYCBO ; P9WI64, PKNK_MYCTO ; -DR P9WI65, PKNK_MYCTU ; Q7TYY6, PKNL_MYCBO ; P9WI62, PKNL_MYCTO ; -DR P9WI63, PKNL_MYCTU ; P47355, PKNS_MYCGE ; P75524, PKNS_MYCPN ; -DR Q9XA16, PKNX_STRCO ; Q01577, PKPA_PHYB8 ; Q9S2C0, PKSC_STRCO ; -DR P49695, PKWA_THECU ; Q8GVC7, PKZ1_PHYIN ; D0N4E2, PKZ1_PHYIT ; -DR P00513, PK_BPT7 ; Q86HN7, PLK_DICDI ; Q20085, PMY11_CAEEL; -DR Q626B1, PMY13_CAEBR; O18209, PMY13_CAEEL; Q9NI63, PMYT1_DROME; -DR Q99640, PMYT1_HUMAN; Q9ESG9, PMYT1_MOUSE; Q91618, PMYT1_XENLA; -DR Q9SPK4, PPCK1_ARATH; Q93VK0, PPCK2_ARATH; O14047, PPK11_SCHPO; -DR Q10078, PPK13_SCHPO; Q09831, PPK14_SCHPO; Q9P6P3, PPK15_SCHPO; -DR Q9URY1, PPK16_SCHPO; Q8TFG6, PPK18_SCHPO; O42900, PPK19_SCHPO; -DR Q9HFF4, PPK1_SCHPO ; Q9Y7J6, PPK21_SCHPO; Q9USX7, PPK22_SCHPO; -DR O60145, PPK23_SCHPO; O94647, PPK24_SCHPO; O59697, PPK25_SCHPO; -DR O74815, PPK27_SCHPO; Q9USS2, PPK29_SCHPO; O43066, PPK30_SCHPO; -DR O94324, PPK31_SCHPO; O74426, PPK33_SCHPO; Q9UU87, PPK34_SCHPO; -DR O94487, PPK35_SCHPO; Q09815, PPK5_SCHPO ; Q9UTH3, PPK6_SCHPO ; -DR Q09792, PPK8_SCHPO ; Q9FF29, PR5K_ARATH ; C0LGU0, PRK1_ARATH ; +DR Q6NTJ3, GWL_XENLA ; B1WAR9, GWL_XENTR ; B0Y8Y4, HAC2_ASPFC ; +DR Q4WW94, HAC2_ASPFU ; O14019, HAL4_SCHPO ; P25333, HAL4_YEAST ; +DR Q6FQH2, HAL5_CANGA ; Q757X8, HAL5_EREGS ; Q6CXN5, HAL5_KLULA ; +DR A7TGR2, HAL5_VANPO ; A6ZQG7, HAL5_YEAS7 ; P38970, HAL5_YEAST ; +DR Q8GRU6, HAR1_LOTJA ; O80528, HASP_ARATH ; Q2KIP2, HASP_BOVIN ; +DR P83103, HASP_DROME ; Q8TF76, HASP_HUMAN ; Q9Z0R0, HASP_MOUSE ; +DR O13924, HASP_SCHPO ; Q852L0, HD16N_ORYSJ; Q9AR27, HD6_ORYSI ; +DR B6F107, HD6_ORYSJ ; P40235, HHP1_SCHPO ; P40236, HHP2_SCHPO ; +DR Q8FHF4, HIPA_ECOL6 ; P23874, HIPA_ECOLI ; Q8EIX3, HIPA_SHEON ; +DR Q86Z02, HIPK1_HUMAN; O88904, HIPK1_MOUSE; A4L9P5, HIPK1_RAT ; +DR Q9H2X6, HIPK2_HUMAN; Q9WUM7, HIPK2_MESAU; Q9QZR5, HIPK2_MOUSE; +DR Q9H422, HIPK3_HUMAN; Q9ERH7, HIPK3_MOUSE; O88850, HIPK3_RAT ; +DR Q8NE63, HIPK4_HUMAN; Q8WP28, HIPK4_MACFA; Q3V016, HIPK4_MOUSE; +DR Q4V793, HIPK4_RAT ; Q8MQ70, HIPK_CAEEL ; Q8T0S6, HIPPO_DROME; +DR Q8GZ99, HPCA1_ARATH; Q08732, HRK1_YEAST ; P29295, HRR25_YEAST; +DR P50582, HSK1_SCHPO ; Q9SGP2, HSL1_ARATH ; Q5AG71, HSL1_CANAL ; +DR P34244, HSL1_YEAST ; C0LGX3, HSL2_ARATH ; Q2MHE4, HT1_ARATH ; +DR Q5XHI9, HUNKA_XENLA; Q6VZ17, HUNKB_XENLA; P57058, HUNK_HUMAN ; +DR O88866, HUNK_MOUSE ; Q68UT7, HUNK_PANTR ; B1WAS2, HUNK_XENTR ; +DR Q558U1, IFKA_DICDI ; Q550L8, IFKB_DICDI ; Q75JN1, IFKC_DICDI ; +DR Q95KV0, IKKB_BOVIN ; O14920, IKKB_HUMAN ; O88351, IKKB_MOUSE ; +DR Q9QY78, IKKB_RAT ; P32742, IKKE1_CAEEL; P47042, IKS1_YEAST ; +DR Q54RJ4, IKSA_DICDI ; Q9LJM4, IKU2_ARATH ; F4IS56, ILK1_ARATH ; +DR Q3SWY2, ILK_BOVIN ; P57044, ILK_CAVPO ; Q9DF58, ILK_CHICK ; +DR Q13418, ILK_HUMAN ; O55222, ILK_MOUSE ; Q5R5V4, ILK_PONAB ; +DR Q99J82, ILK_RAT ; P32581, IME2_YEAST ; C0LGP9, IMK3_ARATH ; +DR Q59S66, IPL1_CANAL ; Q6FV07, IPL1_CANGA ; Q6BVA0, IPL1_DEBHA ; +DR Q8SRL5, IPL1_ENCCU ; Q755C4, IPL1_EREGS ; Q6CWQ4, IPL1_KLULA ; +DR Q6C3J2, IPL1_YARLI ; P38991, IPL1_YEAST ; Q2LGB3, IRAK1_BOVIN; +DR P51617, IRAK1_HUMAN; Q62406, IRAK1_MOUSE; Q1RMT8, IRAK4_BOVIN; +DR Q9NWZ3, IRAK4_HUMAN; Q8R4K2, IRAK4_MOUSE; Q9C5S2, IRE1A_ARATH; +DR Q93VJ2, IRE1B_ARATH; Q09499, IRE1_CAEEL ; Q7XIT1, IRE1_ORYSJ ; +DR O94537, IRE1_SCHPO ; P32361, IRE1_YEAST ; F4HYG2, IRE3_ARATH ; +DR F4HPN2, IRE4_ARATH ; Q4WKP8, IREA_ASPFU ; Q55GJ2, IREA_DICDI ; +DR F4J6F6, IREH1_ARATH; Q9LE81, IRE_ARATH ; Q9LY03, IRK_ARATH ; +DR Q559A2, IRLA_DICDI ; Q557G1, IRLB_DICDI ; Q55DJ8, IRLC_DICDI ; +DR Q55DJ9, IRLD_DICDI ; Q54IE8, IRLE_DICDI ; Q556Q3, IRLF_DICDI ; +DR Q758T2, ISR1_EREGS ; Q06098, ISR1_YEAST ; Q9V3I5, JIL1_DROME ; +DR P36174, KAE1B_HALMA; Q9HNL6, KAE1B_HALSA; Q18KI0, KAE1B_HALWD; +DR Q8TJS2, KAE1B_METAC; Q46FS9, KAE1B_METBF; Q2FS43, KAE1B_METHJ; +DR Q58530, KAE1B_METJA; A2SR70, KAE1B_METLZ; A4FZ86, KAE1B_METM5; +DR A9A6L6, KAE1B_METM6; A6VJ51, KAE1B_METM7; Q8PZ92, KAE1B_METMA; +DR A3CXS0, KAE1B_METMJ; Q6M056, KAE1B_METMP; A5UMH5, KAE1B_METS3; +DR Q2NIA4, KAE1B_METST; O27476, KAE1B_METTH; A6US28, KAE1B_METVS; +DR Q3IMN2, KAE1B_NATPD; Q6L243, KAE1B_PICTO; Q9HLA5, KAE1B_THEAC; +DR Q978W6, KAE1B_THEVO; P74646, KAIC1_SYNY3; P73860, KAIC2_SYNY3; +DR P74503, KAIC3_SYNY3; Q6L8L1, KAIC_ACAM1 ; Q8YT40, KAIC_NOSS1 ; +DR Q7U8R3, KAIC_PARMW ; Q6L8L5, KAIC_PICP2 ; Q7VAN5, KAIC_PROMA ; +DR Q7V5W7, KAIC_PROMM ; Q7V0C4, KAIC_PROMP ; Q8VL13, KAIC_RIPO1 ; +DR Q79PF4, KAIC_SYNE7 ; Q8GGL1, KAIC_THELV ; Q79V60, KAIC_THEVB ; +DR Q6L8J9, KAIC_THEVL ; O60229, KALRN_HUMAN; A2CG49, KALRN_MOUSE; +DR P97924, KALRN_RAT ; P16911, KAPC2_DROME; P16912, KAPC3_DROME; +DR P21901, KAPL_APLCA ; Q8SS96, KC11_ENCCU ; P23291, KC11_YEAST ; +DR Q8SQR2, KC12_ENCCU ; P23292, KC12_YEAST ; P39962, KC13_YEAST ; +DR Q8N752, KC1AL_HUMAN; P67827, KC1A_BOVIN ; P42168, KC1A_CAEEL ; +DR P67962, KC1A_CHICK ; P54367, KC1A_DROME ; P48729, KC1A_HUMAN ; +DR Q8BK63, KC1A_MOUSE ; O19175, KC1A_PIG ; P67828, KC1A_RABIT ; +DR P97633, KC1A_RAT ; P67829, KC1A_SHEEP ; P67963, KC1A_XENLA ; +DR P35507, KC1B_BOVIN ; Q7T2E3, KC1DA_DANRE; Q6P3K7, KC1DB_DANRE; +DR P35508, KC1D_BOVIN ; P48730, KC1D_HUMAN ; Q9DC28, KC1D_MOUSE ; +DR Q5RC72, KC1D_PONAB ; P81123, KC1D_RABIT ; Q06486, KC1D_RAT ; +DR Q5BP74, KC1D_XENLA ; Q6P647, KC1D_XENTR ; Q5ZLL1, KC1E_CHICK ; +DR P49674, KC1E_HUMAN ; Q9JMK2, KC1E_MOUSE ; A7E3X2, KC1G1_BOVIN; +DR Q5ZJS0, KC1G1_CHICK; Q5PRD4, KC1G1_DANRE; Q9HCP0, KC1G1_HUMAN; +DR Q4R9A9, KC1G1_MACFA; Q8BTH8, KC1G1_MOUSE; Q62761, KC1G1_RAT ; +DR Q6NRT0, KC1G1_XENLA; P78368, KC1G2_HUMAN; Q8BVP5, KC1G2_MOUSE; +DR Q62762, KC1G2_RAT ; P35509, KC1G3_BOVIN; Q9Y6M4, KC1G3_HUMAN; +DR Q8C4X2, KC1G3_MOUSE; Q5R4V3, KC1G3_PONAB; Q62763, KC1G3_RAT ; +DR Q8WQ99, KC1G_CAEEL ; Q556Y4, KC1_DICDI ; Q6QNL9, KC1_EIMTE ; +DR O15726, KC1_PLAF4 ; Q8IHZ9, KC1_PLAF7 ; Q7RBX5, KC1_PLAYO ; +DR Q6QNM1, KC1_TOXGO ; P25389, KCC4_YEAST ; P36005, KDX1_YEAST ; +DR Q9FY48, KEG_ARATH ; P38692, KIC1_YEAST ; Q38997, KIN10_ARATH; +DR P92958, KIN11_ARATH; Q9FLZ3, KIN12_ARATH; Q8SW31, KIN1_ENCCU ; +DR B7XHR6, KIN1_ENTBH ; P22987, KIN1_SCHPO ; P13185, KIN1_YEAST ; +DR Q20471, KIN20_CAEEL; A8WRV1, KIN29_CAEBR; Q21017, KIN29_CAEEL; +DR P13186, KIN2_YEAST ; P22209, KIN3_YEAST ; Q01919, KIN4_YEAST ; +DR P25341, KIN82_YEAST; Q23915, KINX_DICDI ; Q54H05, KINY_DICDI ; +DR Q9LFA2, KIPK1_ARATH; Q9SJM3, KIPK2_ARATH; O74526, KJ45_SCHPO ; +DR Q6FJ85, KKQ8_CANGA ; A6ZZF6, KKQ8_YEAS7 ; P36004, KKQ8_YEAST ; +DR Q8RWX4, KOC1_ARATH ; Q05652, KPEL_DROME ; P42818, KPK1_ARATH ; +DR P15792, KPK1_PHAVU ; Q39030, KPK2_ARATH ; Q02595, KPK2_PLAFK ; +DR P17801, KPRO_MAIZE ; Q0V7M1, KPSH1_BOVIN; Q501V0, KPSH1_DANRE; +DR P11801, KPSH1_HUMAN; Q91YA2, KPSH1_MOUSE; Q4KTY1, KPSH1_PINFU; +DR P11979, KPYM_FELCA ; P14618, KPYM_HUMAN ; P52480, KPYM_MOUSE ; +DR P11974, KPYM_RABIT ; P11980, KPYM_RAT ; P15443, KR14_ICHVA ; +DR Q00097, KR15_ICHVA ; Q00098, KR16_ICHVA ; P32516, KR1_EHV1K ; +DR P17613, KR1_SUHVK ; P0C6Z8, KR2_EBVA8 ; P13288, KR2_EBVB9 ; +DR P0C731, KR2_EBVG ; Q00094, KR73_ICHVA ; Q00095, KR74_ICHVA ; +DR P54644, KRAC_DICDI ; Q61UC4, KRAF1_CAEBR; Q07292, KRAF1_CAEEL; +DR P11346, KRAF1_DROME; Q21734, KS6A1_CAEEL; Q15418, KS6A1_HUMAN; +DR P18653, KS6A1_MOUSE; Q63531, KS6A1_RAT ; Q18846, KS6A2_CAEEL; +DR Q15349, KS6A2_HUMAN; Q9WUT3, KS6A2_MOUSE; P51812, KS6A3_HUMAN; +DR P18654, KS6A3_MOUSE; O75676, KS6A4_HUMAN; Q9Z2B9, KS6A4_MOUSE; +DR Q5F3L1, KS6A5_CHICK; O75582, KS6A5_HUMAN; Q8C050, KS6A5_MOUSE; +DR Q5R4K3, KS6A5_PONAB; Q6PFQ0, KS6A6_DANRE; Q9UK32, KS6A6_HUMAN; +DR Q7TPS0, KS6A6_MOUSE; P18652, KS6AA_CHICK; P10665, KS6AA_XENLA; +DR P10666, KS6AB_XENLA; Q6TJY3, KS6B1_BOVIN; P23443, KS6B1_HUMAN; +DR Q8BSK8, KS6B1_MOUSE; P67998, KS6B1_RABIT; P67999, KS6B1_RAT ; +DR Q9UBS0, KS6B2_HUMAN; Q9Z1M4, KS6B2_MOUSE; Q9NAH6, KS6B_CAEEL ; +DR Q96S38, KS6C1_HUMAN; Q8BLK9, KS6C1_MOUSE; Q96LW2, KS6R_HUMAN ; +DR Q5SYL1, KS6R_MOUSE ; Q39019, KSG10_ARATH; P43288, KSG1_ARATH ; +DR Q12701, KSG1_SCHPO ; O23145, KSG2_ARATH ; P43289, KSG3_ARATH ; +DR Q9FVS6, KSG4_ARATH ; Q8VZD5, KSG5_ARATH ; Q39010, KSG6_ARATH ; +DR Q39011, KSG7_ARATH ; Q96287, KSG8_ARATH ; Q39012, KSG9_ARATH ; +DR O04160, KSGT_BRANA ; O14328, KSP1_SCHPO ; P38691, KSP1_YEAST ; +DR Q8IVT5, KSR1_HUMAN ; Q61097, KSR1_MOUSE ; Q6VAB6, KSR2_HUMAN ; +DR Q3UVC0, KSR2_MOUSE ; G5EFD2, KSRA_CAEEL ; Q54GY6, KXCA_DICDI ; +DR Q54C71, KXCB_DICDI ; O95835, LATS1_HUMAN; Q8BYR2, LATS1_MOUSE; +DR Q9NRM7, LATS2_HUMAN; Q7TSJ6, LATS2_MOUSE; A0A075F7E9, LERK1_ORYSI; +DR Q7FAZ3, LERK1_ORYSJ; A2XQD3, LERK2_ORYSI; Q7FAZ2, LERK2_ORYSJ; +DR Q25AG3, LERK3_ORYSI; Q0JEU6, LERK3_ORYSJ; Q25AG2, LERK4_ORYSI; +DR Q7FAZ0, LERK4_ORYSJ; Q8QFP8, LIMK1_CHICK; Q8IR79, LIMK1_DROME; +DR P53667, LIMK1_HUMAN; P53668, LIMK1_MOUSE; P53669, LIMK1_RAT ; +DR O42565, LIMK1_XENLA; Q32L23, LIMK2_BOVIN; P53666, LIMK2_CHICK; +DR P53671, LIMK2_HUMAN; O54785, LIMK2_MOUSE; P53670, LIMK2_RAT ; +DR Q54L00, LIMKA_DICDI; P0CD62, LIMKB_DICDI; Q3E884, LK110_ARATH; +DR Q9FJI4, LK111_ARATH; Q6ZMQ8, LMTK1_HUMAN; Q80YE4, LMTK1_MOUSE; +DR Q8IWU2, LMTK2_HUMAN; Q3TYD6, LMTK2_MOUSE; Q96Q04, LMTK3_HUMAN; +DR Q5XJV6, LMTK3_MOUSE; O61267, LOK_DROME ; P93604, LRK10_WHEAT; +DR Q9M3E5, LRK11_ARATH; Q7FK82, LRK12_ARATH; Q9M3D8, LRK13_ARATH; +DR Q9M3D7, LRK14_ARATH; Q9M1G4, LRK15_ARATH; Q9M1G3, LRK16_ARATH; +DR Q9LSS0, LRK17_ARATH; Q9LSR9, LRK18_ARATH; Q9LSR8, LRK19_ARATH; +DR Q9TZM3, LRK1_CAEEL ; Q9FIF1, LRK21_ARATH; Q9FIF0, LRK22_ARATH; +DR O80939, LRK41_ARATH; Q9M345, LRK42_ARATH; O81292, LRK43_ARATH; +DR O81291, LRK44_ARATH; O04534, LRK51_ARATH; O04533, LRK52_ARATH; +DR O22834, LRK53_ARATH; O22833, LRK54_ARATH; Q96285, LRK55_ARATH; +DR Q9LEA3, LRK56_ARATH; Q9ZR79, LRK57_ARATH; Q9M1Z9, LRK58_ARATH; +DR Q9SZD5, LRK59_ARATH; Q9SR87, LRK61_ARATH; Q9M021, LRK62_ARATH; +DR Q9M020, LRK63_ARATH; Q66GN2, LRK64_ARATH; Q9S9U1, LRK71_ARATH; +DR O49445, LRK72_ARATH; Q9LFH9, LRK81_ARATH; Q9LYX1, LRK82_ARATH; +DR Q9LXA5, LRK91_ARATH; Q9LSL5, LRK92_ARATH; Q9M9E0, LRKS1_ARATH; +DR O48837, LRKS2_ARATH; Q9STF0, LRKS3_ARATH; Q9M2S4, LRKS4_ARATH; +DR Q9FG33, LRKS5_ARATH; Q9FHX3, LRKS6_ARATH; Q9FHG4, LRKS7_ARATH; +DR Q9C6K9, LRL11_ARATH; P0C5E2, LRL12_ARATH; Q8VYG0, LRL13_ARATH; +DR F4HQ17, LRL14_ARATH; F4I3V3, LRL15_ARATH; Q9FF31, LRL21_ARATH; +DR F4KA50, LRL22_ARATH; F4KA51, LRL23_ARATH; F4HQ22, LRL24_ARATH; +DR F4HQ20, LRL25_ARATH; D7SFH9, LRL26_ARATH; F4HQ23, LRL27_ARATH; +DR Q3ECH2, LRL28_ARATH; Q38SD2, LRRK1_HUMAN; Q3UHC2, LRRK1_MOUSE; +DR Q5S007, LRRK2_HUMAN; Q5S006, LRRK2_MOUSE; A0A0P0VIP0, LRSK7_ORYSJ; +DR Q6UD73, LYK3_MEDTR ; O64825, LYK4_ARATH ; Q56UN5, M3K19_HUMAN; +DR E9Q3S4, M3K19_MOUSE; Q9LJD8, M3KE1_ARATH; A0A078CGE6, M3KE1_BRANA; +DR Q9SFB6, M3KE2_ARATH; Q92918, M4K1_HUMAN ; P70218, M4K1_MOUSE ; +DR Q12851, M4K2_HUMAN ; Q61161, M4K2_MOUSE ; Q8IVH8, M4K3_HUMAN ; +DR Q99JP0, M4K3_MOUSE ; Q924I2, M4K3_RAT ; O95819, M4K4_HUMAN ; +DR P97820, M4K4_MOUSE ; Q9Y4K4, M4K5_HUMAN ; Q8BPM2, M4K5_MOUSE ; +DR Q21360, MAK1_CAEEL ; Q965G5, MAK2_CAEEL ; P20794, MAK_HUMAN ; +DR Q04859, MAK_MOUSE ; P20793, MAK_RAT ; P49136, MAPK2_CRILO; +DR P49071, MAPK2_DROME; P49137, MAPK2_HUMAN; P49138, MAPK2_MOUSE; +DR P49139, MAPK2_RABIT; Q3SYZ2, MAPK3_BOVIN; Q16644, MAPK3_HUMAN; +DR Q3UMW7, MAPK3_MOUSE; Q66H84, MAPK3_RAT ; Q8IW41, MAPK5_HUMAN; +DR O54992, MAPK5_MOUSE; Q9P0L2, MARK1_HUMAN; Q8VHJ5, MARK1_MOUSE; +DR O08678, MARK1_RAT ; Q7KZI7, MARK2_HUMAN; Q05512, MARK2_MOUSE; +DR O08679, MARK2_RAT ; P27448, MARK3_HUMAN; Q03141, MARK3_MOUSE; +DR Q8VHF0, MARK3_RAT ; Q96L34, MARK4_HUMAN; Q8CIP4, MARK4_MOUSE; +DR Q9Y2H9, MAST1_HUMAN; Q9R1L5, MAST1_MOUSE; Q810W7, MAST1_RAT ; +DR Q6P0Q8, MAST2_HUMAN; Q60592, MAST2_MOUSE; O60307, MAST3_HUMAN; +DR Q3U214, MAST3_MOUSE; Q6AX33, MAST3_XENLA; O15021, MAST4_HUMAN; +DR Q811L6, MAST4_MOUSE; G5EGQ3, MAX2_CAEEL ; O43077, MDE3_SCHPO ; +DR C0LGU7, MDIS1_ARATH; C0LGQ4, MDIS2_ARATH; C0LGP2, MEE39_ARATH; +DR Q10292, MEK1_SCHPO ; P24719, MEK1_YEAST ; U4PR86, MELK_CAEEL ; +DR F1QGZ6, MELK_DANRE ; Q14680, MELK_HUMAN ; Q61846, MELK_MOUSE ; +DR Q91821, MELK_XENLA ; Q28GW8, MELK_XENTR ; Q23356, MIG15_CAEEL; +DR Q9M0G7, MIK1_ARATH ; P30290, MIK1_SCHPO ; Q8VZG8, MIK2_ARATH ; +DR P00531, MIL_AVIMH ; Q8N4C8, MINK1_HUMAN; Q9JM52, MINK1_MOUSE; +DR F1LP90, MINK1_RAT ; Q54MY9, MKCA_DICDI ; Q9NGW9, MKCB_DICDI ; +DR Q54JQ1, MKCC_DICDI ; Q8SSV3, MKCD_DICDI ; Q54TN4, MKCE_DICDI ; +DR Q55CE0, MKCF_DICDI ; Q58D94, MKNK1_BOVIN; Q9BUB5, MKNK1_HUMAN; +DR O08605, MKNK1_MOUSE; Q4G050, MKNK1_RAT ; Q9YGW0, MKNK1_XENLA; +DR Q66JF3, MKNK1_XENTR; Q9HBH9, MKNK2_HUMAN; Q8CDB0, MKNK2_MOUSE; +DR Q5U2N4, MKNK2_RAT ; Q6P431, MKNK2_XENLA; Q66I46, MKNK2_XENTR; +DR Q8I113, MNK_CAEEL ; P87347, MOS_APTAU ; Q8QHF0, MOS_ATHNI ; +DR Q8AX02, MOS_ATHSQ ; P10741, MOS_CHICK ; P10650, MOS_CHLAE ; +DR Q90XV8, MOS_CICNG ; Q8AX01, MOS_DENAN ; Q90XV6, MOS_GYMCA ; +DR P00540, MOS_HUMAN ; P00536, MOS_MOUSE ; P07331, MOS_MSVMH ; +DR P00537, MOS_MSVMM ; P00538, MOS_MSVMO ; P32593, MOS_MSVMT ; +DR P10421, MOS_MSVTS ; Q90XV9, MOS_NYCNY ; Q9GRC0, MOS_PATPE ; +DR P50118, MOS_PIG ; P00539, MOS_RAT ; Q8AX00, MOS_SIBNE ; +DR Q90XV7, MOS_VULGR ; P12965, MOS_XENLA ; Q54UL8, MPS1_DICDI ; +DR Q5VT25, MRCKA_HUMAN; Q3UU96, MRCKA_MOUSE; O54874, MRCKA_RAT ; +DR Q9Y5S2, MRCKB_HUMAN; Q7TT50, MRCKB_MOUSE; Q7TT49, MRCKB_RAT ; +DR Q6DT37, MRCKG_HUMAN; Q80UW5, MRCKG_MOUSE; O01583, MRCK_CAEEL ; +DR Q8SRI3, MRK1_ENCCU ; P50873, MRK1_YEAST ; Q54DF2, MRKA_DICDI ; +DR Q54MV2, MRKB_DICDI ; Q54TA3, MRKC_DICDI ; P51137, MSK1_MEDSA ; +DR Q40518, MSK1_TOBAC ; P51138, MSK2_MEDSA ; P51139, MSK3_MEDSA ; +DR Q7F8Q9, MSL1_ORYSJ ; Q8RZV7, MSP1_ORYSJ ; P9WLZ6, MTDRP_MYCTO; +DR P9WLZ7, MTDRP_MYCTU; P42345, MTOR_HUMAN ; Q9JLN9, MTOR_MOUSE ; +DR P42346, MTOR_RAT ; Q9P7Q6, MUG51_SCHPO; Q86YV6, MYLK4_HUMAN; +DR Q5SUV5, MYLK4_MOUSE; Q8NEV4, MYO3A_HUMAN; Q8K3H5, MYO3A_MOUSE; +DR Q8WXR4, MYO3B_HUMAN; Q1EG27, MYO3B_MOUSE; O75011, NAK1_SCHPO ; +DR Q8VYY5, NCRK_ARATH ; Q54Y26, NDRA_DICDI ; Q54IH8, NDRB_DICDI ; +DR Q54P47, NDRC_DICDI ; Q54HD2, NDRD_DICDI ; Q6ZWH5, NEK10_HUMAN; +DR Q3UGM2, NEK10_MOUSE; Q8NG66, NEK11_HUMAN; Q8WNU8, NEK11_MACFA; +DR Q8C0Q4, NEK11_MOUSE; Q9SLI2, NEK1_ARATH ; Q54QD5, NEK1_DICDI ; +DR Q96PY6, NEK1_HUMAN ; P51954, NEK1_MOUSE ; Q10GB1, NEK1_ORYSJ ; +DR Q9CAU7, NEK2_ARATH ; Q55BN8, NEK2_DICDI ; P51955, NEK2_HUMAN ; +DR O35942, NEK2_MOUSE ; A2ZMH2, NEK2_ORYSI ; Q2QMH1, NEK2_ORYSJ ; +DR Q8RX66, NEK3_ARATH ; Q86I06, NEK3_DICDI ; P51956, NEK3_HUMAN ; +DR Q9R0A5, NEK3_MOUSE ; Q6ZEZ5, NEK3_ORYSJ ; Q8RXT4, NEK4_ARATH ; +DR P51957, NEK4_HUMAN ; Q9Z1J2, NEK4_MOUSE ; Q60DG4, NEK4_ORYSJ ; +DR Q0WPH8, NEK5_ARATH ; Q6P3R8, NEK5_HUMAN ; Q7TSC3, NEK5_MOUSE ; +DR Q94CU5, NEK5_ORYSJ ; Q90XC2, NEK8_DANRE ; Q86SG6, NEK8_HUMAN ; +DR Q91ZR4, NEK8_MOUSE ; D3ZGQ5, NEK8_RAT ; Q8TD19, NEK9_HUMAN ; +DR Q8K1R7, NEK9_MOUSE ; Q7ZZC8, NEK9_XENLA ; O01775, NEKL2_CAEEL; +DR P84199, NEKL4_CAEEL; Q7KRY6, NHK1_DROME ; Q9LFS4, NIK1_ARATH ; +DR Q8RY65, NIK2_ARATH ; Q93ZS4, NIK3_ARATH ; Q8IY84, NIM1_HUMAN ; +DR Q8BHI9, NIM1_MOUSE ; P48479, NIM1_NEUCR ; P11837, NIMA_EMENI ; +DR P10676, NINAC_DROME; P36003, NNK1_YEAST ; Q8L4H4, NORK_MEDTR ; +DR Q8LKZ1, NORK_PEA ; P22211, NPR1_YEAST ; O42626, NRC2_NEUCR ; +DR Q08942, NRKA_TRYBB ; Q03428, NRKB_TRYBB ; Q7Z2Y5, NRK_HUMAN ; +DR Q9R0G8, NRK_MOUSE ; O60285, NUAK1_HUMAN; Q641K5, NUAK1_MOUSE; +DR Q9H093, NUAK2_HUMAN; Q8BZN4, NUAK2_MOUSE; Q5R7G9, NUAK2_PONAB; +DR Q66HE5, NUAK2_RAT ; Q5VST9, OBSCN_HUMAN; A2AAJ9, OBSCN_MOUSE; +DR O59763, OCA2_SCHPO ; O13310, ORB6_SCHPO ; Q852Q2, OSK1_ORYSJ ; +DR A2XFF4, OSK3_ORYSI ; Q852Q0, OSK3_ORYSJ ; B8BBT7, OSK4_ORYSI ; +DR Q852Q1, OSK4_ORYSJ ; Q9LSF1, OXI1_ARATH ; O95747, OXSR1_HUMAN; +DR Q6P9R2, OXSR1_MOUSE; Q863I2, OXSR1_PIG ; Q5R495, OXSR1_PONAB; +DR A0A8I5ZNK2, OXSR1_RAT ; Q5JJY4, P2C04_ORYSJ; Q940A2, P2C31_ARATH; +DR Q08E52, PAK1_BOVIN ; Q13153, PAK1_HUMAN ; O88643, PAK1_MOUSE ; +DR P35465, PAK1_RAT ; Q13177, PAK2_HUMAN ; Q8CIN4, PAK2_MOUSE ; +DR Q29502, PAK2_RABIT ; Q64303, PAK2_RAT ; O75914, PAK3_HUMAN ; +DR Q61036, PAK3_MOUSE ; Q7YQL4, PAK3_PANTR ; Q7YQL3, PAK3_PONPY ; +DR Q62829, PAK3_RAT ; Q8AXB4, PAK3_XENLA ; O96013, PAK4_HUMAN ; +DR Q8BTW9, PAK4_MOUSE ; Q9P286, PAK5_HUMAN ; Q8C015, PAK5_MOUSE ; +DR D4A280, PAK5_RAT ; Q9NQU5, PAK6_HUMAN ; Q3ULB5, PAK6_MOUSE ; +DR Q5R8Z4, PAK6_PONAB ; Q55D99, PAKA_DICDI ; Q869N2, PAKB_DICDI ; +DR Q55GV3, PAKC_DICDI ; Q55DD4, PAKD_DICDI ; Q54B33, PAKE_DICDI ; +DR Q869T7, PAKF_DICDI ; Q54RV3, PAKG_DICDI ; Q556S2, PAKH_DICDI ; +DR Q9VXE5, PAKM_DROME ; Q9VI13, PAK_DROME ; C0LGW2, PAM74_ARATH; +DR A8WYE4, PAR1_CAEBR ; Q9TW45, PAR1_CAEEL ; A8X0C4, PAR4_CAEBR ; +DR Q9GN62, PAR4_CAEEL ; Q96RG2, PASK_HUMAN ; Q8CEE6, PASK_MOUSE ; +DR Q55E58, PATS1_DICDI; P46573, PBL10_ARATH; P43293, PBL11_ARATH; +DR O64842, PBL12_ARATH; F4JZW1, PBL13_ARATH; Q9SY91, PBL15_ARATH; +DR Q9FM85, PBL16_ARATH; Q8H1E3, PBL17_ARATH; Q5XF79, PBL18_ARATH; +DR Q9LTC0, PBL19_ARATH; Q8H186, PBL1_ARATH ; F4JPX3, PBL20_ARATH; +DR Q9LDZ5, PBL21_ARATH; Q9SFX0, PBL22_ARATH; F4JEQ2, PBL23_ARATH; +DR Q1PE89, PBL24_ARATH; Q9LRY1, PBL25_ARATH; Q9SFT7, PBL26_ARATH; +DR Q1PDV6, PBL27_ARATH; Q84M95, PBL28_ARATH; O49839, PBL2_ARATH ; +DR Q9LFP7, PBL34_ARATH; Q9SRH7, PBL35_ARATH; F4J0D2, PBL36_ARATH; +DR O49840, PBL3_ARATH ; Q5PP29, PBL4_ARATH ; Q9LQQ8, PBL5_ARATH ; +DR Q9SIB6, PBL6_ARATH ; Q0WRY5, PBL7_ARATH ; Q8GXZ3, PBL8_ARATH ; +DR Q06548, PBL9_ARATH ; Q9FE20, PBS1_ARATH ; Q9SF86, PCRK1_ARATH; +DR Q9LZF8, PCRK2_ARATH; Q6NU47, PDK1A_XENLA; Q6NU98, PDK1B_XENLA; +DR Q32PP3, PDK1L_DANRE; Q8N165, PDK1L_HUMAN; Q8QZR7, PDK1L_MOUSE; +DR Q5RER6, PDK1L_PONAB; J9VH94, PDK1_CRYNH ; Q9XF67, PDPK1_ARATH; +DR Q9Y1J3, PDPK1_CAEEL; Q9W0V1, PDPK1_DROME; O15530, PDPK1_HUMAN; +DR Q9Z2A0, PDPK1_MOUSE; O55173, PDPK1_RAT ; Q4V3C8, PDPK2_ARATH; +DR Q6A1A2, PDPK2_HUMAN; Q54TW2, PDPKA_DICDI; Q54PK9, PDPKB_DICDI; +DR Q9C660, PEK10_ARATH; Q9SGY7, PEK11_ARATH; Q9ZUE0, PEK12_ARATH; +DR Q9CAL8, PEK13_ARATH; O65530, PEK14_ARATH; Q9C821, PEK15_ARATH; +DR Q9SSL9, PEPR1_ARATH; Q9FZ59, PEPR2_ARATH; Q9LV48, PERK1_ARATH; +DR Q9LK03, PERK2_ARATH; Q1PEM5, PERK3_ARATH; Q9ZNQ8, PERK4_ARATH; +DR Q8GX23, PERK5_ARATH; Q9LS95, PERK6_ARATH; Q9XI96, PERK7_ARATH; +DR Q9FFW5, PERK8_ARATH; Q9SX31, PERK9_ARATH; A0A7H0DNE9, PG187_MONPV; +DR O57252, PG187_VACCA; P20505, PG187_VACCC; P16913, PG187_VACCW; +DR P33800, PG187_VAR67; Q54QQ1, PHG2_DICDI ; Q16816, PHKG1_HUMAN; +DR P07934, PHKG1_MOUSE; P00518, PHKG1_RABIT; P13286, PHKG1_RAT ; +DR O48963, PHOT1_ARATH; P93025, PHOT2_ARATH; Q9ST27, PHOT2_ORYSJ; +DR Q8LPD9, PHOT_CHLRE ; Q2QYY8, PHT1A_ORYSJ; Q2RBR1, PHT1B_ORYSJ; +DR P25848, PHY1_CERPU ; Q99570, PI3R4_HUMAN; Q8VD65, PI3R4_MOUSE; +DR Q5R9I3, PI3R4_PONAB; P0C0R5, PI3R4_RAT ; Q64FQ2, PID2_ARATH ; +DR Q94E49, PID2_ORYSJ ; O64682, PID_ARATH ; Q2QM77, PID_ORYSJ ; +DR G5ECP4, PIK1_CAEEL ; Q9N0P9, PIM1_BOVIN ; Q95LJ0, PIM1_FELCA ; +DR P11309, PIM1_HUMAN ; P06803, PIM1_MOUSE ; P26794, PIM1_RAT ; +DR Q9YHZ5, PIM2_DANRE ; Q9P1W9, PIM2_HUMAN ; Q62070, PIM2_MOUSE ; +DR Q9PU85, PIM3_COTJA ; Q86V86, PIM3_HUMAN ; P58750, PIM3_MOUSE ; +DR O70444, PIM3_RAT ; Q91822, PIM3_XENLA ; Q09298, PINK1_CAEEL; +DR Q0KHV6, PINK1_DROME; Q9BXM7, PINK1_HUMAN; Q99MQ3, PINK1_MOUSE; +DR E0W1I1, PINK1_PEDHC; B5DFG1, PINK1_RAT ; D6WMX4, PINK1_TRICA; +DR O14132, PIT1_SCHPO ; Q9SII6, PIX13_ARATH; P85193, PK01_HELAN ; +DR P42493, PK1_ASFB7 ; P0C8F4, PK1_ASFK5 ; P34206, PK1_ASFM2 ; +DR P0C8F2, PK1_ASFP4 ; P0C8F3, PK1_ASFWA ; Q17850, PK1_CAEEL ; +DR P41415, PK1_NPVAC ; P41719, PK1_NPVHZ ; P41720, PK1_NPVLD ; +DR O10269, PK1_NPVOP ; Q9KIG4, PK1_STRTO ; G5EFU0, PK2_CAEEL ; +DR P28178, PK2_DICDI ; P41676, PK2_NPVAC ; P32871, PK3CA_BOVIN; +DR P42336, PK3CA_HUMAN; P42337, PK3CA_MOUSE; A0A0G2K344, PK3CA_RAT ; +DR P42338, PK3CB_HUMAN; Q8BTI9, PK3CB_MOUSE; Q9Z1L0, PK3CB_RAT ; +DR P48736, PK3CG_HUMAN; Q9JHG7, PK3CG_MOUSE; O02697, PK3CG_PIG ; +DR P34102, PK3_DICDI ; P34103, PK4_DICDI ; A0A509AMC3, PK4_PLABA ; +DR C6KTB8, PK4_PLAF7 ; O43948, PK4_PLAFA ; P54739, PKAA_STRCO ; +DR P54740, PKAB_STRCO ; P34100, PKD1_DICDI ; Q552E9, PKGA_DICDI ; +DR Q03407, PKH1_YEAST ; Q5A3P6, PKH2_CANAL ; Q12236, PKH2_YEAST ; +DR Q753D9, PKH3_EREGS ; Q03306, PKH3_YEAST ; P37562, PKN1_BACSU ; +DR Q8R9T6, PKN1_CALS4 ; Q822R1, PKN1_CHLCV ; Q9PKP3, PKN1_CHLMU ; +DR Q7AJA5, PKN1_CHLPN ; A0A0H3MBJ2, PKN1_CHLT2 ; P0DPS7, PKN1_CHLTR ; +DR Q8FUI5, PKN1_COREF ; Q8NU98, PKN1_CORGL ; P33973, PKN1_MYXXA ; +DR Q97IC2, PKN2_CLOAB ; Q8XJL8, PKN2_CLOPE ; Q8FUI4, PKN2_COREF ; +DR Q8NU97, PKN2_CORGL ; P54736, PKN2_MYXXA ; Q9XBQ0, PKN3_MYXXA ; +DR P54737, PKN5_MYXXA ; P54738, PKN6_MYXXA ; Q8G4G1, PKNA2_BIFLO; +DR P65727, PKNA_MYCBO ; P54743, PKNA_MYCLE ; A5TY85, PKNA_MYCTA ; +DR P9WI82, PKNA_MYCTO ; P9WI83, PKNA_MYCTU ; P54734, PKNA_NOSS1 ; +DR Q8G6P9, PKNB_BIFLO ; Q9CEF5, PKNB_LACLA ; P0A5S5, PKNB_MYCBO ; +DR P54744, PKNB_MYCLE ; A0QNG1, PKNB_MYCS2 ; A5TY84, PKNB_MYCTA ; +DR P9WI80, PKNB_MYCTO ; P9WI81, PKNB_MYCTU ; Q5L5J7, PKND_CHLAB ; +DR Q822K5, PKND_CHLCV ; Q255D2, PKND_CHLFF ; Q9PK92, PKND_CHLMU ; +DR Q9Z986, PKND_CHLPN ; P0DPS9, PKND_CHLT2 ; Q3KM61, PKND_CHLTA ; +DR B0BBT2, PKND_CHLTB ; P0DPS8, PKND_CHLTR ; P9WI78, PKND_MYCTO ; +DR P9WI79, PKND_MYCTU ; Q6MAN0, PKND_PARUW ; Q7TZN3, PKNE_MYCBO ; +DR A5U3A3, PKNE_MYCTA ; P9WI76, PKNE_MYCTO ; P9WI77, PKNE_MYCTU ; +DR Q7TZN1, PKNF_MYCBO ; A5U3A6, PKNF_MYCTA ; P9WI74, PKNF_MYCTO ; +DR P9WI75, PKNF_MYCTU ; P65729, PKNG_MYCBO ; P57993, PKNG_MYCLE ; +DR A0QQK3, PKNG_MYCS2 ; P9WI72, PKNG_MYCTO ; P9WI73, PKNG_MYCTU ; +DR Q7U095, PKNH_MYCBO ; P9WI70, PKNH_MYCTO ; P9WI71, PKNH_MYCTU ; +DR P65731, PKNI_MYCBO ; P9WI68, PKNI_MYCTO ; P9WI69, PKNI_MYCTU ; +DR P65733, PKNJ_MYCBO ; P9WI66, PKNJ_MYCTO ; P9WI67, PKNJ_MYCTU ; +DR Q7TXA9, PKNK_MYCBO ; P9WI64, PKNK_MYCTO ; P9WI65, PKNK_MYCTU ; +DR Q7TYY6, PKNL_MYCBO ; P9WI62, PKNL_MYCTO ; P9WI63, PKNL_MYCTU ; +DR P47355, PKNS_MYCGE ; P75524, PKNS_MYCPN ; Q9XA16, PKNX_STRCO ; +DR Q01577, PKPA_PHYB8 ; Q9S2C0, PKSC_STRCO ; P49695, PKWA_THECU ; +DR Q8GVC7, PKZ1_PHYIN ; D0N4E2, PKZ1_PHYIT ; P00513, PK_BPT7 ; +DR Q86HN7, PLK_DICDI ; Q20085, PMY11_CAEEL; Q626B1, PMY13_CAEBR; +DR O18209, PMY13_CAEEL; Q9NI63, PMYT1_DROME; Q99640, PMYT1_HUMAN; +DR Q9ESG9, PMYT1_MOUSE; Q91618, PMYT1_XENLA; Q9SPK4, PPCK1_ARATH; +DR Q93VK0, PPCK2_ARATH; O14047, PPK11_SCHPO; Q10078, PPK13_SCHPO; +DR Q09831, PPK14_SCHPO; Q9P6P3, PPK15_SCHPO; Q9URY1, PPK16_SCHPO; +DR Q8TFG6, PPK18_SCHPO; O42900, PPK19_SCHPO; Q9HFF4, PPK1_SCHPO ; +DR Q9Y7J6, PPK21_SCHPO; Q9USX7, PPK22_SCHPO; O60145, PPK23_SCHPO; +DR O94647, PPK24_SCHPO; O59697, PPK25_SCHPO; O74815, PPK27_SCHPO; +DR Q9USS2, PPK29_SCHPO; O43066, PPK30_SCHPO; O94324, PPK31_SCHPO; +DR O74426, PPK33_SCHPO; Q9UU87, PPK34_SCHPO; O94487, PPK35_SCHPO; +DR Q09815, PPK5_SCHPO ; Q9UTH3, PPK6_SCHPO ; Q09792, PPK8_SCHPO ; +DR Q9FF29, PR5K_ARATH ; A0A2R6XIK6, PRAF_MARPO ; C0LGU0, PRK1_ARATH ; DR Q5A961, PRK1_CANAL ; Q40902, PRK1_PETIN ; P40494, PRK1_YEAST ; DR Q84JQ4, PRK2_ARATH ; Q20443, PRK2_CAEEL ; Q9M1L7, PRK3_ARATH ; DR Q9LJY0, PRK4_ARATH ; Q9LPT1, PRK5_ARATH ; Q81WH6, PRKC_BACAN ; DR O34507, PRKC_BACSU ; A6QGC0, PRKC_STAAE ; Q8WN22, PRKDC_CANLF; DR Q8QGX4, PRKDC_CHICK; Q54UC0, PRKDC_DICDI; P78527, PRKDC_HUMAN; DR P97313, PRKDC_MOUSE; Q9DEI1, PRKDC_XENLA; P51817, PRKX_HUMAN ; -DR Q922R0, PRKX_MOUSE ; O43930, PRKY_HUMAN ; Q08DZ2, PRP4B_BOVIN; -DR Q54WE5, PRP4B_DICDI; Q13523, PRP4B_HUMAN; Q61136, PRP4B_MOUSE; -DR Q5R814, PRP4B_PONAB; Q5RKH1, PRP4B_RAT ; Q07538, PRP4_SCHPO ; +DR Q922R0, PRKX_MOUSE ; O43930, PRKY_HUMAN ; Q08DZ2, PRP4K_BOVIN; +DR Q54WE5, PRP4K_DICDI; Q13523, PRP4K_HUMAN; Q61136, PRP4K_MOUSE; +DR Q5R814, PRP4K_PONAB; Q5RKH1, PRP4K_RAT ; Q07538, PRP4_SCHPO ; DR Q99PW4, PRPKB_MOUSE; Q96S44, PRPK_HUMAN ; P28708, PRR1_YEAST ; DR Q12310, PRR2_YEAST ; Q12706, PSK1_SCHPO ; P31374, PSK1_YEAST ; DR Q08217, PSK2_YEAST ; Q96QS6, PSKH2_HUMAN; Q9ZVR7, PSKR1_ARATH; @@ -86249,309 +86720,310 @@ DR P47116, PTK2_YEAST ; Q1ZXC8, PXI_DICDI ; Q9FRS6, PXL1_ARATH ; DR Q8SSS9, QKGA_DICDI ; Q02099, RAD3_SCHPO ; A7E3S4, RAF1_BOVIN ; DR P05625, RAF1_CHICK ; P04049, RAF1_HUMAN ; Q99N57, RAF1_MOUSE ; DR Q5R5M7, RAF1_PONAB ; P11345, RAF1_RAT ; P09560, RAF1_XENLA ; -DR P00532, RAF_MSV36 ; P40230, RAG8_KLULA ; P08092, RAN1_SCHPO ; -DR Q8H1D6, RBK1_ARATH ; Q8RXC8, RBK2_ARATH ; P38622, RCK1_YEAST ; -DR P38623, RCK2_YEAST ; Q54XQ2, RCKA_DICDI ; Q8ZKU8, RDOA_SALTY ; -DR Q9LHP4, RGI1_ARATH ; C0LGV1, RGI2_ARATH ; C0LGR3, RGI3_ARATH ; -DR F4K6B8, RGI4_ARATH ; C0LGF5, RGI5_ARATH ; F4I4F2, RHS3_ARATH ; -DR P38615, RIM11_YEAST; P43565, RIM15_YEAST; O28471, RIO1_ARCFU ; -DR G0S3J5, RIO1_CHATD ; Q54VD8, RIO1_DICDI ; Q8SVI7, RIO1_ENCCU ; -DR D4GYY1, RIO1_HALVD ; Q57886, RIO1_METJA ; O42650, RIO1_SCHPO ; -DR Q03021, RIO1_THEAC ; Q12196, RIO1_YEAST ; O30245, RIO2_ARCFU ; -DR Q54T05, RIO2_DICDI ; Q58473, RIO2_METJA ; Q9P7W5, RIO2_SCHPO ; -DR P40160, RIO2_YEAST ; O44959, RIOK1_CAEEL; Q9BRS2, RIOK1_HUMAN; -DR Q922Q2, RIOK1_MOUSE; Q95Q34, RIOK2_CAEEL; Q9BVS4, RIOK2_HUMAN; -DR Q9CQS5, RIOK2_MOUSE; Q1RMT7, RIOK3_BOVIN; P34649, RIOK3_CAEEL; -DR O14730, RIOK3_HUMAN; Q9DBU3, RIOK3_MOUSE; Q13546, RIPK1_HUMAN; -DR Q60855, RIPK1_MOUSE; Q3SZJ2, RIPK2_BOVIN; O43353, RIPK2_HUMAN; -DR P58801, RIPK2_MOUSE; Q9Y572, RIPK3_HUMAN; Q9QZL0, RIPK3_MOUSE; -DR Q9Z2P5, RIPK3_RAT ; P57078, RIPK4_HUMAN; Q9ERK0, RIPK4_MOUSE; -DR Q9ZUF4, RIPK_ARATH ; Q65XV8, RK176_ORYSJ; Q6I5Q6, RK185_ORYSJ; -DR Q9FXF2, RKF1_ARATH ; P93050, RKF3_ARATH ; Q02723, RKIN1_SECCE; -DR Q9ZT07, RKS1_ARATH ; Q9FN94, RLK0_ARATH ; D7UPN3, RLK10_ORYSJ; -DR Q39202, RLK1_ARATH ; P47735, RLK5_ARATH ; Q9LIG2, RLK6_ARATH ; -DR F4I2N7, RLK7_ARATH ; P27966, RMIL_AVEVR ; P10533, RMIL_AVII1 ; -DR Q6XHA5, ROC11_DICDI; Q8MIT6, ROCK1_BOVIN; Q13464, ROCK1_HUMAN; -DR P70335, ROCK1_MOUSE; P61584, ROCK1_PANTR; O77819, ROCK1_RABIT; -DR Q63644, ROCK1_RAT ; Q28021, ROCK2_BOVIN; O75116, ROCK2_HUMAN; -DR P70336, ROCK2_MOUSE; M3TYT0, ROCK2_PIG ; Q62868, ROCK2_RAT ; -DR A8WVU9, ROCK_CAEBR ; P92199, ROCK_CAEEL ; Q6XHB2, ROCO4_DICDI; -DR Q1ZXD6, ROCO5_DICDI; Q54WS5, ROCO6_DICDI; Q55GE6, ROCO7_DICDI; -DR Q54M77, ROCO8_DICDI; Q6XHA7, ROCO9_DICDI; Q9ZRF9, RPK1_ARATH ; -DR P93194, RPK1_IPONI ; Q9S7I6, RPK2_ARATH ; Q9Y6S9, RPKL1_HUMAN; -DR Q8R2S1, RPKL1_MOUSE; Q5RA67, RPKL1_PONAB; Q9RRH3, RQKA_DEIRA ; -DR P42411, RSBT_BACSU ; C3P2P9, RSBW_BACAA ; C3LD19, RSBW_BACAC ; -DR A0RAL4, RSBW_BACAH ; Q9K5J7, RSBW_BACAN ; B7JCS0, RSBW_BACC0 ; -DR Q73CI0, RSBW_BACC1 ; B7IK73, RSBW_BACC2 ; C1EZZ5, RSBW_BACC3 ; -DR B7HFX0, RSBW_BACC4 ; B7HYQ6, RSBW_BACC7 ; B9ISD5, RSBW_BACCQ ; -DR Q81H23, RSBW_BACCR ; Q63F14, RSBW_BACCZ ; Q6HMH0, RSBW_BACHK ; -DR Q65N49, RSBW_BACLD ; O50231, RSBW_BACLI ; A9VHG0, RSBW_BACMK ; -DR A8FA73, RSBW_BACP2 ; P17904, RSBW_BACSU ; A7Z1M9, RSBW_BACVZ ; -DR Q9KFF1, RSBW_HALH5 ; Q92DC2, RSBW_LISIN ; C1L1G4, RSBW_LISMC ; -DR Q721S2, RSBW_LISMF ; B8DG65, RSBW_LISMH ; Q8Y8K6, RSBW_LISMO ; -DR A0AH12, RSBW_LISW6 ; Q8CXL7, RSBW_OCEIH ; A7X4P1, RSBW_STAA1 ; -DR A6U3F0, RSBW_STAA2 ; Q2FF59, RSBW_STAA3 ; Q2FWJ3, RSBW_STAA8 ; -DR A5IUL1, RSBW_STAA9 ; Q2YUI8, RSBW_STAAB ; Q5HED6, RSBW_STAAC ; -DR A6QIR1, RSBW_STAAE ; P0A0H6, RSBW_STAAM ; P0A0H7, RSBW_STAAN ; -DR Q6GF08, RSBW_STAAR ; Q6G7P4, RSBW_STAAS ; A8Z4W8, RSBW_STAAT ; -DR P0C1V2, RSBW_STAAU ; Q8NVI5, RSBW_STAAW ; P0C0M6, RSBW_STAEP ; -DR Q5HMF0, RSBW_STAEQ ; P0C0M7, RSBW_STAES ; Q12100, RTK1_YEAST ; -DR F4JY37, RUK_ARATH ; Q19469, SAD1_CAEEL ; P38990, SAK1_YEAST ; -DR Q55CW3, SAMKA_DICDI; Q54P26, SAMKB_DICDI; Q55CW2, SAMKC_DICDI; -DR Q75LR7, SAPK1_ORYSJ; A2YNT8, SAPK2_ORYSI; Q0D4J7, SAPK2_ORYSJ; -DR A2ZAB5, SAPK3_ORYSI; P0C5D6, SAPK3_ORYSJ; Q5N942, SAPK4_ORYSJ; -DR Q7XKA8, SAPK5_ORYSJ; Q6ZI44, SAPK6_ORYSJ; Q7XQP4, SAPK7_ORYSJ; -DR Q7Y0B9, SAPK8_ORYSJ; Q75V57, SAPK9_ORYSJ; Q75H77, SAPKA_ORYSJ; -DR A8XJL7, SAX1_CAEBR ; Q2L6W9, SAX1_CAEEL ; Q9SKB2, SBIR1_ARATH; -DR Q90ZY4, SBK1_DANRE ; Q52WX2, SBK1_HUMAN ; Q8QZX0, SBK1_MOUSE ; -DR Q9Z335, SBK1_RAT ; P0C263, SBK2_HUMAN ; P0C5K1, SBK2_MOUSE ; -DR B1WBU5, SBK2_RAT ; P0C264, SBK3_HUMAN ; P0C5K0, SBK3_MOUSE ; -DR Q9VM90, SBKH_DROME ; Q5AHG6, SCH9_CANAL ; P11792, SCH9_YEAST ; -DR P50530, SCK1_SCHPO ; Q10364, SCK2_SCHPO ; Q9LPZ9, SD113_ARATH; -DR O81833, SD11_ARATH ; Q9S972, SD16_ARATH ; Q39086, SD17_ARATH ; -DR O81905, SD18_ARATH ; Q39203, SD22_ARATH ; Q8RWZ5, SD25_ARATH ; -DR P93756, SD31_ARATH ; G5ECQ3, SEL5_CAEEL ; Q8T2I8, SEPA_DICDI ; -DR A2QHV0, SEPH_ASPNC ; Q0CL79, SEPH_ASPTN ; Q5B4Z3, SEPH_EMENI ; -DR Q94AG2, SERK1_ARATH; Q9XIC7, SERK2_ARATH; Q7XV05, SERK2_ORYSJ; -DR Q67X31, SERK3_ORYSJ; Q9SKG5, SERK4_ARATH; Q6K4T4, SERK4_ORYSJ; -DR Q8LPS5, SERK5_ARATH; Q9FP13, SERL2_ORYSJ; P18431, SGG_DROME ; -DR Q6GPN6, SGK1A_XENLA; Q6GLY8, SGK1B_XENLA; A7MB74, SGK1_BOVIN ; -DR A8XNJ6, SGK1_CAEBR ; Q2PJ68, SGK1_CAEEL ; Q6U1I9, SGK1_CHICK ; -DR Q7ZTW4, SGK1_DANRE ; Q5Q0U5, SGK1_FUNHE ; O00141, SGK1_HUMAN ; -DR Q4R633, SGK1_MACFA ; Q9WVC6, SGK1_MOUSE ; Q9XT18, SGK1_RABIT ; -DR Q06226, SGK1_RAT ; Q5BKK4, SGK1_XENTR ; Q9HBY8, SGK2_HUMAN ; -DR Q9QZS5, SGK2_MOUSE ; Q8R4U9, SGK2_RAT ; Q96BR1, SGK3_HUMAN ; -DR Q9ERE3, SGK3_MOUSE ; Q5R7A7, SGK3_PONAB ; Q8R4V0, SGK3_RAT ; -DR Q10056, SHK2_SCHPO ; Q54RB7, SHKA_DICDI ; Q54IP4, SHKB_DICDI ; -DR Q54Y55, SHKC_DICDI ; Q54U31, SHKD_DICDI ; Q54G43, SHKE_DICDI ; -DR O14305, SID1_SCHPO ; Q09898, SID2_SCHPO ; A0A0B4J2F2, SIK1B_HUMAN; -DR O24527, SIK1_ARATH ; P57059, SIK1_HUMAN ; Q60670, SIK1_MOUSE ; -DR Q658G7, SIK1_ORYSJ ; Q9R1U5, SIK1_RAT ; Q9IA88, SIK2_CHICK ; -DR Q9H0K1, SIK2_HUMAN ; Q8CFH6, SIK2_MOUSE ; Q5REX1, SIK2_PONAB ; -DR Q6NSM8, SIK3_DANRE ; Q9Y2K2, SIK3_HUMAN ; Q6P4S6, SIK3_MOUSE ; -DR Q9C9U5, SIS8_ARATH ; Q6H7D2, SIT1_ORYSJ ; Q7XUN6, SIT2_ORYSJ ; -DR O82318, SKM1_ARATH ; Q12469, SKM1_YEAST ; Q12505, SKS1_YEAST ; -DR Q86A12, SKY1_DICDI ; Q03656, SKY1_YEAST ; O55092, SLK_CAVPO ; -DR Q9H2G2, SLK_HUMAN ; O54988, SLK_MOUSE ; O08815, SLK_RAT ; -DR Q61CW2, SMG1_CAEBR ; O01510, SMG1_CAEEL ; C5J7W8, SMG1_DANRE ; -DR Q553E9, SMG1_DICDI ; Q70PP2, SMG1_DROME ; Q96Q15, SMG1_HUMAN ; -DR Q8BKX6, SMG1_MOUSE ; Q9QYZ6, SMK2A_MOUSE; Q9QYZ3, SMK2B_MOUSE; -DR C0HKC8, SMK3A_MOUSE; C0HKC9, SMK3B_MOUSE; A2KF29, SMKTR_MOUSE; -DR Q8C0V7, SMKW_MOUSE ; Q8C0X8, SMKX_MOUSE ; A0AUV4, SMKY_MOUSE ; -DR Q8C0N0, SMKZ_MOUSE ; A1A5Q6, SMK_RAT ; Q9QYZ4, SMOK1_MOUSE; -DR P52497, SNF1_CANAX ; Q00372, SNF1_CANGA ; O94168, SNF1_CANTR ; -DR P0DP15, SNF1_FUSVI ; O74536, SNF1_SCHPO ; P06782, SNF1_YEAST ; -DR Q9NRH2, SNRK_HUMAN ; Q8VDU5, SNRK_MOUSE ; Q63553, SNRK_RAT ; -DR B7GKG6, SP2AB_ANOFW; C3P7L0, SP2AB_BACAA; C3LIU0, SP2AB_BACAC; -DR A0RI78, SP2AB_BACAH; Q81MF4, SP2AB_BACAN; B7JLS6, SP2AB_BACC0; -DR Q731M3, SP2AB_BACC1; B7IWI6, SP2AB_BACC2; C1EQU8, SP2AB_BACC3; -DR B7H965, SP2AB_BACC4; B7HN53, SP2AB_BACC7; A7GS97, SP2AB_BACCN; -DR B9IWT7, SP2AB_BACCQ; Q819B3, SP2AB_BACCR; Q635K7, SP2AB_BACCZ; -DR Q6HE93, SP2AB_BACHK; Q65HU3, SP2AB_BACLD; P26778, SP2AB_BACLI; -DR A9VFH8, SP2AB_BACMK; A8FET0, SP2AB_BACP2; P10728, SP2AB_BACSU; -DR A7Z692, SP2AB_BACVZ; Q8RAA8, SP2AB_CALS4; Q97GQ9, SP2AB_CLOAB; -DR A6LRL7, SP2AB_CLOB8; B2V2G9, SP2AB_CLOBA; B2TLY1, SP2AB_CLOBB; -DR B9E5R9, SP2AB_CLOK1; A5N217, SP2AB_CLOK5; A0PZS6, SP2AB_CLONN; -DR Q0TNR1, SP2AB_CLOP1; Q8XIR5, SP2AB_CLOPE; Q0SRC7, SP2AB_CLOPS; -DR P59623, SP2AB_CLOTE; Q5KXJ2, SP2AB_GEOKA; O32727, SP2AB_GEOSE; -DR C5D403, SP2AB_GEOSW; A4IQI5, SP2AB_GEOTN; Q9KCN2, SP2AB_HALH5; -DR P70878, SP2AB_HEYCO; O32724, SP2AB_LYSSH; Q8EQ73, SP2AB_OCEIH; -DR O32721, SP2AB_PAEPO; P59624, SP2AB_PASPE; P35148, SP2AB_PRIMG; -DR Q5WH26, SP2AB_SHOC1; B0K9G3, SP2AB_THEP3; B0K150, SP2AB_THEPX; -DR Q95PZ9, SPE6_CAEEL ; Q696W0, SPEG_DANRE ; Q15772, SPEG_HUMAN ; -DR Q62407, SPEG_MOUSE ; Q63638, SPEG_RAT ; Q61IS6, SPK1_CAEBR ; -DR Q03563, SPK1_CAEEL ; Q86AT8, SPKA_DICDI ; Q9FAB3, SPKA_SYNY3 ; -DR P74297, SPKB_SYNY3 ; P74745, SPKC_SYNY3 ; P54735, SPKD_SYNY3 ; -DR P73469, SPKF_SYNY3 ; Q8SSY6, SPKUL_DICDI; Q9UQY9, SPO4_SCHPO ; -DR P08458, SPS1_YEAST ; O94547, SRK1_SCHPO ; P43291, SRK2A_ARATH; -DR A9TF79, SRK2A_PHYPA; Q9C958, SRK2B_ARATH; Q9M9E9, SRK2C_ARATH; -DR Q39192, SRK2D_ARATH; Q940H6, SRK2E_ARATH; Q9SMQ4, SRK2F_ARATH; -DR P43292, SRK2G_ARATH; Q9FFP9, SRK2H_ARATH; Q39193, SRK2I_ARATH; -DR O64812, SRK2J_ARATH; Q09092, SRK6_BRAOV ; Q8X8H9, SRKA_ECO57 ; -DR P0C0K4, SRKA_ECOL6 ; P0C0K3, SRKA_ECOLI ; Q57HL7, SRKA_SALCH ; -DR Q5PKB8, SRKA_SALPA ; Q8Z2S0, SRKA_SALTI ; Q83IV7, SRKA_SHIFL ; -DR P0DH86, SRK_ARATH ; Q96SB4, SRPK1_HUMAN; O70551, SRPK1_MOUSE; -DR Q5RD27, SRPK1_PONAB; P78362, SRPK2_HUMAN; O54781, SRPK2_MOUSE; -DR Q9UPE1, SRPK3_HUMAN; Q9Z0G2, SRPK3_MOUSE; B8Y466, SRPK3_PIG ; -DR Q45FA5, SRPK_PHYPO ; P25390, SSK22_YEAST; P50526, SSP1_SCHPO ; -DR Q9UEE5, ST17A_HUMAN; Q9GM70, ST17A_RABIT; O94768, ST17B_HUMAN; -DR Q8BG48, ST17B_MOUSE; Q91XS8, ST17B_RAT ; Q8WU08, ST32A_HUMAN; -DR Q8BGW6, ST32A_MOUSE; Q9NY57, ST32B_HUMAN; Q9JJX8, ST32B_MOUSE; -DR Q86UX6, ST32C_HUMAN; Q8QZV4, ST32C_MOUSE; Q9Y2H1, ST38L_HUMAN; -DR Q7TSE6, ST38L_MOUSE; Q4WHP3, STE20_ASPFU; Q2ULU3, STE20_ASPOR; -DR P0CY24, STE20_CANAL; C4YRB7, STE20_CANAW; P0CY23, STE20_CANAX; -DR Q6FN53, STE20_CANGA; Q6BNF3, STE20_DEBHA; Q5BBL3, STE20_EMENI; -DR Q75DK7, STE20_EREGS; Q6CVA2, STE20_KLULA; Q7RZD3, STE20_NEUCR; -DR Q7Z8E9, STE20_PYRO7; P50527, STE20_SCHPO; Q2VWQ3, STE20_TALMA; -DR Q4P5N0, STE20_USTMA; Q6C3D7, STE20_YARLI; Q03497, STE20_YEAST; -DR E1BK52, STK10_BOVIN; F1NBT0, STK10_CHICK; Q7SY52, STK10_DANRE; -DR O94804, STK10_HUMAN; O55098, STK10_MOUSE; E9PTG8, STK10_RAT ; -DR B7ZR30, STK10_XENLA; Q0IHQ8, STK10_XENTR; Q0GGW5, STK11_CHICK; -DR Q54WJ0, STK11_DICDI; Q15831, STK11_HUMAN; Q9WTK7, STK11_MOUSE; -DR D4AE59, STK11_RAT ; Q91604, STK11_XENLA; O75716, STK16_HUMAN; -DR O88697, STK16_MOUSE; P57760, STK16_RAT ; Q54WC0, STK19_DICDI; -DR Q9Y6E0, STK24_HUMAN; Q99KH8, STK24_MOUSE; B0LT89, STK24_RAT ; -DR Q3SWY6, STK25_BOVIN; O00506, STK25_HUMAN; Q9Z2W1, STK25_MOUSE; -DR Q9P289, STK26_HUMAN; Q99JT2, STK26_MOUSE; Q9BXU1, STK31_HUMAN; -DR Q99MW1, STK31_MOUSE; Q0VD22, STK33_BOVIN; Q9BYT3, STK33_HUMAN; -DR Q924X7, STK33_MOUSE; Q8TDR2, STK35_HUMAN; Q80ZW0, STK35_MOUSE; -DR Q9NRP7, STK36_HUMAN; Q69ZM6, STK36_MOUSE; Q5RAJ5, STK36_PONAB; -DR A2VDV2, STK38_BOVIN; Q15208, STK38_HUMAN; Q91VJ4, STK38_MOUSE; -DR Q5R8M1, STK38_PONAB; Q9UEW8, STK39_HUMAN; Q9Z1W9, STK39_MOUSE; -DR O88506, STK39_RAT ; Q7ZUQ3, STK3_DANRE ; Q13188, STK3_HUMAN ; -DR Q9JI10, STK3_MOUSE ; O54748, STK3_RAT ; Q6IP06, STK3_XENLA ; -DR Q17QV9, STK40_BOVIN; Q7T0B1, STK40_CHICK; Q8N2I9, STK40_HUMAN; -DR Q7TNL3, STK40_MOUSE; Q5R667, STK40_PONAB; Q7TNL4, STK40_RAT ; -DR Q7T0B0, STK40_XENTR; Q55FS2, STK4L_DICDI; A4K2W5, STK4_AOTNA ; -DR Q5E9L6, STK4_BOVIN ; Q5ZJK4, STK4_CHICK ; A4K2Y1, STK4_CHLAE ; -DR A4K2P5, STK4_COLGU ; O61125, STK4_DICDI ; Q13043, STK4_HUMAN ; -DR A4K2S1, STK4_LEMCA ; A4K2T0, STK4_MACMU ; Q9JI11, STK4_MOUSE ; -DR A4K2Q5, STK4_OTOGA ; A4K2M3, STK4_PAPAN ; Q802A6, STK4_SQUAC ; -DR Q6PA14, STK4_XENLA ; Q6P3Q4, STK4_XENTR ; Q8KY50, STKP_STREE ; -DR Q04J43, STKP_STRP2 ; Q97PA9, STKP_STRPN ; Q8DNS0, STKP_STRR6 ; -DR P83098, STLK_DROME ; Q9LZV4, STN8_ARATH ; Q9FMY3, STPKL_ARATH; -DR Q9S713, STT7_ARATH ; Q84V18, STT7_CHLRE ; Q9ZQ31, STY13_ARATH; -DR Q8RWL6, STY17_ARATH; F4JTP5, STY46_ARATH; O22558, STY8_ARATH ; -DR P46549, SULU_CAEEL ; G7JIK2, SUNN_MEDTR ; O61122, SVKA_DICDI ; -DR Q5AP97, SWE1_CANAL ; P32944, SWE1_YEAST ; Q8L617, SZE1_ARATH ; -DR P51123, TAF1_DROME ; P21675, TAF1_HUMAN ; Q60544, TAF1_MESAU ; -DR Q80UV9, TAF1_MOUSE ; Q6NU21, TAO1A_XENLA; Q7ZYJ0, TAO1B_XENLA; -DR Q7L7X3, TAOK1_HUMAN; Q5F2E8, TAOK1_MOUSE; O88664, TAOK1_RAT ; -DR Q9UL54, TAOK2_HUMAN; Q6ZQ29, TAOK2_MOUSE; Q9JLS3, TAOK2_RAT ; -DR Q6GPK9, TAOK2_XENLA; Q9I9E0, TAOK3_CHICK; Q9H2K8, TAOK3_HUMAN; -DR Q8BYC6, TAOK3_MOUSE; Q5R4F3, TAOK3_PONAB; Q53UA7, TAOK3_RAT ; -DR Q6DD27, TAOK3_XENLA; Q0KHQ5, TAO_DROME ; Q9UHD2, TBK1_HUMAN ; -DR Q9WUN2, TBK1_MOUSE ; Q6DFJ6, TBK1_XENLA ; P0DL10, TD1_MAIZE ; -DR Q03533, TDA1_YEAST ; Q9FII5, TDR_ARATH ; Q2QAV0, TIO_ARATH ; -DR Q8WZ42, TITIN_HUMAN; A2ASS6, TITIN_MOUSE; Q90ZY6, TLK1B_DANRE; -DR P34314, TLK1_CAEEL ; Q9UKI8, TLK1_HUMAN ; Q8C0V0, TLK1_MOUSE ; -DR Q1ECX4, TLK2_DANRE ; Q86UE8, TLK2_HUMAN ; O55047, TLK2_MOUSE ; -DR Q08CW1, TLK2_XENTR ; P43298, TMK1_ARATH ; Q9FYK0, TMK2_ARATH ; -DR Q9SIT1, TMK3_ARATH ; Q9LK43, TMK4_ARATH ; Q59H18, TNI3K_HUMAN; -DR Q5GIG6, TNI3K_MOUSE; Q5RF15, TNI3K_PONAB; Q7TQP6, TNI3K_RAT ; -DR Q9UKE5, TNIK_HUMAN ; P83510, TNIK_MOUSE ; O14356, TOR1_SCHPO ; -DR P35169, TOR1_YEAST ; Q9Y7K2, TOR2_SCHPO ; P32600, TOR2_YEAST ; -DR Q9FR53, TOR_ARATH ; Q95Q95, TOR_CAEEL ; Q86C65, TOR_DICDI ; -DR Q9VK45, TOR_DROME ; Q0DJS1, TOR_ORYSJ ; A6ZU08, TOS3_YEAS7 ; -DR P43637, TOS3_YEAST ; Q9NBK5, TRC_DROME ; Q2LZZ7, TRC_DROPS ; -DR Q1LUA6, TRIO_DANRE ; O75962, TRIO_HUMAN ; Q0KL02, TRIO_MOUSE ; -DR F1M0Z1, TRIO_RAT ; Q9BX84, TRPM6_HUMAN; Q8CIR4, TRPM6_MOUSE; -DR Q96QT4, TRPM7_HUMAN; Q923J1, TRPM7_MOUSE; Q925B3, TRPM7_RAT ; -DR Q39238, TSL_ARATH ; Q3SZW1, TSSK1_BOVIN; Q9BXA7, TSSK1_HUMAN; -DR Q61241, TSSK1_MOUSE; Q96PF2, TSSK2_HUMAN; O54863, TSSK2_MOUSE; -DR Q96PN8, TSSK3_HUMAN; Q9D2E1, TSSK3_MOUSE; Q6SA08, TSSK4_HUMAN; -DR Q9D411, TSSK4_MOUSE; Q8C1R0, TSSK5_MOUSE; Q9BXA6, TSSK6_HUMAN; -DR Q925K9, TSSK6_MOUSE; Q55FT4, TSUA_DICDI ; Q5TCY1, TTBK1_HUMAN; -DR Q6PCN3, TTBK1_MOUSE; Q6IQ55, TTBK2_HUMAN; Q3UVR3, TTBK2_MOUSE; -DR G4SLH0, TTN1_CAEEL ; Q8TAS1, UHMK1_HUMAN; P97343, UHMK1_MOUSE; -DR Q5RCY1, UHMK1_PONAB; Q63285, UHMK1_RAT ; P28966, UL13_EHV1B ; -DR P84391, UL13_EHV1V ; Q9E6Q4, UL13_GAHVM ; P04290, UL13_HHV11 ; -DR P89436, UL13_HHV2H ; Q6UDH7, UL13_PSHV1 ; P30662, UL13_SUHVN ; -DR P09296, UL13_VZVD ; Q6YP73, UL13_VZVO ; P16788, UL97_HCMVA ; -DR Q6SW46, UL97_HCMVM ; Q68101, UL97_HCMVT ; D3XDS2, UL97_MUHVS ; -DR O75385, ULK1_HUMAN ; O70405, ULK1_MOUSE ; Q8IYT8, ULK2_HUMAN ; -DR Q9QY01, ULK2_MOUSE ; Q5ZJH6, ULK3_CHICK ; Q6PHR2, ULK3_HUMAN ; -DR Q3U3Q1, ULK3_MOUSE ; D3ZHP7, ULK3_RAT ; Q4V7Q6, ULK3_XENLA ; -DR Q96C45, ULK4_HUMAN ; Q3V129, ULK4_MOUSE ; Q5R4M2, ULK4_PONAB ; -DR Q23551, UNC22_CAEEL; Q23023, UNC51_CAEEL; Q9LT38, UNCL_ARATH ; -DR Q9SYB9, UNC_ARATH ; Q08097, US03_BHV1S ; Q04543, US03_CHV9D ; -DR P28926, US03_EHV1B ; P84390, US03_EHV1V ; Q05101, US03_GAHVG ; -DR Q9E6L8, US03_GAHVM ; P04413, US03_HHV11 ; P13287, US03_HHV2H ; -DR Q6UDG0, US03_PSHV1 ; P24381, US03_SUHVN ; P09251, US03_VZVD ; -DR Q9J523, V212_FOWPN ; Q9J509, V226_FOWPN ; Q197F0, VF380_IIV3 ; -DR Q91FE4, VF380_IIV6 ; Q03785, VHS1_YEAST ; Q9XI87, VIK_ARATH ; -DR Q9J5B1, VPK2_FOWPN ; A0A7H0DN27, VPK2_MONPV ; P32216, VPK2_SWPVK ; -DR O57177, VPK2_VACCA ; P21095, VPK2_VACCC ; P29884, VPK2_VACCP ; -DR Q9JFE5, VPK2_VACCT ; Q89121, VPK2_VACCW ; P33801, VPK2_VAR67 ; -DR F5HGH5, VPK_HHV8P ; Q9M0E5, VPS15_ARATH; Q6FRH8, VPS15_CANGA; -DR Q54S77, VPS15_DICDI; Q9UVG6, VPS15_PICPA; P22219, VPS15_YEAST; -DR Q32PI1, VRK1_BOVIN ; A8WU31, VRK1_CAEBR ; Q19848, VRK1_CAEEL ; -DR Q7ZUS1, VRK1_DANRE ; Q99986, VRK1_HUMAN ; Q80X41, VRK1_MOUSE ; -DR Q86Y07, VRK2_HUMAN ; Q8BN21, VRK2_MOUSE ; Q6B9X6, VWKA_DICDI ; -DR Q9C8M5, WAG1_ARATH ; Q9LUL2, WAG2_ARATH ; A0A1D6E0S8, WAK17_MAIZE; -DR O45797, WARTS_CAEEL; Q9VA38, WARTS_DROME; A0A7J6K7Y0, WNG1_TOXGO ; -DR A0A7J6K7I9, WNG2_TOXGO ; Q8RXE5, WNK10_ARATH; Q6ICW6, WNK11_ARATH; -DR Q9CAV6, WNK1_ARATH ; Q9H4A3, WNK1_HUMAN ; P83741, WNK1_MOUSE ; -DR A2YMV6, WNK1_ORYSI ; Q0D598, WNK1_ORYSJ ; Q6R2V0, WNK1_PIG ; -DR Q9JIH7, WNK1_RAT ; Q8S8Y9, WNK2_ARATH ; Q9Y3S1, WNK2_HUMAN ; -DR Q3UH66, WNK2_MOUSE ; Q65X23, WNK2_ORYSJ ; Q9STK6, WNK3_ARATH ; -DR Q9BYP7, WNK3_HUMAN ; Q80XP9, WNK3_MOUSE ; Q0D847, WNK3_ORYSJ ; -DR Q9LVL5, WNK4_ARATH ; Q96J92, WNK4_HUMAN ; Q80UE6, WNK4_MOUSE ; -DR Q6EU49, WNK4_ORYSJ ; Q7TPK6, WNK4_RAT ; Q9SCU5, WNK5_ARATH ; -DR Q0D541, WNK5_ORYSJ ; Q8S8Y8, WNK6_ARATH ; Q2RA93, WNK6_ORYSJ ; -DR Q8LST2, WNK7_ARATH ; Q2RBE3, WNK7_ORYSJ ; Q944Q0, WNK8_ARATH ; -DR Q2QYL8, WNK8_ORYSJ ; Q2V338, WNK9_ARATH ; Q2QXC6, WNK9_ORYSJ ; -DR X5M5N0, WNK_CAEEL ; M9PGC5, WNK_DROME ; Q1MX30, XA21_ORYSI ; -DR Q2R2D5, XA21_ORYSJ ; Q54ZN3, Y0004_DICDI; Q54WW7, Y0010_DICDI; -DR Q54XY6, Y0019_DICDI; Q54VV7, Y0111_DICDI; Q54Y90, Y0133_DICDI; -DR Q54XZ5, Y0138_DICDI; Q55CA6, Y0146_DICDI; Q54FR9, Y0436_DICDI; -DR Q54RP7, Y0652_DICDI; Q54IF2, Y0670_DICDI; Q54L81, Y0700_DICDI; -DR Q559T8, Y0701_DICDI; O04086, Y1105_ARATH; Q9SXB3, Y1112_ARATH; -DR C0LGE4, Y1124_ARATH; Q9SXB4, Y1130_ARATH; Q9SXB8, Y1133_ARATH; -DR Q54F40, Y1133_DICDI; Q9SXB5, Y1135_ARATH; O64784, Y1136_ARATH; -DR O64783, Y1137_ARATH; Q9LPZ3, Y1141_ARATH; O64778, Y1142_ARATH; -DR Q9M9S4, Y1143_ARATH; O64776, Y1144_ARATH; O64774, Y1146_ARATH; -DR O64771, Y1148_ARATH; Q9SYA0, Y1150_ARATH; Q3EDL4, Y1154_ARATH; -DR Q9SY95, Y1155_ARATH; Q54JC7, Y1197_DICDI; Q54RZ7, Y1199_DICDI; -DR P0DKI6, Y1332_ARATH; Q9XID3, Y1343_ARATH; Q9ZVM9, Y1461_ARATH; -DR Q9FX99, Y1497_ARATH; Q54EG9, Y1516_DICDI; C0LGG4, Y1518_ARATH; -DR C0LGG7, Y1534_ARATH; Q1ZXI5, Y1558_DICDI; C0LGH2, Y1561_ARATH; -DR C0LGD6, Y1570_ARATH; Q9LP24, Y1571_ARATH; O64780, Y1614_ARATH; -DR C0LGH8, Y1634_ARATH; Q54FH3, Y1638_DICDI; O64781, Y1639_ARATH; -DR Q54UZ1, Y1639_DICDI; O64777, Y1643_ARATH; O64770, Y1649_ARATH; -DR Q9SY89, Y1661_ARATH; Q54EM1, Y1664_DICDI; O64793, Y1675_ARATH; -DR C0LGI2, Y1677_ARATH; Q9M9C5, Y1680_ARATH; C0LGD7, Y1684_ARATH; -DR C0LGI5, Y1699_ARATH; Q9SHI2, Y1723_ARATH; Q9CAH1, Y1725_ARATH; -DR C0LGJ1, Y1743_ARATH; C0LGD8, Y1755_ARATH; C0LGD9, Y1756_ARATH; -DR C0LGE0, Y1765_ARATH; Q9SYM9, Y1853_ARATH; Q0V7T5, Y1864_ARATH; -DR Q9SAH3, Y1887_ARATH; Q54DY0, Y1918_DICDI; Q9ASQ6, Y1972_ARATH; -DR Q8MYF1, Y2070_DICDI; Q9ZQQ7, Y2144_ARATH; C0LGK4, Y2165_ARATH; -DR Q0WVM4, Y2239_ARATH; Q9ZUI0, Y2241_ARATH; C0LGK9, Y2242_ARATH; -DR C0LGJ9, Y2278_ARATH; C0LGL4, Y2289_ARATH; Q9SJG2, Y2296_ARATH; -DR O49318, Y2317_ARATH; Q54DC8, Y2350_DICDI; Q3EBR4, Y2394_ARATH; -DR Q54SK3, Y2417_DICDI; Q9ZQR3, Y2451_ARATH; O64639, Y2559_ARATH; -DR Q8SSH1, Y255_ENCCU ; O80719, Y2706_ARATH; Q54SC4, Y2777_DICDI; -DR O81069, Y2899_ARATH; O64477, Y2913_ARATH; O65924, Y2921_ARATH; -DR O64556, Y2923_ARATH; C0LGN2, Y3148_ARATH; Q9LRP3, Y3174_ARATH; -DR Q8MYQ1, Y31E_CAEEL ; Q54R98, Y3301_DICDI; Q54R95, Y3337_DICDI; -DR Q9LFG1, Y3359_ARATH; Q9SNA3, Y3463_ARATH; Q9SD62, Y3471_ARATH; -DR C0LGP4, Y3475_ARATH; Q54B48, Y3958_DICDI; Q8VYT3, Y4052_ARATH; -DR Q9SV83, Y4103_ARATH; Q9T058, Y4119_ARATH; Q9ZR08, Y4230_ARATH; -DR C0LGQ7, Y4245_ARATH; Q54PX0, Y4251_DICDI; C0LGR6, Y4291_ARATH; -DR C0LGR9, Y4312_ARATH; Q6NKZ9, Y4345_ARATH; C0LGS2, Y4361_ARATH; -DR C0LGS3, Y4372_ARATH; Q54PK8, Y4491_DICDI; Q9STJ8, Y4539_ARATH; -DR O81832, Y4729_ARATH; Q94C25, Y5005_ARATH; C0LGT1, Y5129_ARATH; -DR C0LGT5, Y5169_ARATH; Q9FZB8, Y5181_ARATH; C0LGG3, Y5182_ARATH; -DR Q8LEB6, Y5185_ARATH; Q9FZB1, Y5188_ARATH; C0LGG6, Y5189_ARATH; -DR Q9FLV4, Y5248_ARATH; C0LGG8, Y5343_ARATH; C0LGG9, Y5344_ARATH; -DR Q8W4S5, Y5371_ARATH; C0LGU1, Y5374_ARATH; C0LGU5, Y5457_ARATH; -DR C0LGV0, Y5487_ARATH; C0LGX1, Y5524_ARATH; O65238, Y5537_ARATH; -DR Q9SI06, Y5573_ARATH; Q5XF57, Y5576_ARATH; Q9FN93, Y5596_ARATH; -DR C0LGH3, Y5614_ARATH; Q9LVP0, Y5639_ARATH; Q9LT96, Y5977_ARATH; -DR Q54ET3, Y6373_DICDI; Q54E34, Y6398_DICDI; Q86HW6, Y6461_DICDI; -DR Q54LR6, Y6481_DICDI; Q54LH8, Y6627_DICDI; Q550K8, Y7071_DICDI; -DR Q76P07, Y7165_DICDI; Q1ZXR2, Y7566_DICDI; Q54YZ5, Y7989_DICDI; -DR Q54VU4, Y8013_DICDI; Q55FV5, Y8550_DICDI; Q55F45, Y8642_DICDI; -DR Q54LU8, Y8646_DICDI; Q54XJ4, Y8901_DICDI; Q54V83, Y9296_DICDI; -DR Q54C18, Y9452_DICDI; Q55DK2, Y9628_DICDI; Q54WD7, Y9719_DICDI; -DR Q54V35, Y9841_DICDI; Q54RR9, Y9844_DICDI; Q55GG4, Y9847_DICDI; -DR Q55A55, Y9848_DICDI; Q54XX5, Y9849_DICDI; Q869X3, Y9851_DICDI; -DR Q86AE1, Y9853_DICDI; Q54TH6, Y9863_DICDI; Q54VC0, Y9865_DICDI; -DR Q55BA0, Y9866_DICDI; Q86HG9, Y9871_DICDI; Q54QI2, Y9877_DICDI; -DR Q55GU0, Y9955_DICDI; Q55EI8, Y9956_DICDI; Q552C1, Y9957_DICDI; -DR Q55A09, Y9963_DICDI; Q54C38, Y9988_DICDI; O31435, YBDM_BACSU ; -DR Q12222, YGK3_YEAST ; P42169, YKL2_CAEEL ; Q5UQ24, YL205_MIMIV; -DR Q5UQC1, YL232_MIMIV; Q5UPU3, YL268_MIMIV; Q5UNT4, YL670_MIMIV; -DR Q5UNT1, YL673_MIMIV; P34516, YMX8_CAEEL ; P34633, YOO1_CAEEL ; -DR P34635, YOO3_CAEEL ; Q12152, YP150_YEAST; J9W0G9, YPK1_CRYNH ; -DR P12688, YPK1_YEAST ; P18961, YPK2_YEAST ; P38070, YPK3_YEAST ; -DR Q9RI12, YPKA_YERPE ; Q05608, YPKA_YERPS ; Q5UPZ2, YR301_MIMIV; -DR Q5UQJ6, YR400_MIMIV; Q7T6Y1, YR436_MIMIV; Q5UQ78, YR517_MIMIV; -DR Q5UNT7, YR679_MIMIV; Q5UQG7, YR818_MIMIV; Q7T6X2, YR826_MIMIV; -DR Q7T6Y2, YR831_MIMIV; Q09595, YRL5_CAEEL ; O32057, YRZF_BACSU ; -DR Q11090, YWY3_CAEEL ; Q9ZU46, ZAR1_ARATH ; Q9SVY5, ZRK1_ARATH ; -DR Q8VZF4, ZRK3_ARATH ; A0A178VE74, ZRK4_ARATH ; F4J3H7, ZRK7_ARATH ; -DR Q621J7, ZYG1_CAEBR ; Q9GT24, ZYG1_CAEEL ; +DR Q9SAJ2, RAF20_ARATH; O64768, RAF24_ARATH; P00532, RAF_MSV36 ; +DR P40230, RAG8_KLULA ; P08092, RAN1_SCHPO ; Q8H1D6, RBK1_ARATH ; +DR Q8RXC8, RBK2_ARATH ; P38622, RCK1_YEAST ; P38623, RCK2_YEAST ; +DR Q54XQ2, RCKA_DICDI ; Q8ZKU8, RDOA_SALTY ; Q9LHP4, RGI1_ARATH ; +DR C0LGV1, RGI2_ARATH ; C0LGR3, RGI3_ARATH ; F4K6B8, RGI4_ARATH ; +DR C0LGF5, RGI5_ARATH ; F4I4F2, RHS3_ARATH ; P38615, RIM11_YEAST; +DR P43565, RIM15_YEAST; O28471, RIO1_ARCFU ; G0S3J5, RIO1_CHATD ; +DR Q54VD8, RIO1_DICDI ; Q8SVI7, RIO1_ENCCU ; D4GYY1, RIO1_HALVD ; +DR Q57886, RIO1_METJA ; O42650, RIO1_SCHPO ; Q03021, RIO1_THEAC ; +DR Q12196, RIO1_YEAST ; O30245, RIO2_ARCFU ; Q54T05, RIO2_DICDI ; +DR Q58473, RIO2_METJA ; Q9P7W5, RIO2_SCHPO ; P40160, RIO2_YEAST ; +DR O44959, RIOK1_CAEEL; Q9BRS2, RIOK1_HUMAN; Q922Q2, RIOK1_MOUSE; +DR Q95Q34, RIOK2_CAEEL; Q9BVS4, RIOK2_HUMAN; Q9CQS5, RIOK2_MOUSE; +DR Q1RMT7, RIOK3_BOVIN; P34649, RIOK3_CAEEL; O14730, RIOK3_HUMAN; +DR Q9DBU3, RIOK3_MOUSE; Q13546, RIPK1_HUMAN; Q60855, RIPK1_MOUSE; +DR Q3SZJ2, RIPK2_BOVIN; O43353, RIPK2_HUMAN; P58801, RIPK2_MOUSE; +DR Q9Y572, RIPK3_HUMAN; Q9QZL0, RIPK3_MOUSE; Q9Z2P5, RIPK3_RAT ; +DR P57078, RIPK4_HUMAN; Q9ERK0, RIPK4_MOUSE; Q9ZUF4, RIPK_ARATH ; +DR Q65XV8, RK176_ORYSJ; Q6I5Q6, RK185_ORYSJ; Q9FXF2, RKF1_ARATH ; +DR P93050, RKF3_ARATH ; Q02723, RKIN1_SECCE; Q9ZT07, RKS1_ARATH ; +DR Q9FN94, RLK0_ARATH ; D7UPN3, RLK10_ORYSJ; Q39202, RLK1_ARATH ; +DR P47735, RLK5_ARATH ; Q9LIG2, RLK6_ARATH ; F4I2N7, RLK7_ARATH ; +DR P27966, RMIL_AVEVR ; P10533, RMIL_AVII1 ; Q6XHA5, ROC11_DICDI; +DR Q8MIT6, ROCK1_BOVIN; Q13464, ROCK1_HUMAN; P70335, ROCK1_MOUSE; +DR P61584, ROCK1_PANTR; O77819, ROCK1_RABIT; Q63644, ROCK1_RAT ; +DR Q28021, ROCK2_BOVIN; O75116, ROCK2_HUMAN; P70336, ROCK2_MOUSE; +DR M3TYT0, ROCK2_PIG ; Q62868, ROCK2_RAT ; A8WVU9, ROCK_CAEBR ; +DR P92199, ROCK_CAEEL ; Q6XHB2, ROCO4_DICDI; Q1ZXD6, ROCO5_DICDI; +DR Q54WS5, ROCO6_DICDI; Q55GE6, ROCO7_DICDI; Q54M77, ROCO8_DICDI; +DR Q6XHA7, ROCO9_DICDI; Q9ZRF9, RPK1_ARATH ; P93194, RPK1_IPONI ; +DR Q9S7I6, RPK2_ARATH ; Q9Y6S9, RPKL1_HUMAN; Q8R2S1, RPKL1_MOUSE; +DR Q5RA67, RPKL1_PONAB; Q9RRH3, RQKA_DEIRA ; P42411, RSBT_BACSU ; +DR C3P2P9, RSBW_BACAA ; C3LD19, RSBW_BACAC ; A0RAL4, RSBW_BACAH ; +DR Q9K5J7, RSBW_BACAN ; B7JCS0, RSBW_BACC0 ; Q73CI0, RSBW_BACC1 ; +DR B7IK73, RSBW_BACC2 ; C1EZZ5, RSBW_BACC3 ; B7HFX0, RSBW_BACC4 ; +DR B7HYQ6, RSBW_BACC7 ; B9ISD5, RSBW_BACCQ ; Q81H23, RSBW_BACCR ; +DR Q63F14, RSBW_BACCZ ; Q6HMH0, RSBW_BACHK ; Q65N49, RSBW_BACLD ; +DR O50231, RSBW_BACLI ; A9VHG0, RSBW_BACMK ; A8FA73, RSBW_BACP2 ; +DR P17904, RSBW_BACSU ; A7Z1M9, RSBW_BACVZ ; Q9KFF1, RSBW_HALH5 ; +DR Q92DC2, RSBW_LISIN ; C1L1G4, RSBW_LISMC ; Q721S2, RSBW_LISMF ; +DR B8DG65, RSBW_LISMH ; Q8Y8K6, RSBW_LISMO ; A0AH12, RSBW_LISW6 ; +DR Q8CXL7, RSBW_OCEIH ; A7X4P1, RSBW_STAA1 ; A6U3F0, RSBW_STAA2 ; +DR Q2FF59, RSBW_STAA3 ; Q2FWJ3, RSBW_STAA8 ; A5IUL1, RSBW_STAA9 ; +DR Q2YUI8, RSBW_STAAB ; Q5HED6, RSBW_STAAC ; A6QIR1, RSBW_STAAE ; +DR P0A0H6, RSBW_STAAM ; P0A0H7, RSBW_STAAN ; Q6GF08, RSBW_STAAR ; +DR Q6G7P4, RSBW_STAAS ; A8Z4W8, RSBW_STAAT ; P0C1V2, RSBW_STAAU ; +DR Q8NVI5, RSBW_STAAW ; P0C0M6, RSBW_STAEP ; Q5HMF0, RSBW_STAEQ ; +DR P0C0M7, RSBW_STAES ; Q12100, RTK1_YEAST ; F4JY37, RUK_ARATH ; +DR Q19469, SAD1_CAEEL ; P38990, SAK1_YEAST ; Q55CW3, SAMKA_DICDI; +DR Q54P26, SAMKB_DICDI; Q55CW2, SAMKC_DICDI; Q75LR7, SAPK1_ORYSJ; +DR A2YNT8, SAPK2_ORYSI; Q0D4J7, SAPK2_ORYSJ; A2ZAB5, SAPK3_ORYSI; +DR P0C5D6, SAPK3_ORYSJ; Q5N942, SAPK4_ORYSJ; Q7XKA8, SAPK5_ORYSJ; +DR Q6ZI44, SAPK6_ORYSJ; Q7XQP4, SAPK7_ORYSJ; Q7Y0B9, SAPK8_ORYSJ; +DR Q75V57, SAPK9_ORYSJ; Q75H77, SAPKA_ORYSJ; A8XJL7, SAX1_CAEBR ; +DR Q2L6W9, SAX1_CAEEL ; Q9SKB2, SBIR1_ARATH; Q90ZY4, SBK1_DANRE ; +DR Q52WX2, SBK1_HUMAN ; Q8QZX0, SBK1_MOUSE ; Q9Z335, SBK1_RAT ; +DR P0C263, SBK2_HUMAN ; P0C5K1, SBK2_MOUSE ; B1WBU5, SBK2_RAT ; +DR P0C264, SBK3_HUMAN ; P0C5K0, SBK3_MOUSE ; Q9VM90, SBKH_DROME ; +DR Q5AHG6, SCH9_CANAL ; P11792, SCH9_YEAST ; P50530, SCK1_SCHPO ; +DR Q10364, SCK2_SCHPO ; Q9LPZ9, SD113_ARATH; O81833, SD11_ARATH ; +DR Q9S972, SD16_ARATH ; Q39086, SD17_ARATH ; O81905, SD18_ARATH ; +DR Q39203, SD22_ARATH ; Q8RWZ5, SD25_ARATH ; P93756, SD31_ARATH ; +DR G5ECQ3, SEL5_CAEEL ; Q8T2I8, SEPA_DICDI ; A2QHV0, SEPH_ASPNC ; +DR Q0CL79, SEPH_ASPTN ; Q5B4Z3, SEPH_EMENI ; Q94AG2, SERK1_ARATH; +DR Q9XIC7, SERK2_ARATH; Q7XV05, SERK2_ORYSJ; Q67X31, SERK3_ORYSJ; +DR Q9SKG5, SERK4_ARATH; Q6K4T4, SERK4_ORYSJ; Q8LPS5, SERK5_ARATH; +DR Q9FP13, SERL2_ORYSJ; P18431, SGG_DROME ; Q6GPN6, SGK1A_XENLA; +DR Q6GLY8, SGK1B_XENLA; A7MB74, SGK1_BOVIN ; A8XNJ6, SGK1_CAEBR ; +DR Q2PJ68, SGK1_CAEEL ; Q6U1I9, SGK1_CHICK ; Q7ZTW4, SGK1_DANRE ; +DR Q5Q0U5, SGK1_FUNHE ; O00141, SGK1_HUMAN ; Q4R633, SGK1_MACFA ; +DR Q9WVC6, SGK1_MOUSE ; Q9XT18, SGK1_RABIT ; Q06226, SGK1_RAT ; +DR Q5BKK4, SGK1_XENTR ; Q9HBY8, SGK2_HUMAN ; Q9QZS5, SGK2_MOUSE ; +DR Q8R4U9, SGK2_RAT ; Q96BR1, SGK3_HUMAN ; Q9ERE3, SGK3_MOUSE ; +DR Q5R7A7, SGK3_PONAB ; Q8R4V0, SGK3_RAT ; Q10056, SHK2_SCHPO ; +DR Q54RB7, SHKA_DICDI ; Q54IP4, SHKB_DICDI ; Q54Y55, SHKC_DICDI ; +DR Q54U31, SHKD_DICDI ; Q54G43, SHKE_DICDI ; O14305, SID1_SCHPO ; +DR Q09898, SID2_SCHPO ; A0A0B4J2F2, SIK1B_HUMAN; O24527, SIK1_ARATH ; +DR P57059, SIK1_HUMAN ; Q60670, SIK1_MOUSE ; Q658G7, SIK1_ORYSJ ; +DR Q9R1U5, SIK1_RAT ; Q9IA88, SIK2_CHICK ; Q9H0K1, SIK2_HUMAN ; +DR Q8CFH6, SIK2_MOUSE ; Q5REX1, SIK2_PONAB ; Q6NSM8, SIK3_DANRE ; +DR Q9Y2K2, SIK3_HUMAN ; Q6P4S6, SIK3_MOUSE ; Q9C9U5, SIS8_ARATH ; +DR Q6H7D2, SIT1_ORYSJ ; Q7XUN6, SIT2_ORYSJ ; O82318, SKM1_ARATH ; +DR Q12469, SKM1_YEAST ; Q12505, SKS1_YEAST ; Q86A12, SKY1_DICDI ; +DR Q03656, SKY1_YEAST ; O55092, SLK_CAVPO ; Q9H2G2, SLK_HUMAN ; +DR O54988, SLK_MOUSE ; O08815, SLK_RAT ; Q61CW2, SMG1_CAEBR ; +DR O01510, SMG1_CAEEL ; C5J7W8, SMG1_DANRE ; Q553E9, SMG1_DICDI ; +DR Q70PP2, SMG1_DROME ; Q96Q15, SMG1_HUMAN ; Q8BKX6, SMG1_MOUSE ; +DR Q9QYZ6, SMK2A_MOUSE; Q9QYZ3, SMK2B_MOUSE; C0HKC8, SMK3A_MOUSE; +DR C0HKC9, SMK3B_MOUSE; A2KF29, SMKTR_MOUSE; Q8C0V7, SMKW_MOUSE ; +DR Q8C0X8, SMKX_MOUSE ; A0AUV4, SMKY_MOUSE ; Q8C0N0, SMKZ_MOUSE ; +DR A1A5Q6, SMK_RAT ; Q9QYZ4, SMOK1_MOUSE; P52497, SNF1_CANAX ; +DR Q00372, SNF1_CANGA ; O94168, SNF1_CANTR ; P0DP15, SNF1_FUSVI ; +DR O74536, SNF1_SCHPO ; P06782, SNF1_YEAST ; Q9NRH2, SNRK_HUMAN ; +DR Q8VDU5, SNRK_MOUSE ; Q63553, SNRK_RAT ; B7GKG6, SP2AB_ANOFW; +DR C3P7L0, SP2AB_BACAA; C3LIU0, SP2AB_BACAC; A0RI78, SP2AB_BACAH; +DR Q81MF4, SP2AB_BACAN; B7JLS6, SP2AB_BACC0; Q731M3, SP2AB_BACC1; +DR B7IWI6, SP2AB_BACC2; C1EQU8, SP2AB_BACC3; B7H965, SP2AB_BACC4; +DR B7HN53, SP2AB_BACC7; A7GS97, SP2AB_BACCN; B9IWT7, SP2AB_BACCQ; +DR Q819B3, SP2AB_BACCR; Q635K7, SP2AB_BACCZ; Q6HE93, SP2AB_BACHK; +DR Q65HU3, SP2AB_BACLD; P26778, SP2AB_BACLI; A9VFH8, SP2AB_BACMK; +DR A8FET0, SP2AB_BACP2; P10728, SP2AB_BACSU; A7Z692, SP2AB_BACVZ; +DR Q8RAA8, SP2AB_CALS4; Q97GQ9, SP2AB_CLOAB; A6LRL7, SP2AB_CLOB8; +DR B2V2G9, SP2AB_CLOBA; B2TLY1, SP2AB_CLOBB; B9E5R9, SP2AB_CLOK1; +DR A5N217, SP2AB_CLOK5; A0PZS6, SP2AB_CLONN; Q0TNR1, SP2AB_CLOP1; +DR Q8XIR5, SP2AB_CLOPE; Q0SRC7, SP2AB_CLOPS; P59623, SP2AB_CLOTE; +DR Q5KXJ2, SP2AB_GEOKA; O32727, SP2AB_GEOSE; C5D403, SP2AB_GEOSW; +DR A4IQI5, SP2AB_GEOTN; Q9KCN2, SP2AB_HALH5; P70878, SP2AB_HEYCO; +DR O32724, SP2AB_LYSSH; Q8EQ73, SP2AB_OCEIH; O32721, SP2AB_PAEPO; +DR P59624, SP2AB_PASPE; P35148, SP2AB_PRIMG; Q5WH26, SP2AB_SHOC1; +DR B0K9G3, SP2AB_THEP3; B0K150, SP2AB_THEPX; Q95PZ9, SPE6_CAEEL ; +DR Q696W0, SPEG_DANRE ; Q15772, SPEG_HUMAN ; Q62407, SPEG_MOUSE ; +DR Q63638, SPEG_RAT ; Q61IS6, SPK1_CAEBR ; Q03563, SPK1_CAEEL ; +DR Q86AT8, SPKA_DICDI ; Q9FAB3, SPKA_SYNY3 ; P74297, SPKB_SYNY3 ; +DR P74745, SPKC_SYNY3 ; P54735, SPKD_SYNY3 ; P73469, SPKF_SYNY3 ; +DR Q8SSY6, SPKUL_DICDI; Q9UQY9, SPO4_SCHPO ; P08458, SPS1_YEAST ; +DR O94547, SRK1_SCHPO ; P43291, SRK2A_ARATH; A9TF79, SRK2A_PHYPA; +DR Q9C958, SRK2B_ARATH; Q9M9E9, SRK2C_ARATH; Q39192, SRK2D_ARATH; +DR Q940H6, SRK2E_ARATH; Q9SMQ4, SRK2F_ARATH; P43292, SRK2G_ARATH; +DR Q9FFP9, SRK2H_ARATH; Q39193, SRK2I_ARATH; O64812, SRK2J_ARATH; +DR Q09092, SRK6_BRAOV ; Q8X8H9, SRKA_ECO57 ; P0C0K4, SRKA_ECOL6 ; +DR P0C0K3, SRKA_ECOLI ; Q57HL7, SRKA_SALCH ; Q5PKB8, SRKA_SALPA ; +DR Q8Z2S0, SRKA_SALTI ; Q83IV7, SRKA_SHIFL ; P0DH86, SRK_ARATH ; +DR Q96SB4, SRPK1_HUMAN; O70551, SRPK1_MOUSE; Q5RD27, SRPK1_PONAB; +DR P78362, SRPK2_HUMAN; O54781, SRPK2_MOUSE; Q9UPE1, SRPK3_HUMAN; +DR Q9Z0G2, SRPK3_MOUSE; B8Y466, SRPK3_PIG ; Q45FA5, SRPK_PHYPO ; +DR P25390, SSK22_YEAST; P50526, SSP1_SCHPO ; Q9UEE5, ST17A_HUMAN; +DR Q9GM70, ST17A_RABIT; O94768, ST17B_HUMAN; Q8BG48, ST17B_MOUSE; +DR Q91XS8, ST17B_RAT ; Q8WU08, ST32A_HUMAN; Q8BGW6, ST32A_MOUSE; +DR Q9NY57, ST32B_HUMAN; Q9JJX8, ST32B_MOUSE; Q86UX6, ST32C_HUMAN; +DR Q8QZV4, ST32C_MOUSE; Q9Y2H1, ST38L_HUMAN; Q7TSE6, ST38L_MOUSE; +DR Q4WHP3, STE20_ASPFU; Q2ULU3, STE20_ASPOR; P0CY24, STE20_CANAL; +DR C4YRB7, STE20_CANAW; P0CY23, STE20_CANAX; Q6FN53, STE20_CANGA; +DR Q6BNF3, STE20_DEBHA; Q5BBL3, STE20_EMENI; Q75DK7, STE20_EREGS; +DR Q6CVA2, STE20_KLULA; Q7RZD3, STE20_NEUCR; Q7Z8E9, STE20_PYRO7; +DR P50527, STE20_SCHPO; Q2VWQ3, STE20_TALMA; Q4P5N0, STE20_USTMA; +DR Q6C3D7, STE20_YARLI; Q03497, STE20_YEAST; E1BK52, STK10_BOVIN; +DR F1NBT0, STK10_CHICK; Q7SY52, STK10_DANRE; O94804, STK10_HUMAN; +DR O55098, STK10_MOUSE; E9PTG8, STK10_RAT ; B7ZR30, STK10_XENLA; +DR Q0IHQ8, STK10_XENTR; Q0GGW5, STK11_CHICK; Q54WJ0, STK11_DICDI; +DR Q15831, STK11_HUMAN; Q9WTK7, STK11_MOUSE; D4AE59, STK11_RAT ; +DR Q91604, STK11_XENLA; O75716, STK16_HUMAN; O88697, STK16_MOUSE; +DR P57760, STK16_RAT ; Q54WC0, STK19_DICDI; Q9Y6E0, STK24_HUMAN; +DR Q99KH8, STK24_MOUSE; B0LT89, STK24_RAT ; Q3SWY6, STK25_BOVIN; +DR O00506, STK25_HUMAN; Q9Z2W1, STK25_MOUSE; Q9P289, STK26_HUMAN; +DR Q99JT2, STK26_MOUSE; Q9BXU1, STK31_HUMAN; Q99MW1, STK31_MOUSE; +DR Q0VD22, STK33_BOVIN; Q9BYT3, STK33_HUMAN; Q924X7, STK33_MOUSE; +DR Q8TDR2, STK35_HUMAN; Q80ZW0, STK35_MOUSE; Q9NRP7, STK36_HUMAN; +DR Q69ZM6, STK36_MOUSE; Q5RAJ5, STK36_PONAB; A2VDV2, STK38_BOVIN; +DR Q15208, STK38_HUMAN; Q91VJ4, STK38_MOUSE; Q5R8M1, STK38_PONAB; +DR Q9UEW8, STK39_HUMAN; Q9Z1W9, STK39_MOUSE; O88506, STK39_RAT ; +DR Q7ZUQ3, STK3_DANRE ; Q13188, STK3_HUMAN ; Q9JI10, STK3_MOUSE ; +DR O54748, STK3_RAT ; Q6IP06, STK3_XENLA ; Q17QV9, STK40_BOVIN; +DR Q7T0B1, STK40_CHICK; Q8N2I9, STK40_HUMAN; Q7TNL3, STK40_MOUSE; +DR Q5R667, STK40_PONAB; Q7TNL4, STK40_RAT ; Q7T0B0, STK40_XENTR; +DR Q55FS2, STK4L_DICDI; A4K2W5, STK4_AOTNA ; Q5E9L6, STK4_BOVIN ; +DR Q5ZJK4, STK4_CHICK ; A4K2Y1, STK4_CHLAE ; A4K2P5, STK4_COLGU ; +DR O61125, STK4_DICDI ; Q13043, STK4_HUMAN ; A4K2S1, STK4_LEMCA ; +DR A4K2T0, STK4_MACMU ; Q9JI11, STK4_MOUSE ; A4K2Q5, STK4_OTOGA ; +DR A4K2M3, STK4_PAPAN ; Q802A6, STK4_SQUAC ; Q6PA14, STK4_XENLA ; +DR Q6P3Q4, STK4_XENTR ; Q8KY50, STKP_STREE ; Q04J43, STKP_STRP2 ; +DR Q97PA9, STKP_STRPN ; Q8DNS0, STKP_STRR6 ; Q9LZV4, STN8_ARATH ; +DR Q9FMY3, STPKL_ARATH; Q9S713, STT7_ARATH ; Q84V18, STT7_CHLRE ; +DR Q9ZQ31, STY13_ARATH; Q8RWL6, STY17_ARATH; F4JTP5, STY46_ARATH; +DR O22558, STY8_ARATH ; P46549, SULU_CAEEL ; G7JIK2, SUNN_MEDTR ; +DR O61122, SVKA_DICDI ; Q5AP97, SWE1_CANAL ; P32944, SWE1_YEAST ; +DR Q8L617, SZE1_ARATH ; P51123, TAF1_DROME ; P21675, TAF1_HUMAN ; +DR Q60544, TAF1_MESAU ; Q80UV9, TAF1_MOUSE ; Q6NU21, TAO1A_XENLA; +DR Q7ZYJ0, TAO1B_XENLA; Q7L7X3, TAOK1_HUMAN; Q5F2E8, TAOK1_MOUSE; +DR O88664, TAOK1_RAT ; Q9UL54, TAOK2_HUMAN; Q6ZQ29, TAOK2_MOUSE; +DR Q9JLS3, TAOK2_RAT ; Q6GPK9, TAOK2_XENLA; Q9I9E0, TAOK3_CHICK; +DR Q9H2K8, TAOK3_HUMAN; Q8BYC6, TAOK3_MOUSE; Q5R4F3, TAOK3_PONAB; +DR Q53UA7, TAOK3_RAT ; Q6DD27, TAOK3_XENLA; Q0KHQ5, TAO_DROME ; +DR Q9UHD2, TBK1_HUMAN ; Q9WUN2, TBK1_MOUSE ; Q6DFJ6, TBK1_XENLA ; +DR P0DL10, TD1_MAIZE ; Q03533, TDA1_YEAST ; Q9FII5, TDR_ARATH ; +DR Q2QAV0, TIO_ARATH ; Q8WZ42, TITIN_HUMAN; A2ASS6, TITIN_MOUSE; +DR Q90ZY6, TLK1B_DANRE; P34314, TLK1_CAEEL ; Q9UKI8, TLK1_HUMAN ; +DR Q8C0V0, TLK1_MOUSE ; Q1ECX4, TLK2_DANRE ; Q86UE8, TLK2_HUMAN ; +DR O55047, TLK2_MOUSE ; Q08CW1, TLK2_XENTR ; P43298, TMK1_ARATH ; +DR Q9FYK0, TMK2_ARATH ; Q9SIT1, TMK3_ARATH ; Q9LK43, TMK4_ARATH ; +DR Q59H18, TNI3K_HUMAN; Q5GIG6, TNI3K_MOUSE; Q5RF15, TNI3K_PONAB; +DR Q7TQP6, TNI3K_RAT ; Q9UKE5, TNIK_HUMAN ; P83510, TNIK_MOUSE ; +DR O14356, TOR1_SCHPO ; P35169, TOR1_YEAST ; Q9Y7K2, TOR2_SCHPO ; +DR P32600, TOR2_YEAST ; Q9FR53, TOR_ARATH ; Q95Q95, TOR_CAEEL ; +DR Q86C65, TOR_DICDI ; Q9VK45, TOR_DROME ; Q0DJS1, TOR_ORYSJ ; +DR A6ZU08, TOS3_YEAS7 ; P43637, TOS3_YEAST ; Q9NBK5, TRC_DROME ; +DR Q2LZZ7, TRC_DROPS ; Q1LUA6, TRIO_DANRE ; O75962, TRIO_HUMAN ; +DR Q0KL02, TRIO_MOUSE ; F1M0Z1, TRIO_RAT ; Q9BX84, TRPM6_HUMAN; +DR Q8CIR4, TRPM6_MOUSE; Q96QT4, TRPM7_HUMAN; Q923J1, TRPM7_MOUSE; +DR Q925B3, TRPM7_RAT ; Q39238, TSL_ARATH ; Q3SZW1, TSSK1_BOVIN; +DR Q9BXA7, TSSK1_HUMAN; Q61241, TSSK1_MOUSE; Q96PF2, TSSK2_HUMAN; +DR O54863, TSSK2_MOUSE; Q96PN8, TSSK3_HUMAN; Q9D2E1, TSSK3_MOUSE; +DR Q6SA08, TSSK4_HUMAN; Q9D411, TSSK4_MOUSE; Q8C1R0, TSSK5_MOUSE; +DR Q9BXA6, TSSK6_HUMAN; Q925K9, TSSK6_MOUSE; Q55FT4, TSUA_DICDI ; +DR Q5TCY1, TTBK1_HUMAN; Q6PCN3, TTBK1_MOUSE; Q6IQ55, TTBK2_HUMAN; +DR Q3UVR3, TTBK2_MOUSE; G4SLH0, TTN1_CAEEL ; Q8TAS1, UHMK1_HUMAN; +DR P97343, UHMK1_MOUSE; Q5RCY1, UHMK1_PONAB; Q63285, UHMK1_RAT ; +DR P28966, UL13_EHV1B ; P84391, UL13_EHV1V ; Q9E6Q4, UL13_GAHVM ; +DR P04290, UL13_HHV11 ; P89436, UL13_HHV2H ; Q6UDH7, UL13_PSHV1 ; +DR P30662, UL13_SUHVN ; P09296, UL13_VZVD ; Q6YP73, UL13_VZVO ; +DR P16788, UL97_HCMVA ; Q6SW46, UL97_HCMVM ; Q68101, UL97_HCMVT ; +DR D3XDS2, UL97_MUHVS ; O75385, ULK1_HUMAN ; O70405, ULK1_MOUSE ; +DR Q8IYT8, ULK2_HUMAN ; Q9QY01, ULK2_MOUSE ; Q5ZJH6, ULK3_CHICK ; +DR Q6PHR2, ULK3_HUMAN ; Q3U3Q1, ULK3_MOUSE ; D3ZHP7, ULK3_RAT ; +DR Q4V7Q6, ULK3_XENLA ; Q96C45, ULK4_HUMAN ; Q3V129, ULK4_MOUSE ; +DR Q5R4M2, ULK4_PONAB ; Q23551, UNC22_CAEEL; Q23023, UNC51_CAEEL; +DR Q9LT38, UNCL_ARATH ; Q9SYB9, UNC_ARATH ; Q08097, US03_BHV1S ; +DR Q04543, US03_CHV9D ; P28926, US03_EHV1B ; P84390, US03_EHV1V ; +DR Q05101, US03_GAHVG ; Q9E6L8, US03_GAHVM ; P04413, US03_HHV11 ; +DR P13287, US03_HHV2H ; Q6UDG0, US03_PSHV1 ; P24381, US03_SUHVN ; +DR P09251, US03_VZVD ; Q9J523, V212_FOWPN ; Q9J509, V226_FOWPN ; +DR Q197F0, VF380_IIV3 ; Q91FE4, VF380_IIV6 ; Q03785, VHS1_YEAST ; +DR Q9XI87, VIK_ARATH ; Q9J5B1, VPK2_FOWPN ; A0A7H0DN27, VPK2_MONPV ; +DR P32216, VPK2_SWPVK ; O57177, VPK2_VACCA ; P21095, VPK2_VACCC ; +DR P29884, VPK2_VACCP ; Q9JFE5, VPK2_VACCT ; Q89121, VPK2_VACCW ; +DR P33801, VPK2_VAR67 ; F5HGH5, VPK_HHV8P ; Q9M0E5, VPS15_ARATH; +DR Q6FRH8, VPS15_CANGA; Q54S77, VPS15_DICDI; Q9UVG6, VPS15_PICPA; +DR P22219, VPS15_YEAST; Q32PI1, VRK1_BOVIN ; A8WU31, VRK1_CAEBR ; +DR Q19848, VRK1_CAEEL ; Q7ZUS1, VRK1_DANRE ; Q99986, VRK1_HUMAN ; +DR Q80X41, VRK1_MOUSE ; Q86Y07, VRK2_HUMAN ; Q8BN21, VRK2_MOUSE ; +DR Q6B9X6, VWKA_DICDI ; Q9C8M5, WAG1_ARATH ; Q9LUL2, WAG2_ARATH ; +DR A0A1D6E0S8, WAK17_MAIZE; O45797, WARTS_CAEEL; Q9VA38, WARTS_DROME; +DR A0A7J6K7Y0, WNG1_TOXGO ; A0A7J6K7I9, WNG2_TOXGO ; Q8RXE5, WNK10_ARATH; +DR Q6ICW6, WNK11_ARATH; Q9CAV6, WNK1_ARATH ; Q9H4A3, WNK1_HUMAN ; +DR P83741, WNK1_MOUSE ; A2YMV6, WNK1_ORYSI ; Q0D598, WNK1_ORYSJ ; +DR Q6R2V0, WNK1_PIG ; Q9JIH7, WNK1_RAT ; Q8S8Y9, WNK2_ARATH ; +DR Q9Y3S1, WNK2_HUMAN ; Q3UH66, WNK2_MOUSE ; Q65X23, WNK2_ORYSJ ; +DR Q9STK6, WNK3_ARATH ; Q9BYP7, WNK3_HUMAN ; Q80XP9, WNK3_MOUSE ; +DR Q0D847, WNK3_ORYSJ ; Q9LVL5, WNK4_ARATH ; Q96J92, WNK4_HUMAN ; +DR Q80UE6, WNK4_MOUSE ; Q6EU49, WNK4_ORYSJ ; Q7TPK6, WNK4_RAT ; +DR Q9SCU5, WNK5_ARATH ; Q0D541, WNK5_ORYSJ ; Q8S8Y8, WNK6_ARATH ; +DR Q2RA93, WNK6_ORYSJ ; Q8LST2, WNK7_ARATH ; Q2RBE3, WNK7_ORYSJ ; +DR Q944Q0, WNK8_ARATH ; Q2QYL8, WNK8_ORYSJ ; Q2V338, WNK9_ARATH ; +DR Q2QXC6, WNK9_ORYSJ ; X5M5N0, WNK_CAEEL ; M9PGC5, WNK_DROME ; +DR Q1MX30, XA21_ORYSI ; Q2R2D5, XA21_ORYSJ ; Q54ZN3, Y0004_DICDI; +DR Q54WW7, Y0010_DICDI; Q54XY6, Y0019_DICDI; Q54VV7, Y0111_DICDI; +DR Q54Y90, Y0133_DICDI; Q54XZ5, Y0138_DICDI; Q55CA6, Y0146_DICDI; +DR Q54FR9, Y0436_DICDI; Q54RP7, Y0652_DICDI; Q54IF2, Y0670_DICDI; +DR Q54L81, Y0700_DICDI; Q559T8, Y0701_DICDI; O04086, Y1105_ARATH; +DR Q9SXB3, Y1112_ARATH; C0LGE4, Y1124_ARATH; Q9SXB4, Y1130_ARATH; +DR Q9SXB8, Y1133_ARATH; Q54F40, Y1133_DICDI; Q9SXB5, Y1135_ARATH; +DR O64784, Y1136_ARATH; O64783, Y1137_ARATH; Q9LPZ3, Y1141_ARATH; +DR O64778, Y1142_ARATH; Q9M9S4, Y1143_ARATH; O64776, Y1144_ARATH; +DR O64774, Y1146_ARATH; O64771, Y1148_ARATH; Q9SYA0, Y1150_ARATH; +DR Q3EDL4, Y1154_ARATH; Q9SY95, Y1155_ARATH; Q54JC7, Y1197_DICDI; +DR Q54RZ7, Y1199_DICDI; P0DKI6, Y1332_ARATH; Q9XID3, Y1343_ARATH; +DR Q9ZVM9, Y1461_ARATH; Q9FX99, Y1497_ARATH; Q54EG9, Y1516_DICDI; +DR C0LGG4, Y1518_ARATH; C0LGG7, Y1534_ARATH; Q1ZXI5, Y1558_DICDI; +DR C0LGH2, Y1561_ARATH; C0LGD6, Y1570_ARATH; Q9LP24, Y1571_ARATH; +DR O64780, Y1614_ARATH; C0LGH8, Y1634_ARATH; Q54FH3, Y1638_DICDI; +DR O64781, Y1639_ARATH; Q54UZ1, Y1639_DICDI; O64777, Y1643_ARATH; +DR O64770, Y1649_ARATH; Q9SY89, Y1661_ARATH; Q54EM1, Y1664_DICDI; +DR O64793, Y1675_ARATH; C0LGI2, Y1677_ARATH; Q9M9C5, Y1680_ARATH; +DR C0LGD7, Y1684_ARATH; C0LGI5, Y1699_ARATH; Q9SHI2, Y1723_ARATH; +DR Q9CAH1, Y1725_ARATH; C0LGJ1, Y1743_ARATH; C0LGD8, Y1755_ARATH; +DR C0LGD9, Y1756_ARATH; C0LGE0, Y1765_ARATH; Q9SYM9, Y1853_ARATH; +DR Q0V7T5, Y1864_ARATH; Q9SAH3, Y1887_ARATH; Q54DY0, Y1918_DICDI; +DR Q9ASQ6, Y1972_ARATH; Q8MYF1, Y2070_DICDI; Q9ZQQ7, Y2144_ARATH; +DR C0LGK4, Y2165_ARATH; Q0WVM4, Y2239_ARATH; Q9ZUI0, Y2241_ARATH; +DR C0LGK9, Y2242_ARATH; C0LGJ9, Y2278_ARATH; C0LGL4, Y2289_ARATH; +DR Q9SJG2, Y2296_ARATH; O49318, Y2317_ARATH; Q54DC8, Y2350_DICDI; +DR Q3EBR4, Y2394_ARATH; Q54SK3, Y2417_DICDI; Q9ZQR3, Y2451_ARATH; +DR O64639, Y2559_ARATH; Q8SSH1, Y255_ENCCU ; O80719, Y2706_ARATH; +DR Q54SC4, Y2777_DICDI; O81069, Y2899_ARATH; O64477, Y2913_ARATH; +DR O65924, Y2921_ARATH; O64556, Y2923_ARATH; C0LGN2, Y3148_ARATH; +DR Q9LRP3, Y3174_ARATH; Q8MYQ1, Y31E_CAEEL ; Q54R98, Y3301_DICDI; +DR Q54R95, Y3337_DICDI; Q9LFG1, Y3359_ARATH; Q9SNA3, Y3463_ARATH; +DR Q9SD62, Y3471_ARATH; C0LGP4, Y3475_ARATH; Q54B48, Y3958_DICDI; +DR Q8VYT3, Y4052_ARATH; Q9SV83, Y4103_ARATH; Q9T058, Y4119_ARATH; +DR Q9ZR08, Y4230_ARATH; C0LGQ7, Y4245_ARATH; Q54PX0, Y4251_DICDI; +DR C0LGR6, Y4291_ARATH; C0LGR9, Y4312_ARATH; Q6NKZ9, Y4345_ARATH; +DR C0LGS2, Y4361_ARATH; C0LGS3, Y4372_ARATH; Q54PK8, Y4491_DICDI; +DR Q9STJ8, Y4539_ARATH; O81832, Y4729_ARATH; Q94C25, Y5005_ARATH; +DR C0LGT1, Y5129_ARATH; C0LGT5, Y5169_ARATH; Q9FZB8, Y5181_ARATH; +DR C0LGG3, Y5182_ARATH; Q8LEB6, Y5185_ARATH; Q9FZB1, Y5188_ARATH; +DR C0LGG6, Y5189_ARATH; Q9FLV4, Y5248_ARATH; C0LGG8, Y5343_ARATH; +DR C0LGG9, Y5344_ARATH; Q8W4S5, Y5371_ARATH; C0LGU1, Y5374_ARATH; +DR C0LGU5, Y5457_ARATH; C0LGV0, Y5487_ARATH; C0LGX1, Y5524_ARATH; +DR O65238, Y5537_ARATH; Q9SI06, Y5573_ARATH; Q5XF57, Y5576_ARATH; +DR Q9FN93, Y5596_ARATH; C0LGH3, Y5614_ARATH; Q9LVP0, Y5639_ARATH; +DR Q9LT96, Y5977_ARATH; Q54ET3, Y6373_DICDI; Q54E34, Y6398_DICDI; +DR Q86HW6, Y6461_DICDI; Q54LR6, Y6481_DICDI; Q54LH8, Y6627_DICDI; +DR Q550K8, Y7071_DICDI; Q76P07, Y7165_DICDI; Q1ZXR2, Y7566_DICDI; +DR Q54YZ5, Y7989_DICDI; Q54VU4, Y8013_DICDI; Q55FV5, Y8550_DICDI; +DR Q55F45, Y8642_DICDI; Q54LU8, Y8646_DICDI; Q54XJ4, Y8901_DICDI; +DR Q54V83, Y9296_DICDI; Q54C18, Y9452_DICDI; Q55DK2, Y9628_DICDI; +DR Q54WD7, Y9719_DICDI; Q54V35, Y9841_DICDI; Q54RR9, Y9844_DICDI; +DR Q55GG4, Y9847_DICDI; Q55A55, Y9848_DICDI; Q54XX5, Y9849_DICDI; +DR Q869X3, Y9851_DICDI; Q86AE1, Y9853_DICDI; Q54TH6, Y9863_DICDI; +DR Q54VC0, Y9865_DICDI; Q55BA0, Y9866_DICDI; Q86HG9, Y9871_DICDI; +DR Q54QI2, Y9877_DICDI; Q55GU0, Y9955_DICDI; Q55EI8, Y9956_DICDI; +DR Q552C1, Y9957_DICDI; Q55A09, Y9963_DICDI; Q54C38, Y9988_DICDI; +DR O31435, YBDM_BACSU ; Q12222, YGK3_YEAST ; P42169, YKL2_CAEEL ; +DR Q5UQ24, YL205_MIMIV; Q5UQC1, YL232_MIMIV; Q5UPU3, YL268_MIMIV; +DR Q5UNT4, YL670_MIMIV; Q5UNT1, YL673_MIMIV; P34516, YMX8_CAEEL ; +DR P34633, YOO1_CAEEL ; P34635, YOO3_CAEEL ; Q12152, YP150_YEAST; +DR J9W0G9, YPK1_CRYNH ; P12688, YPK1_YEAST ; P18961, YPK2_YEAST ; +DR P38070, YPK3_YEAST ; Q4X1A8, YPKA_ASPFU ; Q9RI12, YPKA_YERPE ; +DR Q05608, YPKA_YERPS ; Q5UPZ2, YR301_MIMIV; Q5UQJ6, YR400_MIMIV; +DR Q7T6Y1, YR436_MIMIV; Q5UQ78, YR517_MIMIV; Q5UNT7, YR679_MIMIV; +DR Q5UQG7, YR818_MIMIV; Q7T6X2, YR826_MIMIV; Q7T6Y2, YR831_MIMIV; +DR Q09595, YRL5_CAEEL ; O32057, YRZF_BACSU ; Q11090, YWY3_CAEEL ; +DR Q9ZU46, ZAR1_ARATH ; Q9SVY5, ZRK1_ARATH ; Q8VZF4, ZRK3_ARATH ; +DR A0A178VE74, ZRK4_ARATH ; F4J3H7, ZRK7_ARATH ; Q621J7, ZYG1_CAEBR ; +DR Q9GT24, ZYG1_CAEEL ; // ID 2.7.11.2 DE [pyruvate dehydrogenase (acetyl-transferring)] kinase. @@ -86659,8 +87131,8 @@ DR B5R7Q4, ACEK_SALG2 ; B4TDG1, ACEK_SALHS ; B4T1M4, ACEK_SALNS ; DR A9N0M7, ACEK_SALPB ; C0Q489, ACEK_SALPC ; B4TQM3, ACEK_SALSV ; DR Q8Z1V8, ACEK_SALTI ; P51067, ACEK_SALTY ; A8GKF5, ACEK_SERP5 ; DR B2TWJ8, ACEK_SHIB3 ; Q31TY7, ACEK_SHIBS ; Q328N5, ACEK_SHIDS ; -DR A4VMC4, ACEK_STUS1 ; Q8PFZ0, ACEK_XANAC ; Q3BNH4, ACEK_XANC5 ; -DR Q4UPY1, ACEK_XANC8 ; B0RWU0, ACEK_XANCB ; Q8P4D0, ACEK_XANCP ; +DR A4VMC4, ACEK_STUS1 ; Q8PFZ0, ACEK_XANAC ; Q4UPY1, ACEK_XANC8 ; +DR B0RWU0, ACEK_XANCB ; Q8P4D0, ACEK_XANCP ; Q3BNH4, ACEK_XANE5 ; DR A1JRX0, ACEK_YERE8 ; A7FDG2, ACEK_YERP3 ; Q1CC34, ACEK_YERPA ; DR Q8ZAR7, ACEK_YERPE ; A9R541, ACEK_YERPG ; Q1CNT1, ACEK_YERPN ; DR A4TH34, ACEK_YERPP ; Q664W4, ACEK_YERPS ; @@ -87361,37 +87833,38 @@ DR P83100, MK14C_DROME; O02812, MK14_CANLF ; Q16539, MK14_HUMAN ; DR P47811, MK14_MOUSE ; Q95NE7, MK14_PANTR ; P70618, MK14_RAT ; DR P47812, MK14_XENLA ; Q11179, MK15_CAEEL ; Q8TD08, MK15_HUMAN ; DR Q80Y86, MK15_MOUSE ; Q9Z2A6, MK15_RAT ; Q501Q9, MK15_XENLA ; -DR O62618, MK38A_DROME; O61443, MK38B_DROME; Q5AAG6, MKC1_CANAL ; -DR P43068, MKC1_CANAX ; B0XPE4, MKK2_ASPFC ; Q4WJJ0, MKK2_ASPFU ; -DR G4N6Z6, MKK2_PYRO7 ; Q07176, MMK1_MEDSA ; Q40353, MMK2_MEDSA ; -DR O81472, MP3K2_ARATH; Q9M1Z5, MPK10_ARATH; Q5ZCI1, MPK10_ORYSJ; -DR Q9LMM5, MPK11_ARATH; Q5VN19, MPK11_ORYSJ; Q8GYQ5, MPK12_ARATH; -DR Q5Z9J0, MPK12_ORYSJ; Q9LQQ9, MPK13_ARATH; A2X0M1, MPK13_ORYSI; -DR Q0E459, MPK13_ORYSJ; O23236, MPK14_ARATH; Q75KK8, MPK14_ORYSJ; -DR Q9C9U4, MPK15_ARATH; Q53N72, MPK15_ORYSJ; Q8W4J2, MPK16_ARATH; -DR Q5VP69, MPK16_ORYSJ; Q84M93, MPK17_ARATH; Q6L5F7, MPK17_ORYSJ; -DR Q9C5C0, MPK18_ARATH; Q9LUC3, MPK19_ARATH; Q39021, MPK1_ARATH ; -DR P39745, MPK1_CAEEL ; Q84UI5, MPK1_ORYSJ ; Q9SJG9, MPK20_ARATH; -DR Q39022, MPK2_ARATH ; Q5J4W4, MPK2_ORYSJ ; Q39023, MPK3_ARATH ; -DR Q6Z437, MPK3_ORYSJ ; A9T142, MPK4A_PHYPA; A9S9Q8, MPK4B_PHYPA; -DR Q39024, MPK4_ARATH ; Q9GRU1, MPK4_LEIME ; Q5Z859, MPK4_ORYSJ ; -DR Q39025, MPK5_ARATH ; A2XFC8, MPK5_ORYSI ; Q10N20, MPK5_ORYSJ ; -DR Q39026, MPK6_ARATH ; Q336X9, MPK6_ORYSJ ; Q39027, MPK7_ARATH ; -DR Q67C40, MPK7_ORYSJ ; Q9LM33, MPK8_ARATH ; Q5SN53, MPK8_ORYSJ ; -DR Q9LV37, MPK9_ARATH ; Q6L5D4, MPK9_ORYSJ ; B0Y4X4, MPKA_ASPFC ; -DR Q4WQR3, MPKA_ASPFU ; B0Y8W7, MPKB_ASPFC ; A1CAF0, MPKC_ASPCL ; -DR B0Y462, MPKC_ASPFC ; Q4WUN7, MPKC_ASPFU ; A2QN07, MPKC_ASPNC ; -DR Q2U469, MPKC_ASPOR ; Q0CIC7, MPKC_ASPTN ; Q9HG11, MPKC_EMENI ; -DR A1DES4, MPKC_NEOFI ; Q06060, MPK_PEA ; Q40884, MPK_PETHY ; -DR G4N374, MPS1_PYRO7 ; O13352, MPS1_PYROR ; G4N7X0, MST11_PYRO7; -DR G4NEB8, MST7_PYRO7 ; Q8QGV6, NLK2_XENLA ; B1H3E1, NLK2_XENTR ; -DR E1BMN8, NLK_BOVIN ; A8XSC1, NLK_CAEBR ; Q9U9Y8, NLK_CAEEL ; -DR E2QWQ2, NLK_CANLF ; Q9UBE8, NLK_HUMAN ; O54949, NLK_MOUSE ; -DR D3ZSZ3, NLK_RAT ; Q40517, NTF3_TOBAC ; Q40532, NTF4_TOBAC ; -DR Q40531, NTF6_TOBAC ; Q17446, PMK1_CAEEL ; G4N0Z0, PMK1_PYRO7 ; -DR Q92246, PMK1_PYROR ; Q8MXI4, PMK2_CAEEL ; O44514, PMK3_CAEEL ; -DR B0XR80, SAKA_ASPFC ; Q00772, SLT2_YEAST ; G5EBT1, SMA5_CAEEL ; -DR P41808, SMK1_YEAST ; P27638, SPK1_SCHPO ; Q92398, SPM1_SCHPO ; +DR Q9LKZ2, MK1_CAPAN ; Q9LKZ1, MK2_CAPAN ; O62618, MK38A_DROME; +DR O61443, MK38B_DROME; Q5AAG6, MKC1_CANAL ; P43068, MKC1_CANAX ; +DR B0XPE4, MKK2_ASPFC ; Q4WJJ0, MKK2_ASPFU ; G4N6Z6, MKK2_PYRO7 ; +DR Q07176, MMK1_MEDSA ; Q40353, MMK2_MEDSA ; O81472, MP3K2_ARATH; +DR Q9M1Z5, MPK10_ARATH; Q5ZCI1, MPK10_ORYSJ; Q9LMM5, MPK11_ARATH; +DR Q5VN19, MPK11_ORYSJ; Q8GYQ5, MPK12_ARATH; Q5Z9J0, MPK12_ORYSJ; +DR Q9LQQ9, MPK13_ARATH; A2X0M1, MPK13_ORYSI; Q0E459, MPK13_ORYSJ; +DR O23236, MPK14_ARATH; Q75KK8, MPK14_ORYSJ; Q9C9U4, MPK15_ARATH; +DR Q53N72, MPK15_ORYSJ; Q8W4J2, MPK16_ARATH; Q5VP69, MPK16_ORYSJ; +DR Q84M93, MPK17_ARATH; Q6L5F7, MPK17_ORYSJ; Q9C5C0, MPK18_ARATH; +DR Q9LUC3, MPK19_ARATH; Q39021, MPK1_ARATH ; P39745, MPK1_CAEEL ; +DR Q84UI5, MPK1_ORYSJ ; Q9SJG9, MPK20_ARATH; Q39022, MPK2_ARATH ; +DR Q5J4W4, MPK2_ORYSJ ; Q39023, MPK3_ARATH ; Q6Z437, MPK3_ORYSJ ; +DR A9T142, MPK4A_PHYPA; A9S9Q8, MPK4B_PHYPA; Q39024, MPK4_ARATH ; +DR Q9GRU1, MPK4_LEIME ; Q5Z859, MPK4_ORYSJ ; Q39025, MPK5_ARATH ; +DR A2XFC8, MPK5_ORYSI ; Q10N20, MPK5_ORYSJ ; Q39026, MPK6_ARATH ; +DR Q336X9, MPK6_ORYSJ ; Q39027, MPK7_ARATH ; Q67C40, MPK7_ORYSJ ; +DR Q9LM33, MPK8_ARATH ; Q5SN53, MPK8_ORYSJ ; Q9LV37, MPK9_ARATH ; +DR Q6L5D4, MPK9_ORYSJ ; B0Y4X4, MPKA_ASPFC ; Q4WQR3, MPKA_ASPFU ; +DR B0Y8W7, MPKB_ASPFC ; A1CAF0, MPKC_ASPCL ; B0Y462, MPKC_ASPFC ; +DR Q4WUN7, MPKC_ASPFU ; A2QN07, MPKC_ASPNC ; Q2U469, MPKC_ASPOR ; +DR Q0CIC7, MPKC_ASPTN ; Q9HG11, MPKC_EMENI ; A1DES4, MPKC_NEOFI ; +DR Q06060, MPK_PEA ; Q40884, MPK_PETHY ; G4N374, MPS1_PYRO7 ; +DR O13352, MPS1_PYROR ; G4N7X0, MST11_PYRO7; G4NEB8, MST7_PYRO7 ; +DR Q8QGV6, NLK2_XENLA ; B1H3E1, NLK2_XENTR ; E1BMN8, NLK_BOVIN ; +DR A8XSC1, NLK_CAEBR ; Q9U9Y8, NLK_CAEEL ; E2QWQ2, NLK_CANLF ; +DR Q9UBE8, NLK_HUMAN ; O54949, NLK_MOUSE ; D3ZSZ3, NLK_RAT ; +DR Q40517, NTF3_TOBAC ; Q40532, NTF4_TOBAC ; Q40531, NTF6_TOBAC ; +DR Q17446, PMK1_CAEEL ; G4N0Z0, PMK1_PYRO7 ; Q92246, PMK1_PYROR ; +DR Q8MXI4, PMK2_CAEEL ; O44514, PMK3_CAEEL ; B0XR80, SAKA_ASPFC ; +DR Q00772, SLT2_YEAST ; G5EBT1, SMA5_CAEEL ; P41808, SMK1_YEAST ; +DR P27638, SPK1_SCHPO ; Q92398, SPM1_SCHPO ; // ID 2.7.11.25 DE mitogen-activated protein kinase kinase kinase. @@ -87633,9 +88106,9 @@ DR Q0C6A8, PDRP_HYPNA ; Q5FJT2, PDRP_LACAC ; B3WEL8, PDRP_LACCB ; DR Q1G9W1, PDRP_LACDA ; Q04A15, PDRP_LACDB ; Q042X7, PDRP_LACGA ; DR A8YVN2, PDRP_LACH4 ; Q74IY4, PDRP_LACJO ; Q038S5, PDRP_LACP3 ; DR Q88VR4, PDRP_LACPL ; Q03SD6, PDRP_LEVBA ; Q1WU26, PDRP_LIGS1 ; -DR B1HTI4, PDRP_LYSSC ; Q2VYH2, PDRP_MAGSA ; Q0AKD8, PDRP_MARMM ; -DR Q2RKV3, PDRP_MOOTA ; Q2GE82, PDRP_NEOSM ; Q1QRY4, PDRP_NITHX ; -DR Q3SWH1, PDRP_NITWN ; Q2GC57, PDRP_NOVAD ; Q8EPY4, PDRP_OCEIH ; +DR B1HTI4, PDRP_LYSSC ; Q0AKD8, PDRP_MARMM ; Q2RKV3, PDRP_MOOTA ; +DR Q2GE82, PDRP_NEOSM ; Q1QRY4, PDRP_NITHX ; Q3SWH1, PDRP_NITWN ; +DR Q2GC57, PDRP_NOVAD ; Q8EPY4, PDRP_OCEIH ; Q2VYH2, PDRP_PARM1 ; DR Q03F57, PDRP_PEDPA ; A1AT85, PDRP_PELPD ; Q4FNS3, PDRP_PELUB ; DR B3PVT2, PDRP_RHIE6 ; Q2KEA1, PDRP_RHIEC ; Q1MNF6, PDRP_RHIJ3 ; DR Q98DY5, PDRP_RHILO ; B5ZV51, PDRP_RHILW ; Q92TF2, PDRP_RHIME ; @@ -87734,8 +88207,8 @@ DR Q3SL47, PSRP_THIDA ; Q83WU4, PSRP_THIRO ; C5CUN7, PSRP_VARPS ; DR A1WJJ2, PSRP_VEREI ; B7VSY8, PSRP_VIBA3 ; A7N4V5, PSRP_VIBC1 ; DR A5F0Z4, PSRP_VIBC3 ; Q9KKW4, PSRP_VIBCH ; C3LWP9, PSRP_VIBCM ; DR Q87J80, PSRP_VIBPA ; Q8D7Y9, PSRP_VIBVU ; Q7MF05, PSRP_VIBVY ; -DR Q8PKW5, PSRP_XANAC ; Q3BTH9, PSRP_XANC5 ; Q4UVA7, PSRP_XANC8 ; -DR B0RSD4, PSRP_XANCB ; Q8P8S4, PSRP_XANCP ; Q2P3P2, PSRP_XANOM ; +DR Q8PKW5, PSRP_XANAC ; Q4UVA7, PSRP_XANC8 ; B0RSD4, PSRP_XANCB ; +DR Q8P8S4, PSRP_XANCP ; Q3BTH9, PSRP_XANE5 ; Q2P3P2, PSRP_XANOM ; DR Q5H0Q5, PSRP_XANOR ; B2I916, PSRP_XYLF2 ; Q9PDW9, PSRP_XYLFA ; DR B0U5U4, PSRP_XYLFM ; Q87E04, PSRP_XYLFT ; A1JPI0, PSRP_YERE8 ; DR A7FHI3, PSRP_YERP3 ; Q1C752, PSRP_YERPA ; B2K5K4, PSRP_YERPB ; @@ -87762,6 +88235,66 @@ DR Q6YY75, NEK6_ORYSJ ; A2BD05, NEK6_PIG ; P59895, NEK6_RAT ; DR Q9LHI7, NEK7_ARATH ; Q8TDX7, NEK7_HUMAN ; Q9ES74, NEK7_MOUSE ; DR D3ZBE5, NEK7_RAT ; G5EFM9, NEKL3_CAEEL; // +ID 2.7.11.35 +DE CRIK-subfamily protein kinase. +AN Citron Rho-Interacting Kinase. +AN CRIK. +AN Sticky/Citron Kinase. +CA (1) ATP + L-seryl-[protein] = ADP + H(+) + O-phospho-L-seryl-[protein]. +CA (2) ATP + L-threonyl-[protein] = ADP + H(+) + O-phospho-L-threonyl- +CA [protein]. +CC -!- Requires Mg(2+). +CC -!- Peptide array data show a preference for phosphorylation of Thr over +CC Ser and a preference for basic residues in the -5 to -1 positions. +CC -!- CRIK is an animal-specific protein kinase that phosphorylates myosin +CC light chain (cf. EC 2.7.11.18) and is involved in cytokinesis in both +CC mammals and Drosophila. +CC -!- Human CRIK phosphorylates myosin light chain, MYL9/MRLC1 on T19/S20 +CC and GLI2 on S14. +CC -!- Drosophila CRIK (sticky) interacts with the kinesins Nebbish and +CC Pavarotti, and human CRIK interacts with their orthologs, KIF14 and +CC KIF23/MKLP1 to promote midbody formation during cytokinesis. +CC -!- In Drosophila, CRIK/Sticky catalytic activity was required for this +CC function. +CC -!- Human CRIK is mostly highly expressed in brain, and mutations that +CC alter splicing or kinase activity lead to microcephaly, as do +CC knockouts in mouse and rat, and mutations in its interacting partner, +CC the kinesin KIF14. +// +ID 2.7.11.36 +DE MASTL-subfamily protein kinase. +AN greatwall kinase. +AN MASTL. +AN microtubule-associated-subfamily-protein kinase. +CA (1) ATP + L-seryl-[protein] = ADP + H(+) + O-phospho-L-seryl-[protein]. +CA (2) ATP + L-threonyl-[protein] = ADP + H(+) + O-phospho-L-threonyl- +CA [protein]. +CC -!- Requires Mg(2+). +CC -!- Peptide array data suggest that MASTL prefers to phosphorylate Ser +CC over Thr, followed at position +1 by a bulky hydrophobic (Met, Leu, +CC Phe or Tyr) and with an aromatic residue in the -2 position. +CC -!- Its main role in animal systems is in the regulation of mitosis by +CC phosphorylating a conserved site on endosulfine family proteins (ENSA +CC and ARPP-19 in human), causing them to inhibit the protein +CC phosphatase 2A-B55 [protein phosphatase 2A (PP2A) holoenzyme complex +CC containing a B55-family regulatory subunit]. +// +ID 2.7.11.37 +DE MAST-subfamily kinase. +AN microtubule-associated serine/threonine-protein kinase. +CA (1) ATP + L-seryl-[protein] = ADP + H(+) + O-phospho-L-seryl-[protein]. +CA (2) ATP + L-threonyl-[protein] = ADP + H(+) + O-phospho-L-threonyl- +CA [protein]. +CC -!- MAST (Microtubule Associated Serine/Threonine) kinases are +CC eukaryotic-wide kinases with roles in microtubule function, PTEN +CC regulation and a variety of neuronal functions. +CC -!- They are found in most eukaryotes, though lost from most fungi and +CC ciliates. +CC -!- MAST kinases associate with their substrates via their PDZ domains. +CC -!- Substrates include EC 3.1.3.67 in human and nematodes, and Dlic +CC (Dynein light intermediate chain) in Drosophila. The latter is +CC phosphorylated on Ser(401). +// ID 2.7.11.n1 DE Transferred entry: 2.7.11.32. // @@ -87797,7 +88330,7 @@ DR O43781, DYRK3_HUMAN; Q4R6S5, DYRK3_MACFA; Q922Y0, DYRK3_MOUSE; DR Q4V8A3, DYRK3_RAT ; Q9NR20, DYRK4_HUMAN; Q8BI55, DYRK4_MOUSE; DR P32350, KNS1_YEAST ; Q10156, LKH1_SCHPO ; A8X4H1, MBK1_CAEBR ; DR Q8WQL7, MBK1_CAEEL ; A8WJR8, MBK2_CAEBR ; Q9XTF3, MBK2_CAEEL ; -DR P21965, MCK1_YEAST ; P49657, MNB_DROME ; O94235, MPH1L_SCHPO; +DR P21965, MCK1_YEAST ; P49657, MNB_DROME ; O94235, MPS1_SCHPO ; DR Q09690, POM1_SCHPO ; Q54I36, PYK3_DICDI ; P22216, RAD53_YEAST; DR O64782, SD129_ARATH; A2XW02, STRK1_ORYSI; Q7XR88, STRK1_ORYSJ; DR Q15569, TESK1_HUMAN; O70146, TESK1_MOUSE; Q63572, TESK1_RAT ; @@ -88058,36 +88591,36 @@ DR Q8DMT2, SASA_THEVB ; Q3M8A7, SASA_TRIV2 ; P0A601, SENX3_MYCBO; DR P54883, SENX3_MYCLE; A0QR01, SENX3_MYCS2; P9WGK4, SENX3_MYCTO; DR P9WGK5, SENX3_MYCTU; Q9ZHD4, SILS_SALTM ; Q5A872, SLN1_CANAL ; DR P39928, SLN1_YEAST ; P33113, SPAK_BACIU ; P39664, SPHS_SYNE7 ; -DR Q2FY80, SRRB_STAA8 ; Q5HFT1, SRRB_STAAC ; Q99TZ9, SRRB_STAAM ; -DR Q7A5H7, SRRB_STAAN ; Q6GGK7, SRRB_STAAR ; Q6G973, SRRB_STAAS ; -DR Q9L523, SRRB_STAAU ; Q8NWF3, SRRB_STAAW ; O69729, TCRY_MYCTU ; -DR Q9P896, TCSA_EMENI ; Q9P4U6, TCSB_EMENI ; O87939, TDIS_THAAR ; -DR Q8KIY1, TMOS_PSEME ; A5W4E3, TODS_PSEP1 ; E0X9C7, TODS_PSEPT ; -DR P58356, TORS_ECO57 ; P39453, TORS_ECOLI ; P96368, TRCS_MYCTU ; -DR Q8ZPP6, TTRS_SALTY ; P09835, UHPB_ECOLI ; P27668, UHPB_SALTY ; -DR Q47745, VANS_ENTFA ; Q06240, VANS_ENTFC ; P07167, VIRAL_RHIRD; -DR P07168, VIRAW_RHIRD; P18540, VIRA_AGRFC ; P10799, VIRA_AGRT9 ; -DR Q9KWK8, VRAS_STAA1 ; Q5HEN9, VRAS_STAAC ; Q7A2Q0, VRAS_STAAM ; -DR Q99SZ7, VRAS_STAAN ; Q6GFH2, VRAS_STAAR ; Q6G849, VRAS_STAAS ; -DR Q7A0H9, VRAS_STAAW ; Q5HN49, VRAS_STAEQ ; Q8CRV2, VRAS_STAES ; -DR Q4L7J6, VRAS_STAHJ ; Q49YT0, VRAS_STAS1 ; Q9KM24, VXRA_VIBCH ; -DR Q45614, WALK_BACSU ; A5A2P0, WALK_MAMSC ; A7WWQ7, WALK_STAA1 ; -DR A6TXG9, WALK_STAA2 ; Q2FKN7, WALK_STAA3 ; Q2G2U4, WALK_STAA8 ; -DR A5INR0, WALK_STAA9 ; Q2YUQ2, WALK_STAAB ; Q5HJX6, WALK_STAAC ; -DR A6QD58, WALK_STAAE ; Q7A305, WALK_STAAM ; Q7A8E0, WALK_STAAN ; -DR Q6GKS6, WALK_STAAR ; Q6GD71, WALK_STAAS ; A8YYU2, WALK_STAAT ; -DR Q9RDT3, WALK_STAAU ; Q7A215, WALK_STAAW ; Q5HK19, WALK_STAEQ ; -DR Q8CU87, WALK_STAES ; Q4LAJ8, WALK_STAHJ ; Q4A159, WALK_STAS1 ; -DR A0A0H2ZNH9, WALK_STRP2 ; Q8DPL8, WALK_STRR6 ; Q52969, Y1002_RHIME; -DR Q8CU03, Y166_STAES ; Q5HKE1, Y2405_STAEQ; Q02482, Y3689_SHEFN; -DR O31433, YBDK_BACSU ; P42245, YCBM_BACSU ; Q1XD95, YCF26_NEOYE; -DR P51392, YCF26_PORPU; P94414, YCLK_BACSU ; P96685, YDFH_BACSU ; -DR O31516, YESM_BACSU ; O07527, YHCY_BACSU ; O34638, YKOH_BACSU ; -DR P0AA94, YPDA_ECO57 ; P0AA93, YPDA_ECOLI ; P54444, YRKQ_BACSU ; -DR O06979, YVCQ_BACSU ; Q795K2, YVFT_BACSU ; O34989, YVRG_BACSU ; -DR P42422, YXDK_BACSU ; P55183, YXJM_BACSU ; Q8X614, ZRAS_ECO57 ; -DR P14377, ZRAS_ECOLI ; Q9APE0, ZRAS_KLEOX ; Q8Z332, ZRAS_SALTI ; -DR P37461, ZRAS_SALTY ; +DR Q8ZPP5, SPIR_SALTY ; Q2FY80, SRRB_STAA8 ; Q5HFT1, SRRB_STAAC ; +DR Q99TZ9, SRRB_STAAM ; Q7A5H7, SRRB_STAAN ; Q6GGK7, SRRB_STAAR ; +DR Q6G973, SRRB_STAAS ; Q9L523, SRRB_STAAU ; Q8NWF3, SRRB_STAAW ; +DR O69729, TCRY_MYCTU ; Q9P896, TCSA_EMENI ; Q9P4U6, TCSB_EMENI ; +DR O87939, TDIS_THAAR ; Q8KIY1, TMOS_PSEME ; A5W4E3, TODS_PSEP1 ; +DR E0X9C7, TODS_PSEPT ; P58356, TORS_ECO57 ; P39453, TORS_ECOLI ; +DR P96368, TRCS_MYCTU ; Q8ZPP6, TTRS_SALTY ; P09835, UHPB_ECOLI ; +DR P27668, UHPB_SALTY ; Q47745, VANS_ENTFA ; Q06240, VANS_ENTFC ; +DR P07167, VIRAL_RHIRD; P07168, VIRAW_RHIRD; P18540, VIRA_AGRFC ; +DR P10799, VIRA_AGRT9 ; Q9KWK8, VRAS_STAA1 ; Q5HEN9, VRAS_STAAC ; +DR Q7A2Q0, VRAS_STAAM ; Q99SZ7, VRAS_STAAN ; Q6GFH2, VRAS_STAAR ; +DR Q6G849, VRAS_STAAS ; Q7A0H9, VRAS_STAAW ; Q5HN49, VRAS_STAEQ ; +DR Q8CRV2, VRAS_STAES ; Q4L7J6, VRAS_STAHJ ; Q49YT0, VRAS_STAS1 ; +DR Q9KM24, VXRA_VIBCH ; Q45614, WALK_BACSU ; A5A2P0, WALK_MAMSC ; +DR A7WWQ7, WALK_STAA1 ; A6TXG9, WALK_STAA2 ; Q2FKN7, WALK_STAA3 ; +DR Q2G2U4, WALK_STAA8 ; A5INR0, WALK_STAA9 ; Q2YUQ2, WALK_STAAB ; +DR Q5HJX6, WALK_STAAC ; A6QD58, WALK_STAAE ; Q7A305, WALK_STAAM ; +DR Q7A8E0, WALK_STAAN ; Q6GKS6, WALK_STAAR ; Q6GD71, WALK_STAAS ; +DR A8YYU2, WALK_STAAT ; Q9RDT3, WALK_STAAU ; Q7A215, WALK_STAAW ; +DR Q5HK19, WALK_STAEQ ; Q8CU87, WALK_STAES ; Q4LAJ8, WALK_STAHJ ; +DR Q4A159, WALK_STAS1 ; A0A0H2ZNH9, WALK_STRP2 ; Q8DPL8, WALK_STRR6 ; +DR Q52969, Y1002_RHIME; Q8CU03, Y166_STAES ; Q5HKE1, Y2405_STAEQ; +DR Q02482, Y3689_SHEFN; O31433, YBDK_BACSU ; P42245, YCBM_BACSU ; +DR Q1XD95, YCF26_NEOYE; P51392, YCF26_PORPU; P94414, YCLK_BACSU ; +DR P96685, YDFH_BACSU ; O31516, YESM_BACSU ; O07527, YHCY_BACSU ; +DR O34638, YKOH_BACSU ; P0AA94, YPDA_ECO57 ; P0AA93, YPDA_ECOLI ; +DR P54444, YRKQ_BACSU ; O06979, YVCQ_BACSU ; Q795K2, YVFT_BACSU ; +DR O34989, YVRG_BACSU ; P42422, YXDK_BACSU ; P55183, YXJM_BACSU ; +DR Q8X614, ZRAS_ECO57 ; P14377, ZRAS_ECOLI ; Q9APE0, ZRAS_KLEOX ; +DR Q8Z332, ZRAS_SALTI ; P37461, ZRAS_SALTY ; // ID 2.7.14.1 DE protein arginine kinase. @@ -88216,6 +88749,7 @@ CA sulfide + sulfite. CC -!- The primary product is glutathione hydrodisulfide, which reacts with CC glutathione to give glutathione disulfide and sulfide. CC -!- L-Cysteine can also act as acceptor. +DR Q8NFU3, TSTD1_HUMAN; // ID 2.8.1.4 DE tRNA uracil 4-sulfurtransferase. @@ -88428,8 +88962,7 @@ DR Q0KF86, BIOB_CUPNH ; Q477A1, BIOB_CUPPJ ; B2AGA0, BIOB_CUPTR ; DR Q6A7V7, BIOB_CUTAK ; B8HPP0, BIOB_CYAP4 ; Q11S94, BIOB_CYTH3 ; DR Q47IF6, BIOB_DECAR ; A9C2R2, BIOB_DELAS ; B8FHQ1, BIOB_DESAL ; DR B1I4G4, BIOB_DESAP ; B8J0C6, BIOB_DESDA ; A8ZUS9, BIOB_DESOH ; -DR Q6AK48, BIOB_DESPS ; A4J1M3, BIOB_DESRM ; Q728P5, BIOB_DESVH ; -DR B8DPP9, BIOB_DESVM ; A1VB97, BIOB_DESVV ; A7ZJI4, BIOB_ECO24 ; +DR Q6AK48, BIOB_DESPS ; A4J1M3, BIOB_DESRM ; A7ZJI4, BIOB_ECO24 ; DR B7ULX2, BIOB_ECO27 ; B7MGN3, BIOB_ECO45 ; B7LC57, BIOB_ECO55 ; DR Q8X825, BIOB_ECO57 ; B5YRL4, BIOB_ECO5E ; B7NNK5, BIOB_ECO7I ; DR B7MQM8, BIOB_ECO81 ; B7M747, BIOB_ECO8A ; B1X7A5, BIOB_ECODH ; @@ -88441,54 +88974,55 @@ DR Q5FFY2, BIOB_EHRRG ; Q5HAN0, BIOB_EHRRW ; Q5AYI7, BIOB_EMENI ; DR B1GYW9, BIOB_ENDTX ; A4W8B7, BIOB_ENT38 ; B2VBT9, BIOB_ERWT9 ; DR Q2NB65, BIOB_ERYLH ; B7LJY8, BIOB_ESCF3 ; A5FLT1, BIOB_FLAJ1 ; DR A6GW77, BIOB_FLAPJ ; Q0RD46, BIOB_FRAAA ; B0U0S3, BIOB_FRAP2 ; -DR A8L2N0, BIOB_FRASN ; Q14HR4, BIOB_FRAT1 ; A7NCW7, BIOB_FRATF ; -DR Q2A2V9, BIOB_FRATH ; B2SGE3, BIOB_FRATM ; A0Q638, BIOB_FRATN ; -DR Q0BLD5, BIOB_FRATO ; Q5NGB2, BIOB_FRATT ; A4IXP5, BIOB_FRATW ; -DR Q8REU0, BIOB_FUSNN ; B9M305, BIOB_GEODF ; Q5KZN1, BIOB_GEOKA ; -DR Q39VB0, BIOB_GEOMG ; Q74CT7, BIOB_GEOSL ; A4IN84, BIOB_GEOTN ; -DR A5G3Q7, BIOB_GEOUR ; B8F6C9, BIOB_GLAP5 ; B7KFJ9, BIOB_GLOC7 ; -DR Q7NDA8, BIOB_GLOVI ; A9HRF2, BIOB_GLUDA ; Q5FPC9, BIOB_GLUOX ; -DR Q0BUV5, BIOB_GRABC ; Q7VMH0, BIOB_HAEDU ; Q4QLQ0, BIOB_HAEI8 ; -DR A5UD65, BIOB_HAEIE ; A5UIF3, BIOB_HAEIG ; P44987, BIOB_HAEIN ; -DR Q2SBD4, BIOB_HAHCH ; Q9KC26, BIOB_HALH5 ; A1WVM7, BIOB_HALHL ; -DR Q17VA0, BIOB_HELAH ; Q7VFE6, BIOB_HELHP ; B0TE53, BIOB_HELMI ; -DR B6JNP9, BIOB_HELP2 ; B5Z928, BIOB_HELPG ; Q1CRM5, BIOB_HELPH ; -DR Q9ZJK8, BIOB_HELPJ ; B2UVE8, BIOB_HELPS ; O25956, BIOB_HELPY ; -DR A4G1F1, BIOB_HERAR ; Q0I355, BIOB_HISS1 ; B0UUK6, BIOB_HISS2 ; -DR Q31E55, BIOB_HYDCU ; B4U973, BIOB_HYDS0 ; Q0C661, BIOB_HYPNA ; -DR Q5QZ16, BIOB_IDILO ; A6SU66, BIOB_JANMA ; B5XZ75, BIOB_KLEP3 ; -DR A6T6L5, BIOB_KLEP7 ; B2GLQ7, BIOB_KOCRD ; Q1MRA1, BIOB_LAWIP ; -DR Q5X592, BIOB_LEGPA ; A5IBW2, BIOB_LEGPC ; Q5ZVG8, BIOB_LEGPH ; -DR Q5WW97, BIOB_LEGPL ; B0SDC5, BIOB_LEPBA ; Q04RS9, BIOB_LEPBJ ; -DR Q051U2, BIOB_LEPBL ; B0SLQ3, BIOB_LEPBP ; B1Y502, BIOB_LEPCP ; -DR Q72RG8, BIOB_LEPIC ; Q8F498, BIOB_LEPIN ; B1HRT3, BIOB_LYSSC ; -DR P19206, BIOB_LYSSH ; B9EA22, BIOB_MACCJ ; A0L3M0, BIOB_MAGMM ; -DR Q2W3L4, BIOB_MAGSA ; Q65SD0, BIOB_MANSM ; Q0ATN3, BIOB_MARMM ; -DR A6W0Y1, BIOB_MARMS ; A1U4B2, BIOB_MARN8 ; C6C0T2, BIOB_MARSD ; -DR A6UTF3, BIOB_META3 ; B7KN34, BIOB_METC4 ; Q609V2, BIOB_METCA ; -DR A9W8M8, BIOB_METEP ; Q1GZA6, BIOB_METFK ; B3DV36, BIOB_METI4 ; -DR Q58692, BIOB_METJA ; A4FWU0, BIOB_METM5 ; A9AA75, BIOB_METM6 ; -DR A6VGH7, BIOB_METM7 ; Q6LXV8, BIOB_METMP ; B8IU36, BIOB_METNO ; -DR B1ZFX7, BIOB_METPB ; A2SGQ6, BIOB_METPP ; B1LV19, BIOB_METRJ ; -DR B0U811, BIOB_METS4 ; B8EMZ5, BIOB_METSB ; P94966, BIOB_METSK ; -DR A6UPN7, BIOB_METVS ; B0JFP4, BIOB_MICAN ; A0QHJ1, BIOB_MYCA1 ; -DR B1MBZ3, BIOB_MYCA9 ; P0A507, BIOB_MYCBO ; A1KJ05, BIOB_MYCBP ; -DR A4T9L9, BIOB_MYCGI ; B8ZR86, BIOB_MYCLB ; P46715, BIOB_MYCLE ; -DR B2HQ93, BIOB_MYCMM ; Q740Q9, BIOB_MYCPA ; A0QX70, BIOB_MYCS2 ; -DR A3Q142, BIOB_MYCSJ ; A1UHL9, BIOB_MYCSK ; Q1B7F4, BIOB_MYCSS ; -DR A5U2U5, BIOB_MYCTA ; A5WMR0, BIOB_MYCTF ; P9WPQ6, BIOB_MYCTO ; -DR P9WPQ7, BIOB_MYCTU ; A0PP05, BIOB_MYCUA ; A1T8V0, BIOB_MYCVP ; -DR Q1DCV9, BIOB_MYXXD ; Q3INU3, BIOB_NATPD ; B9L7E1, BIOB_NAUPA ; -DR Q5F8G2, BIOB_NEIG1 ; B4RLI6, BIOB_NEIG2 ; A9LZ69, BIOB_NEIM0 ; -DR A1IRY3, BIOB_NEIMA ; Q9JRW7, BIOB_NEIMB ; A1KU01, BIOB_NEIMF ; -DR Q2GDF4, BIOB_NEOSM ; Q0AE72, BIOB_NITEC ; Q82SL7, BIOB_NITEU ; -DR Q1QRH1, BIOB_NITHX ; A9A5K6, BIOB_NITMS ; Q2Y9Y9, BIOB_NITMU ; -DR Q3J9D5, BIOB_NITOC ; A6Q5K0, BIOB_NITSB ; Q3SW30, BIOB_NITWN ; -DR Q5YYR3, BIOB_NOCFA ; A1SM80, BIOB_NOCSJ ; B2J914, BIOB_NOSP7 ; -DR Q8YVQ3, BIOB_NOSS1 ; Q2GAF7, BIOB_NOVAD ; Q30XZ5, BIOB_OLEA2 ; -DR A1R3R7, BIOB_PAEAT ; A1TQ53, BIOB_PARC0 ; A6LD84, BIOB_PARD8 ; -DR A7HP26, BIOB_PARL1 ; Q7U7P8, BIOB_PARMW ; B2JKH4, BIOB_PARP8 ; -DR B2SWS5, BIOB_PARPJ ; Q146K5, BIOB_PARXL ; Q9CNP8, BIOB_PASMU ; +DR Q14HR4, BIOB_FRAT1 ; A7NCW7, BIOB_FRATF ; Q2A2V9, BIOB_FRATH ; +DR B2SGE3, BIOB_FRATM ; A0Q638, BIOB_FRATN ; Q0BLD5, BIOB_FRATO ; +DR Q5NGB2, BIOB_FRATT ; A4IXP5, BIOB_FRATW ; Q8REU0, BIOB_FUSNN ; +DR B9M305, BIOB_GEODF ; Q5KZN1, BIOB_GEOKA ; Q39VB0, BIOB_GEOMG ; +DR Q74CT7, BIOB_GEOSL ; A4IN84, BIOB_GEOTN ; A5G3Q7, BIOB_GEOUR ; +DR B8F6C9, BIOB_GLAP5 ; B7KFJ9, BIOB_GLOC7 ; Q7NDA8, BIOB_GLOVI ; +DR A9HRF2, BIOB_GLUDA ; Q5FPC9, BIOB_GLUOX ; Q0BUV5, BIOB_GRABC ; +DR Q7VMH0, BIOB_HAEDU ; Q4QLQ0, BIOB_HAEI8 ; A5UD65, BIOB_HAEIE ; +DR A5UIF3, BIOB_HAEIG ; P44987, BIOB_HAEIN ; Q2SBD4, BIOB_HAHCH ; +DR Q9KC26, BIOB_HALH5 ; A1WVM7, BIOB_HALHL ; Q17VA0, BIOB_HELAH ; +DR Q7VFE6, BIOB_HELHP ; B0TE53, BIOB_HELMI ; B6JNP9, BIOB_HELP2 ; +DR B5Z928, BIOB_HELPG ; Q1CRM5, BIOB_HELPH ; Q9ZJK8, BIOB_HELPJ ; +DR B2UVE8, BIOB_HELPS ; O25956, BIOB_HELPY ; A4G1F1, BIOB_HERAR ; +DR Q0I355, BIOB_HISS1 ; B0UUK6, BIOB_HISS2 ; Q31E55, BIOB_HYDCU ; +DR B4U973, BIOB_HYDS0 ; Q0C661, BIOB_HYPNA ; Q5QZ16, BIOB_IDILO ; +DR A6SU66, BIOB_JANMA ; B5XZ75, BIOB_KLEP3 ; A6T6L5, BIOB_KLEP7 ; +DR B2GLQ7, BIOB_KOCRD ; Q1MRA1, BIOB_LAWIP ; Q5X592, BIOB_LEGPA ; +DR A5IBW2, BIOB_LEGPC ; Q5ZVG8, BIOB_LEGPH ; Q5WW97, BIOB_LEGPL ; +DR B0SDC5, BIOB_LEPBA ; Q04RS9, BIOB_LEPBJ ; Q051U2, BIOB_LEPBL ; +DR B0SLQ3, BIOB_LEPBP ; B1Y502, BIOB_LEPCP ; Q72RG8, BIOB_LEPIC ; +DR Q8F498, BIOB_LEPIN ; B1HRT3, BIOB_LYSSC ; P19206, BIOB_LYSSH ; +DR B9EA22, BIOB_MACCJ ; A0L3M0, BIOB_MAGMM ; Q65SD0, BIOB_MANSM ; +DR Q0ATN3, BIOB_MARMM ; A6W0Y1, BIOB_MARMS ; A1U4B2, BIOB_MARN8 ; +DR C6C0T2, BIOB_MARSD ; A6UTF3, BIOB_META3 ; B7KN34, BIOB_METC4 ; +DR Q609V2, BIOB_METCA ; A9W8M8, BIOB_METEP ; Q1GZA6, BIOB_METFK ; +DR B3DV36, BIOB_METI4 ; Q58692, BIOB_METJA ; A4FWU0, BIOB_METM5 ; +DR A9AA75, BIOB_METM6 ; A6VGH7, BIOB_METM7 ; Q6LXV8, BIOB_METMP ; +DR B8IU36, BIOB_METNO ; B1ZFX7, BIOB_METPB ; A2SGQ6, BIOB_METPP ; +DR B1LV19, BIOB_METRJ ; B0U811, BIOB_METS4 ; B8EMZ5, BIOB_METSB ; +DR P94966, BIOB_METSK ; A6UPN7, BIOB_METVS ; B0JFP4, BIOB_MICAN ; +DR A0QHJ1, BIOB_MYCA1 ; B1MBZ3, BIOB_MYCA9 ; P0A507, BIOB_MYCBO ; +DR A1KJ05, BIOB_MYCBP ; A4T9L9, BIOB_MYCGI ; B8ZR86, BIOB_MYCLB ; +DR P46715, BIOB_MYCLE ; B2HQ93, BIOB_MYCMM ; Q740Q9, BIOB_MYCPA ; +DR A0QX70, BIOB_MYCS2 ; A3Q142, BIOB_MYCSJ ; A1UHL9, BIOB_MYCSK ; +DR Q1B7F4, BIOB_MYCSS ; A5U2U5, BIOB_MYCTA ; A5WMR0, BIOB_MYCTF ; +DR P9WPQ6, BIOB_MYCTO ; P9WPQ7, BIOB_MYCTU ; A0PP05, BIOB_MYCUA ; +DR A1T8V0, BIOB_MYCVP ; Q1DCV9, BIOB_MYXXD ; Q3INU3, BIOB_NATPD ; +DR B9L7E1, BIOB_NAUPA ; Q5F8G2, BIOB_NEIG1 ; B4RLI6, BIOB_NEIG2 ; +DR A9LZ69, BIOB_NEIM0 ; A1IRY3, BIOB_NEIMA ; Q9JRW7, BIOB_NEIMB ; +DR A1KU01, BIOB_NEIMF ; Q2GDF4, BIOB_NEOSM ; Q0AE72, BIOB_NITEC ; +DR Q82SL7, BIOB_NITEU ; Q1QRH1, BIOB_NITHX ; A9A5K6, BIOB_NITMS ; +DR Q2Y9Y9, BIOB_NITMU ; Q3J9D5, BIOB_NITOC ; A6Q5K0, BIOB_NITSB ; +DR Q728P5, BIOB_NITV2 ; A1VB97, BIOB_NITV4 ; B8DPP9, BIOB_NITV9 ; +DR Q3SW30, BIOB_NITWN ; Q5YYR3, BIOB_NOCFA ; A1SM80, BIOB_NOCSJ ; +DR B2J914, BIOB_NOSP7 ; Q8YVQ3, BIOB_NOSS1 ; Q2GAF7, BIOB_NOVAD ; +DR Q30XZ5, BIOB_OLEA2 ; A1R3R7, BIOB_PAEAT ; A1TQ53, BIOB_PARC0 ; +DR A6LD84, BIOB_PARD8 ; A7HP26, BIOB_PARL1 ; Q2W3L4, BIOB_PARM1 ; +DR Q7U7P8, BIOB_PARMW ; B2JKH4, BIOB_PARP8 ; B2SWS5, BIOB_PARPJ ; +DR A8L2N0, BIOB_PARS2 ; Q146K5, BIOB_PARXL ; Q9CNP8, BIOB_PASMU ; DR Q6D3B9, BIOB_PECAS ; B4SGZ7, BIOB_PELPB ; A1AN77, BIOB_PELPD ; DR A5D4Y6, BIOB_PELTS ; C0QR28, BIOB_PERMH ; B4RBP5, BIOB_PHEZH ; DR Q7N6Q7, BIOB_PHOLL ; Q6LPR2, BIOB_PHOPR ; B1XNE1, BIOB_PICP2 ; @@ -88549,8 +89083,8 @@ DR Q10YQ3, BIOB_TRIEI ; B3E599, BIOB_TRIL1 ; Q3M4U9, BIOB_TRIV2 ; DR A5CWW0, BIOB_VESOH ; B7VH16, BIOB_VIBA3 ; A7MX36, BIOB_VIBC1 ; DR A5F2H3, BIOB_VIBC3 ; Q9KSZ4, BIOB_VIBCH ; Q87QN6, BIOB_VIBPA ; DR Q8D8M9, BIOB_VIBVU ; Q7MLV0, BIOB_VIBVY ; Q8D2A1, BIOB_WIGBR ; -DR Q7M8P7, BIOB_WOLSU ; Q8PQD7, BIOB_XANAC ; Q3BYM9, BIOB_XANC5 ; -DR Q4UZN8, BIOB_XANC8 ; B0RMR2, BIOB_XANCB ; Q8PDF0, BIOB_XANCP ; +DR Q7M8P7, BIOB_WOLSU ; Q8PQD7, BIOB_XANAC ; Q4UZN8, BIOB_XANC8 ; +DR B0RMR2, BIOB_XANCB ; Q8PDF0, BIOB_XANCP ; Q3BYM9, BIOB_XANE5 ; DR Q2P8F3, BIOB_XANOM ; B2SS67, BIOB_XANOP ; Q5H5R1, BIOB_XANOR ; DR A7IEC3, BIOB_XANP2 ; B2I672, BIOB_XYLF2 ; Q9PH80, BIOB_XYLFA ; DR B0U2A0, BIOB_XYLFM ; Q87F85, BIOB_XYLFT ; P32451, BIOB_YEAST ; @@ -88773,7 +89307,7 @@ DR Q9Z774, LIPA_CHLPN ; B9LM70, LIPA_CHLSY ; B0B8D2, LIPA_CHLT2 ; DR Q3KLD9, LIPA_CHLTA ; B0BA11, LIPA_CHLTB ; Q8KDH2, LIPA_CHLTE ; DR O84562, LIPA_CHLTR ; A0M4W4, LIPA_CHRFK ; Q7NTF9, LIPA_CHRVO ; DR B5EAX0, LIPA_CITBB ; A8AJH6, LIPA_CITK8 ; C4YA37, LIPA_CLAL4 ; -DR A5CQ99, LIPA_CLAM3 ; B0RE24, LIPA_CLAMS ; C5PIN8, LIPA_COCP7 ; +DR A5CQ99, LIPA_CLAM3 ; B0RE24, LIPA_CLASE ; C5PIN8, LIPA_COCP7 ; DR Q484R8, LIPA_COLP3 ; A8N1T1, LIPA_COPC7 ; C3PHK6, LIPA_CORA7 ; DR P61194, LIPA_CORDI ; Q8FNP4, LIPA_COREF ; A4QFS3, LIPA_CORGB ; DR Q8NNJ0, LIPA_CORGL ; Q4JWE0, LIPA_CORJK ; C4LI04, LIPA_CORK4 ; @@ -88784,57 +89318,57 @@ DR Q1LSC9, LIPA_CUPMC ; Q0KFE6, LIPA_CUPNH ; Q477G5, LIPA_CUPPJ ; DR B2AG37, LIPA_CUPTR ; Q6A9X0, LIPA_CUTAK ; Q11Q84, LIPA_CYTH3 ; DR B5RUV1, LIPA_DEBHA ; Q47JD5, LIPA_DECAR ; Q1IXJ7, LIPA_DEIGD ; DR Q9RWA4, LIPA_DEIRA ; A9BPT7, LIPA_DELAS ; Q6ARK0, LIPA_DESPS ; -DR A4J247, LIPA_DESRM ; Q72DM4, LIPA_DESVH ; A1VF79, LIPA_DESVV ; -DR A5EVQ3, LIPA_DICNV ; A7ZJ15, LIPA_ECO24 ; B7UKR9, LIPA_ECO27 ; -DR B7MFQ1, LIPA_ECO45 ; B7L9H2, LIPA_ECO55 ; P60718, LIPA_ECO57 ; -DR B5YQH9, LIPA_ECO5E ; B7NLY7, LIPA_ECO7I ; B7MRR5, LIPA_ECO81 ; -DR B7M5F5, LIPA_ECO8A ; C4ZWB5, LIPA_ECOBW ; A7ZXQ4, LIPA_ECOHS ; -DR A1A8Q3, LIPA_ECOK1 ; Q0TK45, LIPA_ECOL5 ; P60717, LIPA_ECOL6 ; -DR B1IYI0, LIPA_ECOLC ; P60716, LIPA_ECOLI ; B7N9N3, LIPA_ECOLU ; -DR B6I137, LIPA_ECOSE ; B1LKL9, LIPA_ECOSM ; Q1RET3, LIPA_ECOUT ; -DR C5BGD9, LIPA_EDWI9 ; Q3YRT2, LIPA_EHRCJ ; Q2GGX7, LIPA_EHRCR ; -DR Q5FFK4, LIPA_EHRRG ; Q5HB02, LIPA_EHRRW ; Q5AQE4, LIPA_EMENI ; -DR A4W814, LIPA_ENT38 ; Q74ZH6, LIPA_EREGS ; B2VBK1, LIPA_ERWT9 ; -DR Q2NAD7, LIPA_ERYLH ; B7LLI3, LIPA_ESCF3 ; A5FNF9, LIPA_FLAJ1 ; -DR A6GZL9, LIPA_FLAPJ ; Q0RFE8, LIPA_FRAAA ; Q2J897, LIPA_FRACC ; -DR B0TZD6, LIPA_FRAP2 ; Q14IH3, LIPA_FRAT1 ; A7NBV0, LIPA_FRATF ; -DR Q2A3R2, LIPA_FRATH ; B2SH72, LIPA_FRATM ; A0Q6Q2, LIPA_FRATN ; -DR Q0BM68, LIPA_FRATO ; Q5NH21, LIPA_FRATT ; A4IY90, LIPA_FRATW ; -DR C7Z527, LIPA_FUSV7 ; B9M4F4, LIPA_GEODF ; Q5KVM7, LIPA_GEOKA ; -DR Q39QW1, LIPA_GEOMG ; P61196, LIPA_GEOSL ; C6DYX9, LIPA_GEOSM ; -DR C5D7H5, LIPA_GEOSW ; A4ISG5, LIPA_GEOTN ; A5GCS6, LIPA_GEOUR ; -DR B8F679, LIPA_GLAP5 ; Q5FNM1, LIPA_GLUOX ; Q0BSW6, LIPA_GRABC ; -DR Q7VKB1, LIPA_HAEDU ; Q4QPL8, LIPA_HAEI8 ; A5UBB2, LIPA_HAEIE ; -DR A5UFJ8, LIPA_HAEIG ; P44463, LIPA_HAEIN ; Q2SA38, LIPA_HAHCH ; -DR Q9K7C9, LIPA_HALH5 ; A1WT98, LIPA_HALHL ; B9LR22, LIPA_HALLT ; -DR B0R7C4, LIPA_HALS3 ; Q9HN78, LIPA_HALSA ; A4G9C6, LIPA_HERAR ; -DR Q0I1H8, LIPA_HISS1 ; B0UVP7, LIPA_HISS2 ; Q31F42, LIPA_HYDCU ; -DR Q5QYE5, LIPA_IDILO ; A6T345, LIPA_JANMA ; A8Z609, LIPA_KARMG ; -DR A6WD63, LIPA_KINRD ; B5XZS6, LIPA_KLEP3 ; A6T689, LIPA_KLEP7 ; -DR Q6CLS2, LIPA_KLULA ; B2GJ88, LIPA_KOCRD ; C4QYF2, LIPA_KOMPG ; -DR Q1II13, LIPA_KORVE ; B0CQH8, LIPA_LACBS ; C5DGZ5, LIPA_LACTC ; -DR C1D5T3, LIPA_LARHH ; Q5X703, LIPA_LEGPA ; A5IGG3, LIPA_LEGPC ; -DR Q5ZXI6, LIPA_LEGPH ; Q5WYF5, LIPA_LEGPL ; A4H9Z3, LIPA_LEIBR ; -DR A4HY57, LIPA_LEIIN ; Q4QDI6, LIPA_LEIMA ; Q6AFG7, LIPA_LEIXX ; -DR B0SGV6, LIPA_LEPBA ; Q04T63, LIPA_LEPBJ ; Q051I5, LIPA_LEPBL ; -DR B0SQ03, LIPA_LEPBP ; B1XX30, LIPA_LEPCP ; Q72RU2, LIPA_LEPIC ; -DR Q8F3V7, LIPA_LEPIN ; A5E450, LIPA_LODEL ; B9EAJ9, LIPA_MACCJ ; -DR A0L509, LIPA_MAGMM ; Q65RH7, LIPA_MANSM ; Q0APQ9, LIPA_MARMM ; -DR A1U380, LIPA_MARN8 ; Q0W150, LIPA_METAR ; B7KRC9, LIPA_METC4 ; -DR Q60CJ6, LIPA_METCA ; A9W6I4, LIPA_METEP ; Q1GYC1, LIPA_METFK ; -DR B8IDD6, LIPA_METNO ; B1ZEL4, LIPA_METPB ; B1LWN4, LIPA_METRJ ; -DR B8EJU1, LIPA_METSB ; C5CCN0, LIPA_MICLC ; Q2RHM6, LIPA_MOOTA ; -DR A0QEY6, LIPA_MYCA1 ; P65284, LIPA_MYCBO ; A1KKR0, LIPA_MYCBP ; -DR C1AQD3, LIPA_MYCBT ; A4TBK7, LIPA_MYCGI ; B8ZQJ9, LIPA_MYCLB ; -DR O32962, LIPA_MYCLE ; B2HHL4, LIPA_MYCMM ; P61197, LIPA_MYCPA ; -DR A0R075, LIPA_MYCS2 ; A3Q1S8, LIPA_MYCSJ ; A1UIB4, LIPA_MYCSK ; -DR Q1B6R1, LIPA_MYCSS ; A5U4P6, LIPA_MYCTA ; P9WK90, LIPA_MYCTO ; -DR P9WK91, LIPA_MYCTU ; A0PNH7, LIPA_MYCUA ; Q1D4N0, LIPA_MYXXD ; -DR Q3IU11, LIPA_NATPD ; Q5F8I0, LIPA_NEIG1 ; B4RLK9, LIPA_NEIG2 ; -DR A9LZ95, LIPA_NEIM0 ; Q9JUC8, LIPA_NEIMA ; Q9JZA5, LIPA_NEIMB ; -DR A1D855, LIPA_NEOFI ; Q2GE84, LIPA_NEOSM ; Q7SF84, LIPA_NEUCR ; -DR Q0AI05, LIPA_NITEC ; Q82UJ5, LIPA_NITEU ; Q1QMA2, LIPA_NITHX ; -DR Q2Y7I9, LIPA_NITMU ; Q3J7W4, LIPA_NITOC ; Q3SSP1, LIPA_NITWN ; +DR A4J247, LIPA_DESRM ; A5EVQ3, LIPA_DICNV ; A7ZJ15, LIPA_ECO24 ; +DR B7UKR9, LIPA_ECO27 ; B7MFQ1, LIPA_ECO45 ; B7L9H2, LIPA_ECO55 ; +DR P60718, LIPA_ECO57 ; B5YQH9, LIPA_ECO5E ; B7NLY7, LIPA_ECO7I ; +DR B7MRR5, LIPA_ECO81 ; B7M5F5, LIPA_ECO8A ; C4ZWB5, LIPA_ECOBW ; +DR A7ZXQ4, LIPA_ECOHS ; A1A8Q3, LIPA_ECOK1 ; Q0TK45, LIPA_ECOL5 ; +DR P60717, LIPA_ECOL6 ; B1IYI0, LIPA_ECOLC ; P60716, LIPA_ECOLI ; +DR B7N9N3, LIPA_ECOLU ; B6I137, LIPA_ECOSE ; B1LKL9, LIPA_ECOSM ; +DR Q1RET3, LIPA_ECOUT ; C5BGD9, LIPA_EDWI9 ; Q3YRT2, LIPA_EHRCJ ; +DR Q2GGX7, LIPA_EHRCR ; Q5FFK4, LIPA_EHRRG ; Q5HB02, LIPA_EHRRW ; +DR Q5AQE4, LIPA_EMENI ; A4W814, LIPA_ENT38 ; Q74ZH6, LIPA_EREGS ; +DR B2VBK1, LIPA_ERWT9 ; Q2NAD7, LIPA_ERYLH ; B7LLI3, LIPA_ESCF3 ; +DR A5FNF9, LIPA_FLAJ1 ; A6GZL9, LIPA_FLAPJ ; Q0RFE8, LIPA_FRAAA ; +DR Q2J897, LIPA_FRACC ; B0TZD6, LIPA_FRAP2 ; Q14IH3, LIPA_FRAT1 ; +DR A7NBV0, LIPA_FRATF ; Q2A3R2, LIPA_FRATH ; B2SH72, LIPA_FRATM ; +DR A0Q6Q2, LIPA_FRATN ; Q0BM68, LIPA_FRATO ; Q5NH21, LIPA_FRATT ; +DR A4IY90, LIPA_FRATW ; C7Z527, LIPA_FUSV7 ; B9M4F4, LIPA_GEODF ; +DR Q5KVM7, LIPA_GEOKA ; Q39QW1, LIPA_GEOMG ; P61196, LIPA_GEOSL ; +DR C6DYX9, LIPA_GEOSM ; C5D7H5, LIPA_GEOSW ; A4ISG5, LIPA_GEOTN ; +DR A5GCS6, LIPA_GEOUR ; B8F679, LIPA_GLAP5 ; Q5FNM1, LIPA_GLUOX ; +DR Q0BSW6, LIPA_GRABC ; Q7VKB1, LIPA_HAEDU ; Q4QPL8, LIPA_HAEI8 ; +DR A5UBB2, LIPA_HAEIE ; A5UFJ8, LIPA_HAEIG ; P44463, LIPA_HAEIN ; +DR Q2SA38, LIPA_HAHCH ; Q9K7C9, LIPA_HALH5 ; A1WT98, LIPA_HALHL ; +DR B9LR22, LIPA_HALLT ; B0R7C4, LIPA_HALS3 ; Q9HN78, LIPA_HALSA ; +DR A4G9C6, LIPA_HERAR ; Q0I1H8, LIPA_HISS1 ; B0UVP7, LIPA_HISS2 ; +DR Q31F42, LIPA_HYDCU ; Q5QYE5, LIPA_IDILO ; A6T345, LIPA_JANMA ; +DR A8Z609, LIPA_KARMG ; A6WD63, LIPA_KINRD ; B5XZS6, LIPA_KLEP3 ; +DR A6T689, LIPA_KLEP7 ; Q6CLS2, LIPA_KLULA ; B2GJ88, LIPA_KOCRD ; +DR C4QYF2, LIPA_KOMPG ; Q1II13, LIPA_KORVE ; B0CQH8, LIPA_LACBS ; +DR C5DGZ5, LIPA_LACTC ; C1D5T3, LIPA_LARHH ; Q5X703, LIPA_LEGPA ; +DR A5IGG3, LIPA_LEGPC ; Q5ZXI6, LIPA_LEGPH ; Q5WYF5, LIPA_LEGPL ; +DR A4H9Z3, LIPA_LEIBR ; A4HY57, LIPA_LEIIN ; Q4QDI6, LIPA_LEIMA ; +DR Q6AFG7, LIPA_LEIXX ; B0SGV6, LIPA_LEPBA ; Q04T63, LIPA_LEPBJ ; +DR Q051I5, LIPA_LEPBL ; B0SQ03, LIPA_LEPBP ; B1XX30, LIPA_LEPCP ; +DR Q72RU2, LIPA_LEPIC ; Q8F3V7, LIPA_LEPIN ; A5E450, LIPA_LODEL ; +DR B9EAJ9, LIPA_MACCJ ; A0L509, LIPA_MAGMM ; Q65RH7, LIPA_MANSM ; +DR Q0APQ9, LIPA_MARMM ; A1U380, LIPA_MARN8 ; Q0W150, LIPA_METAR ; +DR B7KRC9, LIPA_METC4 ; Q60CJ6, LIPA_METCA ; A9W6I4, LIPA_METEP ; +DR Q1GYC1, LIPA_METFK ; B8IDD6, LIPA_METNO ; B1ZEL4, LIPA_METPB ; +DR B1LWN4, LIPA_METRJ ; B8EJU1, LIPA_METSB ; C5CCN0, LIPA_MICLC ; +DR Q2RHM6, LIPA_MOOTA ; A0QEY6, LIPA_MYCA1 ; P65284, LIPA_MYCBO ; +DR A1KKR0, LIPA_MYCBP ; C1AQD3, LIPA_MYCBT ; A4TBK7, LIPA_MYCGI ; +DR B8ZQJ9, LIPA_MYCLB ; O32962, LIPA_MYCLE ; B2HHL4, LIPA_MYCMM ; +DR P61197, LIPA_MYCPA ; A0R075, LIPA_MYCS2 ; A3Q1S8, LIPA_MYCSJ ; +DR A1UIB4, LIPA_MYCSK ; Q1B6R1, LIPA_MYCSS ; A5U4P6, LIPA_MYCTA ; +DR P9WK90, LIPA_MYCTO ; P9WK91, LIPA_MYCTU ; A0PNH7, LIPA_MYCUA ; +DR Q1D4N0, LIPA_MYXXD ; Q3IU11, LIPA_NATPD ; Q5F8I0, LIPA_NEIG1 ; +DR B4RLK9, LIPA_NEIG2 ; A9LZ95, LIPA_NEIM0 ; Q9JUC8, LIPA_NEIMA ; +DR Q9JZA5, LIPA_NEIMB ; A1D855, LIPA_NEOFI ; Q2GE84, LIPA_NEOSM ; +DR Q7SF84, LIPA_NEUCR ; Q0AI05, LIPA_NITEC ; Q82UJ5, LIPA_NITEU ; +DR Q1QMA2, LIPA_NITHX ; Q2Y7I9, LIPA_NITMU ; Q3J7W4, LIPA_NITOC ; +DR Q72DM4, LIPA_NITV2 ; A1VF79, LIPA_NITV4 ; Q3SSP1, LIPA_NITWN ; DR Q5YZ59, LIPA_NOCFA ; A1SJ19, LIPA_NOCSJ ; Q2G712, LIPA_NOVAD ; DR Q8ERL8, LIPA_OCEIH ; Q30XT6, LIPA_OLEA2 ; A5CCM4, LIPA_ORITB ; DR B3CQP5, LIPA_ORITI ; C1H594, LIPA_PARBA ; C1GFM3, LIPA_PARBD ; @@ -88907,8 +89441,8 @@ DR A5F2Y0, LIPA_VIBC3 ; Q9KTF9, LIPA_VIBCH ; C3LTJ1, LIPA_VIBCM ; DR Q87RR1, LIPA_VIBPA ; Q8DFD1, LIPA_VIBVU ; Q7MN17, LIPA_VIBVY ; DR Q8D325, LIPA_WIGBR ; P61200, LIPA_WOLPM ; B3CP16, LIPA_WOLPP ; DR Q5GSY2, LIPA_WOLTR ; C0R2Q4, LIPA_WOLWR ; Q8PPL8, LIPA_XANAC ; -DR Q3BXQ3, LIPA_XANC5 ; Q4UYT2, LIPA_XANC8 ; B0RNP9, LIPA_XANCB ; -DR Q8P590, LIPA_XANCP ; Q2NYZ2, LIPA_XANOM ; Q5GVR7, LIPA_XANOR ; +DR Q4UYT2, LIPA_XANC8 ; B0RNP9, LIPA_XANCB ; Q8P590, LIPA_XANCP ; +DR Q3BXQ3, LIPA_XANE5 ; Q2NYZ2, LIPA_XANOM ; Q5GVR7, LIPA_XANOR ; DR A7IM78, LIPA_XANP2 ; B2I923, LIPA_XYLF2 ; Q9PDW0, LIPA_XYLFA ; DR B0U641, LIPA_XYLFM ; Q87DZ9, LIPA_XYLFT ; Q6C6C6, LIPA_YARLI ; DR B3LJM6, LIPA_YEAS1 ; C7GWI3, LIPA_YEAS2 ; B5VS81, LIPA_YEAS6 ; @@ -89015,29 +89549,29 @@ DR P30139, THIG_ECOLI ; B7NFT1, THIG_ECOLU ; B6I5K1, THIG_ECOSE ; DR Q4G387, THIG_EMIHU ; A4W5B3, THIG_ENT38 ; Q9F812, THIG_ERWAM ; DR Q8GEI4, THIG_ERWPE ; B2VD79, THIG_ERWT9 ; B7LUL2, THIG_ESCF3 ; DR B1YES2, THIG_EXIS2 ; A6GWS0, THIG_FLAPJ ; Q2J8F9, THIG_FRACC ; -DR A8LFH1, THIG_FRASN ; Q8RI63, THIG_FUSNN ; Q5L2C0, THIG_GEOKA ; -DR Q39RH2, THIG_GEOMG ; Q74FL9, THIG_GEOSL ; C6E0C4, THIG_GEOSM ; -DR C5D6J1, THIG_GEOSW ; A4IKR6, THIG_GEOTN ; A5G7P4, THIG_GEOUR ; -DR Q7NJM5, THIG_GLOVI ; A9HI56, THIG_GLUDA ; Q5FNT5, THIG_GLUOX ; -DR Q6B924, THIG_GRATL ; Q2SQL5, THIG_HAHCH ; Q9KCY6, THIG_HALH5 ; -DR Q7VF28, THIG_HELHP ; B0TG92, THIG_HELMI ; Q31JD2, THIG_HYDCU ; -DR Q5R146, THIG_IDILO ; B5XYE8, THIG_KLEP3 ; A6TGP7, THIG_KLEP7 ; -DR Q5X4Z5, THIG_LEGPA ; A5IC64, THIG_LEGPC ; Q5WWJ5, THIG_LEGPL ; -DR B9E9B4, THIG_MACCJ ; A0L5E8, THIG_MAGMM ; Q2W3R9, THIG_MAGSA ; -DR Q0AQ76, THIG_MARMM ; A6VXY2, THIG_MARMS ; Q609Z5, THIG_METCA ; -DR Q1GXY7, THIG_METFK ; B8IPG1, THIG_METNO ; B0UHP4, THIG_METS4 ; -DR Q2RHX4, THIG_MOOTA ; A0QLT3, THIG_MYCA1 ; P59948, THIG_MYCBO ; -DR A1KFN9, THIG_MYCBP ; C1AK93, THIG_MYCBT ; B8ZU92, THIG_MYCLB ; -DR Q9ZBL2, THIG_MYCLE ; B2HQ02, THIG_MYCMM ; Q73T20, THIG_MYCPA ; -DR A0QQL0, THIG_MYCS2 ; A5TZE3, THIG_MYCTA ; P9WG72, THIG_MYCTO ; -DR P9WG73, THIG_MYCTU ; A0PRX9, THIG_MYCUA ; Q1D7A6, THIG_MYXXD ; -DR B9L7B6, THIG_NAUPA ; Q5F5C4, THIG_NEIG1 ; A9M072, THIG_NEIM0 ; -DR Q9JWI4, THIG_NEIMA ; Q9JXF5, THIG_NEIMB ; A1KWF0, THIG_NEIMF ; -DR Q2GDS9, THIG_NEOSM ; Q1XDC6, THIG_NEOYE ; Q0AJ67, THIG_NITEC ; -DR Q82XI7, THIG_NITEU ; Q1QJD6, THIG_NITHX ; Q2YCZ2, THIG_NITMU ; -DR Q3JAP1, THIG_NITOC ; A6Q1C9, THIG_NITSB ; Q3SPS2, THIG_NITWN ; -DR Q5YNQ2, THIG_NOCFA ; Q2G348, THIG_NOVAD ; Q311P4, THIG_OLEA2 ; -DR A1TRP8, THIG_PARC0 ; A1AY12, THIG_PARDP ; Q7UA46, THIG_PARMW ; +DR Q8RI63, THIG_FUSNN ; Q5L2C0, THIG_GEOKA ; Q39RH2, THIG_GEOMG ; +DR Q74FL9, THIG_GEOSL ; C6E0C4, THIG_GEOSM ; C5D6J1, THIG_GEOSW ; +DR A4IKR6, THIG_GEOTN ; A5G7P4, THIG_GEOUR ; Q7NJM5, THIG_GLOVI ; +DR A9HI56, THIG_GLUDA ; Q5FNT5, THIG_GLUOX ; Q6B924, THIG_GRATL ; +DR Q2SQL5, THIG_HAHCH ; Q9KCY6, THIG_HALH5 ; Q7VF28, THIG_HELHP ; +DR B0TG92, THIG_HELMI ; Q31JD2, THIG_HYDCU ; Q5R146, THIG_IDILO ; +DR B5XYE8, THIG_KLEP3 ; A6TGP7, THIG_KLEP7 ; Q5X4Z5, THIG_LEGPA ; +DR A5IC64, THIG_LEGPC ; Q5WWJ5, THIG_LEGPL ; B9E9B4, THIG_MACCJ ; +DR A0L5E8, THIG_MAGMM ; Q0AQ76, THIG_MARMM ; A6VXY2, THIG_MARMS ; +DR Q609Z5, THIG_METCA ; Q1GXY7, THIG_METFK ; B8IPG1, THIG_METNO ; +DR B0UHP4, THIG_METS4 ; Q2RHX4, THIG_MOOTA ; A0QLT3, THIG_MYCA1 ; +DR P59948, THIG_MYCBO ; A1KFN9, THIG_MYCBP ; C1AK93, THIG_MYCBT ; +DR B8ZU92, THIG_MYCLB ; Q9ZBL2, THIG_MYCLE ; B2HQ02, THIG_MYCMM ; +DR Q73T20, THIG_MYCPA ; A0QQL0, THIG_MYCS2 ; A5TZE3, THIG_MYCTA ; +DR P9WG72, THIG_MYCTO ; P9WG73, THIG_MYCTU ; A0PRX9, THIG_MYCUA ; +DR Q1D7A6, THIG_MYXXD ; B9L7B6, THIG_NAUPA ; Q5F5C4, THIG_NEIG1 ; +DR A9M072, THIG_NEIM0 ; Q9JWI4, THIG_NEIMA ; Q9JXF5, THIG_NEIMB ; +DR A1KWF0, THIG_NEIMF ; Q2GDS9, THIG_NEOSM ; Q1XDC6, THIG_NEOYE ; +DR Q0AJ67, THIG_NITEC ; Q82XI7, THIG_NITEU ; Q1QJD6, THIG_NITHX ; +DR Q2YCZ2, THIG_NITMU ; Q3JAP1, THIG_NITOC ; A6Q1C9, THIG_NITSB ; +DR Q3SPS2, THIG_NITWN ; Q5YNQ2, THIG_NOCFA ; Q2G348, THIG_NOVAD ; +DR Q311P4, THIG_OLEA2 ; A1TRP8, THIG_PARC0 ; A1AY12, THIG_PARDP ; +DR Q2W3R9, THIG_PARM1 ; Q7UA46, THIG_PARMW ; A8LFH1, THIG_PARS2 ; DR Q6DAM4, THIG_PECAS ; C6DHS2, THIG_PECCP ; B4SCL0, THIG_PELPB ; DR A5D4K1, THIG_PELTS ; Q4FMP0, THIG_PELUB ; C0QUK5, THIG_PERMH ; DR A0T0L1, THIG_PHATC ; B4RCS1, THIG_PHEZH ; Q7N966, THIG_PHOLL ; @@ -89086,8 +89620,8 @@ DR A5CVZ0, THIG_VESOH ; B7VMV3, THIG_VIBA3 ; A7N137, THIG_VIBC1 ; DR A5F4E2, THIG_VIBC3 ; Q9KVS4, THIG_VIBCH ; C3LPQ7, THIG_VIBCM ; DR Q87KF4, THIG_VIBPA ; Q8DDL8, THIG_VIBVU ; Q7MGM7, THIG_VIBVY ; DR Q8D249, THIG_WIGBR ; Q7M9F6, THIG_WOLSU ; Q8PHF5, THIG_XANAC ; -DR Q3BQ15, THIG_XANC5 ; Q4UXY4, THIG_XANC8 ; B0RPJ1, THIG_XANCB ; -DR Q8P632, THIG_XANCP ; Q2P0J5, THIG_XANOM ; B2SWK7, THIG_XANOP ; +DR Q4UXY4, THIG_XANC8 ; B0RPJ1, THIG_XANCB ; Q8P632, THIG_XANCP ; +DR Q3BQ15, THIG_XANE5 ; Q2P0J5, THIG_XANOM ; B2SWK7, THIG_XANOP ; DR Q5GXE5, THIG_XANOR ; Q9PF95, THIG_XYLFA ; Q87AE8, THIG_XYLFT ; DR A1JII4, THIG_YERE8 ; A7FNH9, THIG_YERP3 ; Q1C1U5, THIG_YERPA ; DR B2K116, THIG_YERPB ; Q8ZAP9, THIG_YERPE ; Q1CN74, THIG_YERPN ; @@ -89237,7 +89771,7 @@ DR A1BI85, MNMA_CHLPD ; A4SD47, MNMA_CHLPM ; Q9Z8A5, MNMA_CHLPN ; DR B9LK98, MNMA_CHLSY ; B0B7K3, MNMA_CHLT2 ; Q3KM75, MNMA_CHLTA ; DR B0BBR8, MNMA_CHLTB ; Q8KBD3, MNMA_CHLTE ; O84289, MNMA_CHLTR ; DR A0M3J2, MNMA_CHRFK ; Q1QUR7, MNMA_CHRSD ; Q7MBE1, MNMA_CHRVO ; -DR A8AHK2, MNMA_CITK8 ; A5CQU4, MNMA_CLAM3 ; B0RGA6, MNMA_CLAMS ; +DR A8AHK2, MNMA_CITK8 ; A5CQU4, MNMA_CLAM3 ; B0RGA6, MNMA_CLASE ; DR Q97GY2, MNMA_CLOAB ; A6LSF2, MNMA_CLOB8 ; B2V3V9, MNMA_CLOBA ; DR B2THM7, MNMA_CLOBB ; Q18BE2, MNMA_CLOD6 ; A5N749, MNMA_CLOK5 ; DR A0Q152, MNMA_CLONN ; Q0TPH2, MNMA_CLOP1 ; Q8XJH3, MNMA_CLOPE ; @@ -89252,8 +89786,7 @@ DR Q6A8Q1, MNMA_CUTAK ; Q11UP4, MNMA_CYTH3 ; Q47AW0, MNMA_DECAR ; DR Q3Z8D8, MNMA_DEHM1 ; A5FR85, MNMA_DEHMB ; Q3ZXD7, MNMA_DEHMC ; DR Q1J090, MNMA_DEIGD ; Q9RTK1, MNMA_DEIRA ; A9BS40, MNMA_DELAS ; DR B1I677, MNMA_DESAP ; Q24US9, MNMA_DESHY ; A9A0S9, MNMA_DESOH ; -DR Q6AIZ6, MNMA_DESPS ; A4J2K1, MNMA_DESRM ; Q72DX2, MNMA_DESVH ; -DR B8DRE0, MNMA_DESVM ; A1VFH0, MNMA_DESVV ; A5EVB4, MNMA_DICNV ; +DR Q6AIZ6, MNMA_DESPS ; A4J2K1, MNMA_DESRM ; A5EVB4, MNMA_DICNV ; DR A8LK49, MNMA_DINSH ; A7ZKS3, MNMA_ECO24 ; Q8X735, MNMA_ECO57 ; DR B1XA43, MNMA_ECODH ; A7ZZ88, MNMA_ECOHS ; A1AA27, MNMA_ECOK1 ; DR Q0TIU0, MNMA_ECOL5 ; Q8CXZ8, MNMA_ECOL6 ; B1IUD4, MNMA_ECOLC ; @@ -89263,40 +89796,39 @@ DR Q5FFJ0, MNMA_EHRRG ; Q5HBV2, MNMA_EHRRW ; B1GZY9, MNMA_ENDTX ; DR A4W9E5, MNMA_ENT38 ; Q820U1, MNMA_ENTFA ; Q2N6A6, MNMA_ERYLH ; DR B1YJE9, MNMA_EXIS2 ; A7HNX2, MNMA_FERNB ; B0S3R4, MNMA_FINM2 ; DR A5FHA9, MNMA_FLAJ1 ; A6H0G9, MNMA_FLAPJ ; Q0RDH6, MNMA_FRAAA ; -DR Q2J6U1, MNMA_FRACC ; B0TW32, MNMA_FRAP2 ; A8L536, MNMA_FRASN ; -DR Q14FW2, MNMA_FRAT1 ; A7N9A5, MNMA_FRATF ; Q2A5X5, MNMA_FRATH ; -DR B2SEJ7, MNMA_FRATM ; A0Q454, MNMA_FRATN ; Q0BP64, MNMA_FRATO ; -DR Q5NEF9, MNMA_FRATT ; A4J081, MNMA_FRATW ; Q39XA9, MNMA_GEOMG ; -DR Q74A22, MNMA_GEOSL ; A4IR87, MNMA_GEOTN ; A5GE36, MNMA_GEOUR ; -DR B7KHE5, MNMA_GLOC7 ; Q7MBC9, MNMA_GLOVI ; A9HMI3, MNMA_GLUDA ; -DR Q5FR73, MNMA_GLUOX ; Q7U342, MNMA_HAEDU ; Q4QP16, MNMA_HAEI8 ; -DR A5UFX6, MNMA_HAEIG ; P44551, MNMA_HAEIN ; Q2SJL8, MNMA_HAHCH ; -DR Q9KDF2, MNMA_HALH5 ; A1WWV9, MNMA_HALHL ; B8CWH7, MNMA_HALOH ; -DR Q17Z16, MNMA_HELAH ; Q7U320, MNMA_HELHP ; B0TFA7, MNMA_HELMI ; -DR B5Z8Y2, MNMA_HELPG ; Q1CRS3, MNMA_HELPH ; Q9ZJQ0, MNMA_HELPJ ; -DR B2UV99, MNMA_HELPS ; O25893, MNMA_HELPY ; A9AYA7, MNMA_HERA2 ; -DR A4G213, MNMA_HERAR ; Q0I5Y6, MNMA_HISS1 ; B0UWF2, MNMA_HISS2 ; -DR Q31GM9, MNMA_HYDCU ; B4U7E2, MNMA_HYDS0 ; Q0C4H3, MNMA_HYPNA ; -DR Q5QYZ7, MNMA_IDILO ; A6SUW6, MNMA_JANMA ; Q28PD8, MNMA_JANSC ; -DR A8Z5W4, MNMA_KARMG ; A6W7K7, MNMA_KINRD ; B5XSN3, MNMA_KLEP3 ; -DR A6T7K3, MNMA_KLEP7 ; B2GL48, MNMA_KOCRD ; Q1IPC9, MNMA_KORVE ; -DR Q5FKU0, MNMA_LACAC ; Q1GAS1, MNMA_LACDA ; Q04B58, MNMA_LACDB ; -DR Q042R4, MNMA_LACGA ; A8YUQ2, MNMA_LACH4 ; Q74JW9, MNMA_LACJO ; -DR Q9CHA1, MNMA_LACLA ; A2RLX1, MNMA_LACLM ; Q030C8, MNMA_LACLS ; -DR Q039P7, MNMA_LACP3 ; A9KPI9, MNMA_LACP7 ; Q88V96, MNMA_LACPL ; -DR Q38XI3, MNMA_LATSS ; Q1MRW7, MNMA_LAWIP ; Q5X5H6, MNMA_LEGPA ; -DR A5IBN1, MNMA_LEGPC ; Q5ZVQ1, MNMA_LEGPH ; Q5WWV9, MNMA_LEGPL ; -DR Q6AEE4, MNMA_LEIXX ; B0SG84, MNMA_LEPBA ; Q04TZ4, MNMA_LEPBJ ; -DR Q04ZN1, MNMA_LEPBL ; B0SPC6, MNMA_LEPBP ; B1XX60, MNMA_LEPCP ; -DR Q72Q44, MNMA_LEPIC ; Q8F625, MNMA_LEPIN ; Q03QJ0, MNMA_LEVBA ; -DR Q1WTT7, MNMA_LIGS1 ; B2GB92, MNMA_LIMF3 ; A5VJ48, MNMA_LIMRD ; -DR B2G6L9, MNMA_LIMRJ ; Q92BK1, MNMA_LISIN ; C1KVF9, MNMA_LISMC ; -DR Q71ZF8, MNMA_LISMF ; B8DDZ8, MNMA_LISMH ; Q8Y714, MNMA_LISMO ; -DR A0AIW1, MNMA_LISW6 ; B1HUL3, MNMA_LYSSC ; A0L678, MNMA_MAGMM ; -DR Q2W2V2, MNMA_MAGSA ; Q8CXQ3, MNMA_MALP2 ; Q65VV2, MNMA_MANSM ; -DR Q0ARV1, MNMA_MARMM ; A6W0E1, MNMA_MARMS ; A1U1H5, MNMA_MARN8 ; -DR Q6F152, MNMA_MESFL ; Q600M2, MNMA_MESH2 ; Q4A7U1, MNMA_MESH7 ; -DR Q4A9Q7, MNMA_MESHJ ; Q6KHK4, MNMA_MESM1 ; B3PM68, MNMA_META1 ; +DR Q2J6U1, MNMA_FRACC ; B0TW32, MNMA_FRAP2 ; Q14FW2, MNMA_FRAT1 ; +DR A7N9A5, MNMA_FRATF ; Q2A5X5, MNMA_FRATH ; B2SEJ7, MNMA_FRATM ; +DR A0Q454, MNMA_FRATN ; Q0BP64, MNMA_FRATO ; Q5NEF9, MNMA_FRATT ; +DR A4J081, MNMA_FRATW ; Q39XA9, MNMA_GEOMG ; Q74A22, MNMA_GEOSL ; +DR A4IR87, MNMA_GEOTN ; A5GE36, MNMA_GEOUR ; B7KHE5, MNMA_GLOC7 ; +DR Q7MBC9, MNMA_GLOVI ; A9HMI3, MNMA_GLUDA ; Q5FR73, MNMA_GLUOX ; +DR Q7U342, MNMA_HAEDU ; Q4QP16, MNMA_HAEI8 ; A5UFX6, MNMA_HAEIG ; +DR P44551, MNMA_HAEIN ; Q2SJL8, MNMA_HAHCH ; Q9KDF2, MNMA_HALH5 ; +DR A1WWV9, MNMA_HALHL ; B8CWH7, MNMA_HALOH ; Q17Z16, MNMA_HELAH ; +DR Q7U320, MNMA_HELHP ; B0TFA7, MNMA_HELMI ; B5Z8Y2, MNMA_HELPG ; +DR Q1CRS3, MNMA_HELPH ; Q9ZJQ0, MNMA_HELPJ ; B2UV99, MNMA_HELPS ; +DR O25893, MNMA_HELPY ; A9AYA7, MNMA_HERA2 ; A4G213, MNMA_HERAR ; +DR Q0I5Y6, MNMA_HISS1 ; B0UWF2, MNMA_HISS2 ; Q31GM9, MNMA_HYDCU ; +DR B4U7E2, MNMA_HYDS0 ; Q0C4H3, MNMA_HYPNA ; Q5QYZ7, MNMA_IDILO ; +DR A6SUW6, MNMA_JANMA ; Q28PD8, MNMA_JANSC ; A8Z5W4, MNMA_KARMG ; +DR A6W7K7, MNMA_KINRD ; B5XSN3, MNMA_KLEP3 ; A6T7K3, MNMA_KLEP7 ; +DR B2GL48, MNMA_KOCRD ; Q1IPC9, MNMA_KORVE ; Q5FKU0, MNMA_LACAC ; +DR Q1GAS1, MNMA_LACDA ; Q04B58, MNMA_LACDB ; Q042R4, MNMA_LACGA ; +DR A8YUQ2, MNMA_LACH4 ; Q74JW9, MNMA_LACJO ; Q9CHA1, MNMA_LACLA ; +DR A2RLX1, MNMA_LACLM ; Q030C8, MNMA_LACLS ; Q039P7, MNMA_LACP3 ; +DR A9KPI9, MNMA_LACP7 ; Q88V96, MNMA_LACPL ; Q38XI3, MNMA_LATSS ; +DR Q1MRW7, MNMA_LAWIP ; Q5X5H6, MNMA_LEGPA ; A5IBN1, MNMA_LEGPC ; +DR Q5ZVQ1, MNMA_LEGPH ; Q5WWV9, MNMA_LEGPL ; Q6AEE4, MNMA_LEIXX ; +DR B0SG84, MNMA_LEPBA ; Q04TZ4, MNMA_LEPBJ ; Q04ZN1, MNMA_LEPBL ; +DR B0SPC6, MNMA_LEPBP ; B1XX60, MNMA_LEPCP ; Q72Q44, MNMA_LEPIC ; +DR Q8F625, MNMA_LEPIN ; Q03QJ0, MNMA_LEVBA ; Q1WTT7, MNMA_LIGS1 ; +DR B2GB92, MNMA_LIMF3 ; A5VJ48, MNMA_LIMRD ; B2G6L9, MNMA_LIMRJ ; +DR Q92BK1, MNMA_LISIN ; C1KVF9, MNMA_LISMC ; Q71ZF8, MNMA_LISMF ; +DR B8DDZ8, MNMA_LISMH ; Q8Y714, MNMA_LISMO ; A0AIW1, MNMA_LISW6 ; +DR B1HUL3, MNMA_LYSSC ; A0L678, MNMA_MAGMM ; Q8CXQ3, MNMA_MALP2 ; +DR Q65VV2, MNMA_MANSM ; Q0ARV1, MNMA_MARMM ; A6W0E1, MNMA_MARMS ; +DR A1U1H5, MNMA_MARN8 ; Q6F152, MNMA_MESFL ; Q600M2, MNMA_MESH2 ; +DR Q4A7U1, MNMA_MESH7 ; Q4A9Q7, MNMA_MESHJ ; B3PM68, MNMA_META1 ; DR Q607H5, MNMA_METCA ; A9W8W7, MNMA_METEP ; Q1GZF5, MNMA_METFK ; DR B8IU32, MNMA_METNO ; B1ZGZ6, MNMA_METPB ; A2SLT0, MNMA_METPP ; DR B1LV15, MNMA_METRJ ; B0UIW7, MNMA_METS4 ; B0JVR4, MNMA_MICAN ; @@ -89304,23 +89836,25 @@ DR C5CB51, MNMA_MICLC ; Q2RHY7, MNMA_MOOTA ; A0QJE5, MNMA_MYCA1 ; DR B1MDW3, MNMA_MYCA9 ; A5IYK6, MNMA_MYCAP ; P66977, MNMA_MYCBO ; DR A1KN20, MNMA_MYCBP ; C1AGE1, MNMA_MYCBT ; Q2SRW8, MNMA_MYCCT ; DR Q7NBZ0, MNMA_MYCGA ; P47537, MNMA_MYCGE ; A4TDZ4, MNMA_MYCGI ; -DR B8ZS29, MNMA_MYCLB ; O33099, MNMA_MYCLE ; B2HIE6, MNMA_MYCMM ; -DR Q6MTG1, MNMA_MYCMS ; Q73VF7, MNMA_MYCPA ; P75365, MNMA_MYCPN ; -DR Q98Q11, MNMA_MYCPU ; A0QUW3, MNMA_MYCS2 ; Q4A634, MNMA_MYCS5 ; -DR A3PXL7, MNMA_MYCSJ ; A1UE63, MNMA_MYCSK ; Q1BAU9, MNMA_MYCSS ; -DR A5U737, MNMA_MYCTA ; P9WJS4, MNMA_MYCTO ; P9WJS5, MNMA_MYCTU ; -DR A0PPW5, MNMA_MYCUA ; A1T6X1, MNMA_MYCVP ; Q1D6N0, MNMA_MYXXD ; -DR B2A5K1, MNMA_NATTJ ; Q5F7G4, MNMA_NEIG1 ; A9M0Y5, MNMA_NEIM0 ; -DR Q9JTJ9, MNMA_NEIMA ; Q9JYJ6, MNMA_NEIMB ; A1KUY0, MNMA_NEIMF ; -DR Q2GDU3, MNMA_NEOSM ; Q0ADM9, MNMA_NITEC ; Q82VV0, MNMA_NITEU ; -DR Q1QQB5, MNMA_NITHX ; Q2Y6T6, MNMA_NITMU ; Q3J9J6, MNMA_NITOC ; -DR A6Q239, MNMA_NITSB ; Q3SV21, MNMA_NITWN ; Q5YRS5, MNMA_NOCFA ; -DR A1SMB0, MNMA_NOCSJ ; B2J5L9, MNMA_NOSP7 ; Q8YX56, MNMA_NOSS1 ; -DR Q2G2Z1, MNMA_NOVAD ; Q8CXC7, MNMA_OCEIH ; Q313S6, MNMA_OLEA2 ; -DR Q6YR90, MNMA_ONYPE ; B1ZZ32, MNMA_OPITP ; A5CFJ6, MNMA_ORITB ; -DR A1R863, MNMA_PAEAT ; A1TWB8, MNMA_PARC0 ; A6LIF1, MNMA_PARD8 ; -DR A1B9H0, MNMA_PARDP ; A7HV69, MNMA_PARL1 ; Q7TTU4, MNMA_PARMW ; -DR B2JGI9, MNMA_PARP8 ; B2SX74, MNMA_PARPJ ; Q6MA75, MNMA_PARUW ; +DR B8ZS29, MNMA_MYCLB ; O33099, MNMA_MYCLE ; Q6KHK4, MNMA_MYCM1 ; +DR B2HIE6, MNMA_MYCMM ; Q6MTG1, MNMA_MYCMS ; Q73VF7, MNMA_MYCPA ; +DR P75365, MNMA_MYCPN ; Q98Q11, MNMA_MYCPU ; A0QUW3, MNMA_MYCS2 ; +DR Q4A634, MNMA_MYCS5 ; A3PXL7, MNMA_MYCSJ ; A1UE63, MNMA_MYCSK ; +DR Q1BAU9, MNMA_MYCSS ; A5U737, MNMA_MYCTA ; P9WJS4, MNMA_MYCTO ; +DR P9WJS5, MNMA_MYCTU ; A0PPW5, MNMA_MYCUA ; A1T6X1, MNMA_MYCVP ; +DR Q1D6N0, MNMA_MYXXD ; B2A5K1, MNMA_NATTJ ; Q5F7G4, MNMA_NEIG1 ; +DR A9M0Y5, MNMA_NEIM0 ; Q9JTJ9, MNMA_NEIMA ; Q9JYJ6, MNMA_NEIMB ; +DR A1KUY0, MNMA_NEIMF ; Q2GDU3, MNMA_NEOSM ; Q0ADM9, MNMA_NITEC ; +DR Q82VV0, MNMA_NITEU ; Q1QQB5, MNMA_NITHX ; Q2Y6T6, MNMA_NITMU ; +DR Q3J9J6, MNMA_NITOC ; A6Q239, MNMA_NITSB ; Q72DX2, MNMA_NITV2 ; +DR A1VFH0, MNMA_NITV4 ; B8DRE0, MNMA_NITV9 ; Q3SV21, MNMA_NITWN ; +DR Q5YRS5, MNMA_NOCFA ; A1SMB0, MNMA_NOCSJ ; B2J5L9, MNMA_NOSP7 ; +DR Q8YX56, MNMA_NOSS1 ; Q2G2Z1, MNMA_NOVAD ; Q8CXC7, MNMA_OCEIH ; +DR Q313S6, MNMA_OLEA2 ; Q6YR90, MNMA_ONYPE ; B1ZZ32, MNMA_OPITP ; +DR A5CFJ6, MNMA_ORITB ; A1R863, MNMA_PAEAT ; A1TWB8, MNMA_PARC0 ; +DR A6LIF1, MNMA_PARD8 ; A1B9H0, MNMA_PARDP ; A7HV69, MNMA_PARL1 ; +DR Q2W2V2, MNMA_PARM1 ; Q7TTU4, MNMA_PARMW ; B2JGI9, MNMA_PARP8 ; +DR B2SX74, MNMA_PARPJ ; A8L536, MNMA_PARS2 ; Q6MA75, MNMA_PARUW ; DR Q145K0, MNMA_PARXL ; Q9CLA3, MNMA_PASMU ; Q6D4E9, MNMA_PECAS ; DR C6DFW7, MNMA_PECCP ; Q03EZ6, MNMA_PEDPA ; A1AQ29, MNMA_PELPD ; DR A5D3F0, MNMA_PELTS ; Q4FME4, MNMA_PELUB ; C0QRH5, MNMA_PERMH ; @@ -89406,8 +89940,8 @@ DR A5CW80, MNMA_VESOH ; A7MSW1, MNMA_VIBC1 ; A5F2F2, MNMA_VIBC3 ; DR Q9KSX8, MNMA_VIBCH ; Q87QL9, MNMA_VIBPA ; Q8CWJ6, MNMA_VIBVU ; DR Q7MLT4, MNMA_VIBVY ; Q8D397, MNMA_WIGBR ; Q73FR5, MNMA_WOLPM ; DR B3CLZ0, MNMA_WOLPP ; Q7M8I9, MNMA_WOLSU ; Q5GTC8, MNMA_WOLTR ; -DR C0R4S5, MNMA_WOLWR ; Q8PL08, MNMA_XANAC ; Q3BTY6, MNMA_XANC5 ; -DR Q4UUJ7, MNMA_XANC8 ; B0RT32, MNMA_XANCB ; Q8P9A1, MNMA_XANCP ; +DR C0R4S5, MNMA_WOLWR ; Q8PL08, MNMA_XANAC ; Q4UUJ7, MNMA_XANC8 ; +DR B0RT32, MNMA_XANCB ; Q8P9A1, MNMA_XANCP ; Q3BTY6, MNMA_XANE5 ; DR Q2P2Q7, MNMA_XANOM ; B2SMD7, MNMA_XANOP ; Q5GZR1, MNMA_XANOR ; DR A7ICB9, MNMA_XANP2 ; B2I9X8, MNMA_XYLF2 ; Q9PDD9, MNMA_XYLFA ; DR B0U6Q7, MNMA_XYLFM ; Q87DM0, MNMA_XYLFT ; A1JLK6, MNMA_YERE8 ; @@ -89678,7 +90212,7 @@ CC -!- Hydroxy groups of tyrosine residues in peptides such as angiotensin CC can act as acceptors. CC -!- Does not act on 3'-phosphoadenylyl sulfate or adenosine CC 3',5'-bisphosphate. -DR Q8FDI4, ASST_ECOL6 ; +DR Q8FDI4, ASST_ECOL6 ; Q9XDP2, ASST_LELAM ; // ID 2.8.2.23 DE [heparan sulfate]-glucosamine 3-sulfotransferase 1. @@ -90159,6 +90693,7 @@ CC difficile, participates in an L-leucine fermentation pathway. CC -!- The reaction proceeds via formation of a covalent anhydride CC intermediate between a conserved aspartate residue and the acyl group CC of the CoA thioester substrate. +DR Q5U921, HADA_CLODI ; // ID 2.8.3.25 DE bile acid CoA-transferase. @@ -90316,7 +90851,7 @@ DR B3QR49, MIAB_CHLP8 ; B3ENP4, MIAB_CHLPB ; A1BIX2, MIAB_CHLPD ; DR A4SCW6, MIAB_CHLPM ; B3QVA0, MIAB_CHLT3 ; Q8KB05, MIAB_CHLTE ; DR A0M7D3, MIAB_CHRFK ; Q1QV24, MIAB_CHRSD ; Q7NQI8, MIAB_CHRVO ; DR B5EE49, MIAB_CITBB ; A8AJE9, MIAB_CITK8 ; A5CSL5, MIAB_CLAM3 ; -DR B0RGZ1, MIAB_CLAMS ; Q97I18, MIAB_CLOAB ; A7FUL1, MIAB_CLOB1 ; +DR B0RGZ1, MIAB_CLASE ; Q97I18, MIAB_CLOAB ; A7FUL1, MIAB_CLOB1 ; DR A6LWI1, MIAB_CLOB8 ; B2V276, MIAB_CLOBA ; B2TIA8, MIAB_CLOBB ; DR A5I2S3, MIAB_CLOBH ; B1IM69, MIAB_CLOBK ; A7GE46, MIAB_CLOBL ; DR B1KSA4, MIAB_CLOBM ; Q187U6, MIAB_CLOD6 ; A0Q0M5, MIAB_CLONN ; @@ -90332,20 +90867,19 @@ DR Q11U26, MIAB_CYTH3 ; Q47A75, MIAB_DECAR ; Q3Z6Q4, MIAB_DEHM1 ; DR A5FPV2, MIAB_DEHMB ; Q3ZYS0, MIAB_DEHMC ; Q1IYM0, MIAB_DEIGD ; DR Q9RV79, MIAB_DEIRA ; A9BUQ1, MIAB_DELAS ; B1I241, MIAB_DESAP ; DR Q24X58, MIAB_DESHY ; A8ZVH2, MIAB_DESOH ; Q6ALW9, MIAB_DESPS ; -DR A4J5Q8, MIAB_DESRM ; Q72DE5, MIAB_DESVH ; A1VF04, MIAB_DESVV ; -DR A5EXA7, MIAB_DICNV ; B5YE40, MIAB_DICT6 ; A8LSE7, MIAB_DINSH ; -DR A7ZJ54, MIAB_ECO24 ; B7MFS7, MIAB_ECO45 ; B7L9K8, MIAB_ECO55 ; -DR P0AEI3, MIAB_ECO57 ; B5YQL3, MIAB_ECO5E ; B7NM12, MIAB_ECO7I ; -DR B7MPH7, MIAB_ECO81 ; B7M5I8, MIAB_ECO8A ; B1X656, MIAB_ECODH ; -DR A7ZXT0, MIAB_ECOHS ; A1A8S9, MIAB_ECOK1 ; Q0TK19, MIAB_ECOL5 ; -DR P0AEI2, MIAB_ECOL6 ; B1IYE7, MIAB_ECOLC ; P0AEI1, MIAB_ECOLI ; -DR B7N9R6, MIAB_ECOLU ; B6HYN0, MIAB_ECOSE ; B1LLB3, MIAB_ECOSM ; -DR Q1REQ5, MIAB_ECOUT ; Q3YSK6, MIAB_EHRCJ ; Q2GG00, MIAB_EHRCR ; -DR Q5FHD1, MIAB_EHRRG ; Q5HBR5, MIAB_EHRRW ; B1H0D2, MIAB_ENDTX ; -DR A4W838, MIAB_ENT38 ; B2VBL4, MIAB_ERWT9 ; Q2N950, MIAB_ERYLH ; -DR B7LKU3, MIAB_ESCF3 ; A7HK86, MIAB_FERNB ; B0S1C0, MIAB_FINM2 ; -DR A5FIU2, MIAB_FLAJ1 ; A6H119, MIAB_FLAPJ ; Q0RDX2, MIAB_FRAAA ; -DR Q2J771, MIAB_FRACC ; B0TXS4, MIAB_FRAP2 ; A8L6J8, MIAB_FRASN ; +DR A4J5Q8, MIAB_DESRM ; A5EXA7, MIAB_DICNV ; B5YE40, MIAB_DICT6 ; +DR A8LSE7, MIAB_DINSH ; A7ZJ54, MIAB_ECO24 ; B7MFS7, MIAB_ECO45 ; +DR B7L9K8, MIAB_ECO55 ; P0AEI3, MIAB_ECO57 ; B5YQL3, MIAB_ECO5E ; +DR B7NM12, MIAB_ECO7I ; B7MPH7, MIAB_ECO81 ; B7M5I8, MIAB_ECO8A ; +DR B1X656, MIAB_ECODH ; A7ZXT0, MIAB_ECOHS ; A1A8S9, MIAB_ECOK1 ; +DR Q0TK19, MIAB_ECOL5 ; P0AEI2, MIAB_ECOL6 ; B1IYE7, MIAB_ECOLC ; +DR P0AEI1, MIAB_ECOLI ; B7N9R6, MIAB_ECOLU ; B6HYN0, MIAB_ECOSE ; +DR B1LLB3, MIAB_ECOSM ; Q1REQ5, MIAB_ECOUT ; Q3YSK6, MIAB_EHRCJ ; +DR Q2GG00, MIAB_EHRCR ; Q5FHD1, MIAB_EHRRG ; Q5HBR5, MIAB_EHRRW ; +DR B1H0D2, MIAB_ENDTX ; A4W838, MIAB_ENT38 ; B2VBL4, MIAB_ERWT9 ; +DR Q2N950, MIAB_ERYLH ; B7LKU3, MIAB_ESCF3 ; A7HK86, MIAB_FERNB ; +DR B0S1C0, MIAB_FINM2 ; A5FIU2, MIAB_FLAJ1 ; A6H119, MIAB_FLAPJ ; +DR Q0RDX2, MIAB_FRAAA ; Q2J771, MIAB_FRACC ; B0TXS4, MIAB_FRAP2 ; DR Q14IK5, MIAB_FRAT1 ; A7NBR0, MIAB_FRATF ; Q2A3U6, MIAB_FRATH ; DR B2SG13, MIAB_FRATM ; A0Q6T5, MIAB_FRATN ; Q0BM96, MIAB_FRATO ; DR Q5NH53, MIAB_FRATT ; A4IYC1, MIAB_FRATW ; Q8RG43, MIAB_FUSNN ; @@ -90368,29 +90902,30 @@ DR A5IBH7, MIAB_LEGPC ; Q5ZVV6, MIAB_LEGPH ; Q5WX12, MIAB_LEGPL ; DR Q6AE03, MIAB_LEIXX ; B0S9E2, MIAB_LEPBA ; Q04UA3, MIAB_LEPBJ ; DR Q053R5, MIAB_LEPBL ; B0SS31, MIAB_LEPBP ; B1XYX5, MIAB_LEPCP ; DR Q72PA4, MIAB_LEPIC ; Q8F743, MIAB_LEPIN ; B1HR59, MIAB_LYSSC ; -DR A0L7K3, MIAB_MAGMM ; Q2VYQ8, MIAB_MAGSA ; Q8EUX4, MIAB_MALP2 ; -DR Q65RW3, MIAB_MANSM ; Q0AK79, MIAB_MARMM ; A6VZE1, MIAB_MARMS ; -DR A1U494, MIAB_MARN8 ; B7KVE0, MIAB_METC4 ; Q608N1, MIAB_METCA ; -DR A9VYZ9, MIAB_METEP ; Q1H3L6, MIAB_METFK ; B3E0M0, MIAB_METI4 ; -DR B1ZJR5, MIAB_METPB ; A2SD55, MIAB_METPP ; B1LWE8, MIAB_METRJ ; -DR B0UNY0, MIAB_METS4 ; B0JVM6, MIAB_MICAN ; Q2RJG3, MIAB_MOOTA ; -DR A0QIR4, MIAB_MYCA1 ; B1MD05, MIAB_MYCA9 ; P67086, MIAB_MYCBO ; -DR A1KM71, MIAB_MYCBP ; A4TCM9, MIAB_MYCGI ; Q49842, MIAB_MYCLE ; -DR Q73W15, MIAB_MYCPA ; A0QVX5, MIAB_MYCS2 ; A3PYF3, MIAB_MYCSJ ; -DR A1UEZ3, MIAB_MYCSK ; Q1BA19, MIAB_MYCSS ; A5U685, MIAB_MYCTA ; -DR P9WK04, MIAB_MYCTO ; P9WK05, MIAB_MYCTU ; A0PT87, MIAB_MYCUA ; -DR A1T7U2, MIAB_MYCVP ; Q1D5V7, MIAB_MYXXD ; B2A3X6, MIAB_NATTJ ; -DR Q5FAI1, MIAB_NEIG1 ; B4RNW8, MIAB_NEIG2 ; A9M1G4, MIAB_NEIM0 ; -DR A1IQ34, MIAB_NEIMA ; Q9JXV8, MIAB_NEIMB ; A1KS33, MIAB_NEIMF ; -DR Q2GCU4, MIAB_NEOSM ; Q0AF59, MIAB_NITEC ; Q82SI7, MIAB_NITEU ; -DR Q1QS74, MIAB_NITHX ; Q2Y5J2, MIAB_NITMU ; Q3JEH9, MIAB_NITOC ; -DR A6Q531, MIAB_NITSB ; Q3SMT7, MIAB_NITWN ; Q5YT08, MIAB_NOCFA ; -DR A1SNG0, MIAB_NOCSJ ; B2IT24, MIAB_NOSP7 ; Q8YXA3, MIAB_NOSS1 ; -DR Q2G9P6, MIAB_NOVAD ; Q8EQR4, MIAB_OCEIH ; Q30YS1, MIAB_OLEA2 ; -DR B1ZVI7, MIAB_OPITP ; A5CC78, MIAB_ORITB ; B3CV38, MIAB_ORITI ; -DR A1R550, MIAB_PAEAT ; A1TKI5, MIAB_PARC0 ; A6LEM6, MIAB_PARD8 ; -DR A1B8C4, MIAB_PARDP ; A7HZ82, MIAB_PARL1 ; Q7U5R0, MIAB_PARMW ; -DR B2JD88, MIAB_PARP8 ; B2SYI5, MIAB_PARPJ ; Q6MAB7, MIAB_PARUW ; +DR A0L7K3, MIAB_MAGMM ; Q8EUX4, MIAB_MALP2 ; Q65RW3, MIAB_MANSM ; +DR Q0AK79, MIAB_MARMM ; A6VZE1, MIAB_MARMS ; A1U494, MIAB_MARN8 ; +DR B7KVE0, MIAB_METC4 ; Q608N1, MIAB_METCA ; A9VYZ9, MIAB_METEP ; +DR Q1H3L6, MIAB_METFK ; B3E0M0, MIAB_METI4 ; B1ZJR5, MIAB_METPB ; +DR A2SD55, MIAB_METPP ; B1LWE8, MIAB_METRJ ; B0UNY0, MIAB_METS4 ; +DR B0JVM6, MIAB_MICAN ; Q2RJG3, MIAB_MOOTA ; A0QIR4, MIAB_MYCA1 ; +DR B1MD05, MIAB_MYCA9 ; P67086, MIAB_MYCBO ; A1KM71, MIAB_MYCBP ; +DR A4TCM9, MIAB_MYCGI ; Q49842, MIAB_MYCLE ; Q73W15, MIAB_MYCPA ; +DR A0QVX5, MIAB_MYCS2 ; A3PYF3, MIAB_MYCSJ ; A1UEZ3, MIAB_MYCSK ; +DR Q1BA19, MIAB_MYCSS ; A5U685, MIAB_MYCTA ; P9WK04, MIAB_MYCTO ; +DR P9WK05, MIAB_MYCTU ; A0PT87, MIAB_MYCUA ; A1T7U2, MIAB_MYCVP ; +DR Q1D5V7, MIAB_MYXXD ; B2A3X6, MIAB_NATTJ ; Q5FAI1, MIAB_NEIG1 ; +DR B4RNW8, MIAB_NEIG2 ; A9M1G4, MIAB_NEIM0 ; A1IQ34, MIAB_NEIMA ; +DR Q9JXV8, MIAB_NEIMB ; A1KS33, MIAB_NEIMF ; Q2GCU4, MIAB_NEOSM ; +DR Q0AF59, MIAB_NITEC ; Q82SI7, MIAB_NITEU ; Q1QS74, MIAB_NITHX ; +DR Q2Y5J2, MIAB_NITMU ; Q3JEH9, MIAB_NITOC ; A6Q531, MIAB_NITSB ; +DR Q72DE5, MIAB_NITV2 ; A1VF04, MIAB_NITV4 ; Q3SMT7, MIAB_NITWN ; +DR Q5YT08, MIAB_NOCFA ; A1SNG0, MIAB_NOCSJ ; B2IT24, MIAB_NOSP7 ; +DR Q8YXA3, MIAB_NOSS1 ; Q2G9P6, MIAB_NOVAD ; Q8EQR4, MIAB_OCEIH ; +DR Q30YS1, MIAB_OLEA2 ; B1ZVI7, MIAB_OPITP ; A5CC78, MIAB_ORITB ; +DR B3CV38, MIAB_ORITI ; A1R550, MIAB_PAEAT ; A1TKI5, MIAB_PARC0 ; +DR A6LEM6, MIAB_PARD8 ; A1B8C4, MIAB_PARDP ; A7HZ82, MIAB_PARL1 ; +DR Q2VYQ8, MIAB_PARM1 ; Q7U5R0, MIAB_PARMW ; B2JD88, MIAB_PARP8 ; +DR B2SYI5, MIAB_PARPJ ; A8L6J8, MIAB_PARS2 ; Q6MAB7, MIAB_PARUW ; DR Q13UD5, MIAB_PARXL ; Q9L699, MIAB_PASMU ; Q6D7K6, MIAB_PECAS ; DR B4SCB6, MIAB_PELPB ; A1APR6, MIAB_PELPD ; A5D2K1, MIAB_PELTS ; DR Q4FNN5, MIAB_PELUB ; A9BGV7, MIAB_PETMO ; B4RC70, MIAB_PHEZH ; @@ -90461,8 +90996,8 @@ DR Q83FT9, MIAB_TROWT ; A1WIL9, MIAB_VEREI ; A5CW77, MIAB_VESOH ; DR A7N1G9, MIAB_VIBC1 ; A5F2X6, MIAB_VIBC3 ; Q9KTE0, MIAB_VIBCH ; DR Q87RP4, MIAB_VIBPA ; Q8DFE8, MIAB_VIBVU ; Q7MN00, MIAB_VIBVY ; DR Q73HW8, MIAB_WOLPM ; B3CLG9, MIAB_WOLPP ; Q7MR25, MIAB_WOLSU ; -DR Q5GSS2, MIAB_WOLTR ; Q8PJR9, MIAB_XANAC ; Q3BS94, MIAB_XANC5 ; -DR Q4UVS2, MIAB_XANC8 ; B0RRW2, MIAB_XANCB ; Q8P8B5, MIAB_XANCP ; +DR Q5GSS2, MIAB_WOLTR ; Q8PJR9, MIAB_XANAC ; Q4UVS2, MIAB_XANC8 ; +DR B0RRW2, MIAB_XANCB ; Q8P8B5, MIAB_XANCP ; Q3BS94, MIAB_XANE5 ; DR Q2P266, MIAB_XANOM ; B2SW86, MIAB_XANOP ; Q5GZ51, MIAB_XANOR ; DR A7IGB2, MIAB_XANP2 ; B2I8U1, MIAB_XYLF2 ; Q9PEX2, MIAB_XYLFA ; DR B0U4P1, MIAB_XYLFM ; Q87AP4, MIAB_XYLFT ; A1JQA3, MIAB_YERE8 ; @@ -90537,43 +91072,43 @@ DR Q472G1, RIMO_CUPPJ ; B3R4X7, RIMO_CUPTR ; Q6A908, RIMO_CUTAK ; DR Q11XC6, RIMO_CYTH3 ; Q47CF0, RIMO_DECAR ; Q1J1F6, RIMO_DEIGD ; DR Q9RYW7, RIMO_DEIRA ; A9BVZ2, RIMO_DELAS ; B1I310, RIMO_DESAP ; DR Q24W37, RIMO_DESHY ; A9A0B5, RIMO_DESOH ; Q6AQ27, RIMO_DESPS ; -DR A4J5U4, RIMO_DESRM ; Q726F7, RIMO_DESVH ; A1V9Z2, RIMO_DESVV ; -DR B5YF65, RIMO_DICT6 ; A8LI17, RIMO_DINSH ; A7ZJQ2, RIMO_ECO24 ; -DR B7MGU2, RIMO_ECO45 ; B7LCB8, RIMO_ECO55 ; P0AEI5, RIMO_ECO57 ; -DR B5YSC6, RIMO_ECO5E ; B7NNR8, RIMO_ECO7I ; B7MQT8, RIMO_ECO81 ; -DR B7M7B0, RIMO_ECO8A ; B1X7X6, RIMO_ECODH ; A7ZY97, RIMO_ECOHS ; -DR A1A974, RIMO_ECOK1 ; Q0TJL3, RIMO_ECOL5 ; Q8FJK5, RIMO_ECOL6 ; -DR B1IXD2, RIMO_ECOLC ; P0AEI4, RIMO_ECOLI ; B7NAI1, RIMO_ECOLU ; -DR B6I8F5, RIMO_ECOSE ; B1LMD0, RIMO_ECOSM ; Q1RE90, RIMO_ECOUT ; -DR B2KB59, RIMO_ELUMP ; B1GZH1, RIMO_ENDTX ; Q2NDN5, RIMO_ERYLH ; -DR B7LMZ9, RIMO_ESCF3 ; A7HMK2, RIMO_FERNB ; A5FA30, RIMO_FLAJ1 ; -DR A6GZF6, RIMO_FLAPJ ; Q0RDV0, RIMO_FRAAA ; Q2J750, RIMO_FRACC ; -DR B0U054, RIMO_FRAP2 ; A7NA32, RIMO_FRATF ; A0Q4U9, RIMO_FRATN ; -DR Q0BNJ1, RIMO_FRATO ; Q39QQ6, RIMO_GEOMG ; Q747R0, RIMO_GEOSL ; -DR A5GBX9, RIMO_GEOUR ; B7KDB6, RIMO_GLOC7 ; Q7NDB8, RIMO_GLOVI ; -DR Q7VKK2, RIMO_HAEDU ; Q2SBG3, RIMO_HAHCH ; Q17XY7, RIMO_HELAH ; -DR Q7VGL0, RIMO_HELHP ; B0TIH8, RIMO_HELMI ; B6JLW7, RIMO_HELP2 ; -DR B5Z796, RIMO_HELPG ; Q1CTD7, RIMO_HELPH ; Q9ZLA9, RIMO_HELPJ ; -DR B2UT98, RIMO_HELPS ; O25434, RIMO_HELPY ; A9AZS3, RIMO_HERA2 ; -DR A4G6D4, RIMO_HERAR ; Q0I4D9, RIMO_HISS1 ; B0US28, RIMO_HISS2 ; -DR Q31G14, RIMO_HYDCU ; B4U6U1, RIMO_HYDS0 ; Q0C0U1, RIMO_HYPNA ; -DR A6SXU1, RIMO_JANMA ; Q28TN0, RIMO_JANSC ; A6W833, RIMO_KINRD ; -DR B5XYQ3, RIMO_KLEP3 ; A6T6T1, RIMO_KLEP7 ; Q1IPQ5, RIMO_KORVE ; -DR A9KLS2, RIMO_LACP7 ; Q1MQJ5, RIMO_LAWIP ; Q5X765, RIMO_LEGPA ; -DR A5IGM4, RIMO_LEGPC ; Q5ZXP6, RIMO_LEGPH ; Q5WYL5, RIMO_LEGPL ; -DR B0SGD8, RIMO_LEPBA ; Q04R21, RIMO_LEPBJ ; Q04ZD0, RIMO_LEPBL ; -DR B0SPT9, RIMO_LEPBP ; B1Y223, RIMO_LEPCP ; Q72PC8, RIMO_LEPIC ; -DR Q8F710, RIMO_LEPIN ; A0L887, RIMO_MAGMM ; Q2W2S4, RIMO_MAGSA ; +DR A4J5U4, RIMO_DESRM ; B5YF65, RIMO_DICT6 ; A8LI17, RIMO_DINSH ; +DR A7ZJQ2, RIMO_ECO24 ; B7MGU2, RIMO_ECO45 ; B7LCB8, RIMO_ECO55 ; +DR P0AEI5, RIMO_ECO57 ; B5YSC6, RIMO_ECO5E ; B7NNR8, RIMO_ECO7I ; +DR B7MQT8, RIMO_ECO81 ; B7M7B0, RIMO_ECO8A ; B1X7X6, RIMO_ECODH ; +DR A7ZY97, RIMO_ECOHS ; A1A974, RIMO_ECOK1 ; Q0TJL3, RIMO_ECOL5 ; +DR Q8FJK5, RIMO_ECOL6 ; B1IXD2, RIMO_ECOLC ; P0AEI4, RIMO_ECOLI ; +DR B7NAI1, RIMO_ECOLU ; B6I8F5, RIMO_ECOSE ; B1LMD0, RIMO_ECOSM ; +DR Q1RE90, RIMO_ECOUT ; B2KB59, RIMO_ELUMP ; B1GZH1, RIMO_ENDTX ; +DR Q2NDN5, RIMO_ERYLH ; B7LMZ9, RIMO_ESCF3 ; A7HMK2, RIMO_FERNB ; +DR A5FA30, RIMO_FLAJ1 ; A6GZF6, RIMO_FLAPJ ; Q0RDV0, RIMO_FRAAA ; +DR Q2J750, RIMO_FRACC ; B0U054, RIMO_FRAP2 ; A7NA32, RIMO_FRATF ; +DR A0Q4U9, RIMO_FRATN ; Q0BNJ1, RIMO_FRATO ; Q39QQ6, RIMO_GEOMG ; +DR Q747R0, RIMO_GEOSL ; A5GBX9, RIMO_GEOUR ; B7KDB6, RIMO_GLOC7 ; +DR Q7NDB8, RIMO_GLOVI ; Q7VKK2, RIMO_HAEDU ; Q2SBG3, RIMO_HAHCH ; +DR Q17XY7, RIMO_HELAH ; Q7VGL0, RIMO_HELHP ; B0TIH8, RIMO_HELMI ; +DR B6JLW7, RIMO_HELP2 ; B5Z796, RIMO_HELPG ; Q1CTD7, RIMO_HELPH ; +DR Q9ZLA9, RIMO_HELPJ ; B2UT98, RIMO_HELPS ; O25434, RIMO_HELPY ; +DR A9AZS3, RIMO_HERA2 ; A4G6D4, RIMO_HERAR ; Q0I4D9, RIMO_HISS1 ; +DR B0US28, RIMO_HISS2 ; Q31G14, RIMO_HYDCU ; B4U6U1, RIMO_HYDS0 ; +DR Q0C0U1, RIMO_HYPNA ; A6SXU1, RIMO_JANMA ; Q28TN0, RIMO_JANSC ; +DR A6W833, RIMO_KINRD ; B5XYQ3, RIMO_KLEP3 ; A6T6T1, RIMO_KLEP7 ; +DR Q1IPQ5, RIMO_KORVE ; A9KLS2, RIMO_LACP7 ; Q1MQJ5, RIMO_LAWIP ; +DR Q5X765, RIMO_LEGPA ; A5IGM4, RIMO_LEGPC ; Q5ZXP6, RIMO_LEGPH ; +DR Q5WYL5, RIMO_LEGPL ; B0SGD8, RIMO_LEPBA ; Q04R21, RIMO_LEPBJ ; +DR Q04ZD0, RIMO_LEPBL ; B0SPT9, RIMO_LEPBP ; B1Y223, RIMO_LEPCP ; +DR Q72PC8, RIMO_LEPIC ; Q8F710, RIMO_LEPIN ; A0L887, RIMO_MAGMM ; DR Q65QA6, RIMO_MANSM ; A1U488, RIMO_MARN8 ; B7L2K9, RIMO_METC4 ; DR Q60CM4, RIMO_METCA ; A9W8D2, RIMO_METEP ; Q1H0X3, RIMO_METFK ; DR B3DYX1, RIMO_METI4 ; B1ZEV4, RIMO_METPB ; A2SG87, RIMO_METPP ; DR B1M6H4, RIMO_METRJ ; B0UQE6, RIMO_METS4 ; B0JJS5, RIMO_MICAN ; DR Q2RJK1, RIMO_MOOTA ; Q1DC90, RIMO_MYXXD ; B2A3C0, RIMO_NATTJ ; DR Q0AG95, RIMO_NITEC ; Q82VY8, RIMO_NITEU ; Q2Y7J7, RIMO_NITMU ; -DR A6Q526, RIMO_NITSB ; A1SJ39, RIMO_NOCSJ ; B2IVR7, RIMO_NOSP7 ; -DR Q8YXJ1, RIMO_NOSS1 ; Q2GA32, RIMO_NOVAD ; Q315T9, RIMO_OLEA2 ; -DR B1ZW93, RIMO_OPITP ; A1TMP4, RIMO_PARC0 ; A6LAJ6, RIMO_PARD8 ; -DR A1B3K8, RIMO_PARDP ; Q7U477, RIMO_PARMW ; B2JG80, RIMO_PARP8 ; +DR A6Q526, RIMO_NITSB ; Q726F7, RIMO_NITV2 ; A1V9Z2, RIMO_NITV4 ; +DR A1SJ39, RIMO_NOCSJ ; B2IVR7, RIMO_NOSP7 ; Q8YXJ1, RIMO_NOSS1 ; +DR Q2GA32, RIMO_NOVAD ; Q315T9, RIMO_OLEA2 ; B1ZW93, RIMO_OPITP ; +DR A1TMP4, RIMO_PARC0 ; A6LAJ6, RIMO_PARD8 ; A1B3K8, RIMO_PARDP ; +DR Q2W2S4, RIMO_PARM1 ; Q7U477, RIMO_PARMW ; B2JG80, RIMO_PARP8 ; DR B2T3U5, RIMO_PARPJ ; Q6MBU9, RIMO_PARUW ; Q13Z56, RIMO_PARXL ; DR Q9CKN9, RIMO_PASMU ; Q6D3N6, RIMO_PECAS ; B4SBD5, RIMO_PELPB ; DR A1ATL9, RIMO_PELPD ; A5D2R3, RIMO_PELTS ; A9BEU9, RIMO_PETMO ; @@ -90624,8 +91159,8 @@ DR B5YKD1, RIMO_THEYD ; Q3SI16, RIMO_THIDA ; Q73JG6, RIMO_TREDE ; DR Q10Y85, RIMO_TRIEI ; B3EAM2, RIMO_TRIL1 ; Q3MFH1, RIMO_TRIV2 ; DR A1WMV5, RIMO_VEREI ; A5F514, RIMO_VIBC3 ; Q9KNW0, RIMO_VIBCH ; DR Q8D4N8, RIMO_VIBVU ; Q7MG88, RIMO_VIBVY ; Q9ZEN7, RIMO_WOLSU ; -DR Q8PJ10, RIMO_XANAC ; Q3BRJ5, RIMO_XANC5 ; Q4UWF3, RIMO_XANC8 ; -DR B0RR62, RIMO_XANCB ; Q8P7P7, RIMO_XANCP ; Q2P0S4, RIMO_XANOM ; +DR Q8PJ10, RIMO_XANAC ; Q4UWF3, RIMO_XANC8 ; B0RR62, RIMO_XANCB ; +DR Q8P7P7, RIMO_XANCP ; Q3BRJ5, RIMO_XANE5 ; Q2P0S4, RIMO_XANOM ; DR B2SWC0, RIMO_XANOP ; Q5GXP5, RIMO_XANOR ; A7INV0, RIMO_XANP2 ; DR Q5NPC9, RIMO_ZYMMO ; // @@ -90688,9 +91223,9 @@ CC of a SoxY protein; later it transfers a second thiosulfate molecule CC to a sulfane group that is already attached to the same cysteine CC residue. DR D3DJG4, SOXA1_HYDTT; D3DJG5, SOXA2_HYDTT; Q1W3E4, SOXA_ALLVI ; -DR Q8KDM7, SOXA_CHLTE ; Q8RLX0, SOXA_CHLTI ; Q08IS0, SOXA_HYDTE ; -DR O33434, SOXA_PARPN ; Q9K4M4, SOXA_PSESE ; Q939U1, SOXA_RHOSU ; -DR D7A6E5, SOXA_STAND ; +DR D7A6E5, SOXA_ANCN5 ; Q8KDM7, SOXA_CHLTE ; Q8RLX0, SOXA_CHLTI ; +DR Q08IS0, SOXA_HYDTE ; O33434, SOXA_PARPN ; Q9K4M4, SOXA_PSESE ; +DR Q939U1, SOXA_RHOSU ; // ID 2.9.1.1 DE L-seryl-tRNA(Sec) selenium transferase. @@ -90719,21 +91254,21 @@ DR A5I656, SELA_CLOBH ; C1FVV5, SELA_CLOBJ ; B1ILX5, SELA_CLOBK ; DR A7GHJ2, SELA_CLOBL ; B1KZQ3, SELA_CLOBM ; Q0TNJ4, SELA_CLOP1 ; DR Q8XIK2, SELA_CLOPE ; Q0SR63, SELA_CLOPS ; B1I3P6, SELA_DESAP ; DR P56372, SELA_DESBA ; B8J1N0, SELA_DESDA ; Q6AMK5, SELA_DESPS ; -DR P61735, SELA_DESVH ; A7ZTD9, SELA_ECO24 ; B7ULF0, SELA_ECO27 ; -DR B7MFF5, SELA_ECO45 ; B7L708, SELA_ECO55 ; P0A822, SELA_ECO57 ; -DR B5YW91, SELA_ECO5E ; B7NP97, SELA_ECO7I ; B7N237, SELA_ECO81 ; -DR B7M3L6, SELA_ECO8A ; C4ZXI2, SELA_ECOBW ; A8A651, SELA_ECOHS ; -DR A1AHD0, SELA_ECOK1 ; Q0TBL4, SELA_ECOL5 ; Q8FCC1, SELA_ECOL6 ; -DR B1IZK2, SELA_ECOLC ; P0A821, SELA_ECOLI ; B7NEP6, SELA_ECOLU ; -DR B6I3G5, SELA_ECOSE ; B1LK21, SELA_ECOSM ; Q1R503, SELA_ECOUT ; -DR C5BC01, SELA_EDWI9 ; B7LTJ8, SELA_ESCF3 ; B9LZW4, SELA_GEODF ; -DR Q39ZL4, SELA_GEOMG ; P61736, SELA_GEOSL ; A5G937, SELA_GEOUR ; -DR B8F738, SELA_GLAP5 ; Q7VKC2, SELA_HAEDU ; Q4QML1, SELA_HAEI8 ; -DR A5UE18, SELA_HAEIE ; P43910, SELA_HAEIN ; Q7VI68, SELA_HELHP ; -DR B6JP11, SELA_HELP2 ; Q9ZJA7, SELA_HELPJ ; O26043, SELA_HELPY ; -DR Q0BZB0, SELA_HYPNA ; B5XMW1, SELA_KLEP3 ; A6TFJ1, SELA_KLEP7 ; -DR Q65Q15, SELA_MANSM ; C6BW42, SELA_MARSD ; B8ES25, SELA_METSB ; -DR Q2RFK3, SELA_MOOTA ; O33277, SELA_MOOTH ; B9L5S9, SELA_NAUPA ; +DR A7ZTD9, SELA_ECO24 ; B7ULF0, SELA_ECO27 ; B7MFF5, SELA_ECO45 ; +DR B7L708, SELA_ECO55 ; P0A822, SELA_ECO57 ; B5YW91, SELA_ECO5E ; +DR B7NP97, SELA_ECO7I ; B7N237, SELA_ECO81 ; B7M3L6, SELA_ECO8A ; +DR C4ZXI2, SELA_ECOBW ; A8A651, SELA_ECOHS ; A1AHD0, SELA_ECOK1 ; +DR Q0TBL4, SELA_ECOL5 ; Q8FCC1, SELA_ECOL6 ; B1IZK2, SELA_ECOLC ; +DR P0A821, SELA_ECOLI ; B7NEP6, SELA_ECOLU ; B6I3G5, SELA_ECOSE ; +DR B1LK21, SELA_ECOSM ; Q1R503, SELA_ECOUT ; C5BC01, SELA_EDWI9 ; +DR B7LTJ8, SELA_ESCF3 ; B9LZW4, SELA_GEODF ; Q39ZL4, SELA_GEOMG ; +DR P61736, SELA_GEOSL ; A5G937, SELA_GEOUR ; B8F738, SELA_GLAP5 ; +DR Q7VKC2, SELA_HAEDU ; Q4QML1, SELA_HAEI8 ; A5UE18, SELA_HAEIE ; +DR P43910, SELA_HAEIN ; Q7VI68, SELA_HELHP ; B6JP11, SELA_HELP2 ; +DR Q9ZJA7, SELA_HELPJ ; O26043, SELA_HELPY ; Q0BZB0, SELA_HYPNA ; +DR B5XMW1, SELA_KLEP3 ; A6TFJ1, SELA_KLEP7 ; Q65Q15, SELA_MANSM ; +DR C6BW42, SELA_MARSD ; B8ES25, SELA_METSB ; Q2RFK3, SELA_MOOTA ; +DR O33277, SELA_MOOTH ; B9L5S9, SELA_NAUPA ; P61735, SELA_NITV2 ; DR A1AYS1, SELA_PARDP ; Q9CK66, SELA_PASMU ; Q9S3K3, SELA_PEPAC ; DR Q7MY02, SELA_PHOLL ; B4F0S0, SELA_PROMH ; A6VCR3, SELA_PSEA7 ; DR B7V1L9, SELA_PSEA8 ; Q02FL3, SELA_PSEAB ; Q9HV01, SELA_PSEAE ; @@ -90824,7 +91359,7 @@ DE Transferred entry: 2.9.1.2. // ID 2.10.1.1 DE molybdopterin molybdotransferase. -CA adenylyl-molybdopterin + H(+) + molybdate = AMP + H2O + Mo-molybdopterin. +CA adenylyl-molybdopterin + molybdate = AMP + H(+) + Mo-molybdopterin. CC -!- Catalyzes the insertion of molybdenum into the ene-dithiol group of CC molybdopterin. CC -!- In eukaryotes this reaction is catalyzed by the N-terminal domain of @@ -91065,41 +91600,41 @@ DR Q3MJ16, PA24E_HUMAN; Q50L42, PA24E_MOUSE; Q68DD2, PA24F_HUMAN; DR Q50L41, PA24F_MOUSE; Q9PRG0, PA2A1_AUSSU; P0DUN3, PA2A1_BOTBZ; DR C0HJU3, PA2A1_BOTPA; C9DPL5, PA2A1_BOTPI; Q75S48, PA2A1_BUNCA; DR Q6SLM2, PA2A1_BUNCE; Q7T2Q5, PA2A1_BUNFL; P0CAR9, PA2A1_CERCE; -DR A8CG86, PA2A1_DABRR; Q7T3S7, PA2A1_ECHCA; P24293, PA2A1_ERIMA; -DR P0C932, PA2A1_LACMU; P00611, PA2A1_LATSE; C3W4R6, PA2A1_MACLB; -DR C0HKB8, PA2A1_MICDM; P00598, PA2A1_NAJAT; P00596, PA2A1_NAJKA; -DR P00602, PA2A1_NAJMO; P80966, PA2A1_OPHHA; P00625, PA2A1_OVOOK; -DR P06859, PA2A1_PROFL; Q91506, PA2A1_PROMU; Q9W7J4, PA2A1_PSETE; -DR P20476, PA2A1_TRIGA; Q45Z30, PA2A1_TROCA; Q910A1, PA2A1_VIPAA; +DR P20476, PA2A1_CRAGM; A8CG86, PA2A1_DABRR; Q7T3S7, PA2A1_ECHCA; +DR P24293, PA2A1_ERIMA; P0C932, PA2A1_LACMU; P00611, PA2A1_LATSE; +DR C3W4R6, PA2A1_MACLB; C0HKB8, PA2A1_MICDM; P00598, PA2A1_NAJAT; +DR P00596, PA2A1_NAJKA; P00602, PA2A1_NAJMO; P80966, PA2A1_OPHHA; +DR P00625, PA2A1_OVOOK; P06859, PA2A1_PROFL; Q91506, PA2A1_PROMU; +DR Q9W7J4, PA2A1_PSETE; Q45Z30, PA2A1_TROCA; Q910A1, PA2A1_VIPAA; DR F8QN52, PA2A1_VIPRE; C1IC46, PA2A1_WALAE; P07037, PA2A2_ASPSC; DR P00621, PA2A2_BITNA; P86389, PA2A2_BOTAS; P0DUN4, PA2A2_BOTBZ; DR P84397, PA2A2_BOTIN; Q7T2Q4, PA2A2_BUNFL; P0CAS0, PA2A2_CERCE; -DR A8CG87, PA2A2_DABRR; A8CG78, PA2A2_DABSI; P24294, PA2A2_ERIMA; -DR P80003, PA2A2_HELSU; B6CQR5, PA2A2_MACLB; Q91133, PA2A2_NAJAT; -DR P00597, PA2A2_NAJKA; P00600, PA2A2_NAJME; P15445, PA2A2_NAJNA; -DR P60044, PA2A2_NAJSG; Q9DF33, PA2A2_OPHHA; Q9I968, PA2A2_PROMU; -DR Q9W7J3, PA2A2_PSETE; P81478, PA2A2_TRIGA; Q45Z29, PA2A2_TROCA; +DR P81478, PA2A2_CRAGM; A8CG87, PA2A2_DABRR; A8CG78, PA2A2_DABSI; +DR P24294, PA2A2_ERIMA; P80003, PA2A2_HELSU; B6CQR5, PA2A2_MACLB; +DR Q91133, PA2A2_NAJAT; P00597, PA2A2_NAJKA; P00600, PA2A2_NAJME; +DR P15445, PA2A2_NAJNA; P60044, PA2A2_NAJSG; Q9DF33, PA2A2_OPHHA; +DR Q9I968, PA2A2_PROMU; Q9W7J3, PA2A2_PSETE; Q45Z29, PA2A2_TROCA; DR F8QN53, PA2A2_VIPRE; C1IC45, PA2A2_WALAE; Q6YNQ0, PA2A3_BUNCA; -DR P00619, PA2A3_BUNMU; P00601, PA2A3_NAJME; P60045, PA2A3_NAJSG; -DR P20251, PA2A3_PSEAU; P81480, PA2A3_TRIGA; Q45Z28, PA2A3_TROCA; +DR P00619, PA2A3_BUNMU; P81480, PA2A3_CRAGM; P00601, PA2A3_NAJME; +DR P60045, PA2A3_NAJSG; P20251, PA2A3_PSEAU; Q45Z28, PA2A3_TROCA; DR F8QN51, PA2A3_VIPRE; Q9PUI0, PA2A4_AUSSU; P86456, PA2A4_BOTAL; -DR P17934, PA2A4_BUNMU; P59170, PA2A4_ECHCS; Q6T179, PA2A4_NAJSG; -DR P81479, PA2A4_TRIGA; P82895, PA2A4_TRIST; Q45Z27, PA2A4_TROCA; +DR P17934, PA2A4_BUNMU; P81479, PA2A4_CRAGM; P59170, PA2A4_ECHCS; +DR Q6T179, PA2A4_NAJSG; P82895, PA2A4_TRIST; Q45Z27, PA2A4_TROCA; DR Q9PUH9, PA2A5_AUSSU; P59171, PA2A5_ECHOC; P59172, PA2A5_ECHPL; DR O42189, PA2A5_GLOHA; Q8UW31, PA2A5_HYDHA; Q5G291, PA2A5_NAJSG; DR P82896, PA2A5_TRIST; Q45Z26, PA2A5_TROCA; Q9PUH8, PA2A6_AUSSU; -DR Q90251, PA2A6_BUNMU; D6MKR0, PA2A6_CROHD; O42190, PA2A6_GLOHA; -DR Q5G290, PA2A6_NAJSG; P70088, PA2A6_TRIGA; Q45Z25, PA2A6_TROCA; +DR Q90251, PA2A6_BUNMU; P70088, PA2A6_CRAGM; D6MKR0, PA2A6_CROHD; +DR O42190, PA2A6_GLOHA; Q5G290, PA2A6_NAJSG; Q45Z25, PA2A6_TROCA; DR Q9PUH7, PA2A7_AUSSU; Q9PWR6, PA2A7_DABPA; P31100, PA2A7_DABSI; DR O42191, PA2A7_GLOHA; Q9YGJ7, PA2A8_DABPA; O42192, PA2A8_GLOHA; DR P86523, PA2AA_ACAAN; Q9PUH4, PA2AA_AUSSU; Q9PVF1, PA2AA_CALRH; -DR P0DJR1, PA2AA_CROHD; Q800C4, PA2AA_CROVV; Q7T2R1, PA2AA_DABSI; -DR P0DKR3, PA2AA_PSEFE; Q2YHJ6, PA2AA_TRIPE; Q6H3D0, PA2AA_TRIST; +DR Q2YHJ6, PA2AA_CRAPU; P0DJR1, PA2AA_CROHD; Q800C4, PA2AA_CROVV; +DR Q7T2R1, PA2AA_DABSI; P0DKR3, PA2AA_PSEFE; Q6H3D0, PA2AA_TRIST; DR Q9PUH3, PA2AB_AUSSU; Q802I1, PA2AB_BUNCA; Q9PVF0, PA2AB_CALRH; -DR P0DJR2, PA2AB_CROHD; Q7ZTA6, PA2AB_CROVV; Q7T3T5, PA2AB_DABSI; -DR P0DKR4, PA2AB_PSEFE; Q2YHJ5, PA2AB_TRIPE; P0DJP6, PA2AB_TRIST; -DR Q9PUH2, PA2AC_AUSSU; Q9PVE9, PA2AC_CALRH; P0DJM5, PA2AC_CROVV; -DR Q92086, PA2AC_NAJSP; P0DJP4, PA2AC_TRIPE; Q6H3C9, PA2AC_TRIST; +DR Q2YHJ5, PA2AB_CRAPU; P0DJR2, PA2AB_CROHD; Q7ZTA6, PA2AB_CROVV; +DR Q7T3T5, PA2AB_DABSI; P0DKR4, PA2AB_PSEFE; P0DJP6, PA2AB_TRIST; +DR Q9PUH2, PA2AC_AUSSU; Q9PVE9, PA2AC_CALRH; P0DJP4, PA2AC_CRAPU; +DR P0DJM5, PA2AC_CROVV; Q92086, PA2AC_NAJSP; Q6H3C9, PA2AC_TRIST; DR Q9PUH1, PA2AD_AUSSU; Q7ZTA7, PA2AD_CROOA; Q9I900, PA2AD_NAJSP; DR Q6H3C7, PA2AD_TRIST; Q9PUH0, PA2AE_AUSSU; Q9PVF2, PA2AE_CALRH; DR Q7ZTA8, PA2AE_CROVV; P25498, PA2AE_NAJOX; Q9PSN5, PA2AE_NOTSC; @@ -91112,123 +91647,124 @@ DR Q2HZ28, PA2A_BOTER ; P0DMH0, PA2A_BOTFO ; Q8QG87, PA2A_BOTIN ; DR P81243, PA2A_BOTJA ; Q8AXY1, PA2A_BOTJR ; P0DJ62, PA2A_BOTLC ; DR G3DT18, PA2A_BOTMO ; D0UGJ0, PA2A_BOTPA ; Q9I8F8, PA2A_BOTPC ; DR Q6YIJ3, PA2A_BUNCA ; P0C551, PA2A_BUNFA ; P00606, PA2A_BUNMU ; -DR P21789, PA2A_CERCE ; P00623, PA2A_CROAD ; P00624, PA2A_CROAT ; -DR Q98996, PA2A_DABPA ; P0DJP5, PA2A_DABSI ; Q7SID6, PA2A_DEIAC ; -DR P20249, PA2A_GLOBL ; P14418, PA2A_GLOHA ; Q7LZQ4, PA2A_GLOUS ; -DR P84651, PA2A_LACST ; B5U6Z2, PA2A_MACLN ; A4FS04, PA2A_NAJAT ; -DR P20146, PA2A_NOTSC ; Q9DF56, PA2A_OPHHA ; P0DJJ7, PA2A_OVOMO ; -DR B3EWG8, PA2A_PORNA ; Q2PG83, PA2A_PROEL ; Q8JIY9, PA2A_PROJR ; -DR P20250, PA2A_PSEAU ; Q2YHJ3, PA2A_TRIBO ; A8E2V8, PA2A_TRIGS ; -DR Q8UW08, PA2B0_HYDHA; P81236, PA2B1_ACAAN; C0HKC4, PA2B1_AGKCN; -DR P51972, PA2B1_AGKPI; C0HM79, PA2B1_AGKPL; P0DQP9, PA2B1_BOTBZ; -DR P86803, PA2B1_BOTMA; P0C8M1, PA2B1_BOTMO; P0DM51, PA2B1_BOTPA; -DR Q8AY48, PA2B1_BUNCA; Q8QFW4, PA2B1_BUNCE; Q90WA7, PA2B1_BUNFA; -DR Q7T1R0, PA2B1_BUNFL; P00617, PA2B1_BUNMU; P0DJM9, PA2B1_CROBA; -DR P0DJN1, PA2B1_CRODM; P62023, PA2B1_CROSS; P0DJN0, PA2B1_CROVE; -DR A8CG89, PA2B1_DABRR; A8CG82, PA2B1_DABSI; P00595, PA2B1_HEMHA; -DR P0C942, PA2B1_LACMU; Q8UUI0, PA2B1_LATCO; C0HKB9, PA2B1_MICMP; -DR P0CAS9, PA2B1_MICPY; P00599, PA2B1_NAJME; P0DKU3, PA2B1_NAJNG; -DR P60043, PA2B1_NAJSG; Q2PG81, PA2B1_PROEL; P0DJJ8, PA2B1_PROFL; -DR Q1RP79, PA2B1_VIPBN; P81237, PA2B2_ACAAN; Q9PSF9, PA2B2_AGKBI; -DR Q9PUI1, PA2B2_AUSSU; P86804, PA2B2_BOTMA; P0DM52, PA2B2_BOTPA; -DR Q8AY47, PA2B2_BUNCA; Q8QFW3, PA2B2_BUNCE; Q90WA8, PA2B2_BUNFA; -DR Q7T1R1, PA2B2_BUNFL; P00618, PA2B2_BUNMU; P0DJN3, PA2B2_CRODM; -DR P0DJN4, PA2B2_CROMT; A8CG90, PA2B2_DABRR; P0C943, PA2B2_LACMU; -DR P10116, PA2B2_LATCO; P00603, PA2B2_NAJMO; P0DKU4, PA2B2_NAJNG; -DR P08873, PA2B2_NOTSC; P0DJJ9, PA2B2_PROFL; P0DKR5, PA2B2_PSEFE; -DR Q6EER3, PA2B2_SISTE; P82893, PA2B2_TRIST; Q1RP78, PA2B2_VIPBN; -DR P20474, PA2B3_BOTAS; P0DQQ0, PA2B3_BOTBZ; B3A0N3, PA2B3_BOTMA; -DR Q6SLM0, PA2B3_BUNCE; P00629, PA2B3_BUNFA; P0DJN5, PA2B3_CRODU; -DR P0DJN7, PA2B3_CROLL; P86368, PA2B3_DABRR; P00612, PA2B3_LATSE; -DR P00604, PA2B3_NAJMO; C7G1G6, PA2B3_PROFL; P0DJN8, PA2B3_SISMB; -DR Q75S51, PA2B4_BUNCA; Q02471, PA2B4_DABSI; P00613, PA2B4_LATSE; -DR P00605, PA2B4_NAJNG; Q6SLM1, PA2B5_BUNCE; P59018, PA2B5_BUNMU; -DR P84674, PA2B5_DABRR; P00609, PA2B5_NOTSC; P00627, PA2B6_BUNFA; -DR P0CAS1, PA2B6_CRODM; P0CAS2, PA2B6_CRODO; Q9PU97, PA2B7_BUNMU; -DR Q8UW30, PA2B7_HYDHA; Q9PUH6, PA2B8_AUSSU; P59071, PA2B8_DABRR; -DR C0HKC3, PA2B9_AGKPL; Q9PUH5, PA2B9_AUSSU; P86805, PA2B9_CRODM; -DR Q8UUH9, PA2B9_LATCO; P20253, PA2B9_PSEAU; P84475, PA2BA_BUNCA; -DR P14411, PA2BA_BUNFA; Q9PTA1, PA2BA_BUNMU; P86806, PA2BA_CRODM; -DR P86169, PA2BA_CRODR; P24027, PA2BA_CRODU; Q8UUI4, PA2BA_LATLA; -DR Q9I847, PA2BA_LATSE; P81166, PA2BA_MICNI; P59264, PA2BA_PROFL; -DR P20254, PA2BA_PSEAU; P20258, PA2BA_PSEPO; P23026, PA2BA_PSETE; -DR P0DJQ0, PA2BA_TRIST; P00626, PA2BA_VIPAA; P0CG56, PA2BB_CRODU; -DR P0DJN6, PA2BB_CROHD; O42187, PA2BB_GLOHA; P81167, PA2BB_MICNI; -DR P59265, PA2BB_PROFL; P04056, PA2BB_PSEAU; P20259, PA2BB_PSEPO; -DR Q6EER2, PA2BB_SISTE; Q6H3C5, PA2BB_TRIST; P14424, PA2BB_VIPAA; -DR Q9PTA6, PA2BC_BUNMU; P0CAS3, PA2BC_CRODR; P62022, PA2BC_CRODU; -DR C0HK05, PA2BC_CROOL; A0A193CHJ5, PA2BC_CROTA; Q9I845, PA2BC_LATSE; -DR P20256, PA2BC_PSEAU; P11407, PA2BC_VIPAA; P86974, PA2BD_BOTLC; -DR Q7LZQ6, PA2BD_BUNFA; Q9PTA5, PA2BD_BUNMU; P0CAS4, PA2BD_CRODR; -DR C0HM14, PA2BD_CRODU; C0HK16, PA2BD_DABRR; Q9I844, PA2BD_LATSE; -DR P04057, PA2BD_PSEAU; P0CAS5, PA2BE_CRODU; Q8UUI3, PA2BE_LATLA; -DR Q9I843, PA2BE_LATSE; P20257, PA2BE_PSEAU; P0CAS6, PA2BF_CRODU; -DR Q9I842, PA2BF_LATSE; P20255, PA2BF_PSEAU; P0CAS7, PA2BG_CRODU; -DR Q8UUI2, PA2BG_LATLA; Q9I837, PA2BG_LATSE; Q8UUH8, PA2BH_LATCO; -DR Q8UUI1, PA2BH_LATLA; P0DJM8, PA2BI_GLOSA; Q8UUH7, PA2BK_LATCO; -DR Q71QE8, PA2BN_CROVV; Q805A2, PA2BN_PROFL; Q8JIG0, PA2BQ_PROFL; -DR A8CG84, PA2BS_DABSI; P84472, PA2BT_BUNCA; Q90W39, PA2BT_PROMU; -DR P84474, PA2BU_BUNCA; P00628, PA2BV_BUNFA; Q02517, PA2BW_PROFL; -DR P06860, PA2BX_PROFL; Q90Y77, PA2BY_PROFL; P59359, PA2B_AUSSU ; -DR P0DKT6, PA2B_BITAR ; P00622, PA2B_BITCA ; P0CAR8, PA2B_BOTJR ; -DR C0HJL8, PA2B_BOTNI ; Q6EER4, PA2B_BOTSC ; Q9DF52, PA2B_BUNCE ; -DR A6MEY4, PA2B_BUNFA ; Q9PTA7, PA2B_BUNMU ; P0DPS4, PA2B_CERCE ; -DR Q6EER5, PA2B_CERGO ; P81458, PA2B_DABRR ; Q1ZY03, PA2B_DEIAC ; +DR P21789, PA2A_CERCE ; Q2YHJ3, PA2A_CRABR ; P00623, PA2A_CROAD ; +DR P00624, PA2A_CROAT ; Q98996, PA2A_DABPA ; P0DJP5, PA2A_DABSI ; +DR Q7SID6, PA2A_DEIAC ; P20249, PA2A_GLOBL ; P14418, PA2A_GLOHA ; +DR Q7LZQ4, PA2A_GLOUS ; C0HMB2, PA2A_LACAO ; P84651, PA2A_LACST ; +DR B5U6Z2, PA2A_MACLN ; A4FS04, PA2A_NAJAT ; P20146, PA2A_NOTSC ; +DR Q9DF56, PA2A_OPHHA ; P0DJJ7, PA2A_OVOMO ; B3EWG8, PA2A_PORNA ; +DR Q2PG83, PA2A_PROEL ; Q8JIY9, PA2A_PROJR ; P20250, PA2A_PSEAU ; +DR A8E2V8, PA2A_TRIGS ; Q8UW08, PA2B0_HYDHA; P81236, PA2B1_ACAAN; +DR C0HKC4, PA2B1_AGKCN; P51972, PA2B1_AGKPI; C0HM79, PA2B1_AGKPL; +DR P0DQP9, PA2B1_BOTBZ; P86803, PA2B1_BOTMA; P0C8M1, PA2B1_BOTMO; +DR P0DM51, PA2B1_BOTPA; Q8AY48, PA2B1_BUNCA; Q8QFW4, PA2B1_BUNCE; +DR Q90WA7, PA2B1_BUNFA; Q7T1R0, PA2B1_BUNFL; P00617, PA2B1_BUNMU; +DR P0DJM9, PA2B1_CROBA; P0DJN1, PA2B1_CRODM; P62023, PA2B1_CROSS; +DR P0DJN0, PA2B1_CROVE; A8CG89, PA2B1_DABRR; A8CG82, PA2B1_DABSI; +DR P00595, PA2B1_HEMHA; P0C942, PA2B1_LACMU; Q8UUI0, PA2B1_LATCO; +DR C0HKB9, PA2B1_MICMP; P0CAS9, PA2B1_MICPY; P00599, PA2B1_NAJME; +DR P0DKU3, PA2B1_NAJNG; P60043, PA2B1_NAJSG; Q2PG81, PA2B1_PROEL; +DR P0DJJ8, PA2B1_PROFL; Q1RP79, PA2B1_VIPNI; P81237, PA2B2_ACAAN; +DR Q9PSF9, PA2B2_AGKBI; Q9PUI1, PA2B2_AUSSU; P86804, PA2B2_BOTMA; +DR P0DM52, PA2B2_BOTPA; Q8AY47, PA2B2_BUNCA; Q8QFW3, PA2B2_BUNCE; +DR Q90WA8, PA2B2_BUNFA; Q7T1R1, PA2B2_BUNFL; P00618, PA2B2_BUNMU; +DR P0DJN3, PA2B2_CRODM; P0DJN4, PA2B2_CROMT; A8CG90, PA2B2_DABRR; +DR P0C943, PA2B2_LACMU; P10116, PA2B2_LATCO; P00603, PA2B2_NAJMO; +DR P0DKU4, PA2B2_NAJNG; P08873, PA2B2_NOTSC; P0DJJ9, PA2B2_PROFL; +DR P0DKR5, PA2B2_PSEFE; Q6EER3, PA2B2_SISTE; P82893, PA2B2_TRIST; +DR Q1RP78, PA2B2_VIPNI; P20474, PA2B3_BOTAS; P0DQQ0, PA2B3_BOTBZ; +DR B3A0N3, PA2B3_BOTMA; Q6SLM0, PA2B3_BUNCE; P00629, PA2B3_BUNFA; +DR P0DJN5, PA2B3_CRODU; P0DJN7, PA2B3_CROLL; P86368, PA2B3_DABRR; +DR P00612, PA2B3_LATSE; P00604, PA2B3_NAJMO; C7G1G6, PA2B3_PROFL; +DR P0DJN8, PA2B3_SISMB; Q75S51, PA2B4_BUNCA; Q02471, PA2B4_DABSI; +DR P00613, PA2B4_LATSE; P00605, PA2B4_NAJNG; Q6SLM1, PA2B5_BUNCE; +DR P59018, PA2B5_BUNMU; P84674, PA2B5_DABRR; P00609, PA2B5_NOTSC; +DR P00627, PA2B6_BUNFA; P0CAS1, PA2B6_CRODM; P0CAS2, PA2B6_CRODO; +DR Q9PU97, PA2B7_BUNMU; Q8UW30, PA2B7_HYDHA; Q9PUH6, PA2B8_AUSSU; +DR P59071, PA2B8_DABRR; C0HKC3, PA2B9_AGKPL; Q9PUH5, PA2B9_AUSSU; +DR P86805, PA2B9_CRODM; Q8UUH9, PA2B9_LATCO; P20253, PA2B9_PSEAU; +DR P84475, PA2BA_BUNCA; P14411, PA2BA_BUNFA; Q9PTA1, PA2BA_BUNMU; +DR P86806, PA2BA_CRODM; P86169, PA2BA_CRODR; P24027, PA2BA_CRODU; +DR Q8UUI4, PA2BA_LATLA; Q9I847, PA2BA_LATSE; P81166, PA2BA_MICNI; +DR P59264, PA2BA_PROFL; P20254, PA2BA_PSEAU; P20258, PA2BA_PSEPO; +DR P23026, PA2BA_PSETE; P0DJQ0, PA2BA_TRIST; P00626, PA2BA_VIPAA; +DR P0CG56, PA2BB_CRODU; P0DJN6, PA2BB_CROHD; O42187, PA2BB_GLOHA; +DR P81167, PA2BB_MICNI; P59265, PA2BB_PROFL; P04056, PA2BB_PSEAU; +DR P20259, PA2BB_PSEPO; Q6EER2, PA2BB_SISTE; Q6H3C5, PA2BB_TRIST; +DR P14424, PA2BB_VIPAA; Q9PTA6, PA2BC_BUNMU; P0CAS3, PA2BC_CRODR; +DR P62022, PA2BC_CRODU; C0HK05, PA2BC_CROLT; A0A193CHJ5, PA2BC_CROTA; +DR Q9I845, PA2BC_LATSE; P20256, PA2BC_PSEAU; P11407, PA2BC_VIPAA; +DR P86974, PA2BD_BOTLC; Q7LZQ6, PA2BD_BUNFA; Q9PTA5, PA2BD_BUNMU; +DR P0CAS4, PA2BD_CRODR; C0HM14, PA2BD_CRODU; C0HK16, PA2BD_DABRR; +DR Q9I844, PA2BD_LATSE; P04057, PA2BD_PSEAU; P0CAS5, PA2BE_CRODU; +DR Q8UUI3, PA2BE_LATLA; Q9I843, PA2BE_LATSE; P20257, PA2BE_PSEAU; +DR P0CAS6, PA2BF_CRODU; Q9I842, PA2BF_LATSE; P20255, PA2BF_PSEAU; +DR P0CAS7, PA2BG_CRODU; Q8UUI2, PA2BG_LATLA; Q9I837, PA2BG_LATSE; +DR Q8UUH8, PA2BH_LATCO; Q8UUI1, PA2BH_LATLA; P0DJM8, PA2BI_GLOIT; +DR Q8UUH7, PA2BK_LATCO; Q71QE8, PA2BN_CROVV; Q805A2, PA2BN_PROFL; +DR Q8JIG0, PA2BQ_PROFL; A8CG84, PA2BS_DABSI; P84472, PA2BT_BUNCA; +DR Q90W39, PA2BT_PROMU; P84474, PA2BU_BUNCA; P00628, PA2BV_BUNFA; +DR Q02517, PA2BW_PROFL; P06860, PA2BX_PROFL; Q90Y77, PA2BY_PROFL; +DR P59359, PA2B_AUSSU ; P0DKT6, PA2B_BITAR ; P00622, PA2B_BITCA ; +DR P0CAR8, PA2B_BOTJR ; C0HJL8, PA2B_BOTNI ; Q6EER4, PA2B_BOTSC ; +DR Q9DF52, PA2B_BUNCE ; A6MEY4, PA2B_BUNFA ; Q9PTA7, PA2B_BUNMU ; +DR P0DPS4, PA2B_CERCE ; Q6EER5, PA2B_CERGO ; Q2YHJ2, PA2B_CRABR ; +DR Q2YHJ7, PA2B_CRAPU ; P81458, PA2B_DABRR ; Q1ZY03, PA2B_DEIAC ; DR P04417, PA2B_GLOBL ; P18997, PA2B_GLOHA ; P00610, PA2B_HYDSC ; DR P19000, PA2B_LATLA ; Q9I846, PA2B_LATSE ; Q8AXW7, PA2B_MICCO ; DR P14556, PA2B_NAJPA ; P00608, PA2B_NOTSC ; C0HLF7, PA2B_OPHSH ; DR P0DJM6, PA2B_PROMB ; P0DJM7, PA2B_PROTO ; P20252, PA2B_PSEAU ; -DR Q6EER6, PA2B_SISMS ; Q2YHJ2, PA2B_TRIBO ; A8E2V9, PA2B_TRIGS ; -DR Q2YHJ7, PA2B_TRIPE ; P14420, PA2B_VIPAE ; Q8JFG0, PA2B_VIPAP ; -DR Q10755, PA2B_VIPAZ ; P31854, PA2B_VIPBB ; P31859, PA2B_VIPBE ; -DR F8QN54, PA2B_VIPRE ; P0DKT7, PA2CA_OXYSA; P20260, PA2C_PSEPO ; -DR P0CAT0, PA2D5_MICPY; P0CAT1, PA2D6_MICPY; Q1JPB9, PA2G3_BOVIN; -DR Q9NZ20, PA2G3_HUMAN; Q8BZT7, PA2G3_MOUSE; P39877, PA2G5_HUMAN; -DR P97391, PA2G5_MOUSE; P51433, PA2G5_RAT ; Q56JZ2, PA2GA_BOVIN; -DR P47711, PA2GA_CAVPO; P14555, PA2GA_HUMAN; P31482, PA2GA_MOUSE; -DR P14422, PA2GA_RABIT; P14423, PA2GA_RAT ; P48076, PA2GC_MOUSE; -DR P39878, PA2GC_RAT ; Q9UNK4, PA2GD_HUMAN; Q9WVF6, PA2GD_MOUSE; -DR Q9NZK7, PA2GE_HUMAN; Q9QUL3, PA2GE_MOUSE; Q9BZM2, PA2GF_HUMAN; -DR Q9QZT4, PA2GF_MOUSE; O15496, PA2GX_HUMAN; Q9QXX3, PA2GX_MOUSE; -DR Q9QZT3, PA2GX_RAT ; Q8JFG2, PA2H_LATSE ; Q8JFB2, PA2I_LATSE ; -DR P34180, PA2N2_VIPAA; P14615, PA2N3_BUNFA; Q92084, PA2NA_NAJSP; -DR Q92085, PA2NB_NAJSP; P0DKX1, PA2N_DABRR ; P14421, PA2N_GLOHA ; -DR Q45Z42, PA2PA_OXYMI; P59067, PA2SA_AUSSU; P59068, PA2SB_AUSSU; -DR P59069, PA2SC_AUSSU; P59070, PA2SD_AUSSU; P00614, PA2TA_OXYSC; -DR P0DUG4, PA2TI_NAJHH; Q7LZG2, PA2T_OXYSC ; P0DP54, PA2V_MEIAT ; -DR P0DM49, PA2X1_BOTPA; P0DM50, PA2X2_BOTPA; Q8WS88, PA2_ADAPA ; -DR Q6PXP0, PA2_ANUPH ; Q9BMK4, PA2_APICC ; Q7M4I5, PA2_APIDO ; -DR P00630, PA2_APIME ; P59066, PA2_AUSSU ; Q7M4I6, PA2_BOMPE ; -DR P82971, PA2_BOMTE ; P0DUN5, PA2_BOTBS ; P0DV82, PA2_BOTIN ; -DR Q9PRZ0, PA2_BOTJA ; C0HJC1, PA2_BOTLA ; P86780, PA2_BUNCI ; -DR B3EWQ8, PA2_BUNFA ; P86517, PA2_CARAE ; Q3YAU5, PA2_CHEFU ; -DR D2X8K2, PA2_CONGI ; P18999, PA2_DABSI ; P04362, PA2_HELHO ; -DR P0DMI6, PA2_HETLA ; P0C8L9, PA2_HOFGE ; Q6T178, PA2_HOTTA ; -DR B3EWP6, PA2_LACMR ; C0HLB8, PA2_MICLE ; Q7LZG5, PA2_NOTSC ; -DR P0DKU2, PA2_PANIM ; C0HLL2, PA2_PITAZ ; C0HLF0, PA2_POROP ; -DR Q7LZG3, PA2_PSEPP ; P43318, PA2_RHONO ; C1JAR9, PA2_SCOVI ; -DR P84736, PA2_TRILM ; A7LCJ2, PA2_URTCR ; I7GQA7, PA2_XYLAI ; -DR Q8WMP9, PAG15_BOVIN; Q6XPZ3, PAG15_CANLF; Q8NCC3, PAG15_HUMAN; -DR Q8VEB4, PAG15_MOUSE; Q675A5, PAG15_RAT ; Q7M3V3, PAO2_VESOR ; -DR Q9BZM1, PG12A_HUMAN; Q9EPR2, PG12A_MOUSE; Q9HCN3, PGAP6_HUMAN; -DR Q9ESN3, PGAP6_MOUSE; G5EEM9, PLA1_CAEEL ; Q9XG80, PLA21_ORYSJ; -DR Q9XG81, PLA22_ORYSJ; C0HJP9, PLA23_BOTDP; Q10E50, PLA23_ORYSJ; -DR Q8S8N6, PLA2A_ARATH; Q8GZB4, PLA2B_ARATH; Q9M0D7, PLA2C_ARATH; -DR Q8GV50, PLA2D_ARATH; D4B0M5, PLA2_ARTBC ; J4KMY5, PLA2_BEAB2 ; -DR Q20500, PLA2_CAEEL ; P0DQD1, PLA2_WALAE ; A0A0R4IY06, PLAT1_DANRE; -DR Q9HDD0, PLAT1_HUMAN; Q9QZU4, PLAT1_MOUSE; D2KX21, PLAT1_RAT ; -DR Q9NWW9, PLAT2_HUMAN; P53816, PLAT3_HUMAN; Q8R3U1, PLAT3_MOUSE; -DR Q5R611, PLAT3_PONAB; P53817, PLAT3_RAT ; Q9UL19, PLAT4_HUMAN; -DR Q96KN8, PLAT5_HUMAN; Q9CPX5, PLAT5_MOUSE; Q4KLN5, PLAT5_RAT ; -DR O70320, PLB1_CAVPO ; Q6P1J6, PLB1_HUMAN ; Q06HQ7, PLB1_MONDO ; -DR Q3TTY0, PLB1_MOUSE ; Q05017, PLB1_RABIT ; O54728, PLB1_RAT ; -DR W7K139, PLP1_PLAFO ; Q2KI18, PLPL2_BOVIN; Q96AD5, PLPL2_HUMAN; -DR Q8BJ56, PLPL2_MOUSE; P0C548, PLPL2_RAT ; Q9NST1, PLPL3_HUMAN; -DR Q91WW7, PLPL3_MOUSE; P41247, PLPL4_HUMAN; A0A3L7I2I8, PLPL9_CRIGR; -DR O60733, PLPL9_HUMAN; P97819, PLPL9_MOUSE; P97570, PLPL9_RAT ; -DR O77834, PRDX6_BOVIN; Q5ZJF4, PRDX6_CHICK; P30041, PRDX6_HUMAN; -DR Q2PFL9, PRDX6_MACFA; P86215, PRDX6_MESAU; O08709, PRDX6_MOUSE; -DR Q9TSX9, PRDX6_PIG ; Q5R7E0, PRDX6_PONAB; O35244, PRDX6_RAT ; +DR Q6EER6, PA2B_SISMS ; A8E2V9, PA2B_TRIGS ; P14420, PA2B_VIPAE ; +DR Q8JFG0, PA2B_VIPAP ; Q10755, PA2B_VIPAZ ; P31854, PA2B_VIPBB ; +DR P31859, PA2B_VIPBE ; F8QN54, PA2B_VIPRE ; P0DKT7, PA2CA_OXYSA; +DR P20260, PA2C_PSEPO ; P0CAT0, PA2D5_MICPY; P0CAT1, PA2D6_MICPY; +DR Q1JPB9, PA2G3_BOVIN; Q9NZ20, PA2G3_HUMAN; Q8BZT7, PA2G3_MOUSE; +DR P39877, PA2G5_HUMAN; P97391, PA2G5_MOUSE; P51433, PA2G5_RAT ; +DR Q56JZ2, PA2GA_BOVIN; P47711, PA2GA_CAVPO; P14555, PA2GA_HUMAN; +DR P31482, PA2GA_MOUSE; P14422, PA2GA_RABIT; P14423, PA2GA_RAT ; +DR P48076, PA2GC_MOUSE; P39878, PA2GC_RAT ; Q9UNK4, PA2GD_HUMAN; +DR Q9WVF6, PA2GD_MOUSE; Q9NZK7, PA2GE_HUMAN; Q9QUL3, PA2GE_MOUSE; +DR Q9BZM2, PA2GF_HUMAN; Q9QZT4, PA2GF_MOUSE; O15496, PA2GX_HUMAN; +DR Q9QXX3, PA2GX_MOUSE; Q9QZT3, PA2GX_RAT ; Q8JFG2, PA2H_LATSE ; +DR Q8JFB2, PA2I_LATSE ; P34180, PA2N2_VIPAA; P14615, PA2N3_BUNFA; +DR Q92084, PA2NA_NAJSP; Q92085, PA2NB_NAJSP; P0DKX1, PA2N_DABRR ; +DR P14421, PA2N_GLOHA ; Q45Z42, PA2PA_OXYMI; P59067, PA2SA_AUSSU; +DR P59068, PA2SB_AUSSU; P59069, PA2SC_AUSSU; P59070, PA2SD_AUSSU; +DR P00614, PA2TA_OXYSC; P0DUG4, PA2TI_NAJHH; Q7LZG2, PA2T_OXYSC ; +DR P0DP54, PA2V_MEIAT ; P0DM49, PA2X1_BOTPA; P0DM50, PA2X2_BOTPA; +DR Q8WS88, PA2_ADAPA ; Q6PXP0, PA2_ANUPH ; Q9BMK4, PA2_APICC ; +DR Q7M4I5, PA2_APIDO ; P00630, PA2_APIME ; P59066, PA2_AUSSU ; +DR Q7M4I6, PA2_BOMPE ; P82971, PA2_BOMTE ; P0DUN5, PA2_BOTBS ; +DR P0DV82, PA2_BOTIN ; Q9PRZ0, PA2_BOTJA ; C0HJC1, PA2_BOTLA ; +DR P86780, PA2_BUNCI ; B3EWQ8, PA2_BUNFA ; P86517, PA2_CARAE ; +DR Q3YAU5, PA2_CHEFU ; D2X8K2, PA2_CONGI ; P18999, PA2_DABSI ; +DR P04362, PA2_HELHO ; P0DMI6, PA2_HETLA ; P0C8L9, PA2_HOFGE ; +DR Q6T178, PA2_HOTTA ; B3EWP6, PA2_LACMR ; C0HLB8, PA2_MICLE ; +DR Q7LZG5, PA2_NOTSC ; P0DKU2, PA2_PANIM ; C0HLL2, PA2_PITAZ ; +DR C0HLF0, PA2_POROP ; Q7LZG3, PA2_PSEPP ; P43318, PA2_RHONO ; +DR C1JAR9, PA2_SCOVI ; P84736, PA2_TRILM ; A7LCJ2, PA2_URTCR ; +DR I7GQA7, PA2_XYLAI ; Q8WMP9, PAG15_BOVIN; Q6XPZ3, PAG15_CANLF; +DR Q8NCC3, PAG15_HUMAN; Q8VEB4, PAG15_MOUSE; Q675A5, PAG15_RAT ; +DR Q7M3V3, PAO2_VESOR ; Q9BZM1, PG12A_HUMAN; Q9EPR2, PG12A_MOUSE; +DR Q9HCN3, PGAP6_HUMAN; Q9ESN3, PGAP6_MOUSE; G5EEM9, PLA1_CAEEL ; +DR Q9XG80, PLA21_ORYSJ; Q9XG81, PLA22_ORYSJ; C0HJP9, PLA23_BOTDP; +DR Q10E50, PLA23_ORYSJ; Q8S8N6, PLA2A_ARATH; Q8GZB4, PLA2B_ARATH; +DR Q9M0D7, PLA2C_ARATH; Q8GV50, PLA2D_ARATH; D4B0M5, PLA2_ARTBC ; +DR J4KMY5, PLA2_BEAB2 ; Q20500, PLA2_CAEEL ; P0DQD1, PLA2_WALAE ; +DR A0A0R4IY06, PLAT1_DANRE; Q9HDD0, PLAT1_HUMAN; Q9QZU4, PLAT1_MOUSE; +DR D2KX21, PLAT1_RAT ; Q9NWW9, PLAT2_HUMAN; P53816, PLAT3_HUMAN; +DR Q8R3U1, PLAT3_MOUSE; Q5R611, PLAT3_PONAB; P53817, PLAT3_RAT ; +DR Q9UL19, PLAT4_HUMAN; Q96KN8, PLAT5_HUMAN; Q9CPX5, PLAT5_MOUSE; +DR Q4KLN5, PLAT5_RAT ; O70320, PLB1_CAVPO ; Q6P1J6, PLB1_HUMAN ; +DR Q06HQ7, PLB1_MONDO ; Q3TTY0, PLB1_MOUSE ; Q05017, PLB1_RABIT ; +DR O54728, PLB1_RAT ; W7K139, PLP1_PLAFO ; Q2KI18, PLPL2_BOVIN; +DR Q96AD5, PLPL2_HUMAN; Q8BJ56, PLPL2_MOUSE; P0C548, PLPL2_RAT ; +DR Q9NST1, PLPL3_HUMAN; Q91WW7, PLPL3_MOUSE; P41247, PLPL4_HUMAN; +DR A0A3L7I2I8, PLPL9_CRIGR; O60733, PLPL9_HUMAN; P97819, PLPL9_MOUSE; +DR P97570, PLPL9_RAT ; O77834, PRDX6_BOVIN; Q5ZJF4, PRDX6_CHICK; +DR P30041, PRDX6_HUMAN; Q2PFL9, PRDX6_MACFA; P86215, PRDX6_MESAU; +DR O08709, PRDX6_MOUSE; Q9TSX9, PRDX6_PIG ; Q5R7E0, PRDX6_PONAB; +DR O35244, PRDX6_RAT ; // ID 3.1.1.5 DE lysophospholipase. @@ -91374,9 +91910,9 @@ DR A1DBT4, PMEA_NEOFI ; Q47474, PMEB_DICD3 ; P55743, PMEB_PECPM ; DR Q43143, PMEU1_SOLLC; P85076, PME_ACTDE ; Q12535, PME_ASPAC ; DR P17872, PME_ASPNG ; Q42608, PME_BRACM ; P41510, PME_BRANA ; DR P86075, PME_CAPAA ; P86085, PME_CAPCH ; P83218, PME_DAUCA ; -DR Q42920, PME_MEDSA ; Q43043, PME_PETIN ; Q43062, PME_PRUPE ; -DR P58601, PME_RALN1 ; P24791, PME_RALSL ; E7CIP7, PME_SITOR ; -DR Q84WM7, PPME1_ARATH; +DR Q42920, PME_MEDSA ; C0HMB4, PME_PARHY ; Q43043, PME_PETIN ; +DR Q43062, PME_PRUPE ; P58601, PME_RALN1 ; P24791, PME_RALSL ; +DR E7CIP7, PME_SITOR ; Q84WM7, PPME1_ARATH; // ID 3.1.1.12 DE Transferred entry: 3.1.1.1. @@ -91393,9 +91929,12 @@ CC esterification of sterols. CC -!- Activated by bile salts. DR P30122, CEL_BOVIN ; P19835, CEL_HUMAN ; Q64285, CEL_MOUSE ; DR P07882, CEL_RAT ; P23141, EST1_HUMAN ; O46421, EST1_MACFA ; -DR Q8VCC2, EST1_MOUSE ; J3SDX8, LICH_CROAD ; P38571, LICH_HUMAN ; -DR Q4R4S5, LICH_MACFA ; Q9Z0M5, LICH_MOUSE ; Q64194, LICH_RAT ; -DR P34163, TGL1_YEAST ; Q07804, YEH1_YEAST ; Q07950, YEH2_YEAST ; +DR Q8VCC2, EST1_MOUSE ; Q5F477, LDAH_CHICK ; Q54LL8, LDAH_DICDI ; +DR Q9W0H3, LDAH_DROME ; Q9H6V9, LDAH_HUMAN ; Q8BVA5, LDAH_MOUSE ; +DR Q5R7E8, LDAH_PONAB ; Q5HZX7, LDAH_RAT ; J3SDX8, LICH_CROAD ; +DR P38571, LICH_HUMAN ; Q4R4S5, LICH_MACFA ; Q9Z0M5, LICH_MOUSE ; +DR Q64194, LICH_RAT ; P34163, TGL1_YEAST ; Q07804, YEH1_YEAST ; +DR Q07950, YEH2_YEAST ; // ID 3.1.1.14 DE chlorophyllase. @@ -91628,7 +92167,6 @@ DR A5FRL3, PTH_DEHMB ; Q3ZX09, PTH_DEHMC ; C1CXT2, PTH_DEIDV ; DR Q1IWN4, PTH_DEIGD ; Q9RRW3, PTH_DEIRA ; A9BP19, PTH_DELAS ; DR B1I197, PTH_DESAP ; B8J0S9, PTH_DESDA ; B8FZA5, PTH_DESHD ; DR Q251S4, PTH_DESHY ; Q6AJL9, PTH_DESPS ; A4J0Q6, PTH_DESRM ; -DR Q72BR1, PTH_DESVH ; B8DKL7, PTH_DESVM ; A1VDR1, PTH_DESVV ; DR A5EWU9, PTH_DICNV ; A8LRY5, PTH_DINSH ; A7ZKX7, PTH_ECO24 ; DR B7UQ92, PTH_ECO27 ; B7MKA6, PTH_ECO45 ; B7LGW4, PTH_ECO55 ; DR P0A7D3, PTH_ECO57 ; B5YXM2, PTH_ECO5E ; B7NUX0, PTH_ECO7I ; @@ -91674,38 +92212,39 @@ DR Q8F3Q2, PTH_LEPIN ; Q03Z52, PTH_LEUMM ; Q03SZ9, PTH_LEVBA ; DR Q1WSG3, PTH_LIGS1 ; B2GA68, PTH_LIMF3 ; A5VI57, PTH_LIMRD ; DR B2G5N5, PTH_LIMRJ ; Q92F62, PTH_LISIN ; C1KYE6, PTH_LISMC ; DR Q724K0, PTH_LISMF ; B8DGL2, PTH_LISMH ; Q8YAD1, PTH_LISMO ; -DR A0AF11, PTH_LISW6 ; B9E8U9, PTH_MACCJ ; Q2VZ24, PTH_MAGSA ; -DR Q8EWQ8, PTH_MALP2 ; Q65V47, PTH_MANSM ; Q0ARN8, PTH_MARMM ; -DR A6W1C9, PTH_MARMS ; A1U374, PTH_MARN8 ; C6C0N2, PTH_MARSD ; -DR Q6F240, PTH_MESFL ; Q601M5, PTH_MESH2 ; Q4A8G1, PTH_MESH7 ; -DR Q4AAD0, PTH_MESHJ ; Q6KHA3, PTH_MESM1 ; B3PNH1, PTH_META1 ; -DR A6UWF5, PTH_META3 ; Q8TKX4, PTH_METAC ; Q466V4, PTH_METBF ; -DR Q12WH8, PTH_METBU ; B7KNU7, PTH_METC4 ; Q60A14, PTH_METCA ; -DR A9W5L3, PTH_METEP ; Q1H3J3, PTH_METFK ; B3E0Q7, PTH_METI4 ; -DR Q60363, PTH_METJA ; Q8TV04, PTH_METKA ; A4FYL9, PTH_METM5 ; -DR A9A6B6, PTH_METM6 ; A6VJR3, PTH_METM7 ; Q8Q0M4, PTH_METMA ; -DR P61234, PTH_METMP ; B8IFN4, PTH_METNO ; B1Z9F8, PTH_METPB ; -DR A2SKU1, PTH_METPP ; B1M1C0, PTH_METRJ ; B0UGY2, PTH_METS4 ; -DR A4YD82, PTH_METS5 ; B8EK40, PTH_METSB ; O27732, PTH_METTH ; -DR A6USA3, PTH_METVS ; Q2RMC1, PTH_MOOTA ; Q8BW00, PTH_MOUSE ; -DR A0QBW3, PTH_MYCA1 ; B1MKD8, PTH_MYCA9 ; A5IZI8, PTH_MYCAP ; -DR P65866, PTH_MYCBO ; A1KHF2, PTH_MYCBP ; C1AM05, PTH_MYCBT ; -DR Q2ST16, PTH_MYCCT ; Q8RLD7, PTH_MYCGA ; P47329, PTH_MYCGE ; -DR A4T6N5, PTH_MYCGI ; B8ZU62, PTH_MYCLB ; Q9CD49, PTH_MYCLE ; -DR B2HDJ5, PTH_MYCMM ; Q6MS28, PTH_MYCMS ; Q741V9, PTH_MYCPA ; -DR P78034, PTH_MYCPN ; Q98PE2, PTH_MYCPU ; A0R3D3, PTH_MYCS2 ; -DR Q4A5E8, PTH_MYCS5 ; A3Q5H1, PTH_MYCSJ ; A1UL23, PTH_MYCSK ; -DR Q1B425, PTH_MYCSS ; A5U157, PTH_MYCTA ; P9WHN6, PTH_MYCTO ; -DR P9WHN7, PTH_MYCTU ; A0PW66, PTH_MYCUA ; A1TEG1, PTH_MYCVP ; -DR Q1D292, PTH_MYXXD ; P61235, PTH_NANEQ ; Q5F9L4, PTH_NEIG1 ; -DR B4RK78, PTH_NEIG2 ; A9M3M7, PTH_NEIM0 ; Q9JV42, PTH_NEIMA ; -DR Q9K029, PTH_NEIMB ; A1KT53, PTH_NEIMF ; Q2GE99, PTH_NEOSM ; -DR Q0AGY5, PTH_NITEC ; Q82TQ6, PTH_NITEU ; Q1QIV8, PTH_NITHX ; -DR Q2YBH2, PTH_NITMU ; Q3JDQ7, PTH_NITOC ; Q3SPM7, PTH_NITWN ; -DR Q5YPZ6, PTH_NOCFA ; B2JA15, PTH_NOSP7 ; Q8YYK4, PTH_NOSS1 ; -DR Q2G6G8, PTH_NOVAD ; Q8CXP8, PTH_OCEIH ; Q30ZH1, PTH_OLEA2 ; -DR Q6YR64, PTH_ONYPE ; A1R4G4, PTH_PAEAT ; A1TT75, PTH_PARC0 ; -DR A6L8V3, PTH_PARD8 ; A1B1H5, PTH_PARDP ; A7HVD7, PTH_PARL1 ; +DR A0AF11, PTH_LISW6 ; B9E8U9, PTH_MACCJ ; Q8EWQ8, PTH_MALP2 ; +DR Q65V47, PTH_MANSM ; Q0ARN8, PTH_MARMM ; A6W1C9, PTH_MARMS ; +DR A1U374, PTH_MARN8 ; C6C0N2, PTH_MARSD ; Q6F240, PTH_MESFL ; +DR Q601M5, PTH_MESH2 ; Q4A8G1, PTH_MESH7 ; Q4AAD0, PTH_MESHJ ; +DR B3PNH1, PTH_META1 ; A6UWF5, PTH_META3 ; Q8TKX4, PTH_METAC ; +DR Q466V4, PTH_METBF ; Q12WH8, PTH_METBU ; B7KNU7, PTH_METC4 ; +DR Q60A14, PTH_METCA ; A9W5L3, PTH_METEP ; Q1H3J3, PTH_METFK ; +DR B3E0Q7, PTH_METI4 ; Q60363, PTH_METJA ; Q8TV04, PTH_METKA ; +DR A4FYL9, PTH_METM5 ; A9A6B6, PTH_METM6 ; A6VJR3, PTH_METM7 ; +DR Q8Q0M4, PTH_METMA ; P61234, PTH_METMP ; B8IFN4, PTH_METNO ; +DR B1Z9F8, PTH_METPB ; A2SKU1, PTH_METPP ; B1M1C0, PTH_METRJ ; +DR B0UGY2, PTH_METS4 ; A4YD82, PTH_METS5 ; B8EK40, PTH_METSB ; +DR O27732, PTH_METTH ; A6USA3, PTH_METVS ; Q2RMC1, PTH_MOOTA ; +DR Q8BW00, PTH_MOUSE ; A0QBW3, PTH_MYCA1 ; B1MKD8, PTH_MYCA9 ; +DR A5IZI8, PTH_MYCAP ; P65866, PTH_MYCBO ; A1KHF2, PTH_MYCBP ; +DR C1AM05, PTH_MYCBT ; Q2ST16, PTH_MYCCT ; Q8RLD7, PTH_MYCGA ; +DR P47329, PTH_MYCGE ; A4T6N5, PTH_MYCGI ; B8ZU62, PTH_MYCLB ; +DR Q9CD49, PTH_MYCLE ; Q6KHA3, PTH_MYCM1 ; B2HDJ5, PTH_MYCMM ; +DR Q6MS28, PTH_MYCMS ; Q741V9, PTH_MYCPA ; P78034, PTH_MYCPN ; +DR Q98PE2, PTH_MYCPU ; A0R3D3, PTH_MYCS2 ; Q4A5E8, PTH_MYCS5 ; +DR A3Q5H1, PTH_MYCSJ ; A1UL23, PTH_MYCSK ; Q1B425, PTH_MYCSS ; +DR A5U157, PTH_MYCTA ; P9WHN6, PTH_MYCTO ; P9WHN7, PTH_MYCTU ; +DR A0PW66, PTH_MYCUA ; A1TEG1, PTH_MYCVP ; Q1D292, PTH_MYXXD ; +DR P61235, PTH_NANEQ ; Q5F9L4, PTH_NEIG1 ; B4RK78, PTH_NEIG2 ; +DR A9M3M7, PTH_NEIM0 ; Q9JV42, PTH_NEIMA ; Q9K029, PTH_NEIMB ; +DR A1KT53, PTH_NEIMF ; Q2GE99, PTH_NEOSM ; Q0AGY5, PTH_NITEC ; +DR Q82TQ6, PTH_NITEU ; Q1QIV8, PTH_NITHX ; Q2YBH2, PTH_NITMU ; +DR Q3JDQ7, PTH_NITOC ; Q72BR1, PTH_NITV2 ; A1VDR1, PTH_NITV4 ; +DR B8DKL7, PTH_NITV9 ; Q3SPM7, PTH_NITWN ; Q5YPZ6, PTH_NOCFA ; +DR B2JA15, PTH_NOSP7 ; Q8YYK4, PTH_NOSS1 ; Q2G6G8, PTH_NOVAD ; +DR Q8CXP8, PTH_OCEIH ; Q30ZH1, PTH_OLEA2 ; Q6YR64, PTH_ONYPE ; +DR A1R4G4, PTH_PAEAT ; A1TT75, PTH_PARC0 ; A6L8V3, PTH_PARD8 ; +DR A1B1H5, PTH_PARDP ; A7HVD7, PTH_PARL1 ; Q2VZ24, PTH_PARM1 ; DR Q7U9I5, PTH_PARMW ; B2JCN7, PTH_PARP8 ; B2SXG3, PTH_PARPJ ; DR Q145X4, PTH_PARXL ; P57820, PTH_PASMU ; Q6D557, PTH_PECAS ; DR C6DHY7, PTH_PECCP ; Q03DZ8, PTH_PEDPA ; B4SGM1, PTH_PELPB ; @@ -91800,8 +92339,8 @@ DR A7MY77, PTH_VIBC1 ; A5F686, PTH_VIBC3 ; Q9KQ21, PTH_VIBCH ; DR C3LPI9, PTH_VIBCM ; Q87RN9, PTH_VIBPA ; Q8DFF4, PTH_VIBVU ; DR Q7MMZ2, PTH_VIBVY ; Q8D2K4, PTH_WIGBR ; Q73II8, PTH_WOLPM ; DR Q7M7U8, PTH_WOLSU ; Q5GTI9, PTH_WOLTR ; C0R594, PTH_WOLWR ; -DR Q8PNT8, PTH_XANAC ; Q3BX00, PTH_XANC5 ; Q4URC3, PTH_XANC8 ; -DR Q8PC61, PTH_XANCP ; Q2NZW9, PTH_XANOM ; B2SQP2, PTH_XANOP ; +DR Q8PNT8, PTH_XANAC ; Q4URC3, PTH_XANC8 ; Q8PC61, PTH_XANCP ; +DR Q3BX00, PTH_XANE5 ; Q2NZW9, PTH_XANOM ; B2SQP2, PTH_XANOP ; DR Q5GWR6, PTH_XANOR ; A7IIK5, PTH_XANP2 ; B2IA78, PTH_XYLF2 ; DR Q9PA78, PTH_XYLFA ; B0U5Y6, PTH_XYLFM ; Q87A24, PTH_XYLFT ; DR P38876, PTH_YEAST ; A1JRW1, PTH_YERE8 ; A7FIG9, PTH_YERP3 ; @@ -91937,7 +92476,7 @@ CA H2O + testololactone = H(+) + testolate. // ID 3.1.1.38 DE triacetate-lactonase. -CA H2O + triacetate lactone = H(+) + triacetate. +CA H2O + triacetate lactone = 3,5-dioxohexanoate + H(+). // ID 3.1.1.39 DE actinomycin lactonase. @@ -92164,11 +92703,11 @@ DR Q2KV65, CHEB1_BORA1; Q394I6, CHEB1_BURL3; Q62G12, CHEB1_BURMA; DR Q1BRL2, CHEB1_BURO1; Q3JY65, CHEB1_BURP1; Q63PS2, CHEB1_BURPS; DR Q2STS8, CHEB1_BURTA; Q3ADG9, CHEB1_CARHZ; O87717, CHEB1_CAUVC; DR Q3J653, CHEB1_CERS4; Q7NV40, CHEB1_CHRVO; Q1LH11, CHEB1_CUPMC; -DR Q46V28, CHEB1_CUPPJ; Q47I43, CHEB1_DECAR; P62636, CHEB1_DESVH; -DR Q39WQ9, CHEB1_GEOMG; P62638, CHEB1_GEOSL; Q2SPQ1, CHEB1_HAHCH; -DR Q1IRH0, CHEB1_KORVE; P62641, CHEB1_LEPIC; Q8F6P9, CHEB1_LEPIN; -DR Q2WAJ8, CHEB1_MAGSA; Q8TLG9, CHEB1_METAC; Q2FMT2, CHEB1_METHJ; -DR Q8Q009, CHEB1_METMA; Q1D359, CHEB1_MYXXD; Q311M8, CHEB1_OLEA2; +DR Q46V28, CHEB1_CUPPJ; Q47I43, CHEB1_DECAR; Q39WQ9, CHEB1_GEOMG; +DR P62638, CHEB1_GEOSL; Q2SPQ1, CHEB1_HAHCH; Q1IRH0, CHEB1_KORVE; +DR P62641, CHEB1_LEPIC; Q8F6P9, CHEB1_LEPIN; Q8TLG9, CHEB1_METAC; +DR Q2FMT2, CHEB1_METHJ; Q8Q009, CHEB1_METMA; Q1D359, CHEB1_MYXXD; +DR P62636, CHEB1_NITV2; Q311M8, CHEB1_OLEA2; Q2WAJ8, CHEB1_PARM1; DR Q6LU34, CHEB1_PHOPR; Q48ND9, CHEB1_PSE14; O87125, CHEB1_PSEAE; DR Q4KHL8, CHEB1_PSEF5; Q3KHF6, CHEB1_PSEPF; Q88EW5, CHEB1_PSEPK; DR O52262, CHEB1_PSEPU; Q884V3, CHEB1_PSESM; Q4ZYD3, CHEB1_PSEU2; @@ -92177,19 +92716,19 @@ DR Q20YL8, CHEB1_RHOPB; Q2RX18, CHEB1_RHORT; Q21IQ9, CHEB1_SACD2; DR Q12PJ3, CHEB1_SHEDO; Q8ECD7, CHEB1_SHEON; Q0HKN5, CHEB1_SHESM; DR Q0HWY6, CHEB1_SHESR; Q2LR65, CHEB1_SYNAS; Q0AYL3, CHEB1_SYNWW; DR Q9KQD8, CHEB1_VIBCH; Q87MK5, CHEB1_VIBPA; Q8DB67, CHEB1_VIBVU; -DR Q7MIQ5, CHEB1_VIBVY; Q8PLB4, CHEB1_XANAC; Q3BUA2, CHEB1_XANC5; -DR Q4UWU6, CHEB1_XANC8; Q8P9J7, CHEB1_XANCP; Q2P5Q6, CHEB1_XANOM; +DR Q7MIQ5, CHEB1_VIBVY; Q8PLB4, CHEB1_XANAC; Q4UWU6, CHEB1_XANC8; +DR Q8P9J7, CHEB1_XANCP; Q3BUA2, CHEB1_XANE5; Q2P5Q6, CHEB1_XANOM; DR Q5H2V2, CHEB1_XANOR; Q21ZZ9, CHEB2_ALBFT; Q2INL1, CHEB2_ANADE; DR Q8VL08, CHEB2_AZOBR; Q2L1D1, CHEB2_BORA1; Q89T55, CHEB2_BRADU; DR Q393F2, CHEB2_BURL3; Q4V2X4, CHEB2_BURMA; Q1BMF9, CHEB2_BURO1; DR Q3JJY2, CHEB2_BURP1; Q63J47, CHEB2_BURPS; Q2T8Y6, CHEB2_BURTA; DR Q3ADA6, CHEB2_CARHZ; Q9AAK0, CHEB2_CAUVC; Q3J1W3, CHEB2_CERS4; DR Q8KLS5, CHEB2_CERSP; Q7NZB3, CHEB2_CHRVO; Q1LG90, CHEB2_CUPMC; -DR Q46PH7, CHEB2_CUPPJ; Q47GX7, CHEB2_DECAR; P62637, CHEB2_DESVH; -DR Q39T95, CHEB2_GEOMG; P62639, CHEB2_GEOSL; Q2SFY4, CHEB2_HAHCH; -DR Q1IQS9, CHEB2_KORVE; P62642, CHEB2_LEPIC; Q8F5D8, CHEB2_LEPIN; -DR Q2W5V5, CHEB2_MAGSA; Q8TUQ0, CHEB2_METAC; Q2FQU2, CHEB2_METHJ; -DR Q8PX96, CHEB2_METMA; Q1D225, CHEB2_MYXXD; Q30ZJ5, CHEB2_OLEA2; +DR Q46PH7, CHEB2_CUPPJ; Q47GX7, CHEB2_DECAR; Q39T95, CHEB2_GEOMG; +DR P62639, CHEB2_GEOSL; Q2SFY4, CHEB2_HAHCH; Q1IQS9, CHEB2_KORVE; +DR P62642, CHEB2_LEPIC; Q8F5D8, CHEB2_LEPIN; Q8TUQ0, CHEB2_METAC; +DR Q2FQU2, CHEB2_METHJ; Q8PX96, CHEB2_METMA; Q1D225, CHEB2_MYXXD; +DR P62637, CHEB2_NITV2; Q30ZJ5, CHEB2_OLEA2; Q2W5V5, CHEB2_PARM1; DR Q6LTM2, CHEB2_PHOPR; Q48GG6, CHEB2_PSE14; Q9I6V9, CHEB2_PSEAE; DR Q4KG36, CHEB2_PSEF5; Q3KFZ6, CHEB2_PSEPF; Q888V8, CHEB2_PSESM; DR Q4ZWW3, CHEB2_PSEU2; Q1MC14, CHEB2_RHIJ3; P72253, CHEB2_RHOCS; @@ -92197,13 +92736,13 @@ DR P62644, CHEB2_RHOPA; Q20XK3, CHEB2_RHOPB; Q2RUI8, CHEB2_RHORT; DR Q21G20, CHEB2_SACD2; Q12IZ9, CHEB2_SHEDO; Q8EF61, CHEB2_SHEON; DR Q0HIF6, CHEB2_SHESM; Q0HVI0, CHEB2_SHESR; Q2LSL3, CHEB2_SYNAS; DR Q0AXB7, CHEB2_SYNWW; Q8D4X6, CHEB2_VIBVU; Q7MBQ5, CHEB2_VIBVY; -DR Q8PIM5, CHEB2_XANAC; Q3BR57, CHEB2_XANC5; Q4UU97, CHEB2_XANC8; -DR Q8P7A6, CHEB2_XANCP; Q2P1V8, CHEB2_XANOM; Q5GYV8, CHEB2_XANOR; +DR Q8PIM5, CHEB2_XANAC; Q4UU97, CHEB2_XANC8; Q8P7A6, CHEB2_XANCP; +DR Q3BR57, CHEB2_XANE5; Q2P1V8, CHEB2_XANOM; Q5GYV8, CHEB2_XANOR; DR Q2IQ87, CHEB3_ANADE; Q89SQ1, CHEB3_BRADU; Q39KQ1, CHEB3_BURL3; DR Q1BLQ3, CHEB3_BURO1; Q2T8Y5, CHEB3_BURTA; O33558, CHEB3_CERSP; DR Q7NSI8, CHEB3_CHRVO; Q39SY1, CHEB3_GEOMG; P62640, CHEB3_GEOSL; DR Q2SFK0, CHEB3_HAHCH; P62643, CHEB3_LEPIC; Q8F3H4, CHEB3_LEPIN; -DR Q2W2W9, CHEB3_MAGSA; Q1CZL0, CHEB3_MYXXD; Q48F23, CHEB3_PSE14; +DR Q1CZL0, CHEB3_MYXXD; Q2W2W9, CHEB3_PARM1; Q48F23, CHEB3_PSE14; DR Q9HXT8, CHEB3_PSEAE; Q88MS5, CHEB3_PSEPK; Q886S8, CHEB3_PSESM; DR Q4ZQV7, CHEB3_PSEU2; Q92YM4, CHEB3_RHIME; P62645, CHEB3_RHOPA; DR Q20XE6, CHEB3_RHOPB; Q2RRX2, CHEB3_RHORT; Q8EEQ0, CHEB3_SHEON; @@ -92327,7 +92866,7 @@ DR A9JPE6, AXE1_ASPFL ; B8NBI2, AXE1_ASPFN ; Q4WBW4, AXE1_ASPFU ; DR A2QZI3, AXE1_ASPNC ; Q75P26, AXE1_ASPOR ; Q0C8Z1, AXE1_ASPTN ; DR A8PB24, AXE1_COPC7 ; Q5B037, AXE1_EMENI ; Q99034, AXE1_HYPJE ; DR A1DBP9, AXE1_NEOFI ; Q8NJP6, AXE1_TALPU ; Q09LX1, AXE2_GEOSE ; -DR O59893, AXE2_TALPU ; D5EV35, AXEA1_PRER2; P94388, CAH_BACSU ; +DR O59893, AXE2_TALPU ; D5EV35, AXEA1_XYLR2; P94388, CAH_BACSU ; DR Q9WXT2, CAH_THEMA ; B3PIB0, CE2A_CELJU ; B3PDE5, CE2B_CELJU ; DR P10477, CELE_ACET2 ; Q9RLB8, CESA_RUMFL ; P0CT91, LIPA_SODAL ; DR B5ZA76, PGDAE_HELPG; O25080, PGDAE_HELPY; B8YG19, XS20E_NEOPA; @@ -92348,21 +92887,21 @@ CC medium. CC -!- They are sometimes called hemicellulase accessory enzymes, since they CC help xylanases and pectinases to break down plant cell wall CC hemicellulose. -DR D5EXZ4, AXFA_PRER2 ; D4AS70, FAE1_ARTBC ; Q9P979, FAEA_ASPAW ; -DR B8NIB8, FAEA_ASPFN ; A2QSY5, FAEA_ASPNC ; O42807, FAEA_ASPNG ; -DR Q2UNW5, FAEA_ASPOR ; Q0CBM7, FAEA_ASPTN ; O42815, FAEA_ASPTU ; -DR P0CT85, FAEA_TALSN ; B0YDW9, FAEB1_ASPFC; B8NPA4, FAEB1_ASPFN; -DR Q4W8Z9, FAEB1_ASPFU; Q2UP89, FAEB1_ASPOR; Q0CVS2, FAEB1_ASPTN; -DR A1DKV3, FAEB1_NEOFI; B0Y7U1, FAEB2_ASPFC; B8NPT0, FAEB2_ASPFN; -DR Q4WMR0, FAEB2_ASPFU; Q2UMX6, FAEB2_ASPOR; Q0CI21, FAEB2_ASPTN; -DR A1DMV3, FAEB2_NEOFI; A1CTK4, FAEB_ASPCL ; A2R0Z6, FAEB_ASPNC ; -DR Q8WZI8, FAEB_ASPNG ; Q5BCF8, FAEB_EMENI ; Q9HGR3, FAEB_NEUCR ; -DR Q9Y871, FAEB_PIREQ ; Q9HE18, FAEB_TALFU ; B8M9H9, FAEB_TALSN ; -DR G2QND5, FAEB_THET4 ; A1C9D4, FAEC1_ASPCL; A1CC33, FAEC2_ASPCL; -DR B0XU32, FAEC_ASPFC ; B8N7Z6, FAEC_ASPFN ; A4D9B6, FAEC_ASPFU ; -DR A2QYU7, FAEC_ASPNC ; Q2UI81, FAEC_ASPOR ; Q0CDX2, FAEC_ASPTN ; -DR Q5B2G3, FAEC_EMENI ; A1DI08, FAEC_NEOFI ; B8LV47, FAEC_TALSN ; -DR Q7RWX8, FAED_NEUCR ; D5EY13, XYFA_PRER2 ; +DR D5EXZ4, AXFA_XYLR2 ; D4AS70, FAE1_ARTBC ; A0A6C0PI29, FAE1_PENPR ; +DR Q9P979, FAEA_ASPAW ; B8NIB8, FAEA_ASPFN ; A2QSY5, FAEA_ASPNC ; +DR O42807, FAEA_ASPNG ; Q2UNW5, FAEA_ASPOR ; Q0CBM7, FAEA_ASPTN ; +DR O42815, FAEA_ASPTU ; P0CT85, FAEA_TALSN ; B0YDW9, FAEB1_ASPFC; +DR B8NPA4, FAEB1_ASPFN; Q4W8Z9, FAEB1_ASPFU; Q2UP89, FAEB1_ASPOR; +DR Q0CVS2, FAEB1_ASPTN; A1DKV3, FAEB1_NEOFI; B0Y7U1, FAEB2_ASPFC; +DR B8NPT0, FAEB2_ASPFN; Q4WMR0, FAEB2_ASPFU; Q2UMX6, FAEB2_ASPOR; +DR Q0CI21, FAEB2_ASPTN; A1DMV3, FAEB2_NEOFI; A1CTK4, FAEB_ASPCL ; +DR A2R0Z6, FAEB_ASPNC ; Q8WZI8, FAEB_ASPNG ; Q5BCF8, FAEB_EMENI ; +DR Q9HGR3, FAEB_NEUCR ; Q9Y871, FAEB_PIREQ ; Q9HE18, FAEB_TALFU ; +DR B8M9H9, FAEB_TALSN ; G2QND5, FAEB_THET4 ; A1C9D4, FAEC1_ASPCL; +DR A1CC33, FAEC2_ASPCL; B0XU32, FAEC_ASPFC ; B8N7Z6, FAEC_ASPFN ; +DR A4D9B6, FAEC_ASPFU ; A2QYU7, FAEC_ASPNC ; Q2UI81, FAEC_ASPOR ; +DR Q0CDX2, FAEC_ASPTN ; Q5B2G3, FAEC_EMENI ; A1DI08, FAEC_NEOFI ; +DR B8LV47, FAEC_TALSN ; Q7RWX8, FAED_NEUCR ; D5EY13, XYFA_XYLR2 ; // ID 3.1.1.74 DE cutinase. @@ -92835,58 +93374,58 @@ DR Q3ZWA4, DTD_DEHMC ; C1CUI9, DTD_DEIDV ; Q1IY72, DTD_DEIGD ; DR Q9RVY1, DTD_DEIRA ; A9BUE9, DTD_DELAS ; B8FHU4, DTD_DESAL ; DR B1I337, DTD_DESAP ; B8J080, DTD_DESDA ; B8FQT8, DTD_DESHD ; DR Q24UQ3, DTD_DESHY ; A8ZUJ9, DTD_DESOH ; Q6AS26, DTD_DESPS ; -DR A4J2H0, DTD_DESRM ; Q72C32, DTD_DESVH ; A1VDX8, DTD_DESVV ; -DR Q54EY1, DTD_DICDI ; A5EVP7, DTD_DICNV ; B5YDT2, DTD_DICT6 ; -DR B8E1C2, DTD_DICTD ; A8LJ36, DTD_DINSH ; Q9VGP0, DTD_DROME ; -DR A7ZU92, DTD_ECO24 ; B7UNK4, DTD_ECO27 ; B7MI18, DTD_ECO45 ; -DR B7L9D6, DTD_ECO55 ; P0A6M6, DTD_ECO57 ; B5YZ24, DTD_ECO5E ; -DR B7NUY4, DTD_ECO7I ; B7N2M8, DTD_ECO81 ; B7M686, DTD_ECO8A ; -DR C5A055, DTD_ECOBW ; B1XB55, DTD_ECODH ; A8A6Y8, DTD_ECOHS ; -DR A1AI64, DTD_ECOK1 ; Q0TAH5, DTD_ECOL5 ; P0A6M5, DTD_ECOL6 ; -DR B1IVJ1, DTD_ECOLC ; P0A6M4, DTD_ECOLI ; B7NFI6, DTD_ECOLU ; -DR B6I4M4, DTD_ECOSE ; B1LMS1, DTD_ECOSM ; Q1R431, DTD_ECOUT ; -DR C5BC71, DTD_EDWI9 ; A4WGB6, DTD_ENT38 ; Q833H9, DTD_ENTFA ; -DR Q75E22, DTD_EREGS ; B2VFA6, DTD_ERWT9 ; B7LVG2, DTD_ESCF3 ; -DR B1YJF9, DTD_EXIS2 ; C4L533, DTD_EXISA ; A7HLZ9, DTD_FERNB ; -DR B0S1I7, DTD_FINM2 ; A5FMN0, DTD_FLAJ1 ; A6GW89, DTD_FLAPJ ; -DR B0TW90, DTD_FRAP2 ; A7N982, DTD_FRATF ; Q2A5Z4, DTD_FRATH ; -DR A0Q402, DTD_FRATN ; Q0BP79, DTD_FRATO ; A4J0B0, DTD_FRATW ; -DR Q8RGF0, DTD_FUSNN ; B9M4M9, DTD_GEODF ; Q5KWS4, DTD_GEOKA ; -DR Q39RA1, DTD_GEOMG ; Q74FT1, DTD_GEOSL ; C6DYE1, DTD_GEOSM ; -DR C5D512, DTD_GEOSW ; A4IR99, DTD_GEOTN ; A5GC79, DTD_GEOUR ; -DR B8F6K3, DTD_GLAP5 ; B7KKT8, DTD_GLOC7 ; Q7VN41, DTD_HAEDU ; -DR Q4QMP6, DTD_HAEI8 ; A5UE61, DTD_HAEIE ; A5UHF9, DTD_HAEIG ; -DR P44814, DTD_HAEIN ; Q2SN53, DTD_HAHCH ; Q9KDH0, DTD_HALH5 ; -DR A1WW09, DTD_HALHL ; B8CXE9, DTD_HALOH ; B0TF85, DTD_HELMI ; -DR A9B6D5, DTD_HERA2 ; A4G1U1, DTD_HERAR ; Q0I2T9, DTD_HISS1 ; -DR B0UTI6, DTD_HISS2 ; Q31JB0, DTD_HYDCU ; Q5QV32, DTD_IDILO ; -DR A6SUP6, DTD_JANMA ; Q28NX0, DTD_JANSC ; A6W6D7, DTD_KINRD ; -DR B5XZI4, DTD_KLEP3 ; A6TG77, DTD_KLEP7 ; Q6CRI9, DTD_KLULA ; -DR B2GIA9, DTD_KOCRD ; Q1IHZ8, DTD_KORVE ; C5CGW6, DTD_KOSOT ; -DR Q5FKI6, DTD_LACAC ; B3WEN3, DTD_LACCB ; Q1GAH0, DTD_LACDA ; -DR Q04AV5, DTD_LACDB ; C4Z1C2, DTD_LACE2 ; Q043X5, DTD_LACGA ; -DR A8YUZ8, DTD_LACH4 ; Q74IX3, DTD_LACJO ; Q9CJ92, DTD_LACLA ; -DR A2RHI6, DTD_LACLM ; Q033A2, DTD_LACLS ; Q038Q9, DTD_LACP3 ; -DR A9KK74, DTD_LACP7 ; Q88VQ3, DTD_LACPL ; C1DAD5, DTD_LARHH ; -DR Q38XN8, DTD_LATSS ; Q5X472, DTD_LEGPA ; A5ID02, DTD_LEGPC ; -DR Q5ZUF4, DTD_LEGPH ; Q5WVK6, DTD_LEGPL ; B1MZI4, DTD_LEUCK ; -DR Q03WG3, DTD_LEUMM ; Q03SF0, DTD_LEVBA ; Q1WTX9, DTD_LIGS1 ; -DR B2GBW6, DTD_LIMF3 ; A5VJG2, DTD_LIMRD ; B2G6X7, DTD_LIMRJ ; -DR Q92BJ1, DTD_LISIN ; C1KVG9, DTD_LISMC ; Q71ZE8, DTD_LISMF ; -DR B8DHM6, DTD_LISMH ; Q93RD9, DTD_LISMO ; A0AIX1, DTD_LISW6 ; -DR B1HV77, DTD_LYSSC ; B9E709, DTD_MACCJ ; A0L7S8, DTD_MAGMM ; -DR Q65WM2, DTD_MANSM ; A6VT94, DTD_MARMS ; A1TYQ0, DTD_MARN8 ; -DR C6BS14, DTD_MARSD ; Q607L6, DTD_METCA ; B3DVT5, DTD_METI4 ; -DR A2SKK9, DTD_METPP ; Q2NG79, DTD_METST ; C5CCH1, DTD_MICLC ; -DR Q2RHV8, DTD_MOOTA ; A0QGF1, DTD_MYCA1 ; B1MIM7, DTD_MYCA9 ; -DR P63996, DTD_MYCBO ; A1KJW2, DTD_MYCBP ; C1APH7, DTD_MYCBT ; -DR A4T8S3, DTD_MYCGI ; B2HD97, DTD_MYCMM ; Q73ZI0, DTD_MYCPA ; -DR A0R080, DTD_MYCS2 ; A5U3R6, DTD_MYCTA ; P9WNS8, DTD_MYCTO ; -DR P9WNS9, DTD_MYCTU ; A0PSA3, DTD_MYCUA ; A1TDH1, DTD_MYCVP ; -DR Q1DDE5, DTD_MYXXD ; B2A2F7, DTD_NATTJ ; B9L8Z4, DTD_NAUPA ; -DR Q5F6A6, DTD_NEIG1 ; B4RNL5, DTD_NEIG2 ; Q9JST7, DTD_NEIMA ; -DR Q9K143, DTD_NEIMB ; A1KVT7, DTD_NEIMF ; Q3JD71, DTD_NITOC ; -DR A6Q128, DTD_NITSB ; Q5Z1P0, DTD_NOCFA ; Q8EPR6, DTD_OCEIH ; +DR A4J2H0, DTD_DESRM ; Q54EY1, DTD_DICDI ; A5EVP7, DTD_DICNV ; +DR B5YDT2, DTD_DICT6 ; B8E1C2, DTD_DICTD ; A8LJ36, DTD_DINSH ; +DR Q9VGP0, DTD_DROME ; A7ZU92, DTD_ECO24 ; B7UNK4, DTD_ECO27 ; +DR B7MI18, DTD_ECO45 ; B7L9D6, DTD_ECO55 ; P0A6M6, DTD_ECO57 ; +DR B5YZ24, DTD_ECO5E ; B7NUY4, DTD_ECO7I ; B7N2M8, DTD_ECO81 ; +DR B7M686, DTD_ECO8A ; C5A055, DTD_ECOBW ; B1XB55, DTD_ECODH ; +DR A8A6Y8, DTD_ECOHS ; A1AI64, DTD_ECOK1 ; Q0TAH5, DTD_ECOL5 ; +DR P0A6M5, DTD_ECOL6 ; B1IVJ1, DTD_ECOLC ; P0A6M4, DTD_ECOLI ; +DR B7NFI6, DTD_ECOLU ; B6I4M4, DTD_ECOSE ; B1LMS1, DTD_ECOSM ; +DR Q1R431, DTD_ECOUT ; C5BC71, DTD_EDWI9 ; A4WGB6, DTD_ENT38 ; +DR Q833H9, DTD_ENTFA ; Q75E22, DTD_EREGS ; B2VFA6, DTD_ERWT9 ; +DR B7LVG2, DTD_ESCF3 ; B1YJF9, DTD_EXIS2 ; C4L533, DTD_EXISA ; +DR A7HLZ9, DTD_FERNB ; B0S1I7, DTD_FINM2 ; A5FMN0, DTD_FLAJ1 ; +DR A6GW89, DTD_FLAPJ ; B0TW90, DTD_FRAP2 ; A7N982, DTD_FRATF ; +DR Q2A5Z4, DTD_FRATH ; A0Q402, DTD_FRATN ; Q0BP79, DTD_FRATO ; +DR A4J0B0, DTD_FRATW ; Q8RGF0, DTD_FUSNN ; B9M4M9, DTD_GEODF ; +DR Q5KWS4, DTD_GEOKA ; Q39RA1, DTD_GEOMG ; Q74FT1, DTD_GEOSL ; +DR C6DYE1, DTD_GEOSM ; C5D512, DTD_GEOSW ; A4IR99, DTD_GEOTN ; +DR A5GC79, DTD_GEOUR ; B8F6K3, DTD_GLAP5 ; B7KKT8, DTD_GLOC7 ; +DR Q7VN41, DTD_HAEDU ; Q4QMP6, DTD_HAEI8 ; A5UE61, DTD_HAEIE ; +DR A5UHF9, DTD_HAEIG ; P44814, DTD_HAEIN ; Q2SN53, DTD_HAHCH ; +DR Q9KDH0, DTD_HALH5 ; A1WW09, DTD_HALHL ; B8CXE9, DTD_HALOH ; +DR B0TF85, DTD_HELMI ; A9B6D5, DTD_HERA2 ; A4G1U1, DTD_HERAR ; +DR Q0I2T9, DTD_HISS1 ; B0UTI6, DTD_HISS2 ; Q31JB0, DTD_HYDCU ; +DR Q5QV32, DTD_IDILO ; A6SUP6, DTD_JANMA ; Q28NX0, DTD_JANSC ; +DR A6W6D7, DTD_KINRD ; B5XZI4, DTD_KLEP3 ; A6TG77, DTD_KLEP7 ; +DR Q6CRI9, DTD_KLULA ; B2GIA9, DTD_KOCRD ; Q1IHZ8, DTD_KORVE ; +DR C5CGW6, DTD_KOSOT ; Q5FKI6, DTD_LACAC ; B3WEN3, DTD_LACCB ; +DR Q1GAH0, DTD_LACDA ; Q04AV5, DTD_LACDB ; C4Z1C2, DTD_LACE2 ; +DR Q043X5, DTD_LACGA ; A8YUZ8, DTD_LACH4 ; Q74IX3, DTD_LACJO ; +DR Q9CJ92, DTD_LACLA ; A2RHI6, DTD_LACLM ; Q033A2, DTD_LACLS ; +DR Q038Q9, DTD_LACP3 ; A9KK74, DTD_LACP7 ; Q88VQ3, DTD_LACPL ; +DR C1DAD5, DTD_LARHH ; Q38XN8, DTD_LATSS ; Q5X472, DTD_LEGPA ; +DR A5ID02, DTD_LEGPC ; Q5ZUF4, DTD_LEGPH ; Q5WVK6, DTD_LEGPL ; +DR B1MZI4, DTD_LEUCK ; Q03WG3, DTD_LEUMM ; Q03SF0, DTD_LEVBA ; +DR Q1WTX9, DTD_LIGS1 ; B2GBW6, DTD_LIMF3 ; A5VJG2, DTD_LIMRD ; +DR B2G6X7, DTD_LIMRJ ; Q92BJ1, DTD_LISIN ; C1KVG9, DTD_LISMC ; +DR Q71ZE8, DTD_LISMF ; B8DHM6, DTD_LISMH ; Q93RD9, DTD_LISMO ; +DR A0AIX1, DTD_LISW6 ; B1HV77, DTD_LYSSC ; B9E709, DTD_MACCJ ; +DR A0L7S8, DTD_MAGMM ; Q65WM2, DTD_MANSM ; A6VT94, DTD_MARMS ; +DR A1TYQ0, DTD_MARN8 ; C6BS14, DTD_MARSD ; Q607L6, DTD_METCA ; +DR B3DVT5, DTD_METI4 ; A2SKK9, DTD_METPP ; Q2NG79, DTD_METST ; +DR C5CCH1, DTD_MICLC ; Q2RHV8, DTD_MOOTA ; A0QGF1, DTD_MYCA1 ; +DR B1MIM7, DTD_MYCA9 ; P63996, DTD_MYCBO ; A1KJW2, DTD_MYCBP ; +DR C1APH7, DTD_MYCBT ; A4T8S3, DTD_MYCGI ; B2HD97, DTD_MYCMM ; +DR Q73ZI0, DTD_MYCPA ; A0R080, DTD_MYCS2 ; A5U3R6, DTD_MYCTA ; +DR P9WNS8, DTD_MYCTO ; P9WNS9, DTD_MYCTU ; A0PSA3, DTD_MYCUA ; +DR A1TDH1, DTD_MYCVP ; Q1DDE5, DTD_MYXXD ; B2A2F7, DTD_NATTJ ; +DR B9L8Z4, DTD_NAUPA ; Q5F6A6, DTD_NEIG1 ; B4RNL5, DTD_NEIG2 ; +DR Q9JST7, DTD_NEIMA ; Q9K143, DTD_NEIMB ; A1KVT7, DTD_NEIMF ; +DR Q3JD71, DTD_NITOC ; A6Q128, DTD_NITSB ; Q72C32, DTD_NITV2 ; +DR A1VDX8, DTD_NITV4 ; Q5Z1P0, DTD_NOCFA ; Q8EPR6, DTD_OCEIH ; DR Q04HP9, DTD_OENOB ; B1ZZ94, DTD_OPITP ; A1TUZ5, DTD_PARC0 ; DR A6LG62, DTD_PARD8 ; A1B2U5, DTD_PARDP ; B2JGU7, DTD_PARP8 ; DR B2SYK5, DTD_PARPJ ; Q6MEB9, DTD_PARUW ; Q13UB7, DTD_PARXL ; @@ -92957,7 +93496,7 @@ DR C4L8J8, DTD_TOLAT ; Q119C3, DTD_TRIEI ; B3E9B8, DTD_TRIL1 ; DR C5CM14, DTD_VARPS ; B7VHE8, DTD_VIBA3 ; A5F4Q7, DTD_VIBC3 ; DR Q9KNJ7, DTD_VIBCH ; C3LSG8, DTD_VIBCM ; Q87TE4, DTD_VIBPA ; DR Q8DDS3, DTD_VIBVU ; Q7MQ06, DTD_VIBVY ; Q8PG32, DTD_XANAC ; -DR Q3BNL9, DTD_XANC5 ; Q4UQ26, DTD_XANC8 ; Q8P4H1, DTD_XANCP ; +DR Q4UQ26, DTD_XANC8 ; Q8P4H1, DTD_XANCP ; Q3BNL9, DTD_XANE5 ; DR Q2P814, DTD_XANOM ; Q5H5B9, DTD_XANOR ; Q6C7S6, DTD_YARLI ; DR Q07648, DTD_YEAST ; A1JHU4, DTD_YERE8 ; A7FCQ4, DTD_YERP3 ; DR Q1C247, DTD_YERPA ; B2JYL4, DTD_YERPB ; P58534, DTD_YERPE ; @@ -93018,7 +93557,7 @@ CC produces small amounts of terephthalate (cf. EC 3.1.1.102). CC -!- The reaction takes place on PET-film placed in solution. DR D4Q9N1, PETH1_THEAE; E9LVH8, PETH1_THECS; G8GER6, PETH1_THEFU; DR Q47RJ7, PETH1_THEFY; F7IX06, PETH2_THEAE; E9LVH9, PETH2_THECS; -DR Q6A0I4, PETH2_THEFU; Q47RJ6, PETH2_THEFY; A0A0K8P6T7, PETH_IDESA ; +DR Q6A0I4, PETH2_THEFU; Q47RJ6, PETH2_THEFY; A0A0K8P6T7, PETH_PISS1 ; DR G9BY57, PETH_UNKP ; // ID 3.1.1.102 @@ -93029,7 +93568,7 @@ CA 4-[(2-hydroxyethoxy)carbonyl]benzoate + H2O = ethylene glycol + H(+) + CA terephthalate. CC -!- The enzyme, isolated from the bacterium Ideonella sakaiensis, has no CC activity with poly(ethylene terephthalate) PET (cf. EC 3.1.1.101). -DR A0A0K8P8E7, MHETH_IDESA; +DR A0A0K8P8E7, MHETH_PISS1; // ID 3.1.1.103 DE teichoic acid D-alanine hydrolase. @@ -93275,6 +93814,16 @@ CC -!- The enzyme has been detected in fungal species that belong to the CC Ascomycota and Basidiomycota phyla, and has been characterized from CC the fungus Aspergillus fumigatus. // +ID 3.1.1.122 +DE carbendazim hydrolysing esterase. +CA carbendazim + H2O = 2-aminobenzimidazole + CO2 + methanol. +CC -!- The enzyme, which is inducible in the soil bacterium Nocardioides sp. +CC (strain SG-4G), catalyzes the degradation of the fungicide +CC carbendazim. +CC -!- Following hydrolysis of the carbamate ester, the carbamate +CC decarboxylates spontaneously. +DR C8CP46, MHEI_NOCS4 ; +// ID 3.1.1.n1 DE Transferred entry: 3.5.1.103. // @@ -93447,8 +93996,8 @@ DR Q8DIF1, GLO2_THEVB ; Q3SIB0, GLO2_THIDA ; C4LC58, GLO2_TOLAT ; DR Q10Y41, GLO2_TRIEI ; Q3MGD2, GLO2_TRIV2 ; B7VIP5, GLO2_VIBA3 ; DR A7MY07, GLO2_VIBC1 ; A5F635, GLO2_VIBC3 ; Q9KPX6, GLO2_VIBCH ; DR C3LPP0, GLO2_VIBCM ; Q87MG0, GLO2_VIBPA ; Q8DBD8, GLO2_VIBVU ; -DR Q8D3D4, GLO2_WIGBR ; Q8PNI0, GLO2_XANAC ; Q3BWP5, GLO2_XANC5 ; -DR Q4URM1, GLO2_XANC8 ; B0RTE9, GLO2_XANCB ; Q8PBY0, GLO2_XANCP ; +DR Q8D3D4, GLO2_WIGBR ; Q8PNI0, GLO2_XANAC ; Q4URM1, GLO2_XANC8 ; +DR B0RTE9, GLO2_XANCB ; Q8PBY0, GLO2_XANCP ; Q3BWP5, GLO2_XANE5 ; DR Q2P6Y4, GLO2_XANOM ; B4F6K2, GLO2_XENTR ; B2I5S5, GLO2_XYLF2 ; DR Q9PBI4, GLO2_XYLFA ; B0U365, GLO2_XYLFM ; Q87C74, GLO2_XYLFT ; DR Q05584, GLO2_YEAST ; A1JKA9, GLO2_YERE8 ; A7FFK5, GLO2_YERP3 ; @@ -93510,10 +94059,10 @@ DR Q9UUG0, FAS1_SCHPO ; P34229, FAS1_YARLI ; P07149, FAS1_YEAST ; DR Q71SP7, FAS_BOVIN ; P12276, FAS_CHICK ; P49327, FAS_HUMAN ; DR P19096, FAS_MOUSE ; P12785, FAS_RAT ; Q42561, FATA1_ARATH; DR Q9SV64, FATA2_ARATH; Q42712, FATA_CORSA ; I1S489, GRA7_GIBZE ; -DR M2XHU6, HEXB_DOTSN ; Q2TXG3, ORYB_ASPOR ; A0A1U8QK63, PKIC_EMENI ; -DR P00633, SAST_ANAPL ; Q9NV23, SAST_HUMAN ; Q8R197, SAST_MOUSE ; -DR P08635, SAST_RAT ; Q00706, STCK_EMENI ; P0ADA2, TESA_ECOL6 ; -DR P0ADA1, TESA_ECOLI ; Q92215, TOXC_COCCA ; +DR M2XHU6, HEXB_DOTSN ; Q2TXG3, ORYB_ASPOR ; A0A1C8AX29, PIGK_MONRU ; +DR A0A1U8QK63, PKIC_EMENI ; P00633, SAST_ANAPL ; Q9NV23, SAST_HUMAN ; +DR Q8R197, SAST_MOUSE ; P08635, SAST_RAT ; Q00706, STCK_EMENI ; +DR P0ADA2, TESA_ECOL6 ; P0ADA1, TESA_ECOLI ; Q92215, TOXC_COCCA ; // ID 3.1.2.15 DE Deleted entry. @@ -93711,6 +94260,14 @@ CC participates in the production of the signal molecule 2-heptyl-4(1H)- CC quinolone (HHQ). DR P20581, PQSE_PSEAE ; // +ID 3.1.2.33 +DE betainyl-CoA thioesterase. +CA H2O + N,N,N-trimethylglycyl-CoA = CoA + glycine betaine + H(+). +CC -!- The enzyme, characterized from the bacterium Pseudomonas aeruginosa, +CC is involved in an L-carnitine degradation pathway. +DR Q9HTH9, CDHB_PSEAE ; Q7D3B2, LCDHT_AGRFC; Q92NF5, LCDHT_RHIME; +DR D7UNT2, LCDHT_RHISP; Q5LTH8, LCDHT_RUEPO; +// ID 3.1.2.n1 DE Transferred entry: 3.1.2.28. // @@ -93910,8 +94467,7 @@ DR Q11WK5, SURE_CYTH3 ; Q47D24, SURE_DECAR ; Q3Z8C0, SURE_DEHM1 ; DR A5FR64, SURE_DEHMB ; Q3ZXG5, SURE_DEHMC ; Q1J2E1, SURE_DEIGD ; DR Q9RRT8, SURE_DEIRA ; B8FC91, SURE_DESAL ; B1I3V7, SURE_DESAP ; DR B8J2G2, SURE_DESDA ; B8FYS8, SURE_DESHD ; Q24WI0, SURE_DESHY ; -DR A8ZXL1, SURE_DESOH ; A4J5D2, SURE_DESRM ; Q72A55, SURE_DESVH ; -DR B8DN39, SURE_DESVM ; A1VCE4, SURE_DESVV ; A5EY39, SURE_DICNV ; +DR A8ZXL1, SURE_DESOH ; A4J5D2, SURE_DESRM ; A5EY39, SURE_DICNV ; DR A8LQK5, SURE_DINSH ; A7ZQI8, SURE_ECO24 ; B7UHG3, SURE_ECO27 ; DR B7MKL8, SURE_ECO45 ; B7LEG2, SURE_ECO55 ; P0A842, SURE_ECO57 ; DR B5Z3A6, SURE_ECO5E ; B7NT88, SURE_ECO7I ; B7MZ45, SURE_ECO81 ; @@ -93941,27 +94497,28 @@ DR C1DBF4, SURE_LARHH ; Q1MQB1, SURE_LAWIP ; Q5X5S5, SURE_LEGPA ; DR A5IBD5, SURE_LEGPC ; Q9S4T3, SURE_LEGPH ; Q5WX53, SURE_LEGPL ; DR B0SBG1, SURE_LEPBA ; Q04Q98, SURE_LEPBJ ; Q054Q4, SURE_LEPBL ; DR B0SJM4, SURE_LEPBP ; B1Y0T1, SURE_LEPCP ; Q72MU5, SURE_LEPIC ; -DR Q8EZH9, SURE_LEPIN ; A0L4K6, SURE_MAGMM ; Q2W4A1, SURE_MAGSA ; -DR Q65Q81, SURE_MANSM ; Q0ANE1, SURE_MARMM ; A6VUV4, SURE_MARMS ; -DR A1TZ53, SURE_MARN8 ; C6BUG4, SURE_MARSD ; Q8TUG3, SURE_METAC ; -DR Q0W2Q3, SURE_METAR ; A7I6S6, SURE_METB6 ; Q46D82, SURE_METBF ; -DR Q12U23, SURE_METBU ; B7KPY4, SURE_METC4 ; Q604W8, SURE_METCA ; -DR A9VY48, SURE_METEP ; Q1H096, SURE_METFK ; Q2FLE8, SURE_METHJ ; -DR Q57979, SURE_METJA ; Q8TY72, SURE_METKA ; A2SQ45, SURE_METLZ ; -DR A4FXC7, SURE_METM5 ; A9AAP6, SURE_METM6 ; A6VFZ9, SURE_METM7 ; -DR Q8PX31, SURE_METMA ; A3CVB4, SURE_METMJ ; Q6LYE0, SURE_METMP ; -DR B8IN19, SURE_METNO ; B1ZJ09, SURE_METPB ; A2SF75, SURE_METPP ; -DR B1LXR9, SURE_METRJ ; A5UMJ5, SURE_METS3 ; B0UD11, SURE_METS4 ; -DR B8ERC6, SURE_METSB ; Q2NI97, SURE_METST ; O27484, SURE_METTH ; -DR A0B8M6, SURE_METTP ; A6UP61, SURE_METVS ; B0JX00, SURE_MICAN ; -DR Q2RJD1, SURE_MOOTA ; Q1D402, SURE_MYXXD ; Q3INV7, SURE_NATPD ; -DR B2A4J5, SURE_NATTJ ; Q5F7V9, SURE_NEIG1 ; B4RKR4, SURE_NEIG2 ; -DR A9M0S4, SURE_NEIM0 ; Q9JTP0, SURE_NEIMA ; Q9JYP8, SURE_NEIMB ; -DR A1KUT0, SURE_NEIMF ; Q0ADP1, SURE_NITEC ; Q82VV9, SURE_NITEU ; -DR Q1QME1, SURE_NITHX ; Q2YBR8, SURE_NITMU ; Q3JCZ4, SURE_NITOC ; -DR A6Q4L7, SURE_NITSB ; Q3SRQ5, SURE_NITWN ; Q8YMT3, SURE_NOSS1 ; -DR Q30YV9, SURE_OLEA2 ; A6LF90, SURE_PARD8 ; A1B5M1, SURE_PARDP ; -DR A7HXK5, SURE_PARL1 ; Q7U5U4, SURE_PARMW ; Q6MCW1, SURE_PARUW ; +DR Q8EZH9, SURE_LEPIN ; A0L4K6, SURE_MAGMM ; Q65Q81, SURE_MANSM ; +DR Q0ANE1, SURE_MARMM ; A6VUV4, SURE_MARMS ; A1TZ53, SURE_MARN8 ; +DR C6BUG4, SURE_MARSD ; Q8TUG3, SURE_METAC ; Q0W2Q3, SURE_METAR ; +DR A7I6S6, SURE_METB6 ; Q46D82, SURE_METBF ; Q12U23, SURE_METBU ; +DR B7KPY4, SURE_METC4 ; Q604W8, SURE_METCA ; A9VY48, SURE_METEP ; +DR Q1H096, SURE_METFK ; Q2FLE8, SURE_METHJ ; Q57979, SURE_METJA ; +DR Q8TY72, SURE_METKA ; A2SQ45, SURE_METLZ ; A4FXC7, SURE_METM5 ; +DR A9AAP6, SURE_METM6 ; A6VFZ9, SURE_METM7 ; Q8PX31, SURE_METMA ; +DR A3CVB4, SURE_METMJ ; Q6LYE0, SURE_METMP ; B8IN19, SURE_METNO ; +DR B1ZJ09, SURE_METPB ; A2SF75, SURE_METPP ; B1LXR9, SURE_METRJ ; +DR A5UMJ5, SURE_METS3 ; B0UD11, SURE_METS4 ; B8ERC6, SURE_METSB ; +DR Q2NI97, SURE_METST ; O27484, SURE_METTH ; A0B8M6, SURE_METTP ; +DR A6UP61, SURE_METVS ; B0JX00, SURE_MICAN ; Q2RJD1, SURE_MOOTA ; +DR Q1D402, SURE_MYXXD ; Q3INV7, SURE_NATPD ; B2A4J5, SURE_NATTJ ; +DR Q5F7V9, SURE_NEIG1 ; B4RKR4, SURE_NEIG2 ; A9M0S4, SURE_NEIM0 ; +DR Q9JTP0, SURE_NEIMA ; Q9JYP8, SURE_NEIMB ; A1KUT0, SURE_NEIMF ; +DR Q0ADP1, SURE_NITEC ; Q82VV9, SURE_NITEU ; Q1QME1, SURE_NITHX ; +DR Q2YBR8, SURE_NITMU ; Q3JCZ4, SURE_NITOC ; A6Q4L7, SURE_NITSB ; +DR Q72A55, SURE_NITV2 ; A1VCE4, SURE_NITV4 ; B8DN39, SURE_NITV9 ; +DR Q3SRQ5, SURE_NITWN ; Q8YMT3, SURE_NOSS1 ; Q30YV9, SURE_OLEA2 ; +DR A6LF90, SURE_PARD8 ; A1B5M1, SURE_PARDP ; A7HXK5, SURE_PARL1 ; +DR Q2W4A1, SURE_PARM1 ; Q7U5U4, SURE_PARMW ; Q6MCW1, SURE_PARUW ; DR Q13Z72, SURE_PARXL ; P57955, SURE_PASMU ; A1ASL7, SURE_PELPD ; DR A5D2G6, SURE_PELTS ; A9BER9, SURE_PETMO ; B4RDI0, SURE_PHEZH ; DR Q7N8K4, SURE_PHOLL ; Q6LMT6, SURE_PHOPR ; A6L1M6, SURE_PHOV8 ; @@ -94019,8 +94576,8 @@ DR A7MTT7, SURE_VIBC1 ; A5F9D9, SURE_VIBC3 ; Q9KUI9, SURE_VIBCH ; DR C3LS21, SURE_VIBCM ; Q87LQ5, SURE_VIBPA ; Q8DC57, SURE_VIBVU ; DR Q7MHQ7, SURE_VIBVY ; Q8D2P7, SURE_WIGBR ; Q73G84, SURE_WOLPM ; DR B3CLR5, SURE_WOLPP ; Q7M8G1, SURE_WOLSU ; Q5GS87, SURE_WOLTR ; -DR C0R4G7, SURE_WOLWR ; Q8PLR4, SURE_XANAC ; Q3BUS4, SURE_XANC5 ; -DR Q4UTP8, SURE_XANC8 ; B0RTZ9, SURE_XANCB ; Q8P9Y7, SURE_XANCP ; +DR C0R4G7, SURE_WOLWR ; Q8PLR4, SURE_XANAC ; Q4UTP8, SURE_XANC8 ; +DR B0RTZ9, SURE_XANCB ; Q8P9Y7, SURE_XANCP ; Q3BUS4, SURE_XANE5 ; DR Q2P1L4, SURE_XANOM ; B2SUB2, SURE_XANOP ; Q5GYL1, SURE_XANOR ; DR B2I8X7, SURE_XYLF2 ; Q9PF20, SURE_XYLFA ; B0U4U5, SURE_XYLFM ; DR Q87AK6, SURE_XYLFT ; A1JJT7, SURE_YERE8 ; A7FLX5, SURE_YERP3 ; @@ -94192,26 +94749,25 @@ DR A1BEB4, F16PA_CHLPD; A4SDH2, F16PA_CHLPM; B3QWF5, F16PA_CHLT3; DR Q8KFG8, F16PA_CHLTE; Q7NVB6, F16PA_CHRVO; B5EFV5, F16PA_CITBB; DR A8AMG4, F16PA_CITK8; Q47VB1, F16PA_COLP3; B1WX40, F16PA_CROS5; DR A7MM48, F16PA_CROS8; Q46YH7, F16PA_CUPPJ; Q11R22, F16PA_CYTH3; -DR A9BW85, F16PA_DELAS; Q72AZ9, F16PA_DESVH; A1VD23, F16PA_DESVV; -DR A5EVS5, F16PA_DICNV; A7ZVB0, F16PA_ECO24; Q8XCF0, F16PA_ECO57; -DR B5Z3I7, F16PA_ECO5E; B1XEL4, F16PA_ECODH; A8A7Y7, F16PA_ECOHS; -DR A1AJD7, F16PA_ECOK1; Q0T9F7, F16PA_ECOL5; P0A994, F16PA_ECOL6; -DR B1ISX3, F16PA_ECOLC; P0A993, F16PA_ECOLI; B1LRB5, F16PA_ECOSM; -DR Q1R324, F16PA_ECOUT; A4W5X6, F16PA_ENT38; B2VCY1, F16PA_ERWT9; -DR A5FMJ5, F16PA_FLAJ1; A6GWD9, F16PA_FLAPJ; Q39UC4, F16PA_GEOMG; -DR Q74CM2, F16PA_GEOSL; A5G439, F16PA_GEOUR; Q7NGN9, F16PA_GLOVI; -DR Q7VN74, F16PA_HAEDU; Q4QL80, F16PA_HAEI8; A5UCP1, F16PA_HAEIE; -DR P45292, F16PA_HAEIN; Q2S8D3, F16PA_HAHCH; A1WZH0, F16PA_HALHL; -DR B0R3Y1, F16PA_HALS3; Q9HRI1, F16PA_HALSA; Q18J03, F16PA_HALWD; -DR Q17V54, F16PA_HELAH; Q7VGH7, F16PA_HELHP; B5Z9G5, F16PA_HELPG; -DR Q1CR72, F16PA_HELPH; Q9ZJ74, F16PA_HELPJ; B2UVU9, F16PA_HELPS; -DR O25936, F16PA_HELPY; A4G2P0, F16PA_HERAR; A2RQ29, F16PA_HERSE; -DR Q0I4Y5, F16PA_HISS1; B0USR6, F16PA_HISS2; Q31FI6, F16PA_HYDCU; -DR Q9LBE7, F16PA_HYDTE; Q5QVR9, F16PA_IDILO; A6SVE7, F16PA_JANMA; -DR B5Y2X3, F16PA_KLEP3; A6THE3, F16PA_KLEP7; Q1MRF1, F16PA_LAWIP; -DR B0SHG0, F16PA_LEPBA; Q04T19, F16PA_LEPBJ; Q051E1, F16PA_LEPBL; -DR B0SQL1, F16PA_LEPBP; Q72RN8, F16PA_LEPIC; Q8F421, F16PA_LEPIN; -DR Q2W3W0, F16PA_MAGSA; Q65S38, F16PA_MANSM; A6W2V5, F16PA_MARMS; +DR A9BW85, F16PA_DELAS; A5EVS5, F16PA_DICNV; A7ZVB0, F16PA_ECO24; +DR Q8XCF0, F16PA_ECO57; B5Z3I7, F16PA_ECO5E; B1XEL4, F16PA_ECODH; +DR A8A7Y7, F16PA_ECOHS; A1AJD7, F16PA_ECOK1; Q0T9F7, F16PA_ECOL5; +DR P0A994, F16PA_ECOL6; B1ISX3, F16PA_ECOLC; P0A993, F16PA_ECOLI; +DR B1LRB5, F16PA_ECOSM; Q1R324, F16PA_ECOUT; A4W5X6, F16PA_ENT38; +DR B2VCY1, F16PA_ERWT9; A5FMJ5, F16PA_FLAJ1; A6GWD9, F16PA_FLAPJ; +DR Q39UC4, F16PA_GEOMG; Q74CM2, F16PA_GEOSL; A5G439, F16PA_GEOUR; +DR Q7NGN9, F16PA_GLOVI; Q7VN74, F16PA_HAEDU; Q4QL80, F16PA_HAEI8; +DR A5UCP1, F16PA_HAEIE; P45292, F16PA_HAEIN; Q2S8D3, F16PA_HAHCH; +DR A1WZH0, F16PA_HALHL; B0R3Y1, F16PA_HALS3; Q9HRI1, F16PA_HALSA; +DR Q18J03, F16PA_HALWD; Q17V54, F16PA_HELAH; Q7VGH7, F16PA_HELHP; +DR B5Z9G5, F16PA_HELPG; Q1CR72, F16PA_HELPH; Q9ZJ74, F16PA_HELPJ; +DR B2UVU9, F16PA_HELPS; O25936, F16PA_HELPY; A4G2P0, F16PA_HERAR; +DR A2RQ29, F16PA_HERSE; Q0I4Y5, F16PA_HISS1; B0USR6, F16PA_HISS2; +DR Q31FI6, F16PA_HYDCU; Q9LBE7, F16PA_HYDTE; Q5QVR9, F16PA_IDILO; +DR A6SVE7, F16PA_JANMA; B5Y2X3, F16PA_KLEP3; A6THE3, F16PA_KLEP7; +DR Q1MRF1, F16PA_LAWIP; B0SHG0, F16PA_LEPBA; Q04T19, F16PA_LEPBJ; +DR Q051E1, F16PA_LEPBL; B0SQL1, F16PA_LEPBP; Q72RN8, F16PA_LEPIC; +DR Q8F421, F16PA_LEPIN; Q65S38, F16PA_MANSM; A6W2V5, F16PA_MARMS; DR C6BTU7, F16PA_MARSD; A7I8R6, F16PA_METB6; B7L270, F16PA_METC4; DR A9W1C8, F16PA_METEP; Q1H3T1, F16PA_METFK; Q2FM20, F16PA_METHJ; DR B3DWS5, F16PA_METI4; A2ST39, F16PA_METLZ; B1Z939, F16PA_METPB; @@ -94219,10 +94775,11 @@ DR B1LUU9, F16PA_METRJ; B0UEK2, F16PA_METS4; B0JH56, F16PA_MICAN; DR Q3ISJ9, F16PA_NATPD; Q5F8C3, F16PA_NEIG1; B4RLD4, F16PA_NEIG2; DR A9LYX9, F16PA_NEIM0; A1IRQ3, F16PA_NEIMA; Q9JZH1, F16PA_NEIMB; DR A1KTU6, F16PA_NEIMF; Q0AGV1, F16PA_NITEC; Q82WY3, F16PA_NITEU; -DR Q3JF33, F16PA_NITOC; A6Q349, F16PA_NITSB; P37099, F16PA_NITVU; -DR Q3SP44, F16PA_NITWN; P48847, F16PA_NOSP7; P48991, F16PA_NOSS1; -DR Q30ZN0, F16PA_OLEA2; A1TN89, F16PA_PARC0; A1B2P8, F16PA_PARDP; -DR A7HYA5, F16PA_PARL1; B2T699, F16PA_PARPJ; Q9CMA4, F16PA_PASMU; +DR Q3JF33, F16PA_NITOC; A6Q349, F16PA_NITSB; Q72AZ9, F16PA_NITV2; +DR A1VD23, F16PA_NITV4; P37099, F16PA_NITVU; Q3SP44, F16PA_NITWN; +DR P48847, F16PA_NOSP7; P48991, F16PA_NOSS1; Q30ZN0, F16PA_OLEA2; +DR A1TN89, F16PA_PARC0; A1B2P8, F16PA_PARDP; A7HYA5, F16PA_PARL1; +DR Q2W3W0, F16PA_PARM1; B2T699, F16PA_PARPJ; Q9CMA4, F16PA_PASMU; DR Q6D074, F16PA_PECAS; B4SDN7, F16PA_PELPB; A1APW8, F16PA_PELPD; DR C0QTP7, F16PA_PERMH; Q7MYW6, F16PA_PHOLL; Q6LV59, F16PA_PHOPR; DR B1XNG1, F16PA_PICP2; A4SWM3, F16PA_POLAQ; B1XVF7, F16PA_POLNS; @@ -94262,8 +94819,8 @@ DR A1WH14, F16PA_VEREI; B7VKW7, F16PA_VIBA3; A7MWE4, F16PA_VIBC1; DR A5F599, F16PA_VIBC3; Q9KP35, F16PA_VIBCH; C3LRK7, F16PA_VIBCM; DR Q87SW0, F16PA_VIBPA; Q8DE90, F16PA_VIBVU; Q7MPD0, F16PA_VIBVY; DR Q8D275, F16PA_WIGBR; Q7MAI9, F16PA_WOLSU; Q8PR42, F16PA_XANAC; -DR Q3BZI4, F16PA_XANC5; Q4V0I4, F16PA_XANC8; B0RLK6, F16PA_XANCB; -DR Q8PE85, F16PA_XANCP; P23014, F16PA_XANFL; Q2P9K6, F16PA_XANOM; +DR Q4V0I4, F16PA_XANC8; B0RLK6, F16PA_XANCB; Q8PE85, F16PA_XANCP; +DR Q3BZI4, F16PA_XANE5; P23014, F16PA_XANFL; Q2P9K6, F16PA_XANOM; DR B2SUX7, F16PA_XANOP; Q5H701, F16PA_XANOR; A1JIU6, F16PA_YERE8; DR A7FMU7, F16PA_YERP3; Q1CBY3, F16PA_YERPA; B2K2N1, F16PA_YERPB; DR Q0WBC9, F16PA_YERPE; A9R579, F16PA_YERPG; Q1CEI9, F16PA_YERPN; @@ -94362,8 +94919,8 @@ DR Q8Z5J8, HIS7_SALTI ; P10368, HIS7_SALTY ; Q8EFB3, HIS7_SHEON ; DR Q83R05, HIS7_SHIFL ; Q2NTX3, HIS7_SODGM ; D2QPE6, HIS7_SPILD ; DR B4STN9, HIS7_STRM5 ; B2FPM1, HIS7_STRMK ; Q9KSX1, HIS7_VIBCH ; DR Q87QK9, HIS7_VIBPA ; Q8D8Q2, HIS7_VIBVU ; Q7MLS4, HIS7_VIBVY ; -DR P58881, HIS7_XANAC ; Q3BUF5, HIS7_XANC5 ; Q4UU42, HIS7_XANC8 ; -DR B0RSL6, HIS7_XANCB ; P58882, HIS7_XANCP ; Q2P3K1, HIS7_XANOM ; +DR P58881, HIS7_XANAC ; Q4UU42, HIS7_XANC8 ; B0RSL6, HIS7_XANCB ; +DR P58882, HIS7_XANCP ; Q3BUF5, HIS7_XANE5 ; Q2P3K1, HIS7_XANOM ; DR B2SKN6, HIS7_XANOP ; Q5H0K9, HIS7_XANOR ; B2I5X9, HIS7_XYLF2 ; DR Q9PBC7, HIS7_XYLFA ; B0U3B1, HIS7_XYLFM ; Q87C31, HIS7_XYLFT ; DR Q8ZFX7, HIS7_YERPE ; Q66C51, HIS7_YERPS ; O34411, HIS9_BACSU ; @@ -94429,15 +94986,15 @@ DR P0C5A0, DUS29_GASAC; P0C592, DUS29_HORSE; Q68J44, DUS29_HUMAN; DR P0C593, DUS29_MONDO; Q8BK84, DUS29_MOUSE; P0C5A1, DUS29_ORYLA; DR P0C594, DUS29_PANTR; P0C596, DUS29_PIG ; P0C595, DUS29_RAT ; DR P0C599, DUS29_TAKRU; Q4RQD3, DUS29_TETNG; Q4KL92, DUS29_XENLA; -DR A4IHU7, DUS29_XENTR; Q05923, DUS2_HUMAN ; Q05922, DUS2_MOUSE ; -DR P51452, DUS3_HUMAN ; Q9D7X3, DUS3_MOUSE ; Q5RD73, DUS3_PONAB ; -DR Q9PW71, DUS4_CHICK ; Q13115, DUS4_HUMAN ; Q8BFV3, DUS4_MOUSE ; -DR Q62767, DUS4_RAT ; Q16690, DUS5_HUMAN ; O54838, DUS5_RAT ; -DR Q2KJ36, DUS6_BOVIN ; Q16828, DUS6_HUMAN ; Q9DBB1, DUS6_MOUSE ; -DR Q64346, DUS6_RAT ; Q16829, DUS7_HUMAN ; Q91Z46, DUS7_MOUSE ; -DR Q63340, DUS7_RAT ; Q13202, DUS8_HUMAN ; O09112, DUS8_MOUSE ; -DR Q99956, DUS9_HUMAN ; Q9VVW5, DUSK3_DROME; Q9VWF4, DUSK4_DROME; -DR V6CIV8, DUSL_CAEEL ; Q55E39, DUSP1_DICDI; Q54R42, DUSP2_DICDI; +DR A4IHU7, DUS29_XENTR; P51452, DUS3_HUMAN ; Q9D7X3, DUS3_MOUSE ; +DR Q5RD73, DUS3_PONAB ; Q9PW71, DUS4_CHICK ; Q13115, DUS4_HUMAN ; +DR Q8BFV3, DUS4_MOUSE ; Q62767, DUS4_RAT ; Q16690, DUS5_HUMAN ; +DR O54838, DUS5_RAT ; Q2KJ36, DUS6_BOVIN ; Q16828, DUS6_HUMAN ; +DR Q9DBB1, DUS6_MOUSE ; Q64346, DUS6_RAT ; Q16829, DUS7_HUMAN ; +DR Q91Z46, DUS7_MOUSE ; Q63340, DUS7_RAT ; Q13202, DUS8_HUMAN ; +DR O09112, DUS8_MOUSE ; Q99956, DUS9_HUMAN ; Q9VVW5, DUSK3_DROME; +DR Q9VWF4, DUSK4_DROME; V6CIV8, DUSL_CAEEL ; Q55E39, DUSP1_DICDI; +DR Q54R42, DUSP2_DICDI; Q05923, DUSP2_HUMAN; Q05922, DUSP2_MOUSE; DR Q55BI8, DUSP3_DICDI; Q54T76, DUSP4_DICDI; Q556Y8, DUSPR_DICDI; DR Q1M199, EPM2A_CANLF; O95278, EPM2A_HUMAN; Q9WUA5, EPM2A_MOUSE; DR Q91XQ2, EPM2A_RAT ; Q9YHA0, EYA1_CHICK ; Q99502, EYA1_HUMAN ; @@ -94835,12 +95392,13 @@ DR Q84JE8, ZDP_ARATH ; ID 3.1.3.33 DE polynucleotide 5'-phosphatase. AN 5'-polynucleotidase. -AN Polynucleotide 5'-triphosphatase. -CA a 5'-end triphospho-(purine-ribonucleoside) in mRNA + H2O = a 5'-end -CA diphospho-(purine-ribonucleoside) in mRNA + H(+) + phosphate. +AN polynucleotide 5'-triphosphatase. +CA (1) a 5'-end 5'-phospho-ribonucleoside-RNA + H2O = a 5'-end dephospho- +CA ribonucleoside-RNA + phosphate. +CA (2) a 5'-end 5'-phospho-2'-deoxyribonucleoside-DNA + H2O = a 5'-end +CA dephospho-2'-deoxyribonucleoside-DNA + phosphate. CC -!- Does not act on nucleoside monophosphates. CC -!- Induced in Escherichia coli by T-even phages. -DR A0A7H0DN85, MCEL_MONPV ; // ID 3.1.3.34 DE deoxynucleotide 3'-phosphatase. @@ -95024,170 +95582,166 @@ DR Q54518, CPSB_STREE ; Q9AHD4, CPSB_STRPN ; P29349, CSW_DROME ; DR Q24708, CSW_DROVI ; Q1ZXG8, D1060_DICDI; G5EGJ9, DEP1_CAEEL ; DR Q75QN6, DPHS1_ARATH; Q6B8I1, DS13A_HUMAN; Q6B8I0, DS13A_MOUSE; DR Q9UII6, DS13B_HUMAN; Q9QYJ7, DS13B_MOUSE; Q1LWL2, DS22A_DANRE; -DR Q566R7, DS22B_DANRE; Q9ZVN4, DSP1_ARATH ; Q84MD6, DSP2_ARATH ; -DR Q0DX67, DSP2_ORYSJ ; Q681Z2, DSP3_ARATH ; Q9FFD7, DSP5_ARATH ; -DR Q0IID7, DUS10_BOVIN; Q9Y6W6, DUS10_HUMAN; Q9ESS0, DUS10_MOUSE; -DR Q9UNI6, DUS12_HUMAN; Q9D0T2, DUS12_MOUSE; Q9JIM4, DUS12_RAT ; -DR Q17QM8, DUS14_BOVIN; O95147, DUS14_HUMAN; Q9JLY7, DUS14_MOUSE; -DR Q9H1R2, DUS15_HUMAN; Q8R4V2, DUS15_MOUSE; B4F7B7, DUS15_RAT ; -DR Q9BY84, DUS16_HUMAN; Q5BIP9, DUS18_BOVIN; Q8NEJ0, DUS18_HUMAN; -DR Q8VE01, DUS18_MOUSE; Q5R8X2, DUS18_PONAB; Q6AXW7, DUS18_RAT ; -DR Q8WTR2, DUS19_HUMAN; Q8K4T5, DUS19_MOUSE; Q91790, DUS1A_XENLA; -DR Q9M8K7, DUS1B_ARATH; Q90W58, DUS1B_XENLA; Q9ZR37, DUS1_ARATH ; -DR P28562, DUS1_HUMAN ; P28563, DUS1_MOUSE ; Q64623, DUS1_RAT ; -DR Q9H596, DUS21_HUMAN; Q9D9D8, DUS21_MOUSE; Q9NRW4, DUS22_HUMAN; -DR Q99N11, DUS22_MOUSE; Q6GQJ8, DUS22_XENLA; Q5XHB2, DUS22_XENTR; -DR Q9BVJ7, DUS23_HUMAN; Q6NT99, DUS23_MOUSE; Q17QJ3, DUS26_BOVIN; -DR Q9BV47, DUS26_HUMAN; Q9D700, DUS26_MOUSE; Q5R6H6, DUS26_PONAB; -DR Q5FVI9, DUS26_RAT ; Q4G0W2, DUS28_HUMAN; Q8BTR5, DUS28_MOUSE; -DR P0C598, DUS29_ANOCA; P0C591, DUS29_BOVIN; P0C5A2, DUS29_CALMI; -DR P0C597, DUS29_CHICK; Q29RA3, DUS29_DANRE; P0C5A0, DUS29_GASAC; -DR P0C592, DUS29_HORSE; Q68J44, DUS29_HUMAN; P0C593, DUS29_MONDO; -DR Q8BK84, DUS29_MOUSE; P0C5A1, DUS29_ORYLA; P0C594, DUS29_PANTR; -DR P0C596, DUS29_PIG ; P0C595, DUS29_RAT ; P0C599, DUS29_TAKRU; -DR Q4RQD3, DUS29_TETNG; Q4KL92, DUS29_XENLA; A4IHU7, DUS29_XENTR; -DR Q05923, DUS2_HUMAN ; Q05922, DUS2_MOUSE ; P51452, DUS3_HUMAN ; -DR Q9D7X3, DUS3_MOUSE ; Q5RD73, DUS3_PONAB ; Q9PW71, DUS4_CHICK ; -DR Q13115, DUS4_HUMAN ; Q8BFV3, DUS4_MOUSE ; Q62767, DUS4_RAT ; -DR Q16690, DUS5_HUMAN ; O54838, DUS5_RAT ; Q2KJ36, DUS6_BOVIN ; -DR Q16828, DUS6_HUMAN ; Q9DBB1, DUS6_MOUSE ; Q64346, DUS6_RAT ; -DR Q16829, DUS7_HUMAN ; Q91Z46, DUS7_MOUSE ; Q63340, DUS7_RAT ; -DR Q13202, DUS8_HUMAN ; O09112, DUS8_MOUSE ; Q99956, DUS9_HUMAN ; -DR Q9VVW5, DUSK3_DROME; Q9VWF4, DUSK4_DROME; V6CIV8, DUSL_CAEEL ; -DR Q55E39, DUSP1_DICDI; Q54R42, DUSP2_DICDI; Q55BI8, DUSP3_DICDI; -DR Q54T76, DUSP4_DICDI; Q556Y8, DUSPR_DICDI; Q9J592, DUSP_FOWPN ; -DR A0A7H0DN78, DUSP_MONPV ; Q85297, DUSP_MYXVL ; P80994, DUSP_RACVI ; -DR P20495, DUSP_VACCC ; P07239, DUSP_VACCW ; P0DOQ5, DUSP_VAR67 ; -DR P0DOQ6, DUSP_VARV ; G5EGU2, EAK6_CAEEL ; Q1M199, EPM2A_CANLF; -DR O95278, EPM2A_HUMAN; Q9WUA5, EPM2A_MOUSE; Q91XQ2, EPM2A_RAT ; -DR Q7YTB0, EPP_BOMMO ; P58596, EPSP_RALN1 ; Q45408, EPSP_RALSL ; -DR P0ACZ3, ETP_ECO57 ; P0ACZ2, ETP_ECOLI ; O17670, EYA1_CAEEL ; -DR Q9YHA0, EYA1_CHICK ; Q99502, EYA1_HUMAN ; P97767, EYA1_MOUSE ; -DR Q58DB6, EYA2_BOVIN ; O00167, EYA2_HUMAN ; O08575, EYA2_MOUSE ; -DR Q9YH99, EYA3_CHICK ; Q99504, EYA3_HUMAN ; P97480, EYA3_MOUSE ; -DR Q9YH98, EYA4_CHICK ; O95677, EYA4_HUMAN ; Q9Z191, EYA4_MOUSE ; -DR Q9YHA1, EYA4_TAKRU ; O82162, EYA_ARATH ; Q05201, EYA_DROME ; -DR Q9P7H1, FLP1_SCHPO ; Q79LY0, HOPD2_PSESM; Q8WZK3, IBP1_SCHPO ; -DR Q84JU4, IBR5_ARATH ; Q05918, IPHP_NOSCO ; Q9BMN8, LAR_CAEEL ; -DR P16621, LAR_DROME ; Q86V88, MGDP1_HUMAN; Q9D967, MGDP1_MOUSE; -DR P40081, MGDP1_YEAST; Q9C5S1, MKP1_ARATH ; P30308, MPI1A_XENLA; -DR P30309, MPI1B_XENLA; A7MBD1, MPIP1_BOVIN; O44552, MPIP1_CAEEL; -DR P30304, MPIP1_HUMAN; P48964, MPIP1_MOUSE; P48965, MPIP1_RAT ; -DR O44628, MPIP2_CAEEL; P30305, MPIP2_HUMAN; P30306, MPIP2_MOUSE; -DR P48966, MPIP2_RAT ; P30310, MPIP2_XENLA; A5D7P0, MPIP3_BOVIN; -DR P30634, MPIP3_CAEEL; P30307, MPIP3_HUMAN; P48968, MPIP3_MESAU; -DR P48967, MPIP3_MOUSE; Q29029, MPIP3_PIG ; P30311, MPIP3_XENLA; -DR Q54QM6, MPIP_DICDI ; P20483, MPIP_DROME ; P30303, MPIP_EMENI ; -DR P06652, MPIP_SCHPO ; P23748, MPIP_YEAST ; Q55CS7, MPL1_DICDI ; -DR Q55CS8, MPL2_DICDI ; Q54Y32, MPL3_DICDI ; P38590, MSG5_YEAST ; -DR Q22712, MTMR3_CAEEL; Q13615, MTMR3_HUMAN; Q8K296, MTMR3_MOUSE; -DR Q5PQT2, MTMR3_RAT ; Q9NYA4, MTMR4_HUMAN; Q91XS1, MTMR4_MOUSE; -DR Q7ZXF1, MTMR4_XENLA; Q59XY9, OCA1_CANAL ; Q6FSZ8, OCA1_CANGA ; +DR Q566R7, DS22B_DANRE; Q0IID7, DUS10_BOVIN; Q9Y6W6, DUS10_HUMAN; +DR Q9ESS0, DUS10_MOUSE; Q9UNI6, DUS12_HUMAN; Q9D0T2, DUS12_MOUSE; +DR Q9JIM4, DUS12_RAT ; Q17QM8, DUS14_BOVIN; O95147, DUS14_HUMAN; +DR Q9JLY7, DUS14_MOUSE; Q9H1R2, DUS15_HUMAN; Q8R4V2, DUS15_MOUSE; +DR B4F7B7, DUS15_RAT ; Q9BY84, DUS16_HUMAN; Q5BIP9, DUS18_BOVIN; +DR Q8NEJ0, DUS18_HUMAN; Q8VE01, DUS18_MOUSE; Q5R8X2, DUS18_PONAB; +DR Q6AXW7, DUS18_RAT ; Q8WTR2, DUS19_HUMAN; Q8K4T5, DUS19_MOUSE; +DR Q91790, DUS1A_XENLA; Q9M8K7, DUS1B_ARATH; Q90W58, DUS1B_XENLA; +DR Q9ZR37, DUS1_ARATH ; P28562, DUS1_HUMAN ; P28563, DUS1_MOUSE ; +DR Q64623, DUS1_RAT ; Q9H596, DUS21_HUMAN; Q9D9D8, DUS21_MOUSE; +DR Q9NRW4, DUS22_HUMAN; Q99N11, DUS22_MOUSE; Q6GQJ8, DUS22_XENLA; +DR Q5XHB2, DUS22_XENTR; Q9BVJ7, DUS23_HUMAN; Q6NT99, DUS23_MOUSE; +DR Q17QJ3, DUS26_BOVIN; Q9BV47, DUS26_HUMAN; Q9D700, DUS26_MOUSE; +DR Q5R6H6, DUS26_PONAB; Q5FVI9, DUS26_RAT ; Q4G0W2, DUS28_HUMAN; +DR Q8BTR5, DUS28_MOUSE; P0C598, DUS29_ANOCA; P0C591, DUS29_BOVIN; +DR P0C5A2, DUS29_CALMI; P0C597, DUS29_CHICK; Q29RA3, DUS29_DANRE; +DR P0C5A0, DUS29_GASAC; P0C592, DUS29_HORSE; Q68J44, DUS29_HUMAN; +DR P0C593, DUS29_MONDO; Q8BK84, DUS29_MOUSE; P0C5A1, DUS29_ORYLA; +DR P0C594, DUS29_PANTR; P0C596, DUS29_PIG ; P0C595, DUS29_RAT ; +DR P0C599, DUS29_TAKRU; Q4RQD3, DUS29_TETNG; Q4KL92, DUS29_XENLA; +DR A4IHU7, DUS29_XENTR; P51452, DUS3_HUMAN ; Q9D7X3, DUS3_MOUSE ; +DR Q5RD73, DUS3_PONAB ; Q9PW71, DUS4_CHICK ; Q13115, DUS4_HUMAN ; +DR Q8BFV3, DUS4_MOUSE ; Q62767, DUS4_RAT ; Q16690, DUS5_HUMAN ; +DR O54838, DUS5_RAT ; Q2KJ36, DUS6_BOVIN ; Q16828, DUS6_HUMAN ; +DR Q9DBB1, DUS6_MOUSE ; Q64346, DUS6_RAT ; Q16829, DUS7_HUMAN ; +DR Q91Z46, DUS7_MOUSE ; Q63340, DUS7_RAT ; Q13202, DUS8_HUMAN ; +DR O09112, DUS8_MOUSE ; Q99956, DUS9_HUMAN ; Q9VVW5, DUSK3_DROME; +DR Q9VWF4, DUSK4_DROME; V6CIV8, DUSL_CAEEL ; Q55E39, DUSP1_DICDI; +DR Q54R42, DUSP2_DICDI; Q05923, DUSP2_HUMAN; Q05922, DUSP2_MOUSE; +DR Q55BI8, DUSP3_DICDI; Q54T76, DUSP4_DICDI; Q556Y8, DUSPR_DICDI; +DR Q9J592, DUSP_FOWPN ; A0A7H0DN78, DUSP_MONPV ; Q85297, DUSP_MYXVL ; +DR P80994, DUSP_RACVI ; P20495, DUSP_VACCC ; P07239, DUSP_VACCW ; +DR P0DOQ5, DUSP_VAR67 ; P0DOQ6, DUSP_VARV ; G5EGU2, EAK6_CAEEL ; +DR Q1M199, EPM2A_CANLF; O95278, EPM2A_HUMAN; Q9WUA5, EPM2A_MOUSE; +DR Q91XQ2, EPM2A_RAT ; Q7YTB0, EPP_BOMMO ; P58596, EPSP_RALN1 ; +DR Q45408, EPSP_RALSL ; P0ACZ3, ETP_ECO57 ; P0ACZ2, ETP_ECOLI ; +DR O17670, EYA1_CAEEL ; Q9YHA0, EYA1_CHICK ; Q99502, EYA1_HUMAN ; +DR P97767, EYA1_MOUSE ; Q58DB6, EYA2_BOVIN ; O00167, EYA2_HUMAN ; +DR O08575, EYA2_MOUSE ; Q9YH99, EYA3_CHICK ; Q99504, EYA3_HUMAN ; +DR P97480, EYA3_MOUSE ; Q9YH98, EYA4_CHICK ; O95677, EYA4_HUMAN ; +DR Q9Z191, EYA4_MOUSE ; Q9YHA1, EYA4_TAKRU ; O82162, EYA_ARATH ; +DR Q05201, EYA_DROME ; Q9P7H1, FLP1_SCHPO ; Q79LY0, HOPD2_PSESM; +DR Q8WZK3, IBP1_SCHPO ; Q84JU4, IBR5_ARATH ; Q05918, IPHP_NOSCO ; +DR Q9BMN8, LAR_CAEEL ; P16621, LAR_DROME ; Q86V88, MGDP1_HUMAN; +DR Q9D967, MGDP1_MOUSE; P40081, MGDP1_YEAST; Q9C5S1, MKP1_ARATH ; +DR P30308, MPI1A_XENLA; P30309, MPI1B_XENLA; A7MBD1, MPIP1_BOVIN; +DR O44552, MPIP1_CAEEL; P30304, MPIP1_HUMAN; P48964, MPIP1_MOUSE; +DR P48965, MPIP1_RAT ; O44628, MPIP2_CAEEL; P30305, MPIP2_HUMAN; +DR P30306, MPIP2_MOUSE; P48966, MPIP2_RAT ; P30310, MPIP2_XENLA; +DR A5D7P0, MPIP3_BOVIN; P30634, MPIP3_CAEEL; P30307, MPIP3_HUMAN; +DR P48968, MPIP3_MESAU; P48967, MPIP3_MOUSE; Q29029, MPIP3_PIG ; +DR P30311, MPIP3_XENLA; Q54QM6, MPIP_DICDI ; P20483, MPIP_DROME ; +DR P30303, MPIP_EMENI ; P06652, MPIP_SCHPO ; P23748, MPIP_YEAST ; +DR Q55CS7, MPL1_DICDI ; Q55CS8, MPL2_DICDI ; Q54Y32, MPL3_DICDI ; +DR P38590, MSG5_YEAST ; Q59XY9, OCA1_CANAL ; Q6FSZ8, OCA1_CANGA ; DR Q6BLZ8, OCA1_DEBHA ; Q75B37, OCA1_EREGS ; Q6CTE4, OCA1_KLULA ; DR A5DE24, OCA1_PICGU ; A3LW52, OCA1_PICST ; Q4P7L6, OCA1_USTMA ; DR Q6C4X9, OCA1_YARLI ; A6ZRY1, OCA1_YEAS7 ; P50946, OCA1_YEAST ; -DR Q12454, OCA6_YEAST ; Q940L5, PDSP4_ARATH; Q2T9S4, PGP_BOVIN ; -DR Q5F4B1, PGP_CHICK ; A6NDG6, PGP_HUMAN ; Q8CHP8, PGP_MOUSE ; -DR D3ZDK7, PGP_RAT ; O13453, PMP1_SCHPO ; P82890, PPAC1_DROME; -DR P82891, PPAC2_DROME; P11064, PPAC_BOVIN ; Q5ZKG5, PPAC_CHICK ; -DR Q55GW2, PPAC_DICDI ; P24666, PPAC_HUMAN ; Q9D358, PPAC_MOUSE ; -DR P81693, PPAC_PIG ; Q5REM7, PPAC_PONAB ; P41498, PPAC_RAT ; -DR P41893, PPAL_SCHPO ; P40347, PPAL_YEAST ; A6H730, PPAP_BOVIN ; -DR P15309, PPAP_HUMAN ; Q8CE08, PPAP_MOUSE ; P20646, PPAP_RAT ; -DR P38148, PPS1_YEAST ; O61722, PRL1_DROME ; Q4QEZ7, PRL1_LEIMA ; -DR Q4CUJ8, PRL1_TRYCC ; Q9FLZ5, PTEN1_ARATH; G5EE01, PTEN_CAEEL ; -DR P60483, PTEN_CANLF ; Q8T9S7, PTEN_DICDI ; P60484, PTEN_HUMAN ; -DR O08586, PTEN_MOUSE ; O54857, PTEN_RAT ; Q9PUT6, PTEN_XENLA ; -DR Q90687, PTN11_CHICK; Q06124, PTN11_HUMAN; P35235, PTN11_MOUSE; -DR P41499, PTN11_RAT ; Q05209, PTN12_HUMAN; P35831, PTN12_MOUSE; -DR Q12923, PTN13_HUMAN; Q64512, PTN13_MOUSE; Q15678, PTN14_HUMAN; -DR Q62130, PTN14_MOUSE; Q99952, PTN18_HUMAN; Q61152, PTN18_MOUSE; -DR O13016, PTN1_CHICK ; P18031, PTN1_HUMAN ; P35821, PTN1_MOUSE ; -DR P20417, PTN1_RAT ; Q4JDL3, PTN20_HUMAN; O55082, PTN20_MOUSE; -DR A1L1L3, PTN20_RAT ; Q16825, PTN21_HUMAN; Q62136, PTN21_MOUSE; -DR Q62728, PTN21_RAT ; Q9Y2R2, PTN22_HUMAN; P29352, PTN22_MOUSE; -DR Q9H3S7, PTN23_HUMAN; Q6PB44, PTN23_MOUSE; O88902, PTN23_RAT ; -DR Q9LT75, PTN2A_ARATH; Q8H106, PTN2B_ARATH; P17706, PTN2_HUMAN ; -DR Q06180, PTN2_MOUSE ; P35233, PTN2_RAT ; P26045, PTN3_HUMAN ; -DR A2ALK8, PTN3_MOUSE ; P29074, PTN4_HUMAN ; Q9WU22, PTN4_MOUSE ; -DR P54829, PTN5_HUMAN ; P54830, PTN5_MOUSE ; P35234, PTN5_RAT ; -DR P29350, PTN6_HUMAN ; P29351, PTN6_MOUSE ; P81718, PTN6_RAT ; -DR P35236, PTN7_HUMAN ; Q8BUM3, PTN7_MOUSE ; P49445, PTN7_RAT ; -DR P43378, PTN9_HUMAN ; O35239, PTN9_MOUSE ; Q641Z2, PTN9_RAT ; -DR P35992, PTP10_DROME; P28202, PTP10_STYPL; P28203, PTP11_STYPL; -DR P28204, PTP12_STYPL; P28205, PTP13_STYPL; P28206, PTP14_STYPL; -DR P28207, PTP15_STYPL; P28208, PTP16_STYPL; P28209, PTP17_STYPL; -DR P28210, PTP18_STYPL; P28211, PTP19_STYPL; O82656, PTP1_ARATH ; -DR P28191, PTP1_CAEEL ; P34137, PTP1_DICDI ; O10274, PTP1_NPVOP ; -DR P28193, PTP1_STYPL ; P25044, PTP1_YEAST ; P28212, PTP20_STYPL; -DR P28213, PTP21_STYPL; P28214, PTP22_STYPL; P28215, PTP23_STYPL; -DR P28216, PTP24_STYPL; P28217, PTP25_STYPL; P28218, PTP26_STYPL; -DR P28219, PTP27_STYPL; G5EC24, PTP2_CAEEL ; P34138, PTP2_DICDI ; -DR O10273, PTP2_NPVOP ; P28194, PTP2_STYPL ; P29461, PTP2_YEAST ; -DR Q39491, PTP3_CHLMO ; P54637, PTP3_DICDI ; P28195, PTP3_STYPL ; -DR P40048, PTP3_YEAST ; P28192, PTP4_CAEEL ; P28196, PTP4_STYPL ; -DR P34442, PTP5_CAEEL ; P28197, PTP5_STYPL ; Q9W0G1, PTP61_DROME; -DR P16620, PTP69_DROME; P28198, PTP6_STYPL ; P28199, PTP7_STYPL ; -DR P28200, PTP8_STYPL ; P35832, PTP99_DROME; P28201, PTP9_STYPL ; -DR P65717, PTPA_MYCBO ; P9WIA0, PTPA_MYCTO ; P9WIA1, PTPA_MYCTU ; -DR Q2FFL4, PTPA_STAA3 ; Q2FX12, PTPA_STAA8 ; Q2YU46, PTPA_STAAB ; -DR Q5HEP3, PTPA_STAAC ; A0A0H3K9F2, PTPA_STAAE ; Q99T00, PTPA_STAAM ; -DR Q7A4S1, PTPA_STAAN ; Q6GFH6, PTPA_STAAR ; Q6G853, PTPA_STAAS ; -DR P0C5D2, PTPA_STAAU ; Q7A0I2, PTPA_STAAW ; Q5HN53, PTPA_STAEQ ; -DR Q8CNQ1, PTPA_STAES ; Q4L7J1, PTPA_STAHJ ; Q49YS6, PTPA_STAS1 ; -DR P53433, PTPA_STRCO ; I6WXK4, PTPB_MYCTU ; Q2FF13, PTPB_STAA3 ; -DR Q2FWE3, PTPB_STAA8 ; Q2YUL3, PTPB_STAAB ; Q5HE85, PTPB_STAAC ; -DR Q99SE3, PTPB_STAAM ; Q7A4E1, PTPB_STAAN ; Q6GEW0, PTPB_STAAR ; -DR Q6G7J5, PTPB_STAAS ; P0C5D3, PTPB_STAAU ; Q7A0B9, PTPB_STAAW ; -DR Q5HMA8, PTPB_STAEQ ; Q8CNI9, PTPB_STAES ; Q4L7Z6, PTPB_STAHJ ; -DR Q49Z62, PTPB_STAS1 ; Q5I146, PTPH2_MDBVW; Q5I145, PTPH3_MDBVW; -DR Q5I143, PTPH4_MDBVW; Q9EMX1, PTPH_AMEPV ; Q5UR74, PTPH_MIMIV ; -DR Q5I139, PTPJ2_MDBVW; Q5I137, PTPJ4_MDBVW; Q86BN8, PTPM1_DROME; -DR Q8WUK0, PTPM1_HUMAN; Q66GT5, PTPM1_MOUSE; P0C089, PTPM1_RAT ; -DR Q5I128, PTPN1_MDBVW; Q92932, PTPR2_HUMAN; O02695, PTPR2_MACNE; -DR P80560, PTPR2_MOUSE; Q63475, PTPR2_RAT ; P18433, PTPRA_HUMAN; -DR P18052, PTPRA_MOUSE; Q03348, PTPRA_RAT ; P23467, PTPRB_HUMAN; -DR B2RU80, PTPRB_MOUSE; Q9IBD8, PTPRC_CYPCA; P08575, PTPRC_HUMAN; -DR P06800, PTPRC_MOUSE; P04157, PTPRC_RAT ; P23468, PTPRD_HUMAN; -DR Q64487, PTPRD_MOUSE; P23469, PTPRE_HUMAN; P49446, PTPRE_MOUSE; -DR B2GV87, PTPRE_RAT ; A7MBJ4, PTPRF_BOVIN; A4IFW2, PTPRF_DANRE; -DR P10586, PTPRF_HUMAN; A2A8L5, PTPRF_MOUSE; Q64604, PTPRF_RAT ; -DR Q98936, PTPRG_CHICK; P23470, PTPRG_HUMAN; Q05909, PTPRG_MOUSE; -DR Q9HD43, PTPRH_HUMAN; E9Q0N2, PTPRH_MOUSE; Q9W6V5, PTPRJ_CHICK; -DR Q12913, PTPRJ_HUMAN; Q64455, PTPRJ_MOUSE; Q15262, PTPRK_HUMAN; -DR P35822, PTPRK_MOUSE; P28827, PTPRM_HUMAN; P28828, PTPRM_MOUSE; -DR Q16827, PTPRO_HUMAN; E9Q612, PTPRO_MOUSE; Q9UMZ3, PTPRQ_HUMAN; -DR P0C5E4, PTPRQ_MOUSE; O88488, PTPRQ_RAT ; Q15256, PTPRR_HUMAN; -DR Q62132, PTPRR_MOUSE; O08617, PTPRR_RAT ; F1NWE3, PTPRS_CHICK; -DR Q13332, PTPRS_HUMAN; B0V2N1, PTPRS_MOUSE; Q64605, PTPRS_RAT ; -DR O14522, PTPRT_HUMAN; Q99M80, PTPRT_MOUSE; Q6YI48, PTPRU_CHICK; -DR B3DK56, PTPRU_DANRE; Q92729, PTPRU_HUMAN; B1AUH1, PTPRU_MOUSE; -DR P70289, PTPRV_MOUSE; Q64612, PTPRV_RAT ; P23471, PTPRZ_HUMAN; -DR B9EKR1, PTPRZ_MOUSE; Q62656, PTPRZ_RAT ; H2KZM6, PTPR_CAEEL ; -DR P43078, PTPX_CANAW ; O52787, PTP_ACIJO ; P24656, PTP_NPVAC ; -DR O13632, PVH1_SCHPO ; Q02256, PVH1_YEAST ; P27574, PYP1_SCHPO ; -DR P32586, PYP2_SCHPO ; P32587, PYP3_SCHPO ; Q9SR62, RLPH2_ARATH; -DR Q8LEC0, RLPHL_ARATH; P20402, ROB1_RHIRH ; P49409, ROB2_RHIRH ; -DR P09178, ROLB_NICGL ; P40479, SDP1_YEAST ; Q5PEA9, SPTP_SALPA ; -DR P74851, SPTP_SALTI ; P74873, SPTP_SALTY ; Q8WYL5, SSH1_HUMAN ; -DR Q76I79, SSH1_MOUSE ; Q76I76, SSH2_HUMAN ; Q5SW75, SSH2_MOUSE ; -DR Q8TE77, SSH3_HUMAN ; Q8K330, SSH3_MOUSE ; Q5XIS1, SSH3_RAT ; -DR Q6NN85, SSH_DROME ; Q6IVY4, SSH_XENLA ; Q63HR2, TENS2_HUMAN; -DR Q8CGB6, TENS2_MOUSE; H2L045, TENSH_CAEEL; Q93096, TP4A1_HUMAN; -DR Q9TSM6, TP4A1_MACFA; Q63739, TP4A1_MOUSE; Q5R7J8, TP4A1_PONAB; -DR Q78EG7, TP4A1_RAT ; Q12974, TP4A2_HUMAN; O70274, TP4A2_MOUSE; -DR Q6P9X4, TP4A2_RAT ; A2VDT1, TP4A3_BOVIN; O75365, TP4A3_HUMAN; -DR Q9D658, TP4A3_MOUSE; Q54DU9, TP4AA_DICDI; Q86IL4, TP4AB_DICDI; -DR A0A0H2ZFK2, TPBA_PSEAB ; Q9HXC7, TPBA_PSEAE ; Q9ZQP1, TPMT1_ARATH; -DR Q6NKR2, TPMT2_ARATH; P56180, TPTE_HUMAN ; Q03019, TWINE_DROME; -DR Q8TF42, UBS3B_HUMAN; Q8BGG7, UBS3B_MOUSE; Q196Z3, VF197_IIV3 ; -DR Q91FX3, VF197_IIV6 ; Q10038, VHP1_CAEEL ; P54092, VP2_CAV26 ; -DR P54093, VP2_CAV82 ; P69484, VP2_CAVC1 ; Q9IZU7, VP2_CAVCA ; -DR P69485, VP2_CAVCI ; P0AAB3, WZB_ECO57 ; P0AAB2, WZB_ECOLI ; -DR Q8Z5G5, WZB_SALTI ; Q9F7B2, WZB_SALTY ; Q55535, Y328_SYNY3 ; -DR P40289, Y669_CUPNH ; O35016, YFKJ_BACSU ; P34337, YK13_CAEEL ; -DR P42083, YKCA_CAEEL ; P15273, YOPH_YEREN ; P08538, YOPH_YERPS ; -DR Q48451, YOR5_KLEPN ; O77334, YVH1_PLAF7 ; P96717, YWQE_BACSU ; +DR Q12454, OCA6_YEAST ; Q2T9S4, PGP_BOVIN ; Q5F4B1, PGP_CHICK ; +DR A6NDG6, PGP_HUMAN ; Q8CHP8, PGP_MOUSE ; D3ZDK7, PGP_RAT ; +DR O13453, PMP1_SCHPO ; P82890, PPAC1_DROME; P82891, PPAC2_DROME; +DR P11064, PPAC_BOVIN ; Q5ZKG5, PPAC_CHICK ; Q55GW2, PPAC_DICDI ; +DR P24666, PPAC_HUMAN ; Q9D358, PPAC_MOUSE ; P81693, PPAC_PIG ; +DR Q5REM7, PPAC_PONAB ; P41498, PPAC_RAT ; P41893, PPAL_SCHPO ; +DR P40347, PPAL_YEAST ; A6H730, PPAP_BOVIN ; P15309, PPAP_HUMAN ; +DR Q8CE08, PPAP_MOUSE ; P20646, PPAP_RAT ; P38148, PPS1_YEAST ; +DR O61722, PRL1_DROME ; Q4QEZ7, PRL1_LEIMA ; Q4CUJ8, PRL1_TRYCC ; +DR Q9FLZ5, PTEN1_ARATH; G5EE01, PTEN_CAEEL ; P60483, PTEN_CANLF ; +DR Q8T9S7, PTEN_DICDI ; P60484, PTEN_HUMAN ; O08586, PTEN_MOUSE ; +DR O54857, PTEN_RAT ; Q9PUT6, PTEN_XENLA ; Q90687, PTN11_CHICK; +DR Q06124, PTN11_HUMAN; P35235, PTN11_MOUSE; P41499, PTN11_RAT ; +DR Q05209, PTN12_HUMAN; P35831, PTN12_MOUSE; Q12923, PTN13_HUMAN; +DR Q64512, PTN13_MOUSE; Q15678, PTN14_HUMAN; Q62130, PTN14_MOUSE; +DR Q99952, PTN18_HUMAN; Q61152, PTN18_MOUSE; O13016, PTN1_CHICK ; +DR P18031, PTN1_HUMAN ; P35821, PTN1_MOUSE ; P20417, PTN1_RAT ; +DR Q4JDL3, PTN20_HUMAN; O55082, PTN20_MOUSE; A1L1L3, PTN20_RAT ; +DR Q16825, PTN21_HUMAN; Q62136, PTN21_MOUSE; Q62728, PTN21_RAT ; +DR Q9Y2R2, PTN22_HUMAN; P29352, PTN22_MOUSE; Q9H3S7, PTN23_HUMAN; +DR Q6PB44, PTN23_MOUSE; O88902, PTN23_RAT ; Q9LT75, PTN2A_ARATH; +DR Q8H106, PTN2B_ARATH; P17706, PTN2_HUMAN ; Q06180, PTN2_MOUSE ; +DR P35233, PTN2_RAT ; P26045, PTN3_HUMAN ; A2ALK8, PTN3_MOUSE ; +DR P29074, PTN4_HUMAN ; Q9WU22, PTN4_MOUSE ; P54829, PTN5_HUMAN ; +DR P54830, PTN5_MOUSE ; P35234, PTN5_RAT ; P29350, PTN6_HUMAN ; +DR P29351, PTN6_MOUSE ; P81718, PTN6_RAT ; P35236, PTN7_HUMAN ; +DR Q8BUM3, PTN7_MOUSE ; P49445, PTN7_RAT ; P43378, PTN9_HUMAN ; +DR O35239, PTN9_MOUSE ; Q641Z2, PTN9_RAT ; P35992, PTP10_DROME; +DR P28202, PTP10_STYPL; P28203, PTP11_STYPL; P28204, PTP12_STYPL; +DR P28205, PTP13_STYPL; P28206, PTP14_STYPL; P28207, PTP15_STYPL; +DR P28208, PTP16_STYPL; P28209, PTP17_STYPL; P28210, PTP18_STYPL; +DR P28211, PTP19_STYPL; O82656, PTP1_ARATH ; P28191, PTP1_CAEEL ; +DR P34137, PTP1_DICDI ; O10274, PTP1_NPVOP ; P28193, PTP1_STYPL ; +DR P25044, PTP1_YEAST ; P28212, PTP20_STYPL; P28213, PTP21_STYPL; +DR P28214, PTP22_STYPL; P28215, PTP23_STYPL; P28216, PTP24_STYPL; +DR P28217, PTP25_STYPL; P28218, PTP26_STYPL; P28219, PTP27_STYPL; +DR G5EC24, PTP2_CAEEL ; P34138, PTP2_DICDI ; O10273, PTP2_NPVOP ; +DR P28194, PTP2_STYPL ; P29461, PTP2_YEAST ; Q39491, PTP3_CHLMO ; +DR P54637, PTP3_DICDI ; P28195, PTP3_STYPL ; P40048, PTP3_YEAST ; +DR P28192, PTP4_CAEEL ; P28196, PTP4_STYPL ; P34442, PTP5_CAEEL ; +DR P28197, PTP5_STYPL ; Q9W0G1, PTP61_DROME; P16620, PTP69_DROME; +DR P28198, PTP6_STYPL ; P28199, PTP7_STYPL ; P28200, PTP8_STYPL ; +DR P35832, PTP99_DROME; P28201, PTP9_STYPL ; P65717, PTPA_MYCBO ; +DR P9WIA0, PTPA_MYCTO ; P9WIA1, PTPA_MYCTU ; Q2FFL4, PTPA_STAA3 ; +DR Q2FX12, PTPA_STAA8 ; Q2YU46, PTPA_STAAB ; Q5HEP3, PTPA_STAAC ; +DR A0A0H3K9F2, PTPA_STAAE ; Q99T00, PTPA_STAAM ; Q7A4S1, PTPA_STAAN ; +DR Q6GFH6, PTPA_STAAR ; Q6G853, PTPA_STAAS ; P0C5D2, PTPA_STAAU ; +DR Q7A0I2, PTPA_STAAW ; Q5HN53, PTPA_STAEQ ; Q8CNQ1, PTPA_STAES ; +DR Q4L7J1, PTPA_STAHJ ; Q49YS6, PTPA_STAS1 ; P53433, PTPA_STRCO ; +DR I6WXK4, PTPB_MYCTU ; Q2FF13, PTPB_STAA3 ; Q2FWE3, PTPB_STAA8 ; +DR Q2YUL3, PTPB_STAAB ; Q5HE85, PTPB_STAAC ; Q99SE3, PTPB_STAAM ; +DR Q7A4E1, PTPB_STAAN ; Q6GEW0, PTPB_STAAR ; Q6G7J5, PTPB_STAAS ; +DR P0C5D3, PTPB_STAAU ; Q7A0B9, PTPB_STAAW ; Q5HMA8, PTPB_STAEQ ; +DR Q8CNI9, PTPB_STAES ; Q4L7Z6, PTPB_STAHJ ; Q49Z62, PTPB_STAS1 ; +DR Q5I146, PTPH2_MDBVW; Q5I145, PTPH3_MDBVW; Q5I143, PTPH4_MDBVW; +DR Q9EMX1, PTPH_AMEPV ; Q5UR74, PTPH_MIMIV ; Q5I139, PTPJ2_MDBVW; +DR Q5I137, PTPJ4_MDBVW; Q86BN8, PTPM1_DROME; Q8WUK0, PTPM1_HUMAN; +DR Q66GT5, PTPM1_MOUSE; P0C089, PTPM1_RAT ; Q5I128, PTPN1_MDBVW; +DR Q92932, PTPR2_HUMAN; O02695, PTPR2_MACNE; P80560, PTPR2_MOUSE; +DR Q63475, PTPR2_RAT ; P18433, PTPRA_HUMAN; P18052, PTPRA_MOUSE; +DR Q03348, PTPRA_RAT ; P23467, PTPRB_HUMAN; B2RU80, PTPRB_MOUSE; +DR Q9IBD8, PTPRC_CYPCA; P08575, PTPRC_HUMAN; P06800, PTPRC_MOUSE; +DR P04157, PTPRC_RAT ; P23468, PTPRD_HUMAN; Q64487, PTPRD_MOUSE; +DR P23469, PTPRE_HUMAN; P49446, PTPRE_MOUSE; B2GV87, PTPRE_RAT ; +DR A7MBJ4, PTPRF_BOVIN; A4IFW2, PTPRF_DANRE; P10586, PTPRF_HUMAN; +DR A2A8L5, PTPRF_MOUSE; Q64604, PTPRF_RAT ; Q98936, PTPRG_CHICK; +DR P23470, PTPRG_HUMAN; Q05909, PTPRG_MOUSE; Q9HD43, PTPRH_HUMAN; +DR E9Q0N2, PTPRH_MOUSE; Q9W6V5, PTPRJ_CHICK; Q12913, PTPRJ_HUMAN; +DR Q64455, PTPRJ_MOUSE; Q15262, PTPRK_HUMAN; P35822, PTPRK_MOUSE; +DR P28827, PTPRM_HUMAN; P28828, PTPRM_MOUSE; Q16827, PTPRO_HUMAN; +DR E9Q612, PTPRO_MOUSE; Q9UMZ3, PTPRQ_HUMAN; P0C5E4, PTPRQ_MOUSE; +DR O88488, PTPRQ_RAT ; Q15256, PTPRR_HUMAN; Q62132, PTPRR_MOUSE; +DR O08617, PTPRR_RAT ; F1NWE3, PTPRS_CHICK; Q13332, PTPRS_HUMAN; +DR B0V2N1, PTPRS_MOUSE; Q64605, PTPRS_RAT ; O14522, PTPRT_HUMAN; +DR Q99M80, PTPRT_MOUSE; Q6YI48, PTPRU_CHICK; B3DK56, PTPRU_DANRE; +DR Q92729, PTPRU_HUMAN; B1AUH1, PTPRU_MOUSE; P70289, PTPRV_MOUSE; +DR Q64612, PTPRV_RAT ; P23471, PTPRZ_HUMAN; B9EKR1, PTPRZ_MOUSE; +DR Q62656, PTPRZ_RAT ; H2KZM6, PTPR_CAEEL ; P43078, PTPX_CANAW ; +DR O52787, PTP_ACIJO ; P24656, PTP_NPVAC ; O13632, PVH1_SCHPO ; +DR Q02256, PVH1_YEAST ; P27574, PYP1_SCHPO ; P32586, PYP2_SCHPO ; +DR P32587, PYP3_SCHPO ; Q9SR62, RLPH2_ARATH; Q8LEC0, RLPHL_ARATH; +DR P20402, ROB1_RHIRH ; P49409, ROB2_RHIRH ; P09178, ROLB_NICGL ; +DR P40479, SDP1_YEAST ; Q5PEA9, SPTP_SALPA ; P74851, SPTP_SALTI ; +DR P74873, SPTP_SALTY ; Q8WYL5, SSH1_HUMAN ; Q76I79, SSH1_MOUSE ; +DR Q76I76, SSH2_HUMAN ; Q5SW75, SSH2_MOUSE ; Q8TE77, SSH3_HUMAN ; +DR Q8K330, SSH3_MOUSE ; Q5XIS1, SSH3_RAT ; Q6NN85, SSH_DROME ; +DR Q6IVY4, SSH_XENLA ; Q63HR2, TENS2_HUMAN; Q8CGB6, TENS2_MOUSE; +DR H2L045, TENSH_CAEEL; Q93096, TP4A1_HUMAN; Q9TSM6, TP4A1_MACFA; +DR Q63739, TP4A1_MOUSE; Q5R7J8, TP4A1_PONAB; Q78EG7, TP4A1_RAT ; +DR Q12974, TP4A2_HUMAN; O70274, TP4A2_MOUSE; Q6P9X4, TP4A2_RAT ; +DR A2VDT1, TP4A3_BOVIN; O75365, TP4A3_HUMAN; Q9D658, TP4A3_MOUSE; +DR Q54DU9, TP4AA_DICDI; Q86IL4, TP4AB_DICDI; A0A0H2ZFK2, TPBA_PSEAB ; +DR Q9HXC7, TPBA_PSEAE ; Q9ZQP1, TPMT1_ARATH; Q6NKR2, TPMT2_ARATH; +DR P56180, TPTE_HUMAN ; Q03019, TWINE_DROME; Q8TF42, UBS3B_HUMAN; +DR Q8BGG7, UBS3B_MOUSE; Q196Z3, VF197_IIV3 ; Q91FX3, VF197_IIV6 ; +DR Q10038, VHP1_CAEEL ; P54092, VP2_CAV26 ; P54093, VP2_CAV82 ; +DR P69484, VP2_CAVC1 ; Q9IZU7, VP2_CAVCA ; P69485, VP2_CAVCI ; +DR P0AAB3, WZB_ECO57 ; P0AAB2, WZB_ECOLI ; Q8Z5G5, WZB_SALTI ; +DR Q9F7B2, WZB_SALTY ; Q55535, Y328_SYNY3 ; P40289, Y669_CUPNH ; +DR O35016, YFKJ_BACSU ; P34337, YK13_CAEEL ; P42083, YKCA_CAEEL ; +DR P15273, YOPH_YEREN ; P08538, YOPH_YERPS ; Q48451, YOR5_KLEPN ; +DR O77334, YVH1_PLAF7 ; P96717, YWQE_BACSU ; // ID 3.1.3.49 DE [pyruvate kinase]-phosphatase. @@ -95205,7 +95759,8 @@ DR Q9P6N2, PTF1_SCHPO ; P53981, PYP1_YEAST ; ID 3.1.3.51 DE dolichyl-phosphatase. AN dolichol phosphate phosphatase. -CA a dolichyl phosphate + H2O = di-trans,poly-cis-dolichol + phosphate. +CA a di-trans,poly-cis-dolichyl phosphate + H2O = a di-trans,poly- +CA cis-dolichol + phosphate. // ID 3.1.3.52 DE [3-methyl-2-oxobutanoate dehydrogenase (2-methylpropanoyl-transferring)]- @@ -95375,17 +95930,8 @@ CA a 1,2-diacyl-sn-glycero-3-phospho-(1D-myo-inositol) + phosphate. CC -!- This enzyme still works when the 2,3-bis(acyloxy)propyl group is CC removed, i.e., it hydrolyzes Ins(1,3)P2 to Ins-1-P. CC -!- Formerly EC 3.1.3.65. -DR Q8A7J9, INP_BACTN ; A6QLT4, MTM1_BOVIN ; Q13496, MTM1_HUMAN ; -DR Q9Z2C5, MTM1_MOUSE ; Q5R9S3, MTM1_PONAB ; Q6AXQ4, MTM1_RAT ; -DR Q52KU6, MTM1_XENLA ; Q5EB32, MTM1_XENTR ; Q9N589, MTMR1_CAEEL; -DR Q13613, MTMR1_HUMAN; Q9Z2C4, MTMR1_MOUSE; A6QLT2, MTMR2_BOVIN; -DR Q5ZIV1, MTMR2_CHICK; A0JMK5, MTMR2_DANRE; Q13614, MTMR2_HUMAN; -DR Q9Z2D1, MTMR2_MOUSE; Q5REB9, MTMR2_PONAB; Q22712, MTMR3_CAEEL; -DR Q13615, MTMR3_HUMAN; Q8K296, MTMR3_MOUSE; Q5PQT2, MTMR3_RAT ; -DR G5ED68, MTMR6_CAEEL; Q9Y217, MTMR6_HUMAN; Q8VE11, MTMR6_MOUSE; -DR A0A0G2JXT6, MTMR6_RAT ; Q9Y216, MTMR7_HUMAN; Q9Z2C9, MTMR7_MOUSE; -DR Q5R6F6, MTMR7_PONAB; Q5F452, MTMR8_CHICK; Q6TEL0, MTMR8_DANRE; -DR Q96EF0, MTMR8_HUMAN; F4J3T8, MYTM1_ARATH; F4JWB3, MYTM2_ARATH; +DR Q8A7J9, INP_BACTN ; Q9Y216, MTMR7_HUMAN; Q9Z2C9, MTMR7_MOUSE; +DR Q5R6F6, MTMR7_PONAB; F4J3T8, MYTM1_ARATH; F4JWB3, MYTM2_ARATH; DR A4VCH0, SAC1A_DANRE; A1L244, SAC1B_DANRE; Q7XZU3, SAC1_ARATH ; DR A6QL88, SAC1_BOVIN ; Q55AW9, SAC1_DICDI ; Q9W0I6, SAC1_DROME ; DR Q9NTJ5, SAC1_HUMAN ; Q9EP69, SAC1_MOUSE ; Q5R921, SAC1_PONAB ; @@ -95632,8 +96178,8 @@ DR B1KPZ1, MTNC_SHEWM ; A9FCY5, MTNC_SORC5 ; Q828K9, MTNC_STRAW ; DR B4STR0, MTNC_STRM5 ; B2FPP2, MTNC_STRMK ; B2V7G7, MTNC_SULSY ; DR Q31LP5, MTNC_SYNE7 ; Q5N078, MTNC_SYNP6 ; A5GJ48, MTNC_SYNPW ; DR A5GR42, MTNC_SYNR3 ; Q3AWF3, MTNC_SYNS9 ; Q3AMB9, MTNC_SYNSC ; -DR B8GMB3, MTNC_THISH ; Q8PLG2, MTNC_XANAC ; Q3BUE8, MTNC_XANC5 ; -DR Q4UU49, MTNC_XANC8 ; B0RSM3, MTNC_XANCB ; Q8P9N5, MTNC_XANCP ; +DR B8GMB3, MTNC_THISH ; Q8PLG2, MTNC_XANAC ; Q4UU49, MTNC_XANC8 ; +DR B0RSM3, MTNC_XANCB ; Q8P9N5, MTNC_XANCP ; Q3BUE8, MTNC_XANE5 ; DR Q2P3W6, MTNC_XANOM ; B2SM84, MTNC_XANOP ; Q5H0Y0, MTNC_XANOR ; DR A7IJF6, MTNC_XANP2 ; B2I5X4, MTNC_XYLF2 ; Q9PBD3, MTNC_XYLFA ; DR B0U3A6, MTNC_XYLFM ; Q87C36, MTNC_XYLFT ; A1JP11, MTNC_YERE8 ; @@ -95922,9 +96468,11 @@ DR Q5EB32, MTM1_XENTR ; Q9N589, MTMR1_CAEEL; Q13613, MTMR1_HUMAN; DR Q9Z2C4, MTMR1_MOUSE; A6QLT2, MTMR2_BOVIN; Q5ZIV1, MTMR2_CHICK; DR A0JMK5, MTMR2_DANRE; Q13614, MTMR2_HUMAN; Q9Z2D1, MTMR2_MOUSE; DR Q5REB9, MTMR2_PONAB; Q22712, MTMR3_CAEEL; Q13615, MTMR3_HUMAN; -DR Q8K296, MTMR3_MOUSE; Q5PQT2, MTMR3_RAT ; Q9Y217, MTMR6_HUMAN; -DR Q8VE11, MTMR6_MOUSE; A0A0G2JXT6, MTMR6_RAT ; Q5F452, MTMR8_CHICK; -DR Q6TEL0, MTMR8_DANRE; Q96EF0, MTMR8_HUMAN; F4J3T8, MYTM1_ARATH; +DR Q8K296, MTMR3_MOUSE; Q5PQT2, MTMR3_RAT ; Q9NYA4, MTMR4_HUMAN; +DR Q91XS1, MTMR4_MOUSE; Q7ZXF1, MTMR4_XENLA; G5ED68, MTMR6_CAEEL; +DR Q9Y217, MTMR6_HUMAN; Q8VE11, MTMR6_MOUSE; A0A0G2JXT6, MTMR6_RAT ; +DR Q5F452, MTMR8_CHICK; Q6TEL0, MTMR8_DANRE; Q96EF0, MTMR8_HUMAN; +DR Q8NCE2, MTMRE_HUMAN; Q8VEL2, MTMRE_MOUSE; F4J3T8, MYTM1_ARATH; DR F4JWB3, MYTM2_ARATH; // ID 3.1.3.96 @@ -96076,6 +96624,16 @@ CC -!- The enzyme requires both monovalent and divalent ions for optimal CC activity. DR F8D9F4, RUBPP_HALXS; // +ID 3.1.3.110 +DE 4'-phosphopantetheine phosphatase. +CA (R)-4'-phosphopantetheine + H2O = (R)-pantetheine + phosphate. +CC -!- The enzyme has been characterized from mammals and from the bacterium +CC Streptantibioticus cattleyicolor. +CC -!- In mammals it hydrolyzes excess 4'-phosphopantetheine to prevent cell +CC damage. +CC -!- In S. cattleyicolor it participates in the biosynthesis of the beta- +CC lactam antibiotic thienamycin. +// ID 3.1.3.n1 DE Transferred entry: 3.1.3.86. // @@ -96151,8 +96709,8 @@ DR Q9S816, NPC5_ARATH ; P9WIB4, PHLA_MYCTO ; P9WIB5, PHLA_MYCTU ; DR P9WIB2, PHLB_MYCTO ; P9WIB3, PHLB_MYCTU ; P0C216, PHLC1_CLOPE; DR P09598, PHLC_BACCE ; P59026, PHLC_CLOHA ; Q46150, PHLC_CLONO ; DR Q0TV31, PHLC_CLOP1 ; Q9RF12, PHLC_CLOPF ; P33378, PHLC_LISMO ; -DR P9WIB0, PHLC_MYCTO ; P9WIB1, PHLC_MYCTU ; Q8VUZ6, PHLC_PAESO ; -DR P20419, PHLC_PARBF ; P06200, PHLC_PSEAE ; Q2FWP1, PHLC_STAA8 ; +DR P9WIB0, PHLC_MYCTO ; P9WIB1, PHLC_MYCTU ; P20419, PHLC_PARBF ; +DR Q8VUZ6, PHLC_PARSO ; P06200, PHLC_PSEAE ; Q2FWP1, PHLC_STAA8 ; DR Q5HEI1, PHLC_STAAC ; P09978, PHLC_STAAU ; P33376, PHLD_BACCE ; DR P0A5R9, PHLD_MYCBO ; P9WIA8, PHLD_MYCTO ; P9WIA9, PHLD_MYCTU ; DR Q9RGS8, PHLN_BURPS ; P15713, PHLN_PSEAE ; @@ -96165,24 +96723,26 @@ AN lipophosphodiesterase II. CA a 1,2-diacyl-sn-glycero-3-phosphocholine + H2O = a 1,2-diacyl-sn-glycero- CA 3-phosphate + choline + H(+). CC -!- Also acts on other phosphatidyl esters. -DR A0A7H0DN30, PG057_MONPV; O57179, PG057_VACCA; P20638, PG057_VACCC; -DR P26653, PG057_VACCI; P29885, PG057_VACCP; P04021, PG057_VACCW; -DR P33815, PG057_VAR67; O08684, PLD1_CRIGR ; Q13393, PLD1_HUMAN ; -DR Q9Z280, PLD1_MOUSE ; P70496, PLD1_RAT ; Q09706, PLD1_SCHPO ; -DR Q0V8L6, PLD2_BOVIN ; O14939, PLD2_HUMAN ; P97813, PLD2_MOUSE ; -DR P70498, PLD2_RAT ; Q38882, PLDA1_ARATH; O82549, PLDA1_BRAOC; -DR P86387, PLDA1_CARPA; Q70EW5, PLDA1_CYNCA; Q43270, PLDA1_MAIZE; -DR Q43007, PLDA1_ORYSJ; Q41142, PLDA1_RICCO; O04883, PLDA1_SPUBR; -DR P93400, PLDA1_TOBAC; O04865, PLDA1_VIGUN; Q9SSQ9, PLDA2_ARATH; -DR P55939, PLDA2_BRAOC; P93844, PLDA2_ORYSJ; P58766, PLDA3_ARATH; -DR Q9C888, PLDA4_ARATH; Q54UK0, PLDA_DICDI ; P93733, PLDB1_ARATH; -DR O23078, PLDB2_ARATH; Q54WR4, PLDB_DICDI ; Q54Z25, PLDC_DICDI ; -DR Q9C5Y0, PLDD1_ARATH; Q9T053, PLDG1_ARATH; Q9T051, PLDG2_ARATH; -DR Q9T052, PLDG3_ARATH; O17405, PLDL_CAEEL ; Q54K50, PLDY_DICDI ; -DR Q9LRZ5, PLDZ1_ARATH; Q9M9W8, PLDZ2_ARATH; Q54SA1, PLDZ_DICDI ; -DR Q5BMR2, PLD_PHYIN ; Q1RK58, PLD_RICBR ; Q92G53, PLD_RICCN ; -DR Q4UJZ1, PLD_RICFE ; Q9ZCD8, PLD_RICPR ; Q68VT0, PLD_RICTY ; -DR Q53728, PLD_STRAT ; Q8KRU5, PLD_STRCW ; P36126, SPO14_YEAST; +DR A1A4K5, ENPP2_BOVIN; Q13822, ENPP2_HUMAN; Q9R1E6, ENPP2_MOUSE; +DR Q64610, ENPP2_RAT ; A0A7H0DN30, PG057_MONPV; O57179, PG057_VACCA; +DR P20638, PG057_VACCC; P26653, PG057_VACCI; P29885, PG057_VACCP; +DR P04021, PG057_VACCW; P33815, PG057_VAR67; O08684, PLD1_CRIGR ; +DR Q13393, PLD1_HUMAN ; Q9Z280, PLD1_MOUSE ; P70496, PLD1_RAT ; +DR Q09706, PLD1_SCHPO ; Q0V8L6, PLD2_BOVIN ; O14939, PLD2_HUMAN ; +DR P97813, PLD2_MOUSE ; P70498, PLD2_RAT ; Q38882, PLDA1_ARATH; +DR O82549, PLDA1_BRAOC; P86387, PLDA1_CARPA; Q70EW5, PLDA1_CYNCA; +DR Q43270, PLDA1_MAIZE; Q43007, PLDA1_ORYSJ; Q41142, PLDA1_RICCO; +DR O04883, PLDA1_SPUBR; P93400, PLDA1_TOBAC; O04865, PLDA1_VIGUN; +DR Q9SSQ9, PLDA2_ARATH; P55939, PLDA2_BRAOC; P93844, PLDA2_ORYSJ; +DR P58766, PLDA3_ARATH; Q9C888, PLDA4_ARATH; Q54UK0, PLDA_DICDI ; +DR P93733, PLDB1_ARATH; O23078, PLDB2_ARATH; Q54WR4, PLDB_DICDI ; +DR Q54Z25, PLDC_DICDI ; Q9C5Y0, PLDD1_ARATH; Q9T053, PLDG1_ARATH; +DR Q9T051, PLDG2_ARATH; Q9T052, PLDG3_ARATH; O17405, PLDL_CAEEL ; +DR Q54K50, PLDY_DICDI ; Q9LRZ5, PLDZ1_ARATH; Q9M9W8, PLDZ2_ARATH; +DR Q54SA1, PLDZ_DICDI ; Q5BMR2, PLD_PHYIN ; Q1RK58, PLD_RICBR ; +DR Q92G53, PLD_RICCN ; Q4UJZ1, PLD_RICFE ; Q9ZCD8, PLD_RICPR ; +DR Q68VT0, PLD_RICTY ; Q53728, PLD_STRAT ; Q8KRU5, PLD_STRCW ; +DR P36126, SPO14_YEAST; // ID 3.1.4.5 DE Transferred entry: 3.1.21.1. @@ -96532,14 +97092,14 @@ DE Transferred entry: 4.6.1.14. // ID 3.1.4.48 DE dolichylphosphate-glucose phosphodiesterase. -CA a dolichyl beta-D-glucosyl phosphate + H2O = a dolichyl phosphate + -CA D-glucose + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-glucosyl phosphate + H2O = +CA a di-trans,poly-cis-dolichyl phosphate + D-glucose + H(+). // ID 3.1.4.49 DE dolichylphosphate-mannose phosphodiesterase. AN mannosylphosphodolichol phosphodiesterase. -CA a dolichyl beta-D-mannosyl phosphate + H2O = a dolichyl phosphate + -CA D-mannose + H(+). +CA a di-trans,poly-cis-dolichyl beta-D-mannosyl phosphate + H2O = +CA a di-trans,poly-cis-dolichyl phosphate + D-mannose + H(+). // ID 3.1.4.50 DE glycosylphosphatidylinositol phospholipase D. @@ -96582,12 +97142,13 @@ CC an allosteric activator of EC 2.4.1.12 rendering it inactive. CC -!- It is the balance between these two enzymes that determines the CC cellular level of cyclic di-3',5'-guanylate. DR Q9KVK6, CDGJ_VIBCH ; Q9KVL2, CDPA_VIBCH ; Q9I0R8, CDPD3_PSEAE; -DR P76129, DOSP_ECOLI ; O51338, PDEA_BORBU ; P23842, PDEA_ECOLI ; -DR P77473, PDEB_ECOLI ; Q8EJM6, PDEB_SHEON ; P32701, PDEC_ECOLI ; -DR P76261, PDED_ECOLI ; P77172, PDEF_ECOLI ; P75995, PDEG_ECOLI ; -DR P37646, PDEH_ECOLI ; P75800, PDEI_ECOLI ; P37649, PDEK_ECOLI ; -DR P21514, PDEL_ECOLI ; P76446, PDEN_ECOLI ; P77334, PDER_ECOLI ; -DR Q9HX69, ROCR_PSEAE ; Q87NI7, TPDA_VIBPA ; +DR P76129, DOSP_ECOLI ; Q9I310, MUCR_PSEAE ; Q9HYT3, NBDA_PSEAE ; +DR O51338, PDEA_BORBU ; P23842, PDEA_ECOLI ; P77473, PDEB_ECOLI ; +DR Q8EJM6, PDEB_SHEON ; P32701, PDEC_ECOLI ; P76261, PDED_ECOLI ; +DR P77172, PDEF_ECOLI ; P75995, PDEG_ECOLI ; P37646, PDEH_ECOLI ; +DR P75800, PDEI_ECOLI ; P37649, PDEK_ECOLI ; P21514, PDEL_ECOLI ; +DR P76446, PDEN_ECOLI ; P77334, PDER_ECOLI ; Q9HX69, ROCR_PSEAE ; +DR Q87NI7, TPDA_VIBPA ; // ID 3.1.4.53 DE 3',5'-cyclic-AMP phosphodiesterase. @@ -97099,22 +97660,7 @@ DR Q90952, PON2_CHICK ; Q91090, PON2_MELGA ; Q15166, PON3_HUMAN ; DR Q62087, PON3_MOUSE ; Q9BGN0, PON3_RABIT ; Q68FP2, PON3_RAT ; // ID 3.1.8.2 -DE diisopropyl-fluorophosphatase. -AN DFPase. -AN OPAA. -AN OPA anhydrase. -AN organophosphorus acid anhydrolase. -AN somanase. -AN tabunase. -CA diisopropyl fluorophosphate + H2O = diisopropyl phosphate + fluoride + -CA 2 H(+). -CC -!- Acts on phosphorus anhydride bonds (such as phosphorus-halide and -CC phosphorus-cyanide) in organophosphorus compounds (including nerve -CC gases). -CC -!- Inhibited by chelating agents. -CC -!- Related to EC 3.1.8.1. -CC -!- Formerly EC 3.8.2.1. -DR Q7SIG4, DFPA_LOLVU ; Q44238, PEPQ_ALTSX ; P77814, PEPQ_PSEHA ; +DE Transferred entry: 3.8.2.2. // ID 3.1.11.1 DE exodeoxyribonuclease I. @@ -97242,7 +97788,7 @@ DR Q823U8, EX7L_CHLCV ; Q253S0, EX7L_CHLFF ; Q9PK65, EX7L_CHLMU ; DR Q9Z6J7, EX7L_CHLPN ; B0B7P6, EX7L_CHLT2 ; Q3KM31, EX7L_CHLTA ; DR B0BBW1, EX7L_CHLTB ; Q8KBF9, EX7L_CHLTE ; O84333, EX7L_CHLTR ; DR B5EI10, EX7L_CITBB ; A8AD78, EX7L_CITK8 ; A5CT74, EX7L_CLAM3 ; -DR B0RH22, EX7L_CLAMS ; Q97HD0, EX7L_CLOAB ; A7FUU0, EX7L_CLOB1 ; +DR B0RH22, EX7L_CLASE ; Q97HD0, EX7L_CLOAB ; A7FUU0, EX7L_CLOB1 ; DR C3KXC6, EX7L_CLOB6 ; A6LU45, EX7L_CLOB8 ; B2V4R6, EX7L_CLOBA ; DR B2TRM8, EX7L_CLOBB ; A5I309, EX7L_CLOBH ; C1FPB2, EX7L_CLOBJ ; DR B1IMN8, EX7L_CLOBK ; A7GEJ7, EX7L_CLOBL ; B1KT53, EX7L_CLOBM ; @@ -97262,36 +97808,36 @@ DR B7N693, EX7L_ECOLU ; B6I581, EX7L_ECOSE ; B1LNG1, EX7L_ECOSM ; DR Q1R8M7, EX7L_ECOUT ; C5BER7, EX7L_EDWI9 ; A4WD84, EX7L_ENT38 ; DR Q836W6, EX7L_ENTFA ; B2VE96, EX7L_ERWT9 ; Q2N6Q7, EX7L_ERYLH ; DR B7LKD2, EX7L_ESCF3 ; B1YLQ2, EX7L_EXIS2 ; C4L3F5, EX7L_EXISA ; -DR A8L188, EX7L_FRASN ; Q8REN3, EX7L_FUSNN ; B9M0X3, EX7L_GEODF ; -DR Q75TC0, EX7L_GEOKA ; Q39UJ7, EX7L_GEOMG ; Q74CA7, EX7L_GEOSL ; -DR C6E2U7, EX7L_GEOSM ; A5GF75, EX7L_GEOUR ; Q4QNE5, EX7L_HAEI8 ; -DR P43913, EX7L_HAEIN ; Q2SCJ1, EX7L_HAHCH ; Q9K967, EX7L_HALH5 ; -DR B8D2H9, EX7L_HALOH ; C4K5U1, EX7L_HAMD5 ; Q17W89, EX7L_HELAH ; -DR Q7VFE5, EX7L_HELHP ; B6JKI8, EX7L_HELP2 ; B5ZA25, EX7L_HELPG ; -DR Q1CUP4, EX7L_HELPH ; Q9ZMH7, EX7L_HELPJ ; B2US91, EX7L_HELPS ; -DR O25039, EX7L_HELPY ; A4G7Y7, EX7L_HERAR ; Q0I3T0, EX7L_HISS1 ; -DR A6T178, EX7L_JANMA ; B5XNM2, EX7L_KLEP3 ; A6TCC4, EX7L_KLEP7 ; -DR Q1IV16, EX7L_KORVE ; Q5FJG6, EX7L_LACAC ; B3WEY3, EX7L_LACCB ; -DR Q1G9H2, EX7L_LACDA ; Q049N1, EX7L_LACDB ; Q044H9, EX7L_LACGA ; -DR A8YVW9, EX7L_LACH4 ; Q74IM1, EX7L_LACJO ; Q9CH84, EX7L_LACLA ; -DR A2RLU4, EX7L_LACLM ; Q038G0, EX7L_LACP3 ; A9KMC1, EX7L_LACP7 ; -DR Q88WM7, EX7L_LACPL ; Q38XU8, EX7L_LATSS ; Q5X6S7, EX7L_LEGPA ; -DR A5IG90, EX7L_LEGPC ; Q5ZXA6, EX7L_LEGPH ; Q5WY82, EX7L_LEGPL ; -DR Q6ADU9, EX7L_LEIXX ; Q04TB1, EX7L_LEPBJ ; Q051N3, EX7L_LEPBL ; -DR Q72RZ7, EX7L_LEPIC ; Q8F3P5, EX7L_LEPIN ; Q1WUJ2, EX7L_LIGS1 ; -DR A5VKR6, EX7L_LIMRD ; B2G849, EX7L_LIMRJ ; Q92BZ3, EX7L_LISIN ; -DR C1L2R7, EX7L_LISMC ; Q71ZW1, EX7L_LISMF ; Q8Y7C4, EX7L_LISMO ; -DR A0AIG2, EX7L_LISW6 ; B1HRX7, EX7L_LYSSC ; Q6F1D5, EX7L_MESFL ; -DR Q2RIB5, EX7L_MOOTA ; P67448, EX7L_MYCBO ; A1KHP8, EX7L_MYCBP ; -DR C1AMA2, EX7L_MYCBT ; Q9X783, EX7L_MYCLE ; Q6MUD1, EX7L_MYCMS ; -DR Q73WH4, EX7L_MYCPA ; A3Q4N2, EX7L_MYCSJ ; A1UKL7, EX7L_MYCSK ; -DR Q1B4H2, EX7L_MYCSS ; A5U1F5, EX7L_MYCTA ; P9WF30, EX7L_MYCTO ; -DR P9WF31, EX7L_MYCTU ; B2A531, EX7L_NATTJ ; B9L5W5, EX7L_NAUPA ; -DR Q5F8V5, EX7L_NEIG1 ; Q9JTY8, EX7L_NEIMA ; Q9JYZ2, EX7L_NEIMB ; -DR A1KUI5, EX7L_NEIMF ; Q0AFX7, EX7L_NITEC ; Q82VC2, EX7L_NITEU ; -DR A6Q232, EX7L_NITSB ; Q5YQ92, EX7L_NOCFA ; A1SFK7, EX7L_NOCSJ ; -DR Q8YW42, EX7L_NOSS1 ; Q8EQ44, EX7L_OCEIH ; A7HQR0, EX7L_PARL1 ; -DR Q7U490, EX7L_PARMW ; Q9CP86, EX7L_PASMU ; Q6D286, EX7L_PECAS ; +DR Q8REN3, EX7L_FUSNN ; B9M0X3, EX7L_GEODF ; Q75TC0, EX7L_GEOKA ; +DR Q39UJ7, EX7L_GEOMG ; Q74CA7, EX7L_GEOSL ; C6E2U7, EX7L_GEOSM ; +DR A5GF75, EX7L_GEOUR ; Q4QNE5, EX7L_HAEI8 ; P43913, EX7L_HAEIN ; +DR Q2SCJ1, EX7L_HAHCH ; Q9K967, EX7L_HALH5 ; B8D2H9, EX7L_HALOH ; +DR C4K5U1, EX7L_HAMD5 ; Q17W89, EX7L_HELAH ; Q7VFE5, EX7L_HELHP ; +DR B6JKI8, EX7L_HELP2 ; B5ZA25, EX7L_HELPG ; Q1CUP4, EX7L_HELPH ; +DR Q9ZMH7, EX7L_HELPJ ; B2US91, EX7L_HELPS ; O25039, EX7L_HELPY ; +DR A4G7Y7, EX7L_HERAR ; Q0I3T0, EX7L_HISS1 ; A6T178, EX7L_JANMA ; +DR B5XNM2, EX7L_KLEP3 ; A6TCC4, EX7L_KLEP7 ; Q1IV16, EX7L_KORVE ; +DR Q5FJG6, EX7L_LACAC ; B3WEY3, EX7L_LACCB ; Q1G9H2, EX7L_LACDA ; +DR Q049N1, EX7L_LACDB ; Q044H9, EX7L_LACGA ; A8YVW9, EX7L_LACH4 ; +DR Q74IM1, EX7L_LACJO ; Q9CH84, EX7L_LACLA ; A2RLU4, EX7L_LACLM ; +DR Q038G0, EX7L_LACP3 ; A9KMC1, EX7L_LACP7 ; Q88WM7, EX7L_LACPL ; +DR Q38XU8, EX7L_LATSS ; Q5X6S7, EX7L_LEGPA ; A5IG90, EX7L_LEGPC ; +DR Q5ZXA6, EX7L_LEGPH ; Q5WY82, EX7L_LEGPL ; Q6ADU9, EX7L_LEIXX ; +DR Q04TB1, EX7L_LEPBJ ; Q051N3, EX7L_LEPBL ; Q72RZ7, EX7L_LEPIC ; +DR Q8F3P5, EX7L_LEPIN ; Q1WUJ2, EX7L_LIGS1 ; A5VKR6, EX7L_LIMRD ; +DR B2G849, EX7L_LIMRJ ; Q92BZ3, EX7L_LISIN ; C1L2R7, EX7L_LISMC ; +DR Q71ZW1, EX7L_LISMF ; Q8Y7C4, EX7L_LISMO ; A0AIG2, EX7L_LISW6 ; +DR B1HRX7, EX7L_LYSSC ; Q6F1D5, EX7L_MESFL ; Q2RIB5, EX7L_MOOTA ; +DR P67448, EX7L_MYCBO ; A1KHP8, EX7L_MYCBP ; C1AMA2, EX7L_MYCBT ; +DR Q9X783, EX7L_MYCLE ; Q6MUD1, EX7L_MYCMS ; Q73WH4, EX7L_MYCPA ; +DR A3Q4N2, EX7L_MYCSJ ; A1UKL7, EX7L_MYCSK ; Q1B4H2, EX7L_MYCSS ; +DR A5U1F5, EX7L_MYCTA ; P9WF30, EX7L_MYCTO ; P9WF31, EX7L_MYCTU ; +DR B2A531, EX7L_NATTJ ; B9L5W5, EX7L_NAUPA ; Q5F8V5, EX7L_NEIG1 ; +DR Q9JTY8, EX7L_NEIMA ; Q9JYZ2, EX7L_NEIMB ; A1KUI5, EX7L_NEIMF ; +DR Q0AFX7, EX7L_NITEC ; Q82VC2, EX7L_NITEU ; A6Q232, EX7L_NITSB ; +DR Q5YQ92, EX7L_NOCFA ; A1SFK7, EX7L_NOCSJ ; Q8YW42, EX7L_NOSS1 ; +DR Q8EQ44, EX7L_OCEIH ; A7HQR0, EX7L_PARL1 ; Q7U490, EX7L_PARMW ; +DR A8L188, EX7L_PARS2 ; Q9CP86, EX7L_PASMU ; Q6D286, EX7L_PECAS ; DR C6DBG5, EX7L_PECCP ; Q03FZ4, EX7L_PEDPA ; Q7N3K2, EX7L_PHOLL ; DR Q6LU33, EX7L_PHOPR ; B4EY61, EX7L_PROMH ; Q48LY3, EX7L_PSE14 ; DR Q15R61, EX7L_PSEA6 ; B7UXJ1, EX7L_PSEA8 ; Q02RT0, EX7L_PSEAB ; @@ -97346,8 +97892,8 @@ DR C4L8C6, EX7L_TOLAT ; Q83HE6, EX7L_TROW8 ; Q83FR7, EX7L_TROWT ; DR A5CW49, EX7L_VESOH ; A7MU31, EX7L_VIBC1 ; A5F3E9, EX7L_VIBC3 ; DR Q9KTW4, EX7L_VIBCH ; C3LT19, EX7L_VIBCM ; Q87S09, EX7L_VIBPA ; DR Q8DF05, EX7L_VIBVU ; Q7MNE3, EX7L_VIBVY ; Q8PJW7, EX7L_XANAC ; -DR Q3BSC5, EX7L_XANC5 ; Q4UVP8, EX7L_XANC8 ; B0RRZ3, EX7L_XANCB ; -DR Q8P8D9, EX7L_XANCP ; Q2P290, EX7L_XANOM ; B2SHP3, EX7L_XANOP ; +DR Q4UVP8, EX7L_XANC8 ; B0RRZ3, EX7L_XANCB ; Q8P8D9, EX7L_XANCP ; +DR Q3BSC5, EX7L_XANE5 ; Q2P290, EX7L_XANOM ; B2SHP3, EX7L_XANOP ; DR Q5GZ80, EX7L_XANOR ; B2I9F0, EX7L_XYLF2 ; Q9PFC3, EX7L_XYLFA ; DR Q87AC5, EX7L_XYLFT ; A1JKT0, EX7L_YERE8 ; A7FFZ6, EX7L_YERP3 ; DR Q1C5J4, EX7L_YERPA ; B2K9P2, EX7L_YERPB ; Q8ZCU2, EX7L_YERPE ; @@ -97394,37 +97940,36 @@ DR B6J8G8, EX7S_COXB1 ; B6J1L1, EX7S_COXB2 ; A9KEC8, EX7S_COXBN ; DR A9NBV6, EX7S_COXBR ; Q83E63, EX7S_COXBU ; A7MFH4, EX7S_CROS8 ; DR Q6AA93, EX7S_CUTAK ; Q47BJ2, EX7S_DECAR ; B8IZD4, EX7S_DESDA ; DR Q24V01, EX7S_DESHY ; Q6AJQ3, EX7S_DESPS ; A4J3F7, EX7S_DESRM ; -DR Q72CD5, EX7S_DESVH ; A1VE71, EX7S_DESVV ; A7ZIH5, EX7S_ECO24 ; -DR B7UJP5, EX7S_ECO27 ; B7MD80, EX7S_ECO45 ; B7L656, EX7S_ECO55 ; -DR P0A8H1, EX7S_ECO57 ; B5Z3S7, EX7S_ECO5E ; B7NJ75, EX7S_ECO7I ; -DR B7MQD7, EX7S_ECO81 ; B7M3R1, EX7S_ECO8A ; C4ZTH9, EX7S_ECOBW ; -DR B1XF10, EX7S_ECODH ; A7ZX74, EX7S_ECOHS ; Q0TKL9, EX7S_ECOL5 ; -DR P0A8H0, EX7S_ECOL6 ; B1J027, EX7S_ECOLC ; P0A8G9, EX7S_ECOLI ; -DR B7N8X5, EX7S_ECOLU ; B6HZM5, EX7S_ECOSE ; B1LJH2, EX7S_ECOSM ; -DR Q1RFB8, EX7S_ECOUT ; C5BCI1, EX7S_EDWI9 ; B2KAR1, EX7S_ELUMP ; -DR B1GZX5, EX7S_ENDTX ; A4W793, EX7S_ENT38 ; Q836W5, EX7S_ENTFA ; -DR B2VHS1, EX7S_ERWT9 ; B7LMG5, EX7S_ESCF3 ; B0S1L9, EX7S_FINM2 ; -DR B9M0X4, EX7S_GEODF ; Q75TB9, EX7S_GEOKA ; Q39UA9, EX7S_GEOMG ; -DR Q74CA8, EX7S_GEOSL ; C6E2U6, EX7S_GEOSM ; A4IQR9, EX7S_GEOTN ; -DR A5G3J6, EX7S_GEOUR ; B8F4R9, EX7S_GLAP5 ; A9HIR6, EX7S_GLUDA ; -DR Q5FUB3, EX7S_GLUOX ; Q7VLU0, EX7S_HAEDU ; Q4QKG4, EX7S_HAEI8 ; -DR A5UC49, EX7S_HAEIE ; A5UEV4, EX7S_HAEIG ; P43914, EX7S_HAEIN ; -DR Q9K968, EX7S_HALH5 ; A1WYI6, EX7S_HALHL ; C4K6M5, EX7S_HAMD5 ; -DR B0TEJ2, EX7S_HELMI ; B6JNY0, EX7S_HELP2 ; B5Z9A1, EX7S_HELPG ; -DR Q1CRC4, EX7S_HELPH ; Q9ZJD7, EX7S_HELPJ ; B2UVM8, EX7S_HELPS ; -DR O26016, EX7S_HELPY ; A4G1W7, EX7S_HERAR ; Q5QVD9, EX7S_IDILO ; -DR A6SUS2, EX7S_JANMA ; B5Y0W9, EX7S_KLEP3 ; A6T5F5, EX7S_KLEP7 ; -DR Q5FJG7, EX7S_LACAC ; Q044H8, EX7S_LACGA ; A8YVW8, EX7S_LACH4 ; -DR Q74IM2, EX7S_LACJO ; Q9CH83, EX7S_LACLA ; A2RLU3, EX7S_LACLM ; -DR Q030A1, EX7S_LACLS ; Q88WM6, EX7S_LACPL ; Q38XU7, EX7S_LATSS ; -DR Q5X2W0, EX7S_LEGPA ; A5IEC9, EX7S_LEGPC ; Q5ZT36, EX7S_LEGPH ; -DR Q5WUB9, EX7S_LEGPL ; Q6ADU8, EX7S_LEIXX ; Q04TB2, EX7S_LEPBJ ; -DR Q051N4, EX7S_LEPBL ; Q72RZ8, EX7S_LEPIC ; Q8F3P4, EX7S_LEPIN ; -DR B1MXR1, EX7S_LEUCK ; Q03VS7, EX7S_LEUMM ; Q03RR3, EX7S_LEVBA ; -DR B2GD65, EX7S_LIMF3 ; A5VKR5, EX7S_LIMRD ; B2G848, EX7S_LIMRJ ; -DR Q92BZ2, EX7S_LISIN ; C1L2R8, EX7S_LISMC ; Q71ZW0, EX7S_LISMF ; -DR B8DFW6, EX7S_LISMH ; Q8Y7C3, EX7S_LISMO ; A0AIG3, EX7S_LISW6 ; -DR B1HRX6, EX7S_LYSSC ; A0L6H5, EX7S_MAGMM ; Q2W369, EX7S_MAGSA ; +DR A7ZIH5, EX7S_ECO24 ; B7UJP5, EX7S_ECO27 ; B7MD80, EX7S_ECO45 ; +DR B7L656, EX7S_ECO55 ; P0A8H1, EX7S_ECO57 ; B5Z3S7, EX7S_ECO5E ; +DR B7NJ75, EX7S_ECO7I ; B7MQD7, EX7S_ECO81 ; B7M3R1, EX7S_ECO8A ; +DR C4ZTH9, EX7S_ECOBW ; B1XF10, EX7S_ECODH ; A7ZX74, EX7S_ECOHS ; +DR Q0TKL9, EX7S_ECOL5 ; P0A8H0, EX7S_ECOL6 ; B1J027, EX7S_ECOLC ; +DR P0A8G9, EX7S_ECOLI ; B7N8X5, EX7S_ECOLU ; B6HZM5, EX7S_ECOSE ; +DR B1LJH2, EX7S_ECOSM ; Q1RFB8, EX7S_ECOUT ; C5BCI1, EX7S_EDWI9 ; +DR B2KAR1, EX7S_ELUMP ; B1GZX5, EX7S_ENDTX ; A4W793, EX7S_ENT38 ; +DR Q836W5, EX7S_ENTFA ; B2VHS1, EX7S_ERWT9 ; B7LMG5, EX7S_ESCF3 ; +DR B0S1L9, EX7S_FINM2 ; B9M0X4, EX7S_GEODF ; Q75TB9, EX7S_GEOKA ; +DR Q39UA9, EX7S_GEOMG ; Q74CA8, EX7S_GEOSL ; C6E2U6, EX7S_GEOSM ; +DR A4IQR9, EX7S_GEOTN ; A5G3J6, EX7S_GEOUR ; B8F4R9, EX7S_GLAP5 ; +DR A9HIR6, EX7S_GLUDA ; Q5FUB3, EX7S_GLUOX ; Q7VLU0, EX7S_HAEDU ; +DR Q4QKG4, EX7S_HAEI8 ; A5UC49, EX7S_HAEIE ; A5UEV4, EX7S_HAEIG ; +DR P43914, EX7S_HAEIN ; Q9K968, EX7S_HALH5 ; A1WYI6, EX7S_HALHL ; +DR C4K6M5, EX7S_HAMD5 ; B0TEJ2, EX7S_HELMI ; B6JNY0, EX7S_HELP2 ; +DR B5Z9A1, EX7S_HELPG ; Q1CRC4, EX7S_HELPH ; Q9ZJD7, EX7S_HELPJ ; +DR B2UVM8, EX7S_HELPS ; O26016, EX7S_HELPY ; A4G1W7, EX7S_HERAR ; +DR Q5QVD9, EX7S_IDILO ; A6SUS2, EX7S_JANMA ; B5Y0W9, EX7S_KLEP3 ; +DR A6T5F5, EX7S_KLEP7 ; Q5FJG7, EX7S_LACAC ; Q044H8, EX7S_LACGA ; +DR A8YVW8, EX7S_LACH4 ; Q74IM2, EX7S_LACJO ; Q9CH83, EX7S_LACLA ; +DR A2RLU3, EX7S_LACLM ; Q030A1, EX7S_LACLS ; Q88WM6, EX7S_LACPL ; +DR Q38XU7, EX7S_LATSS ; Q5X2W0, EX7S_LEGPA ; A5IEC9, EX7S_LEGPC ; +DR Q5ZT36, EX7S_LEGPH ; Q5WUB9, EX7S_LEGPL ; Q6ADU8, EX7S_LEIXX ; +DR Q04TB2, EX7S_LEPBJ ; Q051N4, EX7S_LEPBL ; Q72RZ8, EX7S_LEPIC ; +DR Q8F3P4, EX7S_LEPIN ; B1MXR1, EX7S_LEUCK ; Q03VS7, EX7S_LEUMM ; +DR Q03RR3, EX7S_LEVBA ; B2GD65, EX7S_LIMF3 ; A5VKR5, EX7S_LIMRD ; +DR B2G848, EX7S_LIMRJ ; Q92BZ2, EX7S_LISIN ; C1L2R8, EX7S_LISMC ; +DR Q71ZW0, EX7S_LISMF ; B8DFW6, EX7S_LISMH ; Q8Y7C3, EX7S_LISMO ; +DR A0AIG3, EX7S_LISW6 ; B1HRX6, EX7S_LYSSC ; A0L6H5, EX7S_MAGMM ; DR Q65TP2, EX7S_MANSM ; A6VUE7, EX7S_MARMS ; C6BYY0, EX7S_MARSD ; DR Q60AM9, EX7S_METCA ; Q2RIB6, EX7S_MOOTA ; A0QC35, EX7S_MYCA1 ; DR P67457, EX7S_MYCBO ; A1KHP7, EX7S_MYCBP ; C1AMA1, EX7S_MYCBT ; @@ -97432,9 +97977,10 @@ DR Q9X784, EX7S_MYCLE ; B2HT44, EX7S_MYCMM ; Q73WH3, EX7S_MYCPA ; DR A5U1F4, EX7S_MYCTA ; P9WF28, EX7S_MYCTO ; P9WF29, EX7S_MYCTU ; DR Q5F632, EX7S_NEIG1 ; Q9JSM1, EX7S_NEIMA ; Q9K1A5, EX7S_NEIMB ; DR A1KRU1, EX7S_NEIMF ; Q82VD5, EX7S_NITEU ; Q1QQ39, EX7S_NITHX ; -DR Q3SUZ0, EX7S_NITWN ; Q5YQ91, EX7S_NOCFA ; B2IWI8, EX7S_NOSP7 ; -DR Q8YW43, EX7S_NOSS1 ; Q2G632, EX7S_NOVAD ; Q8EQ45, EX7S_OCEIH ; -DR Q30Z97, EX7S_OLEA2 ; Q6MDK5, EX7S_PARUW ; Q8L1H9, EX7S_PARZE ; +DR Q72CD5, EX7S_NITV2 ; A1VE71, EX7S_NITV4 ; Q3SUZ0, EX7S_NITWN ; +DR Q5YQ91, EX7S_NOCFA ; B2IWI8, EX7S_NOSP7 ; Q8YW43, EX7S_NOSS1 ; +DR Q2G632, EX7S_NOVAD ; Q8EQ45, EX7S_OCEIH ; Q30Z97, EX7S_OLEA2 ; +DR Q2W369, EX7S_PARM1 ; Q6MDK5, EX7S_PARUW ; Q8L1H9, EX7S_PARZE ; DR Q9CNA0, EX7S_PASMU ; Q6D842, EX7S_PECAS ; C6DB39, EX7S_PECCP ; DR Q03FZ3, EX7S_PEDPA ; A1ARP1, EX7S_PELPD ; A5D2Z3, EX7S_PELTS ; DR B4RGV8, EX7S_PHEZH ; Q7N0J8, EX7S_PHOLL ; Q6LU05, EX7S_PHOPR ; @@ -97491,8 +98037,8 @@ DR B3E479, EX7S_TRIL1 ; Q3MGJ7, EX7S_TRIV2 ; A5CWU5, EX7S_VESOH ; DR B7VJ99, EX7S_VIBA3 ; A7MYC1, EX7S_VIBC1 ; A5F333, EX7S_VIBC3 ; DR Q9KTL1, EX7S_VIBCH ; C3LTE1, EX7S_VIBCM ; Q87RT8, EX7S_VIBPA ; DR Q8DFA5, EX7S_VIBVU ; Q7MN47, EX7S_VIBVY ; Q8PIY4, EX7S_XANAC ; -DR Q3BRG7, EX7S_XANC5 ; Q4UWI8, EX7S_XANC8 ; B0RR28, EX7S_XANCB ; -DR Q8P7L2, EX7S_XANCP ; Q2P0Q1, EX7S_XANOM ; B2SWE7, EX7S_XANOP ; +DR Q4UWI8, EX7S_XANC8 ; B0RR28, EX7S_XANCB ; Q8P7L2, EX7S_XANCP ; +DR Q3BRG7, EX7S_XANE5 ; Q2P0Q1, EX7S_XANOM ; B2SWE7, EX7S_XANOP ; DR Q5GXL9, EX7S_XANOR ; B2I7B1, EX7S_XYLF2 ; Q9PFJ7, EX7S_XYLFA ; DR B0U3Y1, EX7S_XYLFM ; Q87BE3, EX7S_XYLFT ; A1JNR4, EX7S_YERE8 ; DR A7FLE2, EX7S_YERP3 ; B2K6T9, EX7S_YERPB ; Q8ZC47, EX7S_YERPE ; @@ -97762,38 +98308,38 @@ DR Q8KFL0, END4_CHLTE ; O84630, END4_CHLTR ; B5EAS8, END4_CITBB ; DR A8AE66, END4_CITK8 ; A6LQV9, END4_CLOB8 ; B2V158, END4_CLOBA ; DR B2TL64, END4_CLOBB ; Q189A4, END4_CLOD6 ; A7MLL2, END4_CROS8 ; DR C0QMG1, END4_DESAH ; A8ZSE7, END4_DESOH ; Q6ASE4, END4_DESPS ; -DR Q72CQ9, END4_DESVH ; A1VEI5, END4_DESVV ; Q966U0, END4_DICDI ; -DR A7ZNY3, END4_ECO24 ; B7UFH5, END4_ECO27 ; B7MF74, END4_ECO45 ; -DR B7LAI2, END4_ECO55 ; P0A6C2, END4_ECO57 ; B5YWV0, END4_ECO5E ; -DR B7NMX3, END4_ECO7I ; B7MX24, END4_ECO81 ; B7M507, END4_ECO8A ; -DR C4ZU09, END4_ECOBW ; B1X857, END4_ECODH ; A8A222, END4_ECOHS ; -DR A1AD18, END4_ECOK1 ; Q0TFT1, END4_ECOL5 ; Q8FFU0, END4_ECOL6 ; -DR B1IYB0, END4_ECOLC ; P0A6C1, END4_ECOLI ; B7N5C2, END4_ECOLU ; -DR B6I8L0, END4_ECOSE ; B1LKQ6, END4_ECOSM ; Q1R9R2, END4_ECOUT ; -DR C5BCN2, END4_EDWI9 ; A4WCJ5, END4_ENT38 ; Q834D0, END4_ENTFA ; -DR B2VIH1, END4_ERWT9 ; B7LVB9, END4_ESCF3 ; B1YL88, END4_EXIS2 ; -DR B0S196, END4_FINM2 ; B9M4N1, END4_GEODF ; Q5KX27, END4_GEOKA ; -DR Q74FS7, END4_GEOSL ; C6DYE3, END4_GEOSM ; C5D4R0, END4_GEOSW ; -DR A4IR02, END4_GEOTN ; B8F7D1, END4_GLAP5 ; Q7VMC4, END4_HAEDU ; -DR Q9KD33, END4_HALH5 ; A1WXM0, END4_HALHL ; Q5V0S8, END4_HALMA ; -DR B8CW79, END4_HALOH ; B0R2U6, END4_HALS3 ; Q9HSK7, END4_HALSA ; -DR Q18KA6, END4_HALWD ; B0TD39, END4_HELMI ; A9B5N7, END4_HERA2 ; -DR B5XP51, END4_KLEP3 ; A6TBP4, END4_KLEP7 ; A9KNS9, END4_LACP7 ; -DR Q88VR2, END4_LACPL ; Q38XB2, END4_LATSS ; Q92BR0, END4_LISIN ; -DR C1KV96, END4_LISMC ; Q71ZM1, END4_LISMF ; Q8Y756, END4_LISMO ; -DR A0AIQ1, END4_LISW6 ; B1HTF6, END4_LYSSC ; A0L901, END4_MAGMM ; -DR Q8EWT2, END4_MALP2 ; Q6F1D3, END4_MESFL ; Q601Y6, END4_MESH2 ; -DR Q4A8V0, END4_MESH7 ; Q4AAX4, END4_MESHJ ; Q6KH96, END4_MESM1 ; +DR Q966U0, END4_DICDI ; A7ZNY3, END4_ECO24 ; B7UFH5, END4_ECO27 ; +DR B7MF74, END4_ECO45 ; B7LAI2, END4_ECO55 ; P0A6C2, END4_ECO57 ; +DR B5YWV0, END4_ECO5E ; B7NMX3, END4_ECO7I ; B7MX24, END4_ECO81 ; +DR B7M507, END4_ECO8A ; C4ZU09, END4_ECOBW ; B1X857, END4_ECODH ; +DR A8A222, END4_ECOHS ; A1AD18, END4_ECOK1 ; Q0TFT1, END4_ECOL5 ; +DR Q8FFU0, END4_ECOL6 ; B1IYB0, END4_ECOLC ; P0A6C1, END4_ECOLI ; +DR B7N5C2, END4_ECOLU ; B6I8L0, END4_ECOSE ; B1LKQ6, END4_ECOSM ; +DR Q1R9R2, END4_ECOUT ; C5BCN2, END4_EDWI9 ; A4WCJ5, END4_ENT38 ; +DR Q834D0, END4_ENTFA ; B2VIH1, END4_ERWT9 ; B7LVB9, END4_ESCF3 ; +DR B1YL88, END4_EXIS2 ; B0S196, END4_FINM2 ; B9M4N1, END4_GEODF ; +DR Q5KX27, END4_GEOKA ; Q74FS7, END4_GEOSL ; C6DYE3, END4_GEOSM ; +DR C5D4R0, END4_GEOSW ; A4IR02, END4_GEOTN ; B8F7D1, END4_GLAP5 ; +DR Q7VMC4, END4_HAEDU ; Q9KD33, END4_HALH5 ; A1WXM0, END4_HALHL ; +DR Q5V0S8, END4_HALMA ; B8CW79, END4_HALOH ; B0R2U6, END4_HALS3 ; +DR Q9HSK7, END4_HALSA ; Q18KA6, END4_HALWD ; B0TD39, END4_HELMI ; +DR A9B5N7, END4_HERA2 ; B5XP51, END4_KLEP3 ; A6TBP4, END4_KLEP7 ; +DR A9KNS9, END4_LACP7 ; Q88VR2, END4_LACPL ; Q38XB2, END4_LATSS ; +DR Q92BR0, END4_LISIN ; C1KV96, END4_LISMC ; Q71ZM1, END4_LISMF ; +DR Q8Y756, END4_LISMO ; A0AIQ1, END4_LISW6 ; B1HTF6, END4_LYSSC ; +DR A0L901, END4_MAGMM ; Q8EWT2, END4_MALP2 ; Q6F1D3, END4_MESFL ; +DR Q601Y6, END4_MESH2 ; Q4A8V0, END4_MESH7 ; Q4AAX4, END4_MESHJ ; DR B3PMH1, END4_META1 ; A2SPZ6, END4_METLZ ; A3CT71, END4_METMJ ; DR B8GKX5, END4_METPE ; Q2NFM3, END4_METST ; Q5UPY4, END4_MIMIV ; DR Q2RJF1, END4_MOOTA ; A5IYT8, END4_MYCAP ; P63536, END4_MYCBO ; DR A1KGF0, END4_MYCBP ; C1AL03, END4_MYCBT ; Q2ST57, END4_MYCCT ; DR Q7NBA9, END4_MYCGA ; P47477, END4_MYCGE ; B8ZSC5, END4_MYCLB ; -DR P30770, END4_MYCLE ; B2HSJ8, END4_MYCMM ; Q6MUC7, END4_MYCMS ; -DR P75457, END4_MYCPN ; Q98PU8, END4_MYCPU ; Q4A6S5, END4_MYCS5 ; -DR A5U056, END4_MYCTA ; P9WQ12, END4_MYCTO ; P9WQ13, END4_MYCTU ; -DR A0PM27, END4_MYCUA ; Q3IMK8, END4_NATPD ; B2A499, END4_NATTJ ; -DR B9L9K0, END4_NAUPA ; A9A555, END4_NITMS ; A6Q1P1, END4_NITSB ; +DR P30770, END4_MYCLE ; Q6KH96, END4_MYCM1 ; B2HSJ8, END4_MYCMM ; +DR Q6MUC7, END4_MYCMS ; P75457, END4_MYCPN ; Q98PU8, END4_MYCPU ; +DR Q4A6S5, END4_MYCS5 ; A5U056, END4_MYCTA ; P9WQ12, END4_MYCTO ; +DR P9WQ13, END4_MYCTU ; A0PM27, END4_MYCUA ; Q3IMK8, END4_NATPD ; +DR B2A499, END4_NATTJ ; B9L9K0, END4_NAUPA ; A9A555, END4_NITMS ; +DR A6Q1P1, END4_NITSB ; Q72CQ9, END4_NITV2 ; A1VEI5, END4_NITV4 ; DR Q8EPZ2, END4_OCEIH ; Q30YP7, END4_OLEA2 ; Q6YQC1, END4_ONYPE ; DR A6LB99, END4_PARD8 ; Q6MED0, END4_PARUW ; Q6D3L8, END4_PECAS ; DR C6DEL1, END4_PECCP ; Q03F56, END4_PEDPA ; B4SE58, END4_PELPB ; @@ -97988,8 +98534,8 @@ DR Q974T1, NFI_SULTO ; Q9HKY3, NFI_THEAC ; Q5JI47, NFI_THEKO ; DR A6LNA6, NFI_THEM4 ; Q9X2H9, NFI_THEMA ; B9K7P3, NFI_THENN ; DR A5IL77, NFI_THEP1 ; A1RY04, NFI_THEPD ; B1LAF7, NFI_THESQ ; DR Q72IZ9, NFI_THET2 ; Q5SIM2, NFI_THET8 ; Q97AL5, NFI_THEVO ; -DR Q3MEZ3, NFI_TRIV2 ; Q8PIM0, NFI_XANAC ; Q3BR52, NFI_XANC5 ; -DR Q4UWV2, NFI_XANC8 ; B0RQR6, NFI_XANCB ; Q8P7A0, NFI_XANCP ; +DR Q3MEZ3, NFI_TRIV2 ; Q8PIM0, NFI_XANAC ; Q4UWV2, NFI_XANC8 ; +DR B0RQR6, NFI_XANCB ; Q8P7A0, NFI_XANCP ; Q3BR52, NFI_XANE5 ; DR Q2P5R1, NFI_XANOM ; B2SRM7, NFI_XANOP ; Q9PC89, NFI_XYLFA ; DR Q87CZ0, NFI_XYLFT ; A1JIJ2, NFI_YERE8 ; A7FNH1, NFI_YERP3 ; DR Q8ZAQ8, NFI_YERPE ; Q66FP0, NFI_YERPS ; @@ -98137,7 +98683,7 @@ DR Q9Z7T3, RUVC_CHLPN ; B9LAL7, RUVC_CHLSY ; B0B876, RUVC_CHLT2 ; DR B3QTP6, RUVC_CHLT3 ; Q3KLJ5, RUVC_CHLTA ; B0BCE1, RUVC_CHLTB ; DR Q8KBW8, RUVC_CHLTE ; O84510, RUVC_CHLTR ; A0LXG7, RUVC_CHRFK ; DR Q1QWG0, RUVC_CHRSD ; Q7NQB5, RUVC_CHRVO ; B5EAH1, RUVC_CITBB ; -DR A8AFH8, RUVC_CITK8 ; A5CS08, RUVC_CLAM3 ; B0REB8, RUVC_CLAMS ; +DR A8AFH8, RUVC_CITK8 ; A5CS08, RUVC_CLAM3 ; B0REB8, RUVC_CLASE ; DR Q183P3, RUVC_CLOD6 ; Q483C6, RUVC_COLP3 ; Q6NGX3, RUVC_CORDI ; DR Q8FPK3, RUVC_COREF ; Q9AE11, RUVC_CORGL ; Q4JVD7, RUVC_CORJK ; DR B6J504, RUVC_COXB1 ; B6IYU4, RUVC_COXB2 ; A9KF42, RUVC_COXBN ; @@ -98147,21 +98693,20 @@ DR B2AH75, RUVC_CUPTR ; Q6A8K9, RUVC_CUTAK ; B8HX01, RUVC_CYAP4 ; DR Q11T17, RUVC_CYTH3 ; Q478E2, RUVC_DECAR ; Q3Z9B2, RUVC_DEHM1 ; DR A5FS25, RUVC_DEHMB ; Q3ZZK5, RUVC_DEHMC ; Q1J1K4, RUVC_DEIGD ; DR Q9RX75, RUVC_DEIRA ; A9BUL6, RUVC_DELAS ; B8FQV7, RUVC_DESHD ; -DR Q24UN5, RUVC_DESHY ; A4J535, RUVC_DESRM ; Q729U1, RUVC_DESVH ; -DR A1VC42, RUVC_DESVV ; A5EXG1, RUVC_DICNV ; B5YFL3, RUVC_DICT6 ; -DR B8E2P3, RUVC_DICTD ; A8LHP8, RUVC_DINSH ; A7ZMY7, RUVC_ECO24 ; -DR B7USP0, RUVC_ECO27 ; B7MBS2, RUVC_ECO45 ; B7L7R6, RUVC_ECO55 ; -DR P0A816, RUVC_ECO57 ; B5YR08, RUVC_ECO5E ; B7NS55, RUVC_ECO7I ; -DR B7MVZ4, RUVC_ECO81 ; B7M2F4, RUVC_ECO8A ; C4ZQE7, RUVC_ECOBW ; -DR B1XHD1, RUVC_ECODH ; A8A163, RUVC_ECOHS ; A1AC24, RUVC_ECOK1 ; -DR Q0TGW9, RUVC_ECOL5 ; P0A815, RUVC_ECOL6 ; B1J0M5, RUVC_ECOLC ; -DR P0A814, RUVC_ECOLI ; B7NBL4, RUVC_ECOLU ; B6IBU2, RUVC_ECOSE ; -DR B1LD08, RUVC_ECOSM ; Q1RAS1, RUVC_ECOUT ; C5B9T0, RUVC_EDWI9 ; -DR Q3YT96, RUVC_EHRCJ ; Q2GI72, RUVC_EHRCR ; Q5FF10, RUVC_EHRRG ; -DR Q5HCG1, RUVC_EHRRW ; B1H0B2, RUVC_ENDTX ; A4WBM0, RUVC_ENT38 ; -DR B2VJ93, RUVC_ERWT9 ; Q2N5P5, RUVC_ERYLH ; B7LPI1, RUVC_ESCF3 ; -DR A7HNS2, RUVC_FERNB ; B0S1J5, RUVC_FINM2 ; Q0RNU8, RUVC_FRAAA ; -DR Q2JD96, RUVC_FRACC ; B0TZD9, RUVC_FRAP2 ; A8KZE8, RUVC_FRASN ; +DR Q24UN5, RUVC_DESHY ; A4J535, RUVC_DESRM ; A5EXG1, RUVC_DICNV ; +DR B5YFL3, RUVC_DICT6 ; B8E2P3, RUVC_DICTD ; A8LHP8, RUVC_DINSH ; +DR A7ZMY7, RUVC_ECO24 ; B7USP0, RUVC_ECO27 ; B7MBS2, RUVC_ECO45 ; +DR B7L7R6, RUVC_ECO55 ; P0A816, RUVC_ECO57 ; B5YR08, RUVC_ECO5E ; +DR B7NS55, RUVC_ECO7I ; B7MVZ4, RUVC_ECO81 ; B7M2F4, RUVC_ECO8A ; +DR C4ZQE7, RUVC_ECOBW ; B1XHD1, RUVC_ECODH ; A8A163, RUVC_ECOHS ; +DR A1AC24, RUVC_ECOK1 ; Q0TGW9, RUVC_ECOL5 ; P0A815, RUVC_ECOL6 ; +DR B1J0M5, RUVC_ECOLC ; P0A814, RUVC_ECOLI ; B7NBL4, RUVC_ECOLU ; +DR B6IBU2, RUVC_ECOSE ; B1LD08, RUVC_ECOSM ; Q1RAS1, RUVC_ECOUT ; +DR C5B9T0, RUVC_EDWI9 ; Q3YT96, RUVC_EHRCJ ; Q2GI72, RUVC_EHRCR ; +DR Q5FF10, RUVC_EHRRG ; Q5HCG1, RUVC_EHRRW ; B1H0B2, RUVC_ENDTX ; +DR A4WBM0, RUVC_ENT38 ; B2VJ93, RUVC_ERWT9 ; Q2N5P5, RUVC_ERYLH ; +DR B7LPI1, RUVC_ESCF3 ; A7HNS2, RUVC_FERNB ; B0S1J5, RUVC_FINM2 ; +DR Q0RNU8, RUVC_FRAAA ; Q2JD96, RUVC_FRACC ; B0TZD9, RUVC_FRAP2 ; DR Q14IH0, RUVC_FRAT1 ; A7NBV3, RUVC_FRATF ; Q2A3Q9, RUVC_FRATH ; DR B2SH69, RUVC_FRATM ; A0Q6P9, RUVC_FRATN ; Q0BM65, RUVC_FRATO ; DR Q5NH18, RUVC_FRATT ; A4IY87, RUVC_FRATW ; Q8RGS0, RUVC_FUSNN ; @@ -98179,27 +98724,28 @@ DR Q31H85, RUVC_HYDCU ; Q0C5W4, RUVC_HYPNA ; Q5QYV0, RUVC_IDILO ; DR A6SUQ2, RUVC_JANMA ; B5XQ03, RUVC_KLEP3 ; A6TB32, RUVC_KLEP7 ; DR Q1IKI1, RUVC_KORVE ; Q1MRQ2, RUVC_LAWIP ; Q5X5S0, RUVC_LEGPA ; DR A5IBE0, RUVC_LEGPC ; Q5ZW01, RUVC_LEGPH ; Q5WX48, RUVC_LEGPL ; -DR Q6AFB6, RUVC_LEIXX ; A0L4W0, RUVC_MAGMM ; Q2W2A2, RUVC_MAGSA ; -DR Q65UP2, RUVC_MANSM ; Q0ALX7, RUVC_MARMM ; A1U1C1, RUVC_MARN8 ; -DR B7L253, RUVC_METC4 ; Q609L2, RUVC_METCA ; A9W1B1, RUVC_METEP ; -DR Q1GYR6, RUVC_METFK ; B1Z922, RUVC_METPB ; A2SD05, RUVC_METPP ; -DR B1LZP2, RUVC_METRJ ; B8EJI4, RUVC_METSB ; Q2RHT5, RUVC_MOOTA ; -DR A0QIB9, RUVC_MYCA1 ; P66761, RUVC_MYCBO ; A1KLU2, RUVC_MYCBP ; -DR C1AF63, RUVC_MYCBT ; P40834, RUVC_MYCLE ; B2HN61, RUVC_MYCMM ; -DR Q741Q2, RUVC_MYCPA ; A0QWH4, RUVC_MYCS2 ; A3PYW3, RUVC_MYCSJ ; -DR A1UFA2, RUVC_MYCSK ; Q1B9R1, RUVC_MYCSS ; A5U5U4, RUVC_MYCTA ; -DR P9WGV8, RUVC_MYCTO ; P9WGV9, RUVC_MYCTU ; A0PPD1, RUVC_MYCUA ; -DR A1T882, RUVC_MYCVP ; Q1D2J4, RUVC_MYXXD ; B2A5L6, RUVC_NATTJ ; -DR B9L734, RUVC_NAUPA ; Q5FA76, RUVC_NEIG1 ; A9M0D4, RUVC_NEIM0 ; -DR Q9JTU3, RUVC_NEIMA ; Q9JYV1, RUVC_NEIMB ; A1KUM5, RUVC_NEIMF ; -DR Q2GCH7, RUVC_NEOSM ; Q0AJA5, RUVC_NITEC ; Q82XP5, RUVC_NITEU ; -DR Q1QHP5, RUVC_NITHX ; Q3JES5, RUVC_NITOC ; A6Q652, RUVC_NITSB ; -DR Q3SP12, RUVC_NITWN ; Q5YTE6, RUVC_NOCFA ; A1SJA5, RUVC_NOCSJ ; -DR B2J4H5, RUVC_NOSP7 ; O52751, RUVC_NOSS1 ; Q2GBA4, RUVC_NOVAD ; -DR Q30YX5, RUVC_OLEA2 ; A5CES8, RUVC_ORITB ; B3CSI0, RUVC_ORITI ; -DR A1R726, RUVC_PAEAT ; A1TKE3, RUVC_PARC0 ; A1AZW4, RUVC_PARDP ; -DR A7HUZ6, RUVC_PARL1 ; Q7U8A6, RUVC_PARMW ; B2JGU2, RUVC_PARP8 ; -DR B2SYJ9, RUVC_PARPJ ; Q6MFA6, RUVC_PARUW ; Q13UC2, RUVC_PARXL ; +DR Q6AFB6, RUVC_LEIXX ; A0L4W0, RUVC_MAGMM ; Q65UP2, RUVC_MANSM ; +DR Q0ALX7, RUVC_MARMM ; A1U1C1, RUVC_MARN8 ; B7L253, RUVC_METC4 ; +DR Q609L2, RUVC_METCA ; A9W1B1, RUVC_METEP ; Q1GYR6, RUVC_METFK ; +DR B1Z922, RUVC_METPB ; A2SD05, RUVC_METPP ; B1LZP2, RUVC_METRJ ; +DR B8EJI4, RUVC_METSB ; Q2RHT5, RUVC_MOOTA ; A0QIB9, RUVC_MYCA1 ; +DR P66761, RUVC_MYCBO ; A1KLU2, RUVC_MYCBP ; C1AF63, RUVC_MYCBT ; +DR P40834, RUVC_MYCLE ; B2HN61, RUVC_MYCMM ; Q741Q2, RUVC_MYCPA ; +DR A0QWH4, RUVC_MYCS2 ; A3PYW3, RUVC_MYCSJ ; A1UFA2, RUVC_MYCSK ; +DR Q1B9R1, RUVC_MYCSS ; A5U5U4, RUVC_MYCTA ; P9WGV8, RUVC_MYCTO ; +DR P9WGV9, RUVC_MYCTU ; A0PPD1, RUVC_MYCUA ; A1T882, RUVC_MYCVP ; +DR Q1D2J4, RUVC_MYXXD ; B2A5L6, RUVC_NATTJ ; B9L734, RUVC_NAUPA ; +DR Q5FA76, RUVC_NEIG1 ; A9M0D4, RUVC_NEIM0 ; Q9JTU3, RUVC_NEIMA ; +DR Q9JYV1, RUVC_NEIMB ; A1KUM5, RUVC_NEIMF ; Q2GCH7, RUVC_NEOSM ; +DR Q0AJA5, RUVC_NITEC ; Q82XP5, RUVC_NITEU ; Q1QHP5, RUVC_NITHX ; +DR Q3JES5, RUVC_NITOC ; A6Q652, RUVC_NITSB ; Q729U1, RUVC_NITV2 ; +DR A1VC42, RUVC_NITV4 ; Q3SP12, RUVC_NITWN ; Q5YTE6, RUVC_NOCFA ; +DR A1SJA5, RUVC_NOCSJ ; B2J4H5, RUVC_NOSP7 ; O52751, RUVC_NOSS1 ; +DR Q2GBA4, RUVC_NOVAD ; Q30YX5, RUVC_OLEA2 ; A5CES8, RUVC_ORITB ; +DR B3CSI0, RUVC_ORITI ; A1R726, RUVC_PAEAT ; A1TKE3, RUVC_PARC0 ; +DR A1AZW4, RUVC_PARDP ; A7HUZ6, RUVC_PARL1 ; Q2W2A2, RUVC_PARM1 ; +DR Q7U8A6, RUVC_PARMW ; B2JGU2, RUVC_PARP8 ; B2SYJ9, RUVC_PARPJ ; +DR A8KZE8, RUVC_PARS2 ; Q6MFA6, RUVC_PARUW ; Q13UC2, RUVC_PARXL ; DR P57894, RUVC_PASMU ; Q6D4A0, RUVC_PECAS ; C6DFF0, RUVC_PECCP ; DR B4SDW6, RUVC_PELPB ; A1ASF5, RUVC_PELPD ; A5D3F9, RUVC_PELTS ; DR A9BIM4, RUVC_PETMO ; Q7N549, RUVC_PHOLL ; Q6LT51, RUVC_PHOPR ; @@ -98266,8 +98812,8 @@ DR Q9KR00, RUVC_VIBCH ; C3LNF0, RUVC_VIBCM ; Q87QV1, RUVC_VIBPA ; DR Q8DAN6, RUVC_VIBVU ; Q7MJ75, RUVC_VIBVY ; Q8D387, RUVC_WIGBR ; DR Q73IL5, RUVC_WOLPM ; B3CN07, RUVC_WOLPP ; Q7M7L1, RUVC_WOLSU ; DR Q5GRT9, RUVC_WOLTR ; C0R5C3, RUVC_WOLWR ; Q8PHU9, RUVC_XANAC ; -DR Q3BQF1, RUVC_XANC5 ; Q4UXM1, RUVC_XANC8 ; B0RPY3, RUVC_XANCB ; -DR Q8P6E4, RUVC_XANCP ; Q2P578, RUVC_XANOM ; B2STK3, RUVC_XANOP ; +DR Q4UXM1, RUVC_XANC8 ; B0RPY3, RUVC_XANCB ; Q8P6E4, RUVC_XANCP ; +DR Q3BQF1, RUVC_XANE5 ; Q2P578, RUVC_XANOM ; B2STK3, RUVC_XANOP ; DR Q5H2A7, RUVC_XANOR ; A7IJV2, RUVC_XANP2 ; Q9PC76, RUVC_XYLFA ; DR Q87D03, RUVC_XYLFT ; A1JRK2, RUVC_YERE8 ; A7FIC7, RUVC_YERP3 ; DR Q1C817, RUVC_YERPA ; B2K322, RUVC_YERPB ; Q8ZEU7, RUVC_YERPE ; @@ -98541,7 +99087,7 @@ DR Q9UPY3, DICER_HUMAN; Q8R418, DICER_MOUSE; B3DLA6, DICER_XENTR; DR P22192, PAC1_SCHPO ; Q8Z023, RNC1_NOSS1 ; P74368, RNC1_SYNY3 ; DR Q8YPT4, RNC2_NOSS1 ; Q55637, RNC2_SYNY3 ; Q6F9C2, RNC_ACIAD ; DR B7GYT0, RNC_ACIB3 ; B0VTM5, RNC_ACIBS ; A3M7P2, RNC_ACIBT ; -DR B0VCU0, RNC_ACIBY ; F0KKL2, RNC_ACICP ; A3MZQ9, RNC_ACTP2 ; +DR B0VCU0, RNC_ACIBY ; F0KKL2, RNC_ACIP2 ; A3MZQ9, RNC_ACTP2 ; DR B0BUA6, RNC_ACTPJ ; A6VLV8, RNC_ACTSZ ; Q8UGK2, RNC_AGRFC ; DR Q21XN1, RNC_ALBFT ; Q0VP19, RNC_ALCBS ; A8EV88, RNC_ALIB4 ; DR Q5E314, RNC_ALIF1 ; Q0A8Z1, RNC_ALKEH ; B9JUN7, RNC_ALLAM ; @@ -98586,54 +99132,54 @@ DR A9KFA0, RNC_COXBN ; A9N942, RNC_COXBR ; P51837, RNC_COXBU ; DR Q1LKN1, RNC_CUPMC ; Q0K8N3, RNC_CUPNH ; Q46Z18, RNC_CUPPJ ; DR B3R1Z9, RNC_CUPTR ; Q47EF7, RNC_DECAR ; Q3Z7Q8, RNC_DEHM1 ; DR Q3ZXY9, RNC_DEHMC ; A9BNJ5, RNC_DELAS ; Q6ANV0, RNC_DESPS ; -DR A4J683, RNC_DESRM ; Q72C44, RNC_DESVH ; B8DPB3, RNC_DESVM ; -DR A8LLD9, RNC_DINSH ; A7ZQ11, RNC_ECO24 ; B7UH07, RNC_ECO27 ; -DR B7MIQ2, RNC_ECO45 ; B7LDG0, RNC_ECO55 ; P0A7Y2, RNC_ECO57 ; -DR B5Z141, RNC_ECO5E ; B7NRM0, RNC_ECO7I ; B7MYJ8, RNC_ECO81 ; -DR B7M8I0, RNC_ECO8A ; C4ZYJ0, RNC_ECOBW ; B1XB41, RNC_ECODH ; -DR A8A377, RNC_ECOHS ; A1AE97, RNC_ECOK1 ; Q0TES1, RNC_ECOL5 ; -DR P0A7Y1, RNC_ECOL6 ; B1IVR0, RNC_ECOLC ; P0A7Y0, RNC_ECOLI ; -DR B7N6F5, RNC_ECOLU ; B6I5E1, RNC_ECOSE ; B1LP80, RNC_ECOSM ; -DR Q1R8G6, RNC_ECOUT ; C5B8Y2, RNC_EDWI9 ; Q3YQX7, RNC_EHRCJ ; -DR Q2GFE4, RNC_EHRCR ; Q5FGH0, RNC_EHRRG ; Q5HA74, RNC_EHRRW ; -DR A4WDD8, RNC_ENT38 ; Q82ZG1, RNC_ENTFA ; B2VI46, RNC_ERWT9 ; -DR B7LUZ7, RNC_ESCF3 ; A6GW45, RNC_FLAPJ ; B0TXH8, RNC_FRAP2 ; -DR Q14G66, RNC_FRAT1 ; A7NAR0, RNC_FRATF ; Q2A4N2, RNC_FRATH ; -DR B2SFY4, RNC_FRATM ; A0Q7W6, RNC_FRATN ; Q0BN07, RNC_FRATO ; -DR Q5NER3, RNC_FRATT ; A4IWK9, RNC_FRATW ; Q6GZP5, RNC_FRG3G ; -DR Q8RGX3, RNC_FUSNN ; Q5L0Q3, RNC_GEOKA ; Q39T82, RNC_GEOMG ; -DR Q74AX1, RNC_GEOSL ; C5D8T6, RNC_GEOSW ; A4IM67, RNC_GEOTN ; -DR B8F3C7, RNC_GLAP5 ; Q7NH89, RNC_GLOVI ; Q7VL75, RNC_HAEDU ; -DR Q4QPN0, RNC_HAEI8 ; A5UBC4, RNC_HAEIE ; A5UFI8, RNC_HAEIG ; -DR P44441, RNC_HAEIN ; Q2SL32, RNC_HAHCH ; Q9KA05, RNC_HALH5 ; -DR C4K3Z3, RNC_HAMD5 ; Q17XJ6, RNC_HELAH ; Q7VIA9, RNC_HELHP ; -DR B0TGW4, RNC_HELMI ; B6JLQ0, RNC_HELP2 ; B5Z735, RNC_HELPG ; -DR Q9ZLH2, RNC_HELPJ ; B2UTG4, RNC_HELPS ; P56118, RNC_HELPY ; -DR B0USS1, RNC_HISS2 ; Q9NRR4, RNC_HUMAN ; B4U7T8, RNC_HYDS0 ; -DR Q5R106, RNC_IDILO ; Q196V9, RNC_IIV3 ; O55748, RNC_IIV6 ; -DR Q28V23, RNC_JANSC ; B5XNH0, RNC_KLEP3 ; A6TCI1, RNC_KLEP7 ; -DR Q5FJJ7, RNC_LACAC ; Q74IP8, RNC_LACJO ; Q9CHD0, RNC_LACLA ; -DR A2RLZ8, RNC_LACLM ; Q030F9, RNC_LACLS ; Q88WK0, RNC_LACPL ; -DR Q38XR8, RNC_LATSS ; Q5X446, RNC_LEGPA ; A5ID21, RNC_LEGPC ; -DR Q5ZUD5, RNC_LEGPH ; Q5WVI4, RNC_LEGPL ; Q6AFJ4, RNC_LEIXX ; -DR Q04R64, RNC_LEPBJ ; Q053L4, RNC_LEPBL ; Q75FW5, RNC_LEPIC ; -DR Q8EXX3, RNC_LEPIN ; B1N016, RNC_LEUCK ; Q03VW5, RNC_LEUMM ; -DR Q1WUA0, RNC_LIGS1 ; B2GD42, RNC_LIMF3 ; A5VKP2, RNC_LIMRD ; -DR B2G826, RNC_LIMRJ ; Q92AK3, RNC_LISIN ; C1KWA4, RNC_LISMC ; -DR Q71YL2, RNC_LISMF ; B8DDU8, RNC_LISMH ; Q8Y691, RNC_LISMO ; -DR A0AJR0, RNC_LISW6 ; A0L633, RNC_MAGMM ; Q65VN5, RNC_MANSM ; -DR A6VUP6, RNC_MARMS ; Q6F1N5, RNC_MESFL ; Q6KHN3, RNC_MESM1 ; +DR A4J683, RNC_DESRM ; A8LLD9, RNC_DINSH ; A7ZQ11, RNC_ECO24 ; +DR B7UH07, RNC_ECO27 ; B7MIQ2, RNC_ECO45 ; B7LDG0, RNC_ECO55 ; +DR P0A7Y2, RNC_ECO57 ; B5Z141, RNC_ECO5E ; B7NRM0, RNC_ECO7I ; +DR B7MYJ8, RNC_ECO81 ; B7M8I0, RNC_ECO8A ; C4ZYJ0, RNC_ECOBW ; +DR B1XB41, RNC_ECODH ; A8A377, RNC_ECOHS ; A1AE97, RNC_ECOK1 ; +DR Q0TES1, RNC_ECOL5 ; P0A7Y1, RNC_ECOL6 ; B1IVR0, RNC_ECOLC ; +DR P0A7Y0, RNC_ECOLI ; B7N6F5, RNC_ECOLU ; B6I5E1, RNC_ECOSE ; +DR B1LP80, RNC_ECOSM ; Q1R8G6, RNC_ECOUT ; C5B8Y2, RNC_EDWI9 ; +DR Q3YQX7, RNC_EHRCJ ; Q2GFE4, RNC_EHRCR ; Q5FGH0, RNC_EHRRG ; +DR Q5HA74, RNC_EHRRW ; A4WDD8, RNC_ENT38 ; Q82ZG1, RNC_ENTFA ; +DR B2VI46, RNC_ERWT9 ; B7LUZ7, RNC_ESCF3 ; A6GW45, RNC_FLAPJ ; +DR B0TXH8, RNC_FRAP2 ; Q14G66, RNC_FRAT1 ; A7NAR0, RNC_FRATF ; +DR Q2A4N2, RNC_FRATH ; B2SFY4, RNC_FRATM ; A0Q7W6, RNC_FRATN ; +DR Q0BN07, RNC_FRATO ; Q5NER3, RNC_FRATT ; A4IWK9, RNC_FRATW ; +DR Q6GZP5, RNC_FRG3G ; Q8RGX3, RNC_FUSNN ; Q5L0Q3, RNC_GEOKA ; +DR Q39T82, RNC_GEOMG ; Q74AX1, RNC_GEOSL ; C5D8T6, RNC_GEOSW ; +DR A4IM67, RNC_GEOTN ; B8F3C7, RNC_GLAP5 ; Q7NH89, RNC_GLOVI ; +DR Q7VL75, RNC_HAEDU ; Q4QPN0, RNC_HAEI8 ; A5UBC4, RNC_HAEIE ; +DR A5UFI8, RNC_HAEIG ; P44441, RNC_HAEIN ; Q2SL32, RNC_HAHCH ; +DR Q9KA05, RNC_HALH5 ; C4K3Z3, RNC_HAMD5 ; Q17XJ6, RNC_HELAH ; +DR Q7VIA9, RNC_HELHP ; B0TGW4, RNC_HELMI ; B6JLQ0, RNC_HELP2 ; +DR B5Z735, RNC_HELPG ; Q9ZLH2, RNC_HELPJ ; B2UTG4, RNC_HELPS ; +DR P56118, RNC_HELPY ; B0USS1, RNC_HISS2 ; Q9NRR4, RNC_HUMAN ; +DR B4U7T8, RNC_HYDS0 ; Q5R106, RNC_IDILO ; Q196V9, RNC_IIV3 ; +DR O55748, RNC_IIV6 ; Q28V23, RNC_JANSC ; B5XNH0, RNC_KLEP3 ; +DR A6TCI1, RNC_KLEP7 ; Q5FJJ7, RNC_LACAC ; Q74IP8, RNC_LACJO ; +DR Q9CHD0, RNC_LACLA ; A2RLZ8, RNC_LACLM ; Q030F9, RNC_LACLS ; +DR Q88WK0, RNC_LACPL ; Q38XR8, RNC_LATSS ; Q5X446, RNC_LEGPA ; +DR A5ID21, RNC_LEGPC ; Q5ZUD5, RNC_LEGPH ; Q5WVI4, RNC_LEGPL ; +DR Q6AFJ4, RNC_LEIXX ; Q04R64, RNC_LEPBJ ; Q053L4, RNC_LEPBL ; +DR Q75FW5, RNC_LEPIC ; Q8EXX3, RNC_LEPIN ; B1N016, RNC_LEUCK ; +DR Q03VW5, RNC_LEUMM ; Q1WUA0, RNC_LIGS1 ; B2GD42, RNC_LIMF3 ; +DR A5VKP2, RNC_LIMRD ; B2G826, RNC_LIMRJ ; Q92AK3, RNC_LISIN ; +DR C1KWA4, RNC_LISMC ; Q71YL2, RNC_LISMF ; B8DDU8, RNC_LISMH ; +DR Q8Y691, RNC_LISMO ; A0AJR0, RNC_LISW6 ; A0L633, RNC_MAGMM ; +DR Q65VN5, RNC_MANSM ; A6VUP6, RNC_MARMS ; Q6F1N5, RNC_MESFL ; DR Q608M7, RNC_METCA ; B8EK13, RNC_METSB ; Q5UQT7, RNC_MIMIV ; DR Q2RJX2, RNC_MOOTA ; Q5HZJ0, RNC_MOUSE ; P66667, RNC_MYCBO ; DR Q2SRZ8, RNC_MYCCT ; Q7NAZ2, RNC_MYCGA ; P47607, RNC_MYCGE ; DR D3FI09, RNC_MYCGF ; D3FH24, RNC_MYCGH ; O69469, RNC_MYCLE ; -DR Q6MTC9, RNC_MYCMS ; Q73VL8, RNC_MYCPA ; E1QCT1, RNC_MYCPB ; -DR P75233, RNC_MYCPN ; A0QV20, RNC_MYCS2 ; Q4A589, RNC_MYCS5 ; -DR P9WH02, RNC_MYCTO ; P9WH03, RNC_MYCTU ; Q1D5X9, RNC_MYXXD ; -DR B2A2N1, RNC_NATTJ ; Q5F9X7, RNC_NEIG1 ; B4RJT7, RNC_NEIG2 ; -DR C9X0M5, RNC_NEIM8 ; Q9JVD3, RNC_NEIMA ; Q9K0C8, RNC_NEIMB ; -DR Q0AF70, RNC_NITEC ; Q820I0, RNC_NITEU ; Q3J8D5, RNC_NITOC ; -DR A6Q1H0, RNC_NITSB ; Q3SRB3, RNC_NITWN ; Q5YS08, RNC_NOCFA ; +DR Q6KHN3, RNC_MYCM1 ; Q6MTC9, RNC_MYCMS ; Q73VL8, RNC_MYCPA ; +DR E1QCT1, RNC_MYCPB ; P75233, RNC_MYCPN ; A0QV20, RNC_MYCS2 ; +DR Q4A589, RNC_MYCS5 ; P9WH02, RNC_MYCTO ; P9WH03, RNC_MYCTU ; +DR Q1D5X9, RNC_MYXXD ; B2A2N1, RNC_NATTJ ; Q5F9X7, RNC_NEIG1 ; +DR B4RJT7, RNC_NEIG2 ; C9X0M5, RNC_NEIM8 ; Q9JVD3, RNC_NEIMA ; +DR Q9K0C8, RNC_NEIMB ; Q0AF70, RNC_NITEC ; Q820I0, RNC_NITEU ; +DR Q3J8D5, RNC_NITOC ; A6Q1H0, RNC_NITSB ; Q72C44, RNC_NITV2 ; +DR B8DPB3, RNC_NITV9 ; Q3SRB3, RNC_NITWN ; Q5YS08, RNC_NOCFA ; DR Q8ER05, RNC_OCEIH ; Q04GL2, RNC_OENOB ; Q310Z1, RNC_OLEA2 ; DR Q6YPW7, RNC_ONYPE ; D4GKM1, RNC_PANAM ; Q6MEK1, RNC_PARUW ; DR P57805, RNC_PASMU ; Q6D219, RNC_PECAS ; C6DC00, RNC_PECCP ; @@ -98700,8 +99246,8 @@ DR A7MZA8, RNC_VIBC1 ; A5F5H8, RNC_VIBC3 ; Q9KPB2, RNC_VIBCH ; DR C3LR04, RNC_VIBCM ; Q87LN9, RNC_VIBPA ; Q8DC76, RNC_VIBVU ; DR Q7MHN8, RNC_VIBVY ; Q8D305, RNC_WIGBR ; Q73FT3, RNC_WOLPM ; DR B3CMS0, RNC_WOLPP ; Q7M840, RNC_WOLSU ; Q5GTI3, RNC_WOLTR ; -DR C0R4Q8, RNC_WOLWR ; Q8PMV0, RNC_XANAC ; Q3BVV6, RNC_XANC5 ; -DR Q4USF7, RNC_XANC8 ; Q8PB52, RNC_XANCP ; Q5H1R2, RNC_XANOR ; +DR C0R4Q8, RNC_WOLWR ; Q8PMV0, RNC_XANAC ; Q4USF7, RNC_XANC8 ; +DR Q8PB52, RNC_XANCP ; Q3BVV6, RNC_XANE5 ; Q5H1R2, RNC_XANOR ; DR B2I604, RNC_XYLF2 ; Q9PB98, RNC_XYLFA ; B0U3D8, RNC_XYLFM ; DR Q87C06, RNC_XYLFT ; A1JKK3, RNC_YERE8 ; A7FFT9, RNC_YERP3 ; DR Q1C555, RNC_YERPA ; Q8ZD72, RNC_YERPE ; A9R402, RNC_YERPG ; @@ -98834,21 +99380,20 @@ DR Q0KA30, RNH2_CUPNH ; Q470F1, RNH2_CUPPJ ; Q6A7T3, RNH2_CUTAK ; DR Q11R91, RNH2_CYTH3 ; Q47F78, RNH2_DECAR ; Q3Z8D7, RNH2_DEHM1 ; DR A5FR86, RNH2_DEHMB ; Q3ZXD6, RNH2_DEHMC ; A9BML8, RNH2_DELAS ; DR B8FRK8, RNH2_DESHD ; Q24UB4, RNH2_DESHY ; Q6AJE5, RNH2_DESPS ; -DR A4J661, RNH2_DESRM ; Q72DU5, RNH2_DESVH ; A1VFE7, RNH2_DESVV ; -DR A5EV63, RNH2_DICNV ; A8LJU6, RNH2_DINSH ; A7ZHS3, RNH2_ECO24 ; -DR B7UJ84, RNH2_ECO27 ; B7MBG4, RNH2_ECO45 ; B7LGP5, RNH2_ECO55 ; -DR Q8X8X6, RNH2_ECO57 ; B5Z0G2, RNH2_ECO5E ; B7NIE5, RNH2_ECO7I ; -DR B7MP43, RNH2_ECO81 ; B7M1Y6, RNH2_ECO8A ; C4ZRS5, RNH2_ECOBW ; -DR B1XD52, RNH2_ECODH ; A7ZWC9, RNH2_ECOHS ; A1A7M7, RNH2_ECOK1 ; -DR Q0TLF0, RNH2_ECOL5 ; Q8FL06, RNH2_ECOL6 ; B1IQF8, RNH2_ECOLC ; -DR P10442, RNH2_ECOLI ; B7N850, RNH2_ECOLU ; B6HZF7, RNH2_ECOSE ; -DR B1LGY5, RNH2_ECOSM ; Q1RG06, RNH2_ECOUT ; C5B7S2, RNH2_EDWI9 ; -DR Q3YST1, RNH2_EHRCJ ; Q2GFP8, RNH2_EHRCR ; Q5FFD4, RNH2_EHRRG ; -DR Q5HC01, RNH2_EHRRW ; B1GZ18, RNH2_ENDTX ; A4W6S8, RNH2_ENT38 ; -DR Q834J7, RNH2_ENTFA ; B2VHY0, RNH2_ERWT9 ; Q2NCP5, RNH2_ERYLH ; -DR B7LW62, RNH2_ESCF3 ; A5FIL7, RNH2_FLAJ1 ; A6GYW0, RNH2_FLAPJ ; -DR Q0RDP7, RNH2_FRAAA ; Q2J702, RNH2_FRACC ; B0TYD6, RNH2_FRAP2 ; -DR A8L6C6, RNH2_FRASN ; Q14GW0, RNH2_FRAT1 ; A7NCM0, RNH2_FRATF ; +DR A4J661, RNH2_DESRM ; A5EV63, RNH2_DICNV ; A8LJU6, RNH2_DINSH ; +DR A7ZHS3, RNH2_ECO24 ; B7UJ84, RNH2_ECO27 ; B7MBG4, RNH2_ECO45 ; +DR B7LGP5, RNH2_ECO55 ; Q8X8X6, RNH2_ECO57 ; B5Z0G2, RNH2_ECO5E ; +DR B7NIE5, RNH2_ECO7I ; B7MP43, RNH2_ECO81 ; B7M1Y6, RNH2_ECO8A ; +DR C4ZRS5, RNH2_ECOBW ; B1XD52, RNH2_ECODH ; A7ZWC9, RNH2_ECOHS ; +DR A1A7M7, RNH2_ECOK1 ; Q0TLF0, RNH2_ECOL5 ; Q8FL06, RNH2_ECOL6 ; +DR B1IQF8, RNH2_ECOLC ; P10442, RNH2_ECOLI ; B7N850, RNH2_ECOLU ; +DR B6HZF7, RNH2_ECOSE ; B1LGY5, RNH2_ECOSM ; Q1RG06, RNH2_ECOUT ; +DR C5B7S2, RNH2_EDWI9 ; Q3YST1, RNH2_EHRCJ ; Q2GFP8, RNH2_EHRCR ; +DR Q5FFD4, RNH2_EHRRG ; Q5HC01, RNH2_EHRRW ; B1GZ18, RNH2_ENDTX ; +DR A4W6S8, RNH2_ENT38 ; Q834J7, RNH2_ENTFA ; B2VHY0, RNH2_ERWT9 ; +DR Q2NCP5, RNH2_ERYLH ; B7LW62, RNH2_ESCF3 ; A5FIL7, RNH2_FLAJ1 ; +DR A6GYW0, RNH2_FLAPJ ; Q0RDP7, RNH2_FRAAA ; Q2J702, RNH2_FRACC ; +DR B0TYD6, RNH2_FRAP2 ; Q14GW0, RNH2_FRAT1 ; A7NCM0, RNH2_FRATF ; DR Q2A337, RNH2_FRATH ; B2SGW7, RNH2_FRATM ; A0Q7F9, RNH2_FRATN ; DR Q0BLL3, RNH2_FRATO ; Q5NFF8, RNH2_FRATT ; A4IX19, RNH2_FRATW ; DR Q8RDX3, RNH2_FUSNN ; B9M597, RNH2_GEODF ; Q5L0P0, RNH2_GEOKA ; @@ -98877,34 +99422,35 @@ DR Q03Y48, RNH2_LEUMM ; Q03S83, RNH2_LEVBA ; Q1WU07, RNH2_LIGS1 ; DR B2GC51, RNH2_LIMF3 ; A5VJL7, RNH2_LIMRD ; B2G731, RNH2_LIMRJ ; DR Q92C79, RNH2_LISIN ; C1L2I1, RNH2_LISMC ; Q720E8, RNH2_LISMF ; DR B8DHN2, RNH2_LISMH ; Q8Y7K4, RNH2_LISMO ; A0AI76, RNH2_LISW6 ; -DR B9EBC6, RNH2_MACCJ ; A0L4Z0, RNH2_MAGMM ; Q50412, RNH2_MAGSA ; -DR Q65VI0, RNH2_MANSM ; Q0AMK3, RNH2_MARMM ; A6VUT6, RNH2_MARMS ; -DR A1U3P0, RNH2_MARN8 ; A6UUM1, RNH2_META3 ; Q8TPF4, RNH2_METAC ; -DR Q0W5R8, RNH2_METAR ; A7I9P7, RNH2_METB6 ; Q468N6, RNH2_METBF ; -DR Q12YN9, RNH2_METBU ; Q604U3, RNH2_METCA ; Q1H153, RNH2_METFK ; -DR Q2FP80, RNH2_METHJ ; Q57599, RNH2_METJA ; Q8TYV5, RNH2_METKA ; -DR A2STJ6, RNH2_METLZ ; A4FWE5, RNH2_METM5 ; A9A9T9, RNH2_METM6 ; -DR A6VGW0, RNH2_METM7 ; Q8PTA3, RNH2_METMA ; Q6LXH7, RNH2_METMP ; -DR A5ULV6, RNH2_METS3 ; Q2NEI6, RNH2_METST ; O27102, RNH2_METTH ; -DR A0B796, RNH2_METTP ; A6UQ18, RNH2_METVS ; B0JV09, RNH2_MICAN ; -DR Q2RJU8, RNH2_MOOTA ; A0QJ41, RNH2_MYCA1 ; B1MDH9, RNH2_MYCA9 ; -DR Q7TXM7, RNH2_MYCBO ; A1KMP6, RNH2_MYCBP ; C1AG17, RNH2_MYCBT ; -DR Q2SRV0, RNH2_MYCCT ; A4TE84, RNH2_MYCGI ; B8ZRW3, RNH2_MYCLB ; -DR O33022, RNH2_MYCLE ; B2HJL9, RNH2_MYCMM ; Q6MTH8, RNH2_MYCMS ; -DR Q73VP3, RNH2_MYCPA ; A0QV44, RNH2_MYCS2 ; A3PXW3, RNH2_MYCSJ ; -DR A1UEF9, RNH2_MYCSK ; Q1BAK3, RNH2_MYCSS ; A5U6Q7, RNH2_MYCTA ; -DR P9WH00, RNH2_MYCTO ; P9WH01, RNH2_MYCTU ; A0PQ70, RNH2_MYCUA ; -DR A1T759, RNH2_MYCVP ; Q1D980, RNH2_MYXXD ; Q74MH3, RNH2_NANEQ ; -DR Q3IRF6, RNH2_NATPD ; B2A2P0, RNH2_NATTJ ; Q5F5X9, RNH2_NEIG1 ; -DR A9M3R5, RNH2_NEIM0 ; Q9JX40, RNH2_NEIMA ; Q9K1G1, RNH2_NEIMB ; -DR A1KRM4, RNH2_NEIMF ; Q2GD69, RNH2_NEOSM ; Q0AEI5, RNH2_NITEC ; -DR Q82U06, RNH2_NITEU ; Q1QIJ1, RNH2_NITHX ; Q2YB96, RNH2_NITMU ; -DR Q3J9L3, RNH2_NITOC ; Q3SPE0, RNH2_NITWN ; Q5YS47, RNH2_NOCFA ; -DR A1SLS0, RNH2_NOCSJ ; Q8YP68, RNH2_NOSS1 ; Q2G794, RNH2_NOVAD ; -DR Q8EQZ4, RNH2_OCEIH ; Q313K1, RNH2_OLEA2 ; A5CDI4, RNH2_ORITB ; -DR B3CUN5, RNH2_ORITI ; A1TN83, RNH2_PARC0 ; A6LHT2, RNH2_PARD8 ; -DR A1B3V0, RNH2_PARDP ; A7HQZ3, RNH2_PARL1 ; Q7U4C6, RNH2_PARMW ; -DR B2T5I0, RNH2_PARPJ ; Q6MDG7, RNH2_PARUW ; Q13XD0, RNH2_PARXL ; +DR B9EBC6, RNH2_MACCJ ; A0L4Z0, RNH2_MAGMM ; Q65VI0, RNH2_MANSM ; +DR Q0AMK3, RNH2_MARMM ; A6VUT6, RNH2_MARMS ; A1U3P0, RNH2_MARN8 ; +DR A6UUM1, RNH2_META3 ; Q8TPF4, RNH2_METAC ; Q0W5R8, RNH2_METAR ; +DR A7I9P7, RNH2_METB6 ; Q468N6, RNH2_METBF ; Q12YN9, RNH2_METBU ; +DR Q604U3, RNH2_METCA ; Q1H153, RNH2_METFK ; Q2FP80, RNH2_METHJ ; +DR Q57599, RNH2_METJA ; Q8TYV5, RNH2_METKA ; A2STJ6, RNH2_METLZ ; +DR A4FWE5, RNH2_METM5 ; A9A9T9, RNH2_METM6 ; A6VGW0, RNH2_METM7 ; +DR Q8PTA3, RNH2_METMA ; Q6LXH7, RNH2_METMP ; A5ULV6, RNH2_METS3 ; +DR Q2NEI6, RNH2_METST ; O27102, RNH2_METTH ; A0B796, RNH2_METTP ; +DR A6UQ18, RNH2_METVS ; B0JV09, RNH2_MICAN ; Q2RJU8, RNH2_MOOTA ; +DR A0QJ41, RNH2_MYCA1 ; B1MDH9, RNH2_MYCA9 ; Q7TXM7, RNH2_MYCBO ; +DR A1KMP6, RNH2_MYCBP ; C1AG17, RNH2_MYCBT ; Q2SRV0, RNH2_MYCCT ; +DR A4TE84, RNH2_MYCGI ; B8ZRW3, RNH2_MYCLB ; O33022, RNH2_MYCLE ; +DR B2HJL9, RNH2_MYCMM ; Q6MTH8, RNH2_MYCMS ; Q73VP3, RNH2_MYCPA ; +DR A0QV44, RNH2_MYCS2 ; A3PXW3, RNH2_MYCSJ ; A1UEF9, RNH2_MYCSK ; +DR Q1BAK3, RNH2_MYCSS ; A5U6Q7, RNH2_MYCTA ; P9WH00, RNH2_MYCTO ; +DR P9WH01, RNH2_MYCTU ; A0PQ70, RNH2_MYCUA ; A1T759, RNH2_MYCVP ; +DR Q1D980, RNH2_MYXXD ; Q74MH3, RNH2_NANEQ ; Q3IRF6, RNH2_NATPD ; +DR B2A2P0, RNH2_NATTJ ; Q5F5X9, RNH2_NEIG1 ; A9M3R5, RNH2_NEIM0 ; +DR Q9JX40, RNH2_NEIMA ; Q9K1G1, RNH2_NEIMB ; A1KRM4, RNH2_NEIMF ; +DR Q2GD69, RNH2_NEOSM ; Q0AEI5, RNH2_NITEC ; Q82U06, RNH2_NITEU ; +DR Q1QIJ1, RNH2_NITHX ; Q2YB96, RNH2_NITMU ; Q3J9L3, RNH2_NITOC ; +DR Q72DU5, RNH2_NITV2 ; A1VFE7, RNH2_NITV4 ; Q3SPE0, RNH2_NITWN ; +DR Q5YS47, RNH2_NOCFA ; A1SLS0, RNH2_NOCSJ ; Q8YP68, RNH2_NOSS1 ; +DR Q2G794, RNH2_NOVAD ; Q8EQZ4, RNH2_OCEIH ; Q313K1, RNH2_OLEA2 ; +DR A5CDI4, RNH2_ORITB ; B3CUN5, RNH2_ORITI ; A1TN83, RNH2_PARC0 ; +DR A6LHT2, RNH2_PARD8 ; A1B3V0, RNH2_PARDP ; A7HQZ3, RNH2_PARL1 ; +DR Q50412, RNH2_PARM1 ; Q7U4C6, RNH2_PARMW ; B2T5I0, RNH2_PARPJ ; +DR A8L6C6, RNH2_PARS2 ; Q6MDG7, RNH2_PARUW ; Q13XD0, RNH2_PARXL ; DR P57986, RNH2_PASMU ; Q6D8C9, RNH2_PECAS ; C6DAJ7, RNH2_PECCP ; DR Q03FJ5, RNH2_PEDPA ; B4SAK8, RNH2_PELPB ; A1AMZ7, RNH2_PELPD ; DR A5D1I3, RNH2_PELTS ; Q4FPF7, RNH2_PELUB ; Q7N8N3, RNH2_PHOLL ; @@ -99059,7 +99605,6 @@ DR B6J5V1, RNH_COXB1 ; B6J1Y7, RNH_COXB2 ; A9KGQ0, RNH_COXBN ; DR A9NB52, RNH_COXBR ; Q83EK3, RNH_COXBU ; A7MI34, RNH_CROS8 ; DR Q1LL89, RNH_CUPMC ; Q0K8W6, RNH_CUPNH ; Q46Z81, RNH_CUPPJ ; DR B8HPS9, RNH_CYAP4 ; Q47FN9, RNH_DECAR ; A4J7B3, RNH_DESRM ; -DR Q72E89, RNH_DESVH ; B8DIU7, RNH_DESVM ; A1VFS4, RNH_DESVV ; DR A5EXP9, RNH_DICNV ; A8LLC1, RNH_DINSH ; A7ZHV1, RNH_ECO24 ; DR B7UJB0, RNH_ECO27 ; B7MBJ0, RNH_ECO45 ; B7LHC0, RNH_ECO55 ; DR P0A7Y6, RNH_ECO57 ; B5Z0I8, RNH_ECO5E ; B7NKW4, RNH_ECO7I ; @@ -99082,16 +99627,17 @@ DR A4G7G3, RNH_HERAR ; Q31H49, RNH_HYDCU ; Q0C3M1, RNH_HYPNA ; DR Q5QZL3, RNH_IDILO ; A6SXA4, RNH_JANMA ; Q28V43, RNH_JANSC ; DR B5Y1G2, RNH_KLEP3 ; A6T512, RNH_KLEP7 ; A9KLJ9, RNH_LACP7 ; DR Q5X5I2, RNH_LEGPA ; A5IBM5, RNH_LEGPC ; Q5ZVQ7, RNH_LEGPH ; -DR Q5WWW5, RNH_LEGPL ; Q2W9A9, RNH_MAGSA ; Q65S82, RNH_MANSM ; -DR Q0AMI4, RNH_MARMM ; A1U0U9, RNH_MARN8 ; Q60AW8, RNH_METCA ; -DR A9W185, RNH_METEP ; Q1H190, RNH_METFK ; Q5UPY1, RNH_MIMIV ; -DR Q2RKU0, RNH_MOOTA ; A4T6Y5, RNH_MYCGI ; A0R3Q8, RNH_MYCS2 ; -DR Q07705, RNH_MYCSM ; Q5F7K9, RNH_NEIG1 ; Q9JTD9, RNH_NEIMA ; -DR Q9JYE5, RNH_NEIMB ; A1KV38, RNH_NEIMF ; Q2GDA1, RNH_NEOSM ; -DR Q0AE34, RNH_NITEC ; Q82XV8, RNH_NITEU ; Q1QH30, RNH_NITHX ; -DR Q2Y8K1, RNH_NITMU ; Q3J7D4, RNH_NITOC ; Q3SP51, RNH_NITWN ; -DR Q2G9E3, RNH_NOVAD ; Q30X61, RNH_OLEA2 ; A5CEP5, RNH_ORITB ; -DR A1TQI7, RNH_PARC0 ; A1B840, RNH_PARDP ; A7HQX4, RNH_PARL1 ; +DR Q5WWW5, RNH_LEGPL ; Q65S82, RNH_MANSM ; Q0AMI4, RNH_MARMM ; +DR A1U0U9, RNH_MARN8 ; Q60AW8, RNH_METCA ; A9W185, RNH_METEP ; +DR Q1H190, RNH_METFK ; Q5UPY1, RNH_MIMIV ; Q2RKU0, RNH_MOOTA ; +DR A4T6Y5, RNH_MYCGI ; A0R3Q8, RNH_MYCS2 ; Q07705, RNH_MYCSM ; +DR Q5F7K9, RNH_NEIG1 ; Q9JTD9, RNH_NEIMA ; Q9JYE5, RNH_NEIMB ; +DR A1KV38, RNH_NEIMF ; Q2GDA1, RNH_NEOSM ; Q0AE34, RNH_NITEC ; +DR Q82XV8, RNH_NITEU ; Q1QH30, RNH_NITHX ; Q2Y8K1, RNH_NITMU ; +DR Q3J7D4, RNH_NITOC ; Q72E89, RNH_NITV2 ; A1VFS4, RNH_NITV4 ; +DR B8DIU7, RNH_NITV9 ; Q3SP51, RNH_NITWN ; Q2G9E3, RNH_NOVAD ; +DR Q30X61, RNH_OLEA2 ; A5CEP5, RNH_ORITB ; A1TQI7, RNH_PARC0 ; +DR A1B840, RNH_PARDP ; A7HQX4, RNH_PARL1 ; Q2W9A9, RNH_PARM1 ; DR P57813, RNH_PASMU ; Q6D1V7, RNH_PECAS ; C6DC65, RNH_PECCP ; DR A1AT66, RNH_PELPD ; B4R8T3, RNH_PHEZH ; Q7N807, RNH_PHOLL ; DR Q8GF77, RNH_PHOLU ; A4SXM6, RNH_POLAQ ; A1VMW5, RNH_POLNA ; @@ -99137,8 +99683,8 @@ DR A5CX29, RNH_VESOH ; B7VIP1, RNH_VIBA3 ; A7MY21, RNH_VIBC1 ; DR A5F633, RNH_VIBC3 ; Q9KPX8, RNH_VIBCH ; C3LPN8, RNH_VIBCM ; DR Q87MG2, RNH_VIBPA ; Q8DBD5, RNH_VIBVU ; Q7MII6, RNH_VIBVY ; DR Q8D3D3, RNH_WIGBR ; Q73I74, RNH_WOLPM ; C0R2X2, RNH_WOLWR ; -DR Q8PNH8, RNH_XANAC ; Q3BWP3, RNH_XANC5 ; Q4URM3, RNH_XANC8 ; -DR Q8PBX8, RNH_XANCP ; Q2P6Y2, RNH_XANOM ; Q5H426, RNH_XANOR ; +DR Q8PNH8, RNH_XANAC ; Q4URM3, RNH_XANC8 ; Q8PBX8, RNH_XANCP ; +DR Q3BWP3, RNH_XANE5 ; Q2P6Y2, RNH_XANOM ; Q5H426, RNH_XANOR ; DR Q9PBI6, RNH_XYLFA ; Q87C76, RNH_XYLFT ; A1JKB1, RNH_YERE8 ; DR A7FFK7, RNH_YERP3 ; Q1CAJ5, RNH_YERPA ; B2KAC9, RNH_YERPB ; DR Q8ZH30, RNH_YERPE ; A9R0G0, RNH_YERPG ; Q1CFI6, RNH_YERPN ; @@ -99290,45 +99836,45 @@ DR B7NF21, RNPA_ECOLU ; B6I3T7, RNPA_ECOSE ; B1LL31, RNPA_ECOSM ; DR Q1R4N2, RNPA_ECOUT ; C5BF62, RNPA_EDWI9 ; Q82YV0, RNPA_ENTFA ; DR B2VCE5, RNPA_ERWT9 ; Q2N7X0, RNPA_ERYLH ; B7LK46, RNPA_ESCF3 ; DR B1YGB0, RNPA_EXIS2 ; C4KZZ5, RNPA_EXISA ; B0S3V6, RNPA_FINM2 ; -DR A8L8W2, RNPA_FRASN ; Q8RHA6, RNPA_FUSNN ; Q5KU54, RNPA_GEOKA ; -DR C6DYS3, RNPA_GEOSM ; C5D9Z1, RNPA_GEOSW ; A4ITX4, RNPA_GEOTN ; -DR A5G9V6, RNPA_GEOUR ; B7KHE3, RNPA_GLOC7 ; A9HKS8, RNPA_GLUDA ; -DR Q5FPY1, RNPA_GLUOX ; Q7VN34, RNPA_HAEDU ; Q4QLR2, RNPA_HAEI8 ; -DR A5UID3, RNPA_HAEIG ; P44306, RNPA_HAEIN ; Q9RCA4, RNPA_HALH5 ; -DR A1WWE2, RNPA_HALHL ; C4K7P7, RNPA_HAMD5 ; Q17ZA3, RNPA_HELAH ; -DR Q7VJX7, RNPA_HELHP ; B6JNU5, RNPA_HELP2 ; Q1CRI1, RNPA_HELPH ; -DR Q9ZJH0, RNPA_HELPJ ; B2UVJ3, RNPA_HELPS ; P55997, RNPA_HELPY ; -DR A9AXK0, RNPA_HERA2 ; Q0I0Y9, RNPA_HISS1 ; B0URU5, RNPA_HISS2 ; -DR Q5QZK1, RNPA_IDILO ; A6WGN2, RNPA_KINRD ; B5XZP6, RNPA_KLEP3 ; -DR B2GJF5, RNPA_KOCRD ; Q5FHQ3, RNPA_LACAC ; B3WBV6, RNPA_LACCB ; -DR Q1G7Z2, RNPA_LACDA ; Q047F7, RNPA_LACDB ; Q040F1, RNPA_LACGA ; -DR A8YTQ9, RNPA_LACH4 ; Q74H92, RNPA_LACJO ; Q9CJ73, RNPA_LACLA ; -DR A2RHL3, RNPA_LACLM ; Q032X2, RNPA_LACLS ; A9KLY3, RNPA_LACP7 ; -DR Q88RX0, RNPA_LACPL ; Q38UE4, RNPA_LATSS ; Q5X0M0, RNPA_LEGPA ; -DR A5IIK5, RNPA_LEGPC ; Q5WSE7, RNPA_LEGPL ; B1MWS3, RNPA_LEUCK ; -DR Q03UI9, RNPA_LEUMM ; Q03N61, RNPA_LEVBA ; Q1WRF9, RNPA_LIGS1 ; -DR B2GEU6, RNPA_LIMF3 ; A5VMV1, RNPA_LIMRD ; B2GA53, RNPA_LIMRJ ; -DR Q926Q4, RNPA_LISIN ; C1L0I8, RNPA_LISMC ; Q71VQ7, RNPA_LISMF ; -DR B8DCV5, RNPA_LISMH ; Q8Y3I1, RNPA_LISMO ; A0AMG4, RNPA_LISW6 ; -DR B9E8Z6, RNPA_MACCJ ; Q2VZ17, RNPA_MAGSA ; Q8EU90, RNPA_MALP2 ; -DR Q65VC0, RNPA_MANSM ; A6W3V2, RNPA_MARMS ; A1U7J6, RNPA_MARN8 ; -DR C6C0J4, RNPA_MARSD ; Q6F0D5, RNPA_MESFL ; Q4A750, RNPA_MESH7 ; -DR Q4A913, RNPA_MESHJ ; Q6KH14, RNPA_MESM1 ; Q602M8, RNPA_METCA ; +DR Q8RHA6, RNPA_FUSNN ; Q5KU54, RNPA_GEOKA ; C6DYS3, RNPA_GEOSM ; +DR C5D9Z1, RNPA_GEOSW ; A4ITX4, RNPA_GEOTN ; A5G9V6, RNPA_GEOUR ; +DR B7KHE3, RNPA_GLOC7 ; A9HKS8, RNPA_GLUDA ; Q5FPY1, RNPA_GLUOX ; +DR Q7VN34, RNPA_HAEDU ; Q4QLR2, RNPA_HAEI8 ; A5UID3, RNPA_HAEIG ; +DR P44306, RNPA_HAEIN ; Q9RCA4, RNPA_HALH5 ; A1WWE2, RNPA_HALHL ; +DR C4K7P7, RNPA_HAMD5 ; Q17ZA3, RNPA_HELAH ; Q7VJX7, RNPA_HELHP ; +DR B6JNU5, RNPA_HELP2 ; Q1CRI1, RNPA_HELPH ; Q9ZJH0, RNPA_HELPJ ; +DR B2UVJ3, RNPA_HELPS ; P55997, RNPA_HELPY ; A9AXK0, RNPA_HERA2 ; +DR Q0I0Y9, RNPA_HISS1 ; B0URU5, RNPA_HISS2 ; Q5QZK1, RNPA_IDILO ; +DR A6WGN2, RNPA_KINRD ; B5XZP6, RNPA_KLEP3 ; B2GJF5, RNPA_KOCRD ; +DR Q5FHQ3, RNPA_LACAC ; B3WBV6, RNPA_LACCB ; Q1G7Z2, RNPA_LACDA ; +DR Q047F7, RNPA_LACDB ; Q040F1, RNPA_LACGA ; A8YTQ9, RNPA_LACH4 ; +DR Q74H92, RNPA_LACJO ; Q9CJ73, RNPA_LACLA ; A2RHL3, RNPA_LACLM ; +DR Q032X2, RNPA_LACLS ; A9KLY3, RNPA_LACP7 ; Q88RX0, RNPA_LACPL ; +DR Q38UE4, RNPA_LATSS ; Q5X0M0, RNPA_LEGPA ; A5IIK5, RNPA_LEGPC ; +DR Q5WSE7, RNPA_LEGPL ; B1MWS3, RNPA_LEUCK ; Q03UI9, RNPA_LEUMM ; +DR Q03N61, RNPA_LEVBA ; Q1WRF9, RNPA_LIGS1 ; B2GEU6, RNPA_LIMF3 ; +DR A5VMV1, RNPA_LIMRD ; B2GA53, RNPA_LIMRJ ; Q926Q4, RNPA_LISIN ; +DR C1L0I8, RNPA_LISMC ; Q71VQ7, RNPA_LISMF ; B8DCV5, RNPA_LISMH ; +DR Q8Y3I1, RNPA_LISMO ; A0AMG4, RNPA_LISW6 ; B9E8Z6, RNPA_MACCJ ; +DR Q8EU90, RNPA_MALP2 ; Q65VC0, RNPA_MANSM ; A6W3V2, RNPA_MARMS ; +DR A1U7J6, RNPA_MARN8 ; C6C0J4, RNPA_MARSD ; Q6F0D5, RNPA_MESFL ; +DR Q4A750, RNPA_MESH7 ; Q4A913, RNPA_MESHJ ; Q602M8, RNPA_METCA ; DR B0JN62, RNPA_MICAN ; C5C7X2, RNPA_MICLC ; P21172, RNPA_MICLU ; DR A0QND4, RNPA_MYCA1 ; B1MN96, RNPA_MYCA9 ; P0A5X9, RNPA_MYCBO ; DR P43039, RNPA_MYCCT ; P47703, RNPA_MYCGE ; A4T4T3, RNPA_MYCGI ; -DR B8ZTN6, RNPA_MYCLB ; P46610, RNPA_MYCLE ; B2HNT8, RNPA_MYCMM ; -DR Q6MRS3, RNPA_MYCMS ; Q9L7L9, RNPA_MYCPA ; P75111, RNPA_MYCPN ; -DR Q98R57, RNPA_MYCPU ; Q4A5G4, RNPA_MYCS5 ; A3Q8S4, RNPA_MYCSJ ; -DR A1U8R8, RNPA_MYCSK ; Q1B0S2, RNPA_MYCSS ; P9WGZ2, RNPA_MYCTO ; -DR P9WGZ3, RNPA_MYCTU ; A0PX70, RNPA_MYCUA ; A1TI29, RNPA_MYCVP ; -DR B2A474, RNPA_NATTJ ; Q5F4W3, RNPA_NEIG1 ; B4RJJ5, RNPA_NEIG2 ; -DR Q9JW46, RNPA_NEIMA ; Q9JXS6, RNPA_NEIMB ; A1KS00, RNPA_NEIMF ; -DR Q0AE58, RNPA_NITEC ; Q82X99, RNPA_NITEU ; Q3J6L7, RNPA_NITOC ; -DR A6Q3D2, RNPA_NITSB ; Q5YMR7, RNPA_NOCFA ; A1SQV9, RNPA_NOCSJ ; -DR B2J0Q5, RNPA_NOSP7 ; Q8YRN1, RNPA_NOSS1 ; Q8EKU0, RNPA_OCEIH ; -DR Q04CX7, RNPA_OENOB ; Q30YQ3, RNPA_OLEA2 ; Q6YQX5, RNPA_ONYPE ; -DR Q7U524, RNPA_PARMW ; Q13SH2, RNPA_PARXL ; P57915, RNPA_PASMU ; +DR B8ZTN6, RNPA_MYCLB ; P46610, RNPA_MYCLE ; Q6KH14, RNPA_MYCM1 ; +DR B2HNT8, RNPA_MYCMM ; Q6MRS3, RNPA_MYCMS ; Q9L7L9, RNPA_MYCPA ; +DR P75111, RNPA_MYCPN ; Q98R57, RNPA_MYCPU ; Q4A5G4, RNPA_MYCS5 ; +DR A3Q8S4, RNPA_MYCSJ ; A1U8R8, RNPA_MYCSK ; Q1B0S2, RNPA_MYCSS ; +DR P9WGZ2, RNPA_MYCTO ; P9WGZ3, RNPA_MYCTU ; A0PX70, RNPA_MYCUA ; +DR A1TI29, RNPA_MYCVP ; B2A474, RNPA_NATTJ ; Q5F4W3, RNPA_NEIG1 ; +DR B4RJJ5, RNPA_NEIG2 ; Q9JW46, RNPA_NEIMA ; Q9JXS6, RNPA_NEIMB ; +DR A1KS00, RNPA_NEIMF ; Q0AE58, RNPA_NITEC ; Q82X99, RNPA_NITEU ; +DR Q3J6L7, RNPA_NITOC ; A6Q3D2, RNPA_NITSB ; Q5YMR7, RNPA_NOCFA ; +DR A1SQV9, RNPA_NOCSJ ; B2J0Q5, RNPA_NOSP7 ; Q8YRN1, RNPA_NOSS1 ; +DR Q8EKU0, RNPA_OCEIH ; Q04CX7, RNPA_OENOB ; Q30YQ3, RNPA_OLEA2 ; +DR Q6YQX5, RNPA_ONYPE ; Q2VZ17, RNPA_PARM1 ; Q7U524, RNPA_PARMW ; +DR A8L8W2, RNPA_PARS2 ; Q13SH2, RNPA_PARXL ; P57915, RNPA_PASMU ; DR Q6CYR1, RNPA_PECAS ; Q03D57, RNPA_PEDPA ; A5CY49, RNPA_PELTS ; DR A9BJC4, RNPA_PETMO ; Q7M7H7, RNPA_PHOLL ; Q6LW54, RNPA_PHOPR ; DR B1VAN7, RNPA_PHYAS ; B1XJD2, RNPA_PICP2 ; B2RHI3, RNPA_PORG3 ; @@ -99396,8 +99942,8 @@ DR B1AJP4, RNPA_UREP2 ; Q9PPN6, RNPA_UREPA ; B5ZCB8, RNPA_UREU1 ; DR A5CVI0, RNPA_VESOH ; A7N1E4, RNPA_VIBC1 ; A5F483, RNPA_VIBC3 ; DR Q9KVY2, RNPA_VIBCH ; C3LP79, RNPA_VIBCM ; Q87TR4, RNPA_VIBPA ; DR Q8DDI3, RNPA_VIBVU ; Q7MQK4, RNPA_VIBVY ; Q8PEH6, RNPA_XANAC ; -DR Q3BLZ6, RNPA_XANC5 ; Q4UNK7, RNPA_XANC8 ; B0RMM7, RNPA_XANCB ; -DR Q8P337, RNPA_XANCP ; Q2NX51, RNPA_XANOM ; Q9P9U0, RNPA_XYLFA ; +DR Q4UNK7, RNPA_XANC8 ; B0RMM7, RNPA_XANCB ; Q8P337, RNPA_XANCP ; +DR Q3BLZ6, RNPA_XANE5 ; Q2NX51, RNPA_XANOM ; Q9P9U0, RNPA_XYLFA ; DR Q879S2, RNPA_XYLFT ; A1JT84, RNPA_YERE8 ; A7FPB9, RNPA_YERP3 ; DR Q1C0B6, RNPA_YERPA ; Q8Z9U4, RNPA_YERPE ; Q1CCJ6, RNPA_YERPN ; DR A4TSL3, RNPA_YERPP ; Q663S9, RNPA_YERPS ; Q02773, RPM2_YEAST ; @@ -99902,40 +100448,7 @@ DR P82186, GUN_MYTED ; P23548, GUN_PAEPO ; O97401, GUN_PHACE ; DR P22503, GUN_PHAVU ; Q8RSY9, GUN_PSEFS ; P58599, GUN_RALN1 ; DR P17974, GUN_RALSL ; P23044, GUN_ROBSP ; Q8Z289, GUN_SALTI ; DR Q8ZLB7, GUN_SALTY ; P81190, GUN_SCHCO ; P58935, GUN_XANAC ; -DR A0A2H3EDS0, LP9A_ARMGA ; A1C4H2, LP9A_ASPCL ; B0Y9G4, LP9A_ASPFC ; -DR B8MXJ7, LP9A_ASPFN ; Q4X066, LP9A_ASPFU ; Q96WQ9, LP9A_ASPKW ; -DR A2R5N0, LP9A_ASPNC ; Q2US83, LP9A_ASPOR ; A0A5N6V703, LP9A_ASPTM ; -DR Q0CEU4, LP9A_ASPTN ; A0A384K4U6, LP9A_BOTFB ; A0A223GEC9, LP9A_COLVR ; -DR Q5BAP2, LP9A_EMENI ; A0A0J9XKT0, LP9A_GEOCN ; I1REU9, LP9A_GIBZE ; -DR S7Q0E7, LP9A_GLOTA ; A0A1C9ZP88, LP9A_GLOTR ; O14405, LP9A_HYPJE ; -DR G0R6T8, LP9A_HYPJQ ; A0A5J6BJT3, LP9A_MALCI ; A1DBS6, LP9A_NEOFI ; -DR Q7S439, LP9A_NEUCR ; A0A0S2GKZ1, LP9A_PANSI ; K5VN09, LP9A_PHACS ; -DR B2B629, LP9A_PODAN ; D8Q364, LP9A_SCHCM ; A0A478ECY3, LP9A_TALPI ; -DR A0A482A9N4, LP9A_TALVE ; G3XAP7, LP9A_THEAU ; G2QNT0, LP9A_THET4 ; -DR A0A0H4K9X4, LP9A_THETO ; G2R6N0, LP9A_THETT ; Q4WP32, LP9B_ASPFU ; -DR A0A5N6UX39, LP9B_ASPTM ; A0A384JJE6, LP9B_BOTFB ; Q5BCX8, LP9B_EMENI ; -DR A0A0J9XL55, LP9B_GEOCN ; S7RK00, LP9B_GLOTA ; W4KMP1, LP9B_HETIT ; -DR Q7Z9M7, LP9B_HYPJQ ; A0A5J6BJT1, LP9B_MALCI ; B2AVF1, LP9B_PODAN ; -DR G2QCJ3, LP9B_THET4 ; A0A1C9CXI1, LP9B_THETO ; G2RB73, LP9B_THETT ; -DR Q4WBU0, LP9C_ASPFU ; A0A5N6V3W5, LP9C_ASPTM ; A0A384JJB6, LP9C_BOTFB ; -DR Q5AZ52, LP9C_EMENI ; A0A0J9XK58, LP9C_GEOCN ; S7QKE2, LP9C_GLOTA ; -DR A0A1C9ZMC3, LP9C_GLOTR ; A0A4P8PKE4, LP9C_MALCI ; Q7SHI8, LP9C_NEUCR ; -DR B2AUV0, LP9C_PODAN ; G2QA92, LP9C_THET4 ; A0A1C9CXI0, LP9C_THETO ; -DR A0A5N6UUF2, LP9D_ASPTM ; A0A384JLD1, LP9D_BOTFB ; Q5B8T4, LP9D_EMENI ; -DR A0A0J9XBC9, LP9D_GEOCN ; S7QP81, LP9D_GLOTA ; A0A5J6BJN5, LP9D_MALCI ; -DR H1AE14, LP9D_PHACH ; B2ARG6, LP9D_PODAN ; G2QAB5, LP9D_THET4 ; -DR A0A218MJF1, LP9D_THETO ; A0A5N6UNY1, LP9E_ASPTM ; A0A384JDH0, LP9E_BOTFB ; -DR Q5AQA6, LP9E_EMENI ; A0A5J6BJT0, LP9E_MALCI ; Q7RWN7, LP9E_NEUCR ; -DR B2ATL7, LP9E_PODAN ; G2RGE5, LP9E_THETT ; A0A5N6UWA3, LP9F_ASPTM ; -DR A0A384JXL6, LP9F_BOTFB ; Q5B6H0, LP9F_EMENI ; A0A5J6BJN2, LP9F_MALCI ; -DR Q1K4Q1, LP9F_NEUCR ; B2B403, LP9F_PODAN ; A0A5N6UV50, LP9G_ASPTM ; -DR A0A384JTK5, LP9G_BOTFB ; C8V530, LP9G_EMENI ; A0A5J6BJP2, LP9G_MALCI ; -DR B2B5J7, LP9G_PODAN ; G2QZK6, LP9G_THETT ; A0A384JZ02, LP9H_BOTFB ; -DR Q5BEI9, LP9H_EMENI ; A0A5J6BJQ5, LP9H_MALCI ; B2ADG1, LP9H_PODAN ; -DR G2Q9T3, LP9H_THET4 ; A0A384J8V9, LP9I_BOTFB ; C8V4I9, LP9I_EMENI ; -DR Q7SHD9, LP9J_NEUCR ; G2RGE6, LP9T_THETT ; G2RB72, LP9U_THETT ; -DR A8NCG7, LP9_COPC7 ; J9VH79, LP9_CRYNH ; A0A1Y2IY60, LP9_TRAC3 ; -DR P22533, MANB_CALSA ; P84195, XYNA_GLOTR ; +DR Q5B6H0, LP9F_EMENI ; P22533, MANB_CALSA ; P84195, XYNA_GLOTR ; // ID 3.2.1.5 DE Deleted entry. @@ -99970,58 +100483,59 @@ DR P28621, GUNB_CLOC7 ; P07986, GUX_CELFI ; A3DH97, RSGI6_ACET2; DR Q4P902, XIN1_USTMA ; O60206, XLNA_AGABI ; B8YG19, XS20E_NEOPA; DR Q59675, XY10C_CELJA; B3VSG7, XY11A_BOTFB; Q2LMP0, XY11A_BOTFU; DR Q59674, XY11A_CELJA; P83513, XY11A_PSEXY; Q4P0L3, XY11A_USTMA; -DR Q8VP72, XY11B_CELJA; D5EY13, XYFA_PRER2 ; V9TXH2, XYN11_PAEBA; +DR Q8VP72, XY11B_CELJA; D5EY13, XYFA_XYLR2 ; V9TXH2, XYN11_PAEBA; DR A0A1P8AWH8, XYN1_ARATH ; Q96TR7, XYN1_AURPU ; O74716, XYN1_CLAPU ; DR Q06562, XYN1_COCCA ; P40943, XYN1_GEOSE ; I1RQU5, XYN1_GIBZE ; DR P79046, XYN1_HUMGT ; P55334, XYN1_HUMIN ; G0R947, XYN1_HYPJQ ; -DR P36218, XYN1_HYPJR ; A6YAP7, XYN1_LEUGO ; P0CT48, XYN1_PYRGI ; -DR P0CT49, XYN1_PYRO7 ; W0HFK8, XYN1_RHIOR ; O80596, XYN2_ARATH ; -DR Q2PGV8, XYN2_AURPU ; O74717, XYN2_CLAPU ; P45703, XYN2_GEOSE ; -DR Q9HGE1, XYN2_HUMGT ; G0RUP7, XYN2_HYPJQ ; P36217, XYN2_HYPJR ; -DR Q01176, XYN2_PYRGI ; G4MTF8, XYN2_PYRO7 ; W0HJ53, XYN2_RHIOR ; -DR B5A7N4, XYN2_TRIHA ; F4JG10, XYN3_ARATH ; P33557, XYN3_ASPKW ; -DR G0RA32, XYN3_HYPJQ ; A0A024SIB3, XYN3_HYPJR ; Q92244, XYN3_PYRGI ; -DR G4MWS3, XYN3_PYRO7 ; Q680B7, XYN4_ARATH ; Q12550, XYN4_ASPNG ; -DR P23557, XYN4_CALSA ; Q92245, XYN4_PYRGI ; G4NA54, XYN4_PYRO7 ; -DR Q84WT5, XYN5L_ARATH; A0A1P8B8F8, XYN5_ARATH ; A2R4D1, XYN5_ASPNC ; -DR Q12549, XYN5_ASPNG ; Q8J1Y4, XYN5_PYRGI ; G4MLU0, XYN5_PYRO7 ; -DR Q6QJ75, XYN6_ASPNG ; Q8NJ73, XYN6_PYRGI ; G4MPQ7, XYN6_PYRO7 ; -DR C6CRV0, XYNA1_PAESJ; Q8GJ44, XYNA1_THEST; P33558, XYNA2_THEST; -DR O59859, XYNA_ASPAC ; P55328, XYNA_ASPAW ; A1CCU0, XYNA_ASPCL ; -DR B0XXF3, XYNA_ASPFC ; B8NKE9, XYNA_ASPFN ; Q4WG11, XYNA_ASPFU ; -DR P33559, XYNA_ASPKW ; P55329, XYNA_ASPNG ; Q9HFA4, XYNA_ASPOR ; -DR Q0CFS3, XYNA_ASPTN ; P55331, XYNA_ASPTU ; Q12562, XYNA_AURPU ; -DR P49942, XYNA_BACOV ; P00694, XYNA_BACPU ; P18429, XYNA_BACSU ; -DR P23551, XYNA_BUTFI ; P81536, XYNA_BYSSP ; P23556, XYNA_CALSA ; -DR P40944, XYNA_CALSR ; P14768, XYNA_CELJU ; P17137, XYNA_CLOSA ; -DR P80718, XYNA_DICB4 ; Q12603, XYNA_DICTH ; P55332, XYNA_EMENI ; -DR B3A0S5, XYNA_FUSO4 ; P45705, XYNA_GEOSE ; I1S2K3, XYNA_GIBZE ; -DR P84195, XYNA_GLOTR ; P07528, XYNA_HALH5 ; P07529, XYNA_NAGAL ; -DR A1DJ52, XYNA_NEOFI ; P29127, XYNA_NEOPA ; P09850, XYNA_NIACI ; -DR P29417, XYNA_PENCH ; Q2PGY1, XYNA_PENCI ; Q5S7A8, XYNA_PENCN ; -DR P56588, XYNA_PENSI ; Q9HEZ1, XYNA_PHACH ; Q12667, XYNA_PIRSP ; -DR P48789, XYNA_PRERU ; P29126, XYNA_RUMFL ; P35809, XYNA_SCHCO ; -DR P26514, XYNA_STRLI ; B4XVN1, XYNA_STRSQ ; Q9P8J1, XYNA_TALPU ; -DR P23360, XYNA_THEAU ; O43097, XYNA_THELA ; Q60037, XYNA_THEMA ; -DR Q60042, XYNA_THENE ; P36917, XYNA_THESA ; A1CU59, XYNB_ASPCL ; -DR B0Y8Q8, XYNB_ASPFC ; B8NJ86, XYNB_ASPFN ; Q4WLV2, XYNB_ASPFU ; -DR P48824, XYNB_ASPKW ; A2Q7I0, XYNB_ASPNC ; P55330, XYNB_ASPNG ; -DR P87037, XYNB_ASPOR ; P26223, XYNB_BUTFI ; P23030, XYNB_CELJU ; -DR P80717, XYNB_DICB4 ; P55333, XYNB_EMENI ; I1RII8, XYNB_GIBZE ; -DR A1DNU5, XYNB_NEOFI ; Q02290, XYNB_NEOPA ; O69231, XYNB_PAEBA ; -DR E7EF85, XYNB_PENOX ; B7SIW1, XYNB_PHACH ; P26515, XYNB_STRLI ; -DR D7EZJ3, XYNB_STRSQ ; Q8J0K5, XYNB_TALFU ; Q96W72, XYNB_TALPU ; -DR Q60041, XYNB_THENE ; A1CHQ0, XYNC_ASPCL ; B0Y6E0, XYNC_ASPFC ; -DR Q0H904, XYNC_ASPFU ; A2QFV7, XYNC_ASPNC ; C5J411, XYNC_ASPNG ; -DR Q4JHP5, XYNC_ASPTE ; Q0CBM8, XYNC_ASPTN ; Q00177, XYNC_EMENI ; -DR P35811, XYNC_FIBSS ; I1S3T9, XYNC_GIBZE ; A1CX14, XYNC_NEOFI ; -DR Q9UV68, XYNC_NEOPA ; O69230, XYNC_PAEBA ; B7SIW2, XYNC_PHACH ; -DR Q9RI72, XYNC_STRCO ; P26220, XYNC_STRLI ; Q9HFH0, XYNC_TALFU ; -DR P54865, XYND_CELFI ; I1S3C6, XYND_GIBZE ; Q53317, XYND_RUMFL ; -DR Q5ZNB1, XYND_TALFU ; B8NER4, XYNF1_ASPFN; O94163, XYNF1_ASPOR; -DR B8NXJ2, XYNF3_ASPFN; Q96VB6, XYNF3_ASPOR; Q0ZHI9, XYNG_VERDA ; -DR P51584, XYNY_ACETH ; P10478, XYNZ_ACET2 ; Q6PRW6, XYN_PENCH ; -DR O97402, XYN_PHACE ; P48793, XYN_TRIHA ; A8TGA1, XYS20_NEOPA; +DR P36218, XYN1_HYPJR ; A6YAP7, XYN1_LEUGO ; A0A2U7QU15, XYN1_PENPR ; +DR P0CT48, XYN1_PYRGI ; P0CT49, XYN1_PYRO7 ; W0HFK8, XYN1_RHIOR ; +DR O80596, XYN2_ARATH ; Q2PGV8, XYN2_AURPU ; O74717, XYN2_CLAPU ; +DR P45703, XYN2_GEOSE ; Q9HGE1, XYN2_HUMGT ; G0RUP7, XYN2_HYPJQ ; +DR P36217, XYN2_HYPJR ; Q01176, XYN2_PYRGI ; G4MTF8, XYN2_PYRO7 ; +DR W0HJ53, XYN2_RHIOR ; B5A7N4, XYN2_TRIHA ; F4JG10, XYN3_ARATH ; +DR P33557, XYN3_ASPKW ; G0RA32, XYN3_HYPJQ ; A0A024SIB3, XYN3_HYPJR ; +DR A0A2U7R6V5, XYN3_PENPR ; Q92244, XYN3_PYRGI ; G4MWS3, XYN3_PYRO7 ; +DR Q680B7, XYN4_ARATH ; Q12550, XYN4_ASPNG ; P23557, XYN4_CALSA ; +DR Q92245, XYN4_PYRGI ; G4NA54, XYN4_PYRO7 ; Q84WT5, XYN5L_ARATH; +DR A0A1P8B8F8, XYN5_ARATH ; A2R4D1, XYN5_ASPNC ; Q12549, XYN5_ASPNG ; +DR Q8J1Y4, XYN5_PYRGI ; G4MLU0, XYN5_PYRO7 ; Q6QJ75, XYN6_ASPNG ; +DR Q8NJ73, XYN6_PYRGI ; G4MPQ7, XYN6_PYRO7 ; C6CRV0, XYNA1_PAESJ; +DR Q8GJ44, XYNA1_THEST; P33558, XYNA2_THEST; O59859, XYNA_ASPAC ; +DR P55328, XYNA_ASPAW ; A1CCU0, XYNA_ASPCL ; B0XXF3, XYNA_ASPFC ; +DR B8NKE9, XYNA_ASPFN ; Q4WG11, XYNA_ASPFU ; P33559, XYNA_ASPKW ; +DR P55329, XYNA_ASPNG ; Q9HFA4, XYNA_ASPOR ; Q0CFS3, XYNA_ASPTN ; +DR P55331, XYNA_ASPTU ; Q12562, XYNA_AURPU ; P49942, XYNA_BACOV ; +DR P00694, XYNA_BACPU ; P18429, XYNA_BACSU ; P23551, XYNA_BUTFI ; +DR P81536, XYNA_BYSSP ; P23556, XYNA_CALSA ; P40944, XYNA_CALSR ; +DR P14768, XYNA_CELJU ; P17137, XYNA_CLOSA ; P80718, XYNA_DICB4 ; +DR Q12603, XYNA_DICTH ; P55332, XYNA_EMENI ; B3A0S5, XYNA_FUSO4 ; +DR P45705, XYNA_GEOSE ; I1S2K3, XYNA_GIBZE ; P84195, XYNA_GLOTR ; +DR P07528, XYNA_HALH5 ; P07529, XYNA_NAGAL ; A1DJ52, XYNA_NEOFI ; +DR P29127, XYNA_NEOPA ; P09850, XYNA_NIACI ; P29417, XYNA_PENCH ; +DR Q2PGY1, XYNA_PENCI ; Q5S7A8, XYNA_PENCN ; P56588, XYNA_PENSI ; +DR Q9HEZ1, XYNA_PHACH ; Q12667, XYNA_PIRSP ; P29126, XYNA_RUMFL ; +DR P35809, XYNA_SCHCO ; P26514, XYNA_STRLI ; B4XVN1, XYNA_STRSQ ; +DR Q9P8J1, XYNA_TALPU ; P23360, XYNA_THEAU ; O43097, XYNA_THELA ; +DR Q60037, XYNA_THEMA ; Q60042, XYNA_THENE ; P36917, XYNA_THESA ; +DR P48789, XYNA_XYLRU ; A1CU59, XYNB_ASPCL ; B0Y8Q8, XYNB_ASPFC ; +DR B8NJ86, XYNB_ASPFN ; Q4WLV2, XYNB_ASPFU ; P48824, XYNB_ASPKW ; +DR A2Q7I0, XYNB_ASPNC ; P55330, XYNB_ASPNG ; P87037, XYNB_ASPOR ; +DR P26223, XYNB_BUTFI ; P23030, XYNB_CELJU ; P80717, XYNB_DICB4 ; +DR P55333, XYNB_EMENI ; I1RII8, XYNB_GIBZE ; A1DNU5, XYNB_NEOFI ; +DR Q02290, XYNB_NEOPA ; O69231, XYNB_PAEBA ; E7EF85, XYNB_PENOX ; +DR B7SIW1, XYNB_PHACH ; P26515, XYNB_STRLI ; D7EZJ3, XYNB_STRSQ ; +DR Q8J0K5, XYNB_TALFU ; Q96W72, XYNB_TALPU ; Q60041, XYNB_THENE ; +DR A1CHQ0, XYNC_ASPCL ; B0Y6E0, XYNC_ASPFC ; Q0H904, XYNC_ASPFU ; +DR A2QFV7, XYNC_ASPNC ; C5J411, XYNC_ASPNG ; Q4JHP5, XYNC_ASPTE ; +DR Q0CBM8, XYNC_ASPTN ; Q00177, XYNC_EMENI ; P35811, XYNC_FIBSS ; +DR I1S3T9, XYNC_GIBZE ; A1CX14, XYNC_NEOFI ; Q9UV68, XYNC_NEOPA ; +DR O69230, XYNC_PAEBA ; B7SIW2, XYNC_PHACH ; Q9RI72, XYNC_STRCO ; +DR P26220, XYNC_STRLI ; Q9HFH0, XYNC_TALFU ; P54865, XYND_CELFI ; +DR I1S3C6, XYND_GIBZE ; Q53317, XYND_RUMFL ; Q5ZNB1, XYND_TALFU ; +DR B8NER4, XYNF1_ASPFN; O94163, XYNF1_ASPOR; B8NXJ2, XYNF3_ASPFN; +DR Q96VB6, XYNF3_ASPOR; Q0ZHI9, XYNG_VERDA ; P51584, XYNY_ACETH ; +DR P10478, XYNZ_ACET2 ; Q6PRW6, XYN_PENCH ; O97402, XYN_PHACE ; +DR P48793, XYN_TRIHA ; A8TGA1, XYS20_NEOPA; // ID 3.2.1.9 DE Deleted entry. @@ -100140,7 +100654,8 @@ DR P36907, CHIX_PEA ; Q05638, CHIX_STROI ; O24603, CHI_ARATH ; DR P86955, CHI_PINMA ; P81241, CHLY_CARPA ; P23472, CHLY_HEVBR ; DR P23473, CHLY_PARTH ; A0A072VEP0, CHT5A_MEDTR; A0A072UR65, CHT5B_MEDTR; DR Q8S1V1, CLP_ORYSJ ; P15326, IAMY_COILA ; P86799, IPLAA_MORAL; -DR P86800, IPLAB_MORAL; P09805, KTXA_KLULA ; +DR P86800, IPLAB_MORAL; P09805, KTXA_KLULA ; A0A0A2J9B0, LYS11_PENEN; +DR A0A0A2JP37, LYS12_PENEN; A0A0A2JVV3, LYS18_PENEN; // ID 3.2.1.15 DE endo-polygalacturonase. @@ -100253,9 +100768,9 @@ DR P37161, LYSX_DROME ; Q7SID7, LYS_ANTMY ; D4ANU4, LYS_ARTBC ; DR P37715, LYS_ASTRU ; P48816, LYS_BOMMO ; Q8HA43, LYS_BPB30 ; DR P15057, LYS_BPCP1 ; P19385, LYS_BPCP7 ; P19386, LYS_BPCP9 ; DR P33486, LYS_BPMV1 ; P85045, LYS_BUFGA ; P00721, LYS_CHASP ; -DR P34020, LYS_CLOAB ; P26836, LYS_CLOPE ; Q6L6Q6, LYS_CRAGI ; -DR P82175, LYS_ESTAC ; P82174, LYS_GALME ; P05105, LYS_HYACE ; -DR P50717, LYS_HYPCU ; P86383, LYS_MERLU ; Q6L6Q5, LYS_OSTED ; +DR P34020, LYS_CLOAB ; P26836, LYS_CLOPE ; P82175, LYS_ESTAC ; +DR P82174, LYS_GALME ; P05105, LYS_HYACE ; P50717, LYS_HYPCU ; +DR Q6L6Q6, LYS_MAGGI ; P86383, LYS_MERLU ; Q6L6Q5, LYS_OSTED ; DR Q8IU26, LYS_RUDPH ; P50718, LYS_TRINI ; P17897, LYZ1_MOUSE ; DR P08905, LYZ2_MOUSE ; A0JNM6, LYZL1_BOVIN; Q6UWQ5, LYZL1_HUMAN; DR Q9CPX3, LYZL1_MOUSE; Q7Z4W2, LYZL2_HUMAN; Q32PD6, LYZL5_BOVIN; @@ -100291,7 +100806,7 @@ DR P28885, HN_PIV5L ; Q783Y1, HN_SENDA ; P19758, HN_SENDF ; DR P03425, HN_SENDH ; Q88261, HN_SENDO ; P04853, HN_SENDZ ; DR P25180, HN_SV41 ; P62575, NANA_STREE ; P62576, NANA_STRR6 ; DR Q54727, NANB_STRPN ; P31206, NANH_BACFR ; P10481, NANH_CLOPF ; -DR P29767, NANH_CLOSE ; Q02834, NANH_MICVI ; P15698, NANH_PAESO ; +DR P29767, NANH_CLOSE ; Q02834, NANH_MICVI ; P15698, NANH_PARSO ; DR P29768, NANH_SALTY ; A5F7A4, NANH_VIBC3 ; P0C6E9, NANH_VIBCH ; DR A6BMK7, NEUR1_BOVIN; Q99519, NEUR1_HUMAN; O35657, NEUR1_MOUSE; DR A5PF10, NEUR1_PIG ; Q5RAF4, NEUR1_PONAB; Q99PW3, NEUR1_RAT ; @@ -100502,7 +101017,7 @@ DR P14749, AGAL_CYATE ; Q55B10, AGAL_DICDI ; P06720, AGAL_ECOLI ; DR P06280, AGAL_HUMAN ; P51569, AGAL_MOUSE ; Q9FXT4, AGAL_ORYSJ ; DR Q9X4Y0, AGAL_RHIME ; Q97U94, AGAL_SACS2 ; P30877, AGAL_SALTY ; DR Q9URZ0, AGAL_SCHPO ; D7CFN7, AGAL_STRBB ; P27756, AGAL_STRMU ; -DR G4FEF4, AGAL_THEMA ; G4T4R7, AGASK_RUMGN; B2UL12, GLAA_AKKM8 ; +DR G4FEF4, AGAL_THEMA ; G4T4R7, AGASK_MEDGN; B2UL12, GLAA_AKKM8 ; DR Q5L7M8, GLAA_BACFN ; Q64MU6, GLAA_BACFR ; Q8A2Z5, GLAA_BACTN ; DR B1V8K7, GLAA_PETGR ; B1KD83, GLAA_SHEWM ; Q826C5, GLAA_STRAW ; DR A6KWM0, GLAB1_PHOV8; A6L2M8, GLAB2_PHOV8; B2UNU8, GLAB_AKKM8 ; @@ -100774,26 +101289,27 @@ CC -!- Also hydrolyzes 1,4-beta-D-glycosidic linkages between N-acetyl- CC galactosamine or N-acetylgalactosamine sulfate and glucuronic acid in CC chondroitin, chondroitin 4- and 6-sulfates, and dermatan. CC -!- Formerly EC 3.2.1.34. -DR A3KPQ7, CEIP2_DANRE; Q5FWI3, CEIP2_MOUSE; Q8WUJ3, CEMIP_HUMAN; -DR Q8BI06, CEMIP_MOUSE; P50828, HEMO_PIG ; P49370, HUGAA_VESVU; -DR C0HLL5, HUGAB_VESVE; Q08169, HUGA_APIME ; P49371, HUGA_DOLMA ; -DR Q9U6V9, HUGA_POLAN ; P86687, HUGA_POLPI ; E0XKJ9, HUGA_TABYA ; -DR P0CH89, HUGA_VESMC ; P86875, HUGA_VESMG ; C0HLL4, HUGA_VESVE ; -DR A3QVN9, HYAL1_BITAR; Q5E985, HYAL1_BOVIN; A3QVN3, HYAL1_CERCE; -DR Q12794, HYAL1_HUMAN; P86100, HYAL1_MESMA; Q91ZJ9, HYAL1_MOUSE; -DR Q6RHW4, HYAL1_PIG ; Q76HN1, HYAL1_RAT ; P85841, HYAL1_TITSE; -DR A3QVP0, HYAL2_BITAR; Q8SQG8, HYAL2_BOVIN; Q12891, HYAL2_HUMAN; -DR O35632, HYAL2_MOUSE; Q9Z2Q3, HYAL2_RAT ; Q8SQG7, HYAL2_SHEEP; -DR W0HFN9, HYAL2_TITSE; A3QVN4, HYAL3_CERCE; O43820, HYAL3_HUMAN; -DR Q8VEI3, HYAL3_MOUSE; Q6RHW2, HYAL3_PIG ; Q5REQ1, HYAL3_PONAB; -DR Q76HM9, HYAL3_RAT ; A3QVN5, HYAL4_CERCE; Q2M3T9, HYAL4_HUMAN; -DR Q05A56, HYAL4_MOUSE; Q812F3, HYAL5_MOUSE; P23613, HYALP_CAVPO; -DR P38567, HYALP_HUMAN; P38568, HYALP_MACFA; P48794, HYALP_MOUSE; -DR P38566, HYALP_RABIT; Q62803, HYALP_RAT ; I0CME8, HYAL_CONAQ ; -DR I0CME7, HYAL_CONCN ; C0HKM3, HYAL_CONPU ; J3S820, HYAL_CROAD ; -DR B3EWP2, HYAL_CRODU ; A3QVN2, HYAL_ECHOC ; A3QVN6, HYAL_ECHPL ; -DR R4J7Z9, HYAL_LOXIN ; P86274, HYAL_PHOKE ; P0C8X3, HYAL_TITST ; -DR P15316, HYLP1_BPH44; Q54699, HYLP2_BPH45; P26831, NAGH_CLOPE ; +DR A3KPQ7, CEIP2_DANRE; Q9UHN6, CEIP2_HUMAN; Q5FWI3, CEIP2_MOUSE; +DR Q8WUJ3, CEMIP_HUMAN; Q8BI06, CEMIP_MOUSE; P50828, HEMO_PIG ; +DR P49370, HUGAA_VESVU; C0HLL5, HUGAB_VESVE; Q08169, HUGA_APIME ; +DR P49371, HUGA_DOLMA ; Q9U6V9, HUGA_POLAN ; P86687, HUGA_POLPI ; +DR E0XKJ9, HUGA_TABYA ; P0CH89, HUGA_VESMC ; P86875, HUGA_VESMG ; +DR C0HLL4, HUGA_VESVE ; A3QVN9, HYAL1_BITAR; Q5E985, HYAL1_BOVIN; +DR A3QVN3, HYAL1_CERCE; Q12794, HYAL1_HUMAN; P86100, HYAL1_MESMA; +DR Q91ZJ9, HYAL1_MOUSE; Q6RHW4, HYAL1_PIG ; Q76HN1, HYAL1_RAT ; +DR P85841, HYAL1_TITSE; A3QVP0, HYAL2_BITAR; Q8SQG8, HYAL2_BOVIN; +DR Q12891, HYAL2_HUMAN; O35632, HYAL2_MOUSE; Q9Z2Q3, HYAL2_RAT ; +DR Q8SQG7, HYAL2_SHEEP; W0HFN9, HYAL2_TITSE; A3QVN4, HYAL3_CERCE; +DR O43820, HYAL3_HUMAN; Q8VEI3, HYAL3_MOUSE; Q6RHW2, HYAL3_PIG ; +DR Q5REQ1, HYAL3_PONAB; Q76HM9, HYAL3_RAT ; A3QVN5, HYAL4_CERCE; +DR Q2M3T9, HYAL4_HUMAN; Q05A56, HYAL4_MOUSE; Q812F3, HYAL5_MOUSE; +DR P23613, HYALP_CAVPO; P38567, HYALP_HUMAN; P38568, HYALP_MACFA; +DR P48794, HYALP_MOUSE; P38566, HYALP_RABIT; Q62803, HYALP_RAT ; +DR I0CME8, HYAL_CONAQ ; I0CME7, HYAL_CONCN ; C0HKM3, HYAL_CONPU ; +DR J3S820, HYAL_CROAD ; B3EWP2, HYAL_CRODU ; A3QVN2, HYAL_ECHOC ; +DR A3QVN6, HYAL_ECHPL ; R4J7Z9, HYAL_LOXIN ; P86274, HYAL_PHOKE ; +DR P0C8X3, HYAL_TITST ; P15316, HYLP1_BPH44; Q54699, HYLP2_BPH45; +DR P26831, NAGH_CLOPE ; // ID 3.2.1.36 DE hyaluronoglucuronidase. @@ -100817,12 +101333,12 @@ DR Q46684, BGLX_DICCH ; Q9FLG1, BXL4_ARATH ; A1CCL9, BXLB_ASPCL ; DR B0Y0I4, BXLB_ASPFC ; B8NYD8, BXLB_ASPFN ; Q4WFI6, BXLB_ASPFU ; DR Q2TYT2, BXLB_ASPOR ; Q0CB82, BXLB_ASPTN ; Q5ATH9, BXLB_EMENI ; DR E4Q361, GH1A_CALOW ; P86450, XYL1_MEDSA ; A5JTQ2, XYL1_MEDSV ; -DR P48792, XYL1_TRIKO ; A5JTQ3, XYL2_MEDSV ; D5EY15, XYL3A_PRER2; +DR P48792, XYL1_TRIKO ; A5JTQ3, XYL2_MEDSV ; D5EY15, XYL3A_XYLR2; DR W8QRE4, XYL5_PHACH ; P45702, XYLA1_GEOSE; P45704, XYLA2_GEOSE; DR P48790, XYLA_THEST ; P49943, XYLB_BACOV ; P45982, XYLB_BUTFI ; -DR Q9WXE8, XYLO_PRERU ; P07129, XYNB_BACPU ; P94489, XYNB_BACSU ; -DR P23552, XYNB_CALSA ; Q9ZFM2, XYNB_GEOSE ; P48791, XYNB_PRERU ; -DR P36906, XYNB_THESA ; O30360, XYNB_THESW ; C0STH4, XYND_ASPAC ; +DR Q9WXE8, XYLO_XYLRU ; P07129, XYNB_BACPU ; P94489, XYNB_BACSU ; +DR P23552, XYNB_CALSA ; Q9ZFM2, XYNB_GEOSE ; P36906, XYNB_THESA ; +DR O30360, XYNB_THESW ; P48791, XYNB_XYLRU ; C0STH4, XYND_ASPAC ; DR Q4AEG8, XYND_ASPAW ; A1CND4, XYND_ASPCL ; B0XP71, XYND_ASPFC ; DR B8MYV0, XYND_ASPFN ; Q4WRB0, XYND_ASPFU ; B6EY09, XYND_ASPJA ; DR A2QA27, XYND_ASPNC ; O00089, XYND_ASPNG ; Q2UR38, XYND_ASPOR ; @@ -101072,8 +101588,8 @@ DR Q31ZG4, NAGZ_SHIBS ; Q32EW7, NAGZ_SHIDS ; Q7UCW4, NAGZ_SHIFL ; DR Q3Z310, NAGZ_SHISS ; B4SRK3, NAGZ_STRM5 ; B2FPW9, NAGZ_STRMK ; DR Q3SKU2, NAGZ_THIDA ; B8GSD2, NAGZ_THISH ; C4LEY6, NAGZ_TOLAT ; DR A5F8Y1, NAGZ_VIBC3 ; Q9KU37, NAGZ_VIBCH ; C3LSU7, NAGZ_VIBCM ; -DR P96157, NAGZ_VIBFU ; Q8PMU1, NAGZ_XANAC ; Q3BVU6, NAGZ_XANC5 ; -DR Q4USG7, NAGZ_XANC8 ; B0RX17, NAGZ_XANCB ; Q8PB42, NAGZ_XANCP ; +DR P96157, NAGZ_VIBFU ; Q8PMU1, NAGZ_XANAC ; Q4USG7, NAGZ_XANC8 ; +DR B0RX17, NAGZ_XANCB ; Q8PB42, NAGZ_XANCP ; Q3BVU6, NAGZ_XANE5 ; DR Q2P4L0, NAGZ_XANOM ; Q5H1Q0, NAGZ_XANOR ; B2I6G9, NAGZ_XYLF2 ; DR Q9PAZ0, NAGZ_XYLFA ; B0U3L0, NAGZ_XYLFM ; Q87BR5, NAGZ_XYLFT ; DR A1JME4, NAGZ_YERE8 ; A7FH41, NAGZ_YERP3 ; B2K731, NAGZ_YERPB ; @@ -101105,6 +101621,7 @@ CC (1,3)- and/or (1,5)-linkages, arabinoxylans and arabinogalactans. CC -!- Some EC 3.2.1.23 and EC 3.2.1.38 enzymes also hydrolyze alpha-L- CC arabinosides. cf. EC 3.2.1.185. CC -!- Formerly EC 3.2.1.79. +DR E7CY70, 16ABF_BIFLN; A0A977JPB5, AB62A_PENPR; A0A7H0XJI9, AB62C_PENPR; DR Q92455, ABF1_HYPJE ; Q96X54, ABFA_ASPAW ; B8NKA3, ABFA_ASPFN ; DR Q8NK90, ABFA_ASPKW ; A2Q7E0, ABFA_ASPNC ; P42254, ABFA_ASPNG ; DR Q2U790, ABFA_ASPOR ; Q0CTV2, ABFA_ASPTN ; Q5BA89, ABFA_EMENI ; @@ -101125,7 +101642,7 @@ DR P94531, IABF1_BACSU; P94552, IABF2_BACSU; A3DIH0, IABF_ACET2 ; DR Q59219, IABF_BACOV ; Q841V6, IABF_BIFLN ; Q9XBQ3, IABF_GEOSE ; DR Q9KBR4, IABF_HALH5 ; Q82P90, IABF_STRAW ; P82594, IABF_STRCX ; DR P53627, IABF_STRLI ; P86450, XYL1_MEDSA ; A5JTQ2, XYL1_MEDSV ; -DR P48792, XYL1_TRIKO ; A5JTQ3, XYL2_MEDSV ; D5EY15, XYL3A_PRER2; +DR P48792, XYL1_TRIKO ; A5JTQ3, XYL2_MEDSV ; D5EY15, XYL3A_XYLR2; DR P48790, XYLA_THEST ; P49943, XYLB_BACOV ; P45982, XYLB_BUTFI ; DR P23031, XYNC_CELJU ; Q45071, XYND_BACSU ; P45796, XYND_PAEPO ; // @@ -101186,7 +101703,7 @@ CA polysaccharides, to remove successive maltotetraose residues from the CA non-reducing chain ends. CC -!- Compare EC 3.2.1.2, which removes successive maltose residues, CC and EC 3.2.1.98 and EC 3.2.1.116. -DR P22963, AMT4_PELSC ; P13507, AMT4_STUST ; +DR P22963, AMT4_ROSSA ; P13507, AMT4_STUST ; // ID 3.2.1.61 DE mycodextranase. @@ -102267,7 +102784,7 @@ CC does not hydrolyze other cell-wall components. CC -!- The reaction involves endohydrolysis of 1,4-beta-D-glucosidic CC linkages in xyloglucan with retention of the beta-configuration of CC the glycosyl residues. -DR A7LXT7, BGH5A_BACO1; A7LXT3, BGH9A_BACO1; W2PEP3, XEG1_PHYPN ; +DR A7LXT7, BGH5A_BACO1; A7LXT3, BGH9A_BACO1; W2PEP3, XEG1_PHYN3 ; DR G4ZHR2, XEG1_PHYSP ; O94218, XGEA_ASPAC ; A1CRJ0, XGEA_ASPCL ; DR B0XNQ1, XGEA_ASPFC ; B8N3L3, XGEA_ASPFN ; Q4WJU8, XGEA_ASPFU ; DR A2Q877, XGEA_ASPNC ; A1XP58, XGEA_ASPNG ; Q2UK93, XGEA_ASPOR ; @@ -102742,8 +103259,8 @@ DR D5MTF8, HGL1D_WHEAT; ID 3.2.1.183 DE UDP-N-acetylglucosamine 2-epimerase (hydrolyzing). AN UDP-N-acetylglucosamine 2-epimerase. -CA H2O + UDP-N-acetyl-alpha-D-glucosamine = H(+) + N-acetyl-D-mannosamine + -CA UDP. +CA H2O + UDP-N-acetyl-alpha-D-glucosamine = aldehydo-N-acetyl-D-mannosamine +CA + H(+) + UDP. CC -!- The enzyme is found in mammalian liver, as well as in some pathogenic CC bacteria including Neisseria meningitidis and Staphylococcus aureus. CC -!- It catalyzes the first step of sialic acid (N-acetylneuraminic acid) @@ -103255,8 +103772,8 @@ ID 3.2.1.218 DE alpha-3'-ketoglucosidase. AN 3'-keto-alpha-D-gluco-disaccharide hydrolase. AN 3-keto-glucoside hydrolase. -CA 3'-dehydrosucrose + H2O = 3-dehydro-D-glucopyranose + beta-D- -CA fructofuranose. +CA 3-dehydro-alpha-D-glucosyl beta-D-fructofuranoside + H2O = 3-dehydro-D- +CA glucose + D-fructose. CC -!- The enzyme, originally characterized from the bacterium Agrobacterium CC tumefaciens, is specific for disaccharides that contain a 3-dehydro- CC alpha-D-glucose at the non-reducing end such as 3'-dehydrosucrose and @@ -103271,6 +103788,95 @@ CA 6-O-alpha-D-glucopyranosyl-D-fructose + H2O = alpha-D-glucose + CA D-fructose. CC -!- The enzyme, characterized from the bacterium Erwinia rhapontici, CC is specific for palatinose. +DR Q9AI62, PALQ_ERWRD ; +// +ID 3.2.1.220 +DE ipecoside beta-D-glucosidase. +AN 6-O-methyl-deacetylisoipecoside beta-glucosidase. +AN IpeGlu(1). +CA (1) H2O + ipecoside = D-glucose + ipecoside aglycone. +CA (2) H2O + N-deacetylipecoside = D-glucose + N-deacetylipecoside aglycone. +CA (3) 6-O-methyl-N-deacetylipecoside + H2O = 6-O-methyl-N-deacetylipecoside +CA aglycone + D-glucose. +CC -!- The enzyme, isolated from the roots of the plant Carapichea +CC ipecacuanha, preferentially hydrolyzes glucosidic ipecoside alkaloids +CC except for their lactams, but shows poor or no activity toward other +CC substrates. +CC -!- IpeGlu(1) activity is extremely poor toward 7-O-methyl and 6,7- +CC O,O-dimethyl derivatives. However, 6-O-methyl derivatives are +CC hydrolyzed as efficiently as non-methylated substrates. +CC -!- IpeGlu(1) accepts both 1alpha(S)-N-deacetylisoipecoside and 1beta(R)- +CC N-deacetylipecoside epimers as substrate, with preference for the +CC 1beta(R)-epimer. +CC -!- 6-O-methyl-N-deacetylisoipecoside is an intermediate in the +CC biosynthesis of the medicinal alkaloid emetine. +// +ID 3.2.1.221 +DE MMP endo-(1,4)-3-O-methyl-alpha-D-mannosidase. +AN MMP alpha-(1->4)-endomannosidase. +CA Endohydrolysis of 3-O-methyl-alpha-D-mannosyl-(1->4)-3-O-methyl-D-mannose +CA linkages within (1,4)-3-O-methyl-alpha-D-mannnan substrates. +CC -!- The enzyme, present in mycobacterial species that produce 3-O- +CC methylmannose polysaccharide (MMP), is involved in recycling and +CC biosynthesis of the polymer. +CC -!- The enzyme has been shown to cleave substrates in the range of 11-14 +CC mannose residues. +// +ID 3.2.1.222 +DE funoran endo-beta-hydrolase. +AN beta-funoranase. +CA Endohydrolysis of beta-(1->4)-linkages between beta-D-galactopyranose-6- +CA sulfate and 3,6-anhydro-alpha-L-galactopyranose units in funoran. +CC -!- The enzyme is an endohydrolase that hydrolyzes the beta(1->4) bond in +CC funoran, a polysaccharide produced by red algae of the genus +CC Gloiopeltis. +CC -!- The enzyme from the marine bacterium Wenyingzhuangia aestuarii OF219 +CC acts on agarose with a higher efficiency (cf. EC 3.2.1.81), but binds +CC funoran preferentially. +// +ID 3.2.1.223 +DE arabinogalactan exo alpha-(1,3)-beta-L-arabinopyranosyl-(1->3)-L- +DE arabinofuranosidase (non-reducing end). +AN 3-O-beta-L-arabinopyranosyl-alpha-L-arabinofuranosidase. +CA Hydrolysis of beta-L-Arap-(1->3)-L-Araf disaccharides from non-reducing +CA terminals in branches of type II arabinogalactan attached to proteins. +CC -!- The enzyme, characterized from the bacterium Bifidobacterium +CC pseudocatenulatum, specifically hydrolyzes beta-L-Arap-(1->3)-L-Araf +CC disaccharides from the non-reducing terminal of arabinogalactan using +CC an exo mode of action. It is active with arabinogalactan-proteins +CC (AGPs) containing type II arabinogalactans such as gum arabic AGP and +CC larch AGP. +CC -!- The enzyme can also hydrolyze alpha-D-Galp-(1->3)-L-Araf +CC disaccharides (cf. EC 3.2.1.215) with a much lower activity. +// +ID 3.2.1.224 +DE D-arabinan exo beta-(1,2)-arabinofuranosidase (non-reducing end). +AN exo-beta-D-arabinofuranosidase. +CA Hydrolysis of terminal non-reducing beta-D-arabinofuranoside residues in +CA D-arabinans. +CC -!- The enzyme, characterized from the bacterium Microbacterium +CC arabinogalactanolyticum, hydrolyzes beta-D-arabinofuranosides from +CC the non-reducing terminal of D-arabinan core structure of +CC lipoarabinomannan and arabinogalactan of mycobacterial cell wall. cf. +CC EC 3.2.1.55, EC 3.2.1.185, EC 3.2.1.225, and EC 3.2.1.226. +// +ID 3.2.1.225 +DE D-arabinan exo alpha-(1,3)/(1,5)-arabinofuranosidase (non-reducing end). +AN exo-alpha-D-arabinofuranosidase. +CA Hydrolysis of terminal non-reducing alpha-D-arabinofuranoside residues in +CA D-arabinans. +CC -!- The enzyme hydrolyzes alpha-D-arabinofuranosides with (1->3)- and +CC (1->5)-linkages in D-arabinan core structure of lipoarabinomannan and +CC arabinogalactan of mycobacterial cell wall. cf. EC 3.2.1.55, +CC EC 3.2.1.224, and EC 3.2.1.226. +// +ID 3.2.1.226 +DE D-arabinan endo alpha-(1,5)-arabinofuranosidase. +AN endo-D-arabinanase. +CA Hydrolysis of internal alpha-D-arabinofuranoside bonds in D-arabinans. +CC -!- The enzyme hydrolyzes alpha-(1->5)-D-arabinofuranoside bonds in +CC D-arabinan core structure of lipoarabinomannan and arabinogalactan of +CC mycobacterial cell wall. cf. EC 3.2.1.224 and EC 3.2.1.225. // ID 3.2.1.n1 DE blood group B branched chain alpha-1,3-galactosidase. @@ -103373,7 +103979,7 @@ DR A0A0H3MAA9, CPNT_MYCBP ; O05442, CPNT_MYCTU ; Q4WL81, NADA_ASPFU ; DR Q7S936, NADA_NEUCR ; P17981, NAR2A_MOUSE; P17982, NAR2A_RAT ; DR O35975, NAR2B_MOUSE; P20974, NAR2B_RAT ; A0A0J5WTU0, PCTIR_BURCE; DR P0DV41, PCTIR_PSEAI; A0A1V0HUU2, PCTIR_RHOS2; P0DV29, PCTIR_XANPE; -DR P0DW59, THSA_ACIB7 ; J8G6Z1, THSA_BACCS ; A0A5B8Z1N3, THSA_BACDA ; +DR P0DW59, THSA_ACIB7 ; J8G6Z1, THSA_BACCS ; A0A5B8Z1N3, THSA_CYTDA ; DR P0DW60, THSA_ENTFC ; C0MAL8, THSA_STRE4 ; Q9I739, TSE6_PSEAE ; // ID 3.2.2.6 @@ -103416,7 +104022,7 @@ DR Q9XGM3, RPS4_ARATH ; F4KHH8, RPS6C_ARATH; P0DKH6, RPS6R_ARATH; DR V9M2S5, RPV1_VITRO ; V9M398, RUN1_VITRO ; Q86DA5, SARM1_CAEEL; DR F1QWA8, SARM1_DANRE; Q6IDD9, SARM1_DROME; Q6SZW1, SARM1_HUMAN; DR Q6PDS3, SARM1_MOUSE; I3L5V6, SARM1_PIG ; D3ZUM2, SARM1_RAT ; -DR O23530, SNC1_ARATH ; P0DUE1, STING_CRAGI; Q9FI14, TAO1_ARATH ; +DR O23530, SNC1_ARATH ; P0DUE1, STING_MAGGI; Q9FI14, TAO1_ARATH ; DR A0A151EH88, TCPA_THEAD ; Q2YPC4, TCPB_BRUA2 ; C0RGW8, TCPB_BRUMB ; DR Q8YF53, TCPB_BRUME ; A0A0H2V8B5, TCPC_ECOL6 ; Q833J1, TCPF_ENTFA ; DR A0A1I4KS07, TCPO_METOL ; Q0WSX8, TIK_ARATH ; Q54HT1, TIRA_DICDI ; @@ -103708,53 +104314,53 @@ DR B1WTF7, FPG_CROS5 ; A7MQ97, FPG_CROS8 ; Q1LRP7, FPG_CUPMC ; DR Q0KEP4, FPG_CUPNH ; Q476F5, FPG_CUPPJ ; B2AGU2, FPG_CUPTR ; DR P19210, FPG_CYTFI ; Q479M6, FPG_DECAR ; Q9RX22, FPG_DEIRA ; DR B8FU83, FPG_DESHD ; Q24XW2, FPG_DESHY ; Q6APT2, FPG_DESPS ; -DR A4J4X3, FPG_DESRM ; Q726D5, FPG_DESVH ; A5EXK6, FPG_DICNV ; -DR A8LNK8, FPG_DINSH ; A7ZTI6, FPG_ECO24 ; B7ULJ0, FPG_ECO27 ; -DR B7MFJ6, FPG_ECO45 ; B7L758, FPG_ECO55 ; P64148, FPG_ECO57 ; -DR B5YWD3, FPG_ECO5E ; B7NPE1, FPG_ECO7I ; B7N2X1, FPG_ECO81 ; -DR B7M4B9, FPG_ECO8A ; C4ZXM7, FPG_ECOBW ; B1X969, FPG_ECODH ; -DR A8A697, FPG_ECOHS ; A1AHG8, FPG_ECOK1 ; Q0TBH4, FPG_ECOL5 ; -DR Q8FC87, FPG_ECOL6 ; B1IZF8, FPG_ECOLC ; P05523, FPG_ECOLI ; -DR B7NET9, FPG_ECOLU ; B6I3L2, FPG_ECOSE ; B1LK72, FPG_ECOSM ; -DR Q1R4V8, FPG_ECOUT ; C5B9D8, FPG_EDWI9 ; A4W514, FPG_ENT38 ; -DR Q837G3, FPG_ENTFA ; B2VF70, FPG_ERWT9 ; Q2N7Y8, FPG_ERYLH ; -DR B7LVJ6, FPG_ESCF3 ; B1YKA0, FPG_EXIS2 ; C4L470, FPG_EXISA ; -DR A8L594, FPG_FRASN ; Q5NGY3, FPG_FRATT ; B9M5V2, FPG_GEODF ; -DR Q5KWC3, FPG_GEOKA ; Q39WD1, FPG_GEOMG ; Q74EG5, FPG_GEOSL ; -DR A5G7Q9, FPG_GEOUR ; B8F586, FPG_GLAP5 ; Q7NFW7, FPG_GLOVI ; -DR A9HI30, FPG_GLUDA ; Q5FN17, FPG_GLUOX ; Q7VN67, FPG_HAEDU ; -DR Q4QLW2, FPG_HAEI8 ; A5UDC3, FPG_HAEIE ; A5UI87, FPG_HAEIG ; -DR P44948, FPG_HAEIN ; Q2SPF3, FPG_HAHCH ; Q9K855, FPG_HALH5 ; -DR A1WZG2, FPG_HALHL ; B0TER7, FPG_HELMI ; A9B0X2, FPG_HERA2 ; -DR A4G916, FPG_HERAR ; Q0I0X6, FPG_HISS1 ; B0UUX0, FPG_HISS2 ; -DR Q31EB2, FPG_HYDCU ; Q5QZC1, FPG_IDILO ; A6T2R7, FPG_JANMA ; -DR Q28JI5, FPG_JANSC ; A6W7S6, FPG_KINRD ; B5XTG8, FPG_KLEP3 ; -DR A6TFM6, FPG_KLEP7 ; Q5FIV8, FPG_LACAC ; Q1G9A3, FPG_LACDA ; -DR Q049F3, FPG_LACDB ; Q041U1, FPG_LACGA ; A8YWE6, FPG_LACH4 ; -DR Q74IB5, FPG_LACJO ; Q9CIK4, FPG_LACLA ; P42371, FPG_LACLC ; -DR Q88WV4, FPG_LACPL ; C1DBB4, FPG_LARHH ; Q38VS5, FPG_LATSS ; -DR Q5X7I9, FPG_LEGPA ; Q5ZY18, FPG_LEGPH ; Q5WYY6, FPG_LEGPL ; -DR Q6AFJ3, FPG_LEIXX ; B1Y3P5, FPG_LEPCP ; Q1WUN7, FPG_LIGS1 ; -DR Q92BF1, FPG_LISIN ; Q71ZA3, FPG_LISMF ; Q8Y6W7, FPG_LISMO ; -DR A0L837, FPG_MAGMM ; Q65R59, FPG_MANSM ; A6VSY6, FPG_MARMS ; -DR A1U749, FPG_MARN8 ; C6BUX8, FPG_MARSD ; Q6KHS0, FPG_MESM1 ; +DR A4J4X3, FPG_DESRM ; A5EXK6, FPG_DICNV ; A8LNK8, FPG_DINSH ; +DR A7ZTI6, FPG_ECO24 ; B7ULJ0, FPG_ECO27 ; B7MFJ6, FPG_ECO45 ; +DR B7L758, FPG_ECO55 ; P64148, FPG_ECO57 ; B5YWD3, FPG_ECO5E ; +DR B7NPE1, FPG_ECO7I ; B7N2X1, FPG_ECO81 ; B7M4B9, FPG_ECO8A ; +DR C4ZXM7, FPG_ECOBW ; B1X969, FPG_ECODH ; A8A697, FPG_ECOHS ; +DR A1AHG8, FPG_ECOK1 ; Q0TBH4, FPG_ECOL5 ; Q8FC87, FPG_ECOL6 ; +DR B1IZF8, FPG_ECOLC ; P05523, FPG_ECOLI ; B7NET9, FPG_ECOLU ; +DR B6I3L2, FPG_ECOSE ; B1LK72, FPG_ECOSM ; Q1R4V8, FPG_ECOUT ; +DR C5B9D8, FPG_EDWI9 ; A4W514, FPG_ENT38 ; Q837G3, FPG_ENTFA ; +DR B2VF70, FPG_ERWT9 ; Q2N7Y8, FPG_ERYLH ; B7LVJ6, FPG_ESCF3 ; +DR B1YKA0, FPG_EXIS2 ; C4L470, FPG_EXISA ; Q5NGY3, FPG_FRATT ; +DR B9M5V2, FPG_GEODF ; Q5KWC3, FPG_GEOKA ; Q39WD1, FPG_GEOMG ; +DR Q74EG5, FPG_GEOSL ; A5G7Q9, FPG_GEOUR ; B8F586, FPG_GLAP5 ; +DR Q7NFW7, FPG_GLOVI ; A9HI30, FPG_GLUDA ; Q5FN17, FPG_GLUOX ; +DR Q7VN67, FPG_HAEDU ; Q4QLW2, FPG_HAEI8 ; A5UDC3, FPG_HAEIE ; +DR A5UI87, FPG_HAEIG ; P44948, FPG_HAEIN ; Q2SPF3, FPG_HAHCH ; +DR Q9K855, FPG_HALH5 ; A1WZG2, FPG_HALHL ; B0TER7, FPG_HELMI ; +DR A9B0X2, FPG_HERA2 ; A4G916, FPG_HERAR ; Q0I0X6, FPG_HISS1 ; +DR B0UUX0, FPG_HISS2 ; Q31EB2, FPG_HYDCU ; Q5QZC1, FPG_IDILO ; +DR A6T2R7, FPG_JANMA ; Q28JI5, FPG_JANSC ; A6W7S6, FPG_KINRD ; +DR B5XTG8, FPG_KLEP3 ; A6TFM6, FPG_KLEP7 ; Q5FIV8, FPG_LACAC ; +DR Q1G9A3, FPG_LACDA ; Q049F3, FPG_LACDB ; Q041U1, FPG_LACGA ; +DR A8YWE6, FPG_LACH4 ; Q74IB5, FPG_LACJO ; Q9CIK4, FPG_LACLA ; +DR P42371, FPG_LACLC ; Q88WV4, FPG_LACPL ; C1DBB4, FPG_LARHH ; +DR Q38VS5, FPG_LATSS ; Q5X7I9, FPG_LEGPA ; Q5ZY18, FPG_LEGPH ; +DR Q5WYY6, FPG_LEGPL ; Q6AFJ3, FPG_LEIXX ; B1Y3P5, FPG_LEPCP ; +DR Q1WUN7, FPG_LIGS1 ; Q92BF1, FPG_LISIN ; Q71ZA3, FPG_LISMF ; +DR Q8Y6W7, FPG_LISMO ; A0L837, FPG_MAGMM ; Q65R59, FPG_MANSM ; +DR A6VSY6, FPG_MARMS ; A1U749, FPG_MARN8 ; C6BUX8, FPG_MARSD ; DR B7KN75, FPG_METC4 ; Q602J1, FPG_METCA ; A9W8R7, FPG_METEP ; DR Q1H3I3, FPG_METFK ; B8IIZ9, FPG_METNO ; B1ZGU8, FPG_METPB ; DR B1LWY6, FPG_METRJ ; B0UR68, FPG_METS4 ; B8EKR5, FPG_METSB ; DR Q5UQ00, FPG_MIMIV ; Q2RHE9, FPG_MOOTA ; A0QJ66, FPG_MYCA1 ; DR B1MDL2, FPG_MYCA9 ; P64151, FPG_MYCBO ; A1KMR9, FPG_MYCBP ; DR C1AG40, FPG_MYCBT ; P55825, FPG_MYCGE ; A4TE57, FPG_MYCGI ; -DR B8ZRZ2, FPG_MYCLB ; O69470, FPG_MYCLE ; B2HJJ6, FPG_MYCMM ; -DR Q73VL9, FPG_MYCPA ; P75402, FPG_MYCPN ; Q98QQ1, FPG_MYCPU ; -DR A0QV21, FPG_MYCS2 ; A3PXU1, FPG_MYCSJ ; A1UED7, FPG_MYCSK ; -DR Q1BAM5, FPG_MYCSS ; A5U6T0, FPG_MYCTA ; A0PQ49, FPG_MYCUA ; -DR A1T737, FPG_MYCVP ; Q5F8Z9, FPG_NEIG1 ; P57014, FPG_NEIMA ; -DR P55044, FPG_NEIMB ; Q0AD66, FPG_NITEC ; Q82S12, FPG_NITEU ; -DR Q2YBI1, FPG_NITMU ; Q3J7U5, FPG_NITOC ; Q3SWN3, FPG_NITWN ; -DR Q5YS09, FPG_NOCFA ; A1SLU7, FPG_NOCSJ ; B2J5G0, FPG_NOSP7 ; -DR Q8YP80, FPG_NOSS1 ; Q2GAT0, FPG_NOVAD ; Q8EPE6, FPG_OCEIH ; -DR A1BAN2, FPG_PARDP ; A7HZC4, FPG_PARL1 ; Q7U4V2, FPG_PARMW ; -DR B2JCP3, FPG_PARP8 ; B2SXG9, FPG_PARPJ ; Q6MCT3, FPG_PARUW ; +DR B8ZRZ2, FPG_MYCLB ; O69470, FPG_MYCLE ; Q6KHS0, FPG_MYCM1 ; +DR B2HJJ6, FPG_MYCMM ; Q73VL9, FPG_MYCPA ; P75402, FPG_MYCPN ; +DR Q98QQ1, FPG_MYCPU ; A0QV21, FPG_MYCS2 ; A3PXU1, FPG_MYCSJ ; +DR A1UED7, FPG_MYCSK ; Q1BAM5, FPG_MYCSS ; A5U6T0, FPG_MYCTA ; +DR A0PQ49, FPG_MYCUA ; A1T737, FPG_MYCVP ; Q5F8Z9, FPG_NEIG1 ; +DR P57014, FPG_NEIMA ; P55044, FPG_NEIMB ; Q0AD66, FPG_NITEC ; +DR Q82S12, FPG_NITEU ; Q2YBI1, FPG_NITMU ; Q3J7U5, FPG_NITOC ; +DR Q726D5, FPG_NITV2 ; Q3SWN3, FPG_NITWN ; Q5YS09, FPG_NOCFA ; +DR A1SLU7, FPG_NOCSJ ; B2J5G0, FPG_NOSP7 ; Q8YP80, FPG_NOSS1 ; +DR Q2GAT0, FPG_NOVAD ; Q8EPE6, FPG_OCEIH ; A1BAN2, FPG_PARDP ; +DR A7HZC4, FPG_PARL1 ; Q7U4V2, FPG_PARMW ; B2JCP3, FPG_PARP8 ; +DR B2SXG9, FPG_PARPJ ; A8L594, FPG_PARS2 ; Q6MCT3, FPG_PARUW ; DR Q145W8, FPG_PARXL ; P57910, FPG_PASMU ; Q6DAV4, FPG_PECAS ; DR C6DIB8, FPG_PECCP ; Q03GC2, FPG_PEDPA ; A1AV29, FPG_PELPD ; DR A5D0T6, FPG_PELTS ; B4RC43, FPG_PHEZH ; Q8VW76, FPG_PHODP ; @@ -103816,8 +104422,8 @@ DR A7MSN3, FPG_VIBC1 ; A5F407, FPG_VIBC3 ; Q9KVC5, FPG_VIBCH ; DR C3LQI3, FPG_VIBCM ; Q87T81, FPG_VIBPA ; Q8DDY4, FPG_VIBVU ; DR Q7MPS3, FPG_VIBVY ; Q73G10, FPG_WOLPM ; B3CM71, FPG_WOLPP ; DR Q5GS47, FPG_WOLTR ; C0R4I6, FPG_WOLWR ; Q8PEQ4, FPG_XANAC ; -DR Q3BM92, FPG_XANC5 ; Q4UNU6, FPG_XANC8 ; B0RZ50, FPG_XANCB ; -DR Q8P3C4, FPG_XANCP ; Q2P8V2, FPG_XANOM ; B2STU3, FPG_XANOP ; +DR Q4UNU6, FPG_XANC8 ; B0RZ50, FPG_XANCB ; Q8P3C4, FPG_XANCP ; +DR Q3BM92, FPG_XANE5 ; Q2P8V2, FPG_XANOM ; B2STU3, FPG_XANOP ; DR Q5H667, FPG_XANOR ; A7IKJ3, FPG_XANP2 ; P64154, FPG_XYLFA ; DR P64155, FPG_XYLFT ; A1JHR7, FPG_YERE8 ; A7FCT7, FPG_YERP3 ; DR Q1C270, FPG_YERPA ; B2JYN6, FPG_YERPB ; Q8ZJP0, FPG_YERPE ; @@ -103929,40 +104535,40 @@ DR B1LP93, UNG_ECOSM ; Q1R8F2, UNG_ECOUT ; P28866, UNG_EHV1B ; DR P69859, UNG_EHV1V ; P53765, UNG_EHV2 ; A4WDE9, UNG_ENT38 ; DR Q836Z5, UNG_ENTFA ; B2VEC7, UNG_ERWT9 ; B7LUY5, UNG_ESCF3 ; DR B1YFL0, UNG_EXIS2 ; A5FFT1, UNG_FLAJ1 ; P21968, UNG_FOWPN ; -DR B0TXF5, UNG_FRAP2 ; A8LD98, UNG_FRASN ; Q14G45, UNG_FRAT1 ; -DR A7NAN4, UNG_FRATF ; Q2A4Q4, UNG_FRATH ; B2SFW5, UNG_FRATM ; -DR A0Q7Y8, UNG_FRATN ; Q0BN28, UNG_FRATO ; Q5NEP2, UNG_FRATT ; -DR A4IWI7, UNG_FRATW ; Q8R634, UNG_FUSNN ; Q9E6R2, UNG_GAHVM ; -DR Q5KUD0, UNG_GEOKA ; C5D9T3, UNG_GEOSW ; A4ITQ2, UNG_GEOTN ; -DR B8F6C3, UNG_GLAP5 ; Q7VMC0, UNG_HAEDU ; Q4QPM6, UNG_HAEI8 ; -DR A5UBC0, UNG_HAEIE ; P43731, UNG_HAEIN ; Q9K682, UNG_HALH5 ; -DR P16769, UNG_HCMVA ; F5HI85, UNG_HCMVM ; Q17Z05, UNG_HELAH ; -DR Q7VGS1, UNG_HELHP ; B6JNI4, UNG_HELP2 ; B5Z8Z4, UNG_HELPG ; -DR Q1CRR1, UNG_HELPH ; Q9ZJN9, UNG_HELPJ ; B2UVB0, UNG_HELPS ; -DR P56397, UNG_HELPY ; P10186, UNG_HHV11 ; P13158, UNG_HHV23 ; -DR P28275, UNG_HHV2H ; P52345, UNG_HHV6U ; P52447, UNG_HHV6Z ; -DR P50639, UNG_HHV7J ; F5HFA1, UNG_HHV8P ; Q0I271, UNG_HISS1 ; -DR B0UWA7, UNG_HISS2 ; P13051, UNG_HUMAN ; Q5R080, UNG_IDILO ; -DR B5XNF8, UNG_KLEP3 ; A6TCJ2, UNG_KLEP7 ; Q5FL46, UNG_LACAC ; -DR B3WCZ5, UNG_LACCB ; Q1GB22, UNG_LACDA ; Q04BG7, UNG_LACDB ; -DR A8YUE7, UNG_LACH4 ; Q74K70, UNG_LACJO ; Q9CIX2, UNG_LACLA ; -DR A2RHW2, UNG_LACLM ; Q032L5, UNG_LACLS ; Q03AI1, UNG_LACP3 ; -DR A9KP29, UNG_LACP7 ; Q88YG1, UNG_LACPL ; Q38VY5, UNG_LATSS ; -DR B1MXY4, UNG_LEUCK ; Q03W63, UNG_LEUMM ; Q03SK6, UNG_LEVBA ; -DR B2GAM7, UNG_LIMF3 ; A5VIJ2, UNG_LIMRD ; B2G626, UNG_LIMRJ ; -DR B1I012, UNG_LYSSC ; B9E8N2, UNG_MACCJ ; Q65VN0, UNG_MANSM ; -DR Q4A8N4, UNG_MESH7 ; M1LL92, UNG_MONPV ; P97931, UNG_MOUSE ; -DR A0QJA9, UNG_MYCA1 ; B1MDP0, UNG_MYCA9 ; P67072, UNG_MYCBO ; -DR A1KMX0, UNG_MYCBP ; C1AG91, UNG_MYCBT ; P47343, UNG_MYCGE ; -DR A4TE31, UNG_MYCGI ; B8ZS02, UNG_MYCLB ; Q9CBS3, UNG_MYCLE ; -DR B2HIJ2, UNG_MYCMM ; Q73VJ7, UNG_MYCPA ; P75536, UNG_MYCPN ; -DR Q98PV4, UNG_MYCPU ; A0QV01, UNG_MYCS2 ; A3PXS4, UNG_MYCSJ ; -DR A1UEC0, UNG_MYCSK ; Q1BAP2, UNG_MYCSS ; A5U6Y7, UNG_MYCTA ; -DR P9WFQ8, UNG_MYCTO ; P9WFQ9, UNG_MYCTU ; A0PQ07, UNG_MYCUA ; -DR A1T717, UNG_MYCVP ; Q5F8I7, UNG_NEIG1 ; B4RLL6, UNG_NEIG2 ; -DR A9LZA2, UNG_NEIM0 ; Q9JUC4, UNG_NEIMA ; Q9JZA1, UNG_NEIMB ; -DR A1KU26, UNG_NEIMF ; Q5YRZ2, UNG_NOCFA ; A1SNW4, UNG_NOCSJ ; -DR Q8EPH6, UNG_OCEIH ; Q315T1, UNG_OLEA2 ; P57807, UNG_PASMU ; +DR B0TXF5, UNG_FRAP2 ; Q14G45, UNG_FRAT1 ; A7NAN4, UNG_FRATF ; +DR Q2A4Q4, UNG_FRATH ; B2SFW5, UNG_FRATM ; A0Q7Y8, UNG_FRATN ; +DR Q0BN28, UNG_FRATO ; Q5NEP2, UNG_FRATT ; A4IWI7, UNG_FRATW ; +DR Q8R634, UNG_FUSNN ; Q9E6R2, UNG_GAHVM ; Q5KUD0, UNG_GEOKA ; +DR C5D9T3, UNG_GEOSW ; A4ITQ2, UNG_GEOTN ; B8F6C3, UNG_GLAP5 ; +DR Q7VMC0, UNG_HAEDU ; Q4QPM6, UNG_HAEI8 ; A5UBC0, UNG_HAEIE ; +DR P43731, UNG_HAEIN ; Q9K682, UNG_HALH5 ; P16769, UNG_HCMVA ; +DR F5HI85, UNG_HCMVM ; Q17Z05, UNG_HELAH ; Q7VGS1, UNG_HELHP ; +DR B6JNI4, UNG_HELP2 ; B5Z8Z4, UNG_HELPG ; Q1CRR1, UNG_HELPH ; +DR Q9ZJN9, UNG_HELPJ ; B2UVB0, UNG_HELPS ; P56397, UNG_HELPY ; +DR P10186, UNG_HHV11 ; P13158, UNG_HHV23 ; P28275, UNG_HHV2H ; +DR P52345, UNG_HHV6U ; P52447, UNG_HHV6Z ; P50639, UNG_HHV7J ; +DR F5HFA1, UNG_HHV8P ; Q0I271, UNG_HISS1 ; B0UWA7, UNG_HISS2 ; +DR P13051, UNG_HUMAN ; Q5R080, UNG_IDILO ; B5XNF8, UNG_KLEP3 ; +DR A6TCJ2, UNG_KLEP7 ; Q5FL46, UNG_LACAC ; B3WCZ5, UNG_LACCB ; +DR Q1GB22, UNG_LACDA ; Q04BG7, UNG_LACDB ; A8YUE7, UNG_LACH4 ; +DR Q74K70, UNG_LACJO ; Q9CIX2, UNG_LACLA ; A2RHW2, UNG_LACLM ; +DR Q032L5, UNG_LACLS ; Q03AI1, UNG_LACP3 ; A9KP29, UNG_LACP7 ; +DR Q88YG1, UNG_LACPL ; Q38VY5, UNG_LATSS ; B1MXY4, UNG_LEUCK ; +DR Q03W63, UNG_LEUMM ; Q03SK6, UNG_LEVBA ; B2GAM7, UNG_LIMF3 ; +DR A5VIJ2, UNG_LIMRD ; B2G626, UNG_LIMRJ ; B1I012, UNG_LYSSC ; +DR B9E8N2, UNG_MACCJ ; Q65VN0, UNG_MANSM ; Q4A8N4, UNG_MESH7 ; +DR M1LL92, UNG_MONPV ; P97931, UNG_MOUSE ; A0QJA9, UNG_MYCA1 ; +DR B1MDP0, UNG_MYCA9 ; P67072, UNG_MYCBO ; A1KMX0, UNG_MYCBP ; +DR C1AG91, UNG_MYCBT ; P47343, UNG_MYCGE ; A4TE31, UNG_MYCGI ; +DR B8ZS02, UNG_MYCLB ; Q9CBS3, UNG_MYCLE ; B2HIJ2, UNG_MYCMM ; +DR Q73VJ7, UNG_MYCPA ; P75536, UNG_MYCPN ; Q98PV4, UNG_MYCPU ; +DR A0QV01, UNG_MYCS2 ; A3PXS4, UNG_MYCSJ ; A1UEC0, UNG_MYCSK ; +DR Q1BAP2, UNG_MYCSS ; A5U6Y7, UNG_MYCTA ; P9WFQ8, UNG_MYCTO ; +DR P9WFQ9, UNG_MYCTU ; A0PQ07, UNG_MYCUA ; A1T717, UNG_MYCVP ; +DR Q5F8I7, UNG_NEIG1 ; B4RLL6, UNG_NEIG2 ; A9LZA2, UNG_NEIM0 ; +DR Q9JUC4, UNG_NEIMA ; Q9JZA1, UNG_NEIMB ; A1KU26, UNG_NEIMF ; +DR Q5YRZ2, UNG_NOCFA ; A1SNW4, UNG_NOCSJ ; Q8EPH6, UNG_OCEIH ; +DR Q315T1, UNG_OLEA2 ; A8LD98, UNG_PARS2 ; P57807, UNG_PASMU ; DR Q6D208, UNG_PECAS ; C6DC11, UNG_PECCP ; Q03GV8, UNG_PEDPA ; DR Q7N1U8, UNG_PHOLL ; A6L7T5, UNG_PHOV8 ; B2RHL6, UNG_PORG3 ; DR Q7MXF6, UNG_PORGI ; B4F058, UNG_PROMH ; Q48ET5, UNG_PSE14 ; @@ -104009,8 +104615,8 @@ DR P0DSP7, UNG_VAR67 ; P0DSP8, UNG_VARV ; A7MS85, UNG_VIBC1 ; DR A5F5R5, UNG_VIBC3 ; Q9KPK8, UNG_VIBCH ; C3LQD1, UNG_VIBCM ; DR Q87SC4, UNG_VIBPA ; Q8DEP7, UNG_VIBVU ; Q7MNR0, UNG_VIBVY ; DR P09307, UNG_VZVD ; Q9J3N2, UNG_VZVO ; Q7MA00, UNG_WOLSU ; -DR Q8PFZ6, UNG_XANAC ; Q3BNI2, UNG_XANC5 ; Q4UPY9, UNG_XANC8 ; -DR B0RWT2, UNG_XANCB ; Q8P4D7, UNG_XANCP ; Q2NY21, UNG_XANOM ; +DR Q8PFZ6, UNG_XANAC ; Q4UPY9, UNG_XANC8 ; B0RWT2, UNG_XANCB ; +DR Q8P4D7, UNG_XANCP ; Q3BNI2, UNG_XANE5 ; Q2NY21, UNG_XANOM ; DR B2SJF5, UNG_XANOP ; Q5GUS2, UNG_XANOR ; B2IAB2, UNG_XYLF2 ; DR Q9PA28, UNG_XYLFA ; B0U620, UNG_XYLFM ; Q879Z0, UNG_XYLFT ; DR P12887, UNG_YEAST ; A1JKI8, UNG_YERE8 ; A7FFS4, UNG_YERP3 ; @@ -104280,7 +104886,8 @@ CC -!- The enzyme can also use leukotriene A4, the substrate of EC 3.3.2.6, CC but it forms 5,6-dihydroxy-7,9,11,14-eicosatetraenoic acid rather CC than leukotriene B4 as the product. CC -!- Formerly EC 3.3.2.3, EC 4.2.1.63 and EC 4.2.1.64. -DR G5EBI4, CEEH1_CAEEL; G5EDL5, CEEH2_CAEEL; I6YGS0, EPHA_MYCTU ; +DR G5EBI4, CEEH1_CAEEL; G5EDL5, CEEH2_CAEEL; P0DO68, EPH1_SIRGR ; +DR P0DO69, EPH2_SIRGR ; P0DO70, EPH3_SIRGR ; I6YGS0, EPHA_MYCTU ; DR P95276, EPHB_MYCTO ; I6YC03, EPHB_MYCTU ; O33283, EPHG_MYCTU ; DR O53388, EPHH_MYCTU ; Q9H6B9, EPHX3_HUMAN; Q3V1F8, EPHX3_MOUSE; DR Q0IIS3, EPHX3_XENTR; P80048, HYEP_PSEU1 ; Q06816, HYEP_STIAD ; @@ -104531,41 +105138,41 @@ DR Q8FNP8, AMPA_COREF ; Q8NNJ4, AMPA_CORGL ; B1WR01, AMPA_CROS5 ; DR Q1LJJ6, AMPA_CUPMC ; Q0K7F5, AMPA_CUPNH ; Q46XT9, AMPA_CUPPJ ; DR B3R663, AMPA_CUPTR ; Q6A9W5, AMPA_CUTAK ; B8HTK3, AMPA_CYAP4 ; DR Q47BG9, AMPA_DECAR ; C0QC86, AMPA_DESAH ; B8J457, AMPA_DESDA ; -DR Q6AJZ3, AMPA_DESPS ; Q72F03, AMPA_DESVH ; A8LI79, AMPA_DINSH ; -DR A7ZVE0, AMPA_ECO24 ; B7UQR7, AMPA_ECO27 ; B7MLR5, AMPA_ECO45 ; -DR B7LCX0, AMPA_ECO55 ; P68768, AMPA_ECO57 ; B5Z3L7, AMPA_ECO5E ; -DR B7NUH4, AMPA_ECO7I ; B7MSZ3, AMPA_ECO81 ; B7M9L9, AMPA_ECO8A ; -DR C4ZRD1, AMPA_ECOBW ; B1XEN9, AMPA_ECODH ; A8A816, AMPA_ECOHS ; -DR A1AJG3, AMPA_ECOK1 ; Q0T9D1, AMPA_ECOL5 ; P68766, AMPA_ECOL6 ; -DR B1ISB1, AMPA_ECOLC ; P68767, AMPA_ECOLI ; B7NGJ2, AMPA_ECOLU ; -DR B6I2H3, AMPA_ECOSE ; B1LRE5, AMPA_ECOSM ; Q1R2Z4, AMPA_ECOUT ; -DR C5BBY4, AMPA_EDWI9 ; Q5FFZ5, AMPA_EHRRG ; Q5HAP2, AMPA_EHRRW ; -DR A4WF25, AMPA_ENT38 ; B2VL42, AMPA_ERWT9 ; B7LMT2, AMPA_ESCF3 ; -DR B1YKV4, AMPA_EXIS2 ; Q8RHT8, AMPA_FUSNN ; Q74GB4, AMPA_GEOSL ; -DR C6E543, AMPA_GEOSM ; C5D720, AMPA_GEOSW ; A4ISE0, AMPA_GEOTN ; -DR A5G9C7, AMPA_GEOUR ; B8F6N9, AMPA_GLAP5 ; B7KCB0, AMPA_GLOC7 ; -DR Q7NHC6, AMPA_GLOVI ; Q5FU70, AMPA_GLUOX ; Q7VNH9, AMPA_HAEDU ; -DR Q4QJN7, AMPA_HAEI8 ; A5UBH1, AMPA_HAEIE ; A5UFE2, AMPA_HAEIG ; -DR P45334, AMPA_HAEIN ; Q2SKR0, AMPA_HAHCH ; A1WUV1, AMPA_HALHL ; -DR C4K346, AMPA_HAMD5 ; Q17W06, AMPA_HELAH ; Q7VGF0, AMPA_HELHP ; -DR B6JLF2, AMPA_HELP2 ; B5Z6U1, AMPA_HELPG ; Q1CTV6, AMPA_HELPH ; -DR Q9ZLR1, AMPA_HELPJ ; B2UTQ8, AMPA_HELPS ; O25294, AMPA_HELPY ; -DR A4G7P5, AMPA_HERAR ; Q0I236, AMPA_HISS1 ; B0UVX4, AMPA_HISS2 ; -DR Q31ET3, AMPA_HYDCU ; Q5QY05, AMPA_IDILO ; A6T0V4, AMPA_JANMA ; -DR B5Y2T8, AMPA_KLEP3 ; A6THI2, AMPA_KLEP7 ; Q1IPU7, AMPA_KORVE ; -DR Q5X1Q9, AMPA_LEGPA ; A5IAU5, AMPA_LEGPC ; Q5WTG8, AMPA_LEGPL ; -DR Q6AFG2, AMPA_LEIXX ; Q72UC6, AMPA_LEPIC ; Q8F0Q1, AMPA_LEPIN ; -DR Q65SA3, AMPA_MANSM ; B7KYK4, AMPA_METC4 ; Q606B9, AMPA_METCA ; -DR A9VXD6, AMPA_METEP ; Q1H4U4, AMPA_METFK ; B1ZAK8, AMPA_METPB ; -DR A2SH61, AMPA_METPP ; B1LVC3, AMPA_METRJ ; P47707, AMPA_METSV ; -DR B0JL23, AMPA_MICAN ; C5CCM4, AMPA_MICLC ; Q7VEN5, AMPA_MYCBO ; -DR A1KKQ5, AMPA_MYCBP ; C1AQC8, AMPA_MYCBT ; P47631, AMPA_MYCGE ; -DR O32956, AMPA_MYCLE ; B2HGY2, AMPA_MYCMM ; Q73YK2, AMPA_MYCPA ; -DR P75206, AMPA_MYCPN ; A3Q1S2, AMPA_MYCSJ ; A1UIA8, AMPA_MYCSK ; -DR Q1B6R7, AMPA_MYCSS ; A5U4P1, AMPA_MYCTA ; P9WHT2, AMPA_MYCTO ; -DR P9WHT3, AMPA_MYCTU ; A0PTP9, AMPA_MYCUA ; Q9JTI8, AMPA_NEIMA ; -DR Q0AIF5, AMPA_NITEC ; Q82X54, AMPA_NITEU ; Q1QKW6, AMPA_NITHX ; -DR Q2YB18, AMPA_NITMU ; Q3JEC8, AMPA_NITOC ; Q3SS04, AMPA_NITWN ; +DR Q6AJZ3, AMPA_DESPS ; A8LI79, AMPA_DINSH ; A7ZVE0, AMPA_ECO24 ; +DR B7UQR7, AMPA_ECO27 ; B7MLR5, AMPA_ECO45 ; B7LCX0, AMPA_ECO55 ; +DR P68768, AMPA_ECO57 ; B5Z3L7, AMPA_ECO5E ; B7NUH4, AMPA_ECO7I ; +DR B7MSZ3, AMPA_ECO81 ; B7M9L9, AMPA_ECO8A ; C4ZRD1, AMPA_ECOBW ; +DR B1XEN9, AMPA_ECODH ; A8A816, AMPA_ECOHS ; A1AJG3, AMPA_ECOK1 ; +DR Q0T9D1, AMPA_ECOL5 ; P68766, AMPA_ECOL6 ; B1ISB1, AMPA_ECOLC ; +DR P68767, AMPA_ECOLI ; B7NGJ2, AMPA_ECOLU ; B6I2H3, AMPA_ECOSE ; +DR B1LRE5, AMPA_ECOSM ; Q1R2Z4, AMPA_ECOUT ; C5BBY4, AMPA_EDWI9 ; +DR Q5FFZ5, AMPA_EHRRG ; Q5HAP2, AMPA_EHRRW ; A4WF25, AMPA_ENT38 ; +DR B2VL42, AMPA_ERWT9 ; B7LMT2, AMPA_ESCF3 ; B1YKV4, AMPA_EXIS2 ; +DR Q8RHT8, AMPA_FUSNN ; Q74GB4, AMPA_GEOSL ; C6E543, AMPA_GEOSM ; +DR C5D720, AMPA_GEOSW ; A4ISE0, AMPA_GEOTN ; A5G9C7, AMPA_GEOUR ; +DR B8F6N9, AMPA_GLAP5 ; B7KCB0, AMPA_GLOC7 ; Q7NHC6, AMPA_GLOVI ; +DR Q5FU70, AMPA_GLUOX ; Q7VNH9, AMPA_HAEDU ; Q4QJN7, AMPA_HAEI8 ; +DR A5UBH1, AMPA_HAEIE ; A5UFE2, AMPA_HAEIG ; P45334, AMPA_HAEIN ; +DR Q2SKR0, AMPA_HAHCH ; A1WUV1, AMPA_HALHL ; C4K346, AMPA_HAMD5 ; +DR Q17W06, AMPA_HELAH ; Q7VGF0, AMPA_HELHP ; B6JLF2, AMPA_HELP2 ; +DR B5Z6U1, AMPA_HELPG ; Q1CTV6, AMPA_HELPH ; Q9ZLR1, AMPA_HELPJ ; +DR B2UTQ8, AMPA_HELPS ; O25294, AMPA_HELPY ; A4G7P5, AMPA_HERAR ; +DR Q0I236, AMPA_HISS1 ; B0UVX4, AMPA_HISS2 ; Q31ET3, AMPA_HYDCU ; +DR Q5QY05, AMPA_IDILO ; A6T0V4, AMPA_JANMA ; B5Y2T8, AMPA_KLEP3 ; +DR A6THI2, AMPA_KLEP7 ; Q1IPU7, AMPA_KORVE ; Q5X1Q9, AMPA_LEGPA ; +DR A5IAU5, AMPA_LEGPC ; Q5WTG8, AMPA_LEGPL ; Q6AFG2, AMPA_LEIXX ; +DR Q72UC6, AMPA_LEPIC ; Q8F0Q1, AMPA_LEPIN ; Q65SA3, AMPA_MANSM ; +DR B7KYK4, AMPA_METC4 ; Q606B9, AMPA_METCA ; A9VXD6, AMPA_METEP ; +DR Q1H4U4, AMPA_METFK ; B1ZAK8, AMPA_METPB ; A2SH61, AMPA_METPP ; +DR B1LVC3, AMPA_METRJ ; P47707, AMPA_METSV ; B0JL23, AMPA_MICAN ; +DR C5CCM4, AMPA_MICLC ; Q7VEN5, AMPA_MYCBO ; A1KKQ5, AMPA_MYCBP ; +DR C1AQC8, AMPA_MYCBT ; P47631, AMPA_MYCGE ; O32956, AMPA_MYCLE ; +DR B2HGY2, AMPA_MYCMM ; Q73YK2, AMPA_MYCPA ; P75206, AMPA_MYCPN ; +DR A3Q1S2, AMPA_MYCSJ ; A1UIA8, AMPA_MYCSK ; Q1B6R7, AMPA_MYCSS ; +DR A5U4P1, AMPA_MYCTA ; P9WHT2, AMPA_MYCTO ; P9WHT3, AMPA_MYCTU ; +DR A0PTP9, AMPA_MYCUA ; Q9JTI8, AMPA_NEIMA ; Q0AIF5, AMPA_NITEC ; +DR Q82X54, AMPA_NITEU ; Q1QKW6, AMPA_NITHX ; Q2YB18, AMPA_NITMU ; +DR Q3JEC8, AMPA_NITOC ; Q72F03, AMPA_NITV2 ; Q3SS04, AMPA_NITWN ; DR Q5YZ53, AMPA_NOCFA ; B2J3G8, AMPA_NOSP7 ; Q8Z064, AMPA_NOSS1 ; DR Q315M7, AMPA_OLEA2 ; Q7U8Q1, AMPA_PARMW ; B2JET5, AMPA_PARP8 ; DR B2T146, AMPA_PARPJ ; Q6MC72, AMPA_PARUW ; Q143Y9, AMPA_PARXL ; @@ -104617,8 +105224,8 @@ DR A1WSK3, AMPA_VEREI ; A5CXK2, AMPA_VESOH ; A7MSE5, AMPA_VIBC1 ; DR A5F5D8, AMPA_VIBC3 ; P0C6E1, AMPA_VIBCH ; C3LR42, AMPA_VIBCM ; DR Q87LG8, AMPA_VIBPA ; Q8DCE5, AMPA_VIBVU ; Q7MHG4, AMPA_VIBVY ; DR Q8D295, AMPA_WIGBR ; Q73IU2, AMPA_WOLPM ; Q7M8W6, AMPA_WOLSU ; -DR Q8PGR0, AMPA_XANAC ; Q3BPA1, AMPA_XANC5 ; Q4UQP6, AMPA_XANC8 ; -DR B0RVI0, AMPA_XANCB ; Q8PCR4, AMPA_XANCP ; Q2P7G2, AMPA_XANOM ; +DR Q8PGR0, AMPA_XANAC ; Q4UQP6, AMPA_XANC8 ; B0RVI0, AMPA_XANCB ; +DR Q8PCR4, AMPA_XANCP ; Q3BPA1, AMPA_XANE5 ; Q2P7G2, AMPA_XANOM ; DR B2SPE7, AMPA_XANOP ; Q5H4N2, AMPA_XANOR ; A7IFB7, AMPA_XANP2 ; DR B2I6L3, AMPA_XYLF2 ; Q9PH08, AMPA_XYLFA ; B0U1L5, AMPA_XYLFM ; DR Q87F32, AMPA_XYLFT ; A1JJ31, AMPA_YERE8 ; A7FML9, AMPA_YERP3 ; @@ -104842,49 +105449,49 @@ DR A2QGR5, AMPP1_ASPNC; Q2U7S5, AMPP1_ASPOR; Q0CDB3, AMPP1_ASPTN; DR C5K105, AMPP1_BLAGS; A6RK67, AMPP1_BOTFB; Q2H8T2, AMPP1_CHAGB; DR C5P7J2, AMPP1_COCP7; E9CTR7, AMPP1_COCPS; E3QCU0, AMPP1_COLGM; DR A8P5H7, AMPP1_COPC7; Q5AVF0, AMPP1_EMENI; C7Z9Z7, AMPP1_FUSV7; -DR B0DZL3, AMPP1_LACBS; E5ABQ8, AMPP1_LEPMJ; E9E9B2, AMPP1_METAQ; -DR E9EUE6, AMPP1_METRA; A1DF27, AMPP1_NEOFI; Q7RYL6, AMPP1_NEUCR; -DR C1H978, AMPP1_PARBA; C1GEY4, AMPP1_PARBD; C0SCV1, AMPP1_PARBP; -DR B6HQC9, AMPP1_PENRW; Q0UFY4, AMPP1_PHANO; B2AWV6, AMPP1_PODAN; -DR A4RF35, AMPP1_PYRO7; B2VUU7, AMPP1_PYRTR; E3S7K9, AMPP1_PYRTT; -DR A7E4T8, AMPP1_SCLS1; D1ZKF3, AMPP1_SORMK; P0A3Z1, AMPP1_STRCO; -DR P0A3Z2, AMPP1_STRLI; B6QG01, AMPP1_TALMQ; B8M9W2, AMPP1_TALSN; -DR D4D891, AMPP1_TRIVH; D5GAC6, AMPP1_TUBMM; C9SR45, AMPP1_VERA1; -DR C0NF18, AMPP2_AJECG; C6HNY5, AMPP2_AJECH; A6QYF6, AMPP2_AJECN; -DR C5GKT2, AMPP2_AJEDR; Q8RY11, AMPP2_ARATH; D4B0B2, AMPP2_ARTBC; -DR E4V1Q7, AMPP2_ARTGP; C5FUV0, AMPP2_ARTOC; A1CNW6, AMPP2_ASPCL; -DR B0XN37, AMPP2_ASPFC; B8MZI5, AMPP2_ASPFN; Q4WRV9, AMPP2_ASPFU; -DR A2QAW7, AMPP2_ASPNC; Q2UQH9, AMPP2_ASPOR; Q0CZM6, AMPP2_ASPTN; -DR C5K0R2, AMPP2_BLAGS; A6SL16, AMPP2_BOTFB; Q2HA12, AMPP2_CHAGB; -DR C5PAH2, AMPP2_COCP7; E9CY14, AMPP2_COCPS; E3Q897, AMPP2_COLGM; -DR Q5BF48, AMPP2_EMENI; C7Z837, AMPP2_FUSV7; E9E2J4, AMPP2_METAQ; -DR E9F9J8, AMPP2_METRA; A1D1S6, AMPP2_NEOFI; A7UWH7, AMPP2_NEUCR; -DR C1H3X3, AMPP2_PARBA; C1GHS9, AMPP2_PARBD; C0SDW6, AMPP2_PARBP; -DR B6HAN0, AMPP2_PENRW; Q0V147, AMPP2_PHANO; B2AW39, AMPP2_PODAN; -DR A4RQ11, AMPP2_PYRO7; B2WKR4, AMPP2_PYRTR; E3RNJ5, AMPP2_PYRTT; -DR A7ENP9, AMPP2_SCLS1; D1ZQL9, AMPP2_SORMK; P0A3Z3, AMPP2_STRCO; -DR P0A3Z4, AMPP2_STRLI; B6QAW7, AMPP2_TALMQ; B8M2W9, AMPP2_TALSN; -DR D4D6B8, AMPP2_TRIVH; D5GHP2, AMPP2_TUBMM; C4JY72, AMPP2_UNCRE; -DR C9SDK8, AMPP2_VERA1; C0NIF0, AMPP3_AJECG; C6H7R7, AMPP3_AJECH; -DR C5G874, AMPP3_AJEDR; A1CSI0, AMPP3_ASPCL; B0XW47, AMPP3_ASPFC; -DR B8NC10, AMPP3_ASPFN; Q4X267, AMPP3_ASPFU; A2QKF6, AMPP3_ASPNC; -DR Q0CFZ0, AMPP3_ASPTN; C5JQ04, AMPP3_BLAGS; A6SDE9, AMPP3_BOTFB; -DR C5PHM7, AMPP3_COCP7; E9DDK8, AMPP3_COCPS; E3QYP0, AMPP3_COLGM; -DR Q96WX8, AMPP3_EMENI; C7YVN8, AMPP3_FUSV7; E4ZHV7, AMPP3_LEPMJ; -DR E9DV56, AMPP3_METAQ; E9EK74, AMPP3_METRA; A1DG66, AMPP3_NEOFI; -DR C1H9Q9, AMPP3_PARBA; C1GD57, AMPP3_PARBD; C0SHQ0, AMPP3_PARBP; -DR B6H2M0, AMPP3_PENRW; Q0U6G5, AMPP3_PHANO; B2AFW1, AMPP3_PODAN; -DR A4RAE9, AMPP3_PYRO7; B2WMQ2, AMPP3_PYRTR; E3S6N7, AMPP3_PYRTT; -DR A7EUB3, AMPP3_SCLS1; D1ZBF6, AMPP3_SORMK; B6Q8T5, AMPP3_TALMQ; -DR B8M0Z4, AMPP3_TALSN; C4JF09, AMPP3_UNCRE; C9SEV5, AMPP3_VERA1; -DR P15034, AMPP_ECOLI ; P44881, AMPP_HAEIN ; P47566, AMPP_MYCGE ; -DR P75313, AMPP_MYCPN ; A0A144A2H0, AMPP_PLAF7 ; Q07825, FRA1_YEAST ; -DR Q1JPJ2, XPP1_BOVIN ; Q54G06, XPP1_DICDI ; Q9NQW7, XPP1_HUMAN ; -DR Q6P1B1, XPP1_MOUSE ; O54975, XPP1_RAT ; O43895, XPP2_HUMAN ; -DR B1AVD1, XPP2_MOUSE ; Q95333, XPP2_PIG ; Q99MA2, XPP2_RAT ; -DR Q54T46, XPP3_DICDI ; Q9NQH7, XPP3_HUMAN ; B7ZMP1, XPP3_MOUSE ; -DR Q5R9W8, XPP3_PONAB ; B5DEQ3, XPP3_RAT ; O44750, XPP_CAEEL ; -DR Q9VJG0, XPP_DROME ; +DR B0DZL3, AMPP1_LACBS; E5ABQ8, AMPP1_LEPMJ; A0A2Z5GDY5, AMPP1_LOTJA; +DR E9E9B2, AMPP1_METAQ; E9EUE6, AMPP1_METRA; A1DF27, AMPP1_NEOFI; +DR Q7RYL6, AMPP1_NEUCR; C1H978, AMPP1_PARBA; C1GEY4, AMPP1_PARBD; +DR C0SCV1, AMPP1_PARBP; B6HQC9, AMPP1_PENRW; Q0UFY4, AMPP1_PHANO; +DR B2AWV6, AMPP1_PODAN; A4RF35, AMPP1_PYRO7; B2VUU7, AMPP1_PYRTR; +DR E3S7K9, AMPP1_PYRTT; A7E4T8, AMPP1_SCLS1; D1ZKF3, AMPP1_SORMK; +DR P0A3Z1, AMPP1_STRCO; P0A3Z2, AMPP1_STRLI; B6QG01, AMPP1_TALMQ; +DR B8M9W2, AMPP1_TALSN; D4D891, AMPP1_TRIVH; D5GAC6, AMPP1_TUBMM; +DR C9SR45, AMPP1_VERA1; C0NF18, AMPP2_AJECG; C6HNY5, AMPP2_AJECH; +DR A6QYF6, AMPP2_AJECN; C5GKT2, AMPP2_AJEDR; Q8RY11, AMPP2_ARATH; +DR D4B0B2, AMPP2_ARTBC; E4V1Q7, AMPP2_ARTGP; C5FUV0, AMPP2_ARTOC; +DR A1CNW6, AMPP2_ASPCL; B0XN37, AMPP2_ASPFC; B8MZI5, AMPP2_ASPFN; +DR Q4WRV9, AMPP2_ASPFU; A2QAW7, AMPP2_ASPNC; Q2UQH9, AMPP2_ASPOR; +DR Q0CZM6, AMPP2_ASPTN; C5K0R2, AMPP2_BLAGS; A6SL16, AMPP2_BOTFB; +DR Q2HA12, AMPP2_CHAGB; C5PAH2, AMPP2_COCP7; E9CY14, AMPP2_COCPS; +DR E3Q897, AMPP2_COLGM; Q5BF48, AMPP2_EMENI; C7Z837, AMPP2_FUSV7; +DR E9E2J4, AMPP2_METAQ; E9F9J8, AMPP2_METRA; A1D1S6, AMPP2_NEOFI; +DR A7UWH7, AMPP2_NEUCR; C1H3X3, AMPP2_PARBA; C1GHS9, AMPP2_PARBD; +DR C0SDW6, AMPP2_PARBP; B6HAN0, AMPP2_PENRW; Q0V147, AMPP2_PHANO; +DR B2AW39, AMPP2_PODAN; A4RQ11, AMPP2_PYRO7; B2WKR4, AMPP2_PYRTR; +DR E3RNJ5, AMPP2_PYRTT; A7ENP9, AMPP2_SCLS1; D1ZQL9, AMPP2_SORMK; +DR P0A3Z3, AMPP2_STRCO; P0A3Z4, AMPP2_STRLI; B6QAW7, AMPP2_TALMQ; +DR B8M2W9, AMPP2_TALSN; D4D6B8, AMPP2_TRIVH; D5GHP2, AMPP2_TUBMM; +DR C4JY72, AMPP2_UNCRE; C9SDK8, AMPP2_VERA1; C0NIF0, AMPP3_AJECG; +DR C6H7R7, AMPP3_AJECH; C5G874, AMPP3_AJEDR; A1CSI0, AMPP3_ASPCL; +DR B0XW47, AMPP3_ASPFC; B8NC10, AMPP3_ASPFN; Q4X267, AMPP3_ASPFU; +DR A2QKF6, AMPP3_ASPNC; Q0CFZ0, AMPP3_ASPTN; C5JQ04, AMPP3_BLAGS; +DR A6SDE9, AMPP3_BOTFB; C5PHM7, AMPP3_COCP7; E9DDK8, AMPP3_COCPS; +DR E3QYP0, AMPP3_COLGM; Q96WX8, AMPP3_EMENI; C7YVN8, AMPP3_FUSV7; +DR E4ZHV7, AMPP3_LEPMJ; E9DV56, AMPP3_METAQ; E9EK74, AMPP3_METRA; +DR A1DG66, AMPP3_NEOFI; C1H9Q9, AMPP3_PARBA; C1GD57, AMPP3_PARBD; +DR C0SHQ0, AMPP3_PARBP; B6H2M0, AMPP3_PENRW; Q0U6G5, AMPP3_PHANO; +DR B2AFW1, AMPP3_PODAN; A4RAE9, AMPP3_PYRO7; B2WMQ2, AMPP3_PYRTR; +DR E3S6N7, AMPP3_PYRTT; A7EUB3, AMPP3_SCLS1; D1ZBF6, AMPP3_SORMK; +DR B6Q8T5, AMPP3_TALMQ; B8M0Z4, AMPP3_TALSN; C4JF09, AMPP3_UNCRE; +DR C9SEV5, AMPP3_VERA1; P15034, AMPP_ECOLI ; P44881, AMPP_HAEIN ; +DR P47566, AMPP_MYCGE ; P75313, AMPP_MYCPN ; A0A144A2H0, AMPP_PLAF7 ; +DR Q07825, FRA1_YEAST ; Q1JPJ2, XPP1_BOVIN ; Q54G06, XPP1_DICDI ; +DR Q9NQW7, XPP1_HUMAN ; Q6P1B1, XPP1_MOUSE ; O54975, XPP1_RAT ; +DR O43895, XPP2_HUMAN ; B1AVD1, XPP2_MOUSE ; Q95333, XPP2_PIG ; +DR Q99MA2, XPP2_RAT ; Q54T46, XPP3_DICDI ; Q9NQH7, XPP3_HUMAN ; +DR B7ZMP1, XPP3_MOUSE ; Q5R9W8, XPP3_PONAB ; B5DEQ3, XPP3_RAT ; +DR O44750, XPP_CAEEL ; Q9VJG0, XPP_DROME ; // ID 3.4.11.10 DE bacterial leucyl aminopeptidase. @@ -104939,41 +105546,41 @@ DR Q8FNP8, AMPA_COREF ; Q8NNJ4, AMPA_CORGL ; B1WR01, AMPA_CROS5 ; DR Q1LJJ6, AMPA_CUPMC ; Q0K7F5, AMPA_CUPNH ; Q46XT9, AMPA_CUPPJ ; DR B3R663, AMPA_CUPTR ; Q6A9W5, AMPA_CUTAK ; B8HTK3, AMPA_CYAP4 ; DR Q47BG9, AMPA_DECAR ; C0QC86, AMPA_DESAH ; B8J457, AMPA_DESDA ; -DR Q6AJZ3, AMPA_DESPS ; Q72F03, AMPA_DESVH ; A8LI79, AMPA_DINSH ; -DR A7ZVE0, AMPA_ECO24 ; B7UQR7, AMPA_ECO27 ; B7MLR5, AMPA_ECO45 ; -DR B7LCX0, AMPA_ECO55 ; P68768, AMPA_ECO57 ; B5Z3L7, AMPA_ECO5E ; -DR B7NUH4, AMPA_ECO7I ; B7MSZ3, AMPA_ECO81 ; B7M9L9, AMPA_ECO8A ; -DR C4ZRD1, AMPA_ECOBW ; B1XEN9, AMPA_ECODH ; A8A816, AMPA_ECOHS ; -DR A1AJG3, AMPA_ECOK1 ; Q0T9D1, AMPA_ECOL5 ; P68766, AMPA_ECOL6 ; -DR B1ISB1, AMPA_ECOLC ; P68767, AMPA_ECOLI ; B7NGJ2, AMPA_ECOLU ; -DR B6I2H3, AMPA_ECOSE ; B1LRE5, AMPA_ECOSM ; Q1R2Z4, AMPA_ECOUT ; -DR C5BBY4, AMPA_EDWI9 ; Q5FFZ5, AMPA_EHRRG ; Q5HAP2, AMPA_EHRRW ; -DR A4WF25, AMPA_ENT38 ; B2VL42, AMPA_ERWT9 ; B7LMT2, AMPA_ESCF3 ; -DR B1YKV4, AMPA_EXIS2 ; Q8RHT8, AMPA_FUSNN ; Q74GB4, AMPA_GEOSL ; -DR C6E543, AMPA_GEOSM ; C5D720, AMPA_GEOSW ; A4ISE0, AMPA_GEOTN ; -DR A5G9C7, AMPA_GEOUR ; B8F6N9, AMPA_GLAP5 ; B7KCB0, AMPA_GLOC7 ; -DR Q7NHC6, AMPA_GLOVI ; Q5FU70, AMPA_GLUOX ; Q7VNH9, AMPA_HAEDU ; -DR Q4QJN7, AMPA_HAEI8 ; A5UBH1, AMPA_HAEIE ; A5UFE2, AMPA_HAEIG ; -DR P45334, AMPA_HAEIN ; Q2SKR0, AMPA_HAHCH ; A1WUV1, AMPA_HALHL ; -DR C4K346, AMPA_HAMD5 ; Q17W06, AMPA_HELAH ; Q7VGF0, AMPA_HELHP ; -DR B6JLF2, AMPA_HELP2 ; B5Z6U1, AMPA_HELPG ; Q1CTV6, AMPA_HELPH ; -DR Q9ZLR1, AMPA_HELPJ ; B2UTQ8, AMPA_HELPS ; O25294, AMPA_HELPY ; -DR A4G7P5, AMPA_HERAR ; Q0I236, AMPA_HISS1 ; B0UVX4, AMPA_HISS2 ; -DR Q31ET3, AMPA_HYDCU ; Q5QY05, AMPA_IDILO ; A6T0V4, AMPA_JANMA ; -DR B5Y2T8, AMPA_KLEP3 ; A6THI2, AMPA_KLEP7 ; Q1IPU7, AMPA_KORVE ; -DR Q5X1Q9, AMPA_LEGPA ; A5IAU5, AMPA_LEGPC ; Q5WTG8, AMPA_LEGPL ; -DR Q6AFG2, AMPA_LEIXX ; Q72UC6, AMPA_LEPIC ; Q8F0Q1, AMPA_LEPIN ; -DR Q65SA3, AMPA_MANSM ; B7KYK4, AMPA_METC4 ; Q606B9, AMPA_METCA ; -DR A9VXD6, AMPA_METEP ; Q1H4U4, AMPA_METFK ; B1ZAK8, AMPA_METPB ; -DR A2SH61, AMPA_METPP ; B1LVC3, AMPA_METRJ ; P47707, AMPA_METSV ; -DR B0JL23, AMPA_MICAN ; C5CCM4, AMPA_MICLC ; Q7VEN5, AMPA_MYCBO ; -DR A1KKQ5, AMPA_MYCBP ; C1AQC8, AMPA_MYCBT ; P47631, AMPA_MYCGE ; -DR O32956, AMPA_MYCLE ; B2HGY2, AMPA_MYCMM ; Q73YK2, AMPA_MYCPA ; -DR P75206, AMPA_MYCPN ; A3Q1S2, AMPA_MYCSJ ; A1UIA8, AMPA_MYCSK ; -DR Q1B6R7, AMPA_MYCSS ; A5U4P1, AMPA_MYCTA ; P9WHT2, AMPA_MYCTO ; -DR P9WHT3, AMPA_MYCTU ; A0PTP9, AMPA_MYCUA ; Q9JTI8, AMPA_NEIMA ; -DR Q0AIF5, AMPA_NITEC ; Q82X54, AMPA_NITEU ; Q1QKW6, AMPA_NITHX ; -DR Q2YB18, AMPA_NITMU ; Q3JEC8, AMPA_NITOC ; Q3SS04, AMPA_NITWN ; +DR Q6AJZ3, AMPA_DESPS ; A8LI79, AMPA_DINSH ; A7ZVE0, AMPA_ECO24 ; +DR B7UQR7, AMPA_ECO27 ; B7MLR5, AMPA_ECO45 ; B7LCX0, AMPA_ECO55 ; +DR P68768, AMPA_ECO57 ; B5Z3L7, AMPA_ECO5E ; B7NUH4, AMPA_ECO7I ; +DR B7MSZ3, AMPA_ECO81 ; B7M9L9, AMPA_ECO8A ; C4ZRD1, AMPA_ECOBW ; +DR B1XEN9, AMPA_ECODH ; A8A816, AMPA_ECOHS ; A1AJG3, AMPA_ECOK1 ; +DR Q0T9D1, AMPA_ECOL5 ; P68766, AMPA_ECOL6 ; B1ISB1, AMPA_ECOLC ; +DR P68767, AMPA_ECOLI ; B7NGJ2, AMPA_ECOLU ; B6I2H3, AMPA_ECOSE ; +DR B1LRE5, AMPA_ECOSM ; Q1R2Z4, AMPA_ECOUT ; C5BBY4, AMPA_EDWI9 ; +DR Q5FFZ5, AMPA_EHRRG ; Q5HAP2, AMPA_EHRRW ; A4WF25, AMPA_ENT38 ; +DR B2VL42, AMPA_ERWT9 ; B7LMT2, AMPA_ESCF3 ; B1YKV4, AMPA_EXIS2 ; +DR Q8RHT8, AMPA_FUSNN ; Q74GB4, AMPA_GEOSL ; C6E543, AMPA_GEOSM ; +DR C5D720, AMPA_GEOSW ; A4ISE0, AMPA_GEOTN ; A5G9C7, AMPA_GEOUR ; +DR B8F6N9, AMPA_GLAP5 ; B7KCB0, AMPA_GLOC7 ; Q7NHC6, AMPA_GLOVI ; +DR Q5FU70, AMPA_GLUOX ; Q7VNH9, AMPA_HAEDU ; Q4QJN7, AMPA_HAEI8 ; +DR A5UBH1, AMPA_HAEIE ; A5UFE2, AMPA_HAEIG ; P45334, AMPA_HAEIN ; +DR Q2SKR0, AMPA_HAHCH ; A1WUV1, AMPA_HALHL ; C4K346, AMPA_HAMD5 ; +DR Q17W06, AMPA_HELAH ; Q7VGF0, AMPA_HELHP ; B6JLF2, AMPA_HELP2 ; +DR B5Z6U1, AMPA_HELPG ; Q1CTV6, AMPA_HELPH ; Q9ZLR1, AMPA_HELPJ ; +DR B2UTQ8, AMPA_HELPS ; O25294, AMPA_HELPY ; A4G7P5, AMPA_HERAR ; +DR Q0I236, AMPA_HISS1 ; B0UVX4, AMPA_HISS2 ; Q31ET3, AMPA_HYDCU ; +DR Q5QY05, AMPA_IDILO ; A6T0V4, AMPA_JANMA ; B5Y2T8, AMPA_KLEP3 ; +DR A6THI2, AMPA_KLEP7 ; Q1IPU7, AMPA_KORVE ; Q5X1Q9, AMPA_LEGPA ; +DR A5IAU5, AMPA_LEGPC ; Q5WTG8, AMPA_LEGPL ; Q6AFG2, AMPA_LEIXX ; +DR Q72UC6, AMPA_LEPIC ; Q8F0Q1, AMPA_LEPIN ; Q65SA3, AMPA_MANSM ; +DR B7KYK4, AMPA_METC4 ; Q606B9, AMPA_METCA ; A9VXD6, AMPA_METEP ; +DR Q1H4U4, AMPA_METFK ; B1ZAK8, AMPA_METPB ; A2SH61, AMPA_METPP ; +DR B1LVC3, AMPA_METRJ ; P47707, AMPA_METSV ; B0JL23, AMPA_MICAN ; +DR C5CCM4, AMPA_MICLC ; Q7VEN5, AMPA_MYCBO ; A1KKQ5, AMPA_MYCBP ; +DR C1AQC8, AMPA_MYCBT ; P47631, AMPA_MYCGE ; O32956, AMPA_MYCLE ; +DR B2HGY2, AMPA_MYCMM ; Q73YK2, AMPA_MYCPA ; P75206, AMPA_MYCPN ; +DR A3Q1S2, AMPA_MYCSJ ; A1UIA8, AMPA_MYCSK ; Q1B6R7, AMPA_MYCSS ; +DR A5U4P1, AMPA_MYCTA ; P9WHT2, AMPA_MYCTO ; P9WHT3, AMPA_MYCTU ; +DR A0PTP9, AMPA_MYCUA ; Q9JTI8, AMPA_NEIMA ; Q0AIF5, AMPA_NITEC ; +DR Q82X54, AMPA_NITEU ; Q1QKW6, AMPA_NITHX ; Q2YB18, AMPA_NITMU ; +DR Q3JEC8, AMPA_NITOC ; Q72F03, AMPA_NITV2 ; Q3SS04, AMPA_NITWN ; DR Q5YZ53, AMPA_NOCFA ; B2J3G8, AMPA_NOSP7 ; Q8Z064, AMPA_NOSS1 ; DR Q315M7, AMPA_OLEA2 ; Q7U8Q1, AMPA_PARMW ; B2JET5, AMPA_PARP8 ; DR B2T146, AMPA_PARPJ ; Q6MC72, AMPA_PARUW ; Q143Y9, AMPA_PARXL ; @@ -105025,8 +105632,8 @@ DR A1WSK3, AMPA_VEREI ; A5CXK2, AMPA_VESOH ; A7MSE5, AMPA_VIBC1 ; DR A5F5D8, AMPA_VIBC3 ; P0C6E1, AMPA_VIBCH ; C3LR42, AMPA_VIBCM ; DR Q87LG8, AMPA_VIBPA ; Q8DCE5, AMPA_VIBVU ; Q7MHG4, AMPA_VIBVY ; DR Q8D295, AMPA_WIGBR ; Q73IU2, AMPA_WOLPM ; Q7M8W6, AMPA_WOLSU ; -DR Q8PGR0, AMPA_XANAC ; Q3BPA1, AMPA_XANC5 ; Q4UQP6, AMPA_XANC8 ; -DR B0RVI0, AMPA_XANCB ; Q8PCR4, AMPA_XANCP ; Q2P7G2, AMPA_XANOM ; +DR Q8PGR0, AMPA_XANAC ; Q4UQP6, AMPA_XANC8 ; B0RVI0, AMPA_XANCB ; +DR Q8PCR4, AMPA_XANCP ; Q3BPA1, AMPA_XANE5 ; Q2P7G2, AMPA_XANOM ; DR B2SPE7, AMPA_XANOP ; Q5H4N2, AMPA_XANOR ; A7IFB7, AMPA_XANP2 ; DR B2I6L3, AMPA_XYLF2 ; Q9PH08, AMPA_XYLFA ; B0U1L5, AMPA_XYLFM ; DR Q87F32, AMPA_XYLFT ; A1JJ31, AMPA_YERE8 ; A7FML9, AMPA_YERP3 ; @@ -105288,6 +105895,20 @@ CC the case of cysteine desulfurase (EC 2.8.1.7), where three amino CC acids are removed. DR Q10439, ICP55_SCHPO; P40051, ICP55_YEAST; // +ID 3.4.11.27 +DE archaeal arginyl aminopeptidase. +CA H2O + N-terminal L-arginyl-L-amino acid-[protein] = an N-terminal +CA L-alpha-aminoacyl-[protein] + L-arginine. +CC -!- The enzyme from the archaeon Pyrococcus horikoshii OT3 is +CC thermostable. +CC -!- In that enzyme Cys(100) is the nucleophile responsible for the +CC proteolytic activity, while Tyr(120) regulates the catalytic +CC conformation of Cys(100) through a hydrogen bond, thereby affecting +CC enzyme activity. +CC -!- The activity with L-Arginine is 90-300 times higher than with other +CC N-terminal amino acids. +CC -!- The enzyme shows low endopeptidase activity. +// ID 3.4.11.n1 DE Transferred entry: 3.4.11.24. // @@ -105428,8 +106049,8 @@ DR A1RDW7, PEPQ_SHESW ; B1KCZ4, PEPQ_SHEWM ; B2TVJ6, PEPQ_SHIB3 ; DR Q31UE2, PEPQ_SHIBS ; Q32A22, PEPQ_SHIDS ; Q0SZ37, PEPQ_SHIF8 ; DR Q83PG0, PEPQ_SHIFL ; Q3YVC0, PEPQ_SHISS ; Q2NWT2, PEPQ_SODGM ; DR B4SI11, PEPQ_STRM5 ; B2FT23, PEPQ_STRMK ; Q8PH57, PEPQ_XANAC ; -DR Q3BPR2, PEPQ_XANC5 ; Q4UY33, PEPQ_XANC8 ; B0RP90, PEPQ_XANCB ; -DR Q8P5S9, PEPQ_XANCP ; Q2P6N8, PEPQ_XANOM ; Q5H3T0, PEPQ_XANOR ; +DR Q4UY33, PEPQ_XANC8 ; B0RP90, PEPQ_XANCB ; Q8P5S9, PEPQ_XANCP ; +DR Q3BPR2, PEPQ_XANE5 ; Q2P6N8, PEPQ_XANOM ; Q5H3T0, PEPQ_XANOR ; DR A1JIG5, PEPQ_YERE8 ; A7FDF3, PEPQ_YERP3 ; Q1C2C5, PEPQ_YERPA ; DR B2K0Z7, PEPQ_YERPB ; Q0WAP4, PEPQ_YERPE ; A9R755, PEPQ_YERPG ; DR Q1CN98, PEPQ_YERPN ; A4TR26, PEPQ_YERPP ; Q66FR7, PEPQ_YERPS ; @@ -106229,7 +106850,7 @@ CA C-terminal L-alpha-aminoacyl-L-glutamyl-L-glutamyl-L-tyrosyl-[tubulin] + CA H2O = C-terminal L-alpha-aminoacyl-L-glutamyl-L-glutamyl-[tubulin] + CA L-tyrosine. CC -!- Active at neutral pH, from brain. -DR Q68EN5, MACA1_HUMAN; Q810A5, MACAP_MOUSE; Q4V7A9, MACAP_RAT ; +DR Q68EN5, MACA1_HUMAN; Q810A5, MACA1_MOUSE; Q4V7A9, MACA1_RAT ; DR Q7L8A9, VASH1_HUMAN; Q8C1W1, VASH1_MOUSE; Q86V25, VASH2_HUMAN; DR Q8C5G2, VASH2_MOUSE; // @@ -106594,207 +107215,208 @@ CC mammals. CC -!- Inhibited by ubiquitin aldehyde (in which Gly76 is replaced by CC aminoacetaldehyde). CC -!- Belongs to peptidase family C12. -DR Q9NP73, ALG13_HUMAN; Q9D8C3, ALG13_MOUSE; Q9M391, ATX3H_ARATH; -DR Q9H3M9, ATX3L_HUMAN; Q60XN1, ATX3_CAEBR ; O17850, ATX3_CAEEL ; -DR Q9W689, ATX3_CHICK ; P54252, ATX3_HUMAN ; Q9CVD2, ATX3_MOUSE ; -DR Q8LQ36, ATX3_ORYSJ ; O35815, ATX3_RAT ; A2VDM8, BAP1_BOVIN ; -DR C4A0D9, BAP1_BRAFL ; Q5F3N6, BAP1_CHICK ; A1L2G3, BAP1_DANRE ; -DR Q92560, BAP1_HUMAN ; Q99PU7, BAP1_MOUSE ; D3ZHS6, BAP1_RAT ; -DR Q52L14, BAP1_XENLA ; Q66JB6, BAP1_XENTR ; Q17N72, CALYP_AEDAE; -DR B0W2R4, CALYP_CULQU; B3MIV9, CALYP_DROAN; B3NPV7, CALYP_DROER; -DR B4JW98, CALYP_DROGR; Q7K5N4, CALYP_DROME; B4KT51, CALYP_DROMO; -DR B4GAM2, CALYP_DROPE; Q291J4, CALYP_DROPS; B4HST0, CALYP_DROSE; -DR B4QHH0, CALYP_DROSI; B4LQ24, CALYP_DROVI; B4P6P6, CALYP_DROYA; -DR A1CIL1, CREB_ASPCL ; B0Y4P5, CREB_ASPFC ; B8NSV5, CREB_ASPFN ; -DR Q4WQI1, CREB_ASPFU ; A2Q9N1, CREB_ASPNC ; Q2UUG8, CREB_ASPOR ; -DR Q0CT11, CREB_ASPTN ; Q96V54, CREB_EMENI ; A1CW53, CREB_NEOFI ; -DR Q1RMU2, CYLD_BOVIN ; Q9NQC7, CYLD_HUMAN ; Q80TQ2, CYLD_MOUSE ; -DR Q5RED8, CYLD_PONAB ; Q66H62, CYLD_RAT ; Q5ZIV7, DESI2_CHICK; -DR Q6DC39, DESI2_DANRE; Q9BSY9, DESI2_HUMAN; Q9D291, DESI2_MOUSE; -DR A3QRX8, DESI2_PIG ; Q5R456, DESI2_PONAB; Q5XIT6, DESI2_RAT ; -DR Q5PQ09, DESI2_XENLA; O00303, EIF3F_HUMAN; Q4R5B8, EIF3F_MACFA; -DR Q9DCH4, EIF3F_MOUSE; A5A6I3, EIF3F_PANTR; P55824, FAF_DROME ; -DR Q5EAE5, JOS1_BOVIN ; Q15040, JOS1_HUMAN ; Q9DBJ6, JOS1_MOUSE ; -DR Q5R739, JOS1_PONAB ; Q5BJY4, JOS1_RAT ; Q8TAC2, JOS2_HUMAN ; -DR Q9CR30, JOS2_MOUSE ; O82391, JOSL_ARATH ; Q9W422, JOSL_DROME ; -DR O36414, LTP_ALHV1 ; Q1HVH9, LTP_EBVA8 ; P03186, LTP_EBVB9 ; -DR Q3KSU8, LTP_EBVG ; P28955, LTP_EHV1B ; Q66666, LTP_EHV2 ; -DR Q9E6N3, LTP_GAHVM ; P16785, LTP_HCMVA ; Q6SW84, LTP_HCMVM ; -DR D5LX59, LTP_HCMVT ; P10220, LTP_HHV11 ; P89459, LTP_HHV2H ; -DR P30002, LTP_HHV6G ; P52340, LTP_HHV6U ; Q9QJ37, LTP_HHV6Z ; -DR P52362, LTP_HHV7J ; Q2HR64, LTP_HHV8P ; O41965, LTP_MHV68 ; -DR A8E1C4, LTP_MUHVK ; Q6UDJ5, LTP_PSHV1 ; Q01056, LTP_SHV21 ; -DR P09278, LTP_VZVD ; Q4JQX9, LTP_VZVO ; Q6TQR6, L_CCHFI ; -DR Q66431, L_DUGBA ; Q2KJ22, MINY1_BOVIN; A3KQS4, MINY1_DANRE; -DR Q8N5J2, MINY1_HUMAN; Q76LS9, MINY1_MOUSE; Q5R7G8, MINY1_PONAB; -DR Q5BJQ2, MINY1_RAT ; Q2KI23, MINY2_BOVIN; Q8NBR6, MINY2_HUMAN; -DR Q6PDI6, MINY2_MOUSE; Q0IIH8, MINY3_BOVIN; A0AUR5, MINY3_DANRE; -DR Q9VWN5, MINY3_DROME; Q9H8M7, MINY3_HUMAN; Q4R528, MINY3_MACFA; -DR Q9CV28, MINY3_MOUSE; Q6NX27, MINY3_XENTR; A1A4L4, MINY4_BOVIN; -DR Q4G0A6, MINY4_HUMAN; Q3UQI9, MINY4_MOUSE; Q5RF72, MINY4_PONAB; -DR Q0VA42, MINY4_XENTR; O13979, MU105_SCHPO; Q9VVR1, NOT_DROME ; -DR Q9LZF7, OTU10_ARATH; Q0V869, OTU11_ARATH; Q9SGA5, OTU12_ARATH; -DR Q8LG98, OTU1_ARATH ; Q05B57, OTU1_BOVIN ; Q5F3A6, OTU1_CHICK ; -DR Q567B1, OTU1_DANRE ; Q55BI3, OTU1_DICDI ; Q9VRJ9, OTU1_DROME ; -DR Q29FC9, OTU1_DROPS ; Q5VVQ6, OTU1_HUMAN ; Q8CB27, OTU1_MOUSE ; -DR Q32Q05, OTU1_RAT ; O13974, OTU1_SCHPO ; Q0IH43, OTU1_XENLA ; -DR P43558, OTU1_YEAST ; Q9LPT6, OTU2_ARATH ; Q9UUK3, OTU2_SCHPO ; -DR Q8GYW0, OTU3_ARATH ; Q8LBZ4, OTU4_ARATH ; Q08BW0, OTU5A_DANRE; -DR Q7ZX21, OTU5A_XENLA; Q640H3, OTU5B_XENLA; Q9LYC7, OTU5_ARATH ; -DR Q7L8S5, OTU6A_HUMAN; Q6IE21, OTU6A_MOUSE; Q5ZIP6, OTU6B_CHICK; -DR Q7ZV00, OTU6B_DANRE; Q8N6M0, OTU6B_HUMAN; Q8K2H2, OTU6B_MOUSE; -DR Q6GM06, OTU6B_XENLA; Q5M8L0, OTU6B_XENTR; Q9XIP2, OTU6_ARATH ; -DR Q8TE49, OTU7A_HUMAN; Q8R554, OTU7A_MOUSE; Q6GQQ9, OTU7B_HUMAN; -DR B2RUR8, OTU7B_MOUSE; F4K3M6, OTU7_ARATH ; O80949, OTU8_ARATH ; -DR Q8LBW2, OTU9_ARATH ; Q96FW1, OTUB1_HUMAN; Q7TQI3, OTUB1_MOUSE; -DR B2RYG6, OTUB1_RAT ; Q96DC9, OTUB2_HUMAN; Q9CQX0, OTUB2_MOUSE; -DR A8XDJ2, OTUBL_CAEBR; Q9XVR6, OTUBL_CAEEL; Q9VL00, OTUBL_DROME; -DR Q5VV17, OTUD1_HUMAN; Q9CUB6, OTUD1_MOUSE; Q5T2D3, OTUD3_HUMAN; -DR B1AZ99, OTUD3_MOUSE; Q01804, OTUD4_HUMAN; B2RRE7, OTUD4_MOUSE; -DR Q96G74, OTUD5_HUMAN; Q3U2S4, OTUD5_MOUSE; Q2YDU3, OTUD5_RAT ; -DR Q6GL44, OTUD5_XENTR; Q96BN8, OTUL_HUMAN ; Q3UCV8, OTUL_MOUSE ; -DR Q155Z9, POLG_SVV1 ; P10358, POLR_TYMV ; P20128, POLR_TYMVA ; -DR P28477, POLR_TYMVC ; Q9VC56, PUF_DROME ; P0C6W1, R1AB_BC133 ; -DR P0C6V9, R1AB_BC279 ; P0C6W0, R1AB_BC512 ; P0C6W2, R1AB_BCHK3 ; -DR P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; -DR P0C6W6, R1AB_BCRP3 ; P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; -DR P0C6W9, R1AB_CVBM ; P0C6X0, R1AB_CVBQ ; P0C6X1, R1AB_CVH22 ; -DR P0C6X2, R1AB_CVHN1 ; P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; -DR P0C6X5, R1AB_CVHNL ; P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; -DR P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; -DR Q98VG9, R1AB_FIPV ; P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; -DR P0C6Y3, R1AB_IBVM ; K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; -DR P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; P0C6F7, R1A_BC133 ; -DR P0C6F5, R1A_BC279 ; P0C6F6, R1A_BC512 ; P0C6F8, R1A_BCHK3 ; -DR P0C6T4, R1A_BCHK4 ; P0C6T5, R1A_BCHK5 ; P0C6T6, R1A_BCHK9 ; -DR P0C6T7, R1A_BCRP3 ; P0C6T8, R1A_CVBEN ; P0C6T9, R1A_CVBLU ; -DR P0C6U0, R1A_CVBM ; P0C6U1, R1A_CVBQ ; P0C6U2, R1A_CVH22 ; -DR P0C6U3, R1A_CVHN1 ; P0C6U4, R1A_CVHN2 ; P0C6U5, R1A_CVHN5 ; -DR P0C6U6, R1A_CVHNL ; P0C6U7, R1A_CVHOC ; P0C6U9, R1A_CVM2 ; -DR P0C6V0, R1A_CVMA5 ; P0C6V1, R1A_CVMJH ; P0C6V2, R1A_CVPPU ; -DR P0C6V3, R1A_IBVB ; P0C6V4, R1A_IBVBC ; P0C6V5, R1A_IBVM ; -DR K9N638, R1A_MERS1 ; P0C6V6, R1A_PEDV7 ; P0C6U8, R1A_SARS ; -DR P0DTC1, R1A_SARS2 ; P43588, RPN11_YEAST; P19811, RPOA_EAVBU ; -DR Q9YN02, RPOA_PRRS1 ; Q8B912, RPOA_PRRSB ; Q04561, RPOA_PRRSL ; -DR Q9WJB2, RPOA_PRRSR ; A0MD28, RPOA_PRRSS ; A6YQT5, RPOA_PRRSV ; -DR P21580, TNAP3_HUMAN; Q4R8W3, TNAP3_MACFA; Q60769, TNAP3_MOUSE; -DR Q9VH90, TRBID_DROME; Q7RTZ2, U17L1_HUMAN; Q6R6M4, U17L2_HUMAN; -DR A6NCW0, U17L3_HUMAN; A8MUK1, U17L5_HUMAN; Q6QN14, U17L6_HUMAN; -DR C9JJH3, U17LA_HUMAN; C9JVI0, U17LB_HUMAN; G5E8I7, U17LC_MOUSE; -DR C9JLJ4, U17LD_HUMAN; C9J2P7, U17LF_HUMAN; D6RBQ6, U17LH_HUMAN; -DR D6R9N7, U17LI_HUMAN; D6RCP7, U17LJ_HUMAN; D6RJB6, U17LK_HUMAN; -DR D6R901, U17LL_HUMAN; D6RA61, U17LM_HUMAN; Q0WX57, U17LO_HUMAN; -DR Q61068, U17PA_MOUSE; E9Q9U0, U17PB_MOUSE; G5E8G2, U17PD_MOUSE; -DR Q7M764, U17PE_MOUSE; Q2NL57, UB10A_XENLA; Q7ZXR7, UB10B_XENLA; -DR Q52KZ6, UB12A_XENLA; Q5M981, UB12B_XENLA; Q6GNI6, UB22A_XENLA; -DR Q6DCJ1, UB22B_XENLA; Q09444, UBH4_CAEEL ; P35127, UBL1_YEAST ; -DR Q10171, UBLH1_SCHPO; Q9UUB6, UBLH2_SCHPO; Q9ZSB5, UBP10_ARATH; -DR A5PJS6, UBP10_BOVIN; Q5ZJN4, UBP10_CHICK; Q14694, UBP10_HUMAN; -DR P52479, UBP10_MOUSE; Q3KR59, UBP10_RAT ; Q6DIJ4, UBP10_XENTR; -DR P53874, UBP10_YEAST; Q9MAQ3, UBP11_ARATH; Q01988, UBP11_CANLF; -DR P51784, UBP11_HUMAN; Q99K46, UBP11_MOUSE; Q5D006, UBP11_RAT ; -DR Q9UUD6, UBP11_SCHPO; P36026, UBP11_YEAST; Q9FPT1, UBP12_ARATH; -DR A5D9H7, UBP12_BOVIN; A4FUN7, UBP12_DANRE; O75317, UBP12_HUMAN; -DR Q9D9M2, UBP12_MOUSE; C0HB46, UBP12_SALSA; O60079, UBP12_SCHPO; -DR P39538, UBP12_YEAST; Q84WU2, UBP13_ARATH; E1BMF7, UBP13_BOVIN; -DR E1BY77, UBP13_CHICK; F1QFS9, UBP13_DANRE; Q92995, UBP13_HUMAN; -DR Q5BKP2, UBP13_MOUSE; F6V6I0, UBP13_XENTR; P38187, UBP13_YEAST; -DR Q8L6Y1, UBP14_ARATH; Q0IIF7, UBP14_BOVIN; Q17361, UBP14_CAEEL; -DR P54578, UBP14_HUMAN; Q9JMA1, UBP14_MOUSE; P60051, UBP14_PANTR; -DR P40826, UBP14_RABIT; Q11119, UBP14_SCHPO; P38237, UBP14_YEAST; -DR Q9FPS9, UBP15_ARATH; Q2HJE4, UBP15_BOVIN; Q9Y4E8, UBP15_HUMAN; -DR Q8R5H1, UBP15_MOUSE; Q0E2F9, UBP15_ORYSJ; Q9R085, UBP15_RAT ; -DR F6Z5C0, UBP15_XENTR; P50101, UBP15_YEAST; Q9SB51, UBP16_ARATH; -DR Q08DA3, UBP16_BOVIN; A8HAL1, UBP16_DANRE; P0CAQ1, UBP16_EMENI; -DR Q9Y5T5, UBP16_HUMAN; Q4R6X7, UBP16_MACFA; Q99LG0, UBP16_MOUSE; -DR Q2KJ09, UBP16_RAT ; O74442, UBP16_SCHPO; Q6PAW2, UBP16_XENLA; -DR Q0VA64, UBP16_XENTR; Q02863, UBP16_YEAST; Q9FKP5, UBP17_ARATH; -DR Q67XW5, UBP18_ARATH; Q9UMW8, UBP18_HUMAN; Q9WTV6, UBP18_MOUSE; -DR Q5RE63, UBP18_PONAB; Q9SJA1, UBP19_ARATH; O94966, UBP19_HUMAN; -DR Q3UJD6, UBP19_MOUSE; Q6J1Y9, UBP19_RAT ; Q9FPT5, UBP1_ARATH ; -DR Q29RP1, UBP1_BOVIN ; O94782, UBP1_HUMAN ; Q8BJQ2, UBP1_MOUSE ; -DR Q569C3, UBP1_RAT ; Q9USM5, UBP1_SCHPO ; P25037, UBP1_YEAST ; -DR Q9FPS7, UBP20_ARATH; A7Z056, UBP20_BOVIN; A5PN09, UBP20_DANRE; -DR Q9Y2K6, UBP20_HUMAN; Q8C6M1, UBP20_MOUSE; Q5R5Z6, UBP20_PONAB; -DR B1WBD7, UBP20_XENLA; A0JM59, UBP20_XENTR; Q9FIQ1, UBP21_ARATH; -DR Q2KJ72, UBP21_BOVIN; Q9UK80, UBP21_HUMAN; Q9QZL6, UBP21_MOUSE; -DR B2GUX4, UBP21_RAT ; Q9LEW0, UBP22_ARATH; P0C8Z3, UBP22_BOVIN; -DR A6H8I0, UBP22_DANRE; Q9UPT9, UBP22_HUMAN; Q5DU02, UBP22_MOUSE; -DR Q9FPS4, UBP23_ARATH; Q9FPS3, UBP24_ARATH; Q9UPU5, UBP24_HUMAN; -DR B1AY13, UBP24_MOUSE; Q9FPS2, UBP25_ARATH; Q9UHP3, UBP25_HUMAN; -DR P57080, UBP25_MOUSE; Q9SCJ9, UBP26_ARATH; Q9BXU7, UBP26_HUMAN; -DR Q99MX1, UBP26_MOUSE; A2XDG4, UBP26_ORYSI; A3AF13, UBP26_ORYSJ; -DR Q9FPS0, UBP27_ARATH; A6NNY8, UBP27_HUMAN; Q8CEG8, UBP27_MOUSE; -DR Q5ZID5, UBP28_CHICK; Q96RU2, UBP28_HUMAN; Q5I043, UBP28_MOUSE; -DR D3ZJ96, UBP28_RAT ; Q9HBJ7, UBP29_HUMAN; Q9ES63, UBP29_MOUSE; -DR Q8W4N3, UBP2_ARATH ; Q2KHV7, UBP2_BOVIN ; O57429, UBP2_CHICK ; -DR Q8IQ27, UBP2_DROME ; O75604, UBP2_HUMAN ; O42726, UBP2_KLULA ; -DR O88623, UBP2_MOUSE ; Q5U349, UBP2_RAT ; Q9P3U0, UBP2_SCHPO ; -DR Q01476, UBP2_YEAST ; A2BGT0, UBP30_DANRE; Q9W462, UBP30_DROME; -DR Q70CQ3, UBP30_HUMAN; Q3UN04, UBP30_MOUSE; D3ZPG5, UBP30_RAT ; -DR A4QNN3, UBP30_XENTR; Q70CQ4, UBP31_HUMAN; M9PD06, UBP32_DROME; -DR Q8NFA0, UBP32_HUMAN; F8VPZ3, UBP32_MOUSE; A6QNM7, UBP33_BOVIN; -DR A5PMR2, UBP33_DANRE; Q8TEY7, UBP33_HUMAN; Q8R5K2, UBP33_MOUSE; -DR Q5REG5, UBP33_PONAB; Q28CN3, UBP33_XENTR; Q70CQ2, UBP34_HUMAN; -DR Q6ZQ93, UBP34_MOUSE; Q9P2H5, UBP35_HUMAN; B3M3M6, UBP36_DROAN; -DR B3NC86, UBP36_DROER; B4IXE0, UBP36_DROGR; Q9VRP5, UBP36_DROME; -DR B4KXJ5, UBP36_DROMO; Q2LZB1, UBP36_DROPS; B4HUI5, UBP36_DROSE; -DR B4QIS3, UBP36_DROSI; B4LG38, UBP36_DROVI; B4MLR8, UBP36_DROWI; -DR B4PIW8, UBP36_DROYA; Q9P275, UBP36_HUMAN; B1AQJ2, UBP36_MOUSE; -DR F1N5V1, UBP37_BOVIN; E2RK09, UBP37_CANLF; E1C213, UBP37_CHICK; -DR E7F6T8, UBP37_DANRE; Q86T82, UBP37_HUMAN; Q8C0R0, UBP37_MOUSE; -DR F1SRY5, UBP37_PIG ; Q8NB14, UBP38_HUMAN; Q8BW70, UBP38_MOUSE; -DR Q53GS9, UBP39_HUMAN; Q3TIX9, UBP39_MOUSE; Q5R761, UBP39_PONAB; -DR O24454, UBP3_ARATH ; Q9Y6I4, UBP3_HUMAN ; Q91W36, UBP3_MOUSE ; -DR O94269, UBP3_SCHPO ; Q01477, UBP3_YEAST ; Q9NVE5, UBP40_HUMAN; -DR Q8BWR4, UBP40_MOUSE; E1B9W9, UBP42_BOVIN; Q9H9J4, UBP42_HUMAN; -DR B2RQC2, UBP42_MOUSE; D3ZU96, UBP42_RAT ; Q70EL4, UBP43_HUMAN; -DR Q8BUM9, UBP43_MOUSE; D2HBJ8, UBP44_AILME; Q7ZUM8, UBP44_DANRE; -DR Q9H0E7, UBP44_HUMAN; Q8C2S0, UBP44_MOUSE; Q0V9G5, UBP44_XENTR; -DR E9QG68, UBP45_DANRE; Q70EL2, UBP45_HUMAN; Q8K387, UBP45_MOUSE; -DR P34547, UBP46_CAEEL; A5WWB0, UBP46_DANRE; P62068, UBP46_HUMAN; -DR P62069, UBP46_MOUSE; Q5RBQ4, UBP46_PONAB; F1M625, UBP46_RAT ; -DR E1C1R4, UBP47_CHICK; Q96K76, UBP47_HUMAN; Q8BY87, UBP47_MOUSE; -DR Q5U252, UBP47_XENLA; A1A5G2, UBP47_XENTR; G5ECC7, UBP48_CAEEL; -DR Q5ZM45, UBP48_CHICK; A0A0R4IB93, UBP48_DANRE; Q86UV5, UBP48_HUMAN; -DR Q3V0C5, UBP48_MOUSE; Q76LT8, UBP48_RAT ; Q70CQ1, UBP49_HUMAN; -DR Q6P9L4, UBP49_MOUSE; Q8LAM0, UBP4_ARATH ; A6QR55, UBP4_BOVIN ; -DR Q6FQF0, UBP4_CANGA ; Q754R5, UBP4_EREGS ; Q13107, UBP4_HUMAN ; -DR Q9HFS7, UBP4_KLULA ; P35123, UBP4_MOUSE ; Q5RCD3, UBP4_PONAB ; -DR B2GUZ1, UBP4_RAT ; O60139, UBP4_SCHPO ; A7TGY3, UBP4_VANPO ; -DR B3LGK1, UBP4_YEAS1 ; A6ZY34, UBP4_YEAS7 ; P32571, UBP4_YEAST ; -DR Q70EL3, UBP50_HUMAN; Q4R6D3, UBP50_MACFA; Q6P8X6, UBP50_MOUSE; -DR Q70EK9, UBP51_HUMAN; B1AY15, UBP51_MOUSE; O22207, UBP5_ARATH ; -DR P45974, UBP5_HUMAN ; P56399, UBP5_MOUSE ; Q5R407, UBP5_PONAB ; -DR P39944, UBP5_YEAST ; Q9W4C3, UBP64_DROME; Q949Y0, UBP6_ARATH ; -DR P35125, UBP6_HUMAN ; Q92353, UBP6_SCHPO ; P43593, UBP6_YEAST ; -DR Q9UTT1, UBP71_SCHPO; Q09879, UBP72_SCHPO; Q84WC6, UBP7_ARATH ; -DR Q60MK8, UBP7_CAEBR ; Q7JKC3, UBP7_CAEEL ; Q6U7I1, UBP7_CHICK ; -DR Q9VYQ8, UBP7_DROME ; Q93009, UBP7_HUMAN ; Q6A4J8, UBP7_MOUSE ; -DR Q4VSI4, UBP7_RAT ; Q9P7S5, UBP7_SCHPO ; P40453, UBP7_YEAST ; -DR Q9C585, UBP8_ARATH ; P40818, UBP8_HUMAN ; Q80U87, UBP8_MOUSE ; -DR Q09738, UBP8_SCHPO ; P50102, UBP8_YEAST ; Q93Y01, UBP9_ARATH ; -DR Q9P7V9, UBP9_SCHPO ; P39967, UBP9_YEAST ; P54201, UBPA_DICDI ; -DR O96612, UBPB_DICDI ; Q24574, UBPE_DROME ; Q8WT44, UBPH_CAEEL ; -DR Q5UQR3, UBPL1_MIMIV; Q5UPW7, UBPL2_MIMIV; Q09931, UBPY_CAEEL ; -DR Q9FFF2, UCH1_ARATH ; O04482, UCH2_ARATH ; Q8IIJ6, UCH37_PLAF7; -DR Q8GWE1, UCH3_ARATH ; P23356, UCHL1_BOVIN; Q9GM50, UCHL1_HORSE; -DR P09936, UCHL1_HUMAN; Q60HC8, UCHL1_MACFA; P50103, UCHL1_MONDO; -DR Q9R0P9, UCHL1_MOUSE; Q6SEG5, UCHL1_PIG ; Q00981, UCHL1_RAT ; -DR Q2TBG8, UCHL3_BOVIN; P15374, UCHL3_HUMAN; Q9JKB1, UCHL3_MOUSE; -DR Q06AB3, UCHL3_PIG ; Q8IKM8, UCHL3_PLAF7; Q91Y78, UCHL3_RAT ; -DR P58321, UCHL4_MOUSE; Q9XSJ0, UCHL5_BOVIN; Q54N38, UCHL5_DICDI; -DR Q9Y5K5, UCHL5_HUMAN; Q9WUP7, UCHL5_MOUSE; Q06AT3, UCHL5_PIG ; -DR O01391, UCHL_APLCA ; Q54T48, UCHL_DICDI ; P35122, UCHL_DROME ; -DR C9JPN9, UL17C_HUMAN; Q6NTR6, UP44A_XENLA; Q5XGZ2, UP44B_XENLA; -DR Q93008, USP9X_HUMAN; P70398, USP9X_MOUSE; O00507, USP9Y_HUMAN; -DR F8VPU6, USP9Y_MOUSE; Q96JH7, VCIP1_HUMAN; Q8CDG3, VCIP1_MOUSE; -DR Q8CF97, VCIP1_RAT ; Q196X6, VF232_IIV3 ; Q91FU0, VF232_IIV6 ; -DR P22856, VL96_IRV1 ; Q08930, YP191_YEAST; A6QP16, ZRAN1_BOVIN; -DR Q9UGI0, ZRAN1_HUMAN; Q7M760, ZRAN1_MOUSE; B1H2Q2, ZRAN1_XENTR; -DR Q5U595, ZRN1A_XENLA; A0JMQ9, ZRN1B_DANRE; Q6NUB7, ZRN1B_XENLA; -DR Q3SWY8, ZUP1_BOVIN ; Q96AP4, ZUP1_HUMAN ; Q4R4A2, ZUP1_MACFA ; -DR Q3T9Z9, ZUP1_MOUSE ; Q5U2S3, ZUP1_RAT ; +DR Q9M391, ATX3H_ARATH; Q9H3M9, ATX3L_HUMAN; Q60XN1, ATX3_CAEBR ; +DR O17850, ATX3_CAEEL ; Q9W689, ATX3_CHICK ; P54252, ATX3_HUMAN ; +DR Q9CVD2, ATX3_MOUSE ; Q8LQ36, ATX3_ORYSJ ; O35815, ATX3_RAT ; +DR A2VDM8, BAP1_BOVIN ; C4A0D9, BAP1_BRAFL ; Q5F3N6, BAP1_CHICK ; +DR A1L2G3, BAP1_DANRE ; Q92560, BAP1_HUMAN ; Q99PU7, BAP1_MOUSE ; +DR D3ZHS6, BAP1_RAT ; Q52L14, BAP1_XENLA ; Q66JB6, BAP1_XENTR ; +DR Q17N72, CALYP_AEDAE; B0W2R4, CALYP_CULQU; B3MIV9, CALYP_DROAN; +DR B3NPV7, CALYP_DROER; B4JW98, CALYP_DROGR; Q7K5N4, CALYP_DROME; +DR B4KT51, CALYP_DROMO; B4GAM2, CALYP_DROPE; Q291J4, CALYP_DROPS; +DR B4HST0, CALYP_DROSE; B4QHH0, CALYP_DROSI; B4LQ24, CALYP_DROVI; +DR B4P6P6, CALYP_DROYA; A1CIL1, CREB_ASPCL ; B0Y4P5, CREB_ASPFC ; +DR B8NSV5, CREB_ASPFN ; Q4WQI1, CREB_ASPFU ; A2Q9N1, CREB_ASPNC ; +DR Q2UUG8, CREB_ASPOR ; Q0CT11, CREB_ASPTN ; Q96V54, CREB_EMENI ; +DR A1CW53, CREB_NEOFI ; Q1RMU2, CYLD_BOVIN ; Q9NQC7, CYLD_HUMAN ; +DR Q80TQ2, CYLD_MOUSE ; Q5RED8, CYLD_PONAB ; Q66H62, CYLD_RAT ; +DR Q5ZIV7, DESI2_CHICK; Q6DC39, DESI2_DANRE; Q9BSY9, DESI2_HUMAN; +DR Q9D291, DESI2_MOUSE; A3QRX8, DESI2_PIG ; Q5R456, DESI2_PONAB; +DR Q5XIT6, DESI2_RAT ; Q5PQ09, DESI2_XENLA; O00303, EIF3F_HUMAN; +DR Q4R5B8, EIF3F_MACFA; Q9DCH4, EIF3F_MOUSE; A5A6I3, EIF3F_PANTR; +DR P55824, FAF_DROME ; Q5EAE5, JOS1_BOVIN ; Q15040, JOS1_HUMAN ; +DR Q9DBJ6, JOS1_MOUSE ; Q5R739, JOS1_PONAB ; Q5BJY4, JOS1_RAT ; +DR Q8TAC2, JOS2_HUMAN ; Q9CR30, JOS2_MOUSE ; O82391, JOSL_ARATH ; +DR Q9W422, JOSL_DROME ; O36414, LTP_ALHV1 ; Q1HVH9, LTP_EBVA8 ; +DR P03186, LTP_EBVB9 ; Q3KSU8, LTP_EBVG ; P28955, LTP_EHV1B ; +DR Q66666, LTP_EHV2 ; Q9E6N3, LTP_GAHVM ; P16785, LTP_HCMVA ; +DR Q6SW84, LTP_HCMVM ; D5LX59, LTP_HCMVT ; P10220, LTP_HHV11 ; +DR P89459, LTP_HHV2H ; P30002, LTP_HHV6G ; P52340, LTP_HHV6U ; +DR Q9QJ37, LTP_HHV6Z ; P52362, LTP_HHV7J ; Q2HR64, LTP_HHV8P ; +DR O41965, LTP_MHV68 ; A8E1C4, LTP_MUHVK ; Q6UDJ5, LTP_PSHV1 ; +DR Q01056, LTP_SHV21 ; P09278, LTP_VZVD ; Q4JQX9, LTP_VZVO ; +DR Q6TQR6, L_CCHFI ; Q66431, L_DUGBA ; Q2KJ22, MINY1_BOVIN; +DR A3KQS4, MINY1_DANRE; Q8N5J2, MINY1_HUMAN; Q76LS9, MINY1_MOUSE; +DR Q5R7G8, MINY1_PONAB; Q5BJQ2, MINY1_RAT ; Q2KI23, MINY2_BOVIN; +DR Q8NBR6, MINY2_HUMAN; Q6PDI6, MINY2_MOUSE; Q0IIH8, MINY3_BOVIN; +DR A0AUR5, MINY3_DANRE; Q9VWN5, MINY3_DROME; Q9H8M7, MINY3_HUMAN; +DR Q4R528, MINY3_MACFA; Q9CV28, MINY3_MOUSE; Q6NX27, MINY3_XENTR; +DR A1A4L4, MINY4_BOVIN; Q4G0A6, MINY4_HUMAN; Q3UQI9, MINY4_MOUSE; +DR Q5RF72, MINY4_PONAB; Q0VA42, MINY4_XENTR; O13979, MU105_SCHPO; +DR Q9VVR1, NOT_DROME ; Q9LZF7, OTU10_ARATH; Q0V869, OTU11_ARATH; +DR Q9SGA5, OTU12_ARATH; Q8LG98, OTU1_ARATH ; Q05B57, OTU1_BOVIN ; +DR Q5F3A6, OTU1_CHICK ; Q567B1, OTU1_DANRE ; Q55BI3, OTU1_DICDI ; +DR Q9VRJ9, OTU1_DROME ; Q29FC9, OTU1_DROPS ; Q5VVQ6, OTU1_HUMAN ; +DR Q8CB27, OTU1_MOUSE ; Q32Q05, OTU1_RAT ; O13974, OTU1_SCHPO ; +DR Q0IH43, OTU1_XENLA ; P43558, OTU1_YEAST ; Q9LPT6, OTU2_ARATH ; +DR Q9UUK3, OTU2_SCHPO ; Q8GYW0, OTU3_ARATH ; Q8LBZ4, OTU4_ARATH ; +DR Q08BW0, OTU5A_DANRE; Q7ZX21, OTU5A_XENLA; Q640H3, OTU5B_XENLA; +DR Q9LYC7, OTU5_ARATH ; Q7L8S5, OTU6A_HUMAN; Q6IE21, OTU6A_MOUSE; +DR Q5ZIP6, OTU6B_CHICK; Q7ZV00, OTU6B_DANRE; Q8N6M0, OTU6B_HUMAN; +DR Q8K2H2, OTU6B_MOUSE; Q6GM06, OTU6B_XENLA; Q5M8L0, OTU6B_XENTR; +DR Q9XIP2, OTU6_ARATH ; Q8TE49, OTU7A_HUMAN; Q8R554, OTU7A_MOUSE; +DR Q6GQQ9, OTU7B_HUMAN; B2RUR8, OTU7B_MOUSE; F4K3M6, OTU7_ARATH ; +DR O80949, OTU8_ARATH ; Q8LBW2, OTU9_ARATH ; Q96FW1, OTUB1_HUMAN; +DR Q7TQI3, OTUB1_MOUSE; B2RYG6, OTUB1_RAT ; Q96DC9, OTUB2_HUMAN; +DR Q9CQX0, OTUB2_MOUSE; A8XDJ2, OTUBL_CAEBR; Q9XVR6, OTUBL_CAEEL; +DR Q9VL00, OTUBL_DROME; Q5VV17, OTUD1_HUMAN; Q9CUB6, OTUD1_MOUSE; +DR Q5T2D3, OTUD3_HUMAN; B1AZ99, OTUD3_MOUSE; Q01804, OTUD4_HUMAN; +DR B2RRE7, OTUD4_MOUSE; Q96G74, OTUD5_HUMAN; Q3U2S4, OTUD5_MOUSE; +DR Q2YDU3, OTUD5_RAT ; Q6GL44, OTUD5_XENTR; Q96BN8, OTUL_HUMAN ; +DR Q3UCV8, OTUL_MOUSE ; Q91TW9, POLG_MRFVC ; Q155Z9, POLG_SVV1 ; +DR P10358, POLN_TYMV ; P20128, POLN_TYMVA ; P28477, POLN_TYMVC ; +DR Q9VC56, PUF_DROME ; P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; +DR P0C6W0, R1AB_BC512 ; P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; +DR P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; +DR P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; P0C6W9, R1AB_CVBM ; +DR P0C6X0, R1AB_CVBQ ; P0C6X1, R1AB_CVH22 ; P0C6X2, R1AB_CVHN1 ; +DR P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; P0C6X5, R1AB_CVHNL ; +DR P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; P0C6X9, R1AB_CVMA5 ; +DR P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; Q98VG9, R1AB_FIPV ; +DR P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; P0C6Y3, R1AB_IBVM ; +DR K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; +DR P0DTD1, R1AB_SARS2 ; P0C6F7, R1A_BC133 ; P0C6F5, R1A_BC279 ; +DR P0C6F6, R1A_BC512 ; P0C6F8, R1A_BCHK3 ; P0C6T4, R1A_BCHK4 ; +DR P0C6T5, R1A_BCHK5 ; P0C6T6, R1A_BCHK9 ; P0C6T7, R1A_BCRP3 ; +DR P0C6T8, R1A_CVBEN ; P0C6T9, R1A_CVBLU ; P0C6U0, R1A_CVBM ; +DR P0C6U1, R1A_CVBQ ; P0C6U2, R1A_CVH22 ; P0C6U3, R1A_CVHN1 ; +DR P0C6U4, R1A_CVHN2 ; P0C6U5, R1A_CVHN5 ; P0C6U6, R1A_CVHNL ; +DR P0C6U7, R1A_CVHOC ; P0C6U9, R1A_CVM2 ; P0C6V0, R1A_CVMA5 ; +DR P0C6V1, R1A_CVMJH ; P0C6V2, R1A_CVPPU ; P0C6V3, R1A_IBVB ; +DR P0C6V4, R1A_IBVBC ; P0C6V5, R1A_IBVM ; K9N638, R1A_MERS1 ; +DR P0C6V6, R1A_PEDV7 ; P0C6U8, R1A_SARS ; P0DTC1, R1A_SARS2 ; +DR P43588, RPN11_YEAST; P19811, RPOA_EAVBU ; Q9YN02, RPOA_PRRS1 ; +DR Q8B912, RPOA_PRRSB ; Q04561, RPOA_PRRSL ; Q9WJB2, RPOA_PRRSR ; +DR A0MD28, RPOA_PRRSS ; A6YQT5, RPOA_PRRSV ; P21580, TNAP3_HUMAN; +DR Q4R8W3, TNAP3_MACFA; Q60769, TNAP3_MOUSE; Q9VH90, TRBID_DROME; +DR Q7RTZ2, U17L1_HUMAN; Q6R6M4, U17L2_HUMAN; A6NCW0, U17L3_HUMAN; +DR A8MUK1, U17L5_HUMAN; Q6QN14, U17L6_HUMAN; C9JJH3, U17LA_HUMAN; +DR C9JVI0, U17LB_HUMAN; G5E8I7, U17LC_MOUSE; C9JLJ4, U17LD_HUMAN; +DR C9J2P7, U17LF_HUMAN; D6RBQ6, U17LH_HUMAN; D6R9N7, U17LI_HUMAN; +DR D6RCP7, U17LJ_HUMAN; D6RJB6, U17LK_HUMAN; D6R901, U17LL_HUMAN; +DR D6RA61, U17LM_HUMAN; Q0WX57, U17LO_HUMAN; Q61068, U17PA_MOUSE; +DR E9Q9U0, U17PB_MOUSE; G5E8G2, U17PD_MOUSE; Q7M764, U17PE_MOUSE; +DR Q2NL57, UB10A_XENLA; Q7ZXR7, UB10B_XENLA; Q52KZ6, UB12A_XENLA; +DR Q5M981, UB12B_XENLA; Q6GNI6, UB22A_XENLA; Q6DCJ1, UB22B_XENLA; +DR Q09444, UBH4_CAEEL ; P35127, UBL1_YEAST ; Q10171, UBLH1_SCHPO; +DR Q9UUB6, UBLH2_SCHPO; Q9ZSB5, UBP10_ARATH; A5PJS6, UBP10_BOVIN; +DR Q5ZJN4, UBP10_CHICK; Q14694, UBP10_HUMAN; P52479, UBP10_MOUSE; +DR Q3KR59, UBP10_RAT ; Q6DIJ4, UBP10_XENTR; P53874, UBP10_YEAST; +DR Q9MAQ3, UBP11_ARATH; Q01988, UBP11_CANLF; P51784, UBP11_HUMAN; +DR Q99K46, UBP11_MOUSE; Q5D006, UBP11_RAT ; Q9UUD6, UBP11_SCHPO; +DR P36026, UBP11_YEAST; Q9FPT1, UBP12_ARATH; A5D9H7, UBP12_BOVIN; +DR A4FUN7, UBP12_DANRE; O75317, UBP12_HUMAN; Q9D9M2, UBP12_MOUSE; +DR C0HB46, UBP12_SALSA; O60079, UBP12_SCHPO; P39538, UBP12_YEAST; +DR Q84WU2, UBP13_ARATH; E1BMF7, UBP13_BOVIN; E1BY77, UBP13_CHICK; +DR F1QFS9, UBP13_DANRE; Q92995, UBP13_HUMAN; Q5BKP2, UBP13_MOUSE; +DR F6V6I0, UBP13_XENTR; P38187, UBP13_YEAST; Q8L6Y1, UBP14_ARATH; +DR Q0IIF7, UBP14_BOVIN; Q17361, UBP14_CAEEL; P54578, UBP14_HUMAN; +DR Q9JMA1, UBP14_MOUSE; P60051, UBP14_PANTR; P40826, UBP14_RABIT; +DR Q11119, UBP14_SCHPO; P38237, UBP14_YEAST; Q9FPS9, UBP15_ARATH; +DR Q2HJE4, UBP15_BOVIN; Q9Y4E8, UBP15_HUMAN; Q8R5H1, UBP15_MOUSE; +DR Q0E2F9, UBP15_ORYSJ; Q9R085, UBP15_RAT ; F6Z5C0, UBP15_XENTR; +DR P50101, UBP15_YEAST; Q9SB51, UBP16_ARATH; Q08DA3, UBP16_BOVIN; +DR A8HAL1, UBP16_DANRE; P0CAQ1, UBP16_EMENI; Q9Y5T5, UBP16_HUMAN; +DR Q4R6X7, UBP16_MACFA; Q99LG0, UBP16_MOUSE; Q2KJ09, UBP16_RAT ; +DR O74442, UBP16_SCHPO; Q6PAW2, UBP16_XENLA; Q0VA64, UBP16_XENTR; +DR Q02863, UBP16_YEAST; Q9FKP5, UBP17_ARATH; Q67XW5, UBP18_ARATH; +DR Q9UMW8, UBP18_HUMAN; Q9WTV6, UBP18_MOUSE; Q5RE63, UBP18_PONAB; +DR Q9SJA1, UBP19_ARATH; O94966, UBP19_HUMAN; Q3UJD6, UBP19_MOUSE; +DR Q6J1Y9, UBP19_RAT ; Q9FPT5, UBP1_ARATH ; Q29RP1, UBP1_BOVIN ; +DR O94782, UBP1_HUMAN ; Q8BJQ2, UBP1_MOUSE ; Q569C3, UBP1_RAT ; +DR Q9USM5, UBP1_SCHPO ; P25037, UBP1_YEAST ; Q9FPS7, UBP20_ARATH; +DR A7Z056, UBP20_BOVIN; A5PN09, UBP20_DANRE; Q9Y2K6, UBP20_HUMAN; +DR Q8C6M1, UBP20_MOUSE; Q5R5Z6, UBP20_PONAB; B1WBD7, UBP20_XENLA; +DR A0JM59, UBP20_XENTR; Q9FIQ1, UBP21_ARATH; Q2KJ72, UBP21_BOVIN; +DR Q9UK80, UBP21_HUMAN; Q9QZL6, UBP21_MOUSE; B2GUX4, UBP21_RAT ; +DR Q9LEW0, UBP22_ARATH; P0C8Z3, UBP22_BOVIN; A6H8I0, UBP22_DANRE; +DR Q9UPT9, UBP22_HUMAN; Q5DU02, UBP22_MOUSE; Q9FPS4, UBP23_ARATH; +DR Q9FPS3, UBP24_ARATH; Q9UPU5, UBP24_HUMAN; B1AY13, UBP24_MOUSE; +DR Q9FPS2, UBP25_ARATH; Q9UHP3, UBP25_HUMAN; P57080, UBP25_MOUSE; +DR Q9SCJ9, UBP26_ARATH; Q9BXU7, UBP26_HUMAN; Q99MX1, UBP26_MOUSE; +DR A2XDG4, UBP26_ORYSI; A3AF13, UBP26_ORYSJ; Q9FPS0, UBP27_ARATH; +DR A6NNY8, UBP27_HUMAN; Q8CEG8, UBP27_MOUSE; Q5ZID5, UBP28_CHICK; +DR Q96RU2, UBP28_HUMAN; Q5I043, UBP28_MOUSE; D3ZJ96, UBP28_RAT ; +DR Q9HBJ7, UBP29_HUMAN; Q9ES63, UBP29_MOUSE; Q8W4N3, UBP2_ARATH ; +DR Q2KHV7, UBP2_BOVIN ; O57429, UBP2_CHICK ; Q8IQ27, UBP2_DROME ; +DR O75604, UBP2_HUMAN ; O42726, UBP2_KLULA ; O88623, UBP2_MOUSE ; +DR Q5U349, UBP2_RAT ; Q9P3U0, UBP2_SCHPO ; Q01476, UBP2_YEAST ; +DR A2BGT0, UBP30_DANRE; Q9W462, UBP30_DROME; Q70CQ3, UBP30_HUMAN; +DR Q3UN04, UBP30_MOUSE; D3ZPG5, UBP30_RAT ; A4QNN3, UBP30_XENTR; +DR Q70CQ4, UBP31_HUMAN; M9PD06, UBP32_DROME; Q8NFA0, UBP32_HUMAN; +DR F8VPZ3, UBP32_MOUSE; A6QNM7, UBP33_BOVIN; A5PMR2, UBP33_DANRE; +DR Q8TEY7, UBP33_HUMAN; Q8R5K2, UBP33_MOUSE; Q5REG5, UBP33_PONAB; +DR Q28CN3, UBP33_XENTR; Q70CQ2, UBP34_HUMAN; Q6ZQ93, UBP34_MOUSE; +DR Q9P2H5, UBP35_HUMAN; B3M3M6, UBP36_DROAN; B3NC86, UBP36_DROER; +DR B4IXE0, UBP36_DROGR; Q9VRP5, UBP36_DROME; B4KXJ5, UBP36_DROMO; +DR Q2LZB1, UBP36_DROPS; B4HUI5, UBP36_DROSE; B4QIS3, UBP36_DROSI; +DR B4LG38, UBP36_DROVI; B4MLR8, UBP36_DROWI; B4PIW8, UBP36_DROYA; +DR Q9P275, UBP36_HUMAN; B1AQJ2, UBP36_MOUSE; F1N5V1, UBP37_BOVIN; +DR E2RK09, UBP37_CANLF; E1C213, UBP37_CHICK; E7F6T8, UBP37_DANRE; +DR Q86T82, UBP37_HUMAN; Q8C0R0, UBP37_MOUSE; F1SRY5, UBP37_PIG ; +DR Q8NB14, UBP38_HUMAN; Q8BW70, UBP38_MOUSE; Q53GS9, UBP39_HUMAN; +DR Q3TIX9, UBP39_MOUSE; Q5R761, UBP39_PONAB; O24454, UBP3_ARATH ; +DR Q9Y6I4, UBP3_HUMAN ; Q91W36, UBP3_MOUSE ; O94269, UBP3_SCHPO ; +DR Q01477, UBP3_YEAST ; Q9NVE5, UBP40_HUMAN; Q8BWR4, UBP40_MOUSE; +DR E1B9W9, UBP42_BOVIN; Q9H9J4, UBP42_HUMAN; B2RQC2, UBP42_MOUSE; +DR D3ZU96, UBP42_RAT ; Q70EL4, UBP43_HUMAN; Q8BUM9, UBP43_MOUSE; +DR D2HBJ8, UBP44_AILME; Q7ZUM8, UBP44_DANRE; Q9H0E7, UBP44_HUMAN; +DR Q8C2S0, UBP44_MOUSE; Q0V9G5, UBP44_XENTR; E9QG68, UBP45_DANRE; +DR Q70EL2, UBP45_HUMAN; Q8K387, UBP45_MOUSE; P34547, UBP46_CAEEL; +DR A5WWB0, UBP46_DANRE; P62068, UBP46_HUMAN; P62069, UBP46_MOUSE; +DR Q5RBQ4, UBP46_PONAB; F1M625, UBP46_RAT ; E1C1R4, UBP47_CHICK; +DR Q96K76, UBP47_HUMAN; Q8BY87, UBP47_MOUSE; Q5U252, UBP47_XENLA; +DR A1A5G2, UBP47_XENTR; G5ECC7, UBP48_CAEEL; Q5ZM45, UBP48_CHICK; +DR A0A0R4IB93, UBP48_DANRE; Q86UV5, UBP48_HUMAN; Q3V0C5, UBP48_MOUSE; +DR Q76LT8, UBP48_RAT ; Q70CQ1, UBP49_HUMAN; Q6P9L4, UBP49_MOUSE; +DR Q8LAM0, UBP4_ARATH ; A6QR55, UBP4_BOVIN ; Q6FQF0, UBP4_CANGA ; +DR Q754R5, UBP4_EREGS ; Q13107, UBP4_HUMAN ; Q9HFS7, UBP4_KLULA ; +DR P35123, UBP4_MOUSE ; Q5RCD3, UBP4_PONAB ; B2GUZ1, UBP4_RAT ; +DR O60139, UBP4_SCHPO ; A7TGY3, UBP4_VANPO ; B3LGK1, UBP4_YEAS1 ; +DR A6ZY34, UBP4_YEAS7 ; P32571, UBP4_YEAST ; Q70EL3, UBP50_HUMAN; +DR Q4R6D3, UBP50_MACFA; Q6P8X6, UBP50_MOUSE; Q70EK9, UBP51_HUMAN; +DR B1AY15, UBP51_MOUSE; Q70EL1, UBP54_HUMAN; Q8BL06, UBP54_MOUSE; +DR Q6IE24, UBP54_RAT ; O22207, UBP5_ARATH ; P45974, UBP5_HUMAN ; +DR P56399, UBP5_MOUSE ; Q5R407, UBP5_PONAB ; P39944, UBP5_YEAST ; +DR Q9W4C3, UBP64_DROME; Q949Y0, UBP6_ARATH ; P35125, UBP6_HUMAN ; +DR Q92353, UBP6_SCHPO ; P43593, UBP6_YEAST ; Q9UTT1, UBP71_SCHPO; +DR Q09879, UBP72_SCHPO; Q84WC6, UBP7_ARATH ; Q60MK8, UBP7_CAEBR ; +DR Q7JKC3, UBP7_CAEEL ; Q6U7I1, UBP7_CHICK ; Q9VYQ8, UBP7_DROME ; +DR Q93009, UBP7_HUMAN ; Q6A4J8, UBP7_MOUSE ; Q4VSI4, UBP7_RAT ; +DR Q9P7S5, UBP7_SCHPO ; P40453, UBP7_YEAST ; Q9C585, UBP8_ARATH ; +DR P40818, UBP8_HUMAN ; Q80U87, UBP8_MOUSE ; Q09738, UBP8_SCHPO ; +DR P50102, UBP8_YEAST ; Q93Y01, UBP9_ARATH ; Q9P7V9, UBP9_SCHPO ; +DR P39967, UBP9_YEAST ; P54201, UBPA_DICDI ; O96612, UBPB_DICDI ; +DR Q24574, UBPE_DROME ; Q8WT44, UBPH_CAEEL ; Q5UQR3, UBPL1_MIMIV; +DR Q5UPW7, UBPL2_MIMIV; Q09931, UBPY_CAEEL ; Q9FFF2, UCH1_ARATH ; +DR O04482, UCH2_ARATH ; Q8IIJ6, UCH37_PLAF7; Q8GWE1, UCH3_ARATH ; +DR P23356, UCHL1_BOVIN; Q9GM50, UCHL1_HORSE; P09936, UCHL1_HUMAN; +DR Q60HC8, UCHL1_MACFA; P50103, UCHL1_MONDO; Q9R0P9, UCHL1_MOUSE; +DR Q6SEG5, UCHL1_PIG ; Q00981, UCHL1_RAT ; Q2TBG8, UCHL3_BOVIN; +DR P15374, UCHL3_HUMAN; Q9JKB1, UCHL3_MOUSE; Q06AB3, UCHL3_PIG ; +DR Q8IKM8, UCHL3_PLAF7; Q91Y78, UCHL3_RAT ; P58321, UCHL4_MOUSE; +DR Q9XSJ0, UCHL5_BOVIN; Q54N38, UCHL5_DICDI; Q9Y5K5, UCHL5_HUMAN; +DR Q9WUP7, UCHL5_MOUSE; Q06AT3, UCHL5_PIG ; O01391, UCHL_APLCA ; +DR Q54T48, UCHL_DICDI ; P35122, UCHL_DROME ; C9JPN9, UL17C_HUMAN; +DR Q6NTR6, UP44A_XENLA; Q5XGZ2, UP44B_XENLA; Q93008, USP9X_HUMAN; +DR P70398, USP9X_MOUSE; O00507, USP9Y_HUMAN; F8VPU6, USP9Y_MOUSE; +DR Q96JH7, VCIP1_HUMAN; Q8CDG3, VCIP1_MOUSE; Q8CF97, VCIP1_RAT ; +DR Q196X6, VF232_IIV3 ; Q91FU0, VF232_IIV6 ; P22856, VL96_IRV1 ; +DR Q08930, YP191_YEAST; A6QP16, ZRAN1_BOVIN; Q9UGI0, ZRAN1_HUMAN; +DR Q7M760, ZRAN1_MOUSE; B1H2Q2, ZRAN1_XENTR; Q5U595, ZRN1A_XENLA; +DR A0JMQ9, ZRN1B_DANRE; Q6NUB7, ZRN1B_XENLA; Q3SWY8, ZUP1_BOVIN ; +DR Q96AP4, ZUP1_HUMAN ; Q4R4A2, ZUP1_MACFA ; Q3T9Z9, ZUP1_MOUSE ; +DR Q5U2S3, ZUP1_RAT ; // ID 3.4.19.13 DE glutathione gamma-glutamate hydrolase. @@ -107457,20 +108079,20 @@ DR B3QSJ7, LON_CHLT3 ; O84348, LON_CHLTR ; B5EDX8, LON_CITBB ; DR Q97FT9, LON_CLOAB ; A6LSV5, LON_CLOB8 ; Q180E4, LON_CLOD6 ; DR B5Y8Q8, LON_COPPD ; Q11QT1, LON_CYTH3 ; Q9RXG4, LON_DEIRA ; DR B8F9K1, LON_DESAL ; B8J198, LON_DESDA ; A8ZX50, LON_DESOH ; -DR A4J7L6, LON_DESRM ; Q72CE6, LON_DESVH ; A5EWF3, LON_DICNV ; -DR B5YFG2, LON_DICT6 ; P0A9M1, LON_ECOL6 ; P0A9M0, LON_ECOLI ; -DR B2KCC0, LON_ELUMP ; B1GZQ6, LON_ENDTX ; P46067, LON_ERWAM ; -DR A7HK39, LON_FERNB ; B0S2N4, LON_FINM2 ; A5FG89, LON_FLAJ1 ; -DR Q0RPW3, LON_FRAAA ; B0TZA7, LON_FRAP2 ; Q8RHK0, LON_FUSNN ; -DR Q39QP7, LON_GEOMG ; P43864, LON_HAEIN ; B8CY71, LON_HALOH ; -DR B0TFI9, LON_HELMI ; Q9ZJL3, LON_HELPJ ; P55995, LON_HELPY ; -DR A8Z5Z0, LON_KARMG ; Q1IPZ8, LON_KORVE ; A9KH99, LON_LACP7 ; -DR Q1MS21, LON_LAWIP ; Q72UP9, LON_LEPIC ; A0L516, LON_MAGMM ; -DR Q8EV77, LON_MALP2 ; Q600B5, LON_MESH2 ; Q6KI22, LON_MESM1 ; -DR B3PN08, LON_META1 ; Q469F5, LON_METBF ; B8EMF2, LON_METSB ; -DR Q2NEP8, LON_METST ; A5IYF2, LON_MYCAP ; P47481, LON_MYCGE ; -DR Q6MTF4, LON_MYCMS ; P78025, LON_MYCPN ; Q4A696, LON_MYCS5 ; -DR O31147, LON_MYCSM ; Q2GE60, LON_NEOSM ; Q3JBB6, LON_NITOC ; +DR A4J7L6, LON_DESRM ; A5EWF3, LON_DICNV ; B5YFG2, LON_DICT6 ; +DR P0A9M1, LON_ECOL6 ; P0A9M0, LON_ECOLI ; B2KCC0, LON_ELUMP ; +DR B1GZQ6, LON_ENDTX ; P46067, LON_ERWAM ; A7HK39, LON_FERNB ; +DR B0S2N4, LON_FINM2 ; A5FG89, LON_FLAJ1 ; Q0RPW3, LON_FRAAA ; +DR B0TZA7, LON_FRAP2 ; Q8RHK0, LON_FUSNN ; Q39QP7, LON_GEOMG ; +DR P43864, LON_HAEIN ; B8CY71, LON_HALOH ; B0TFI9, LON_HELMI ; +DR Q9ZJL3, LON_HELPJ ; P55995, LON_HELPY ; A8Z5Z0, LON_KARMG ; +DR Q1IPZ8, LON_KORVE ; A9KH99, LON_LACP7 ; Q1MS21, LON_LAWIP ; +DR Q72UP9, LON_LEPIC ; A0L516, LON_MAGMM ; Q8EV77, LON_MALP2 ; +DR Q600B5, LON_MESH2 ; B3PN08, LON_META1 ; Q469F5, LON_METBF ; +DR B8EMF2, LON_METSB ; Q2NEP8, LON_METST ; A5IYF2, LON_MYCAP ; +DR P47481, LON_MYCGE ; Q6KI22, LON_MYCM1 ; Q6MTF4, LON_MYCMS ; +DR P78025, LON_MYCPN ; Q4A696, LON_MYCS5 ; O31147, LON_MYCSM ; +DR Q2GE60, LON_NEOSM ; Q3JBB6, LON_NITOC ; Q72CE6, LON_NITV2 ; DR B3CUN9, LON_ORITI ; A6LD45, LON_PARD8 ; B2TFQ5, LON_PARPJ ; DR Q6ME13, LON_PARUW ; B4RI01, LON_PHEZH ; B2RII6, LON_PORG3 ; DR A8F811, LON_PSELT ; O69177, LON_RHIME ; Q1RID6, LON_RICBR ; @@ -107949,7 +108571,7 @@ DR A4JE56, LEXA_BURVG ; A4XL42, LEXA_CALS8 ; Q3ACC4, LEXA_CARHZ ; DR B0SYZ8, LEXA_CAUSK ; Q9A724, LEXA_CAUVC ; B3PEX1, LEXA_CELJU ; DR A3PHK4, LEXA_CERS1 ; Q9ZFA4, LEXA_CERS4 ; A4WX64, LEXA_CERS5 ; DR Q11HT8, LEXA_CHESB ; Q1QVT7, LEXA_CHRSD ; B5EA68, LEXA_CITBB ; -DR A8AN85, LEXA_CITK8 ; A5CSL0, LEXA_CLAM3 ; B0RHB3, LEXA_CLAMS ; +DR A8AN85, LEXA_CITK8 ; A5CSL0, LEXA_CLAM3 ; B0RHB3, LEXA_CLASE ; DR Q97I23, LEXA_CLOAB ; A7FUK4, LEXA_CLOB1 ; C3KX30, LEXA_CLOB6 ; DR A5I2R7, LEXA_CLOBH ; C1FNT4, LEXA_CLOBJ ; B1IM63, LEXA_CLOBK ; DR A7GE39, LEXA_CLOBL ; B1KS97, LEXA_CLOBM ; Q187P1, LEXA_CLOD6 ; @@ -107973,42 +108595,42 @@ DR C5B718, LEXA_EDWI9 ; A4W5F6, LEXA_ENT38 ; Q834R0, LEXA_ENTFA ; DR B2VKA1, LEXA_ERWT9 ; Q2NA93, LEXA_ERYLH ; B7LL15, LEXA_ESCF3 ; DR B1YE71, LEXA_EXIS2 ; C4L2T2, LEXA_EXISA ; P0DN68, LEXA_FIBSS ; DR B0S1C5, LEXA_FINM2 ; Q0RDY1, LEXA_FRAAA ; Q2J779, LEXA_FRACC ; -DR A8L6K4, LEXA_FRASN ; Q5L0C3, LEXA_GEOKA ; Q39VQ1, LEXA_GEOMG ; -DR C6DZY8, LEXA_GEOSM ; C5D9K3, LEXA_GEOSW ; A4IMK1, LEXA_GEOTN ; -DR A5GAQ4, LEXA_GEOUR ; B8F317, LEXA_GLAP5 ; A9HJ64, LEXA_GLUDA ; -DR Q5FNN8, LEXA_GLUOX ; Q0BTY8, LEXA_GRABC ; Q7VNI6, LEXA_HAEDU ; -DR Q4QME9, LEXA_HAEI8 ; A5UDX6, LEXA_HAEIE ; A5UHQ3, LEXA_HAEIG ; -DR P44858, LEXA_HAEIN ; Q2SKC5, LEXA_HAHCH ; Q9KAD3, LEXA_HALH5 ; -DR A1WXU3, LEXA_HALHL ; A9B5H8, LEXA_HERA2 ; A4G713, LEXA_HERAR ; -DR Q0I2G7, LEXA_HISS1 ; B0USF0, LEXA_HISS2 ; Q0C1A3, LEXA_HYPNA ; -DR Q5QUP5, LEXA_IDILO ; A6SXJ3, LEXA_JANMA ; Q28R71, LEXA_JANSC ; -DR B5XXY9, LEXA_KLEP3 ; A6TGV2, LEXA_KLEP7 ; Q1IU64, LEXA_KORVE ; -DR Q5FJL4, LEXA_LACAC ; B3WC17, LEXA_LACCB ; Q1G9M5, LEXA_LACDA ; -DR Q049T1, LEXA_LACDB ; Q044D8, LEXA_LACGA ; A8YVS7, LEXA_LACH4 ; -DR P61610, LEXA_LACJO ; Q03B55, LEXA_LACP3 ; Q88VI6, LEXA_LACPL ; -DR Q38W54, LEXA_LATSS ; Q6AE10, LEXA_LEIXX ; B0SFV4, LEXA_LEPBA ; -DR Q04RH1, LEXA_LEPBJ ; Q053A1, LEXA_LEPBL ; B0SPA2, LEXA_LEPBP ; -DR B1Y250, LEXA_LEPCP ; P61611, LEXA_LEPIC ; Q8F663, LEXA_LEPIN ; -DR B1MZ70, LEXA_LEUCK ; Q03WX0, LEXA_LEUMM ; Q1WUI6, LEXA_LIGS1 ; -DR B2GBL2, LEXA_LIMF3 ; A5VJB8, LEXA_LIMRD ; B2G6T4, LEXA_LIMRJ ; -DR Q92C51, LEXA_LISIN ; C1L2K9, LEXA_LISMC ; Q720B9, LEXA_LISMF ; -DR B8DG25, LEXA_LISMH ; Q8Y7H7, LEXA_LISMO ; A0AIA3, LEXA_LISW6 ; -DR B1HRJ5, LEXA_LYSSC ; A0L9E2, LEXA_MAGMM ; Q2W3A5, LEXA_MAGSA ; -DR Q65UK9, LEXA_MANSM ; Q0APU7, LEXA_MARMM ; A6VX60, LEXA_MARMS ; -DR A1U269, LEXA_MARN8 ; Q605V8, LEXA_METCA ; B8IN87, LEXA_METNO ; -DR A2SGY5, LEXA_METPP ; B1LUJ7, LEXA_METRJ ; B0UGH4, LEXA_METS4 ; -DR B8EK86, LEXA_METSB ; Q2RJF5, LEXA_MOOTA ; A0QIQ3, LEXA_MYCA1 ; -DR B1MCZ5, LEXA_MYCA9 ; Q7TY15, LEXA_MYCBO ; A1KM58, LEXA_MYCBP ; -DR C1AFH9, LEXA_MYCBT ; A4TCN9, LEXA_MYCGI ; B8ZQU5, LEXA_MYCLB ; -DR Q49848, LEXA_MYCLE ; B2HLX8, LEXA_MYCMM ; P61612, LEXA_MYCPA ; -DR A0QVY5, LEXA_MYCS2 ; A3PYG6, LEXA_MYCSJ ; A1UF04, LEXA_MYCSK ; -DR Q1BA08, LEXA_MYCSS ; A5U672, LEXA_MYCTA ; P9WHR6, LEXA_MYCTO ; -DR P9WHR7, LEXA_MYCTU ; A0PT76, LEXA_MYCUA ; A1T7V4, LEXA_MYCVP ; -DR Q1D406, LEXA_MYXXD ; Q1QMK3, LEXA_NITHX ; Q3SRJ0, LEXA_NITWN ; -DR A1SND2, LEXA_NOCSJ ; Q2G6Q5, LEXA_NOVAD ; Q8EQM5, LEXA_OCEIH ; -DR Q04F93, LEXA_OENOB ; Q314F2, LEXA_OLEA2 ; B1ZZZ4, LEXA_OPITP ; -DR A1R556, LEXA_PAEAT ; A1TQ93, LEXA_PARC0 ; A1B3Z0, LEXA_PARDP ; -DR A7HY01, LEXA_PARL1 ; B2JK89, LEXA_PARP8 ; B2T3L9, LEXA_PARPJ ; +DR Q5L0C3, LEXA_GEOKA ; Q39VQ1, LEXA_GEOMG ; C6DZY8, LEXA_GEOSM ; +DR C5D9K3, LEXA_GEOSW ; A4IMK1, LEXA_GEOTN ; A5GAQ4, LEXA_GEOUR ; +DR B8F317, LEXA_GLAP5 ; A9HJ64, LEXA_GLUDA ; Q5FNN8, LEXA_GLUOX ; +DR Q0BTY8, LEXA_GRABC ; Q7VNI6, LEXA_HAEDU ; Q4QME9, LEXA_HAEI8 ; +DR A5UDX6, LEXA_HAEIE ; A5UHQ3, LEXA_HAEIG ; P44858, LEXA_HAEIN ; +DR Q2SKC5, LEXA_HAHCH ; Q9KAD3, LEXA_HALH5 ; A1WXU3, LEXA_HALHL ; +DR A9B5H8, LEXA_HERA2 ; A4G713, LEXA_HERAR ; Q0I2G7, LEXA_HISS1 ; +DR B0USF0, LEXA_HISS2 ; Q0C1A3, LEXA_HYPNA ; Q5QUP5, LEXA_IDILO ; +DR A6SXJ3, LEXA_JANMA ; Q28R71, LEXA_JANSC ; B5XXY9, LEXA_KLEP3 ; +DR A6TGV2, LEXA_KLEP7 ; Q1IU64, LEXA_KORVE ; Q5FJL4, LEXA_LACAC ; +DR B3WC17, LEXA_LACCB ; Q1G9M5, LEXA_LACDA ; Q049T1, LEXA_LACDB ; +DR Q044D8, LEXA_LACGA ; A8YVS7, LEXA_LACH4 ; P61610, LEXA_LACJO ; +DR Q03B55, LEXA_LACP3 ; Q88VI6, LEXA_LACPL ; Q38W54, LEXA_LATSS ; +DR Q6AE10, LEXA_LEIXX ; B0SFV4, LEXA_LEPBA ; Q04RH1, LEXA_LEPBJ ; +DR Q053A1, LEXA_LEPBL ; B0SPA2, LEXA_LEPBP ; B1Y250, LEXA_LEPCP ; +DR P61611, LEXA_LEPIC ; Q8F663, LEXA_LEPIN ; B1MZ70, LEXA_LEUCK ; +DR Q03WX0, LEXA_LEUMM ; Q1WUI6, LEXA_LIGS1 ; B2GBL2, LEXA_LIMF3 ; +DR A5VJB8, LEXA_LIMRD ; B2G6T4, LEXA_LIMRJ ; Q92C51, LEXA_LISIN ; +DR C1L2K9, LEXA_LISMC ; Q720B9, LEXA_LISMF ; B8DG25, LEXA_LISMH ; +DR Q8Y7H7, LEXA_LISMO ; A0AIA3, LEXA_LISW6 ; B1HRJ5, LEXA_LYSSC ; +DR A0L9E2, LEXA_MAGMM ; Q65UK9, LEXA_MANSM ; Q0APU7, LEXA_MARMM ; +DR A6VX60, LEXA_MARMS ; A1U269, LEXA_MARN8 ; Q605V8, LEXA_METCA ; +DR B8IN87, LEXA_METNO ; A2SGY5, LEXA_METPP ; B1LUJ7, LEXA_METRJ ; +DR B0UGH4, LEXA_METS4 ; B8EK86, LEXA_METSB ; Q2RJF5, LEXA_MOOTA ; +DR A0QIQ3, LEXA_MYCA1 ; B1MCZ5, LEXA_MYCA9 ; Q7TY15, LEXA_MYCBO ; +DR A1KM58, LEXA_MYCBP ; C1AFH9, LEXA_MYCBT ; A4TCN9, LEXA_MYCGI ; +DR B8ZQU5, LEXA_MYCLB ; Q49848, LEXA_MYCLE ; B2HLX8, LEXA_MYCMM ; +DR P61612, LEXA_MYCPA ; A0QVY5, LEXA_MYCS2 ; A3PYG6, LEXA_MYCSJ ; +DR A1UF04, LEXA_MYCSK ; Q1BA08, LEXA_MYCSS ; A5U672, LEXA_MYCTA ; +DR P9WHR6, LEXA_MYCTO ; P9WHR7, LEXA_MYCTU ; A0PT76, LEXA_MYCUA ; +DR A1T7V4, LEXA_MYCVP ; Q1D406, LEXA_MYXXD ; Q1QMK3, LEXA_NITHX ; +DR Q3SRJ0, LEXA_NITWN ; A1SND2, LEXA_NOCSJ ; Q2G6Q5, LEXA_NOVAD ; +DR Q8EQM5, LEXA_OCEIH ; Q04F93, LEXA_OENOB ; Q314F2, LEXA_OLEA2 ; +DR B1ZZZ4, LEXA_OPITP ; A1R556, LEXA_PAEAT ; A1TQ93, LEXA_PARC0 ; +DR A1B3Z0, LEXA_PARDP ; A7HY01, LEXA_PARL1 ; Q2W3A5, LEXA_PARM1 ; +DR B2JK89, LEXA_PARP8 ; B2T3L9, LEXA_PARPJ ; A8L6K4, LEXA_PARS2 ; DR Q13ZI7, LEXA_PARXL ; P57917, LEXA_PASMU ; Q6D9I5, LEXA_PECAS ; DR Q04596, LEXA_PECCC ; C6DKD2, LEXA_PECCP ; Q03FU3, LEXA_PEDPA ; DR A5D2J8, LEXA_PELTS ; Q4FM55, LEXA_PELUB ; A9BGA3, LEXA_PETMO ; @@ -108168,12 +108790,12 @@ DR P14335, POLG_KUNJM ; P29837, POLG_LANVT ; P22338, POLG_LIV ; DR P33515, POLG_MCFA ; P05769, POLG_MVEV5 ; Q7T6D2, POLG_OHFV ; DR Q04538, POLG_POWVL ; Q32ZD4, POLG_ROCV ; P09732, POLG_STEVM ; DR Q01299, POLG_TBEVH ; P07720, POLG_TBEVS ; P14336, POLG_TBEVW ; -DR Q5WPU5, POLG_USUV ; P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; -DR C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; -DR Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; -DR Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; -DR Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; -DR A0A142I5B9, POLG_ZIKVK ; +DR G1CRV4, POLG_TMUV ; Q5WPU5, POLG_USUV ; P06935, POLG_WNV ; +DR Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; +DR Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; +DR Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; +DR Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; +DR A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; // ID 3.4.21.92 DE endopeptidase Clp. @@ -108306,8 +108928,7 @@ DR A6H5K6, CLPP_CYCTA ; Q0G9T7, CLPP_DAUCA ; Q47FB6, CLPP_DECAR ; DR Q3Z8J8, CLPP_DEHM1 ; A5FRE5, CLPP_DEHMB ; Q3ZX82, CLPP_DEHMC ; DR Q1IWD9, CLPP_DEIGD ; Q9RSZ7, CLPP_DEIRA ; C0QGT0, CLPP_DESAH ; DR B8FA62, CLPP_DESAL ; B8IYM2, CLPP_DESDA ; A8ZXB7, CLPP_DESOH ; -DR Q6AK59, CLPP_DESPS ; A4J7L9, CLPP_DESRM ; Q72CE8, CLPP_DESVH ; -DR B8DNL4, CLPP_DESVM ; A1VE85, CLPP_DESVV ; A5EWF5, CLPP_DICNV ; +DR Q6AK59, CLPP_DESPS ; A4J7L9, CLPP_DESRM ; A5EWF5, CLPP_DICNV ; DR A8LJA8, CLPP_DINSH ; A6MMN2, CLPP_DIOEL ; A4QL44, CLPP_DRANE ; DR Q06GX2, CLPP_DRIGR ; A7ZIJ5, CLPP_ECO24 ; P0A6G9, CLPP_ECO57 ; DR A7ZX95, CLPP_ECOHS ; A1A8A6, CLPP_ECOK1 ; Q0TKK4, CLPP_ECOL5 ; @@ -108344,24 +108965,25 @@ DR Q1WTA8, CLPP_LIGS1 ; B2GAL4, CLPP_LIMF3 ; A5VII4, CLPP_LIMRD ; DR B2G613, CLPP_LIMRJ ; Q0G9J4, CLPP_LIRTU ; Q928C4, CLPP_LISIN ; DR Q71WV9, CLPP_LISMF ; Q9RQI6, CLPP_LISMO ; A4QLL9, CLPP_LOBMA ; DR Q9BBQ9, CLPP_LOTJA ; B1HVR0, CLPP_LYSSC ; B9EAG5, CLPP_MACCJ ; -DR A0LDT4, CLPP_MAGMM ; Q2W3H9, CLPP_MAGSA ; P26567, CLPP_MAIZE ; -DR Q65RF6, CLPP_MANSM ; Q0AQ07, CLPP_MARMM ; A6VW20, CLPP_MARMS ; -DR P12208, CLPP_MARPO ; Q9MUV8, CLPP_MESVI ; B7KNT0, CLPP_METC4 ; -DR A9W5F5, CLPP_METEP ; Q1H1G0, CLPP_METFK ; B8IN26, CLPP_METNO ; -DR B1Z9C7, CLPP_METPB ; A2SFB5, CLPP_METPP ; B1LW28, CLPP_METRJ ; -DR Q2RL31, CLPP_MOOTA ; Q09WZ2, CLPP_MORIN ; O88696, CLPP_MOUSE ; -DR Q09FT6, CLPP_NANDO ; A4QLV8, CLPP_NASOF ; B2A158, CLPP_NATTJ ; -DR Q5F914, CLPP_NEIG1 ; A9LZN9, CLPP_NEIM0 ; Q9JU33, CLPP_NEIMA ; -DR Q9JZ38, CLPP_NEIMB ; A1KUD9, CLPP_NEIMF ; Q2GD19, CLPP_NEOSM ; -DR Q9TL09, CLPP_NEPOL ; Q3C1K4, CLPP_NICSY ; Q33C07, CLPP_NICTO ; -DR Q0AJI2, CLPP_NITEC ; Q82Y57, CLPP_NITEU ; Q1QL76, CLPP_NITHX ; -DR Q2Y6J0, CLPP_NITMU ; Q3JAJ8, CLPP_NITOC ; A6Q1C1, CLPP_NITSB ; -DR Q3SRD2, CLPP_NITWN ; Q2G3T3, CLPP_NOVAD ; A1XFY0, CLPP_NUPAD ; -DR Q6EW27, CLPP_NYMAL ; Q8ENM5, CLPP_OCEIH ; Q9MTJ8, CLPP_OENEH ; -DR Q30Z79, CLPP_OLEA2 ; A4QJV6, CLPP_OLIPU ; Q20F17, CLPP_OLTVI ; -DR Q6ENE9, CLPP_ORYNI ; P0C312, CLPP_ORYSA ; P0C313, CLPP_ORYSI ; -DR P0C314, CLPP_ORYSJ ; Q0P3P4, CLPP_OSTTA ; Q68RY2, CLPP_PANGI ; -DR A1TM62, CLPP_PARC0 ; P54414, CLPP_PARDE ; Q9CJM2, CLPP_PASMU ; +DR A0LDT4, CLPP_MAGMM ; P26567, CLPP_MAIZE ; Q65RF6, CLPP_MANSM ; +DR Q0AQ07, CLPP_MARMM ; A6VW20, CLPP_MARMS ; P12208, CLPP_MARPO ; +DR Q9MUV8, CLPP_MESVI ; B7KNT0, CLPP_METC4 ; A9W5F5, CLPP_METEP ; +DR Q1H1G0, CLPP_METFK ; B8IN26, CLPP_METNO ; B1Z9C7, CLPP_METPB ; +DR A2SFB5, CLPP_METPP ; B1LW28, CLPP_METRJ ; Q2RL31, CLPP_MOOTA ; +DR Q09WZ2, CLPP_MORIN ; O88696, CLPP_MOUSE ; Q09FT6, CLPP_NANDO ; +DR A4QLV8, CLPP_NASOF ; B2A158, CLPP_NATTJ ; Q5F914, CLPP_NEIG1 ; +DR A9LZN9, CLPP_NEIM0 ; Q9JU33, CLPP_NEIMA ; Q9JZ38, CLPP_NEIMB ; +DR A1KUD9, CLPP_NEIMF ; Q2GD19, CLPP_NEOSM ; Q9TL09, CLPP_NEPOL ; +DR Q3C1K4, CLPP_NICSY ; Q33C07, CLPP_NICTO ; Q0AJI2, CLPP_NITEC ; +DR Q82Y57, CLPP_NITEU ; Q1QL76, CLPP_NITHX ; Q2Y6J0, CLPP_NITMU ; +DR Q3JAJ8, CLPP_NITOC ; A6Q1C1, CLPP_NITSB ; Q72CE8, CLPP_NITV2 ; +DR A1VE85, CLPP_NITV4 ; B8DNL4, CLPP_NITV9 ; Q3SRD2, CLPP_NITWN ; +DR Q2G3T3, CLPP_NOVAD ; A1XFY0, CLPP_NUPAD ; Q6EW27, CLPP_NYMAL ; +DR Q8ENM5, CLPP_OCEIH ; Q9MTJ8, CLPP_OENEH ; Q30Z79, CLPP_OLEA2 ; +DR A4QJV6, CLPP_OLIPU ; Q20F17, CLPP_OLTVI ; Q6ENE9, CLPP_ORYNI ; +DR P0C312, CLPP_ORYSA ; P0C313, CLPP_ORYSI ; P0C314, CLPP_ORYSJ ; +DR Q0P3P4, CLPP_OSTTA ; Q68RY2, CLPP_PANGI ; A1TM62, CLPP_PARC0 ; +DR P54414, CLPP_PARDE ; Q2W3H9, CLPP_PARM1 ; Q9CJM2, CLPP_PASMU ; DR Q6D827, CLPP_PECAS ; Q03GX1, CLPP_PEDPA ; Q06FP3, CLPP_PELHO ; DR A1AN85, CLPP_PELPD ; A5D447, CLPP_PELTS ; Q4FM94, CLPP_PELUB ; DR Q3BAL3, CLPP_PHAAO ; A4GGD0, CLPP_PHAVU ; Q7N0L3, CLPP_PHOLL ; @@ -108431,8 +109053,8 @@ DR Q87R80, CLPP_VIBPA ; Q8DG26, CLPP_VIBVU ; Q7MMG7, CLPP_VIBVY ; DR Q0ZIZ4, CLPP_VITVI ; P24064, CLPP_WHEAT ; Q8D346, CLPP_WIGBR ; DR Q73I59, CLPP_WOLPM ; B3CLB1, CLPP_WOLPP ; Q7M7M3, CLPP_WOLSU ; DR Q5GS83, CLPP_WOLTR ; C0R2W3, CLPP_WOLWR ; Q8PNI5, CLPP_XANAC ; -DR Q3BWQ1, CLPP_XANC5 ; Q4URL4, CLPP_XANC8 ; B0RTF7, CLPP_XANCB ; -DR Q8PBY6, CLPP_XANCP ; Q2P6Z0, CLPP_XANOM ; B2SMI3, CLPP_XANOP ; +DR Q4URL4, CLPP_XANC8 ; B0RTF7, CLPP_XANCB ; Q8PBY6, CLPP_XANCP ; +DR Q3BWQ1, CLPP_XANE5 ; Q2P6Z0, CLPP_XANOM ; B2SMI3, CLPP_XANOP ; DR Q5H434, CLPP_XANOR ; A7ILC6, CLPP_XANP2 ; B2I8K3, CLPP_XYLF2 ; DR Q9PE41, CLPP_XYLFA ; B0U5N1, CLPP_XYLFM ; Q87E51, CLPP_XYLFT ; DR A1JNN2, CLPP_YERE8 ; Q60107, CLPP_YEREN ; A7FLC4, CLPP_YERP3 ; @@ -108696,19 +109318,20 @@ DR A4TGR2, GLPG_YERPP ; Q664J1, GLPG_YERPS ; B1JHY8, GLPG_YERPY ; DR P54493, GLUP_BACSU ; Q58EK4, PARLA_DANRE; Q2KHV4, PARL_BOVIN ; DR A1Z8R8, PARL_DROME ; Q9H300, PARL_HUMAN ; Q5XJY4, PARL_MOUSE ; DR Q5R5H4, PARL_PONAB ; Q3B8P0, PARL_RAT ; P53259, PCP1_YEAST ; -DR Q4WLP9, RBD2_ASPFU ; Q5AH12, RBD2_CANAL ; Q6FSG0, RBD2_CANGA ; -DR Q6BSA9, RBD2_DEBHA ; Q755H8, RBD2_EREGS ; Q4I4A4, RBD2_GIBZE ; -DR Q6CR06, RBD2_KLULA ; Q7S4V5, RBD2_NEUCR ; Q874X5, RBD2_PODAS ; -DR O74926, RBD2_SCHPO ; Q6CDV6, RBD2_YARLI ; Q12270, RBD2_YEAST ; -DR Q0WQX7, RBL1_ARATH ; Q9CAN1, RBL2_ARATH ; Q9LYP1, RBL3_ARATH ; -DR F4JBM4, RBL4_ARATH ; Q9SSR0, RBL5_ARATH ; Q8VZ48, RBL6_ARATH ; -DR O82756, RBL7_ARATH ; O75783, RHBL1_HUMAN; Q8VC82, RHBL1_MOUSE; -DR O88779, RHBL1_RAT ; Q695U0, RHBL1_TOXGO; Q9NX52, RHBL2_HUMAN; -DR A2AGA4, RHBL2_MOUSE; Q695T9, RHBL2_TOXGO; P58872, RHBL3_HUMAN; -DR P58873, RHBL3_MOUSE; Q6IUY1, RHBL3_TOXGO; Q8TEB9, RHBL4_HUMAN; -DR Q8BHC7, RHBL4_MOUSE; Q5RBS4, RHBL4_PONAB; Q4V8F3, RHBL4_RAT ; -DR Q695T8, RHBL4_TOXGO; Q6GV23, RHBL5_TOXGO; Q2PP52, RHBL6_TOXGO; -DR Q19821, RHOM1_CAEEL; P20350, RHOM_DROME ; C8VCL5, Y0929_EMENI; +DR Q5AH12, RBD2_CANAL ; Q6FSG0, RBD2_CANGA ; Q6BSA9, RBD2_DEBHA ; +DR Q755H8, RBD2_EREGS ; Q4I4A4, RBD2_GIBZE ; Q6CR06, RBD2_KLULA ; +DR Q7S4V5, RBD2_NEUCR ; Q874X5, RBD2_PODAS ; O74926, RBD2_SCHPO ; +DR Q6CDV6, RBD2_YARLI ; Q12270, RBD2_YEAST ; B0Y8W1, RBDB_ASPFC ; +DR Q4WLP9, RBDB_ASPFU ; Q0WQX7, RBL1_ARATH ; Q9CAN1, RBL2_ARATH ; +DR Q9LYP1, RBL3_ARATH ; F4JBM4, RBL4_ARATH ; Q9SSR0, RBL5_ARATH ; +DR Q8VZ48, RBL6_ARATH ; O82756, RBL7_ARATH ; O75783, RHBL1_HUMAN; +DR Q8VC82, RHBL1_MOUSE; O88779, RHBL1_RAT ; Q695U0, RHBL1_TOXGO; +DR Q9NX52, RHBL2_HUMAN; A2AGA4, RHBL2_MOUSE; Q695T9, RHBL2_TOXGO; +DR P58872, RHBL3_HUMAN; P58873, RHBL3_MOUSE; Q6IUY1, RHBL3_TOXGO; +DR Q8TEB9, RHBL4_HUMAN; Q8BHC7, RHBL4_MOUSE; Q5RBS4, RHBL4_PONAB; +DR Q4V8F3, RHBL4_RAT ; Q695T8, RHBL4_TOXGO; Q6GV23, RHBL5_TOXGO; +DR Q2PP52, RHBL6_TOXGO; Q19821, RHOM1_CAEEL; P20350, RHOM_DROME ; +DR C8VCL5, Y0929_EMENI; // ID 3.4.21.106 DE hepsin. @@ -108915,7 +109538,7 @@ CC leading to the release of the pestivirus non-structural proteins CC NS4A, NS4B, NS5A and NS5B. CC -!- Belongs to peptidase family S31. DR Q96662, POLG_BVDVC ; P19711, POLG_BVDVN ; Q01499, POLG_BVDVS ; -DR P19712, POLG_CSFVA ; P21530, POLG_CSFVB ; +DR P19712, POLG_CSFAT ; P21530, POLG_CSFVB ; // ID 3.4.21.114 DE equine arterivirus serine peptidase. @@ -109088,6 +109711,21 @@ CC and S2' site at SKPSKR/SFIEDL, while the cleavage of MERS-COV CC glycoprotein occurs at GSRSAR/SAIEDL. DR O15393, TMPS2_HUMAN; Q9JIQ8, TMPS2_MOUSE; // +ID 3.4.21.123 +DE kumamolysin. +AN kumamolisin. +CA The enzyme preferentially hydrolyzes peptides having an Ala or Pro +CA residue at P2 position and prefers such charged amino acid residues as +CA Glu or Arg at the P2' position. In the oxidized insulin B chain, +CA kumamolysin preferentially cleaves between Leu(15) and Tyr(16). +CC -!- This bacterial pepstatin-insensitive carboxyl proteinase has been +CC isolated and characterized from Bacillus sp. MN-32 and from several +CC Burkholderia spp. +CC -!- Kumamolysin from Bacillus sp. MN-32 exhibits a +CC Ser(278)/Glu(78)/Asp(82) catalytic triad. +CC -!- The enzyme is a type example of peptidase family S53 in the MEROPS +CC Peptidase Database. +// ID 3.4.22.1 DE cathepsin B. AN cathepsin B1. @@ -109202,12 +109840,13 @@ CC -!- A lysosomal enzyme that is readily inhibited by the diazomethane CC inhibitor Z-Phe-Phe-CHN2 or the epoxide inhibitor E-64. CC -!- Belongs to peptidase family C1. DR P25975, CATL1_BOVIN; Q9GL24, CATL1_CANLF; P09648, CATL1_CHICK; -DR Q9GKL8, CATL1_CHLAE; Q09093, CATL1_FASHE; P25773, CATL1_FELCA; -DR P07711, CATL1_HUMAN; P06797, CATL1_MOUSE; Q94714, CATL1_PARTE; -DR Q28944, CATL1_PIG ; P07154, CATL1_RAT ; Q10991, CATL1_SHEEP; -DR P80342, CATL2_FASHE; A0E358, CATL2_PARTE; P80532, CATL3_FASHE; -DR Q94715, CATL3_PARTE; O17473, CATL_BRUPA ; Q95029, CATL_DROME ; -DR Q26636, CATL_SARPE ; Q26534, CATL_SCHMA ; O45734, CPL1_CAEEL ; +DR Q9GKL8, CATL1_CHLAE; Q95029, CATL1_DROME; Q09093, CATL1_FASHE; +DR P25773, CATL1_FELCA; P07711, CATL1_HUMAN; P06797, CATL1_MOUSE; +DR Q94714, CATL1_PARTE; Q28944, CATL1_PIG ; P07154, CATL1_RAT ; +DR Q10991, CATL1_SHEEP; P80342, CATL2_FASHE; A0E358, CATL2_PARTE; +DR P80532, CATL3_FASHE; Q94715, CATL3_PARTE; A0A1S4F2V5, CATL_AEDAE ; +DR O17473, CATL_BRUPA ; Q26636, CATL_SARPE ; Q26534, CATL_SCHMA ; +DR O45734, CPL1_CAEEL ; // ID 3.4.22.16 DE cathepsin H. @@ -109302,8 +109941,9 @@ DR Q66474, POLG_EC06C ; Q66577, POLG_EC09B ; Q66849, POLG_EC09H ; DR P29813, POLG_EC11G ; Q66575, POLG_EC12T ; Q9WN78, POLG_EC30B ; DR P08490, POLG_ECHO9 ; P03304, POLG_EMCV ; P17593, POLG_EMCVB ; DR P17594, POLG_EMCVD ; Q66765, POLG_EMCVR ; P12296, POLG_ENMGO ; -DR P03306, POLG_FMDV1 ; P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; -DR P03309, POLG_FMDVC ; P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; +DR A2I7M2, POLG_FMDA1 ; Q9Q2N9, POLG_FMDS2 ; P03306, POLG_FMDV1 ; +DR P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; P03309, POLG_FMDVC ; +DR P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; Q6PMV1, POLG_FMDVP ; DR P03311, POLG_FMDVS ; P15072, POLG_FMDVT ; P49303, POLG_FMDVZ ; DR Q8V0N6, POLG_HAV88 ; Q5Y944, POLG_HAVCF ; Q67825, POLG_HAVGB ; DR A3FMB2, POLG_HAVH2 ; Q05794, POLG_HAVHA ; P08617, POLG_HAVHM ; @@ -109539,7 +110179,7 @@ CA comparable to that of cathepsin L. CC -!- The enzyme is unstable at neutral pH values and is inhibited by CC compound E-64. CC -!- Belongs to peptidase family C1. -DR Q9UBX1, CATF_HUMAN ; Q9R013, CATF_MOUSE ; +DR Q9VN93, CATF_DROME ; Q9UBX1, CATF_HUMAN ; Q9R013, CATF_MOUSE ; // ID 3.4.22.42 DE cathepsin O. @@ -109643,8 +110283,9 @@ CC proteins to continue. CC -!- The tertiary structure reveals a distant relationship to papain and, CC consistent with this, compound E-64 is inhibitory. CC -!- Belongs to peptidase family C28. -DR P03306, POLG_FMDV1 ; P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; -DR P03309, POLG_FMDVC ; P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; +DR A2I7M2, POLG_FMDA1 ; Q9Q2N9, POLG_FMDS2 ; P03306, POLG_FMDV1 ; +DR P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; P03309, POLG_FMDVC ; +DR P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; Q6PMV1, POLG_FMDVP ; DR P03311, POLG_FMDVS ; P15072, POLG_FMDVT ; P49303, POLG_FMDVZ ; // ID 3.4.22.47 @@ -110109,11 +110750,12 @@ CC -!- Belongs to peptidase family C37. DR Q288N7, POLG_BECN1 ; Q8JN60, POLG_BECNB ; Q8V736, POLG_CACV4 ; DR Q96725, POLG_EBHSG ; N0A3C0, POLG_FCV ; P27407, POLG_FCVC6 ; DR P27408, POLG_FCVF4 ; P27409, POLG_FCVF9 ; Q66914, POLG_FCVUR ; -DR P54634, POLG_LORDV ; Q83883, POLG_NVN68 ; Q9QEJ5, POLG_PESV ; -DR P27411, POLG_RHDV3 ; Q86119, POLG_RHDVA ; Q89273, POLG_RHDVB ; -DR P27410, POLG_RHDVF ; Q86117, POLG_RHDVS ; P36286, POLG_SMSV1 ; -DR P36287, POLG_SMSV4 ; Q04544, POLG_SOUV3 ; Q6XDK8, POLG_SVM10 ; -DR Q69014, POLG_SVM93 ; Q672I1, POLG_SVSAP ; Q9DUN3, POLG_VESVA ; +DR P54634, POLG_LORDV ; Q80J95, POLG_MNV1 ; Q83883, POLG_NVN68 ; +DR Q9QEJ5, POLG_PESV ; P27411, POLG_RHDV3 ; Q86119, POLG_RHDVA ; +DR Q89273, POLG_RHDVB ; P27410, POLG_RHDVF ; Q86117, POLG_RHDVS ; +DR P36286, POLG_SMSV1 ; P36287, POLG_SMSV4 ; Q04544, POLG_SOUV3 ; +DR Q6XDK8, POLG_SVM10 ; Q69014, POLG_SVM93 ; Q672I1, POLG_SVSAP ; +DR Q9DUN3, POLG_VESVA ; // ID 3.4.22.67 DE zingipain. @@ -110644,43 +111286,43 @@ DR Q0K799, LSPA_CUPNH ; Q46XM6, LSPA_CUPPJ ; B3R6E9, LSPA_CUPTR ; DR B8HXG1, LSPA_CYAP4 ; Q3Z6R4, LSPA_DEHM1 ; A5FPV7, LSPA_DEHMB ; DR Q3ZYT1, LSPA_DEHMC ; Q9RRU7, LSPA_DEIRA ; C0QGT5, LSPA_DESAH ; DR B8FT17, LSPA_DESHD ; Q24TI7, LSPA_DESHY ; Q6AK46, LSPA_DESPS ; -DR Q72AR4, LSPA_DESVH ; A1VCU2, LSPA_DESVV ; A5EWT1, LSPA_DICNV ; -DR A7ZHB6, LSPA_ECO24 ; B7UI72, LSPA_ECO27 ; B7MAE7, LSPA_ECO45 ; -DR B7L4E9, LSPA_ECO55 ; Q8XA48, LSPA_ECO57 ; B5YYB9, LSPA_ECO5E ; -DR B7NHD1, LSPA_ECO7I ; B7MNN2, LSPA_ECO81 ; B7M0C3, LSPA_ECO8A ; -DR C4ZPV3, LSPA_ECOBW ; B1XBF2, LSPA_ECODH ; A7ZVX5, LSPA_ECOHS ; -DR A1A775, LSPA_ECOK1 ; Q0TLW4, LSPA_ECOL5 ; Q8FLB6, LSPA_ECOL6 ; -DR B1IRE8, LSPA_ECOLC ; P00804, LSPA_ECOLI ; B7N7Q1, LSPA_ECOLU ; -DR B6HZ22, LSPA_ECOSE ; B1LFV7, LSPA_ECOSM ; Q1RGH5, LSPA_ECOUT ; -DR A4W6E2, LSPA_ENT38 ; Q834D8, LSPA_ENTFA ; B2VH02, LSPA_ERWT9 ; -DR B7LVN3, LSPA_ESCF3 ; Q14HT3, LSPA_FRAT1 ; Q2A4Z5, LSPA_FRATH ; -DR B2SF87, LSPA_FRATM ; A0Q528, LSPA_FRATN ; Q0BNB6, LSPA_FRATO ; -DR Q5NGD1, LSPA_FRATT ; Q8RH46, LSPA_FUSNN ; Q5L0V0, LSPA_GEOKA ; -DR Q39YS9, LSPA_GEOMG ; Q747Y0, LSPA_GEOSL ; A4IM26, LSPA_GEOTN ; -DR B7KFK1, LSPA_GLOC7 ; Q7NPI3, LSPA_GLOVI ; Q7VPK5, LSPA_HAEDU ; -DR Q4QLQ6, LSPA_HAEI8 ; A5UID8, LSPA_HAEIG ; P44975, LSPA_HAEIN ; -DR Q9K9V2, LSPA_HALH5 ; B8CWL9, LSPA_HALOH ; Q17VS8, LSPA_HELAH ; -DR B6JPH7, LSPA_HELP2 ; Q1CV80, LSPA_HELPH ; Q9ZMZ3, LSPA_HELPJ ; -DR B2UW72, LSPA_HELPS ; P25178, LSPA_HELPY ; Q0I1V9, LSPA_HISS1 ; -DR B0UV09, LSPA_HISS2 ; Q31ID1, LSPA_HYDCU ; A6SW70, LSPA_JANMA ; -DR P13514, LSPA_KLEAK ; B5Y234, LSPA_KLEP3 ; A6T4G1, LSPA_KLEP7 ; -DR Q043I1, LSPA_LACGA ; Q74JC2, LSPA_LACJO ; Q9CGU5, LSPA_LACLA ; -DR Q48729, LSPA_LACLM ; Q02ZK6, LSPA_LACLS ; Q88W75, LSPA_LACPL ; -DR Q38X31, LSPA_LATSS ; Q6AE72, LSPA_LEIXX ; B0S977, LSPA_LEPBA ; -DR Q04QT4, LSPA_LEPBJ ; Q053U5, LSPA_LEPBL ; B0SRR1, LSPA_LEPBP ; -DR Q72PS8, LSPA_LEPIC ; Q8F6H0, LSPA_LEPIN ; Q1WTX7, LSPA_LIGS1 ; -DR Q92AG4, LSPA_LISIN ; C1KWE3, LSPA_LISMC ; Q71YH2, LSPA_LISMF ; -DR B8DDQ9, LSPA_LISMH ; Q8Y656, LSPA_LISMO ; A0AJU9, LSPA_LISW6 ; -DR Q8EWS0, LSPA_MALP2 ; C6BV90, LSPA_MARSD ; A9W565, LSPA_METEP ; -DR B8IB41, LSPA_METNO ; A2SKB1, LSPA_METPP ; B1LSB3, LSPA_METRJ ; -DR B0UDF9, LSPA_METS4 ; B8ETD6, LSPA_METSB ; B0JFT3, LSPA_MICAN ; -DR Q2RK54, LSPA_MOOTA ; A0QHM5, LSPA_MYCA1 ; P65263, LSPA_MYCBO ; -DR A1KIW9, LSPA_MYCBP ; Q7NBQ3, LSPA_MYCGA ; Q49401, LSPA_MYCGE ; -DR B8ZR76, LSPA_MYCLB ; Q9X7E7, LSPA_MYCLE ; P75484, LSPA_MYCPN ; -DR A0QX51, LSPA_MYCS2 ; P9WK98, LSPA_MYCTO ; P9WK99, LSPA_MYCTU ; -DR B2A2J1, LSPA_NATTJ ; Q5FAF3, LSPA_NEIG1 ; A9M1J8, LSPA_NEIM0 ; -DR P65264, LSPA_NEIMA ; P65265, LSPA_NEIMB ; A1KS63, LSPA_NEIMF ; -DR Q1QIP9, LSPA_NITHX ; B2IU55, LSPA_NOSP7 ; Q8YNI8, LSPA_NOSS1 ; +DR A5EWT1, LSPA_DICNV ; A7ZHB6, LSPA_ECO24 ; B7UI72, LSPA_ECO27 ; +DR B7MAE7, LSPA_ECO45 ; B7L4E9, LSPA_ECO55 ; Q8XA48, LSPA_ECO57 ; +DR B5YYB9, LSPA_ECO5E ; B7NHD1, LSPA_ECO7I ; B7MNN2, LSPA_ECO81 ; +DR B7M0C3, LSPA_ECO8A ; C4ZPV3, LSPA_ECOBW ; B1XBF2, LSPA_ECODH ; +DR A7ZVX5, LSPA_ECOHS ; A1A775, LSPA_ECOK1 ; Q0TLW4, LSPA_ECOL5 ; +DR Q8FLB6, LSPA_ECOL6 ; B1IRE8, LSPA_ECOLC ; P00804, LSPA_ECOLI ; +DR B7N7Q1, LSPA_ECOLU ; B6HZ22, LSPA_ECOSE ; B1LFV7, LSPA_ECOSM ; +DR Q1RGH5, LSPA_ECOUT ; A4W6E2, LSPA_ENT38 ; Q834D8, LSPA_ENTFA ; +DR B2VH02, LSPA_ERWT9 ; B7LVN3, LSPA_ESCF3 ; Q14HT3, LSPA_FRAT1 ; +DR Q2A4Z5, LSPA_FRATH ; B2SF87, LSPA_FRATM ; A0Q528, LSPA_FRATN ; +DR Q0BNB6, LSPA_FRATO ; Q5NGD1, LSPA_FRATT ; Q8RH46, LSPA_FUSNN ; +DR Q5L0V0, LSPA_GEOKA ; Q39YS9, LSPA_GEOMG ; Q747Y0, LSPA_GEOSL ; +DR A4IM26, LSPA_GEOTN ; B7KFK1, LSPA_GLOC7 ; Q7NPI3, LSPA_GLOVI ; +DR Q7VPK5, LSPA_HAEDU ; Q4QLQ6, LSPA_HAEI8 ; A5UID8, LSPA_HAEIG ; +DR P44975, LSPA_HAEIN ; Q9K9V2, LSPA_HALH5 ; B8CWL9, LSPA_HALOH ; +DR Q17VS8, LSPA_HELAH ; B6JPH7, LSPA_HELP2 ; Q1CV80, LSPA_HELPH ; +DR Q9ZMZ3, LSPA_HELPJ ; B2UW72, LSPA_HELPS ; P25178, LSPA_HELPY ; +DR Q0I1V9, LSPA_HISS1 ; B0UV09, LSPA_HISS2 ; Q31ID1, LSPA_HYDCU ; +DR A6SW70, LSPA_JANMA ; P13514, LSPA_KLEAK ; B5Y234, LSPA_KLEP3 ; +DR A6T4G1, LSPA_KLEP7 ; Q043I1, LSPA_LACGA ; Q74JC2, LSPA_LACJO ; +DR Q9CGU5, LSPA_LACLA ; Q48729, LSPA_LACLM ; Q02ZK6, LSPA_LACLS ; +DR Q88W75, LSPA_LACPL ; Q38X31, LSPA_LATSS ; Q6AE72, LSPA_LEIXX ; +DR B0S977, LSPA_LEPBA ; Q04QT4, LSPA_LEPBJ ; Q053U5, LSPA_LEPBL ; +DR B0SRR1, LSPA_LEPBP ; Q72PS8, LSPA_LEPIC ; Q8F6H0, LSPA_LEPIN ; +DR Q1WTX7, LSPA_LIGS1 ; Q92AG4, LSPA_LISIN ; C1KWE3, LSPA_LISMC ; +DR Q71YH2, LSPA_LISMF ; B8DDQ9, LSPA_LISMH ; Q8Y656, LSPA_LISMO ; +DR A0AJU9, LSPA_LISW6 ; Q8EWS0, LSPA_MALP2 ; C6BV90, LSPA_MARSD ; +DR A9W565, LSPA_METEP ; B8IB41, LSPA_METNO ; A2SKB1, LSPA_METPP ; +DR B1LSB3, LSPA_METRJ ; B0UDF9, LSPA_METS4 ; B8ETD6, LSPA_METSB ; +DR B0JFT3, LSPA_MICAN ; Q2RK54, LSPA_MOOTA ; A0QHM5, LSPA_MYCA1 ; +DR P65263, LSPA_MYCBO ; A1KIW9, LSPA_MYCBP ; Q7NBQ3, LSPA_MYCGA ; +DR Q49401, LSPA_MYCGE ; B8ZR76, LSPA_MYCLB ; Q9X7E7, LSPA_MYCLE ; +DR P75484, LSPA_MYCPN ; A0QX51, LSPA_MYCS2 ; P9WK98, LSPA_MYCTO ; +DR P9WK99, LSPA_MYCTU ; B2A2J1, LSPA_NATTJ ; Q5FAF3, LSPA_NEIG1 ; +DR A9M1J8, LSPA_NEIM0 ; P65264, LSPA_NEIMA ; P65265, LSPA_NEIMB ; +DR A1KS63, LSPA_NEIMF ; Q1QIP9, LSPA_NITHX ; Q72AR4, LSPA_NITV2 ; +DR A1VCU2, LSPA_NITV4 ; B2IU55, LSPA_NOSP7 ; Q8YNI8, LSPA_NOSS1 ; DR Q8ER40, LSPA_OCEIH ; Q30ZF6, LSPA_OLEA2 ; A5CFG7, LSPA_ORITB ; DR B3CS08, LSPA_ORITI ; Q7U7A6, LSPA_PARMW ; B2JDY8, LSPA_PARP8 ; DR B2T6I8, LSPA_PARPJ ; P57959, LSPA_PASMU ; B4SD15, LSPA_PELPB ; @@ -110732,8 +111374,8 @@ DR O83943, LSPA_TREPA ; Q3MA96, LSPA_TRIV2 ; Q83I41, LSPA_TROW8 ; DR Q83G22, LSPA_TROWT ; A7MTD7, LSPA_VIBC1 ; A5F8Z4, LSPA_VIBC3 ; DR Q9KU46, LSPA_VIBCH ; C3LST8, LSPA_VIBCM ; Q87S89, LSPA_VIBPA ; DR Q8DES8, LSPA_VIBVU ; Q7MNM7, LSPA_VIBVY ; Q8D2R1, LSPA_WIGBR ; -DR Q7M9M1, LSPA_WOLSU ; Q8PN18, LSPA_XANAC ; Q3BW41, LSPA_XANC5 ; -DR Q4US41, LSPA_XANC8 ; Q8PBG5, LSPA_XANCP ; Q2P5A9, LSPA_XANOM ; +DR Q7M9M1, LSPA_WOLSU ; Q8PN18, LSPA_XANAC ; Q4US41, LSPA_XANC8 ; +DR Q8PBG5, LSPA_XANCP ; Q3BW41, LSPA_XANE5 ; Q2P5A9, LSPA_XANOM ; DR B2STC5, LSPA_XANOP ; Q5H2E0, LSPA_XANOR ; B2I6V1, LSPA_XYLF2 ; DR Q9PAS8, LSPA_XYLFA ; B0U3Q8, LSPA_XYLFM ; Q87BL6, LSPA_XYLFT ; DR A1JJE2, LSPA_YERE8 ; A7FMD6, LSPA_YERP3 ; Q1C0J2, LSPA_YERPA ; @@ -112143,30 +112785,30 @@ DR P28077, PSB9_RAT ; Q9DD33, PSB9_SALSA ; B5IEE5, PSB_ACIB4 ; DR A0LU50, PSB_ACIC1 ; C7LYP7, PSB_ACIFD ; C6WID8, PSB_ACTMD ; DR Q9P996, PSB_ARCFU ; D2RGT4, PSB_ARCPA ; A0JWY6, PSB_ARTS2 ; DR C5BVA2, PSB_BEUC1 ; C7PVV2, PSB_CATAD ; D3RX66, PSB_FERPA ; -DR Q0RLT7, PSB_FRAAA ; Q2J9Q3, PSB_FRACC ; A8LH54, PSB_FRASN ; -DR D2S6E2, PSB_GEOOG ; D0LDT1, PSB_GORB4 ; B9LTS6, PSB_HALLT ; -DR C7NVQ4, PSB_HALMD ; B0R4C8, PSB_HALS3 ; Q9HR36, PSB_HALSA ; -DR C7NQ99, PSB_HALUD ; D4GYZ1, PSB_HALVD ; Q18GX3, PSB_HALWD ; -DR C7R403, PSB_JONDD ; A6W970, PSB_KINRD ; D2Q4H4, PSB_KRIFD ; -DR A6UT20, PSB_META3 ; Q8TJB5, PSB_METAC ; Q0W2D6, PSB_METAR ; -DR A7I841, PSB_METB6 ; Q46G14, PSB_METBF ; Q12YV7, PSB_METBU ; -DR C7P6N4, PSB_METFA ; Q2FQL8, PSB_METHJ ; Q58634, PSB_METJA ; -DR Q8TW10, PSB_METKA ; A2SS78, PSB_METLZ ; A4FYA5, PSB_METM5 ; -DR A9A788, PSB_METM6 ; A6VK02, PSB_METM7 ; Q8PZ04, PSB_METMA ; -DR A3CUS9, PSB_METMJ ; Q6LZD4, PSB_METMP ; D5EAS6, PSB_METMS ; -DR B8GG66, PSB_METPE ; D1Z199, PSB_METPS ; D3E0A3, PSB_METRM ; -DR A5UM14, PSB_METS3 ; D3S8M7, PSB_METSF ; Q2NI68, PSB_METST ; -DR Q9P992, PSB_METTE ; O27270, PSB_METTH ; A0B5B1, PSB_METTP ; -DR C9REN7, PSB_METVM ; A6USJ3, PSB_METVS ; A0QFB5, PSB_MYCA1 ; -DR B1MAI2, PSB_MYCA9 ; Q7TZ13, PSB_MYCBO ; A1KKF3, PSB_MYCBP ; -DR C1AQ26, PSB_MYCBT ; A4TB64, PSB_MYCGI ; B8ZRF3, PSB_MYCLB ; -DR Q49780, PSB_MYCLE ; B2HFV6, PSB_MYCMM ; Q73YW8, PSB_MYCPA ; -DR A0QZ47, PSB_MYCS2 ; A3Q193, PSB_MYCSJ ; A1UHS7, PSB_MYCSK ; -DR Q1B797, PSB_MYCSS ; A5U4D6, PSB_MYCTA ; A5WP84, PSB_MYCTF ; -DR C6DPV1, PSB_MYCTK ; P9WHT8, PSB_MYCTO ; P9WHT9, PSB_MYCTU ; -DR A0PQT3, PSB_MYCUA ; A1TAP4, PSB_MYCVP ; C8XAQ4, PSB_NAKMY ; -DR Q74MP5, PSB_NANEQ ; D3SSQ6, PSB_NATMM ; Q3IPX1, PSB_NATPD ; -DR Q5YUX2, PSB_NOCFA ; A1SK13, PSB_NOCSJ ; A1R6Q7, PSB_PAEAT ; +DR Q0RLT7, PSB_FRAAA ; Q2J9Q3, PSB_FRACC ; D2S6E2, PSB_GEOOG ; +DR D0LDT1, PSB_GORB4 ; B9LTS6, PSB_HALLT ; C7NVQ4, PSB_HALMD ; +DR B0R4C8, PSB_HALS3 ; Q9HR36, PSB_HALSA ; C7NQ99, PSB_HALUD ; +DR D4GYZ1, PSB_HALVD ; Q18GX3, PSB_HALWD ; C7R403, PSB_JONDD ; +DR A6W970, PSB_KINRD ; D2Q4H4, PSB_KRIFD ; A6UT20, PSB_META3 ; +DR Q8TJB5, PSB_METAC ; Q0W2D6, PSB_METAR ; A7I841, PSB_METB6 ; +DR Q46G14, PSB_METBF ; Q12YV7, PSB_METBU ; C7P6N4, PSB_METFA ; +DR Q2FQL8, PSB_METHJ ; Q58634, PSB_METJA ; Q8TW10, PSB_METKA ; +DR A2SS78, PSB_METLZ ; A4FYA5, PSB_METM5 ; A9A788, PSB_METM6 ; +DR A6VK02, PSB_METM7 ; Q8PZ04, PSB_METMA ; A3CUS9, PSB_METMJ ; +DR Q6LZD4, PSB_METMP ; D5EAS6, PSB_METMS ; B8GG66, PSB_METPE ; +DR D1Z199, PSB_METPS ; D3E0A3, PSB_METRM ; A5UM14, PSB_METS3 ; +DR D3S8M7, PSB_METSF ; Q2NI68, PSB_METST ; Q9P992, PSB_METTE ; +DR O27270, PSB_METTH ; A0B5B1, PSB_METTP ; C9REN7, PSB_METVM ; +DR A6USJ3, PSB_METVS ; A0QFB5, PSB_MYCA1 ; B1MAI2, PSB_MYCA9 ; +DR Q7TZ13, PSB_MYCBO ; A1KKF3, PSB_MYCBP ; C1AQ26, PSB_MYCBT ; +DR A4TB64, PSB_MYCGI ; B8ZRF3, PSB_MYCLB ; Q49780, PSB_MYCLE ; +DR B2HFV6, PSB_MYCMM ; Q73YW8, PSB_MYCPA ; A0QZ47, PSB_MYCS2 ; +DR A3Q193, PSB_MYCSJ ; A1UHS7, PSB_MYCSK ; Q1B797, PSB_MYCSS ; +DR A5U4D6, PSB_MYCTA ; A5WP84, PSB_MYCTF ; C6DPV1, PSB_MYCTK ; +DR P9WHT8, PSB_MYCTO ; P9WHT9, PSB_MYCTU ; A0PQT3, PSB_MYCUA ; +DR A1TAP4, PSB_MYCVP ; C8XAQ4, PSB_NAKMY ; Q74MP5, PSB_NANEQ ; +DR D3SSQ6, PSB_NATMM ; Q3IPX1, PSB_NATPD ; Q5YUX2, PSB_NOCFA ; +DR A1SK13, PSB_NOCSJ ; A1R6Q7, PSB_PAEAT ; A8LH54, PSB_PARS2 ; DR Q6L181, PSB_PICTO ; B8H8L6, PSB_PSECP ; A9WSI1, PSB_RENSM ; DR C0ZZU7, PSB_RHOE4 ; Q0SIF9, PSB_RHOJR ; C1ASP7, PSB_RHOOB ; DR A4FBY1, PSB_SACEN ; C7MWV7, PSB_SACVD ; A8M2A3, PSB_SALAI ; @@ -112231,7 +112873,6 @@ DR Q1LS59, HSLV_CUPMC ; Q0KF70, HSLV_CUPNH ; Q476Y4, HSLV_CUPPJ ; DR B2AGB6, HSLV_CUPTR ; Q11UQ9, HSLV_CYTH3 ; Q47JL9, HSLV_DECAR ; DR A9BUJ5, HSLV_DELAS ; B1I260, HSLV_DESAP ; B8J0S4, HSLV_DESDA ; DR B8FRG9, HSLV_DESHD ; Q24UF3, HSLV_DESHY ; A4J5Z6, HSLV_DESRM ; -DR Q72BQ7, HSLV_DESVH ; B8DKL3, HSLV_DESVM ; A1VDQ7, HSLV_DESVV ; DR A5EX24, HSLV_DICNV ; A8LPA8, HSLV_DINSH ; A7ZUE7, HSLV_ECO24 ; DR B7UNQ2, HSLV_ECO27 ; B7MI64, HSLV_ECO45 ; B7LA29, HSLV_ECO55 ; DR P0A7C0, HSLV_ECO57 ; B5YZ72, HSLV_ECO5E ; B7NU73, HSLV_ECO7I ; @@ -112262,15 +112903,16 @@ DR B1Y6R3, HSLV_LEPCP ; Q72RY8, HSLV_LEPIC ; Q8F3Q4, HSLV_LEPIN ; DR Q1WTI9, HSLV_LIGS1 ; Q92C74, HSLV_LISIN ; C1L2I6, HSLV_LISMC ; DR Q720E3, HSLV_LISMF ; B8DG53, HSLV_LISMH ; Q8Y7J9, HSLV_LISMO ; DR A0AI81, HSLV_LISW6 ; B1HQJ5, HSLV_LYSSC ; B9EBD3, HSLV_MACCJ ; -DR A0L3K3, HSLV_MAGMM ; Q2VYI5, HSLV_MAGSA ; P49617, HSLV_MANHA ; -DR Q65VY2, HSLV_MANSM ; A6W2U5, HSLV_MARMS ; A1TYU6, HSLV_MARN8 ; -DR C6C0P0, HSLV_MARSD ; B7KZ47, HSLV_METC4 ; Q606K2, HSLV_METCA ; -DR A9W0F2, HSLV_METEP ; A2SLA3, HSLV_METPP ; Q2RJP6, HSLV_MOOTA ; -DR Q84F94, HSLV_MYXXA ; Q1D802, HSLV_MYXXD ; Q2GEM5, HSLV_NEOSM ; -DR Q0AD36, HSLV_NITEC ; Q82SP7, HSLV_NITEU ; Q1QRX5, HSLV_NITHX ; -DR Q3J8P8, HSLV_NITOC ; A6Q3Q1, HSLV_NITSB ; Q3SWE6, HSLV_NITWN ; -DR Q8CXH2, HSLV_OCEIH ; Q30ZH5, HSLV_OLEA2 ; A1B5T1, HSLV_PARDP ; -DR A7HSH6, HSLV_PARL1 ; B2JJX8, HSLV_PARP8 ; B2T1N9, HSLV_PARPJ ; +DR A0L3K3, HSLV_MAGMM ; P49617, HSLV_MANHA ; Q65VY2, HSLV_MANSM ; +DR A6W2U5, HSLV_MARMS ; A1TYU6, HSLV_MARN8 ; C6C0P0, HSLV_MARSD ; +DR B7KZ47, HSLV_METC4 ; Q606K2, HSLV_METCA ; A9W0F2, HSLV_METEP ; +DR A2SLA3, HSLV_METPP ; Q2RJP6, HSLV_MOOTA ; Q84F94, HSLV_MYXXA ; +DR Q1D802, HSLV_MYXXD ; Q2GEM5, HSLV_NEOSM ; Q0AD36, HSLV_NITEC ; +DR Q82SP7, HSLV_NITEU ; Q1QRX5, HSLV_NITHX ; Q3J8P8, HSLV_NITOC ; +DR A6Q3Q1, HSLV_NITSB ; Q72BQ7, HSLV_NITV2 ; A1VDQ7, HSLV_NITV4 ; +DR B8DKL3, HSLV_NITV9 ; Q3SWE6, HSLV_NITWN ; Q8CXH2, HSLV_OCEIH ; +DR Q30ZH5, HSLV_OLEA2 ; A1B5T1, HSLV_PARDP ; A7HSH6, HSLV_PARL1 ; +DR Q2VYI5, HSLV_PARM1 ; B2JJX8, HSLV_PARP8 ; B2T1N9, HSLV_PARPJ ; DR Q146W9, HSLV_PARXL ; P57969, HSLV_PASMU ; Q6CZ92, HSLV_PECAS ; DR C6DHM7, HSLV_PECCP ; Q03FK3, HSLV_PEDPA ; B4SGR7, HSLV_PELPB ; DR A5D2W7, HSLV_PELTS ; C0QS72, HSLV_PERMH ; A9BI45, HSLV_PETMO ; @@ -112323,14 +112965,53 @@ DR A5F4X4, HSLV_VIBC3 ; Q9KNQ6, HSLV_VIBCH ; C3LSA4, HSLV_VIBCM ; DR Q87T20, HSLV_VIBPA ; Q8DCP3, HSLV_VIBVU ; Q7MH57, HSLV_VIBVY ; DR Q8D2S6, HSLV_WIGBR ; P61479, HSLV_WOLPM ; B3CLU4, HSLV_WOLPP ; DR Q7M8Z6, HSLV_WOLSU ; Q5GRR4, HSLV_WOLTR ; C0R4L3, HSLV_WOLWR ; -DR Q8PPP8, HSLV_XANAC ; Q3BXU0, HSLV_XANC5 ; Q4UYX7, HSLV_XANC8 ; -DR Q8P551, HSLV_XANCP ; Q2NYV8, HSLV_XANOM ; B2IA19, HSLV_XYLF2 ; +DR Q8PPP8, HSLV_XANAC ; Q4UYX7, HSLV_XANC8 ; Q8P551, HSLV_XANCP ; +DR Q3BXU0, HSLV_XANE5 ; Q2NYV8, HSLV_XANOM ; B2IA19, HSLV_XYLF2 ; DR P65799, HSLV_XYLFA ; P65800, HSLV_XYLFT ; A1JI09, HSLV_YERE8 ; DR A7FCY5, HSLV_YERP3 ; Q1CBE7, HSLV_YERPA ; B2JZC6, HSLV_YERPB ; DR Q8ZJJ4, HSLV_YERPE ; A9R6C8, HSLV_YERPG ; Q1CD56, HSLV_YERPN ; DR A4TS83, HSLV_YERPP ; Q66G84, HSLV_YERPS ; B1JQ75, HSLV_YERPY ; DR Q5NQY4, HSLV_ZYMMO ; // +ID 3.4.26.1 +DE intramembrane prenyl-peptidase Rce1. +AN CaaX prenyl protease 2. +AN prenyl protein-specific endoprotease 2. +CA Hydrolyzes the peptide bond -P2-(S-farnesyl or +CA geranylgeranyl)C-P1'-P2'-P3'-COOH where where P1' and P2' are amino acids +CA with aliphatic sidechains and P3' is any C-terminal residue. +CC -!- The cleavage site motif is typically referred to as CaaX, where the +CC letter a represents any amino acid, rather than alanine, and X +CC represents the C-terminal amino acid of the target protein. +CC -!- The enzyme has been found in the yeast Saccharomyces cerevisiae and +CC homologs exist in humans and several other species. +CC -!- Although the cleavage site is similar to that of the metallo- +CC peptidase EC 3.4.24.84, there appear to be specificity differences in +CC the proteins hydrolyzed by these two enzymes, with amino-acid +CC substitution studies indicating activity of the yeast enzyme toward +CC substrates with a hydrophilic residue at (P1') that are not +CC hydrolyzed by EC 3.4.24.84. +// +ID 3.4.26.2 +DE scytalidoglutamic peptidase. +AN scytalidocarboxylpeptidase-B. +AN scytalidopepsin-B. +CA Hydrolysis of proteins, with a strong preference for Phe or Tyr at +CA position P1 and one of the smaller amino-acids at P1' in the sequence - +CA P3 - P2 - P1 -|-P1'- P2'- P3'-. Cleaves the Tyr(26)-Thr(27) bond in the B +CA chain of oxidized insulin, which is not cleaved by pepsin. +CC -!- The enzyme, isolated from the fungus Scytalidium lignicola and found +CC in several other fungi, has a low pH optimum, being most active at pH +CC 2 with casein as substrate. +CC -!- It differs from the EC 3.4.23.1 and EC 3.4.23.2 in being insensitive +CC to inhibition by pepstatin. It also differs from mammalian pepsins in +CC showing a preference for a positively charged residue (Lys or Arg) at +CC the P3 position. +CC -!- In addition to the catalytic Glu residue, a Gln residue appears to +CC play an important role in the hydrolytic mechanism. +CC -!- A member of peptidase family G01, the "eqolisin" family of glutamic +CC peptidases (G01.0001). +// ID 3.4.99.1 DE Transferred entry: 3.4.23.28. // @@ -112477,18 +113158,19 @@ CA H2O + L-asparagine = L-aspartate + NH4(+). DR Q32LE5, ASGL1_BOVIN; Q5BKW9, ASGL1_DANRE; Q9VXT7, ASGL1_DROME; DR Q29I93, ASGL1_DROPS; Q7L266, ASGL1_HUMAN; Q4R7U8, ASGL1_MACFA; DR Q8C0M9, ASGL1_MOUSE; Q8VI04, ASGL1_RAT ; Q6GM78, ASGL1_XENLA; -DR Q54WW4, ASGX_DICDI ; Q9V262, ASGX_PYRAB ; Q8U4E6, ASGX_PYRFU ; -DR O57971, ASGX_PYRHO ; Q5JHT1, ASGX_THEKO ; P0CZ17, ASP21_YEAST; -DR P0CX77, ASP22_YEAST; P0CX78, ASP23_YEAST; P0CX79, ASP24_YEAST; -DR P26900, ASPG1_BACSU; P0A963, ASPG1_ECO57; P0A962, ASPG1_ECOLI; -DR P87015, ASPG1_SCHPO; P38986, ASPG1_YEAST; O34482, ASPG2_BACSU; -DR P00805, ASPG2_ECOLI; P43843, ASPG2_HAEIN; Q9UTS7, ASPG2_SCHPO; -DR Q8NKC0, ASPG3_SCHPO; Q8TFF8, ASPG4_SCHPO; P30363, ASPG_BACLI ; -DR Q9RRX9, ASPG_DEIRA ; P06608, ASPG_DICCH ; Q9U518, ASPG_DIRIM ; -DR Q9ZLB9, ASPG_HELPJ ; O25424, ASPG_HELPY ; P63628, ASPG_MYCBO ; -DR Q9X7E6, ASPG_MYCLE ; P9WPX4, ASPG_MYCTO ; P9WPX5, ASPG_MYCTU ; -DR Q8TZE8, ASPG_PYRFU ; P50286, ASPG_WOLSU ; Q86U10, LPP60_HUMAN; -DR A0JNU3, LPP60_MOUSE; O88202, LPP60_RAT ; +DR Q54WW4, ASGX_DICDI ; P0CZ17, ASP21_YEAST; P0CX77, ASP22_YEAST; +DR P0CX78, ASP23_YEAST; P0CX79, ASP24_YEAST; P26900, ASPG1_BACSU; +DR P0A963, ASPG1_ECO57; P0A962, ASPG1_ECOLI; P87015, ASPG1_SCHPO; +DR P38986, ASPG1_YEAST; O34482, ASPG2_BACSU; P00805, ASPG2_ECOLI; +DR P43843, ASPG2_HAEIN; Q9UTS7, ASPG2_SCHPO; Q8NKC0, ASPG3_SCHPO; +DR Q8TFF8, ASPG4_SCHPO; Q9V262, ASPGP_PYRAB; A3MUS8, ASPGP_PYRCJ; +DR Q8U4E6, ASPGP_PYRFU; O57971, ASPGP_PYRHO; Q5JHT1, ASPGP_THEKO; +DR P30363, ASPG_BACLI ; Q9RRX9, ASPG_DEIRA ; P06608, ASPG_DICCH ; +DR Q9U518, ASPG_DIRIM ; Q9ZLB9, ASPG_HELPJ ; O25424, ASPG_HELPY ; +DR P63628, ASPG_MYCBO ; Q9X7E6, ASPG_MYCLE ; P9WPX4, ASPG_MYCTO ; +DR P9WPX5, ASPG_MYCTU ; Q8TZE8, ASPG_PYRFU ; Q5JIW4, ASPG_THEKO ; +DR P50286, ASPG_WOLSU ; Q86U10, LPP60_HUMAN; A0JNU3, LPP60_MOUSE; +DR O88202, LPP60_RAT ; // ID 3.5.1.2 DE glutaminase. @@ -112593,7 +113275,6 @@ DR Q6A8L2, HIS5_CUTAK ; Q9TLQ8, HIS5_CYACA ; Q85FY4, HIS5_CYAM1 ; DR B8HUR1, HIS5_CYAP4 ; P48262, HIS5_CYAPA ; Q47AM1, HIS5_DECAR ; DR Q3Z7F2, HIS5_DEHM1 ; Q3ZY50, HIS5_DEHMC ; Q9RX89, HIS5_DEIRA ; DR B8J215, HIS5_DESDA ; B8FP22, HIS5_DESHD ; Q24QJ3, HIS5_DESHY ; -DR P61779, HIS5_DESVH ; B8DQX7, HIS5_DESVM ; A1VGZ0, HIS5_DESVV ; DR P58237, HIS5_ECO57 ; P60596, HIS5_ECOL6 ; P60595, HIS5_ECOLI ; DR Q9P4P9, HIS5_EMENI ; B1YL11, HIS5_EXIS2 ; Q5KVC8, HIS5_GEOKA ; DR Q39YP4, HIS5_GEOMG ; P60599, HIS5_GEOSL ; C5D7P0, HIS5_GEOSW ; @@ -112614,7 +113295,8 @@ DR B0JFQ9, HIS5_MICAN ; Q2RGW0, HIS5_MOOTA ; P59957, HIS5_MYCBO ; DR Q9X7C0, HIS5_MYCLE ; P60600, HIS5_MYCPA ; P9WMM0, HIS5_MYCTO ; DR P9WMM1, HIS5_MYCTU ; Q3IUP8, HIS5_NATPD ; Q5FA21, HIS5_NEIG1 ; DR Q9JVH3, HIS5_NEIMA ; Q9K0H2, HIS5_NEIMB ; Q820D2, HIS5_NITEU ; -DR Q2YAU8, HIS5_NITMU ; Q3J6Q3, HIS5_NITOC ; Q5YYP7, HIS5_NOCFA ; +DR Q2YAU8, HIS5_NITMU ; Q3J6Q3, HIS5_NITOC ; P61779, HIS5_NITV2 ; +DR A1VGZ0, HIS5_NITV4 ; B8DQX7, HIS5_NITV9 ; Q5YYP7, HIS5_NOCFA ; DR B2J1A3, HIS5_NOSP7 ; Q8YX49, HIS5_NOSS1 ; Q8ESS0, HIS5_OCEIH ; DR Q316L3, HIS5_OLEA2 ; P57921, HIS5_PASMU ; Q6D408, HIS5_PECAS ; DR Q4FNT5, HIS5_PELUB ; Q7N6I3, HIS5_PHOLL ; P62448, HIS5_PHOPR ; @@ -112644,8 +113326,8 @@ DR Q5JFV0, HIS5_THEKO ; Q9X0C8, HIS5_THEMA ; P61781, HIS5_THET2 ; DR Q7SIC0, HIS5_THET8 ; Q8DIP5, HIS5_THEVB ; Q3SEU6, HIS5_THIDA ; DR Q113E7, HIS5_TRIEI ; Q3M5W4, HIS5_TRIV2 ; Q9KSX0, HIS5_VIBCH ; DR Q87QK8, HIS5_VIBPA ; Q8D8Q3, HIS5_VIBVU ; Q7M9X0, HIS5_WOLSU ; -DR Q8PLG8, HIS5_XANAC ; Q3BUF4, HIS5_XANC5 ; Q4UU43, HIS5_XANC8 ; -DR Q8P9P1, HIS5_XANCP ; Q2P3K0, HIS5_XANOM ; Q5H0K8, HIS5_XANOR ; +DR Q8PLG8, HIS5_XANAC ; Q4UU43, HIS5_XANC8 ; Q8P9P1, HIS5_XANCP ; +DR Q3BUF4, HIS5_XANE5 ; Q2P3K0, HIS5_XANOM ; Q5H0K8, HIS5_XANOR ; DR Q9PBC8, HIS5_XYLFA ; Q87C32, HIS5_XYLFT ; P33734, HIS5_YEAST ; DR Q8ZFX8, HIS5_YERPE ; Q66C52, HIS5_YERPS ; Q5NMD4, HIS5_ZYMMO ; DR Q8LAD0, PDX2_ARATH ; Q54J48, PDX2_DICDI ; Q4PJX5, PDX2_PLABE ; @@ -112663,7 +113345,7 @@ DR A1A3A4, PDXT_BIFAA ; Q8G575, PDXT_BIFLO ; C0ZH53, PDXT_BREBN ; DR B9MKY8, PDXT_CALBD ; A8MAY1, PDXT_CALMQ ; Q8RBJ4, PDXT_CALS4 ; DR A4XIB6, PDXT_CALS8 ; Q3A8Q0, PDXT_CARHZ ; A0RTP4, PDXT_CENSY ; DR A9WFU0, PDXT_CHLAA ; B8G664, PDXT_CHLAD ; B9LIK4, PDXT_CHLSY ; -DR A5CS10, PDXT_CLAM3 ; B0REB6, PDXT_CLAMS ; Q97LG6, PDXT_CLOAB ; +DR A5CS10, PDXT_CLAM3 ; B0REB6, PDXT_CLASE ; Q97LG6, PDXT_CLOAB ; DR A6M3G5, PDXT_CLOB8 ; B1KYX4, PDXT_CLOBM ; B9E3V5, PDXT_CLOK1 ; DR A5MZY0, PDXT_CLOK5 ; Q6NK10, PDXT_CORDI ; A4QCC4, PDXT_CORGB ; DR Q8NS90, PDXT_CORGL ; Q4JVD5, PDXT_CORJK ; Q6A947, PDXT_CUTAK ; @@ -112672,36 +113354,36 @@ DR Q1IZC9, PDXT_DEIGD ; Q9RUL8, PDXT_DEIRA ; B1I158, PDXT_DESAP ; DR B8FZR4, PDXT_DESHD ; Q24PK8, PDXT_DESHY ; A4J0G0, PDXT_DESRM ; DR B5YF84, PDXT_DICT6 ; B8E120, PDXT_DICTD ; B1YGC2, PDXT_EXIS2 ; DR A7HNV0, PDXT_FERNB ; Q0RNV0, PDXT_FRAAA ; Q2JD98, PDXT_FRACC ; -DR B0TZ16, PDXT_FRAP2 ; A8KZF0, PDXT_FRASN ; Q14IU7, PDXT_FRAT1 ; -DR A7NDQ2, PDXT_FRATF ; Q2A261, PDXT_FRATH ; B2SDL4, PDXT_FRATM ; -DR A0Q5I2, PDXT_FRATN ; Q0BKT3, PDXT_FRATO ; Q5NHE5, PDXT_FRATT ; -DR A4IZB4, PDXT_FRATW ; Q5L3Y1, PDXT_GEOKA ; P83813, PDXT_GEOSE ; -DR C5D338, PDXT_GEOSW ; A4IJ95, PDXT_GEOTN ; Q7VL87, PDXT_HAEDU ; -DR Q4QJU4, PDXT_HAEI8 ; A5UBN1, PDXT_HAEIE ; A5UF87, PDXT_HAEIG ; -DR P45294, PDXT_HAEIN ; Q9KGN5, PDXT_HALH5 ; B9LSC8, PDXT_HALLT ; -DR Q5UZW7, PDXT_HALMA ; B0R879, PDXT_HALS3 ; Q9HMD2, PDXT_HALSA ; -DR Q18KL6, PDXT_HALWD ; A9B890, PDXT_HERA2 ; A2BLL6, PDXT_HYPBU ; -DR A8A8T7, PDXT_IGNH4 ; A6WCI3, PDXT_KINRD ; B1L4Z3, PDXT_KORCO ; -DR Q1IQH8, PDXT_KORVE ; C5CG73, PDXT_KOSOT ; Q6AFB8, PDXT_LEIXX ; -DR Q929R8, PDXT_LISIN ; C1KX54, PDXT_LISMC ; Q71XR2, PDXT_LISMF ; -DR B8DH16, PDXT_LISMH ; Q8Y5G1, PDXT_LISMO ; A0AKK9, PDXT_LISW6 ; -DR A6UWZ3, PDXT_META3 ; Q8TQH7, PDXT_METAC ; Q0W8A8, PDXT_METAR ; -DR A7I472, PDXT_METB6 ; Q465J4, PDXT_METBF ; Q12YR6, PDXT_METBU ; -DR Q2FTH1, PDXT_METHJ ; Q59055, PDXT_METJA ; Q8TWH2, PDXT_METKA ; -DR A2SPK0, PDXT_METLZ ; A4G0R6, PDXT_METM5 ; A9A909, PDXT_METM6 ; -DR A6VHR9, PDXT_METM7 ; Q8PUA4, PDXT_METMA ; A3CRE5, PDXT_METMJ ; -DR P0C036, PDXT_METMP ; B8GE19, PDXT_METPE ; A5UK48, PDXT_METS3 ; -DR A4YI12, PDXT_METS5 ; Q2NGI4, PDXT_METST ; O26292, PDXT_METTH ; -DR A0B7N4, PDXT_METTP ; A6UQT7, PDXT_METVS ; Q2RMI9, PDXT_MOOTA ; -DR A0QIC6, PDXT_MYCA1 ; B1MCJ8, PDXT_MYCA9 ; Q7TY92, PDXT_MYCBO ; -DR A1KLV4, PDXT_MYCBP ; C1AF75, PDXT_MYCBT ; Q9CCT5, PDXT_MYCLE ; -DR B2HN48, PDXT_MYCMM ; Q73WF2, PDXT_MYCPA ; A0QWH0, PDXT_MYCS2 ; -DR A3PYU8, PDXT_MYCSJ ; A1UF87, PDXT_MYCSK ; Q1B9S6, PDXT_MYCSS ; -DR A5U5V5, PDXT_MYCTA ; P9WII6, PDXT_MYCTO ; P9WII7, PDXT_MYCTU ; -DR A0PSY6, PDXT_MYCUA ; A1T876, PDXT_MYCVP ; Q3IU60, PDXT_NATPD ; -DR Q8L1A7, PDXT_NIACI ; A9A4S0, PDXT_NITMS ; Q5YTE0, PDXT_NOCFA ; -DR A1SJA2, PDXT_NOCSJ ; Q8EN04, PDXT_OCEIH ; Q04F27, PDXT_OENOB ; -DR A1R728, PDXT_PAEAT ; Q6MEN7, PDXT_PARUW ; Q9CLJ5, PDXT_PASMU ; +DR B0TZ16, PDXT_FRAP2 ; Q14IU7, PDXT_FRAT1 ; A7NDQ2, PDXT_FRATF ; +DR Q2A261, PDXT_FRATH ; B2SDL4, PDXT_FRATM ; A0Q5I2, PDXT_FRATN ; +DR Q0BKT3, PDXT_FRATO ; Q5NHE5, PDXT_FRATT ; A4IZB4, PDXT_FRATW ; +DR Q5L3Y1, PDXT_GEOKA ; P83813, PDXT_GEOSE ; C5D338, PDXT_GEOSW ; +DR A4IJ95, PDXT_GEOTN ; Q7VL87, PDXT_HAEDU ; Q4QJU4, PDXT_HAEI8 ; +DR A5UBN1, PDXT_HAEIE ; A5UF87, PDXT_HAEIG ; P45294, PDXT_HAEIN ; +DR Q9KGN5, PDXT_HALH5 ; B9LSC8, PDXT_HALLT ; Q5UZW7, PDXT_HALMA ; +DR B0R879, PDXT_HALS3 ; Q9HMD2, PDXT_HALSA ; Q18KL6, PDXT_HALWD ; +DR A9B890, PDXT_HERA2 ; A2BLL6, PDXT_HYPBU ; A8A8T7, PDXT_IGNH4 ; +DR A6WCI3, PDXT_KINRD ; B1L4Z3, PDXT_KORCO ; Q1IQH8, PDXT_KORVE ; +DR C5CG73, PDXT_KOSOT ; Q6AFB8, PDXT_LEIXX ; Q929R8, PDXT_LISIN ; +DR C1KX54, PDXT_LISMC ; Q71XR2, PDXT_LISMF ; B8DH16, PDXT_LISMH ; +DR Q8Y5G1, PDXT_LISMO ; A0AKK9, PDXT_LISW6 ; A6UWZ3, PDXT_META3 ; +DR Q8TQH7, PDXT_METAC ; Q0W8A8, PDXT_METAR ; A7I472, PDXT_METB6 ; +DR Q465J4, PDXT_METBF ; Q12YR6, PDXT_METBU ; Q2FTH1, PDXT_METHJ ; +DR Q59055, PDXT_METJA ; Q8TWH2, PDXT_METKA ; A2SPK0, PDXT_METLZ ; +DR A4G0R6, PDXT_METM5 ; A9A909, PDXT_METM6 ; A6VHR9, PDXT_METM7 ; +DR Q8PUA4, PDXT_METMA ; A3CRE5, PDXT_METMJ ; P0C036, PDXT_METMP ; +DR B8GE19, PDXT_METPE ; A5UK48, PDXT_METS3 ; A4YI12, PDXT_METS5 ; +DR Q2NGI4, PDXT_METST ; O26292, PDXT_METTH ; A0B7N4, PDXT_METTP ; +DR A6UQT7, PDXT_METVS ; Q2RMI9, PDXT_MOOTA ; A0QIC6, PDXT_MYCA1 ; +DR B1MCJ8, PDXT_MYCA9 ; Q7TY92, PDXT_MYCBO ; A1KLV4, PDXT_MYCBP ; +DR C1AF75, PDXT_MYCBT ; Q9CCT5, PDXT_MYCLE ; B2HN48, PDXT_MYCMM ; +DR Q73WF2, PDXT_MYCPA ; A0QWH0, PDXT_MYCS2 ; A3PYU8, PDXT_MYCSJ ; +DR A1UF87, PDXT_MYCSK ; Q1B9S6, PDXT_MYCSS ; A5U5V5, PDXT_MYCTA ; +DR P9WII6, PDXT_MYCTO ; P9WII7, PDXT_MYCTU ; A0PSY6, PDXT_MYCUA ; +DR A1T876, PDXT_MYCVP ; Q3IU60, PDXT_NATPD ; Q8L1A7, PDXT_NIACI ; +DR A9A4S0, PDXT_NITMS ; Q5YTE0, PDXT_NOCFA ; A1SJA2, PDXT_NOCSJ ; +DR Q8EN04, PDXT_OCEIH ; Q04F27, PDXT_OENOB ; A1R728, PDXT_PAEAT ; +DR A8KZF0, PDXT_PARS2 ; Q6MEN7, PDXT_PARUW ; Q9CLJ5, PDXT_PASMU ; DR A5D6D2, PDXT_PELTS ; Q6L1R3, PDXT_PICTO ; B8H9E0, PDXT_PSECP ; DR A8F840, PDXT_PSELT ; Q9V0J6, PDXT_PYRAB ; Q8ZUE9, PDXT_PYRAE ; DR A4WHH5, PDXT_PYRAR ; A3MSM9, PDXT_PYRCJ ; Q8TH23, PDXT_PYRFU ; @@ -112831,7 +113513,7 @@ DR O25067, AMIE_HELPY ; A1U7G1, AMIE_MARN8 ; Q5Z1U0, AMIE_NOCFA ; DR A6V262, AMIE_PSEA7 ; B7V2X1, AMIE_PSEA8 ; Q02QK0, AMIE_PSEAB ; DR P11436, AMIE_PSEAE ; C3K9E6, AMIE_PSEFS ; A5W2C0, AMIE_PSEP1 ; DR C0ZNE8, AMIE_RHOE4 ; Q01360, AMIE_RHOER ; B8GQ39, AMIE_THISH ; -DR C5CWZ4, AMIE_VARPS ; W7MLD8, FDB95_GIBM7; A0A348AXX5, TR02_CURCL ; +DR C5CWZ4, AMIE_VARPS ; W7MLD8, FDB95_GIBM7; A0A348AXX5, KK1C_CURCL ; DR O28325, Y1954_ARCFU; Q9URY4, YI01_SCHPO ; O59805, YJV7_SCHPO ; DR Q8TFF9, YP23_SCHPO ; // @@ -112868,29 +113550,29 @@ DR B8HW50, URE1_CYAP4 ; Q11VN3, URE1_CYTH3 ; Q47G55, URE1_DECAR ; DR Q9RYJ4, URE1_DEIRA ; A9BUC4, URE1_DELAS ; A8LRS0, URE1_DINSH ; DR Q8XAG0, URE1_ECO57 ; B5YUX3, URE1_ECO5E ; Q03284, URE1_ECOLX ; DR C5BBR6, URE1_EDWI9 ; A4WEJ5, URE1_ENT38 ; A5FAD1, URE1_FLAJ1 ; -DR Q0RQS0, URE1_FRAAA ; Q2JES6, URE1_FRACC ; A8L7B0, URE1_FRASN ; -DR Q5KYM1, URE1_GEOKA ; B7K912, URE1_GLOC7 ; Q4QN09, URE1_HAEI8 ; -DR A5U9V6, URE1_HAEIE ; A5UH45, URE1_HAEIG ; P44391, URE1_HAEIN ; -DR Q2SDQ1, URE1_HAHCH ; Q9KG59, URE1_HALH5 ; Q75ZQ5, URE1_HALMA ; -DR Q18EB9, URE1_HALWD ; Q08716, URE1_HELFC ; P42823, URE1_HELHE ; -DR Q93PJ4, URE1_HELHP ; P50045, URE1_HELMU ; B6JPH5, URE1_HELP2 ; -DR B5Z674, URE1_HELPG ; Q1CV82, URE1_HELPH ; P69997, URE1_HELPJ ; -DR B2UW70, URE1_HELPS ; P69996, URE1_HELPY ; A9AZE6, URE1_HERA2 ; -DR A6SZ07, URE1_JANMA ; Q28RJ3, URE1_JANSC ; P18314, URE1_KLEAE ; -DR B5XU27, URE1_KLEP3 ; A6TE42, URE1_KLEP7 ; B2GI06, URE1_KOCRD ; -DR A9KJR9, URE1_LACP7 ; C1D5Z8, URE1_LARHH ; B1Y3V1, URE1_LEPCP ; -DR P26929, URE1_LIMFE ; A0L6F2, URE1_MAGMM ; A6VTV8, URE1_MARMS ; -DR A1U4Z8, URE1_MARN8 ; Q1H0F2, URE1_METFK ; A2SDJ0, URE1_METPP ; -DR B8EPU9, URE1_METSB ; B0JKA1, URE1_MICAN ; C5C8U3, URE1_MICLC ; -DR P17337, URE1_MORMO ; B1MB85, URE1_MYCA9 ; P0A661, URE1_MYCBO ; -DR A1KJR2, URE1_MYCBP ; C1APC7, URE1_MYCBT ; B2HSZ2, URE1_MYCMM ; -DR A0QYE0, URE1_MYCS2 ; A3Q0D5, URE1_MYCSJ ; A1UGT5, URE1_MYCSK ; -DR Q1B872, URE1_MYCSS ; A5U3L7, URE1_MYCTA ; P9WFF0, URE1_MYCTO ; -DR P9WFF1, URE1_MYCTU ; A0PSG2, URE1_MYCUA ; A1T9N4, URE1_MYCVP ; -DR Q3IRZ5, URE1_NATPD ; Q2Y9M7, URE1_NITMU ; Q3J770, URE1_NITOC ; -DR Q5YWR8, URE1_NOCFA ; B2IT66, URE1_NOSP7 ; Q8YQZ0, URE1_NOSS1 ; -DR B1ZP06, URE1_OPITP ; A1R1C5, URE1_PAEAT ; A1TSZ6, URE1_PARC0 ; -DR A1B1B9, URE1_PARDP ; Q7U3I3, URE1_PARMW ; P50046, URE1_PHODD ; +DR Q0RQS0, URE1_FRAAA ; Q2JES6, URE1_FRACC ; Q5KYM1, URE1_GEOKA ; +DR B7K912, URE1_GLOC7 ; Q4QN09, URE1_HAEI8 ; A5U9V6, URE1_HAEIE ; +DR A5UH45, URE1_HAEIG ; P44391, URE1_HAEIN ; Q2SDQ1, URE1_HAHCH ; +DR Q9KG59, URE1_HALH5 ; Q75ZQ5, URE1_HALMA ; Q18EB9, URE1_HALWD ; +DR Q08716, URE1_HELFC ; P42823, URE1_HELHE ; Q93PJ4, URE1_HELHP ; +DR P50045, URE1_HELMU ; B6JPH5, URE1_HELP2 ; B5Z674, URE1_HELPG ; +DR Q1CV82, URE1_HELPH ; P69997, URE1_HELPJ ; B2UW70, URE1_HELPS ; +DR P69996, URE1_HELPY ; A9AZE6, URE1_HERA2 ; A6SZ07, URE1_JANMA ; +DR Q28RJ3, URE1_JANSC ; P18314, URE1_KLEAE ; B5XU27, URE1_KLEP3 ; +DR A6TE42, URE1_KLEP7 ; B2GI06, URE1_KOCRD ; A9KJR9, URE1_LACP7 ; +DR C1D5Z8, URE1_LARHH ; B1Y3V1, URE1_LEPCP ; P26929, URE1_LIMFE ; +DR A0L6F2, URE1_MAGMM ; A6VTV8, URE1_MARMS ; A1U4Z8, URE1_MARN8 ; +DR Q1H0F2, URE1_METFK ; A2SDJ0, URE1_METPP ; B8EPU9, URE1_METSB ; +DR B0JKA1, URE1_MICAN ; C5C8U3, URE1_MICLC ; P17337, URE1_MORMO ; +DR B1MB85, URE1_MYCA9 ; P0A661, URE1_MYCBO ; A1KJR2, URE1_MYCBP ; +DR C1APC7, URE1_MYCBT ; B2HSZ2, URE1_MYCMM ; A0QYE0, URE1_MYCS2 ; +DR A3Q0D5, URE1_MYCSJ ; A1UGT5, URE1_MYCSK ; Q1B872, URE1_MYCSS ; +DR A5U3L7, URE1_MYCTA ; P9WFF0, URE1_MYCTO ; P9WFF1, URE1_MYCTU ; +DR A0PSG2, URE1_MYCUA ; A1T9N4, URE1_MYCVP ; Q3IRZ5, URE1_NATPD ; +DR Q2Y9M7, URE1_NITMU ; Q3J770, URE1_NITOC ; Q5YWR8, URE1_NOCFA ; +DR B2IT66, URE1_NOSP7 ; Q8YQZ0, URE1_NOSS1 ; B1ZP06, URE1_OPITP ; +DR A1R1C5, URE1_PAEAT ; A1TSZ6, URE1_PARC0 ; A1B1B9, URE1_PARDP ; +DR Q7U3I3, URE1_PARMW ; A8L7B0, URE1_PARS2 ; P50046, URE1_PHODD ; DR Q7N4Y7, URE1_PHOLL ; A4SY44, URE1_POLAQ ; A1VKW3, URE1_POLNA ; DR Q12DU3, URE1_POLSJ ; P16122, URE1_PROHU ; A3PCP1, URE1_PROM0 ; DR A2C4S2, URE1_PROM1 ; A8G4K9, URE1_PROM2 ; A2CE01, URE1_PROM3 ; @@ -113138,28 +113820,29 @@ AN formylkynureninase. AN kynurenine formamidase. CA H2O + N-formyl-L-kynurenine = formate + H(+) + L-kynurenine. CC -!- Also acts on other aromatic formylamines. -DR Q59ZV4, KFA_CANAL ; Q566U4, KFA_DANRE ; Q6BT11, KFA_DEBHA ; -DR Q9VMC9, KFA_DROME ; Q759T3, KFA_EREGS ; Q63HM1, KFA_HUMAN ; -DR Q8K4H1, KFA_MOUSE ; A5DNX8, KFA_PICGU ; A3GGU3, KFA_PICST ; -DR B5XB27, KFA_SALSA ; A7TJ85, KFA_VANPO ; Q04066, KFA_YEAST ; -DR A0REX1, KYNB_BACAH ; Q81PP9, KYNB_BACAN ; Q736W4, KYNB_BACC1 ; -DR A7GPY2, KYNB_BACCN ; Q81CK1, KYNB_BACCR ; Q63AJ1, KYNB_BACCZ ; -DR Q6HHX8, KYNB_BACHK ; A9VHP8, KYNB_BACMK ; Q2KXW3, KYNB_BORA1 ; -DR Q7WHE9, KYNB_BORBR ; A9IU29, KYNB_BORPD ; Q7VYS5, KYNB_BORPE ; -DR B1YVH0, KYNB_BURA4 ; A0KA00, KYNB_BURCH ; B4E9I9, KYNB_BURCJ ; -DR Q0BCE2, KYNB_BURCM ; Q39DG4, KYNB_BURL3 ; A9AGH3, KYNB_BURM1 ; -DR A3MHE3, KYNB_BURM7 ; A2S926, KYNB_BURM9 ; Q62M97, KYNB_BURMA ; -DR A1V195, KYNB_BURMS ; B1JXI7, KYNB_BURO0 ; Q1BU36, KYNB_BURO1 ; -DR A3NS57, KYNB_BURP0 ; Q3JVD6, KYNB_BURP1 ; A3N6H4, KYNB_BURP6 ; -DR Q63WP3, KYNB_BURPS ; Q2T0N2, KYNB_BURTA ; A4JHD7, KYNB_BURVG ; -DR P0C8P4, KYNB_CUPMC ; Q0K7X9, KYNB_CUPNH ; Q474J5, KYNB_CUPPJ ; -DR B3R5Q1, KYNB_CUPTR ; Q1IY56, KYNB_DEIGD ; A9BVE1, KYNB_DELAS ; -DR Q2N5X0, KYNB_ERYLH ; A4IT60, KYNB_GEOTN ; Q0APM5, KYNB_MARMM ; -DR A1TLB1, KYNB_PARC0 ; B2JDS4, KYNB_PARP8 ; B2SY84, KYNB_PARPJ ; -DR Q13UP0, KYNB_PARXL ; A1VRN9, KYNB_POLNA ; Q126P9, KYNB_POLSJ ; -DR A6V681, KYNB_PSEA7 ; Q02LM8, KYNB_PSEAB ; Q9I234, KYNB_PSEAE ; -DR Q4KIP4, KYNB_PSEF5 ; Q84HF4, KYNB_PSEFL ; Q8Y1D0, KYNB_RALN1 ; -DR B2U7J9, KYNB_RALPJ ; Q2S2F5, KYNB_SALRD ; Q1GTB8, KYNB_SPHAL ; +DR P9WEK4, AVAC_ASPVE ; Q59ZV4, KFA_CANAL ; Q566U4, KFA_DANRE ; +DR Q6BT11, KFA_DEBHA ; Q9VMC9, KFA_DROME ; Q759T3, KFA_EREGS ; +DR Q63HM1, KFA_HUMAN ; Q8K4H1, KFA_MOUSE ; A5DNX8, KFA_PICGU ; +DR A3GGU3, KFA_PICST ; B5XB27, KFA_SALSA ; A7TJ85, KFA_VANPO ; +DR Q04066, KFA_YEAST ; A0REX1, KYNB_BACAH ; Q81PP9, KYNB_BACAN ; +DR Q736W4, KYNB_BACC1 ; A7GPY2, KYNB_BACCN ; Q81CK1, KYNB_BACCR ; +DR Q63AJ1, KYNB_BACCZ ; Q6HHX8, KYNB_BACHK ; A9VHP8, KYNB_BACMK ; +DR Q2KXW3, KYNB_BORA1 ; Q7WHE9, KYNB_BORBR ; A9IU29, KYNB_BORPD ; +DR Q7VYS5, KYNB_BORPE ; B1YVH0, KYNB_BURA4 ; A0KA00, KYNB_BURCH ; +DR B4E9I9, KYNB_BURCJ ; Q0BCE2, KYNB_BURCM ; Q39DG4, KYNB_BURL3 ; +DR A9AGH3, KYNB_BURM1 ; A3MHE3, KYNB_BURM7 ; A2S926, KYNB_BURM9 ; +DR Q62M97, KYNB_BURMA ; A1V195, KYNB_BURMS ; B1JXI7, KYNB_BURO0 ; +DR Q1BU36, KYNB_BURO1 ; A3NS57, KYNB_BURP0 ; Q3JVD6, KYNB_BURP1 ; +DR A3N6H4, KYNB_BURP6 ; Q63WP3, KYNB_BURPS ; Q2T0N2, KYNB_BURTA ; +DR A4JHD7, KYNB_BURVG ; P0C8P4, KYNB_CUPMC ; Q0K7X9, KYNB_CUPNH ; +DR Q474J5, KYNB_CUPPJ ; B3R5Q1, KYNB_CUPTR ; Q1IY56, KYNB_DEIGD ; +DR A9BVE1, KYNB_DELAS ; Q2N5X0, KYNB_ERYLH ; A4IT60, KYNB_GEOTN ; +DR Q0APM5, KYNB_MARMM ; A1TLB1, KYNB_PARC0 ; B2JDS4, KYNB_PARP8 ; +DR B2SY84, KYNB_PARPJ ; Q13UP0, KYNB_PARXL ; A1VRN9, KYNB_POLNA ; +DR Q126P9, KYNB_POLSJ ; A6V681, KYNB_PSEA7 ; Q02LM8, KYNB_PSEAB ; +DR Q9I234, KYNB_PSEAE ; Q4KIP4, KYNB_PSEF5 ; Q84HF4, KYNB_PSEFL ; +DR Q8Y1D0, KYNB_RALN1 ; B2U7J9, KYNB_RALPJ ; Q2S2F5, KYNB_SALRD ; +DR Q1GTB8, KYNB_SPHAL ; // ID 3.5.1.10 DE formyltetrahydrofolate deformylase. @@ -113176,8 +113859,9 @@ ID 3.5.1.11 DE penicillin amidase. AN penicillin acylase. CA a penicillin + H2O = 6-aminopenicillanate + a carboxylate. -DR P15558, PAC2_PSES3 ; P06875, PAC_ECOLX ; P07941, PAC_KLUCR ; -DR P12256, PAC_LYSSH ; Q60136, PAC_PRIMG ; P31956, PAC_RHIVS ; +DR P15558, PAC2_PSES3 ; P54948, PAC_BACSU ; P06875, PAC_ECOLX ; +DR P07941, PAC_KLUCR ; P12256, PAC_LYSSH ; Q6D291, PAC_PECAS ; +DR Q60136, PAC_PRIMG ; P31956, PAC_RHIVS ; // ID 3.5.1.12 DE biotinidase. @@ -113339,20 +114023,20 @@ DR B0UT10, DAPE_HISS2 ; Q31G37, DAPE_HYDCU ; Q5QTZ3, DAPE_IDILO ; DR A6SZR5, DAPE_JANMA ; Q28VJ1, DAPE_JANSC ; B5XVN4, DAPE_KLEP3 ; DR A6TC94, DAPE_KLEP7 ; C1D8X7, DAPE_LARHH ; Q5X6L7, DAPE_LEGPA ; DR A5IG28, DAPE_LEGPC ; Q5ZX46, DAPE_LEGPH ; Q5WY21, DAPE_LEGPL ; -DR B1Y6E7, DAPE_LEPCP ; A0L3N2, DAPE_MAGMM ; Q2W0E7, DAPE_MAGSA ; -DR Q65US9, DAPE_MANSM ; Q0ASJ5, DAPE_MARMM ; A6VUR6, DAPE_MARMS ; -DR A1U3R0, DAPE_MARN8 ; B7KVW2, DAPE_METC4 ; Q608D9, DAPE_METCA ; -DR A9W376, DAPE_METEP ; Q1H051, DAPE_METFK ; B8IFQ0, DAPE_METNO ; -DR B1ZGA7, DAPE_METPB ; A2SGS4, DAPE_METPP ; B1M6P0, DAPE_METRJ ; -DR B0UP37, DAPE_METS4 ; B8ELJ6, DAPE_METSB ; A0R2G4, DAPE_MYCS2 ; -DR P9WHS8, DAPE_MYCTO ; P9WHS9, DAPE_MYCTU ; B9L8Q2, DAPE_NAUPA ; -DR Q5F812, DAPE_NEIG1 ; B4RKY8, DAPE_NEIG2 ; A9M0W6, DAPE_NEIM0 ; -DR A1ISU7, DAPE_NEIMA ; Q9JYL2, DAPE_NEIMB ; A1KUW7, DAPE_NEIMF ; -DR Q0ADY0, DAPE_NITEC ; Q82XY4, DAPE_NITEU ; Q1QH74, DAPE_NITHX ; -DR Q2Y7X4, DAPE_NITMU ; Q3J9B0, DAPE_NITOC ; A6Q4D7, DAPE_NITSB ; -DR Q3SN25, DAPE_NITWN ; Q2GAU5, DAPE_NOVAD ; A5CCZ1, DAPE_ORITB ; -DR B3CRZ3, DAPE_ORITI ; A1TQ19, DAPE_PARC0 ; A1B5Y2, DAPE_PARDP ; -DR A7HPQ6, DAPE_PARL1 ; B2JID9, DAPE_PARP8 ; B2T5K8, DAPE_PARPJ ; +DR B1Y6E7, DAPE_LEPCP ; A0L3N2, DAPE_MAGMM ; Q65US9, DAPE_MANSM ; +DR Q0ASJ5, DAPE_MARMM ; A6VUR6, DAPE_MARMS ; A1U3R0, DAPE_MARN8 ; +DR B7KVW2, DAPE_METC4 ; Q608D9, DAPE_METCA ; A9W376, DAPE_METEP ; +DR Q1H051, DAPE_METFK ; B8IFQ0, DAPE_METNO ; B1ZGA7, DAPE_METPB ; +DR A2SGS4, DAPE_METPP ; B1M6P0, DAPE_METRJ ; B0UP37, DAPE_METS4 ; +DR B8ELJ6, DAPE_METSB ; A0R2G4, DAPE_MYCS2 ; P9WHS8, DAPE_MYCTO ; +DR P9WHS9, DAPE_MYCTU ; B9L8Q2, DAPE_NAUPA ; Q5F812, DAPE_NEIG1 ; +DR B4RKY8, DAPE_NEIG2 ; A9M0W6, DAPE_NEIM0 ; A1ISU7, DAPE_NEIMA ; +DR Q9JYL2, DAPE_NEIMB ; A1KUW7, DAPE_NEIMF ; Q0ADY0, DAPE_NITEC ; +DR Q82XY4, DAPE_NITEU ; Q1QH74, DAPE_NITHX ; Q2Y7X4, DAPE_NITMU ; +DR Q3J9B0, DAPE_NITOC ; A6Q4D7, DAPE_NITSB ; Q3SN25, DAPE_NITWN ; +DR Q2GAU5, DAPE_NOVAD ; A5CCZ1, DAPE_ORITB ; B3CRZ3, DAPE_ORITI ; +DR A1TQ19, DAPE_PARC0 ; A1B5Y2, DAPE_PARDP ; A7HPQ6, DAPE_PARL1 ; +DR Q2W0E7, DAPE_PARM1 ; B2JID9, DAPE_PARP8 ; B2T5K8, DAPE_PARPJ ; DR Q13XA2, DAPE_PARXL ; Q9CM22, DAPE_PASMU ; Q6D7N4, DAPE_PECAS ; DR Q4FNF5, DAPE_PELUB ; B4RDU4, DAPE_PHEZH ; Q7N3J4, DAPE_PHOLL ; DR Q6LTW8, DAPE_PHOPR ; A4SYV9, DAPE_POLAQ ; A1VN92, DAPE_POLNA ; @@ -113401,8 +114085,8 @@ DR A5F6B5, DAPE_VIBC3 ; Q9KQ52, DAPE_VIBCH ; C3LPF7, DAPE_VIBCM ; DR Q87MI6, DAPE_VIBPA ; Q8DBA6, DAPE_VIBVU ; Q7MIL6, DAPE_VIBVY ; DR Q8D2S2, DAPE_WIGBR ; Q73GZ0, DAPE_WOLPM ; B3CLN1, DAPE_WOLPP ; DR Q7MSC2, DAPE_WOLSU ; Q5GS68, DAPE_WOLTR ; Q8PMJ5, DAPE_XANAC ; -DR Q3BVJ3, DAPE_XANC5 ; Q4USS4, DAPE_XANC8 ; B0RW53, DAPE_XANCB ; -DR Q8PAU0, DAPE_XANCP ; Q2P492, DAPE_XANOM ; B2SQY5, DAPE_XANOP ; +DR Q4USS4, DAPE_XANC8 ; B0RW53, DAPE_XANCB ; Q8PAU0, DAPE_XANCP ; +DR Q3BVJ3, DAPE_XANE5 ; Q2P492, DAPE_XANOM ; B2SQY5, DAPE_XANOP ; DR Q5H1C8, DAPE_XANOR ; A7IH44, DAPE_XANP2 ; B2I6B4, DAPE_XYLF2 ; DR Q9PH30, DAPE_XYLFA ; B0U296, DAPE_XYLFM ; Q87F49, DAPE_XYLFT ; DR A1JL17, DAPE_YERE8 ; A7FG57, DAPE_YERP3 ; Q1C5R3, DAPE_YERPA ; @@ -113458,7 +114142,8 @@ AN glycocholase. CA glycocholate + H2O = cholate + glycine. CC -!- Also acts on the 3alpha,12alpha-dihydroxy-derivative, and on choloyl- CC taurine. -DR Q9KK62, CBH_BIFLN ; P54965, CBH_CLOPE ; Q06115, CBH_LACPL ; +DR P0DXD2, CBH_BIFL2 ; Q9KK62, CBH_BIFLN ; P54965, CBH_CLOPE ; +DR A5HKP3, CBH_LACAI ; A0A805Z5R7, CBH_LACGA ; Q06115, CBH_LACPL ; // ID 3.5.1.25 DE N-acetylglucosamine-6-phosphate deacetylase. @@ -113518,21 +114203,23 @@ DR Q5HQB9, ATL_STAEQ ; Q8CPQ1, ATL_STAES ; O31982, BLYA_BACSU ; DR P81717, CWHA_ACHLY ; P14892, CWLA_BACSP ; P24808, CWLA_BACSU ; DR Q06320, CWLC_BACSU ; P50864, CWLD_BACSU ; P54450, CWLH_BACSU ; DR P36550, CWLL_BACLI ; P37134, CWLM_BACLI ; L7N653, CWLM_MYCTU ; -DR Q99125, CWLX_BACLI ; Q38653, ENLYS_BPA51; Q3ZFI3, ENLYS_BPK11; -DR D1L2U8, ENLYS_BPK32; B8QIR1, ENLYS_BPSH5; P20331, ENLYS_BPT3 ; -DR P00806, ENLYS_BPT7 ; Q2G278, LDP_STAA8 ; P24556, LYTA_STAAU ; -DR Q02114, LYTC_BACSU ; Q2FX77, LYTO_STAA8 ; P85143, NAAA_LYSSP ; -DR I6Y4D2, PEPAM_MYCTU; Q8INK6, PGPLB_DROME; Q96PD5, PGRP2_HUMAN; -DR Q8VCS0, PGRP2_MOUSE; Q866Y3, PGRP2_PIG ; Q70PY2, PGSB1_DROME; -DR Q9VV96, PGSB2_DROME; Q70PW6, PGSB2_DROSI; Q70PU2, PGSC1_DROSI; -DR Q9V4X2, PGSC2_DROME; Q70PU1, PGSC2_DROSI; Q2FYD8, PH_STAA8 ; -DR Q7Y3F1, PLYCA_BPSC1; C0HK98, SC1A_DROME ; C0HK99, SC1B_DROME ; -DR Q2FJH7, SLE1_STAA3 ; Q2G0U9, SLE1_STAA8 ; Q2YVT4, SLE1_STAAB ; -DR Q5HIL2, SLE1_STAAC ; Q7A7E0, SLE1_STAAN ; Q6GJK9, SLE1_STAAR ; -DR Q6GC24, SLE1_STAAS ; P0C1U7, SLE1_STAAU ; Q7A1T4, SLE1_STAAW ; -DR Q5HRU2, SLE1_STAEQ ; Q8CMN2, SLE1_STAES ; Q4L3C1, SLE1_STAHJ ; -DR Q49UX4, SLE1_STAS1 ; Q2G0D4, SSAAL_STAA8; P39800, XLYA_BACSU ; -DR O34391, XLYB_BACSU ; Q92IC3, Y497_RICCN ; O32041, YRVJ_BACSU ; +DR Q99125, CWLX_BACLI ; Q4ZD58, ENLYS_BP263; Q38653, ENLYS_BPA51; +DR D6QY02, ENLYS_BPG15; Q3ZFI3, ENLYS_BPK11; D1L2U8, ENLYS_BPK32; +DR Q6Y7T6, ENLYS_BPPGK; Q8SDS7, ENLYS_BPPHA; B8QIR1, ENLYS_BPSH5; +DR P20331, ENLYS_BPT3 ; P00806, ENLYS_BPT7 ; O56788, ENLYS_BPTWO; +DR Q2G278, LDP_STAA8 ; P24556, LYTA_STAAU ; Q02114, LYTC_BACSU ; +DR Q2FX77, LYTO_STAA8 ; P85143, NAAA_LYSSP ; I6Y4D2, PEPAM_MYCTU; +DR Q8INK6, PGPLB_DROME; Q96PD5, PGRP2_HUMAN; Q8VCS0, PGRP2_MOUSE; +DR Q866Y3, PGRP2_PIG ; Q70PY2, PGSB1_DROME; Q9VV96, PGSB2_DROME; +DR Q70PW6, PGSB2_DROSI; Q70PU2, PGSC1_DROSI; Q9V4X2, PGSC2_DROME; +DR Q70PU1, PGSC2_DROSI; Q2FYD8, PH_STAA8 ; Q7Y3F1, PLYCA_BPSC1; +DR C0HK98, SC1A_DROME ; C0HK99, SC1B_DROME ; Q2FJH7, SLE1_STAA3 ; +DR Q2G0U9, SLE1_STAA8 ; Q2YVT4, SLE1_STAAB ; Q5HIL2, SLE1_STAAC ; +DR Q7A7E0, SLE1_STAAN ; Q6GJK9, SLE1_STAAR ; Q6GC24, SLE1_STAAS ; +DR P0C1U7, SLE1_STAAU ; Q7A1T4, SLE1_STAAW ; Q5HRU2, SLE1_STAEQ ; +DR Q8CMN2, SLE1_STAES ; Q4L3C1, SLE1_STAHJ ; Q49UX4, SLE1_STAS1 ; +DR Q2G0D4, SSAAL_STAA8; P39800, XLYA_BACSU ; O34391, XLYB_BACSU ; +DR Q92IC3, Y497_RICCN ; O32041, YRVJ_BACSU ; // ID 3.5.1.29 DE 2-(acetamidomethylene)succinate hydrolase. @@ -113649,11 +114336,11 @@ DR Q2KV65, CHEB1_BORA1; Q394I6, CHEB1_BURL3; Q62G12, CHEB1_BURMA; DR Q1BRL2, CHEB1_BURO1; Q3JY65, CHEB1_BURP1; Q63PS2, CHEB1_BURPS; DR Q2STS8, CHEB1_BURTA; Q3ADG9, CHEB1_CARHZ; O87717, CHEB1_CAUVC; DR Q3J653, CHEB1_CERS4; Q7NV40, CHEB1_CHRVO; Q1LH11, CHEB1_CUPMC; -DR Q46V28, CHEB1_CUPPJ; Q47I43, CHEB1_DECAR; P62636, CHEB1_DESVH; -DR Q39WQ9, CHEB1_GEOMG; P62638, CHEB1_GEOSL; Q2SPQ1, CHEB1_HAHCH; -DR Q1IRH0, CHEB1_KORVE; P62641, CHEB1_LEPIC; Q8F6P9, CHEB1_LEPIN; -DR Q2WAJ8, CHEB1_MAGSA; Q8TLG9, CHEB1_METAC; Q2FMT2, CHEB1_METHJ; -DR Q8Q009, CHEB1_METMA; Q1D359, CHEB1_MYXXD; Q311M8, CHEB1_OLEA2; +DR Q46V28, CHEB1_CUPPJ; Q47I43, CHEB1_DECAR; Q39WQ9, CHEB1_GEOMG; +DR P62638, CHEB1_GEOSL; Q2SPQ1, CHEB1_HAHCH; Q1IRH0, CHEB1_KORVE; +DR P62641, CHEB1_LEPIC; Q8F6P9, CHEB1_LEPIN; Q8TLG9, CHEB1_METAC; +DR Q2FMT2, CHEB1_METHJ; Q8Q009, CHEB1_METMA; Q1D359, CHEB1_MYXXD; +DR P62636, CHEB1_NITV2; Q311M8, CHEB1_OLEA2; Q2WAJ8, CHEB1_PARM1; DR Q6LU34, CHEB1_PHOPR; Q48ND9, CHEB1_PSE14; O87125, CHEB1_PSEAE; DR Q4KHL8, CHEB1_PSEF5; Q3KHF6, CHEB1_PSEPF; Q88EW5, CHEB1_PSEPK; DR O52262, CHEB1_PSEPU; Q884V3, CHEB1_PSESM; Q4ZYD3, CHEB1_PSEU2; @@ -113662,19 +114349,19 @@ DR Q20YL8, CHEB1_RHOPB; Q2RX18, CHEB1_RHORT; Q21IQ9, CHEB1_SACD2; DR Q12PJ3, CHEB1_SHEDO; Q8ECD7, CHEB1_SHEON; Q0HKN5, CHEB1_SHESM; DR Q0HWY6, CHEB1_SHESR; Q2LR65, CHEB1_SYNAS; Q0AYL3, CHEB1_SYNWW; DR Q9KQD8, CHEB1_VIBCH; Q87MK5, CHEB1_VIBPA; Q8DB67, CHEB1_VIBVU; -DR Q7MIQ5, CHEB1_VIBVY; Q8PLB4, CHEB1_XANAC; Q3BUA2, CHEB1_XANC5; -DR Q4UWU6, CHEB1_XANC8; Q8P9J7, CHEB1_XANCP; Q2P5Q6, CHEB1_XANOM; +DR Q7MIQ5, CHEB1_VIBVY; Q8PLB4, CHEB1_XANAC; Q4UWU6, CHEB1_XANC8; +DR Q8P9J7, CHEB1_XANCP; Q3BUA2, CHEB1_XANE5; Q2P5Q6, CHEB1_XANOM; DR Q5H2V2, CHEB1_XANOR; Q21ZZ9, CHEB2_ALBFT; Q2INL1, CHEB2_ANADE; DR Q8VL08, CHEB2_AZOBR; Q2L1D1, CHEB2_BORA1; Q89T55, CHEB2_BRADU; DR Q393F2, CHEB2_BURL3; Q4V2X4, CHEB2_BURMA; Q1BMF9, CHEB2_BURO1; DR Q3JJY2, CHEB2_BURP1; Q63J47, CHEB2_BURPS; Q2T8Y6, CHEB2_BURTA; DR Q3ADA6, CHEB2_CARHZ; Q9AAK0, CHEB2_CAUVC; Q3J1W3, CHEB2_CERS4; DR Q8KLS5, CHEB2_CERSP; Q7NZB3, CHEB2_CHRVO; Q1LG90, CHEB2_CUPMC; -DR Q46PH7, CHEB2_CUPPJ; Q47GX7, CHEB2_DECAR; P62637, CHEB2_DESVH; -DR Q39T95, CHEB2_GEOMG; P62639, CHEB2_GEOSL; Q2SFY4, CHEB2_HAHCH; -DR Q1IQS9, CHEB2_KORVE; P62642, CHEB2_LEPIC; Q8F5D8, CHEB2_LEPIN; -DR Q2W5V5, CHEB2_MAGSA; Q8TUQ0, CHEB2_METAC; Q2FQU2, CHEB2_METHJ; -DR Q8PX96, CHEB2_METMA; Q1D225, CHEB2_MYXXD; Q30ZJ5, CHEB2_OLEA2; +DR Q46PH7, CHEB2_CUPPJ; Q47GX7, CHEB2_DECAR; Q39T95, CHEB2_GEOMG; +DR P62639, CHEB2_GEOSL; Q2SFY4, CHEB2_HAHCH; Q1IQS9, CHEB2_KORVE; +DR P62642, CHEB2_LEPIC; Q8F5D8, CHEB2_LEPIN; Q8TUQ0, CHEB2_METAC; +DR Q2FQU2, CHEB2_METHJ; Q8PX96, CHEB2_METMA; Q1D225, CHEB2_MYXXD; +DR P62637, CHEB2_NITV2; Q30ZJ5, CHEB2_OLEA2; Q2W5V5, CHEB2_PARM1; DR Q6LTM2, CHEB2_PHOPR; Q48GG6, CHEB2_PSE14; Q9I6V9, CHEB2_PSEAE; DR Q4KG36, CHEB2_PSEF5; Q3KFZ6, CHEB2_PSEPF; Q888V8, CHEB2_PSESM; DR Q4ZWW3, CHEB2_PSEU2; Q1MC14, CHEB2_RHIJ3; P72253, CHEB2_RHOCS; @@ -113682,13 +114369,13 @@ DR P62644, CHEB2_RHOPA; Q20XK3, CHEB2_RHOPB; Q2RUI8, CHEB2_RHORT; DR Q21G20, CHEB2_SACD2; Q12IZ9, CHEB2_SHEDO; Q8EF61, CHEB2_SHEON; DR Q0HIF6, CHEB2_SHESM; Q0HVI0, CHEB2_SHESR; Q2LSL3, CHEB2_SYNAS; DR Q0AXB7, CHEB2_SYNWW; Q8D4X6, CHEB2_VIBVU; Q7MBQ5, CHEB2_VIBVY; -DR Q8PIM5, CHEB2_XANAC; Q3BR57, CHEB2_XANC5; Q4UU97, CHEB2_XANC8; -DR Q8P7A6, CHEB2_XANCP; Q2P1V8, CHEB2_XANOM; Q5GYV8, CHEB2_XANOR; +DR Q8PIM5, CHEB2_XANAC; Q4UU97, CHEB2_XANC8; Q8P7A6, CHEB2_XANCP; +DR Q3BR57, CHEB2_XANE5; Q2P1V8, CHEB2_XANOM; Q5GYV8, CHEB2_XANOR; DR Q2IQ87, CHEB3_ANADE; Q89SQ1, CHEB3_BRADU; Q39KQ1, CHEB3_BURL3; DR Q1BLQ3, CHEB3_BURO1; Q2T8Y5, CHEB3_BURTA; O33558, CHEB3_CERSP; DR Q7NSI8, CHEB3_CHRVO; Q39SY1, CHEB3_GEOMG; P62640, CHEB3_GEOSL; DR Q2SFK0, CHEB3_HAHCH; P62643, CHEB3_LEPIC; Q8F3H4, CHEB3_LEPIN; -DR Q2W2W9, CHEB3_MAGSA; Q1CZL0, CHEB3_MYXXD; Q48F23, CHEB3_PSE14; +DR Q1CZL0, CHEB3_MYXXD; Q2W2W9, CHEB3_PARM1; Q48F23, CHEB3_PSE14; DR Q9HXT8, CHEB3_PSEAE; Q88MS5, CHEB3_PSEPK; Q886S8, CHEB3_PSESM; DR Q4ZQV7, CHEB3_PSEU2; Q92YM4, CHEB3_RHIME; P62645, CHEB3_RHOPA; DR Q20XE6, CHEB3_RHOPB; Q2RRX2, CHEB3_RHORT; Q8EEQ0, CHEB3_SHEON; @@ -113750,16 +114437,16 @@ DR B2TLQ3, CHED_CLOBB ; A5I5I5, CHED_CLOBH ; C1FUE9, CHED_CLOBJ ; DR B1IKG3, CHED_CLOBK ; A7GGW9, CHED_CLOBL ; B1KYG7, CHED_CLOBM ; DR A5MZ48, CHED_CLOK5 ; A0PZY2, CHED_CLONN ; Q893S5, CHED_CLOTE ; DR Q1LH12, CHED_CUPMC ; Q46PH8, CHED_CUPPJ ; B8FTP6, CHED_DESHD ; -DR Q24T84, CHED_DESHY ; A4J742, CHED_DESRM ; Q726Y4, CHED_DESVH ; -DR Q5L0K6, CHED_GEOKA ; A4IMB9, CHED_GEOTN ; Q2SPQ2, CHED_HAHCH ; -DR Q9KA57, CHED_HALH5 ; A1WZ13, CHED_HALHL ; Q5V0C3, CHED_HALMA ; -DR A4G4P0, CHED_HERAR ; Q31F68, CHED_HYDCU ; A6SZT5, CHED_JANMA ; -DR Q28NF0, CHED_JANSC ; A9KND1, CHED_LACP7 ; C1DCE3, CHED_LARHH ; -DR C6BSL0, CHED_MARSD ; Q46DT9, CHED_METBF ; Q1GZY9, CHED_METFK ; -DR Q2FMT0, CHED_METHJ ; A4FXW1, CHED_METM5 ; A9AB16, CHED_METM6 ; -DR A6VFL9, CHED_METM7 ; Q6LYR0, CHED_METMP ; A6UNQ9, CHED_METVS ; -DR Q2RKC1, CHED_MOOTA ; Q3IRU8, CHED_NATPD ; Q0AGV5, CHED_NITEC ; -DR Q82TM5, CHED_NITEU ; Q8EQV8, CHED_OCEIH ; Q30WE0, CHED_OLEA2 ; +DR Q24T84, CHED_DESHY ; A4J742, CHED_DESRM ; Q5L0K6, CHED_GEOKA ; +DR A4IMB9, CHED_GEOTN ; Q2SPQ2, CHED_HAHCH ; Q9KA57, CHED_HALH5 ; +DR A1WZ13, CHED_HALHL ; Q5V0C3, CHED_HALMA ; A4G4P0, CHED_HERAR ; +DR Q31F68, CHED_HYDCU ; A6SZT5, CHED_JANMA ; Q28NF0, CHED_JANSC ; +DR A9KND1, CHED_LACP7 ; C1DCE3, CHED_LARHH ; C6BSL0, CHED_MARSD ; +DR Q46DT9, CHED_METBF ; Q1GZY9, CHED_METFK ; Q2FMT0, CHED_METHJ ; +DR A4FXW1, CHED_METM5 ; A9AB16, CHED_METM6 ; A6VFL9, CHED_METM7 ; +DR Q6LYR0, CHED_METMP ; A6UNQ9, CHED_METVS ; Q2RKC1, CHED_MOOTA ; +DR Q3IRU8, CHED_NATPD ; Q0AGV5, CHED_NITEC ; Q82TM5, CHED_NITEU ; +DR Q726Y4, CHED_NITV2 ; Q8EQV8, CHED_OCEIH ; Q30WE0, CHED_OLEA2 ; DR Q13SY1, CHED_PARXL ; Q48ND8, CHED_PSE14 ; C3K1P8, CHED_PSEFS ; DR Q888V7, CHED_PSESM ; Q4ZYD2, CHED_PSEU2 ; Q9UYF7, CHED_PYRAB ; DR O58226, CHED_PYRHO ; Q8XQ82, CHED_RALN1 ; B2UHV5, CHED_RALPJ ; @@ -113772,8 +114459,8 @@ DR Q30RX6, CHED_SULDN ; Q67P69, CHED_SYMTH ; Q3A5A7, CHED_SYNC1 ; DR Q0AYK9, CHED_SYNWW ; Q5JF89, CHED_THEKO ; Q9X005, CHED_THEMA ; DR Q3SIF9, CHED_THIDA ; B3E7P9, CHED_TRIL1 ; A5F1A0, CHED_VIBC3 ; DR Q9KKL4, CHED_VIBCH ; C3LX01, CHED_VIBCM ; Q8D4X5, CHED_VIBVU ; -DR Q7MBQ4, CHED_VIBVY ; Q8PLB3, CHED_XANAC ; Q3BUA1, CHED_XANC5 ; -DR Q4UU98, CHED_XANC8 ; B0RSS2, CHED_XANCB ; Q8P9J6, CHED_XANCP ; +DR Q7MBQ4, CHED_VIBVY ; Q8PLB3, CHED_XANAC ; Q4UU98, CHED_XANC8 ; +DR B0RSS2, CHED_XANCB ; Q8P9J6, CHED_XANCP ; Q3BUA1, CHED_XANE5 ; DR Q2P1V9, CHED_XANOM ; Q5GYV9, CHED_XANOR ; Q5NRF0, CHED_ZYMMO ; DR Q63KH5, CIF_BURPS ; P0DUW5, CIF_ECOLX ; Q7N439, CIF_PHOLL ; DR A0A0H3B1Q8, CIF_YERPY ; P10221, ITP_HHV11 ; C7BKP9, PATOX_PHOAA; @@ -113854,9 +114541,9 @@ DR A0RHV8, AMIF_BACAH ; P59700, AMIF_BACAN ; B7JK27, AMIF_BACC0 ; DR B7IVH6, AMIF_BACC2 ; C1EPV3, AMIF_BACC3 ; B7H6S5, AMIF_BACC4 ; DR B9IW18, AMIF_BACCQ ; P59701, AMIF_BACCR ; Q635Y7, AMIF_BACCZ ; DR Q6HEM5, AMIF_BACHK ; Q89H51, AMIF_BRADU ; A4Z3G9, AMIF_BRASO ; -DR Q72CW9, AMIF_DESVH ; A1VEP0, AMIF_DESVV ; Q17WY3, AMIF_HELAH ; -DR B6JN78, AMIF_HELP2 ; B5Z8N3, AMIF_HELPG ; Q1CS25, AMIF_HELPH ; -DR Q9ZJY8, AMIF_HELPJ ; B2UV01, AMIF_HELPS ; O25836, AMIF_HELPY ; +DR Q17WY3, AMIF_HELAH ; B6JN78, AMIF_HELP2 ; B5Z8N3, AMIF_HELPG ; +DR Q1CS25, AMIF_HELPH ; Q9ZJY8, AMIF_HELPJ ; B2UV01, AMIF_HELPS ; +DR O25836, AMIF_HELPY ; Q72CW9, AMIF_NITV2 ; A1VEP0, AMIF_NITV4 ; DR Q7N278, AMIF_PHOLL ; Q887D9, AMIF_PSESM ; Q4ZXA2, AMIF_PSEU2 ; DR Q50228, FMDA_METME ; Q9URY7, FMDA_SCHPO ; // @@ -114056,7 +114743,8 @@ DE chenodeoxycholoyltaurine hydrolase. CA H2O + taurochenodeoxycholate = chenodeoxycholate + taurine. CC -!- Some other taurine conjugates are hydrolyzed, but not glycine CC conjugates of bile acids. -DR Q9KK62, CBH_BIFLN ; +DR P0DXD2, CBH_BIFL2 ; Q9KK62, CBH_BIFLN ; A5HKP3, CBH_LACAI ; +DR A0A805Z5R7, CBH_LACGA ; // ID 3.5.1.75 DE urethanase. @@ -114266,42 +114954,42 @@ DR B6I200, DEF_ECOSE ; B1LGP3, DEF_ECOSM ; Q1R646, DEF_ECOUT ; DR C5BF17, DEF_EDWI9 ; B2KD65, DEF_ELUMP ; B1GZ10, DEF_ENDTX ; DR A4WF95, DEF_ENT38 ; Q82ZJ0, DEF_ENTFA ; B2VK93, DEF_ERWT9 ; DR Q2NCT3, DEF_ERYLH ; B7LRQ3, DEF_ESCF3 ; B0S139, DEF_FINM2 ; -DR A5FGV5, DEF_FLAJ1 ; A6H0E7, DEF_FLAPJ ; A8LE21, DEF_FRASN ; -DR Q8REF0, DEF_FUSNN ; B8F726, DEF_GLAP5 ; Q7VKK9, DEF_HAEDU ; -DR Q4QMV6, DEF_HAEI8 ; A5UEB4, DEF_HAEIE ; A5UH92, DEF_HAEIG ; -DR P44786, DEF_HAEIN ; Q2SQX1, DEF_HAHCH ; Q9K9I9, DEF_HALH5 ; -DR B8CWS6, DEF_HALOH ; C4K6Y0, DEF_HAMD5 ; Q17XD4, DEF_HELAH ; -DR Q7VIN5, DEF_HELHP ; B0TGS8, DEF_HELMI ; B6JM24, DEF_HELP2 ; -DR B5Z7F5, DEF_HELPG ; Q1CT77, DEF_HELPH ; Q9ZL51, DEF_HELPJ ; -DR B2UT38, DEF_HELPS ; P56419, DEF_HELPY ; Q0I181, DEF_HISS1 ; -DR B0UWZ5, DEF_HISS2 ; Q31J84, DEF_HYDCU ; Q0C4V1, DEF_HYPNA ; -DR Q5QXI5, DEF_IDILO ; A8Z5V9, DEF_KARMG ; B5XNC4, DEF_KLEP3 ; -DR A6TEU0, DEF_KLEP7 ; B3WE13, DEF_LACCB ; Q1GAR4, DEF_LACDA ; -DR Q04B51, DEF_LACDB ; Q042S1, DEF_LACGA ; A8YUR0, DEF_LACH4 ; -DR Q74JW2, DEF_LACJO ; Q48661, DEF_LACLA ; Q039N7, DEF_LACP3 ; -DR A9KM99, DEF_LACP7 ; Q88VB2, DEF_LACPL ; Q38WP3, DEF_LATSS ; -DR B0SHH1, DEF_LEPBA ; Q04RW4, DEF_LEPBJ ; Q051Q7, DEF_LEPBL ; -DR B0SQM2, DEF_LEPBP ; Q72S74, DEF_LEPIC ; Q93LE9, DEF_LEPIN ; -DR Q03QL3, DEF_LEVBA ; Q1WU76, DEF_LIGS1 ; B2GBA3, DEF_LIMF3 ; -DR A5VJ71, DEF_LIMRD ; B2G6P1, DEF_LIMRJ ; Q92CX8, DEF_LISIN ; -DR C1L1X2, DEF_LISMC ; Q721B5, DEF_LISMF ; B8DCF7, DEF_LISMH ; -DR Q8Y866, DEF_LISMO ; A0AHG3, DEF_LISW6 ; B9EB04, DEF_MACCJ ; -DR Q8EVJ8, DEF_MALP2 ; Q65QF2, DEF_MANSM ; Q0ASK2, DEF_MARMM ; -DR B3DUG9, DEF_METI4 ; B8ENG6, DEF_METSB ; P94601, DEF_MICDP ; -DR Q2RK25, DEF_MOOTA ; B1MIN9, DEF_MYCA9 ; Q7U206, DEF_MYCBO ; -DR A1KFQ1, DEF_MYCBP ; C1AKA5, DEF_MYCBT ; Q7NAK8, DEF_MYCGA ; -DR P47352, DEF_MYCGE ; A4T2T4, DEF_MYCGI ; B8ZSF6, DEF_MYCLB ; -DR Q9CBI2, DEF_MYCLE ; B2HQN4, DEF_MYCMM ; Q73T03, DEF_MYCPA ; -DR P75527, DEF_MYCPN ; Q98PN3, DEF_MYCPU ; A0QQP8, DEF_MYCS2 ; -DR A3PTZ4, DEF_MYCSJ ; A1UAD9, DEF_MYCSK ; Q1BEJ4, DEF_MYCSS ; -DR A5TZF5, DEF_MYCTA ; P9WIJ2, DEF_MYCTO ; P9WIJ3, DEF_MYCTU ; -DR A0PNK2, DEF_MYCUA ; A1T320, DEF_MYCVP ; B2A2K1, DEF_NATTJ ; -DR B9L6X1, DEF_NAUPA ; Q5F5P6, DEF_NEIG1 ; A9M464, DEF_NEIM0 ; -DR P63915, DEF_NEIMA ; P63916, DEF_NEIMB ; A1KRE5, DEF_NEIMF ; -DR Q2GE16, DEF_NEOSM ; Q1QH78, DEF_NITHX ; Q3J6U0, DEF_NITOC ; -DR Q2G491, DEF_NOVAD ; Q8ER96, DEF_OCEIH ; B1ZMD5, DEF_OPITP ; -DR A5CF65, DEF_ORITB ; B3CTU1, DEF_ORITI ; A6L9R8, DEF_PARD8 ; -DR Q7U9D4, DEF_PARMW ; P57948, DEF_PASMU ; Q6D002, DEF_PECAS ; +DR A5FGV5, DEF_FLAJ1 ; A6H0E7, DEF_FLAPJ ; Q8REF0, DEF_FUSNN ; +DR B8F726, DEF_GLAP5 ; Q7VKK9, DEF_HAEDU ; Q4QMV6, DEF_HAEI8 ; +DR A5UEB4, DEF_HAEIE ; A5UH92, DEF_HAEIG ; P44786, DEF_HAEIN ; +DR Q2SQX1, DEF_HAHCH ; Q9K9I9, DEF_HALH5 ; B8CWS6, DEF_HALOH ; +DR C4K6Y0, DEF_HAMD5 ; Q17XD4, DEF_HELAH ; Q7VIN5, DEF_HELHP ; +DR B0TGS8, DEF_HELMI ; B6JM24, DEF_HELP2 ; B5Z7F5, DEF_HELPG ; +DR Q1CT77, DEF_HELPH ; Q9ZL51, DEF_HELPJ ; B2UT38, DEF_HELPS ; +DR P56419, DEF_HELPY ; Q0I181, DEF_HISS1 ; B0UWZ5, DEF_HISS2 ; +DR Q31J84, DEF_HYDCU ; Q0C4V1, DEF_HYPNA ; Q5QXI5, DEF_IDILO ; +DR A8Z5V9, DEF_KARMG ; B5XNC4, DEF_KLEP3 ; A6TEU0, DEF_KLEP7 ; +DR B3WE13, DEF_LACCB ; Q1GAR4, DEF_LACDA ; Q04B51, DEF_LACDB ; +DR Q042S1, DEF_LACGA ; A8YUR0, DEF_LACH4 ; Q74JW2, DEF_LACJO ; +DR Q48661, DEF_LACLA ; Q039N7, DEF_LACP3 ; A9KM99, DEF_LACP7 ; +DR Q88VB2, DEF_LACPL ; Q38WP3, DEF_LATSS ; B0SHH1, DEF_LEPBA ; +DR Q04RW4, DEF_LEPBJ ; Q051Q7, DEF_LEPBL ; B0SQM2, DEF_LEPBP ; +DR Q72S74, DEF_LEPIC ; Q93LE9, DEF_LEPIN ; Q03QL3, DEF_LEVBA ; +DR Q1WU76, DEF_LIGS1 ; B2GBA3, DEF_LIMF3 ; A5VJ71, DEF_LIMRD ; +DR B2G6P1, DEF_LIMRJ ; Q92CX8, DEF_LISIN ; C1L1X2, DEF_LISMC ; +DR Q721B5, DEF_LISMF ; B8DCF7, DEF_LISMH ; Q8Y866, DEF_LISMO ; +DR A0AHG3, DEF_LISW6 ; B9EB04, DEF_MACCJ ; Q8EVJ8, DEF_MALP2 ; +DR Q65QF2, DEF_MANSM ; Q0ASK2, DEF_MARMM ; B3DUG9, DEF_METI4 ; +DR B8ENG6, DEF_METSB ; P94601, DEF_MICDP ; Q2RK25, DEF_MOOTA ; +DR B1MIN9, DEF_MYCA9 ; Q7U206, DEF_MYCBO ; A1KFQ1, DEF_MYCBP ; +DR C1AKA5, DEF_MYCBT ; Q7NAK8, DEF_MYCGA ; P47352, DEF_MYCGE ; +DR A4T2T4, DEF_MYCGI ; B8ZSF6, DEF_MYCLB ; Q9CBI2, DEF_MYCLE ; +DR B2HQN4, DEF_MYCMM ; Q73T03, DEF_MYCPA ; P75527, DEF_MYCPN ; +DR Q98PN3, DEF_MYCPU ; A0QQP8, DEF_MYCS2 ; A3PTZ4, DEF_MYCSJ ; +DR A1UAD9, DEF_MYCSK ; Q1BEJ4, DEF_MYCSS ; A5TZF5, DEF_MYCTA ; +DR P9WIJ2, DEF_MYCTO ; P9WIJ3, DEF_MYCTU ; A0PNK2, DEF_MYCUA ; +DR A1T320, DEF_MYCVP ; B2A2K1, DEF_NATTJ ; B9L6X1, DEF_NAUPA ; +DR Q5F5P6, DEF_NEIG1 ; A9M464, DEF_NEIM0 ; P63915, DEF_NEIMA ; +DR P63916, DEF_NEIMB ; A1KRE5, DEF_NEIMF ; Q2GE16, DEF_NEOSM ; +DR Q1QH78, DEF_NITHX ; Q3J6U0, DEF_NITOC ; Q2G491, DEF_NOVAD ; +DR Q8ER96, DEF_OCEIH ; B1ZMD5, DEF_OPITP ; A5CF65, DEF_ORITB ; +DR B3CTU1, DEF_ORITI ; A6L9R8, DEF_PARD8 ; Q7U9D4, DEF_PARMW ; +DR A8LE21, DEF_PARS2 ; P57948, DEF_PASMU ; Q6D002, DEF_PECAS ; DR C6DFR5, DEF_PECCP ; Q03F09, DEF_PEDPA ; B4SBG6, DEF_PELPB ; DR A5D1C0, DEF_PELTS ; Q4FNG1, DEF_PELUB ; B4RDT8, DEF_PHEZH ; DR Q7MYI2, DEF_PHOLL ; A6L7J9, DEF_PHOV8 ; B1XJP0, DEF_PICP2 ; @@ -114538,11 +115226,11 @@ CC -!- It has broad specificity for AHLs with side changes ranging in length CC from 11 to 14 carbons. CC -!- Substituents at the 3'-position, as found in N-(3-oxododecanoyl)-L- CC homoserine lactone, do not affect this activity. -DR Q48KB0, PVDQ_PSE14 ; Q9I194, PVDQ_PSEAE ; Q4KCM5, PVDQ_PSEF5 ; -DR Q3KD51, PVDQ_PSEPF ; Q88IU8, PVDQ_PSEPK ; Q884D2, PVDQ_PSESM ; -DR Q4ZV08, PVDQ_PSEU2 ; Q48LS4, QUIP_PSE14 ; Q9I4U2, QUIP_PSEAE ; -DR Q4KH86, QUIP_PSEF5 ; Q3KH00, QUIP_PSEPF ; Q88NU6, QUIP_PSEPK ; -DR Q87XP3, QUIP_PSESM ; Q4ZPM1, QUIP_PSEU2 ; +DR A0A0M0ELU2, GQQA_KOMEU ; Q48KB0, PVDQ_PSE14 ; Q9I194, PVDQ_PSEAE ; +DR Q4KCM5, PVDQ_PSEF5 ; Q3KD51, PVDQ_PSEPF ; Q88IU8, PVDQ_PSEPK ; +DR Q884D2, PVDQ_PSESM ; Q4ZV08, PVDQ_PSEU2 ; Q48LS4, QUIP_PSE14 ; +DR Q9I4U2, QUIP_PSEAE ; Q4KH86, QUIP_PSEF5 ; Q3KH00, QUIP_PSEPF ; +DR Q88NU6, QUIP_PSEPK ; Q87XP3, QUIP_PSESM ; Q4ZPM1, QUIP_PSEU2 ; // ID 3.5.1.98 DE histone deacetylase. @@ -114662,16 +115350,16 @@ DR Q2J678, MSHB2_FRACC; A4F9Z0, MSHB2_SACEN; C7QKE2, MSHB3_CATAD; DR A0LW30, MSHB_ACIC1 ; C6WKX3, MSHB_ACTMD ; Q6NI09, MSHB_CORDI ; DR Q8FQG1, MSHB_COREF ; A4QD64, MSHB_CORGB ; Q8NRE9, MSHB_CORGL ; DR Q4JUD7, MSHB_CORJK ; C4LHT4, MSHB_CORK4 ; B1VFT1, MSHB_CORU7 ; -DR A8L1A5, MSHB_FRASN ; D2S9Y0, MSHB_GEOOG ; D0LD40, MSHB_GORB4 ; -DR A6W733, MSHB_KINRD ; D2PN56, MSHB_KRIFD ; A0QCB7, MSHB_MYCA1 ; -DR B1MLH7, MSHB_MYCA9 ; Q7U0H2, MSHB_MYCBO ; A1KHW1, MSHB_MYCBP ; -DR C1AMG5, MSHB_MYCBT ; A4T907, MSHB_MYCGI ; B8ZRQ3, MSHB_MYCLB ; -DR Q9CBX4, MSHB_MYCLE ; B2HSB3, MSHB_MYCMM ; Q73WP7, MSHB_MYCPA ; -DR A0R2I7, MSHB_MYCS2 ; A3Q4F8, MSHB_MYCSJ ; A1UKE3, MSHB_MYCSK ; -DR Q1B4P5, MSHB_MYCSS ; A5U1L9, MSHB_MYCTA ; A5WLJ9, MSHB_MYCTF ; -DR C6DUY7, MSHB_MYCTK ; P9WJN2, MSHB_MYCTO ; P9WJN3, MSHB_MYCTU ; -DR A0PMQ6, MSHB_MYCUA ; A1TDR0, MSHB_MYCVP ; C8XJN6, MSHB_NAKMY ; -DR D7B6L8, MSHB_NOCDD ; Q5YQD2, MSHB_NOCFA ; A1SFT8, MSHB_NOCSJ ; +DR D2S9Y0, MSHB_GEOOG ; D0LD40, MSHB_GORB4 ; A6W733, MSHB_KINRD ; +DR D2PN56, MSHB_KRIFD ; A0QCB7, MSHB_MYCA1 ; B1MLH7, MSHB_MYCA9 ; +DR Q7U0H2, MSHB_MYCBO ; A1KHW1, MSHB_MYCBP ; C1AMG5, MSHB_MYCBT ; +DR A4T907, MSHB_MYCGI ; B8ZRQ3, MSHB_MYCLB ; Q9CBX4, MSHB_MYCLE ; +DR B2HSB3, MSHB_MYCMM ; Q73WP7, MSHB_MYCPA ; A0R2I7, MSHB_MYCS2 ; +DR A3Q4F8, MSHB_MYCSJ ; A1UKE3, MSHB_MYCSK ; Q1B4P5, MSHB_MYCSS ; +DR A5U1L9, MSHB_MYCTA ; A5WLJ9, MSHB_MYCTF ; C6DUY7, MSHB_MYCTK ; +DR P9WJN2, MSHB_MYCTO ; P9WJN3, MSHB_MYCTU ; A0PMQ6, MSHB_MYCUA ; +DR A1TDR0, MSHB_MYCVP ; C8XJN6, MSHB_NAKMY ; D7B6L8, MSHB_NOCDD ; +DR Q5YQD2, MSHB_NOCFA ; A1SFT8, MSHB_NOCSJ ; A8L1A5, MSHB_PARS2 ; DR C1A2R3, MSHB_RHOE4 ; Q0S424, MSHB_RHOJR ; C1AZH2, MSHB_RHOOB ; DR C7MY07, MSHB_SACVD ; A8M3H2, MSHB_SALAI ; A4XB95, MSHB_SALTO ; DR D6ZE32, MSHB_SEGRD ; D3PW16, MSHB_STANL ; Q82IJ5, MSHB_STRAW ; @@ -114790,35 +115478,35 @@ DR B6J2P6, LPXC_COXB2 ; A9KEQ6, LPXC_COXBN ; A9NA51, LPXC_COXBR ; DR Q83F11, LPXC_COXBU ; A7MQ65, LPXC_CROS8 ; Q1LIN3, LPXC_CUPMC ; DR Q0K6N1, LPXC_CUPNH ; Q46X01, LPXC_CUPPJ ; B3R6V2, LPXC_CUPTR ; DR Q9TLX3, LPXC_CYACA ; Q47AB0, LPXC_DECAR ; A9BUL2, LPXC_DELAS ; -DR Q727D8, LPXC_DESVH ; A7ZHI7, LPXC_ECO24 ; B7UIE6, LPXC_ECO27 ; -DR B7MAL9, LPXC_ECO45 ; B7LFW6, LPXC_ECO55 ; P0A727, LPXC_ECO57 ; -DR B5YZD2, LPXC_ECO5E ; B7NHK2, LPXC_ECO7I ; B7MNV5, LPXC_ECO81 ; -DR B7M139, LPXC_ECO8A ; C4ZRJ1, LPXC_ECOBW ; B1XC73, LPXC_ECODH ; -DR A7ZW48, LPXC_ECOHS ; A1A7E1, LPXC_ECOK1 ; Q0TLP3, LPXC_ECOL5 ; -DR P0A726, LPXC_ECOL6 ; B1IR82, LPXC_ECOLC ; P0A725, LPXC_ECOLI ; -DR B7N7W9, LPXC_ECOLU ; B6HZ74, LPXC_ECOSE ; B1LG33, LPXC_ECOSM ; -DR Q1RG99, LPXC_ECOUT ; C5B9G2, LPXC_EDWI9 ; A4W6J9, LPXC_ENT38 ; -DR B2VD67, LPXC_ERWT9 ; B7LWG2, LPXC_ESCF3 ; Q14JP5, LPXC_FRAT1 ; -DR A7NET5, LPXC_FRATF ; Q2A186, LPXC_FRATH ; Q0BK05, LPXC_FRATO ; -DR Q5NI92, LPXC_FRATT ; A4J049, LPXC_FRATW ; C6E4T9, LPXC_GEOSM ; -DR A5GA17, LPXC_GEOUR ; B8F3C2, LPXC_GLAP5 ; B7KKQ2, LPXC_GLOC7 ; -DR Q7VMY6, LPXC_HAEDU ; Q4QLF2, LPXC_HAEI8 ; A5UCW3, LPXC_HAEIE ; -DR A5UIR8, LPXC_HAEIG ; P45070, LPXC_HAEIN ; Q2S9Z8, LPXC_HAHCH ; -DR A1WYT6, LPXC_HALHL ; C4K730, LPXC_HAMD5 ; Q7VHF2, LPXC_HELHP ; -DR Q1CUB0, LPXC_HELPH ; Q9ZM50, LPXC_HELPJ ; O25692, LPXC_HELPY ; -DR Q0I1C7, LPXC_HISS1 ; B0US73, LPXC_HISS2 ; Q31I39, LPXC_HYDCU ; -DR Q5R0M7, LPXC_IDILO ; B5Y1U1, LPXC_KLEP3 ; A6T4N9, LPXC_KLEP7 ; -DR C1D5L0, LPXC_LARHH ; Q1MQP6, LPXC_LAWIP ; Q5X1T2, LPXC_LEGPA ; -DR A5IAW8, LPXC_LEGPC ; Q5ZSB1, LPXC_LEGPH ; Q5WTJ3, LPXC_LEGPL ; -DR B0S9V0, LPXC_LEPBA ; Q04T70, LPXC_LEPBJ ; Q051J2, LPXC_LEPBL ; -DR B0SS82, LPXC_LEPBP ; Q72RV5, LPXC_LEPIC ; Q8F3U4, LPXC_LEPIN ; -DR Q2W0G6, LPXC_MAGSA ; Q65RZ4, LPXC_MANSM ; A6VYJ2, LPXC_MARMS ; -DR A1U3F2, LPXC_MARN8 ; Q604W4, LPXC_METCA ; Q1GZ08, LPXC_METFK ; -DR Q1D2K0, LPXC_MYXXD ; B9L6E8, LPXC_NAUPA ; Q5F569, LPXC_NEIG1 ; -DR A9LZR8, LPXC_NEIM0 ; Q9JWS2, LPXC_NEIMA ; Q9K1Q3, LPXC_NEIMB ; -DR A1KR52, LPXC_NEIMF ; Q3J796, LPXC_NITOC ; A6Q223, LPXC_NITSB ; -DR B2IWK6, LPXC_NOSP7 ; Q8YUR5, LPXC_NOSS1 ; Q30X16, LPXC_OLEA2 ; -DR A1TKD7, LPXC_PARC0 ; B2JHF3, LPXC_PARP8 ; B2SYW8, LPXC_PARPJ ; +DR A7ZHI7, LPXC_ECO24 ; B7UIE6, LPXC_ECO27 ; B7MAL9, LPXC_ECO45 ; +DR B7LFW6, LPXC_ECO55 ; P0A727, LPXC_ECO57 ; B5YZD2, LPXC_ECO5E ; +DR B7NHK2, LPXC_ECO7I ; B7MNV5, LPXC_ECO81 ; B7M139, LPXC_ECO8A ; +DR C4ZRJ1, LPXC_ECOBW ; B1XC73, LPXC_ECODH ; A7ZW48, LPXC_ECOHS ; +DR A1A7E1, LPXC_ECOK1 ; Q0TLP3, LPXC_ECOL5 ; P0A726, LPXC_ECOL6 ; +DR B1IR82, LPXC_ECOLC ; P0A725, LPXC_ECOLI ; B7N7W9, LPXC_ECOLU ; +DR B6HZ74, LPXC_ECOSE ; B1LG33, LPXC_ECOSM ; Q1RG99, LPXC_ECOUT ; +DR C5B9G2, LPXC_EDWI9 ; A4W6J9, LPXC_ENT38 ; B2VD67, LPXC_ERWT9 ; +DR B7LWG2, LPXC_ESCF3 ; Q14JP5, LPXC_FRAT1 ; A7NET5, LPXC_FRATF ; +DR Q2A186, LPXC_FRATH ; Q0BK05, LPXC_FRATO ; Q5NI92, LPXC_FRATT ; +DR A4J049, LPXC_FRATW ; C6E4T9, LPXC_GEOSM ; A5GA17, LPXC_GEOUR ; +DR B8F3C2, LPXC_GLAP5 ; B7KKQ2, LPXC_GLOC7 ; Q7VMY6, LPXC_HAEDU ; +DR Q4QLF2, LPXC_HAEI8 ; A5UCW3, LPXC_HAEIE ; A5UIR8, LPXC_HAEIG ; +DR P45070, LPXC_HAEIN ; Q2S9Z8, LPXC_HAHCH ; A1WYT6, LPXC_HALHL ; +DR C4K730, LPXC_HAMD5 ; Q7VHF2, LPXC_HELHP ; Q1CUB0, LPXC_HELPH ; +DR Q9ZM50, LPXC_HELPJ ; O25692, LPXC_HELPY ; Q0I1C7, LPXC_HISS1 ; +DR B0US73, LPXC_HISS2 ; Q31I39, LPXC_HYDCU ; Q5R0M7, LPXC_IDILO ; +DR B5Y1U1, LPXC_KLEP3 ; A6T4N9, LPXC_KLEP7 ; C1D5L0, LPXC_LARHH ; +DR Q1MQP6, LPXC_LAWIP ; Q5X1T2, LPXC_LEGPA ; A5IAW8, LPXC_LEGPC ; +DR Q5ZSB1, LPXC_LEGPH ; Q5WTJ3, LPXC_LEGPL ; B0S9V0, LPXC_LEPBA ; +DR Q04T70, LPXC_LEPBJ ; Q051J2, LPXC_LEPBL ; B0SS82, LPXC_LEPBP ; +DR Q72RV5, LPXC_LEPIC ; Q8F3U4, LPXC_LEPIN ; Q65RZ4, LPXC_MANSM ; +DR A6VYJ2, LPXC_MARMS ; A1U3F2, LPXC_MARN8 ; Q604W4, LPXC_METCA ; +DR Q1GZ08, LPXC_METFK ; Q1D2K0, LPXC_MYXXD ; B9L6E8, LPXC_NAUPA ; +DR Q5F569, LPXC_NEIG1 ; A9LZR8, LPXC_NEIM0 ; Q9JWS2, LPXC_NEIMA ; +DR Q9K1Q3, LPXC_NEIMB ; A1KR52, LPXC_NEIMF ; Q3J796, LPXC_NITOC ; +DR A6Q223, LPXC_NITSB ; Q727D8, LPXC_NITV2 ; B2IWK6, LPXC_NOSP7 ; +DR Q8YUR5, LPXC_NOSS1 ; Q30X16, LPXC_OLEA2 ; A1TKD7, LPXC_PARC0 ; +DR Q2W0G6, LPXC_PARM1 ; B2JHF3, LPXC_PARP8 ; B2SYW8, LPXC_PARPJ ; DR Q13TZ9, LPXC_PARXL ; Q9CPA5, LPXC_PASMU ; Q6D0I9, LPXC_PECAS ; DR B4RFF2, LPXC_PHEZH ; Q7N153, LPXC_PHOLL ; Q6LMG1, LPXC_PHOPR ; DR A4SV81, LPXC_POLAQ ; A1VST0, LPXC_POLNA ; B1XT16, LPXC_POLNS ; @@ -114857,8 +115545,8 @@ DR A1WI31, LPXC_VEREI ; A5CWY8, LPXC_VESOH ; B7VJ08, LPXC_VIBA3 ; DR A7MXQ6, LPXC_VIBC1 ; A5F5P3, LPXC_VIBC3 ; Q9KPH2, LPXC_VIBCH ; DR C3LQU1, LPXC_VIBCM ; Q87SF9, LPXC_VIBPA ; Q8DEL6, LPXC_VIBVU ; DR Q7MNU6, LPXC_VIBVY ; Q8D300, LPXC_WIGBR ; Q7M7X7, LPXC_WOLSU ; -DR Q8PPA3, LPXC_XANAC ; Q3BXE6, LPXC_XANC5 ; Q4UQX6, LPXC_XANC8 ; -DR B0RV99, LPXC_XANCB ; Q8PCJ5, LPXC_XANCP ; Q2NZC4, LPXC_XANOM ; +DR Q8PPA3, LPXC_XANAC ; Q4UQX6, LPXC_XANC8 ; B0RV99, LPXC_XANCB ; +DR Q8PCJ5, LPXC_XANCP ; Q3BXE6, LPXC_XANE5 ; Q2NZC4, LPXC_XANOM ; DR B2SNZ9, LPXC_XANOP ; Q5GW46, LPXC_XANOR ; Q9PF75, LPXC_XYLFA ; DR Q87AG5, LPXC_XYLFT ; A7FM60, LPXC_YERP3 ; Q8ZIE3, LPXC_YERPE ; DR Q66EJ9, LPXC_YERPS ; Q8A015, LPXZ_BACTN ; Q8KBX0, LPXZ_CHLTE ; @@ -114877,6 +115565,7 @@ CA (2) a beta-D-glucosyl-(1<->1')-N-acylsphing-4-enine + H2O = a fatty acid CA + beta-D-glucosyl-(1<->1)-sphing-4-enine. CC -!- The enzyme is involved in the sphingolipid metabolism in the CC epidermis. +DR Q13510, ASAH1_HUMAN; // ID 3.5.1.110 DE ureidoacrylate amidohydrolase. @@ -115302,6 +115991,7 @@ CA L-lysyl-[lipoyl-carrier protein]. CC -!- The enzyme, characterized from the bacterium Enterococcus faecalis, CC is a member of the Ser-Ser-Lys triad amidohydrolase family. cf. CC EC 2.3.1.313. +DR Q5XVM9, LPA_ENTFL ; // ID 3.5.1.n1 DE Transferred entry: 3.5.1.108. @@ -115514,6 +116204,7 @@ DR B9FDB8, ALN_ORYSJ ; P32375, ALN_YEAST ; // ID 3.5.2.6 DE beta-lactamase. +AN carbapenemase. AN cephalosporinase. AN penicillinase. CA a beta-lactam + H2O = a substituted beta-amino acid. @@ -115551,31 +116242,35 @@ DR P30897, BLAC_PROMI ; P80298, BLAC_PROVU ; P14171, BLAC_RHOCA ; DR P80545, BLAC_SERFO ; P00807, BLAC_STAAU ; P14559, BLAC_STRAL ; DR P35391, BLAC_STRBA ; Q06650, BLAC_STRCE ; P35392, BLAC_STRFR ; DR P81173, BLAC_STRGR ; P35393, BLAC_STRLA ; Q01166, BLAC_YEREN ; -DR Q59517, BLAF_MYCFO ; C7C422, BLAN1_KLEPN; P52663, BLAN_ENTCL ; +DR Q59517, BLAF_MYCFO ; Q9KJY7, BLAG1_KLEPN; Q93F76, BLAG2_PSEAI; +DR Q09HD0, BLAG5_KLEPN; C7C422, BLAN1_KLEPN; P52663, BLAN_ENTCL ; DR P52682, BLAN_SERMA ; P62593, BLAT_ECOLX ; Q48406, BLAT_KLEOX ; -DR P62594, BLAT_SALTI ; P28585, BLC1_ECOLX ; P74841, BLC2_SALTM ; -DR P37322, BLC3_PSEAI ; Q51355, BLC4_PSEAI ; O33807, BLC4_SALTM ; -DR O65975, BLC5_SALTM ; O65976, BLC6_SALTM ; P81781, BLC6_VIBCL ; -DR E1ANH6, BLC97_ECOLX; P37321, BLE1_PSEAI ; Q848S6, BLKPC_KLEOX; -DR Q9F663, BLKPC_KLEPN; Q00983, BLL1_PSEAI ; D4AXL1, BLML_ARTBC ; -DR P14489, BLO10_PSEAI; Q06778, BLO11_PSEAI; Q51574, BLO15_PSEAI; -DR O07293, BLO18_PSEAI; Q9R976, BLO19_PSEAI; P13661, BLO1_ECOLX ; -DR P22391, BLO1_KLEOX ; O84955, BLO20_PSEAI; P0A1V9, BLO2_ECOLX ; -DR P23954, BLO2_KLEOX ; P0A1V8, BLO2_SALTM ; Q51429, BLO3_PSEAI ; -DR Q00982, BLO5_PSEAI ; P35695, BLO7_ECOLX ; P0A3M4, BLO9_KLEAE ; -DR P0A3M3, BLO9_KLEPN ; Q03170, BLP1_PSEAI ; P16897, BLP4_PSEAI ; -DR Q47066, BLT1_ECOLX ; O69395, BLT2_ECOLX ; P0AEB2, DACA_ECOLI ; -DR Q5QJC4, DCR1A_CHICK; Q6PJP8, DCR1A_HUMAN; Q9JIC3, DCR1A_MOUSE; -DR D2H8V8, DCR1B_AILME; Q5QJC3, DCR1B_CHICK; B0V2S2, DCR1B_DANRE; -DR Q9H816, DCR1B_HUMAN; Q8C7W7, DCR1B_MOUSE; Q4KLY6, DCR1B_RAT ; -DR Q3SZM7, DPEP1_BOVIN; P16444, DPEP1_HUMAN; P31428, DPEP1_MOUSE; -DR P22412, DPEP1_PIG ; P31429, DPEP1_RABIT; P31430, DPEP1_RAT ; -DR P43477, DPEP1_SHEEP; Q9ZMM1, HCPA_HELPJ ; O25001, HCPA_HELPY ; -DR O25103, HCPB_HELPY ; Q9ZKB5, HCPC_HELPJ ; O25728, HCPC_HELPY ; -DR Q9ZMS0, HCPD_HELPJ ; O24968, HCPD_HELPY ; Q9ZMJ9, HCPE_HELPJ ; -DR O25021, HCPE_HELPY ; P71778, LIPL_MYCTU ; A5PJT0, MBLC2_BOVIN; -DR Q5F336, MBLC2_CHICK; Q68D91, MBLC2_HUMAN; Q8BL86, MBLC2_MOUSE; -DR Q02940, PENA_BURM1 ; P9WGZ9, RNJ_MYCTU ; P54427, YBXI_BACSU ; +DR P62594, BLAT_SALTI ; O53044, BLC04_KLEPN; Q99QC1, BLC10_KLEAE; +DR A0A649V088, BLC14_ECOLX; A0A5R8T042, BLC15_ECO25; P28585, BLC1_ECOLX ; +DR Q8KSA6, BLC25_ECOLX; P74841, BLC2_SALTM ; P37322, BLC3_PSEAI ; +DR Q51355, BLC4_PSEAI ; O33807, BLC4_SALTM ; O65975, BLC5_SALTM ; +DR O65976, BLC6_SALTM ; P81781, BLC6_VIBCL ; Q9RMT4, BLC8_CITAM ; +DR E1ANH6, BLC97_ECOLX; P71420, BLCY1_KLEPN; Q48434, BLCY2_KLEPN; +DR P37321, BLE1_PSEAI ; Q848S6, BLKPC_KLEOX; Q9F663, BLKPC_KLEPN; +DR Q00983, BLL1_PSEAI ; D4AXL1, BLML_ARTBC ; P14489, BLO10_PSEAI; +DR Q06778, BLO11_PSEAI; Q51574, BLO15_PSEAI; O07293, BLO18_PSEAI; +DR Q9R976, BLO19_PSEAI; P13661, BLO1_ECOLX ; P22391, BLO1_KLEOX ; +DR O84955, BLO20_PSEAI; P0A1V9, BLO2_ECOLX ; P23954, BLO2_KLEOX ; +DR P0A1V8, BLO2_SALTM ; Q51429, BLO3_PSEAI ; Q00982, BLO5_PSEAI ; +DR P35695, BLO7_ECOLX ; P0A3M4, BLO9_KLEAE ; P0A3M3, BLO9_KLEPN ; +DR Q03170, BLP1_PSEAI ; P16897, BLP4_PSEAI ; Q47066, BLT1_ECOLX ; +DR O69395, BLT2_ECOLX ; P0AEB2, DACA_ECOLI ; Q5QJC4, DCR1A_CHICK; +DR Q6PJP8, DCR1A_HUMAN; Q9JIC3, DCR1A_MOUSE; D2H8V8, DCR1B_AILME; +DR Q5QJC3, DCR1B_CHICK; B0V2S2, DCR1B_DANRE; Q9H816, DCR1B_HUMAN; +DR Q8C7W7, DCR1B_MOUSE; Q4KLY6, DCR1B_RAT ; Q3SZM7, DPEP1_BOVIN; +DR P16444, DPEP1_HUMAN; P31428, DPEP1_MOUSE; P22412, DPEP1_PIG ; +DR P31429, DPEP1_RABIT; P31430, DPEP1_RAT ; P43477, DPEP1_SHEEP; +DR Q9ZMM1, HCPA_HELPJ ; O25001, HCPA_HELPY ; O25103, HCPB_HELPY ; +DR Q9ZKB5, HCPC_HELPJ ; O25728, HCPC_HELPY ; Q9ZMS0, HCPD_HELPJ ; +DR O24968, HCPD_HELPY ; Q9ZMJ9, HCPE_HELPJ ; O25021, HCPE_HELPY ; +DR P71778, LIPL_MYCTU ; A5PJT0, MBLC2_BOVIN; Q5F336, MBLC2_CHICK; +DR Q68D91, MBLC2_HUMAN; Q8BL86, MBLC2_MOUSE; Q02940, PENA_BURM1 ; +DR P9WGZ9, RNJ_MYCTU ; P54427, YBXI_BACSU ; // ID 3.5.2.7 DE imidazolonepropionase. @@ -115669,8 +116364,8 @@ DR Q9HLJ0, HUTI_THEAC ; B0KCB7, HUTI_THEP3 ; Q978N3, HUTI_THEVO ; DR Q73RN8, HUTI_TREDE ; A1WP07, HUTI_VEREI ; A7MVK3, HUTI_VIBC1 ; DR A5F1X8, HUTI_VIBC3 ; Q9KSQ1, HUTI_VIBCH ; C3LLQ1, HUTI_VIBCM ; DR Q87Q74, HUTI_VIBPA ; Q8DA18, HUTI_VIBVU ; Q7MK61, HUTI_VIBVY ; -DR Q8PLZ7, HUTI_XANAC ; Q3BV03, HUTI_XANC5 ; Q4UTC0, HUTI_XANC8 ; -DR Q8PAA6, HUTI_XANCP ; Q2P345, HUTI_XANOM ; B2SJI1, HUTI_XANOP ; +DR Q8PLZ7, HUTI_XANAC ; Q4UTC0, HUTI_XANC8 ; Q8PAA6, HUTI_XANCP ; +DR Q3BV03, HUTI_XANE5 ; Q2P345, HUTI_XANOM ; B2SJI1, HUTI_XANOP ; DR Q5H071, HUTI_XANOR ; Q561L6, HUTI_XENLA ; Q68EP2, HUTI_XENTR ; DR A1JS25, HUTI_YERE8 ; A7FIK8, HUTI_YERP3 ; Q1C8A1, HUTI_YERPA ; DR Q9ZC74, HUTI_YERPE ; A9QZ55, HUTI_YERPG ; Q1CJP8, HUTI_YERPN ; @@ -115891,13 +116586,13 @@ DR P14012, ARGI_AGRFC ; P49900, ARGI_AQUCT ; P53608, ARGI_BACCD ; DR P39138, ARGI_BACSU ; Q7M0Z3, ARGI_BREBE ; P0A2Y1, ARGI_BRUAB ; DR P0A2X9, ARGI_BRUME ; P0A2Y0, ARGI_BRUSU ; Q1E180, ARGI_COCIM ; DR P40906, ARGI_COCP7 ; Q12611, ARGI_EMENI ; C4LSS0, ARGI_ENTH1 ; -DR Q74ZW4, ARGI_EREGS ; Q6CLS8, ARGI_KLULA ; G7JFU5, ARGI_MEDTR ; -DR P33280, ARGI_NEUCR ; A0A509AF89, ARGI_PLABA ; Q8I384, ARGI_PLAF7 ; -DR O49046, ARGI_SOYBN ; P60086, ARGI_STAAC ; P60087, ARGI_STAAM ; -DR P60088, ARGI_STAAN ; Q6GER3, ARGI_STAAR ; Q6G7E9, ARGI_STAAS ; -DR Q8NVE3, ARGI_STAAW ; P00812, ARGI_YEAST ; Q91553, ARGN1_XENLA; -DR Q91554, ARGN2_XENLA; Q91555, ARGN3_XENLA; Q9BSE5, GDAH_HUMAN ; -DR A2AS89, GDAH_MOUSE ; Q0D2L3, GDAH_RAT ; +DR Q74ZW4, ARGI_EREGS ; A0A2R2JFW7, ARGI_GLAA1 ; Q6CLS8, ARGI_KLULA ; +DR G7JFU5, ARGI_MEDTR ; P33280, ARGI_NEUCR ; A0A509AF89, ARGI_PLABA ; +DR Q8I384, ARGI_PLAF7 ; O49046, ARGI_SOYBN ; P60086, ARGI_STAAC ; +DR P60087, ARGI_STAAM ; P60088, ARGI_STAAN ; Q6GER3, ARGI_STAAR ; +DR Q6G7E9, ARGI_STAAS ; Q8NVE3, ARGI_STAAW ; P00812, ARGI_YEAST ; +DR Q91553, ARGN1_XENLA; Q91554, ARGN2_XENLA; Q91555, ARGN3_XENLA; +DR Q9BSE5, GDAH_HUMAN ; A2AS89, GDAH_MOUSE ; Q0D2L3, GDAH_RAT ; // ID 3.5.3.2 DE guanidinoacetase. @@ -116051,38 +116746,36 @@ DR Q655X8, AAH_ORYSJ ; O32149, ALLC_BACSU ; P77425, ALLC_ECOLI ; ID 3.5.3.10 DE D-arginase. CA D-arginine + H2O = D-ornithine + urea. -DR Q8KZT5, GBH_ARTS8 ; // ID 3.5.3.11 DE agmatinase. AN agmatine ureohydrolase. CA agmatine + H2O = putrescine + urea. -DR O57839, AGMT_PYRHO ; P46637, ARGI1_ARATH; Q9ZPF5, ARGI2_ARATH; -DR G7JFU5, ARGI_MEDTR ; Q10088, SPEB1_SCHPO; P72703, SPEB1_SYNY3; -DR O42887, SPEB2_SCHPO; P73270, SPEB2_SYNY3; Q9C0Y9, SPEB3_SCHPO; -DR Q5JI38, SPEBH_THEKO; Q81JT1, SPEB_BACAN ; Q814Q2, SPEB_BACCR ; -DR P70999, SPEB_BACSU ; Q7VRG4, SPEB_BLOFL ; Q90XD2, SPEB_CHICK ; -DR Q7P0S6, SPEB_CHRVO ; A8APF8, SPEB_CITK8 ; A7MJQ1, SPEB_CROS8 ; -DR A7ZR59, SPEB_ECO24 ; B7UHY3, SPEB_ECO27 ; B7MMC5, SPEB_ECO45 ; -DR B7LFJ6, SPEB_ECO55 ; P60652, SPEB_ECO57 ; B5YQD4, SPEB_ECO5E ; -DR B7NI01, SPEB_ECO7I ; B7MZN5, SPEB_ECO81 ; B7LYW6, SPEB_ECO8A ; -DR C5A0K6, SPEB_ECOBW ; B1XF99, SPEB_ECODH ; A8A477, SPEB_ECOHS ; -DR A1AFC5, SPEB_ECOK1 ; Q0TDR4, SPEB_ECOL5 ; Q8FE36, SPEB_ECOL6 ; -DR B1IT67, SPEB_ECOLC ; P60651, SPEB_ECOLI ; B7N7I9, SPEB_ECOLU ; -DR B6I775, SPEB_ECOSE ; B1LDE6, SPEB_ECOSM ; Q1R791, SPEB_ECOUT ; -DR C5BAV1, SPEB_EDWI9 ; A4WE75, SPEB_ENT38 ; B7LPE7, SPEB_ESCF3 ; -DR Q9K6B9, SPEB_HALH5 ; B5XUB2, SPEB_KLEP3 ; A6TDU9, SPEB_KLEP7 ; -DR Q57757, SPEB_METJA ; Q5F6R3, SPEB_NEIG1 ; B4RP98, SPEB_NEIG2 ; -DR A9M254, SPEB_NEIM0 ; P60653, SPEB_NEIMA ; P60654, SPEB_NEIMB ; -DR A1KVF9, SPEB_NEIMF ; Q7N122, SPEB_PHOLL ; B4F1A3, SPEB_PROMH ; -DR Q7X3P1, SPEB_PROMI ; B5F5K3, SPEB_SALA4 ; Q57K36, SPEB_SALCH ; -DR B5FUJ0, SPEB_SALDC ; B5QXK5, SPEB_SALEP ; B5RE39, SPEB_SALG2 ; -DR B4THG3, SPEB_SALHS ; B4T5I5, SPEB_SALNS ; Q5PJH7, SPEB_SALPA ; -DR A9N3R6, SPEB_SALPB ; C0PY54, SPEB_SALPC ; B5BFP3, SPEB_SALPK ; -DR B4TV53, SPEB_SALSV ; P60655, SPEB_SALTI ; P60656, SPEB_SALTY ; -DR A8GIX7, SPEB_SERP5 ; B2U0V8, SPEB_SHIB3 ; Q31WK0, SPEB_SHIBS ; -DR Q32C02, SPEB_SHIDS ; Q0T0V7, SPEB_SHIF8 ; P60657, SPEB_SHIFL ; -DR Q3YXT4, SPEB_SHISS ; Q2NRD3, SPEB_SODGM ; +DR O57839, AGMT_PYRHO ; Q5JI38, APAUH_THEKO; P46637, ARGI1_ARATH; +DR Q9ZPF5, ARGI2_ARATH; G7JFU5, ARGI_MEDTR ; Q10088, SPEB1_SCHPO; +DR O42887, SPEB2_SCHPO; Q9C0Y9, SPEB3_SCHPO; Q81JT1, SPEB_BACAN ; +DR Q814Q2, SPEB_BACCR ; P70999, SPEB_BACSU ; Q7VRG4, SPEB_BLOFL ; +DR Q90XD2, SPEB_CHICK ; Q7P0S6, SPEB_CHRVO ; A8APF8, SPEB_CITK8 ; +DR A7MJQ1, SPEB_CROS8 ; A7ZR59, SPEB_ECO24 ; B7UHY3, SPEB_ECO27 ; +DR B7MMC5, SPEB_ECO45 ; B7LFJ6, SPEB_ECO55 ; P60652, SPEB_ECO57 ; +DR B5YQD4, SPEB_ECO5E ; B7NI01, SPEB_ECO7I ; B7MZN5, SPEB_ECO81 ; +DR B7LYW6, SPEB_ECO8A ; C5A0K6, SPEB_ECOBW ; B1XF99, SPEB_ECODH ; +DR A8A477, SPEB_ECOHS ; A1AFC5, SPEB_ECOK1 ; Q0TDR4, SPEB_ECOL5 ; +DR Q8FE36, SPEB_ECOL6 ; B1IT67, SPEB_ECOLC ; P60651, SPEB_ECOLI ; +DR B7N7I9, SPEB_ECOLU ; B6I775, SPEB_ECOSE ; B1LDE6, SPEB_ECOSM ; +DR Q1R791, SPEB_ECOUT ; C5BAV1, SPEB_EDWI9 ; A4WE75, SPEB_ENT38 ; +DR B7LPE7, SPEB_ESCF3 ; Q9K6B9, SPEB_HALH5 ; B5XUB2, SPEB_KLEP3 ; +DR A6TDU9, SPEB_KLEP7 ; Q57757, SPEB_METJA ; Q5F6R3, SPEB_NEIG1 ; +DR B4RP98, SPEB_NEIG2 ; A9M254, SPEB_NEIM0 ; P60653, SPEB_NEIMA ; +DR P60654, SPEB_NEIMB ; A1KVF9, SPEB_NEIMF ; Q7N122, SPEB_PHOLL ; +DR B4F1A3, SPEB_PROMH ; Q7X3P1, SPEB_PROMI ; B5F5K3, SPEB_SALA4 ; +DR Q57K36, SPEB_SALCH ; B5FUJ0, SPEB_SALDC ; B5QXK5, SPEB_SALEP ; +DR B5RE39, SPEB_SALG2 ; B4THG3, SPEB_SALHS ; B4T5I5, SPEB_SALNS ; +DR Q5PJH7, SPEB_SALPA ; A9N3R6, SPEB_SALPB ; C0PY54, SPEB_SALPC ; +DR B5BFP3, SPEB_SALPK ; B4TV53, SPEB_SALSV ; P60655, SPEB_SALTI ; +DR P60656, SPEB_SALTY ; A8GIX7, SPEB_SERP5 ; B2U0V8, SPEB_SHIB3 ; +DR Q31WK0, SPEB_SHIBS ; Q32C02, SPEB_SHIDS ; Q0T0V7, SPEB_SHIF8 ; +DR P60657, SPEB_SHIFL ; Q3YXT4, SPEB_SHISS ; Q2NRD3, SPEB_SODGM ; // ID 3.5.3.12 DE agmatine deiminase. @@ -116258,12 +116951,13 @@ DR Q66B18, ASTB_YERPS ; B1JMD0, ASTB_YERPY ; Q5NNB4, ASTB_ZYMMO ; // ID 3.5.3.24 DE N(1)-aminopropylagmatine ureohydrolase. -CA H2O + N(1)-aminopropylagmatine = spermidine + urea. +CA H2O + N(1)-(3-aminopropyl)agmatine = spermidine + urea. CC -!- The enzyme, which has been characterized from the hyperthermophilic CC archaeon Pyrococcus kodakarensis and the thermophilic Gram-negative CC bacterium Thermus thermophilus, is involved in the biosynthesis of CC spermidine. -DR Q5SJ85, SEPBH_THET8; Q5JI38, SPEBH_THEKO; Q72JK8, SPEBH_THET2; +DR P72703, APAUH_SYNY3; Q5JI38, APAUH_THEKO; Q72JK8, APAUH_THET2; +DR Q5SJ85, APAUH_THET8; // ID 3.5.3.25 DE N(omega)-hydroxy-L-arginine amidinohydrolase. @@ -116281,6 +116975,15 @@ CC compounds. CC -!- In plants it is localized in the endoplasmic reticulum. DR P75713, ALLE_ECOLI ; Q8GXV5, UGHY_ARATH ; Q7F1K9, UGHY_ORYSJ ; // +ID 3.5.3.27 +DE arginine dihydrolase. +CA 2 H(+) + 2 H2O + L-arginine = CO2 + L-ornithine + 2 NH4(+). +CC -!- The enzyme, characterized from different cyanobacterial species, +CC is highly specific to arginine and does not require a metal cofactor. +CC -!- The enzyme from Nostoc is bifunctional, and also catalyzes the +CC activity of EC 4.3.1.12. +DR Q8YMD9, AGRE_NOSS1 ; P74535, ARGZ_SYNY3 ; +// ID 3.5.4.1 DE cytosine deaminase. AN Cytosine aminohydrolase. @@ -116316,26 +117019,26 @@ DR Q0TR21, ADEC_CLOP1 ; Q8XKX4, ADEC_CLOPE ; Q3Z8C6, ADEC_DEHM1 ; DR A5FR71, ADEC_DEHMB ; Q3ZXH1, ADEC_DEHMC ; C1CZZ4, ADEC_DEIDV ; DR Q1J1B1, ADEC_DEIGD ; Q9RYP0, ADEC_DEIRA ; B8FLT9, ADEC_DESAL ; DR B8FPU4, ADEC_DESHD ; Q24R88, ADEC_DESHY ; A4J872, ADEC_DESRM ; -DR Q72EX7, ADEC_DESVH ; A1VGE5, ADEC_DESVV ; A7ZTM0, ADEC_ECO24 ; -DR B7MFN5, ADEC_ECO45 ; B7L789, ADEC_ECO55 ; Q7A9L5, ADEC_ECO57 ; -DR B5YX72, ADEC_ECO5E ; B7NQW3, ADEC_ECO7I ; B7N1X4, ADEC_ECO81 ; -DR B7M4F2, ADEC_ECO8A ; C4ZXQ7, ADEC_ECOBW ; B1X998, ADEC_ECODH ; -DR A8A6C8, ADEC_ECOHS ; A1AHK5, ADEC_ECOK1 ; Q0TB37, ADEC_ECOL5 ; -DR Q8FBX7, ADEC_ECOL6 ; B1IYS4, ADEC_ECOLC ; P31441, ADEC_ECOLI ; -DR B7NEX9, ADEC_ECOLU ; B6I3P6, ADEC_ECOSE ; B1LKZ0, ADEC_ECOSM ; -DR Q1R4R6, ADEC_ECOUT ; C5BF52, ADEC_EDWI9 ; Q835Z6, ADEC_ENTFA ; -DR B7LK09, ADEC_ESCF3 ; A6GYI0, ADEC_FLAPJ ; Q5KY53, ADEC_GEOKA ; -DR Q5FQ87, ADEC_GLUOX ; Q9KF46, ADEC_HALH5 ; B5XP95, ADEC_KLEP3 ; -DR A6TBK1, ADEC_KLEP7 ; C5CI63, ADEC_KOSOT ; Q1G825, ADEC_LACDA ; -DR Q88SR1, ADEC_LACPL ; B1MY57, ADEC_LEUCK ; Q03YC9, ADEC_LEUMM ; -DR Q1WTM3, ADEC_LIGS1 ; Q92AR6, ADEC_LISIN ; Q71YS6, ADEC_LISMF ; -DR Q8Y6E5, ADEC_LISMO ; A0AJJ5, ADEC_LISW6 ; B1HR71, ADEC_LYSSC ; -DR A6UVJ0, ADEC_META3 ; Q8TNH5, ADEC_METAC ; A7I8N1, ADEC_METB6 ; -DR Q466H2, ADEC_METBF ; Q12XX8, ADEC_METBU ; Q58854, ADEC_METJA ; -DR Q8TX47, ADEC_METKA ; Q8PT13, ADEC_METMA ; A3CVR8, ADEC_METMJ ; -DR B8IB34, ADEC_METNO ; A5ULK1, ADEC_METS3 ; B0UDG6, ADEC_METS4 ; -DR Q2NER8, ADEC_METST ; O26952, ADEC_METTH ; A0B6I9, ADEC_METTP ; -DR Q2RL95, ADEC_MOOTA ; Q8CUS7, ADEC_OCEIH ; Q317F9, ADEC_OLEA2 ; +DR A7ZTM0, ADEC_ECO24 ; B7MFN5, ADEC_ECO45 ; B7L789, ADEC_ECO55 ; +DR Q7A9L5, ADEC_ECO57 ; B5YX72, ADEC_ECO5E ; B7NQW3, ADEC_ECO7I ; +DR B7N1X4, ADEC_ECO81 ; B7M4F2, ADEC_ECO8A ; C4ZXQ7, ADEC_ECOBW ; +DR B1X998, ADEC_ECODH ; A8A6C8, ADEC_ECOHS ; A1AHK5, ADEC_ECOK1 ; +DR Q0TB37, ADEC_ECOL5 ; Q8FBX7, ADEC_ECOL6 ; B1IYS4, ADEC_ECOLC ; +DR P31441, ADEC_ECOLI ; B7NEX9, ADEC_ECOLU ; B6I3P6, ADEC_ECOSE ; +DR B1LKZ0, ADEC_ECOSM ; Q1R4R6, ADEC_ECOUT ; C5BF52, ADEC_EDWI9 ; +DR Q835Z6, ADEC_ENTFA ; B7LK09, ADEC_ESCF3 ; A6GYI0, ADEC_FLAPJ ; +DR Q5KY53, ADEC_GEOKA ; Q5FQ87, ADEC_GLUOX ; Q9KF46, ADEC_HALH5 ; +DR B5XP95, ADEC_KLEP3 ; A6TBK1, ADEC_KLEP7 ; C5CI63, ADEC_KOSOT ; +DR Q1G825, ADEC_LACDA ; Q88SR1, ADEC_LACPL ; B1MY57, ADEC_LEUCK ; +DR Q03YC9, ADEC_LEUMM ; Q1WTM3, ADEC_LIGS1 ; Q92AR6, ADEC_LISIN ; +DR Q71YS6, ADEC_LISMF ; Q8Y6E5, ADEC_LISMO ; A0AJJ5, ADEC_LISW6 ; +DR B1HR71, ADEC_LYSSC ; A6UVJ0, ADEC_META3 ; Q8TNH5, ADEC_METAC ; +DR A7I8N1, ADEC_METB6 ; Q466H2, ADEC_METBF ; Q12XX8, ADEC_METBU ; +DR Q58854, ADEC_METJA ; Q8TX47, ADEC_METKA ; Q8PT13, ADEC_METMA ; +DR A3CVR8, ADEC_METMJ ; B8IB34, ADEC_METNO ; A5ULK1, ADEC_METS3 ; +DR B0UDG6, ADEC_METS4 ; Q2NER8, ADEC_METST ; O26952, ADEC_METTH ; +DR A0B6I9, ADEC_METTP ; Q2RL95, ADEC_MOOTA ; Q72EX7, ADEC_NITV2 ; +DR A1VGE5, ADEC_NITV4 ; Q8CUS7, ADEC_OCEIH ; Q317F9, ADEC_OLEA2 ; DR A6LG60, ADEC_PARD8 ; A1B5X6, ADEC_PARDP ; A9BIU9, ADEC_PETMO ; DR Q98NF9, ADEC_RHILO ; Q16CI8, ADEC_ROSDO ; Q1AZ25, ADEC_RUBXD ; DR Q5LM18, ADEC_RUEPO ; Q1GCT5, ADEC_RUEST ; Q2S006, ADEC_SALRD ; @@ -116388,9 +117091,10 @@ CA (1) adenosine + H(+) + H2O = inosine + NH4(+). CA (2) 2'-deoxyadenosine + H(+) + H2O = 2'-deoxyinosine + NH4(+). DR P84520, ADA2_CHICK ; P58781, ADA2_DANRE ; Q553U5, ADA2_DICDI ; DR Q9NZK5, ADA2_HUMAN ; P58780, ADA2_PIG ; Q5RC46, ADA2_PONAB ; -DR Q2VQV9, ADA2_XENLA ; P56658, ADA_BOVIN ; Q5ZKP6, ADA_CHICK ; -DR Q6DG22, ADA_DANRE ; Q54KF3, ADA_DICDI ; P00813, ADA_HUMAN ; -DR P03958, ADA_MOUSE ; A0A509ALD0, ADA_PLABA ; K6UCV4, ADA_PLACD ; +DR Q2VQV9, ADA2_XENLA ; Q5MIX2, ADA_AEDAL ; P56658, ADA_BOVIN ; +DR Q5ZKP6, ADA_CHICK ; Q6DG22, ADA_DANRE ; Q54KF3, ADA_DICDI ; +DR P00813, ADA_HUMAN ; Q9NC65, ADA_LUTLO ; P03958, ADA_MOUSE ; +DR Q06K61, ADA_PHLDU ; A0A509ALD0, ADA_PLABA ; K6UCV4, ADA_PLACD ; DR Q8IJA9, ADA_PLAF7 ; A0A0K1SC59, ADA_PLAGA ; A0A1Y3DYH2, ADA_PLAKN ; DR A5KE01, ADA_PLAVS ; Q920P6, ADA_RAT ; Q6GP70, ADA_XENLA ; DR Q63ZU0, ADA_XENTR ; Q9AK25, ADD1_STRCO ; Q9X7T2, ADD2_STRCO ; @@ -116636,7 +117340,7 @@ DR Q9Z8K3, FOLD_CHLPN ; B9LD23, FOLD_CHLSY ; B0B9I6, FOLD_CHLT2 ; DR B3QUL4, FOLD_CHLT3 ; Q3KMU3, FOLD_CHLTA ; B0BB65, FOLD_CHLTB ; DR O84081, FOLD_CHLTR ; A0M554, FOLD_CHRFK ; Q1QVV9, FOLD_CHRSD ; DR Q7NWQ6, FOLD_CHRVO ; A8AJS4, FOLD_CITK8 ; A5CU17, FOLD_CLAM3 ; -DR B0RDR2, FOLD_CLAMS ; Q97HC9, FOLD_CLOAB ; A7FT56, FOLD_CLOB1 ; +DR B0RDR2, FOLD_CLASE ; Q97HC9, FOLD_CLOAB ; A7FT56, FOLD_CLOB1 ; DR C3KT80, FOLD_CLOB6 ; A6LU44, FOLD_CLOB8 ; B2V4R7, FOLD_CLOBA ; DR B2TRN5, FOLD_CLOBB ; A5I112, FOLD_CLOBH ; C1FKP7, FOLD_CLOBJ ; DR B1IIW9, FOLD_CLOBK ; A7GCL0, FOLD_CLOBL ; B1KZC8, FOLD_CLOBM ; @@ -116653,8 +117357,7 @@ DR Q11UD1, FOLD_CYTH3 ; Q47IX6, FOLD_DECAR ; Q3Z8K6, FOLD_DEHM1 ; DR A5FRF1, FOLD_DEHMB ; Q3ZX43, FOLD_DEHMC ; Q9RW02, FOLD_DEIRA ; DR A9BWT7, FOLD_DELAS ; C0QAY0, FOLD_DESAH ; B8FLE5, FOLD_DESAL ; DR B8J466, FOLD_DESDA ; A8ZTQ4, FOLD_DESOH ; Q6ALZ5, FOLD_DESPS ; -DR A4J3F5, FOLD_DESRM ; Q72F91, FOLD_DESVH ; B8DMA9, FOLD_DESVM ; -DR A1VGV4, FOLD_DESVV ; A5EX57, FOLD_DICNV ; B5YA73, FOLD_DICT6 ; +DR A4J3F5, FOLD_DESRM ; A5EX57, FOLD_DICNV ; B5YA73, FOLD_DICT6 ; DR B8E335, FOLD_DICTD ; A8LIR3, FOLD_DINSH ; A7ZIT8, FOLD_ECO24 ; DR B7UKK6, FOLD_ECO27 ; B7ME52, FOLD_ECO45 ; B7L7F6, FOLD_ECO55 ; DR Q8XCT6, FOLD_ECO57 ; B5YPP4, FOLD_ECO5E ; B7NL23, FOLD_ECO7I ; @@ -116668,41 +117371,40 @@ DR Q5HAK8, FOLD_EHRRW ; B2KB67, FOLD_ELUMP ; A4W7J0, FOLD_ENT38 ; DR Q836W7, FOLD_ENTFA ; B2VBD1, FOLD_ERWT9 ; Q2N7E3, FOLD_ERYLH ; DR B7LJI7, FOLD_ESCF3 ; B1YLQ1, FOLD_EXIS2 ; C4L3F6, FOLD_EXISA ; DR A7HMQ2, FOLD_FERNB ; A5FNE3, FOLD_FLAJ1 ; A6GZM5, FOLD_FLAPJ ; -DR B0U009, FOLD_FRAP2 ; A8L893, FOLD_FRASN ; Q14HV5, FOLD_FRAT1 ; -DR A7NA91, FOLD_FRATF ; Q2A535, FOLD_FRATH ; B2SF67, FOLD_FRATM ; -DR A0Q505, FOLD_FRATN ; Q0BNF1, FOLD_FRATO ; Q5NGF3, FOLD_FRATT ; -DR A4IYR4, FOLD_FRATW ; Q8RDM4, FOLD_FUSNN ; B9M769, FOLD_GEODF ; -DR Q75TC1, FOLD_GEOKA ; A4IQS0, FOLD_GEOTN ; A5GAM5, FOLD_GEOUR ; -DR B8F605, FOLD_GLAP5 ; B7KEP3, FOLD_GLOC7 ; Q7NJE8, FOLD_GLOVI ; -DR A9HEL1, FOLD_GLUDA ; Q5FST0, FOLD_GLUOX ; Q7VM86, FOLD_HAEDU ; -DR Q4QMI7, FOLD_HAEI8 ; A5UAS4, FOLD_HAEIE ; A5UHL4, FOLD_HAEIG ; -DR P44313, FOLD_HAEIN ; Q2SK39, FOLD_HAHCH ; Q9K966, FOLD_HALH5 ; -DR A1WUN4, FOLD_HALHL ; B8D2H8, FOLD_HALOH ; Q9HPY4, FOLD_HALSA ; -DR Q18GK1, FOLD_HALWD ; C4K7E4, FOLD_HAMD5 ; Q17W13, FOLD_HELAH ; -DR Q7VGF6, FOLD_HELHP ; B0TFC9, FOLD_HELMI ; Q1CTU9, FOLD_HELPH ; -DR Q9ZLQ4, FOLD_HELPJ ; P56467, FOLD_HELPY ; A9AZP9, FOLD_HERA2 ; -DR A4G352, FOLD_HERAR ; Q0I3S5, FOLD_HISS1 ; B0USU2, FOLD_HISS2 ; -DR B4U8W9, FOLD_HYDS0 ; Q0BX67, FOLD_HYPNA ; Q5QWH6, FOLD_IDILO ; -DR A6SVR5, FOLD_JANMA ; Q28TR2, FOLD_JANSC ; A6WF54, FOLD_KINRD ; -DR B5Y0K4, FOLD_KLEP3 ; A6T5R4, FOLD_KLEP7 ; B2GM30, FOLD_KOCRD ; -DR Q1II76, FOLD_KORVE ; C5CI88, FOLD_KOSOT ; Q5FJG5, FOLD_LACAC ; -DR B3WEY4, FOLD_LACCB ; Q1G9H1, FOLD_LACDA ; Q049N0, FOLD_LACDB ; -DR Q044I0, FOLD_LACGA ; A8YVX0, FOLD_LACH4 ; Q9CH85, FOLD_LACLA ; -DR A2RLU5, FOLD_LACLM ; Q030A3, FOLD_LACLS ; Q038F9, FOLD_LACP3 ; -DR A9KLS3, FOLD_LACP7 ; Q88WM8, FOLD_LACPL ; C1D5X9, FOLD_LARHH ; -DR Q38XU9, FOLD_LATSS ; Q1MPZ8, FOLD_LAWIP ; Q5X5Q9, FOLD_LEGPA ; -DR A5IBF0, FOLD_LEGPC ; Q5ZVZ1, FOLD_LEGPH ; Q5WX38, FOLD_LEGPL ; -DR Q6ADF1, FOLD_LEIXX ; B0S8U6, FOLD_LEPBA ; Q04SB2, FOLD_LEPBJ ; -DR Q050D8, FOLD_LEPBL ; B0SRN4, FOLD_LEPBP ; Q72QT3, FOLD_LEPIC ; -DR Q8F523, FOLD_LEPIN ; B1N044, FOLD_LEUCK ; Q03YZ6, FOLD_LEUMM ; -DR Q03RR1, FOLD_LEVBA ; Q1WUJ3, FOLD_LIGS1 ; B2GD67, FOLD_LIMF3 ; -DR A5VKR7, FOLD_LIMRD ; B2G850, FOLD_LIMRJ ; Q92BZ4, FOLD_LISIN ; -DR C1L2R6, FOLD_LISMC ; Q71ZW2, FOLD_LISMF ; B8DFW8, FOLD_LISMH ; -DR Q8Y7C5, FOLD_LISMO ; A0AIG1, FOLD_LISW6 ; B1HRX9, FOLD_LYSSC ; -DR B9EAY2, FOLD_MACCJ ; A0LE04, FOLD_MAGMM ; Q2VYZ7, FOLD_MAGSA ; -DR Q8EV80, FOLD_MALP2 ; Q65RF1, FOLD_MANSM ; Q0ATP0, FOLD_MARMM ; -DR A6W1T1, FOLD_MARMS ; A1U1Q5, FOLD_MARN8 ; C6BSL6, FOLD_MARSD ; -DR Q6F1V0, FOLD_MESFL ; Q6KID0, FOLD_MESM1 ; B3PMJ8, FOLD_META1 ; +DR B0U009, FOLD_FRAP2 ; Q14HV5, FOLD_FRAT1 ; A7NA91, FOLD_FRATF ; +DR Q2A535, FOLD_FRATH ; B2SF67, FOLD_FRATM ; A0Q505, FOLD_FRATN ; +DR Q0BNF1, FOLD_FRATO ; Q5NGF3, FOLD_FRATT ; A4IYR4, FOLD_FRATW ; +DR Q8RDM4, FOLD_FUSNN ; B9M769, FOLD_GEODF ; Q75TC1, FOLD_GEOKA ; +DR A4IQS0, FOLD_GEOTN ; A5GAM5, FOLD_GEOUR ; B8F605, FOLD_GLAP5 ; +DR B7KEP3, FOLD_GLOC7 ; Q7NJE8, FOLD_GLOVI ; A9HEL1, FOLD_GLUDA ; +DR Q5FST0, FOLD_GLUOX ; Q7VM86, FOLD_HAEDU ; Q4QMI7, FOLD_HAEI8 ; +DR A5UAS4, FOLD_HAEIE ; A5UHL4, FOLD_HAEIG ; P44313, FOLD_HAEIN ; +DR Q2SK39, FOLD_HAHCH ; Q9K966, FOLD_HALH5 ; A1WUN4, FOLD_HALHL ; +DR B8D2H8, FOLD_HALOH ; Q9HPY4, FOLD_HALSA ; Q18GK1, FOLD_HALWD ; +DR C4K7E4, FOLD_HAMD5 ; Q17W13, FOLD_HELAH ; Q7VGF6, FOLD_HELHP ; +DR B0TFC9, FOLD_HELMI ; Q1CTU9, FOLD_HELPH ; Q9ZLQ4, FOLD_HELPJ ; +DR P56467, FOLD_HELPY ; A9AZP9, FOLD_HERA2 ; A4G352, FOLD_HERAR ; +DR Q0I3S5, FOLD_HISS1 ; B0USU2, FOLD_HISS2 ; B4U8W9, FOLD_HYDS0 ; +DR Q0BX67, FOLD_HYPNA ; Q5QWH6, FOLD_IDILO ; A6SVR5, FOLD_JANMA ; +DR Q28TR2, FOLD_JANSC ; A6WF54, FOLD_KINRD ; B5Y0K4, FOLD_KLEP3 ; +DR A6T5R4, FOLD_KLEP7 ; B2GM30, FOLD_KOCRD ; Q1II76, FOLD_KORVE ; +DR C5CI88, FOLD_KOSOT ; Q5FJG5, FOLD_LACAC ; B3WEY4, FOLD_LACCB ; +DR Q1G9H1, FOLD_LACDA ; Q049N0, FOLD_LACDB ; Q044I0, FOLD_LACGA ; +DR A8YVX0, FOLD_LACH4 ; Q9CH85, FOLD_LACLA ; A2RLU5, FOLD_LACLM ; +DR Q030A3, FOLD_LACLS ; Q038F9, FOLD_LACP3 ; A9KLS3, FOLD_LACP7 ; +DR Q88WM8, FOLD_LACPL ; C1D5X9, FOLD_LARHH ; Q38XU9, FOLD_LATSS ; +DR Q1MPZ8, FOLD_LAWIP ; Q5X5Q9, FOLD_LEGPA ; A5IBF0, FOLD_LEGPC ; +DR Q5ZVZ1, FOLD_LEGPH ; Q5WX38, FOLD_LEGPL ; Q6ADF1, FOLD_LEIXX ; +DR B0S8U6, FOLD_LEPBA ; Q04SB2, FOLD_LEPBJ ; Q050D8, FOLD_LEPBL ; +DR B0SRN4, FOLD_LEPBP ; Q72QT3, FOLD_LEPIC ; Q8F523, FOLD_LEPIN ; +DR B1N044, FOLD_LEUCK ; Q03YZ6, FOLD_LEUMM ; Q03RR1, FOLD_LEVBA ; +DR Q1WUJ3, FOLD_LIGS1 ; B2GD67, FOLD_LIMF3 ; A5VKR7, FOLD_LIMRD ; +DR B2G850, FOLD_LIMRJ ; Q92BZ4, FOLD_LISIN ; C1L2R6, FOLD_LISMC ; +DR Q71ZW2, FOLD_LISMF ; B8DFW8, FOLD_LISMH ; Q8Y7C5, FOLD_LISMO ; +DR A0AIG1, FOLD_LISW6 ; B1HRX9, FOLD_LYSSC ; B9EAY2, FOLD_MACCJ ; +DR A0LE04, FOLD_MAGMM ; Q8EV80, FOLD_MALP2 ; Q65RF1, FOLD_MANSM ; +DR Q0ATP0, FOLD_MARMM ; A6W1T1, FOLD_MARMS ; A1U1Q5, FOLD_MARN8 ; +DR C6BSL6, FOLD_MARSD ; Q6F1V0, FOLD_MESFL ; B3PMJ8, FOLD_META1 ; DR Q8TK95, FOLD_METAC ; A7IAE1, FOLD_METB6 ; Q46A53, FOLD_METBF ; DR Q12V26, FOLD_METBU ; Q9X7F6, FOLD_METC4 ; Q1GXE6, FOLD_METFK ; DR Q2FR55, FOLD_METHJ ; Q8PZQ1, FOLD_METMA ; A3CWL0, FOLD_METMJ ; @@ -116712,22 +117414,24 @@ DR A0QKM1, FOLD_MYCA1 ; B1MG21, FOLD_MYCA9 ; Q7TWN0, FOLD_MYCBO ; DR A1KP49, FOLD_MYCBP ; C1AHH2, FOLD_MYCBT ; Q2SRE7, FOLD_MYCCT ; DR Q6RX33, FOLD_MYCFO ; Q7NAE4, FOLD_MYCGA ; P47259, FOLD_MYCGE ; DR A4TET2, FOLD_MYCGI ; B8ZUV4, FOLD_MYCLB ; O32879, FOLD_MYCLE ; -DR B2HDR8, FOLD_MYCMM ; Q6MSL3, FOLD_MYCMS ; Q73UA5, FOLD_MYCPA ; -DR P75096, FOLD_MYCPN ; Q98QV3, FOLD_MYCPU ; A0QSY5, FOLD_MYCS2 ; -DR Q4A6B1, FOLD_MYCS5 ; A3PVV6, FOLD_MYCSJ ; A1UC75, FOLD_MYCSK ; -DR Q1BCR8, FOLD_MYCSS ; A5U830, FOLD_MYCTA ; P9WG80, FOLD_MYCTO ; -DR P9WG81, FOLD_MYCTU ; A0PNP3, FOLD_MYCUA ; A1T5D0, FOLD_MYCVP ; -DR Q3IRX3, FOLD_NATPD ; B2A532, FOLD_NATTJ ; B9L952, FOLD_NAUPA ; -DR Q5F5D0, FOLD_NEIG1 ; B4RQN5, FOLD_NEIG2 ; A9M068, FOLD_NEIM0 ; -DR Q9JWI9, FOLD_NEIMA ; P0C277, FOLD_NEIMB ; A1KWF4, FOLD_NEIMF ; -DR Q2GCV3, FOLD_NEOSM ; Q0AFN2, FOLD_NITEC ; Q82XC3, FOLD_NITEU ; -DR Q1QQJ9, FOLD_NITHX ; A9A4N5, FOLD_NITMS ; Q2YC56, FOLD_NITMU ; -DR Q3J8Z0, FOLD_NITOC ; A6Q2W6, FOLD_NITSB ; Q3SVE4, FOLD_NITWN ; -DR Q5YU63, FOLD_NOCFA ; B2J442, FOLD_NOSP7 ; Q8Z086, FOLD_NOSS1 ; -DR Q2G338, FOLD_NOVAD ; Q8EQ43, FOLD_OCEIH ; Q04FB7, FOLD_OENOB ; -DR Q316P9, FOLD_OLEA2 ; B1ZYH0, FOLD_OPITP ; A5CF58, FOLD_ORITB ; -DR B3CTT4, FOLD_ORITI ; A1TPZ6, FOLD_PARC0 ; A6L8J2, FOLD_PARD8 ; -DR A7HSV9, FOLD_PARL1 ; Q7TTW4, FOLD_PARMW ; B2T5N8, FOLD_PARPJ ; +DR Q6KID0, FOLD_MYCM1 ; B2HDR8, FOLD_MYCMM ; Q6MSL3, FOLD_MYCMS ; +DR Q73UA5, FOLD_MYCPA ; P75096, FOLD_MYCPN ; Q98QV3, FOLD_MYCPU ; +DR A0QSY5, FOLD_MYCS2 ; Q4A6B1, FOLD_MYCS5 ; A3PVV6, FOLD_MYCSJ ; +DR A1UC75, FOLD_MYCSK ; Q1BCR8, FOLD_MYCSS ; A5U830, FOLD_MYCTA ; +DR P9WG80, FOLD_MYCTO ; P9WG81, FOLD_MYCTU ; A0PNP3, FOLD_MYCUA ; +DR A1T5D0, FOLD_MYCVP ; Q3IRX3, FOLD_NATPD ; B2A532, FOLD_NATTJ ; +DR B9L952, FOLD_NAUPA ; Q5F5D0, FOLD_NEIG1 ; B4RQN5, FOLD_NEIG2 ; +DR A9M068, FOLD_NEIM0 ; Q9JWI9, FOLD_NEIMA ; P0C277, FOLD_NEIMB ; +DR A1KWF4, FOLD_NEIMF ; Q2GCV3, FOLD_NEOSM ; Q0AFN2, FOLD_NITEC ; +DR Q82XC3, FOLD_NITEU ; Q1QQJ9, FOLD_NITHX ; A9A4N5, FOLD_NITMS ; +DR Q2YC56, FOLD_NITMU ; Q3J8Z0, FOLD_NITOC ; A6Q2W6, FOLD_NITSB ; +DR Q72F91, FOLD_NITV2 ; A1VGV4, FOLD_NITV4 ; B8DMA9, FOLD_NITV9 ; +DR Q3SVE4, FOLD_NITWN ; Q5YU63, FOLD_NOCFA ; B2J442, FOLD_NOSP7 ; +DR Q8Z086, FOLD_NOSS1 ; Q2G338, FOLD_NOVAD ; Q8EQ43, FOLD_OCEIH ; +DR Q04FB7, FOLD_OENOB ; Q316P9, FOLD_OLEA2 ; B1ZYH0, FOLD_OPITP ; +DR A5CF58, FOLD_ORITB ; B3CTT4, FOLD_ORITI ; A1TPZ6, FOLD_PARC0 ; +DR A6L8J2, FOLD_PARD8 ; A7HSV9, FOLD_PARL1 ; Q2VYZ7, FOLD_PARM1 ; +DR Q7TTW4, FOLD_PARMW ; B2T5N8, FOLD_PARPJ ; A8L893, FOLD_PARS2 ; DR Q6MAH4, FOLD_PARUW ; Q13WX0, FOLD_PARXL ; Q9CJR1, FOLD_PASMU ; DR Q6D2E6, FOLD_PECAS ; C6DAX0, FOLD_PECCP ; Q03FZ5, FOLD_PEDPA ; DR B4SGR4, FOLD_PELPB ; A1AL91, FOLD_PELPD ; A5D323, FOLD_PELTS ; @@ -116812,8 +117516,8 @@ DR B7VL71, FOLD_VIBA3 ; A7MT09, FOLD_VIBC1 ; A5F6V4, FOLD_VIBC3 ; DR Q9KQQ6, FOLD_VIBCH ; Q87RB8, FOLD_VIBPA ; Q8DB06, FOLD_VIBVU ; DR Q7MIX2, FOLD_VIBVY ; Q8D2W0, FOLD_WIGBR ; Q73HK3, FOLD_WOLPM ; DR B3CLT4, FOLD_WOLPP ; Q7M8X1, FOLD_WOLSU ; Q5GTK9, FOLD_WOLTR ; -DR C0R2N7, FOLD_WOLWR ; Q8PK86, FOLD_XANAC ; Q3BSP5, FOLD_XANC5 ; -DR Q4UVC7, FOLD_XANC8 ; B0RSB3, FOLD_XANCB ; Q8P8Q4, FOLD_XANCP ; +DR C0R2N7, FOLD_WOLWR ; Q8PK86, FOLD_XANAC ; Q4UVC7, FOLD_XANC8 ; +DR B0RSB3, FOLD_XANCB ; Q8P8Q4, FOLD_XANCP ; Q3BSP5, FOLD_XANE5 ; DR Q2P3R1, FOLD_XANOM ; B2SLG3, FOLD_XANOP ; Q5H0S4, FOLD_XANOR ; DR Q9PAR4, FOLD_XYLFA ; Q87BK4, FOLD_XYLFT ; A1JNX2, FOLD_YERE8 ; DR A7FL44, FOLD_YERP3 ; Q1C4U4, FOLD_YERPA ; B2K7N4, FOLD_YERPB ; @@ -116979,8 +117683,8 @@ DR B3E7F6, PUR9_TRIL1 ; Q3M6G3, PUR9_TRIV2 ; C5CL84, PUR9_VARPS ; DR B7VM57, PUR9_VIBA3 ; A7MXG0, PUR9_VIBC1 ; A5F3U8, PUR9_VIBC3 ; DR Q9KV80, PUR9_VIBCH ; C3LQN2, PUR9_VIBCM ; Q87KT0, PUR9_VIBPA ; DR Q8DD06, PUR9_VIBVU ; Q7MGT5, PUR9_VIBVY ; Q8D244, PUR9_WIGBR ; -DR Q8PQ19, PUR9_XANAC ; Q3BY85, PUR9_XANC5 ; Q4UZD2, PUR9_XANC8 ; -DR B0RN27, PUR9_XANCB ; Q8PD47, PUR9_XANCP ; Q2P866, PUR9_XANOM ; +DR Q8PQ19, PUR9_XANAC ; Q4UZD2, PUR9_XANC8 ; B0RN27, PUR9_XANCB ; +DR Q8PD47, PUR9_XANCP ; Q3BY85, PUR9_XANE5 ; Q2P866, PUR9_XANOM ; DR B2SRB2, PUR9_XANOP ; Q5H5H7, PUR9_XANOR ; B2I4L7, PUR9_XYLF2 ; DR Q9PC10, PUR9_XYLFA ; B0U7A0, PUR9_XYLFM ; Q87D58, PUR9_XYLFT ; DR A1JIJ7, PUR9_YERE8 ; A7FNG6, PUR9_YERP3 ; Q1C1V9, PUR9_YERPA ; @@ -117072,15 +117776,15 @@ DR B0UT66, DCD_HISS2 ; A2BLY5, DCD_HYPBU ; Q5R0F4, DCD_IDILO ; DR A8A906, DCD_IGNH4 ; A6SX77, DCD_JANMA ; B5XT28, DCD_KLEP3 ; DR A6TBG5, DCD_KLEP7 ; B1L7R6, DCD_KORCO ; Q1ISG1, DCD_KORVE ; DR C1D4P1, DCD_LARHH ; Q5X0R9, DCD_LEGPA ; Q5ZRC6, DCD_LEGPH ; -DR Q5WSJ3, DCD_LEGPL ; B1XWK4, DCD_LEPCP ; Q2W744, DCD_MAGSA ; -DR Q65S72, DCD_MANSM ; A6VVJ7, DCD_MARMS ; A1TZ68, DCD_MARN8 ; -DR Q60CV1, DCD_METCA ; B3DX06, DCD_METI4 ; A4YD26, DCD_METS5 ; -DR Q3IMI4, DCD_NATPD ; B9L789, DCD_NAUPA ; Q5F9H3, DCD_NEIG1 ; -DR B4RKC9, DCD_NEIG2 ; A9M3Z7, DCD_NEIM0 ; P63903, DCD_NEIMA ; -DR P63904, DCD_NEIMB ; A1KT90, DCD_NEIMF ; Q2GCG8, DCD_NEOSM ; -DR Q0AES7, DCD_NITEC ; Q820Q1, DCD_NITEU ; Q2Y7L1, DCD_NITMU ; -DR Q3JBW4, DCD_NITOC ; A6Q5J3, DCD_NITSB ; Q2GC28, DCD_NOVAD ; -DR A5CFN1, DCD_ORITB ; B3CUK6, DCD_ORITI ; A1TL98, DCD_PARC0 ; +DR Q5WSJ3, DCD_LEGPL ; B1XWK4, DCD_LEPCP ; Q65S72, DCD_MANSM ; +DR A6VVJ7, DCD_MARMS ; A1TZ68, DCD_MARN8 ; Q60CV1, DCD_METCA ; +DR B3DX06, DCD_METI4 ; A4YD26, DCD_METS5 ; Q3IMI4, DCD_NATPD ; +DR B9L789, DCD_NAUPA ; Q5F9H3, DCD_NEIG1 ; B4RKC9, DCD_NEIG2 ; +DR A9M3Z7, DCD_NEIM0 ; P63903, DCD_NEIMA ; P63904, DCD_NEIMB ; +DR A1KT90, DCD_NEIMF ; Q2GCG8, DCD_NEOSM ; Q0AES7, DCD_NITEC ; +DR Q820Q1, DCD_NITEU ; Q2Y7L1, DCD_NITMU ; Q3JBW4, DCD_NITOC ; +DR A6Q5J3, DCD_NITSB ; Q2GC28, DCD_NOVAD ; A5CFN1, DCD_ORITB ; +DR B3CUK6, DCD_ORITI ; A1TL98, DCD_PARC0 ; Q2W744, DCD_PARM1 ; DR B2JEP7, DCD_PARP8 ; B2T181, DCD_PARPJ ; Q6MCL7, DCD_PARUW ; DR Q143I2, DCD_PARXL ; P57891, DCD_PASMU ; Q6D7B3, DCD_PECAS ; DR C6DCI7, DCD_PECCP ; Q4FNE5, DCD_PELUB ; Q7N6J3, DCD_PHOLL ; @@ -117120,8 +117824,8 @@ DR Q5JH10, DCD_THEKO ; B9KYK0, DCD_THERP ; C6A1F7, DCD_THESM ; DR Q3SH29, DCD_THIDA ; B8GMA8, DCD_THISH ; C4LEX2, DCD_TOLAT ; DR C5CV58, DCD_VARPS ; Q8D218, DCD_WIGBR ; Q73I07, DCD_WOLPM ; DR B3CNH7, DCD_WOLPP ; Q7M9A0, DCD_WOLSU ; Q5GSZ3, DCD_WOLTR ; -DR C0R2R5, DCD_WOLWR ; Q8PJ05, DCD_XANAC ; Q3BRJ0, DCD_XANC5 ; -DR Q4UWF9, DCD_XANC8 ; B0RR56, DCD_XANCB ; Q8P7P1, DCD_XANCP ; +DR C0R2R5, DCD_WOLWR ; Q8PJ05, DCD_XANAC ; Q4UWF9, DCD_XANC8 ; +DR B0RR56, DCD_XANCB ; Q8P7P1, DCD_XANCP ; Q3BRJ0, DCD_XANE5 ; DR Q2P0R9, DCD_XANOM ; B2SWC5, DCD_XANOP ; Q5GXN9, DCD_XANOR ; DR B2I9E4, DCD_XYLF2 ; Q9PFB6, DCD_XYLFA ; B0U5C4, DCD_XYLFM ; DR Q87AD1, DCD_XYLFT ; A1JTX3, DCD_YERE8 ; A7FJJ3, DCD_YERP3 ; @@ -117266,7 +117970,7 @@ DR B0K5C1, GCH1_THEPX ; Q8DJB8, GCH1_THEVB ; B5YJV0, GCH1_THEYD ; DR C4LDE6, GCH1_TOLAT ; A7N6L2, GCH1_VIBC1 ; Q9KLX5, GCH1_VIBCH ; DR Q87GZ6, GCH1_VIBPA ; Q8D6I7, GCH1_VIBVU ; Q7MDE5, GCH1_VIBVY ; DR Q8D2N7, GCH1_WIGBR ; Q7M933, GCH1_WOLSU ; Q8PEP3, GCH1_XANAC ; -DR Q3BM80, GCH1_XANC5 ; Q8P3B0, GCH1_XANCP ; B2I4L2, GCH1_XYLF2 ; +DR Q8P3B0, GCH1_XANCP ; Q3BM80, GCH1_XANE5 ; B2I4L2, GCH1_XYLF2 ; DR Q9PC02, GCH1_XYLFA ; B0U794, GCH1_XYLFM ; Q87D63, GCH1_XYLFT ; DR P51601, GCH1_YEAST ; A1JU09, GCH1_YERE8 ; A7FJL1, GCH1_YERP3 ; DR B2JZ02, GCH1_YERPB ; Q8ZG15, GCH1_YERPE ; A9R1B1, GCH1_YERPG ; @@ -117289,8 +117993,7 @@ DR A4WQ81, GCH4_CERS5 ; B9KM22, GCH4_CERSK ; Q1R153, GCH4_CHRSD ; DR B5EDQ6, GCH4_CITBB ; A8AF20, GCH4_CITK8 ; Q47VM6, GCH4_COLP3 ; DR B5Y6R9, GCH4_COPPD ; Q0K861, GCH4_CUPNH ; Q474C1, GCH4_CUPPJ ; DR A9C020, GCH4_DELAS ; B8J1Q5, GCH4_DESDA ; A8ZUJ6, GCH4_DESOH ; -DR Q6AMT5, GCH4_DESPS ; Q727G3, GCH4_DESVH ; B8DLK8, GCH4_DESVM ; -DR A1VAN0, GCH4_DESVV ; A5EXB0, GCH4_DICNV ; B5YCT4, GCH4_DICT6 ; +DR Q6AMT5, GCH4_DESPS ; A5EXB0, GCH4_DICNV ; B5YCT4, GCH4_DICT6 ; DR B8DZH0, GCH4_DICTD ; A8LS52, GCH4_DINSH ; B1YHT1, GCH4_EXIS2 ; DR C4KZ55, GCH4_EXISA ; A7HKP2, GCH4_FERNB ; Q39R36, GCH4_GEOMG ; DR Q74FW8, GCH4_GEOSL ; C6E7E6, GCH4_GEOSM ; A5G8S1, GCH4_GEOUR ; @@ -117302,7 +118005,8 @@ DR A0L8I1, GCH4_MAGMM ; C6C0U6, GCH4_MARSD ; Q605G6, GCH4_METCA ; DR Q1GZD6, GCH4_METFK ; A2SJ45, GCH4_METPP ; Q5F9K6, GCH4_NEIG1 ; DR A9M3N5, GCH4_NEIM0 ; Q9JV35, GCH4_NEIMA ; Q9K023, GCH4_NEIMB ; DR A1KT61, GCH4_NEIMF ; Q0AFY5, GCH4_NITEC ; Q82VD1, GCH4_NITEU ; -DR Q2YCH6, GCH4_NITMU ; Q3J9J7, GCH4_NITOC ; Q8EQK9, GCH4_OCEIH ; +DR Q2YCH6, GCH4_NITMU ; Q3J9J7, GCH4_NITOC ; Q727G3, GCH4_NITV2 ; +DR A1VAN0, GCH4_NITV4 ; B8DLK8, GCH4_NITV9 ; Q8EQK9, GCH4_OCEIH ; DR Q30X45, GCH4_OLEA2 ; B1ZTR5, GCH4_OPITP ; A1BA17, GCH4_PARDP ; DR B2JP67, GCH4_PARP8 ; Q13RX0, GCH4_PARXL ; A1AU47, GCH4_PELPD ; DR A4SZK2, GCH4_POLAQ ; Q48HN1, GCH4_PSE14 ; Q15Z55, GCH4_PSEA6 ; @@ -117324,8 +118028,8 @@ DR Q49VB3, GCH4_STAS1 ; Q2LUP0, GCH4_SYNAS ; Q3A091, GCH4_SYNC1 ; DR A0LQR3, GCH4_SYNFM ; B7ICT4, GCH4_THEAB ; A6LKE7, GCH4_THEM4 ; DR Q9WXP6, GCH4_THEMA ; B9K795, GCH4_THENN ; A5IL29, GCH4_THEP1 ; DR B1LAA9, GCH4_THESQ ; Q3SKF2, GCH4_THIDA ; A5CXA1, GCH4_VESOH ; -DR Q8PLL4, GCH4_XANAC ; Q3BUL9, GCH4_XANC5 ; Q4UTV2, GCH4_XANC8 ; -DR B0RTU4, GCH4_XANCB ; Q8P9T3, GCH4_XANCP ; Q2P374, GCH4_XANOM ; +DR Q8PLL4, GCH4_XANAC ; Q4UTV2, GCH4_XANC8 ; B0RTU4, GCH4_XANCB ; +DR Q8P9T3, GCH4_XANCP ; Q3BUL9, GCH4_XANE5 ; Q2P374, GCH4_XANOM ; DR B2SJL4, GCH4_XANOP ; Q5H0A0, GCH4_XANOR ; B2IAI3, GCH4_XYLF2 ; DR Q9PBP4, GCH4_XYLFA ; B0U741, GCH4_XYLFM ; Q87DA5, GCH4_XYLFT ; DR Q9ZKP2, GTPC1_HELPJ; O25613, GTPC1_HELPY; @@ -117403,7 +118107,7 @@ DR B3EFT2, HIS3_CHLL2 ; Q3B281, HIS3_CHLL3 ; B3QLJ0, HIS3_CHLP8 ; DR B3EM52, HIS3_CHLPB ; A1BDQ9, HIS3_CHLPD ; A4SG83, HIS3_CHLPM ; DR B3QU88, HIS3_CHLT3 ; Q8KF68, HIS3_CHLTE ; Q1QWC3, HIS3_CHRSD ; DR Q7P0E7, HIS3_CHRVO ; B5EE14, HIS3_CITBB ; A5CRW1, HIS3_CLAM3 ; -DR B0REU6, HIS3_CLAMS ; Q97KH7, HIS3_CLOAB ; A7FU83, HIS3_CLOB1 ; +DR B0REU6, HIS3_CLASE ; Q97KH7, HIS3_CLOAB ; A7FU83, HIS3_CLOB1 ; DR C3KVX7, HIS3_CLOB6 ; A6LT23, HIS3_CLOB8 ; B2UX19, HIS3_CLOBA ; DR A5I247, HIS3_CLOBH ; C1FN43, HIS3_CLOBJ ; B1ILB1, HIS3_CLOBK ; DR P60541, HIS3_CORDI ; Q8FP00, HIS3_COREF ; A4QFF8, HIS3_CORGB ; @@ -117411,19 +118115,18 @@ DR Q8NNT9, HIS3_CORGL ; Q4JW51, HIS3_CORJK ; Q1LIB3, HIS3_CUPMC ; DR Q0K694, HIS3_CUPNH ; Q46WL9, HIS3_CUPPJ ; B3R793, HIS3_CUPTR ; DR Q6A8P2, HIS3_CUTAK ; Q47AM4, HIS3_DECAR ; A9BXA2, HIS3_DELAS ; DR C0QLA8, HIS3_DESAH ; B8FLE7, HIS3_DESAL ; A8ZXG8, HIS3_DESOH ; -DR Q6AJV8, HIS3_DESPS ; P62386, HIS3_DESVH ; A1VHE5, HIS3_DESVV ; -DR A8LK58, HIS3_DINSH ; Q2NAM2, HIS3_ERYLH ; Q0RFX5, HIS3_FRAAA ; -DR B9M8U6, HIS3_GEODF ; Q39UE8, HIS3_GEOMG ; P60542, HIS3_GEOSL ; -DR C6E0X3, HIS3_GEOSM ; A5G6I6, HIS3_GEOUR ; Q5FPD9, HIS3_GLUOX ; -DR Q0BTI5, HIS3_GRABC ; A1WXS8, HIS3_HALHL ; Q5UZH6, HIS3_HALMA ; -DR B0R7I1, HIS3_HALS3 ; Q9HN23, HIS3_HALSA ; Q18DH0, HIS3_HALWD ; -DR A4G9I5, HIS3_HERAR ; Q31J60, HIS3_HYDCU ; Q0BWU4, HIS3_HYPNA ; -DR A8A9Z2, HIS3_IGNH4 ; A6T375, HIS3_JANMA ; Q28PE4, HIS3_JANSC ; -DR B3WED0, HIS3_LACCB ; Q039B6, HIS3_LACP3 ; Q88UE4, HIS3_LACPL ; -DR Q6AF72, HIS3_LEIXX ; B1XX97, HIS3_LEPCP ; P62392, HIS3_LEPIC ; -DR Q8F8K4, HIS3_LEPIN ; Q92E89, HIS3_LISIN ; C1L0J1, HIS3_LISMC ; -DR Q722Y8, HIS3_LISMF ; B8DA63, HIS3_LISMH ; Q8Y9G6, HIS3_LISMO ; -DR A0AG14, HIS3_LISW6 ; A0LCF4, HIS3_MAGMM ; Q2W4W4, HIS3_MAGSA ; +DR Q6AJV8, HIS3_DESPS ; A8LK58, HIS3_DINSH ; Q2NAM2, HIS3_ERYLH ; +DR Q0RFX5, HIS3_FRAAA ; B9M8U6, HIS3_GEODF ; Q39UE8, HIS3_GEOMG ; +DR P60542, HIS3_GEOSL ; C6E0X3, HIS3_GEOSM ; A5G6I6, HIS3_GEOUR ; +DR Q5FPD9, HIS3_GLUOX ; Q0BTI5, HIS3_GRABC ; A1WXS8, HIS3_HALHL ; +DR Q5UZH6, HIS3_HALMA ; B0R7I1, HIS3_HALS3 ; Q9HN23, HIS3_HALSA ; +DR Q18DH0, HIS3_HALWD ; A4G9I5, HIS3_HERAR ; Q31J60, HIS3_HYDCU ; +DR Q0BWU4, HIS3_HYPNA ; A8A9Z2, HIS3_IGNH4 ; A6T375, HIS3_JANMA ; +DR Q28PE4, HIS3_JANSC ; B3WED0, HIS3_LACCB ; Q039B6, HIS3_LACP3 ; +DR Q88UE4, HIS3_LACPL ; Q6AF72, HIS3_LEIXX ; B1XX97, HIS3_LEPCP ; +DR P62392, HIS3_LEPIC ; Q8F8K4, HIS3_LEPIN ; Q92E89, HIS3_LISIN ; +DR C1L0J1, HIS3_LISMC ; Q722Y8, HIS3_LISMF ; B8DA63, HIS3_LISMH ; +DR Q8Y9G6, HIS3_LISMO ; A0AG14, HIS3_LISW6 ; A0LCF4, HIS3_MAGMM ; DR A1U670, HIS3_MARN8 ; A6UT21, HIS3_META3 ; Q8TS96, HIS3_METAC ; DR Q0W7V3, HIS3_METAR ; A7I9M0, HIS3_METB6 ; Q465C4, HIS3_METBF ; DR Q12V48, HIS3_METBU ; Q603K4, HIS3_METCA ; Q1H4R1, HIS3_METFK ; @@ -117443,9 +118146,10 @@ DR Q3IMJ0, HIS3_NATPD ; Q5FA24, HIS3_NEIG1 ; B4RJN2, HIS3_NEIG2 ; DR Q9JVH6, HIS3_NEIMA ; Q9K0H5, HIS3_NEIMB ; A1KSN5, HIS3_NEIMF ; DR Q0AEU0, HIS3_NITEC ; Q82WM6, HIS3_NITEU ; Q1QMS2, HIS3_NITHX ; DR A9A5W9, HIS3_NITMS ; Q2YAV1, HIS3_NITMU ; Q3J6Q0, HIS3_NITOC ; -DR Q3ST00, HIS3_NITWN ; Q5YYP1, HIS3_NOCFA ; A1SL49, HIS3_NOCSJ ; -DR Q30VD6, HIS3_OLEA2 ; A1R5S3, HIS3_PAEAT ; A1TL07, HIS3_PARC0 ; -DR A1B9F2, HIS3_PARDP ; B4SCX8, HIS3_PELPB ; A1AT71, HIS3_PELPD ; +DR P62386, HIS3_NITV2 ; A1VHE5, HIS3_NITV4 ; Q3ST00, HIS3_NITWN ; +DR Q5YYP1, HIS3_NOCFA ; A1SL49, HIS3_NOCSJ ; Q30VD6, HIS3_OLEA2 ; +DR A1R5S3, HIS3_PAEAT ; A1TL07, HIS3_PARC0 ; A1B9F2, HIS3_PARDP ; +DR Q2W4W4, HIS3_PARM1 ; B4SCX8, HIS3_PELPB ; A1AT71, HIS3_PELPD ; DR A5CZ72, HIS3_PELTS ; A1VK43, HIS3_POLNA ; Q12FC6, HIS3_POLSJ ; DR B4S4Y9, HIS3_PROA2 ; Q48PJ7, HIS3_PSE14 ; A6VDI9, HIS3_PSEA7 ; DR B7V3F9, HIS3_PSEA8 ; Q02EV1, HIS3_PSEAB ; Q9HUB7, HIS3_PSEAE ; @@ -117648,11 +118352,11 @@ DR B7HMN9, MTAD_BACC7 ; A7GNR9, MTAD_BACCN ; Q81F14, MTAD_BACCR ; DR Q63CU1, MTAD_BACCZ ; Q6HK87, MTAD_BACHK ; Q8R9L4, MTAD_CALS4 ; DR A4XJI3, MTAD_CALS8 ; Q3AC64, MTAD_CARHZ ; Q891Y7, MTAD_CLOTE ; DR B1I2P4, MTAD_DESAP ; B8J2Q8, MTAD_DESDA ; B8FRL9, MTAD_DESHD ; -DR Q24UA2, MTAD_DESHY ; A4J675, MTAD_DESRM ; Q72B14, MTAD_DESVH ; -DR B8DKS6, MTAD_DESVM ; A1VD37, MTAD_DESVV ; B5YDN9, MTAD_DICT6 ; +DR Q24UA2, MTAD_DESHY ; A4J675, MTAD_DESRM ; B5YDN9, MTAD_DICT6 ; DR B8E183, MTAD_DICTD ; Q9KC82, MTAD_HALH5 ; Q5UYR3, MTAD_HALMA ; DR B8CX03, MTAD_HALOH ; Q9HN51, MTAD_HALSA ; Q18EV7, MTAD_HALWD ; DR Q1MR44, MTAD_LAWIP ; Q2RJW1, MTAD_MOOTA ; Q3ITF7, MTAD_NATPD ; +DR Q72B14, MTAD_NITV2 ; A1VD37, MTAD_NITV4 ; B8DKS6, MTAD_NITV9 ; DR A5D1G6, MTAD_PELTS ; Q9V0Y5, MTAD_PYRAB ; Q8U0P7, MTAD_PYRFU ; DR O59184, MTAD_PYRHO ; Q21IS0, MTAD_SACD2 ; Q5WGA8, MTAD_SHOC1 ; DR Q67NQ5, MTAD_SYMTH ; A0LMI3, MTAD_SYNFM ; Q0AYV2, MTAD_SYNWW ; @@ -117695,30 +118399,30 @@ CC -!- This enzyme can also act as a dUTP diphosphatase, but more slowly. DR A3DFH7, DCDB_ACET2 ; A0LWS4, DCDB_ACIC1 ; O67539, DCDB_AQUAE ; DR C5C4E1, DCDB_BEUC1 ; B8DUY2, DCDB_BIFA0 ; A1A3S8, DCDB_BIFAA ; DR B3DP64, DCDB_BIFLD ; Q8G478, DCDB_BIFLO ; B7GPC4, DCDB_BIFLS ; -DR A5CV47, DCDB_CLAM3 ; B0RD07, DCDB_CLAMS ; Q97N13, DCDB_CLOAB ; +DR A5CV47, DCDB_CLAM3 ; B0RD07, DCDB_CLASE ; Q97N13, DCDB_CLOAB ; DR A6M273, DCDB_CLOB8 ; B2UWE6, DCDB_CLOBA ; B2TNM9, DCDB_CLOBB ; DR B5Y8K7, DCDB_COPPD ; Q6NEW7, DCDB_CORDI ; Q8FM44, DCDB_COREF ; DR A4QHN8, DCDB_CORGB ; Q8NLT9, DCDB_CORGL ; Q4JXY1, DCDB_CORJK ; DR C4LGU9, DCDB_CORK4 ; Q11TJ6, DCDB_CYTH3 ; B5YB40, DCDB_DICT6 ; -DR B8DYK8, DCDB_DICTD ; A8LDU1, DCDB_FRASN ; Q9KFV3, DCDB_HALH5 ; -DR B8D0W3, DCDB_HALOH ; B0R2Y7, DCDB_HALS3 ; Q9HSG3, DCDB_HALSA ; -DR Q9ZNJ8, DCDB_HATHI ; B4U7Y7, DCDB_HYDS0 ; B2GGA3, DCDB_KOCRD ; -DR Q6AC71, DCDB_LEIXX ; B0SH49, DCDB_LEPBA ; Q04WA6, DCDB_LEPBJ ; -DR Q04X69, DCDB_LEPBL ; B0SQR4, DCDB_LEPBP ; Q72W72, DCDB_LEPIC ; -DR Q8F9W5, DCDB_LEPIN ; A6UWW5, DCDB_META3 ; A7I6N9, DCDB_METB6 ; -DR Q2FQM7, DCDB_METHJ ; Q57872, DCDB_METJA ; Q8TYK5, DCDB_METKA ; -DR A2SQW1, DCDB_METLZ ; A4FW98, DCDB_METM5 ; A9A9N7, DCDB_METM6 ; -DR A6VH12, DCDB_METM7 ; A3CTK0, DCDB_METMJ ; Q6LXC6, DCDB_METMP ; -DR B8GHN1, DCDB_METPE ; A5UK79, DCDB_METS3 ; Q2NFH1, DCDB_METST ; -DR O27875, DCDB_METTH ; A6UQ71, DCDB_METVS ; C5C6P4, DCDB_MICLC ; -DR A0QM15, DCDB_MYCA1 ; Q7U297, DCDB_MYCBO ; A1KFE4, DCDB_MYCBP ; -DR C1AJZ9, DCDB_MYCBT ; A4T0X9, DCDB_MYCGI ; B8ZTC3, DCDB_MYCLB ; -DR Q9CB17, DCDB_MYCLE ; B2HP20, DCDB_MYCMM ; Q73T98, DCDB_MYCPA ; -DR A0QQ98, DCDB_MYCS2 ; A3PTK2, DCDB_MYCSJ ; A1U9Z8, DCDB_MYCSK ; -DR Q1BEY3, DCDB_MYCSS ; A5TZ48, DCDB_MYCTA ; P9WP16, DCDB_MYCTO ; -DR P9WP17, DCDB_MYCTU ; A0PLM7, DCDB_MYCUA ; A1T2M8, DCDB_MYCVP ; -DR Q74MA7, DCDB_NANEQ ; Q5YNG0, DCDB_NOCFA ; A1SQ24, DCDB_NOCSJ ; -DR A1RAW1, DCDB_PAEAT ; C0QRW3, DCDB_PERMH ; B8H717, DCDB_PSECP ; +DR B8DYK8, DCDB_DICTD ; Q9KFV3, DCDB_HALH5 ; B8D0W3, DCDB_HALOH ; +DR B0R2Y7, DCDB_HALS3 ; Q9HSG3, DCDB_HALSA ; Q9ZNJ8, DCDB_HATHI ; +DR B4U7Y7, DCDB_HYDS0 ; B2GGA3, DCDB_KOCRD ; Q6AC71, DCDB_LEIXX ; +DR B0SH49, DCDB_LEPBA ; Q04WA6, DCDB_LEPBJ ; Q04X69, DCDB_LEPBL ; +DR B0SQR4, DCDB_LEPBP ; Q72W72, DCDB_LEPIC ; Q8F9W5, DCDB_LEPIN ; +DR A6UWW5, DCDB_META3 ; A7I6N9, DCDB_METB6 ; Q2FQM7, DCDB_METHJ ; +DR Q57872, DCDB_METJA ; Q8TYK5, DCDB_METKA ; A2SQW1, DCDB_METLZ ; +DR A4FW98, DCDB_METM5 ; A9A9N7, DCDB_METM6 ; A6VH12, DCDB_METM7 ; +DR A3CTK0, DCDB_METMJ ; Q6LXC6, DCDB_METMP ; B8GHN1, DCDB_METPE ; +DR A5UK79, DCDB_METS3 ; Q2NFH1, DCDB_METST ; O27875, DCDB_METTH ; +DR A6UQ71, DCDB_METVS ; C5C6P4, DCDB_MICLC ; A0QM15, DCDB_MYCA1 ; +DR Q7U297, DCDB_MYCBO ; A1KFE4, DCDB_MYCBP ; C1AJZ9, DCDB_MYCBT ; +DR A4T0X9, DCDB_MYCGI ; B8ZTC3, DCDB_MYCLB ; Q9CB17, DCDB_MYCLE ; +DR B2HP20, DCDB_MYCMM ; Q73T98, DCDB_MYCPA ; A0QQ98, DCDB_MYCS2 ; +DR A3PTK2, DCDB_MYCSJ ; A1U9Z8, DCDB_MYCSK ; Q1BEY3, DCDB_MYCSS ; +DR A5TZ48, DCDB_MYCTA ; P9WP16, DCDB_MYCTO ; P9WP17, DCDB_MYCTU ; +DR A0PLM7, DCDB_MYCUA ; A1T2M8, DCDB_MYCVP ; Q74MA7, DCDB_NANEQ ; +DR Q5YNG0, DCDB_NOCFA ; A1SQ24, DCDB_NOCSJ ; A1RAW1, DCDB_PAEAT ; +DR A8LDU1, DCDB_PARS2 ; C0QRW3, DCDB_PERMH ; B8H717, DCDB_PSECP ; DR A9WT08, DCDB_RENSM ; C0ZSY9, DCDB_RHOE4 ; Q0S5R4, DCDB_RHOJR ; DR C1AWB6, DCDB_RHOOB ; A8LWH4, DCDB_SALAI ; A4X0Z1, DCDB_SALTO ; DR Q82EZ9, DCDB_STRAW ; Q9X8W0, DCDB_STRCO ; B1VMF9, DCDB_STRGG ; @@ -117754,11 +118458,11 @@ DR A7GNR9, MTAD_BACCN ; Q81F14, MTAD_BACCR ; Q63CU1, MTAD_BACCZ ; DR Q6HK87, MTAD_BACHK ; Q8R9L4, MTAD_CALS4 ; A4XJI3, MTAD_CALS8 ; DR Q3AC64, MTAD_CARHZ ; Q891Y7, MTAD_CLOTE ; B1I2P4, MTAD_DESAP ; DR B8J2Q8, MTAD_DESDA ; B8FRL9, MTAD_DESHD ; Q24UA2, MTAD_DESHY ; -DR A4J675, MTAD_DESRM ; Q72B14, MTAD_DESVH ; B8DKS6, MTAD_DESVM ; -DR A1VD37, MTAD_DESVV ; B5YDN9, MTAD_DICT6 ; B8E183, MTAD_DICTD ; +DR A4J675, MTAD_DESRM ; B5YDN9, MTAD_DICT6 ; B8E183, MTAD_DICTD ; DR Q9KC82, MTAD_HALH5 ; Q5UYR3, MTAD_HALMA ; B8CX03, MTAD_HALOH ; DR Q9HN51, MTAD_HALSA ; Q18EV7, MTAD_HALWD ; Q1MR44, MTAD_LAWIP ; -DR Q2RJW1, MTAD_MOOTA ; Q3ITF7, MTAD_NATPD ; A5D1G6, MTAD_PELTS ; +DR Q2RJW1, MTAD_MOOTA ; Q3ITF7, MTAD_NATPD ; Q72B14, MTAD_NITV2 ; +DR A1VD37, MTAD_NITV4 ; B8DKS6, MTAD_NITV9 ; A5D1G6, MTAD_PELTS ; DR Q9V0Y5, MTAD_PYRAB ; Q8U0P7, MTAD_PYRFU ; O59184, MTAD_PYRHO ; DR Q21IS0, MTAD_SACD2 ; Q5WGA8, MTAD_SHOC1 ; Q67NQ5, MTAD_SYMTH ; DR A0LMI3, MTAD_SYNFM ; Q0AYV2, MTAD_SYNWW ; C5BSJ0, MTAD_TERTT ; @@ -118284,6 +118988,62 @@ CC -!- The enzyme also acts on 2-amino-5-chloromuconate. CC -!- Formerly EC 3.5.1.120. DR Q09KQ6, CNBZ_COMTE ; // +ID 3.5.99.12 +DE salsolinol synthase. +AN Sal synthase. +CA acetaldehyde + dopamine = (R)-salsolinol + H2O. +CC -!- The enzyme, present in mammalian brains, forms the catechol +CC isoquinoline (R)-salsolinol. +CC -!- This compound can be metabolized to (R)-N-methylsalsolinol, +CC a 1-methyl-4-phenylpyridinium-like neurotoxin that impairs the +CC function of dopaminergic neurons, causing the clinical symptoms of +CC Parkinson's disease. +// +ID 3.5.99.13 +DE strictosidine synthase. +AN STR. +AN strictosidine synthetase. +CA 3alpha(S)-strictosidine + H2O = secologanin + tryptamine. +CC -!- Catalyzes a Pictet-Spengler reaction between the aldehyde group of +CC secologanin and the amino group of tryptamine. +CC -!- Involved in the biosynthesis of the monoterpenoid indole alkaloids. +CC -!- Formerly EC 4.3.3.2. +DR P92976, SSL11_ARATH; P94111, SSL12_ARATH; P18417, STSY_CATRO ; +DR P68174, STSY_RAUMA ; P68175, STSY_RAUSE ; +// +ID 3.5.99.14 +DE (S)-norcoclaurine synthase. +AN (S)-norlaudanosoline synthase. +CA (4-hydroxyphenyl)acetaldehyde + dopamine = (S)-norcoclaurine + H2O. +CC -!- The reaction makes a six-membered ring by forming a bond between C-6 +CC of the 3,4-dihydroxyphenyl group of the dopamine and C-1 of the +CC aldehyde in the imine formed between the substrates. +CC -!- The product is the precursor of the benzylisoquinoline alkaloids in +CC plants. +CC -!- The enzyme, formerly known as (S)-norlaudanosoline synthase, will +CC also catalyze the reaction of 4-(2-aminoethyl)benzene-1,2-diol + +CC (3,4-dihydroxyphenyl)acetaldehyde to form (S)-norlaudanosoline, +CC but this alkaloid has not been found to occur in plants. +CC -!- Formerly EC 4.2.1.78. +DR A2A1A0, NCS1_COPJA ; Q4QTJ2, NCS1_PAPSO ; A2A1A1, NCS2_COPJA ; +DR Q4QTJ1, NCS2_PAPSO ; Q67A25, NCS_THLFG ; +// +ID 3.5.99.15 +DE deacetylisoipecoside synthase. +CA H2O + N-deacetylisoipecoside = dopamine + secologanin. +CC -!- The enzyme from the leaves of Alangium lamarckii differs in +CC enantiomeric specificity from EC 3.5.99.16. +CC -!- The product is rapidly converted to demethylisoalangiside. +CC -!- Formerly EC 4.3.3.3. +// +ID 3.5.99.16 +DE deacetylipecoside synthase. +CA H2O + N-deacetylipecoside = dopamine + secologanin. +CC -!- The enzyme from the leaves of Alangium lamarckii differs in +CC enantiomeric specificity from EC 3.5.99.15. +CC -!- The product is rapidly converted to demethylalangiside. +CC -!- Formerly EC 4.3.3.4. +// ID 3.6.1.1 DE inorganic diphosphatase. AN diphosphate phosphohydrolase. @@ -118308,21 +119068,21 @@ DR Q821T4, IPYR_CHLCV ; Q9PLF1, IPYR_CHLMU ; Q9Z6Y8, IPYR_CHLPN ; DR B0B8Z8, IPYR_CHLT2 ; Q3KKS0, IPYR_CHLTA ; B0BAM7, IPYR_CHLTB ; DR O84777, IPYR_CHLTR ; Q8XIQ9, IPYR_CLOPE ; Q8FMF8, IPYR_COREF ; DR Q8NM79, IPYR_CORGL ; P80887, IPYR_CYAPA ; Q6BWA5, IPYR_DEBHA ; -DR P19371, IPYR_DESVH ; Q54PV8, IPYR_DICDI ; O77460, IPYR_DROME ; -DR P0A7B0, IPYR_ECO57 ; Q8FAG0, IPYR_ECOL6 ; P0A7A9, IPYR_ECOLI ; -DR Q5B912, IPYR_EMENI ; Q8SR69, IPYR_ENCCU ; Q757J8, IPYR_EREGS ; -DR P81987, IPYR_EUGGR ; O05724, IPYR_GEOSE ; O05545, IPYR_GLUOX ; -DR Q7VPC0, IPYR_HAEDU ; P44529, IPYR_HAEIN ; Q9KCG7, IPYR_HALH5 ; -DR Q9HSF3, IPYR_HALSA ; D4GT97, IPYR_HALVD ; Q9ZLL5, IPYR_HELPJ ; -DR P56153, IPYR_HELPY ; O23979, IPYR_HORVV ; Q15181, IPYR_HUMAN ; -DR P13998, IPYR_KLULA ; O34955, IPYR_LEGPN ; Q6ACP7, IPYR_LEIXX ; -DR Q72MG4, IPYR_LEPIC ; Q8EZ21, IPYR_LEPIN ; Q4R543, IPYR_MACFA ; -DR O48556, IPYR_MAIZE ; Q8EVW9, IPYR_MALP2 ; Q8TMI3, IPYR_METAC ; -DR Q8TVE2, IPYR_METKA ; Q8PWY5, IPYR_METMA ; O26363, IPYR_METTH ; -DR Q9D819, IPYR_MOUSE ; P65747, IPYR_MYCBO ; P47593, IPYR_MYCGE ; -DR O69540, IPYR_MYCLE ; P75250, IPYR_MYCPN ; Q98Q96, IPYR_MYCPU ; -DR P9WI54, IPYR_MYCTO ; P9WI55, IPYR_MYCTU ; Q74MY6, IPYR_NANEQ ; -DR Q9JVG3, IPYR_NEIMA ; Q9K0G4, IPYR_NEIMB ; Q6MVH7, IPYR_NEUCR ; +DR Q54PV8, IPYR_DICDI ; O77460, IPYR_DROME ; P0A7B0, IPYR_ECO57 ; +DR Q8FAG0, IPYR_ECOL6 ; P0A7A9, IPYR_ECOLI ; Q5B912, IPYR_EMENI ; +DR Q8SR69, IPYR_ENCCU ; Q757J8, IPYR_EREGS ; P81987, IPYR_EUGGR ; +DR O05724, IPYR_GEOSE ; O05545, IPYR_GLUOX ; Q7VPC0, IPYR_HAEDU ; +DR P44529, IPYR_HAEIN ; Q9KCG7, IPYR_HALH5 ; Q9HSF3, IPYR_HALSA ; +DR D4GT97, IPYR_HALVD ; Q9ZLL5, IPYR_HELPJ ; P56153, IPYR_HELPY ; +DR O23979, IPYR_HORVV ; Q15181, IPYR_HUMAN ; P13998, IPYR_KLULA ; +DR O34955, IPYR_LEGPN ; Q6ACP7, IPYR_LEIXX ; Q72MG4, IPYR_LEPIC ; +DR Q8EZ21, IPYR_LEPIN ; Q4R543, IPYR_MACFA ; O48556, IPYR_MAIZE ; +DR Q8EVW9, IPYR_MALP2 ; Q8TMI3, IPYR_METAC ; Q8TVE2, IPYR_METKA ; +DR Q8PWY5, IPYR_METMA ; O26363, IPYR_METTH ; Q9D819, IPYR_MOUSE ; +DR P65747, IPYR_MYCBO ; P47593, IPYR_MYCGE ; O69540, IPYR_MYCLE ; +DR P75250, IPYR_MYCPN ; Q98Q96, IPYR_MYCPU ; P9WI54, IPYR_MYCTO ; +DR P9WI55, IPYR_MYCTU ; Q74MY6, IPYR_NANEQ ; Q9JVG3, IPYR_NEIMA ; +DR Q9K0G4, IPYR_NEIMB ; Q6MVH7, IPYR_NEUCR ; P19371, IPYR_NITV2 ; DR P80562, IPYR_NOSS1 ; P81988, IPYR_OCHDN ; A2X8Q3, IPYR_ORYSI ; DR Q0DYB1, IPYR_ORYSJ ; P57918, IPYR_PASMU ; O13505, IPYR_PICPA ; DR Q6KZB3, IPYR_PICTO ; O77392, IPYR_PLAF7 ; Q5R8T6, IPYR_PONAB ; @@ -118419,12 +119179,13 @@ DR Q9SQG2, APY1_ARATH ; Q8H7L6, APY1_ORYSJ ; Q9SPM5, APY2_ARATH ; DR Q6Z4P2, APY2_ORYSJ ; Q9XI62, APY3_ARATH ; Q2QYE1, APY3_ORYSJ ; DR Q8H1D8, APY4_ARATH ; Q6NQA8, APY5_ARATH ; O80612, APY6_ARATH ; DR F4JSH1, APY7_ARATH ; P50635, APY_AEDAE ; E0D877, APY_AEDAL ; -DR O96559, APY_CIMLE ; P80595, APY_SOLTU ; B3A0N5, APY_TABYA ; -DR O18956, ENTP1_BOVIN; P49961, ENTP1_HUMAN; P55772, ENTP1_MOUSE; -DR Q9MYU4, ENTP1_PIG ; P97687, ENTP1_RAT ; O75355, ENTP3_HUMAN; -DR Q8BFW6, ENTP3_MOUSE; A0JND9, ENTP8_BOVIN; O93295, ENTP8_CHICK; -DR Q5MY95, ENTP8_HUMAN; Q8K0L2, ENTP8_MOUSE; Q5DRK1, ENTP8_RAT ; -DR Q9USP2, YND1_SCHPO ; P40009, YND1_YEAST ; +DR O96559, APY_CIMLE ; Q06K77, APY_PHLDU ; Q9GTP7, APY_PHLPP ; +DR P80595, APY_SOLTU ; B3A0N5, APY_TABYA ; O18956, ENTP1_BOVIN; +DR P49961, ENTP1_HUMAN; P55772, ENTP1_MOUSE; Q9MYU4, ENTP1_PIG ; +DR P97687, ENTP1_RAT ; O75355, ENTP3_HUMAN; Q8BFW6, ENTP3_MOUSE; +DR A0JND9, ENTP8_BOVIN; O93295, ENTP8_CHICK; Q5MY95, ENTP8_HUMAN; +DR Q8K0L2, ENTP8_MOUSE; Q5DRK1, ENTP8_RAT ; Q9USP2, YND1_SCHPO ; +DR P40009, YND1_YEAST ; // ID 3.6.1.6 DE nucleoside diphosphate phosphatase. @@ -118509,29 +119270,29 @@ DR A9KH12, ACYP_COXBN ; Q83AB0, ACYP_COXBU ; A7ME43, ACYP_CROS8 ; DR Q1LIH0, ACYP_CUPMC ; Q0K6H7, ACYP_CUPNH ; Q46WU4, ACYP_CUPPJ ; DR Q47GU0, ACYP_DECAR ; Q3Z7Q6, ACYP_DEHM1 ; A5FQM9, ACYP_DEHMB ; DR Q3ZXY7, ACYP_DEHMC ; Q1J123, ACYP_DEIGD ; Q9RVU3, ACYP_DEIRA ; -DR Q72CU1, ACYP_DESVH ; A1VEL6, ACYP_DESVV ; P0AB66, ACYP_ECO57 ; -DR A1A9N7, ACYP_ECOK1 ; Q8FJ70, ACYP_ECOL6 ; P0AB65, ACYP_ECOLI ; -DR A4W8Y0, ACYP_ENT38 ; Q831U6, ACYP_ENTFA ; A7HMJ7, ACYP_FERNB ; -DR Q0RDN6, ACYP_FRAAA ; Q2J6Z2, ACYP_FRACC ; Q5L2Y4, ACYP_GEOKA ; -DR Q39S27, ACYP_GEOMG ; Q74ES0, ACYP_GEOSL ; A4IKB1, ACYP_GEOTN ; -DR A5GA97, ACYP_GEOUR ; Q7NE87, ACYP_GLOVI ; Q0BUL9, ACYP_GRABC ; -DR Q2SDN9, ACYP_HAHCH ; A1WUX3, ACYP_HALHL ; Q5V2Y4, ACYP_HALMA ; -DR Q18K02, ACYP_HALWD ; Q7VJW4, ACYP_HELHP ; A6T769, ACYP_KLEP7 ; -DR Q1IKJ2, ACYP_KORVE ; Q041W5, ACYP_LACGA ; Q74ID8, ACYP_LACJO ; -DR Q9CHW2, ACYP_LACLA ; Q038C3, ACYP_LACP3 ; Q88WR7, ACYP_LACPL ; -DR Q38VU9, ACYP_LATSS ; Q5X427, ACYP_LEGPA ; A5ID38, ACYP_LEGPC ; -DR Q5ZUC1, ACYP_LEGPH ; Q5WVG7, ACYP_LEGPL ; Q72ML5, ACYP_LEPIC ; -DR Q8EZ81, ACYP_LEPIN ; Q03VF5, ACYP_LEUMM ; Q03RM5, ACYP_LEVBA ; -DR Q1WUK1, ACYP_LIGS1 ; Q92BX4, ACYP_LISIN ; Q71ZT9, ACYP_LISMF ; -DR Q8Y7A7, ACYP_LISMO ; A0AII3, ACYP_LISW6 ; Q65UA8, ACYP_MANSM ; -DR A1TZV5, ACYP_MARN8 ; Q0W6M8, ACYP_METAR ; Q12WD5, ACYP_METBU ; -DR Q60AX4, ACYP_METCA ; Q2FNJ0, ACYP_METHJ ; A4YHE5, ACYP_METS5 ; -DR A0B571, ACYP_METTP ; Q2RJ59, ACYP_MOOTA ; A0QJ63, ACYP_MYCA1 ; -DR P69418, ACYP_MYCBO ; A1KMR7, ACYP_MYCBP ; Q73VM2, ACYP_MYCPA ; -DR A0QV24, ACYP_MYCS2 ; A3PXU3, ACYP_MYCSJ ; A1UED9, ACYP_MYCSK ; -DR Q1BAM3, ACYP_MYCSS ; A5U6S8, ACYP_MYCTA ; P9WQC8, ACYP_MYCTO ; -DR P9WQC9, ACYP_MYCTU ; A1T739, ACYP_MYCVP ; Q1D0P6, ACYP_MYXXD ; -DR Q3IPI5, ACYP_NATPD ; Q1QLD8, ACYP_NITHX ; Q3JCP6, ACYP_NITOC ; +DR P0AB66, ACYP_ECO57 ; A1A9N7, ACYP_ECOK1 ; Q8FJ70, ACYP_ECOL6 ; +DR P0AB65, ACYP_ECOLI ; A4W8Y0, ACYP_ENT38 ; Q831U6, ACYP_ENTFA ; +DR A7HMJ7, ACYP_FERNB ; Q0RDN6, ACYP_FRAAA ; Q2J6Z2, ACYP_FRACC ; +DR Q5L2Y4, ACYP_GEOKA ; Q39S27, ACYP_GEOMG ; Q74ES0, ACYP_GEOSL ; +DR A4IKB1, ACYP_GEOTN ; A5GA97, ACYP_GEOUR ; Q7NE87, ACYP_GLOVI ; +DR Q0BUL9, ACYP_GRABC ; Q2SDN9, ACYP_HAHCH ; A1WUX3, ACYP_HALHL ; +DR Q5V2Y4, ACYP_HALMA ; Q18K02, ACYP_HALWD ; Q7VJW4, ACYP_HELHP ; +DR A6T769, ACYP_KLEP7 ; Q1IKJ2, ACYP_KORVE ; Q041W5, ACYP_LACGA ; +DR Q74ID8, ACYP_LACJO ; Q9CHW2, ACYP_LACLA ; Q038C3, ACYP_LACP3 ; +DR Q88WR7, ACYP_LACPL ; Q38VU9, ACYP_LATSS ; Q5X427, ACYP_LEGPA ; +DR A5ID38, ACYP_LEGPC ; Q5ZUC1, ACYP_LEGPH ; Q5WVG7, ACYP_LEGPL ; +DR Q72ML5, ACYP_LEPIC ; Q8EZ81, ACYP_LEPIN ; Q03VF5, ACYP_LEUMM ; +DR Q03RM5, ACYP_LEVBA ; Q1WUK1, ACYP_LIGS1 ; Q92BX4, ACYP_LISIN ; +DR Q71ZT9, ACYP_LISMF ; Q8Y7A7, ACYP_LISMO ; A0AII3, ACYP_LISW6 ; +DR Q65UA8, ACYP_MANSM ; A1TZV5, ACYP_MARN8 ; Q0W6M8, ACYP_METAR ; +DR Q12WD5, ACYP_METBU ; Q60AX4, ACYP_METCA ; Q2FNJ0, ACYP_METHJ ; +DR A4YHE5, ACYP_METS5 ; A0B571, ACYP_METTP ; Q2RJ59, ACYP_MOOTA ; +DR A0QJ63, ACYP_MYCA1 ; P69418, ACYP_MYCBO ; A1KMR7, ACYP_MYCBP ; +DR Q73VM2, ACYP_MYCPA ; A0QV24, ACYP_MYCS2 ; A3PXU3, ACYP_MYCSJ ; +DR A1UED9, ACYP_MYCSK ; Q1BAM3, ACYP_MYCSS ; A5U6S8, ACYP_MYCTA ; +DR P9WQC8, ACYP_MYCTO ; P9WQC9, ACYP_MYCTU ; A1T739, ACYP_MYCVP ; +DR Q1D0P6, ACYP_MYXXD ; Q3IPI5, ACYP_NATPD ; Q1QLD8, ACYP_NITHX ; +DR Q3JCP6, ACYP_NITOC ; Q72CU1, ACYP_NITV2 ; A1VEL6, ACYP_NITV4 ; DR Q3SRU5, ACYP_NITWN ; Q5YS19, ACYP_NOCFA ; A1SPV1, ACYP_NOCSJ ; DR Q8YYH3, ACYP_NOSS1 ; Q8ELH4, ACYP_OCEIH ; Q30YK6, ACYP_OLEA2 ; DR A1R3U5, ACYP_PAEAT ; Q13J37, ACYP_PARXL ; Q9CNN1, ACYP_PASMU ; @@ -118565,8 +119326,8 @@ DR A1RZ22, ACYP_THEPD ; Q72L64, ACYP_THET2 ; Q5SKS6, ACYP_THET8 ; DR Q97CT1, ACYP_THEVO ; Q3SKG9, ACYP_THIDA ; Q73PK2, ACYP_TREDE ; DR Q3M4K7, ACYP_TRIV2 ; A5F8G9, ACYP_VIBC3 ; Q9KSA4, ACYP_VIBCH ; DR Q87P91, ACYP_VIBPA ; Q8D994, ACYP_VIBVU ; Q7ML77, ACYP_VIBVY ; -DR Q8PNV0, ACYP_XANAC ; Q3BX12, ACYP_XANC5 ; Q4URB1, ACYP_XANC8 ; -DR Q8PC73, ACYP_XANCP ; Q2NZV7, ACYP_XANOM ; Q5GWQ4, ACYP_XANOR ; +DR Q8PNV0, ACYP_XANAC ; Q4URB1, ACYP_XANC8 ; Q8PC73, ACYP_XANCP ; +DR Q3BX12, ACYP_XANE5 ; Q2NZV7, ACYP_XANOM ; Q5GWQ4, ACYP_XANOR ; DR A1JMX0, ACYP_YERE8 ; A7FJR7, ACYP_YERP3 ; Q1CGL9, ACYP_YERPN ; DR Q66CD9, ACYP_YERPS ; // @@ -118658,27 +119419,27 @@ DR Q1LQB1, NTPPA_CUPMC; Q46Y94, NTPPA_CUPPJ; Q11VI6, NTPPA_CYTH3; DR Q47JQ0, NTPPA_DECAR; Q3Z7G4, NTPPA_DEHM1; A5FQJ4, NTPPA_DEHMB; DR Q3ZY38, NTPPA_DEHMC; Q1IYX1, NTPPA_DEIGD; Q9RV24, NTPPA_DEIRA; DR Q24SM2, NTPPA_DESHY; Q6AMI5, NTPPA_DESPS; A4J7K7, NTPPA_DESRM; -DR Q72EP2, NTPPA_DESVH; B5YF11, NTPPA_DICT6; B8E0U2, NTPPA_DICTD; -DR P58629, NTPPA_ECO57; Q0TCL8, NTPPA_ECOL5; Q8FD47, NTPPA_ECOL6; -DR P25536, NTPPA_ECOLI; Q1R692, NTPPA_ECOUT; B2KC30, NTPPA_ELUMP; -DR Q82ZA4, NTPPA_ENTFA; B1YJT1, NTPPA_EXIS2; A5FFP4, NTPPA_FLAJ1; -DR A6GZH5, NTPPA_FLAPJ; Q8RFE6, NTPPA_FUSNN; Q5KWN2, NTPPA_GEOKA; -DR Q39X87, NTPPA_GEOMG; Q74A46, NTPPA_GEOSL; C6E559, NTPPA_GEOSM; -DR C5D5H8, NTPPA_GEOSW; A5G7S1, NTPPA_GEOUR; Q7NH22, NTPPA_GLOVI; -DR Q5FS71, NTPPA_GLUOX; Q0BTC5, NTPPA_GRABC; Q2SBH1, NTPPA_HAHCH; -DR Q9K8H3, NTPPA_HALH5; Q31FH4, NTPPA_HYDCU; Q0C2H1, NTPPA_HYPNA; -DR Q5QWE2, NTPPA_IDILO; Q1IV55, NTPPA_KORVE; B3W9W2, NTPPA_LACCB; -DR Q035Z4, NTPPA_LACP3; A9KHL6, NTPPA_LACP7; Q38YR2, NTPPA_LATSS; -DR Q1MQH1, NTPPA_LAWIP; B0S919, NTPPA_LEPBA; Q04NX0, NTPPA_LEPBJ; -DR Q04XA6, NTPPA_LEPBL; B0SK44, NTPPA_LEPBP; Q72WC1, NTPPA_LEPIC; -DR Q8FA20, NTPPA_LEPIN; Q2W1Y3, NTPPA_MAGSA; Q0AQL3, NTPPA_MARMM; -DR Q8TSP7, NTPPA_METAC; Q46BZ6, NTPPA_METBF; Q12TU6, NTPPA_METBU; -DR Q60BT7, NTPPA_METCA; Q1GZF7, NTPPA_METFK; Q8PVQ2, NTPPA_METMA; -DR Q2RL24, NTPPA_MOOTA; Q1D912, NTPPA_MYXXD; Q5FA52, NTPPA_NEIG1; -DR Q9JVK3, NTPPA_NEIMA; Q9K0J8, NTPPA_NEIMB; Q82XC7, NTPPA_NITEU; -DR Q1QRF9, NTPPA_NITHX; Q2YC50, NTPPA_NITMU; Q3J7T5, NTPPA_NITOC; -DR Q3SVZ7, NTPPA_NITWN; Q2G9H1, NTPPA_NOVAD; Q315F5, NTPPA_OLEA2; -DR A6L8E5, NTPPA_PARD8; Q6MDL5, NTPPA_PARUW; Q142M3, NTPPA_PARXL; +DR B5YF11, NTPPA_DICT6; B8E0U2, NTPPA_DICTD; P58629, NTPPA_ECO57; +DR Q0TCL8, NTPPA_ECOL5; Q8FD47, NTPPA_ECOL6; P25536, NTPPA_ECOLI; +DR Q1R692, NTPPA_ECOUT; B2KC30, NTPPA_ELUMP; Q82ZA4, NTPPA_ENTFA; +DR B1YJT1, NTPPA_EXIS2; A5FFP4, NTPPA_FLAJ1; A6GZH5, NTPPA_FLAPJ; +DR Q8RFE6, NTPPA_FUSNN; Q5KWN2, NTPPA_GEOKA; Q39X87, NTPPA_GEOMG; +DR Q74A46, NTPPA_GEOSL; C6E559, NTPPA_GEOSM; C5D5H8, NTPPA_GEOSW; +DR A5G7S1, NTPPA_GEOUR; Q7NH22, NTPPA_GLOVI; Q5FS71, NTPPA_GLUOX; +DR Q0BTC5, NTPPA_GRABC; Q2SBH1, NTPPA_HAHCH; Q9K8H3, NTPPA_HALH5; +DR Q31FH4, NTPPA_HYDCU; Q0C2H1, NTPPA_HYPNA; Q5QWE2, NTPPA_IDILO; +DR Q1IV55, NTPPA_KORVE; B3W9W2, NTPPA_LACCB; Q035Z4, NTPPA_LACP3; +DR A9KHL6, NTPPA_LACP7; Q38YR2, NTPPA_LATSS; Q1MQH1, NTPPA_LAWIP; +DR B0S919, NTPPA_LEPBA; Q04NX0, NTPPA_LEPBJ; Q04XA6, NTPPA_LEPBL; +DR B0SK44, NTPPA_LEPBP; Q72WC1, NTPPA_LEPIC; Q8FA20, NTPPA_LEPIN; +DR Q0AQL3, NTPPA_MARMM; Q8TSP7, NTPPA_METAC; Q46BZ6, NTPPA_METBF; +DR Q12TU6, NTPPA_METBU; Q60BT7, NTPPA_METCA; Q1GZF7, NTPPA_METFK; +DR Q8PVQ2, NTPPA_METMA; Q2RL24, NTPPA_MOOTA; Q1D912, NTPPA_MYXXD; +DR Q5FA52, NTPPA_NEIG1; Q9JVK3, NTPPA_NEIMA; Q9K0J8, NTPPA_NEIMB; +DR Q82XC7, NTPPA_NITEU; Q1QRF9, NTPPA_NITHX; Q2YC50, NTPPA_NITMU; +DR Q3J7T5, NTPPA_NITOC; Q72EP2, NTPPA_NITV2; Q3SVZ7, NTPPA_NITWN; +DR Q2G9H1, NTPPA_NOVAD; Q315F5, NTPPA_OLEA2; A6L8E5, NTPPA_PARD8; +DR Q2W1Y3, NTPPA_PARM1; Q6MDL5, NTPPA_PARUW; Q142M3, NTPPA_PARXL; DR Q9CLG6, NTPPA_PASMU; Q6DAI3, NTPPA_PECAS; B4SA80, NTPPA_PELPB; DR A5D426, NTPPA_PELTS; Q7N035, NTPPA_PHOLL; Q6LMA4, NTPPA_PHOPR; DR A6L391, NTPPA_PHOV8; Q12C38, NTPPA_POLSJ; B2RIL9, NTPPA_PORG3; @@ -118707,8 +119468,8 @@ DR B1LB65, NTPPA_THESQ; Q72JE7, NTPPA_THET2; Q5SJ26, NTPPA_THET8; DR Q3SG65, NTPPA_THIDA; Q73K74, NTPPA_TREDE; Q9KUU7, NTPPA_VIBCH; DR Q87LC4, NTPPA_VIBPA; Q8DCG8, NTPPA_VIBVU; Q7MHE0, NTPPA_VIBVY; DR Q73I47, NTPPA_WOLPM; B3CL80, NTPPA_WOLPP; Q5GT91, NTPPA_WOLTR; -DR C0R2U8, NTPPA_WOLWR; Q8PIX4, NTPPA_XANAC; Q3BRF4, NTPPA_XANC5; -DR Q4UWJ9, NTPPA_XANC8; Q8P7K1, NTPPA_XANCP; Q2P0P1, NTPPA_XANOM; +DR C0R2U8, NTPPA_WOLWR; Q8PIX4, NTPPA_XANAC; Q4UWJ9, NTPPA_XANC8; +DR Q8P7K1, NTPPA_XANCP; Q3BRF4, NTPPA_XANE5; Q2P0P1, NTPPA_XANOM; DR Q5GXK1, NTPPA_XANOR; Q99210, NTPPA_YEAST; Q1C1M9, NTPPA_YERPA; DR P58636, NTPPA_YERPE; Q1CDV0, NTPPA_YERPN; Q665F6, NTPPA_YERPS; DR Q5NNS3, NTPPA_ZYMMO; B0C1T2, NTPP_ACAM1 ; Q6FB05, NTPP_ACIAD ; @@ -118726,17 +119487,17 @@ DR Q0BWA0, NTPP_GRABC ; Q7VKR7, NTPP_HAEDU ; B6JN80, NTPP_HELP2 ; DR B5Z8N5, NTPP_HELPG ; Q1CS23, NTPP_HELPH ; Q9ZJY6, NTPP_HELPJ ; DR B2UV03, NTPP_HELPS ; O25838, NTPP_HELPY ; Q0C6A7, NTPP_HYPNA ; DR Q5X3L5, NTPP_LEGPA ; A5IDM1, NTPP_LEGPC ; Q5ZTX2, NTPP_LEGPH ; -DR Q5WV03, NTPP_LEGPL ; Q6AGN3, NTPP_LEIXX ; Q2VYH3, NTPP_MAGSA ; -DR Q0AKD7, NTPP_MARMM ; B0JH94, NTPP_MICAN ; Q7TWT7, NTPP_MYCBO ; -DR A1KNT4, NTPP_MYCBP ; C1AH56, NTPP_MYCBT ; A4TF31, NTPP_MYCGI ; -DR B8ZUX8, NTPP_MYCLB ; Q49670, NTPP_MYCLE ; B2HEK5, NTPP_MYCMM ; -DR Q73UG7, NTPP_MYCPA ; A0QTE5, NTPP_MYCS2 ; A3PW53, NTPP_MYCSJ ; -DR A1UCG3, NTPP_MYCSK ; Q1BCI0, NTPP_MYCSS ; A5U7V6, NTPP_MYCTA ; -DR P9WK26, NTPP_MYCTO ; P9WK27, NTPP_MYCTU ; A0PRJ3, NTPP_MYCUA ; -DR A1T5Q3, NTPP_MYCVP ; Q1DAV2, NTPP_MYXXD ; Q2GCP9, NTPP_NEOSM ; -DR Q1QRY3, NTPP_NITHX ; A6Q573, NTPP_NITSB ; Q3SWH0, NTPP_NITWN ; -DR Q5Z154, NTPP_NOCFA ; B2J6P8, NTPP_NOSP7 ; P58632, NTPP_NOSS1 ; -DR Q2GC58, NTPP_NOVAD ; A5CCC1, NTPP_ORITB ; Q7U5K1, NTPP_PARMW ; +DR Q5WV03, NTPP_LEGPL ; Q6AGN3, NTPP_LEIXX ; Q0AKD7, NTPP_MARMM ; +DR B0JH94, NTPP_MICAN ; Q7TWT7, NTPP_MYCBO ; A1KNT4, NTPP_MYCBP ; +DR C1AH56, NTPP_MYCBT ; A4TF31, NTPP_MYCGI ; B8ZUX8, NTPP_MYCLB ; +DR Q49670, NTPP_MYCLE ; B2HEK5, NTPP_MYCMM ; Q73UG7, NTPP_MYCPA ; +DR A0QTE5, NTPP_MYCS2 ; A3PW53, NTPP_MYCSJ ; A1UCG3, NTPP_MYCSK ; +DR Q1BCI0, NTPP_MYCSS ; A5U7V6, NTPP_MYCTA ; P9WK26, NTPP_MYCTO ; +DR P9WK27, NTPP_MYCTU ; A0PRJ3, NTPP_MYCUA ; A1T5Q3, NTPP_MYCVP ; +DR Q1DAV2, NTPP_MYXXD ; Q2GCP9, NTPP_NEOSM ; Q1QRY3, NTPP_NITHX ; +DR A6Q573, NTPP_NITSB ; Q3SWH0, NTPP_NITWN ; Q5Z154, NTPP_NOCFA ; +DR B2J6P8, NTPP_NOSP7 ; P58632, NTPP_NOSS1 ; Q2GC58, NTPP_NOVAD ; +DR A5CCC1, NTPP_ORITB ; Q2VYH3, NTPP_PARM1 ; Q7U5K1, NTPP_PARMW ; DR Q4FNS4, NTPP_PELUB ; A3PDZ9, NTPP_PROM0 ; A2C3V6, NTPP_PROM1 ; DR A8G5U9, NTPP_PROM2 ; A2C7X9, NTPP_PROM3 ; Q319X8, NTPP_PROM9 ; DR Q7VB43, NTPP_PROMA ; Q7V6H8, NTPP_PROMM ; Q7V0U3, NTPP_PROMP ; @@ -118945,7 +119706,7 @@ DR Q6WQ42, POLG_AEVL2 ; Q6R325, POLG_AEVVR ; Q91B85, POLG_ALKV ; DR C8XPA8, POLG_BANV ; Q288N7, POLG_BECN1 ; Q8JN60, POLG_BECNB ; DR P12915, POLG_BOVEV ; Q32ZE0, POLG_BUSV ; Q96662, POLG_BVDVC ; DR P19711, POLG_BVDVN ; Q01499, POLG_BVDVS ; Q8V736, POLG_CACV4 ; -DR P19712, POLG_CSFVA ; P21530, POLG_CSFVB ; Q65900, POLG_CX16G ; +DR P19712, POLG_CSFAT ; P21530, POLG_CSFVB ; Q65900, POLG_CX16G ; DR Q9QF31, POLG_CX16T ; P22055, POLG_CXA21 ; P36290, POLG_CXA24 ; DR P21404, POLG_CXA9 ; P08291, POLG_CXB1J ; Q9YLG5, POLG_CXB2O ; DR P03313, POLG_CXB3N ; Q66282, POLG_CXB3W ; Q86887, POLG_CXB4E ; @@ -118962,8 +119723,9 @@ DR Q66474, POLG_EC06C ; Q66577, POLG_EC09B ; Q66849, POLG_EC09H ; DR P29813, POLG_EC11G ; Q66575, POLG_EC12T ; Q9WN78, POLG_EC30B ; DR C8XPB2, POLG_EHV ; N0A3C0, POLG_FCV ; P27407, POLG_FCVC6 ; DR P27408, POLG_FCVF4 ; P27409, POLG_FCVF9 ; Q66914, POLG_FCVUR ; -DR P03306, POLG_FMDV1 ; P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; -DR P03309, POLG_FMDVC ; P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; +DR A2I7M2, POLG_FMDA1 ; Q9Q2N9, POLG_FMDS2 ; P03306, POLG_FMDV1 ; +DR P03307, POLG_FMDV5 ; P03308, POLG_FMDVA ; P03309, POLG_FMDVC ; +DR P03310, POLG_FMDVI ; P03305, POLG_FMDVO ; Q6PMV1, POLG_FMDVP ; DR P03311, POLG_FMDVS ; P15072, POLG_FMDVT ; P49303, POLG_FMDVZ ; DR Q69422, POLG_GBVB ; Q8V0N6, POLG_HAV88 ; Q5Y944, POLG_HAVCF ; DR Q67825, POLG_HAVGB ; A3FMB2, POLG_HAVH2 ; Q05794, POLG_HAVHA ; @@ -118989,34 +119751,35 @@ DR Q32ZD7, POLG_ILHV ; P27395, POLG_JAEV1 ; P19110, POLG_JAEV5 ; DR P32886, POLG_JAEVJ ; G3FEX6, POLG_JAEVM ; P14403, POLG_JAEVN ; DR D7RF80, POLG_KFDV ; Q32ZD5, POLG_KOKV ; P14335, POLG_KUNJM ; DR P29837, POLG_LANVT ; P22338, POLG_LIV ; Q8JV21, POLG_LJUV1 ; -DR P54634, POLG_LORDV ; P33515, POLG_MCFA ; P05769, POLG_MVEV5 ; -DR Q83883, POLG_NVN68 ; Q7T6D2, POLG_OHFV ; Q9QEJ5, POLG_PESV ; -DR O41174, POLG_PEV9U ; P03300, POLG_POL1M ; P03301, POLG_POL1S ; -DR P06210, POLG_POL2L ; P23069, POLG_POL2W ; P06209, POLG_POL32 ; -DR P03302, POLG_POL3L ; Q04538, POLG_POWVL ; P27411, POLG_RHDV3 ; -DR Q86119, POLG_RHDVA ; Q89273, POLG_RHDVB ; P27410, POLG_RHDVF ; -DR Q86117, POLG_RHDVS ; Q32ZD4, POLG_ROCV ; P36286, POLG_SMSV1 ; -DR P36287, POLG_SMSV4 ; Q04544, POLG_SOUV3 ; P09732, POLG_STEVM ; -DR P16604, POLG_SVDVH ; P13900, POLG_SVDVU ; Q6XDK8, POLG_SVM10 ; -DR Q69014, POLG_SVM93 ; Q672I1, POLG_SVSAP ; Q01299, POLG_TBEVH ; -DR P07720, POLG_TBEVS ; P14336, POLG_TBEVW ; Q5WPU5, POLG_USUV ; -DR Q9DUN3, POLG_VESVA ; P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; -DR C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; -DR Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; -DR Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; -DR Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; -DR A0A142I5B9, POLG_ZIKVK ; Q86924, POLN_AURAV ; P87515, POLN_BFV ; -DR Q5XXP4, POLN_CHIK3 ; Q8JUX6, POLN_CHIKS ; Q306W6, POLN_EEEV1 ; -DR Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; P36327, POLN_EEVV3 ; -DR Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; P36328, POLN_EEVVP ; -DR P27282, POLN_EEVVT ; Q5Y389, POLN_GETV ; Q8QZ73, POLN_MAYAB ; -DR P13886, POLN_ONNVG ; O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; -DR P13887, POLN_RRVN ; Q6X2U4, POLN_RUBVB ; Q6X2U2, POLN_RUBVC ; -DR Q9J6K9, POLN_RUBVD ; Q86500, POLN_RUBVM ; Q8BCR0, POLN_RUBVN ; -DR Q99IE7, POLN_RUBVO ; O40955, POLN_RUBVR ; P13889, POLN_RUBVT ; -DR Q99IE5, POLN_RUBVV ; Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; -DR P27283, POLN_SINDO ; P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; -DR Q8JJX1, POLN_SPDV ; P13896, POLN_WEEV ; +DR P54634, POLG_LORDV ; P33515, POLG_MCFA ; Q80J95, POLG_MNV1 ; +DR P05769, POLG_MVEV5 ; Q83883, POLG_NVN68 ; Q7T6D2, POLG_OHFV ; +DR Q9QEJ5, POLG_PESV ; O41174, POLG_PEV9U ; P03300, POLG_POL1M ; +DR P03301, POLG_POL1S ; P06210, POLG_POL2L ; P23069, POLG_POL2W ; +DR P06209, POLG_POL32 ; P03302, POLG_POL3L ; Q04538, POLG_POWVL ; +DR P27411, POLG_RHDV3 ; Q86119, POLG_RHDVA ; Q89273, POLG_RHDVB ; +DR P27410, POLG_RHDVF ; Q86117, POLG_RHDVS ; Q32ZD4, POLG_ROCV ; +DR P36286, POLG_SMSV1 ; P36287, POLG_SMSV4 ; Q04544, POLG_SOUV3 ; +DR P09732, POLG_STEVM ; P16604, POLG_SVDVH ; P13900, POLG_SVDVU ; +DR Q6XDK8, POLG_SVM10 ; Q69014, POLG_SVM93 ; Q672I1, POLG_SVSAP ; +DR Q01299, POLG_TBEVH ; P07720, POLG_TBEVS ; P14336, POLG_TBEVW ; +DR G1CRV4, POLG_TMUV ; Q5WPU5, POLG_USUV ; Q9DUN3, POLG_VESVA ; +DR P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; +DR P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; +DR Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; +DR Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; +DR Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; +DR Q86924, POLN_AURAV ; P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; +DR Q8JUX6, POLN_CHIKS ; Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; +DR Q4QXJ8, POLN_EEEVF ; P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; +DR Q9WJC7, POLN_EEVVM ; P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; +DR Q5Y389, POLN_GETV ; Q8QZ73, POLN_MAYAB ; P13886, POLN_ONNVG ; +DR O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; P13887, POLN_RRVN ; +DR Q6X2U4, POLN_RUBVB ; Q6X2U2, POLN_RUBVC ; Q9J6K9, POLN_RUBVD ; +DR Q86500, POLN_RUBVM ; Q8BCR0, POLN_RUBVN ; Q99IE7, POLN_RUBVO ; +DR O40955, POLN_RUBVR ; P13889, POLN_RUBVT ; Q99IE5, POLN_RUBVV ; +DR Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; P27283, POLN_SINDO ; +DR P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; Q8JJX1, POLN_SPDV ; +DR P13896, POLN_WEEV ; // ID 3.6.1.16 DE CDP-glycerol diphosphatase. @@ -119296,8 +120059,8 @@ DR P17374, DUT_VACCW ; P0DSZ7, DUT_VAR67 ; P0DSZ8, DUT_VARV ; DR P09254, DUT_VZVD ; Q4JQW7, DUT_VZVO ; Q8D2F3, DUT_WIGBR ; DR P61913, DUT_WOLPM ; B3CL69, DUT_WOLPP ; Q7M9N1, DUT_WOLSU ; DR Q5GST1, DUT_WOLTR ; C0R5L9, DUT_WOLWR ; Q8PFR5, DUT_XANAC ; -DR Q3BNA6, DUT_XANC5 ; Q4UPP2, DUT_XANC8 ; B0RXM3, DUT_XANCB ; -DR Q8P458, DUT_XANCP ; Q2P8A8, DUT_XANOM ; B2SS19, DUT_XANOP ; +DR Q4UPP2, DUT_XANC8 ; B0RXM3, DUT_XANCB ; Q8P458, DUT_XANCP ; +DR Q3BNA6, DUT_XANE5 ; Q2P8A8, DUT_XANOM ; B2SS19, DUT_XANOP ; DR Q5H5L9, DUT_XANOR ; B2I6M7, DUT_XYLF2 ; Q9PGZ6, DUT_XYLFA ; DR B0U1I2, DUT_XYLFM ; Q87F19, DUT_XYLFT ; Q6C141, DUT_YARLI ; DR P33317, DUT_YEAST ; A1JHX0, DUT_YERE8 ; A7FCT2, DUT_YERP3 ; @@ -119388,7 +120151,7 @@ DR Q1BYF5, UPPP1_BURO1; A3NTZ5, UPPP1_BURP0; Q3JTI8, UPPP1_BURP1; DR Q63V58, UPPP1_BURPS; Q2SYE1, UPPP1_BURTA; Q7NYE7, UPPP1_CHRVO; DR Q97LQ3, UPPP1_CLOAB; Q18BJ5, UPPP1_CLOD6; Q4JXD8, UPPP1_CORJK; DR Q831R1, UPPP1_ENTFA; Q0RKT0, UPPP1_FRAAA; Q2JAC3, UPPP1_FRACC; -DR Q9KFL5, UPPP1_HALH5; Q2W9Z8, UPPP1_MAGSA; Q04FK3, UPPP1_OENOB; +DR Q9KFL5, UPPP1_HALH5; Q04FK3, UPPP1_OENOB; Q2W9Z8, UPPP1_PARM1; DR Q13V13, UPPP1_PARXL; Q3KD12, UPPP1_PSEPF; Q3IHV1, UPPP1_PSET1; DR Q98DM7, UPPP1_RHILO; Q2RYH3, UPPP1_RHORT; Q8EHD3, UPPP1_SHEON; DR Q5WH44, UPPP1_SHOC1; Q82NI4, UPPP1_STRAW; Q9FC36, UPPP1_STRCO; @@ -119400,8 +120163,8 @@ DR Q39HK8, UPPP2_BURL3; Q1BXA8, UPPP2_BURO1; A3NYA9, UPPP2_BURP0; DR Q3JPL1, UPPP2_BURP1; Q63RM9, UPPP2_BURPS; Q2SUY6, UPPP2_BURTA; DR Q7NWQ2, UPPP2_CHRVO; Q97KF6, UPPP2_CLOAB; Q184H7, UPPP2_CLOD6; DR Q4JVN6, UPPP2_CORJK; Q5WNX2, UPPP2_ENTFL; Q0RJJ1, UPPP2_FRAAA; -DR Q2J987, UPPP2_FRACC; Q9KCP8, UPPP2_HALH5; Q2W724, UPPP2_MAGSA; -DR Q04D15, UPPP2_OENOB; Q13W85, UPPP2_PARXL; Q3K9J0, UPPP2_PSEPF; +DR Q2J987, UPPP2_FRACC; Q9KCP8, UPPP2_HALH5; Q04D15, UPPP2_OENOB; +DR Q2W724, UPPP2_PARM1; Q13W85, UPPP2_PARXL; Q3K9J0, UPPP2_PSEPF; DR Q3IDA4, UPPP2_PSET1; Q98NJ1, UPPP2_RHILO; Q2RTE2, UPPP2_RHORT; DR Q8E9K1, UPPP2_SHEON; Q5WCX5, UPPP2_SHOC1; Q827A4, UPPP2_STRAW; DR Q9K407, UPPP2_STRCO; A4VNS0, UPPP2_STUS1; Q6FBS3, UPPP3_ACIAD; @@ -119457,52 +120220,52 @@ DR Q11WJ0, UPPP_CYTH3 ; Q478U2, UPPP_DECAR ; C1CVN6, UPPP_DEIDV ; DR Q1IZI4, UPPP_DEIGD ; Q9RX61, UPPP_DEIRA ; C0QC99, UPPP_DESAH ; DR B8FAZ7, UPPP_DESAL ; B1I2Y8, UPPP_DESAP ; B8J0P3, UPPP_DESDA ; DR B8FX50, UPPP_DESHD ; A8ZXM2, UPPP_DESOH ; Q6AKL2, UPPP_DESPS ; -DR P62464, UPPP_DESVH ; A1VDC9, UPPP_DESVV ; A5EW93, UPPP_DICNV ; -DR A8LQR9, UPPP_DINSH ; A7ZRT8, UPPP_ECO24 ; B7UIW5, UPPP_ECO27 ; -DR B7MAD4, UPPP_ECO45 ; B7LGZ1, UPPP_ECO55 ; P60933, UPPP_ECO57 ; -DR B5YR97, UPPP_ECO5E ; B7NJS0, UPPP_ECO7I ; B7N061, UPPP_ECO81 ; -DR B7LZK7, UPPP_ECO8A ; C4ZQX4, UPPP_ECOBW ; B1XG62, UPPP_ECODH ; -DR A8A4L2, UPPP_ECOHS ; A1AFX9, UPPP_ECOK1 ; Q0TD49, UPPP_ECOL5 ; -DR P67386, UPPP_ECOL6 ; B1IRQ9, UPPP_ECOLC ; P60932, UPPP_ECOLI ; -DR B7ND46, UPPP_ECOLU ; B6I428, UPPP_ECOSE ; Q1R6S4, UPPP_ECOUT ; -DR B2KE93, UPPP_ELUMP ; A4WEI9, UPPP_ENT38 ; B2VGJ3, UPPP_ERWT9 ; -DR Q2N736, UPPP_ERYLH ; B7LQD5, UPPP_ESCF3 ; B1YIX1, UPPP_EXIS2 ; -DR A7HJT4, UPPP_FERNB ; Q9RB37, UPPP_FLAJ1 ; A6H239, UPPP_FLAPJ ; -DR Q8RIA6, UPPP_FUSNN ; C1A8L5, UPPP_GEMAT ; B9M0D1, UPPP_GEODF ; -DR Q5L3H7, UPPP_GEOKA ; Q39QX7, UPPP_GEOMG ; P60938, UPPP_GEOSL ; -DR C5D3Y4, UPPP_GEOSW ; A4IJS3, UPPP_GEOTN ; Q7NG92, UPPP_GLOVI ; -DR A9HI81, UPPP_GLUDA ; Q5FUS6, UPPP_GLUOX ; Q0BTT3, UPPP_GRABC ; -DR Q2SL19, UPPP_HAHCH ; A1WUY5, UPPP_HALHL ; Q5UXT1, UPPP_HALMA ; -DR B8CWG2, UPPP_HALOH ; A4G8J0, UPPP_HERAR ; Q31EL5, UPPP_HYDCU ; -DR Q0C618, UPPP_HYPNA ; Q5QUY5, UPPP_IDILO ; A6T273, UPPP_JANMA ; -DR Q28VU8, UPPP_JANSC ; A6W915, UPPP_KINRD ; B5XU34, UPPP_KLEP3 ; -DR A6TE36, UPPP_KLEP7 ; B2GIP7, UPPP_KOCRD ; B1L557, UPPP_KORCO ; -DR Q1IPW7, UPPP_KORVE ; C5CGT6, UPPP_KOSOT ; B3WCK5, UPPP_LACCB ; -DR Q1GB63, UPPP_LACDA ; Q04BL0, UPPP_LACDB ; Q9CDM7, UPPP_LACLA ; -DR A2RNZ5, UPPP_LACLM ; Q02VT8, UPPP_LACLS ; Q03AR6, UPPP_LACP3 ; -DR A9KNK1, UPPP_LACP7 ; Q88SK7, UPPP_LACPL ; C1D4X7, UPPP_LARHH ; -DR Q38VP0, UPPP_LATSS ; Q1MQW6, UPPP_LAWIP ; B0S9E8, UPPP_LEPBA ; -DR Q04SA1, UPPP_LEPBJ ; Q050C7, UPPP_LEPBL ; B0SS37, UPPP_LEPBP ; -DR P62465, UPPP_LEPIC ; Q8F397, UPPP_LEPIN ; B1MW96, UPPP_LEUCK ; -DR Q03ZT9, UPPP_LEUMM ; B2GDY8, UPPP_LIMF3 ; B9EA92, UPPP_MACCJ ; -DR A0L9F4, UPPP_MAGMM ; Q0ATH6, UPPP_MARMM ; A1U6U1, UPPP_MARN8 ; -DR C6BUE1, UPPP_MARSD ; A6UWS5, UPPP_META3 ; Q12UC1, UPPP_METBU ; -DR Q60B18, UPPP_METCA ; Q1GY95, UPPP_METFK ; B3E171, UPPP_METI4 ; -DR Q8TW25, UPPP_METKA ; A4FX27, UPPP_METM5 ; A9AAG5, UPPP_METM6 ; -DR A6VG87, UPPP_METM7 ; P60942, UPPP_METMP ; A2SEL8, UPPP_METPP ; -DR A5UMH8, UPPP_METS3 ; Q2NIA2, UPPP_METST ; O27479, UPPP_METTH ; -DR A0B9M2, UPPP_METTP ; A6UPF1, UPPP_METVS ; C5CBT8, UPPP_MICLC ; -DR Q2RKY8, UPPP_MOOTA ; A0QGK1, UPPP_MYCA1 ; Q7VEQ2, UPPP_MYCBO ; -DR A1KKH9, UPPP_MYCBP ; C1AQ52, UPPP_MYCBT ; A4TB90, UPPP_MYCGI ; -DR B8ZRD4, UPPP_MYCLB ; Q9CC42, UPPP_MYCLE ; B2HFY7, UPPP_MYCMM ; -DR P60939, UPPP_MYCPA ; A0QZY5, UPPP_MYCS2 ; A3Q1C2, UPPP_MYCSJ ; -DR A1UHV6, UPPP_MYCSK ; Q1B769, UPPP_MYCSS ; A5U4G2, UPPP_MYCTA ; -DR P9WFF8, UPPP_MYCTO ; P9WFF9, UPPP_MYCTU ; A0PQW1, UPPP_MYCUA ; -DR A1TAS8, UPPP_MYCVP ; Q1CY86, UPPP_MYXXD ; B9L7I2, UPPP_NAUPA ; -DR Q5F6K4, UPPP_NEIG1 ; B4RQE0, UPPP_NEIG2 ; A9M2I7, UPPP_NEIM0 ; -DR Q9JSY6, UPPP_NEIMA ; Q9K0Z3, UPPP_NEIMB ; A1KVM7, UPPP_NEIMF ; -DR Q0AJJ0, UPPP_NITEC ; Q82Y49, UPPP_NITEU ; Q1QRR2, UPPP_NITHX ; -DR Q2Y6P3, UPPP_NITMU ; Q3J7B5, UPPP_NITOC ; Q3SWA8, UPPP_NITWN ; +DR A5EW93, UPPP_DICNV ; A8LQR9, UPPP_DINSH ; A7ZRT8, UPPP_ECO24 ; +DR B7UIW5, UPPP_ECO27 ; B7MAD4, UPPP_ECO45 ; B7LGZ1, UPPP_ECO55 ; +DR P60933, UPPP_ECO57 ; B5YR97, UPPP_ECO5E ; B7NJS0, UPPP_ECO7I ; +DR B7N061, UPPP_ECO81 ; B7LZK7, UPPP_ECO8A ; C4ZQX4, UPPP_ECOBW ; +DR B1XG62, UPPP_ECODH ; A8A4L2, UPPP_ECOHS ; A1AFX9, UPPP_ECOK1 ; +DR Q0TD49, UPPP_ECOL5 ; P67386, UPPP_ECOL6 ; B1IRQ9, UPPP_ECOLC ; +DR P60932, UPPP_ECOLI ; B7ND46, UPPP_ECOLU ; B6I428, UPPP_ECOSE ; +DR Q1R6S4, UPPP_ECOUT ; B2KE93, UPPP_ELUMP ; A4WEI9, UPPP_ENT38 ; +DR B2VGJ3, UPPP_ERWT9 ; Q2N736, UPPP_ERYLH ; B7LQD5, UPPP_ESCF3 ; +DR B1YIX1, UPPP_EXIS2 ; A7HJT4, UPPP_FERNB ; Q9RB37, UPPP_FLAJ1 ; +DR A6H239, UPPP_FLAPJ ; Q8RIA6, UPPP_FUSNN ; C1A8L5, UPPP_GEMAT ; +DR B9M0D1, UPPP_GEODF ; Q5L3H7, UPPP_GEOKA ; Q39QX7, UPPP_GEOMG ; +DR P60938, UPPP_GEOSL ; C5D3Y4, UPPP_GEOSW ; A4IJS3, UPPP_GEOTN ; +DR Q7NG92, UPPP_GLOVI ; A9HI81, UPPP_GLUDA ; Q5FUS6, UPPP_GLUOX ; +DR Q0BTT3, UPPP_GRABC ; Q2SL19, UPPP_HAHCH ; A1WUY5, UPPP_HALHL ; +DR Q5UXT1, UPPP_HALMA ; B8CWG2, UPPP_HALOH ; A4G8J0, UPPP_HERAR ; +DR Q31EL5, UPPP_HYDCU ; Q0C618, UPPP_HYPNA ; Q5QUY5, UPPP_IDILO ; +DR A6T273, UPPP_JANMA ; Q28VU8, UPPP_JANSC ; A6W915, UPPP_KINRD ; +DR B5XU34, UPPP_KLEP3 ; A6TE36, UPPP_KLEP7 ; B2GIP7, UPPP_KOCRD ; +DR B1L557, UPPP_KORCO ; Q1IPW7, UPPP_KORVE ; C5CGT6, UPPP_KOSOT ; +DR B3WCK5, UPPP_LACCB ; Q1GB63, UPPP_LACDA ; Q04BL0, UPPP_LACDB ; +DR Q9CDM7, UPPP_LACLA ; A2RNZ5, UPPP_LACLM ; Q02VT8, UPPP_LACLS ; +DR Q03AR6, UPPP_LACP3 ; A9KNK1, UPPP_LACP7 ; Q88SK7, UPPP_LACPL ; +DR C1D4X7, UPPP_LARHH ; Q38VP0, UPPP_LATSS ; Q1MQW6, UPPP_LAWIP ; +DR B0S9E8, UPPP_LEPBA ; Q04SA1, UPPP_LEPBJ ; Q050C7, UPPP_LEPBL ; +DR B0SS37, UPPP_LEPBP ; P62465, UPPP_LEPIC ; Q8F397, UPPP_LEPIN ; +DR B1MW96, UPPP_LEUCK ; Q03ZT9, UPPP_LEUMM ; B2GDY8, UPPP_LIMF3 ; +DR B9EA92, UPPP_MACCJ ; A0L9F4, UPPP_MAGMM ; Q0ATH6, UPPP_MARMM ; +DR A1U6U1, UPPP_MARN8 ; C6BUE1, UPPP_MARSD ; A6UWS5, UPPP_META3 ; +DR Q12UC1, UPPP_METBU ; Q60B18, UPPP_METCA ; Q1GY95, UPPP_METFK ; +DR B3E171, UPPP_METI4 ; Q8TW25, UPPP_METKA ; A4FX27, UPPP_METM5 ; +DR A9AAG5, UPPP_METM6 ; A6VG87, UPPP_METM7 ; P60942, UPPP_METMP ; +DR A2SEL8, UPPP_METPP ; A5UMH8, UPPP_METS3 ; Q2NIA2, UPPP_METST ; +DR O27479, UPPP_METTH ; A0B9M2, UPPP_METTP ; A6UPF1, UPPP_METVS ; +DR C5CBT8, UPPP_MICLC ; Q2RKY8, UPPP_MOOTA ; A0QGK1, UPPP_MYCA1 ; +DR Q7VEQ2, UPPP_MYCBO ; A1KKH9, UPPP_MYCBP ; C1AQ52, UPPP_MYCBT ; +DR A4TB90, UPPP_MYCGI ; B8ZRD4, UPPP_MYCLB ; Q9CC42, UPPP_MYCLE ; +DR B2HFY7, UPPP_MYCMM ; P60939, UPPP_MYCPA ; A0QZY5, UPPP_MYCS2 ; +DR A3Q1C2, UPPP_MYCSJ ; A1UHV6, UPPP_MYCSK ; Q1B769, UPPP_MYCSS ; +DR A5U4G2, UPPP_MYCTA ; P9WFF8, UPPP_MYCTO ; P9WFF9, UPPP_MYCTU ; +DR A0PQW1, UPPP_MYCUA ; A1TAS8, UPPP_MYCVP ; Q1CY86, UPPP_MYXXD ; +DR B9L7I2, UPPP_NAUPA ; Q5F6K4, UPPP_NEIG1 ; B4RQE0, UPPP_NEIG2 ; +DR A9M2I7, UPPP_NEIM0 ; Q9JSY6, UPPP_NEIMA ; Q9K0Z3, UPPP_NEIMB ; +DR A1KVM7, UPPP_NEIMF ; Q0AJJ0, UPPP_NITEC ; Q82Y49, UPPP_NITEU ; +DR Q1QRR2, UPPP_NITHX ; Q2Y6P3, UPPP_NITMU ; Q3J7B5, UPPP_NITOC ; +DR P62464, UPPP_NITV2 ; A1VDC9, UPPP_NITV4 ; Q3SWA8, UPPP_NITWN ; DR Q5YVL4, UPPP_NOCFA ; A1SJZ1, UPPP_NOCSJ ; Q8YXJ9, UPPP_NOSS1 ; DR Q2G3F4, UPPP_NOVAD ; Q8CXK0, UPPP_OCEIH ; Q310A3, UPPP_OLEA2 ; DR A1R6P8, UPPP_PAEAT ; A1TNT7, UPPP_PARC0 ; A6LEL8, UPPP_PARD8 ; @@ -119587,7 +120350,7 @@ DR A5CWY7, UPPP_VESOH ; B7VIW0, UPPP_VIBA3 ; A7MWQ3, UPPP_VIBC1 ; DR A5F9D4, UPPP_VIBC3 ; Q9KUJ4, UPPP_VIBCH ; C3LS16, UPPP_VIBCM ; DR Q87SL0, UPPP_VIBPA ; Q8DEG8, UPPP_VIBVU ; Q7MNZ4, UPPP_VIBVY ; DR Q8D281, UPPP_WIGBR ; Q7M8Z9, UPPP_WOLSU ; Q8PQW6, UPPP_XANAC ; -DR Q3BZ95, UPPP_XANC5 ; Q4V093, UPPP_XANC8 ; Q8PDZ9, UPPP_XANCP ; +DR Q4V093, UPPP_XANC8 ; Q8PDZ9, UPPP_XANCP ; Q3BZ95, UPPP_XANE5 ; DR Q2NXJ3, UPPP_XANOM ; B2SHN5, UPPP_XANOP ; Q5GU80, UPPP_XANOR ; DR Q9PCE0, UPPP_XYLFA ; Q87CN8, UPPP_XYLFT ; A1JQW4, UPPP_YERE8 ; DR A7FE74, UPPP_YERP3 ; Q1C369, UPPP_YERPA ; B2K2I0, UPPP_YERPB ; @@ -119659,7 +120422,7 @@ DR Q9PM71, HIS2_CAMJE ; O74712, HIS2_CANAX ; B0T797, HIS2_CAUSK ; DR Q9A228, HIS2_CAUVC ; B8GW16, HIS2_CAUVN ; A3PI61, HIS2_CERS1 ; DR P50935, HIS2_CERS4 ; A4WUS9, HIS2_CERS5 ; B9KPC7, HIS2_CERSK ; DR Q11CK6, HIS2_CHESB ; Q1R002, HIS2_CHRSD ; Q7P0E6, HIS2_CHRVO ; -DR A5CRW4, HIS2_CLAM3 ; B0REU9, HIS2_CLAMS ; Q97KH6, HIS2_CLOAB ; +DR A5CRW4, HIS2_CLAM3 ; B0REU9, HIS2_CLASE ; Q97KH6, HIS2_CLOAB ; DR A7FU84, HIS2_CLOB1 ; A5I248, HIS2_CLOBH ; C1FN44, HIS2_CLOBJ ; DR B1ILB2, HIS2_CLOBK ; A0PXP9, HIS2_CLONN ; Q898L3, HIS2_CLOTE ; DR C3PG92, HIS2_CORA7 ; P60535, HIS2_CORDI ; Q8FTD4, HIS2_COREF ; @@ -119681,30 +120444,30 @@ DR Q04V97, HIS2_LEPBJ ; Q04Y79, HIS2_LEPBL ; B0SMB9, HIS2_LEPBP ; DR P62347, HIS2_LEPIC ; Q8EXX8, HIS2_LEPIN ; Q03VY2, HIS2_LEUMM ; DR B2GBR7, HIS2_LIMF3 ; Q92E90, HIS2_LISIN ; C1L0J0, HIS2_LISMC ; DR Q722Y9, HIS2_LISMF ; B8DA64, HIS2_LISMH ; Q8Y9G7, HIS2_LISMO ; -DR A0AG13, HIS2_LISW6 ; A0LCF5, HIS2_MAGMM ; Q2VYJ1, HIS2_MAGSA ; -DR A1U671, HIS2_MARN8 ; A6UTD9, HIS2_META3 ; P58834, HIS2_METAC ; -DR Q0W1M3, HIS2_METAR ; A7IA25, HIS2_METB6 ; Q46AJ8, HIS2_METBF ; -DR Q12UV8, HIS2_METBU ; Q603K5, HIS2_METCA ; Q1H4R0, HIS2_METFK ; -DR Q57750, HIS2_METJA ; P58835, HIS2_METKA ; A2ST94, HIS2_METLZ ; -DR A4G0E2, HIS2_METM5 ; A9A8P0, HIS2_METM6 ; A6VI38, HIS2_METM7 ; -DR Q8PUG2, HIS2_METMA ; A3CWF5, HIS2_METMJ ; P62348, HIS2_METMP ; -DR B8IPH2, HIS2_METNO ; B8GKC9, HIS2_METPE ; A2SE11, HIS2_METPP ; -DR B1M0Q0, HIS2_METRJ ; A5UM80, HIS2_METS3 ; B0UHR4, HIS2_METS4 ; -DR A4YI36, HIS2_METS5 ; Q2NHF0, HIS2_METST ; O27344, HIS2_METTH ; -DR A6UR44, HIS2_METVS ; C5CBJ9, HIS2_MICLC ; A0QFA4, HIS2_MYCA1 ; -DR B1MPG1, HIS2_MYCA9 ; P0A5B2, HIS2_MYCBO ; A1KKG5, HIS2_MYCBP ; -DR C1AQ38, HIS2_MYCBT ; A4TB82, HIS2_MYCGI ; B8ZRE4, HIS2_MYCLB ; -DR Q49786, HIS2_MYCLE ; B2HFX5, HIS2_MYCMM ; P60537, HIS2_MYCPA ; -DR A0QZX2, HIS2_MYCS2 ; A3Q1B0, HIS2_MYCSJ ; A1UHU4, HIS2_MYCSK ; -DR Q1B781, HIS2_MYCSS ; A5U4E8, HIS2_MYCTA ; P9WMM8, HIS2_MYCTO ; -DR P9WMM9, HIS2_MYCTU ; A0PQV0, HIS2_MYCUA ; A1TAR6, HIS2_MYCVP ; -DR Q3IU57, HIS2_NATPD ; Q5FA47, HIS2_NEIG1 ; Q9JVJ9, HIS2_NEIMA ; -DR Q9K0J4, HIS2_NEIMB ; A1KSL1, HIS2_NEIMF ; P07685, HIS2_NEUCR ; -DR Q0AET9, HIS2_NITEC ; Q82WM7, HIS2_NITEU ; Q1QRW9, HIS2_NITHX ; -DR Q2YAV2, HIS2_NITMU ; Q3J6P9, HIS2_NITOC ; Q3SWF2, HIS2_NITWN ; -DR Q5YUV8, HIS2_NOCFA ; A1SJH0, HIS2_NOCSJ ; Q8YS28, HIS2_NOSS1 ; -DR Q2G9L7, HIS2_NOVAD ; Q8CXM8, HIS2_OCEIH ; A1R5R9, HIS2_PAEAT ; -DR A1TL08, HIS2_PARC0 ; A1B389, HIS2_PARDP ; A7HSG7, HIS2_PARL1 ; +DR A0AG13, HIS2_LISW6 ; A0LCF5, HIS2_MAGMM ; A1U671, HIS2_MARN8 ; +DR A6UTD9, HIS2_META3 ; P58834, HIS2_METAC ; Q0W1M3, HIS2_METAR ; +DR A7IA25, HIS2_METB6 ; Q46AJ8, HIS2_METBF ; Q12UV8, HIS2_METBU ; +DR Q603K5, HIS2_METCA ; Q1H4R0, HIS2_METFK ; Q57750, HIS2_METJA ; +DR P58835, HIS2_METKA ; A2ST94, HIS2_METLZ ; A4G0E2, HIS2_METM5 ; +DR A9A8P0, HIS2_METM6 ; A6VI38, HIS2_METM7 ; Q8PUG2, HIS2_METMA ; +DR A3CWF5, HIS2_METMJ ; P62348, HIS2_METMP ; B8IPH2, HIS2_METNO ; +DR B8GKC9, HIS2_METPE ; A2SE11, HIS2_METPP ; B1M0Q0, HIS2_METRJ ; +DR A5UM80, HIS2_METS3 ; B0UHR4, HIS2_METS4 ; A4YI36, HIS2_METS5 ; +DR Q2NHF0, HIS2_METST ; O27344, HIS2_METTH ; A6UR44, HIS2_METVS ; +DR C5CBJ9, HIS2_MICLC ; A0QFA4, HIS2_MYCA1 ; B1MPG1, HIS2_MYCA9 ; +DR P0A5B2, HIS2_MYCBO ; A1KKG5, HIS2_MYCBP ; C1AQ38, HIS2_MYCBT ; +DR A4TB82, HIS2_MYCGI ; B8ZRE4, HIS2_MYCLB ; Q49786, HIS2_MYCLE ; +DR B2HFX5, HIS2_MYCMM ; P60537, HIS2_MYCPA ; A0QZX2, HIS2_MYCS2 ; +DR A3Q1B0, HIS2_MYCSJ ; A1UHU4, HIS2_MYCSK ; Q1B781, HIS2_MYCSS ; +DR A5U4E8, HIS2_MYCTA ; P9WMM8, HIS2_MYCTO ; P9WMM9, HIS2_MYCTU ; +DR A0PQV0, HIS2_MYCUA ; A1TAR6, HIS2_MYCVP ; Q3IU57, HIS2_NATPD ; +DR Q5FA47, HIS2_NEIG1 ; Q9JVJ9, HIS2_NEIMA ; Q9K0J4, HIS2_NEIMB ; +DR A1KSL1, HIS2_NEIMF ; P07685, HIS2_NEUCR ; Q0AET9, HIS2_NITEC ; +DR Q82WM7, HIS2_NITEU ; Q1QRW9, HIS2_NITHX ; Q2YAV2, HIS2_NITMU ; +DR Q3J6P9, HIS2_NITOC ; Q3SWF2, HIS2_NITWN ; Q5YUV8, HIS2_NOCFA ; +DR A1SJH0, HIS2_NOCSJ ; Q8YS28, HIS2_NOSS1 ; Q2G9L7, HIS2_NOVAD ; +DR Q8CXM8, HIS2_OCEIH ; A1R5R9, HIS2_PAEAT ; A1TL08, HIS2_PARC0 ; +DR A1B389, HIS2_PARDP ; A7HSG7, HIS2_PARL1 ; Q2VYJ1, HIS2_PARM1 ; DR Q7U635, HIS2_PARMW ; Q13TR2, HIS2_PARXL ; Q9CLL8, HIS2_PASMU ; DR A1ATH9, HIS2_PELPD ; A5CZ71, HIS2_PELTS ; Q7N6I6, HIS2_PHOLL ; DR P62349, HIS2_PHOPR ; P45353, HIS2_PICPA ; Q12FC5, HIS2_POLSJ ; @@ -119879,8 +120642,8 @@ DR A4VHH8, APAH_STUS1 ; C5BPC0, APAH_TERTT ; Q3SMC6, APAH_THIDA ; DR B8GMY8, APAH_THISH ; C4L9L6, APAH_TOLAT ; A7N0G6, APAH_VIBC1 ; DR A5F8N0, APAH_VIBC3 ; Q9KUS4, APAH_VIBCH ; C3LRH2, APAH_VIBCM ; DR Q87ST8, APAH_VIBPA ; Q8DED0, APAH_VIBVU ; Q7MP88, APAH_VIBVY ; -DR Q8D3I0, APAH_WIGBR ; Q8PP27, APAH_XANAC ; Q3BX84, APAH_XANC5 ; -DR Q8PCE5, APAH_XANCP ; Q2NZI2, APAH_XANOM ; B2SPT1, APAH_XANOP ; +DR Q8D3I0, APAH_WIGBR ; Q8PP27, APAH_XANAC ; Q8PCE5, APAH_XANCP ; +DR Q3BX84, APAH_XANE5 ; Q2NZI2, APAH_XANOM ; B2SPT1, APAH_XANOP ; DR Q5GWB7, APAH_XANOR ; B2I5R6, APAH_XYLF2 ; Q9PBJ4, APAH_XYLFA ; DR Q87C83, APAH_XYLFT ; A1JJF2, APAH_YERE8 ; A7FMC3, APAH_YERP3 ; DR Q1C0H7, APAH_YERPA ; B2K485, APAH_YERPB ; Q8ZIK7, APAH_YERPE ; @@ -119900,7 +120663,8 @@ DR P32621, GDA1_YEAST ; // ID 3.6.1.43 DE dolichyldiphosphatase. -CA a dolichyl diphosphate + H2O = a dolichyl phosphate + H(+) + phosphate. +CA a di-trans,poly-cis-dolichyl diphosphate + H2O = a di-trans,poly- +CA cis-dolichyl phosphate + H(+) + phosphate. DR P53223, CAX4_YEAST ; B0KWE9, DOPP1_CALJA; Q86IX2, DOPP1_DICDI; DR Q86YN1, DOPP1_HUMAN; Q9JMF7, DOPP1_MOUSE; B0CM95, DOPP1_PAPAN; DR B1MTH4, DOPP1_PLEMO; B2KI79, DOPP1_RHIFE; Q9C2M6, DOPP_NEUCR ; @@ -119909,9 +120673,10 @@ DR O59747, PDF1_SCHPO ; ID 3.6.1.44 DE oligosaccharide-diphosphodolichol diphosphatase. AN oligosaccharide-diphosphodolichol pyrophosphatase. -CA a dolichyl diphosphooligosaccharide + H2O = a dolichyl phosphate + -CA an oligosaccharide-(1->4)-N-acetyl-beta-D-glucosamine-(1->4)-N-acetyl- -CA alpha-D-glucosamine 1-phosphate + 2 H(+). +CA a di-trans,poly-cis-dolichyl diphosphooligosaccharide + H2O = +CA a di-trans,poly-cis-dolichyl phosphate + an oligosaccharide-(1->4)-N- +CA acetyl-beta-D-glucosamine-(1->4)-N-acetyl-alpha-D-glucosamine 1-phosphate +CA + 2 H(+). // ID 3.6.1.45 DE UDP-sugar diphosphatase. @@ -119959,14 +120724,17 @@ CA phosphate. CC -!- This enzyme hydrolyzes the diphosphate bond, leaving a phospho group CC where a diphospho group had been. CC -!- It can also act on bis(adenosine) diphosphate. -DR Q09790, APS1_SCHPO ; Q99321, DDP1_YEAST ; P32092, DIPP_ASFB7 ; +DR Q09790, DDP1_SCHPO ; Q99321, DDP1_YEAST ; P32092, DIPP_ASFB7 ; DR P0C998, DIPP_ASFK5 ; Q65217, DIPP_ASFM2 ; P0C996, DIPP_ASFP4 ; -DR P0C997, DIPP_ASFWA ; Q5UQW2, DIPP_MIMIV ; Q8NFP7, NUD10_HUMAN; -DR P0C027, NUD10_MOUSE; Q58CW0, NUD11_BOVIN; Q96G61, NUD11_HUMAN; -DR P0C028, NUD11_MOUSE; A0A024RBG1, NUD4B_HUMAN; A2VE79, NUDT3_BOVIN; -DR O95989, NUDT3_HUMAN; Q9JI46, NUDT3_MOUSE; Q566C7, NUDT3_RAT ; -DR Q9NZJ9, NUDT4_HUMAN; Q8R2U6, NUDT4_MOUSE; Q5RAF0, NUDT4_PONAB; -DR Q99MY2, NUDT4_RAT ; P53965, SIW14_YEAST; +DR P0C997, DIPP_ASFWA ; Q5UQW2, DIPP_MIMIV ; Q9ZVN4, DSP1_ARATH ; +DR Q6K461, DSP1_ORYSJ ; Q84MD6, DSP2_ARATH ; Q0DX67, DSP2_ORYSJ ; +DR Q681Z2, DSP3_ARATH ; Q940L5, DSP4_ARATH ; Q9FFD7, DSP5_ARATH ; +DR Q8NFP7, NUD10_HUMAN; P0C027, NUD10_MOUSE; Q58CW0, NUD11_BOVIN; +DR Q96G61, NUD11_HUMAN; P0C028, NUD11_MOUSE; A0A024RBG1, NUD4B_HUMAN; +DR A2VE79, NUDT3_BOVIN; O95989, NUDT3_HUMAN; Q9JI46, NUDT3_MOUSE; +DR Q566C7, NUDT3_RAT ; Q9NZJ9, NUDT4_HUMAN; Q8R2U6, NUDT4_MOUSE; +DR Q5RAF0, NUDT4_PONAB; Q99MY2, NUDT4_RAT ; Q9UUF3, SIW14_SCHPO; +DR P53965, SIW14_YEAST; // ID 3.6.1.53 DE Mn(2+)-dependent ADP-ribose/CDP-alcohol diphosphatase. @@ -120242,28 +121010,28 @@ DR A4QGQ5, IXTPA_CORGB; Q8NMR5, IXTPA_CORGL; Q4JX01, IXTPA_CORJK; DR B1VGW8, IXTPA_CORU7; Q83FA3, IXTPA_COXBU; Q6A760, IXTPA_CUTAK; DR C1CXX6, IXTPA_DEIDV; Q1IW81, IXTPA_DEIGD; Q9RXX6, IXTPA_DEIRA; DR A9BTA7, IXTPA_DELAS; Q6AQD7, IXTPA_DESPS; A4J7Y6, IXTPA_DESRM; -DR Q726F4, IXTPA_DESVH; B5YEU3, IXTPA_DICT6; Q8XCU5, IXTPA_ECO57; -DR Q8FE27, IXTPA_ECOL6; P52061, IXTPA_ECOLI; B2KEA9, IXTPA_ELUMP; -DR B2VEZ3, IXTPA_ERWT9; B1YJW5, IXTPA_EXIS2; C4L4I7, IXTPA_EXISA; -DR A5FH89, IXTPA_FLAJ1; A6H0L2, IXTPA_FLAPJ; Q0RQL6, IXTPA_FRAAA; -DR Q5NEQ9, IXTPA_FRATT; Q5KWI6, IXTPA_GEOKA; Q74C80, IXTPA_GEOSL; -DR Q7NN81, IXTPA_GLOVI; Q5FRF4, IXTPA_GLUOX; Q7VLS3, IXTPA_HAEDU; -DR P44598, IXTPA_HAEIN; Q9K8D9, IXTPA_HALH5; A1WVN6, IXTPA_HALHL; -DR Q7VF43, IXTPA_HELHP; B4U8R9, IXTPA_HYDS0; A2BJY7, IXTPA_HYPBU; -DR Q5QY51, IXTPA_IDILO; A8A8W1, IXTPA_IGNH4; B1L6T7, IXTPA_KORCO; -DR Q5FLV7, IXTPA_LACAC; Q74KU4, IXTPA_LACJO; Q9CG29, IXTPA_LACLA; -DR Q88V20, IXTPA_LACPL; Q5X245, IXTPA_LEGPA; Q5ZSN3, IXTPA_LEGPH; -DR Q5WTW9, IXTPA_LEGPL; Q6AEL0, IXTPA_LEIXX; B0SE38, IXTPA_LEPBA; -DR B1Y0J8, IXTPA_LEPCP; Q72UV8, IXTPA_LEPIC; Q8F031, IXTPA_LEPIN; -DR Q03YJ8, IXTPA_LEUMM; Q92CH0, IXTPA_LISIN; Q720J0, IXTPA_LISMF; -DR Q8Y7N5, IXTPA_LISMO; Q8EVN6, IXTPA_MALP2; Q65RQ6, IXTPA_MANSM; -DR Q8TJS1, IXTPA_METAC; Q602P0, IXTPA_METCA; B3DV19, IXTPA_METI4; -DR Q57679, IXTPA_METJA; Q8TV07, IXTPA_METKA; Q8PZ91, IXTPA_METMA; -DR A2SJB9, IXTPA_METPP; D9PYS9, IXTPA_METTM; B1MLZ4, IXTPA_MYCA9; -DR P64308, IXTPA_MYCBO; P52063, IXTPA_MYCLE; Q6MT00, IXTPA_MYCMS; -DR Q73X89, IXTPA_MYCPA; P9WMR6, IXTPA_MYCTO; P9WMR7, IXTPA_MYCTU; -DR B2A6I7, IXTPA_NATTJ; B9L638, IXTPA_NAUPA; Q9JVG5, IXTPA_NEIMA; -DR Q9K0G6, IXTPA_NEIMB; Q82XJ3, IXTPA_NITEU; A6Q5H7, IXTPA_NITSB; +DR B5YEU3, IXTPA_DICT6; Q8XCU5, IXTPA_ECO57; Q8FE27, IXTPA_ECOL6; +DR P52061, IXTPA_ECOLI; B2KEA9, IXTPA_ELUMP; B2VEZ3, IXTPA_ERWT9; +DR B1YJW5, IXTPA_EXIS2; C4L4I7, IXTPA_EXISA; A5FH89, IXTPA_FLAJ1; +DR A6H0L2, IXTPA_FLAPJ; Q0RQL6, IXTPA_FRAAA; Q5NEQ9, IXTPA_FRATT; +DR Q5KWI6, IXTPA_GEOKA; Q74C80, IXTPA_GEOSL; Q7NN81, IXTPA_GLOVI; +DR Q5FRF4, IXTPA_GLUOX; Q7VLS3, IXTPA_HAEDU; P44598, IXTPA_HAEIN; +DR Q9K8D9, IXTPA_HALH5; A1WVN6, IXTPA_HALHL; Q7VF43, IXTPA_HELHP; +DR B4U8R9, IXTPA_HYDS0; A2BJY7, IXTPA_HYPBU; Q5QY51, IXTPA_IDILO; +DR A8A8W1, IXTPA_IGNH4; B1L6T7, IXTPA_KORCO; Q5FLV7, IXTPA_LACAC; +DR Q74KU4, IXTPA_LACJO; Q9CG29, IXTPA_LACLA; Q88V20, IXTPA_LACPL; +DR Q5X245, IXTPA_LEGPA; Q5ZSN3, IXTPA_LEGPH; Q5WTW9, IXTPA_LEGPL; +DR Q6AEL0, IXTPA_LEIXX; B0SE38, IXTPA_LEPBA; B1Y0J8, IXTPA_LEPCP; +DR Q72UV8, IXTPA_LEPIC; Q8F031, IXTPA_LEPIN; Q03YJ8, IXTPA_LEUMM; +DR Q92CH0, IXTPA_LISIN; Q720J0, IXTPA_LISMF; Q8Y7N5, IXTPA_LISMO; +DR Q8EVN6, IXTPA_MALP2; Q65RQ6, IXTPA_MANSM; Q8TJS1, IXTPA_METAC; +DR Q602P0, IXTPA_METCA; B3DV19, IXTPA_METI4; Q57679, IXTPA_METJA; +DR Q8TV07, IXTPA_METKA; Q8PZ91, IXTPA_METMA; A2SJB9, IXTPA_METPP; +DR D9PYS9, IXTPA_METTM; B1MLZ4, IXTPA_MYCA9; P64308, IXTPA_MYCBO; +DR P52063, IXTPA_MYCLE; Q6MT00, IXTPA_MYCMS; Q73X89, IXTPA_MYCPA; +DR P9WMR6, IXTPA_MYCTO; P9WMR7, IXTPA_MYCTU; B2A6I7, IXTPA_NATTJ; +DR B9L638, IXTPA_NAUPA; Q9JVG5, IXTPA_NEIMA; Q9K0G6, IXTPA_NEIMB; +DR Q82XJ3, IXTPA_NITEU; A6Q5H7, IXTPA_NITSB; Q726F4, IXTPA_NITV2; DR Q5Z0V0, IXTPA_NOCFA; Q8YM52, IXTPA_NOSS1; Q8EPJ6, IXTPA_OCEIH; DR B1ZXD5, IXTPA_OPITP; A1TT41, IXTPA_PARC0; A6LGA4, IXTPA_PARD8; DR Q7U9M0, IXTPA_PARMW; Q6MF40, IXTPA_PARUW; Q9CKF5, IXTPA_PASMU; @@ -120339,12 +121107,12 @@ DR A0QUZ2, MUTT1_MYCS2; P9WIY2, MUTT1_MYCTO; P9WIY3, MUTT1_MYCTU; DR Q9RVK2, Y1025_DEIRA; // ID 3.6.1.70 -DE guaosine-5'-diphospho-5'-[DNA] diphosphatase. +DE guanosine-5'-diphospho-5'-[DNA] diphosphatase. AN aprataxin. AN pp5'G5'DNA diphosphatase. AN pp5'G5'-DNA guanylate hydrolase. CA a 5'-end guanosine-5'-diphospho-5'-(2'-deoxyribonucleoside)-DNA + H2O = -CA a 5'-end 5'-monophospho-2'-deoxyribonucleoside-DNA + GMP + 2 H(+). +CA a 5'-end 5'-phospho-2'-deoxyribonucleoside-DNA + GMP + 2 H(+). CC -!- Aprataxin is a DNA-binding protein that catalyzes (among other CC activities) the 5' decapping of Gpp-DNA (formed by homologs of RtcB3 CC from the bacterium Myxococcus xanthus). @@ -120362,11 +121130,11 @@ ID 3.6.1.71 DE adenosine-5'-diphospho-5'-[DNA] diphosphatase. AN 5'-App5'-DNA adenylate hydrolase. AN aprataxin. -CA (1) a 5'-end adenosine-5'-diphospho-5'-(2'-deoxyribonucleoside)-DNA + -CA H2O = a 5'-end 5'-monophospho-2'-deoxyribonucleoside-DNA + AMP + 2 H(+). +CA (1) a 5'-end adenosine-5'-diphospho-5'-2'-deoxyribonucleoside-DNA + H2O = +CA a 5'-end 5'-phospho-2'-deoxyribonucleoside-DNA + AMP + 2 H(+). CA (2) a 5'-end adenosine-5'-diphospho-5'-ribonucleoside- -CA 2'-deoxyribonucleotide-DNA + H2O = a 5'-end 5'-monophospho- -CA ribonucleoside-2'-deoxyribonucleotide-DNA + AMP + 2 H(+). +CA 2'-deoxyribonucleotide-DNA + H2O = a 5'-end 5'-phospho-ribonucleoside- +CA 2'-deoxyribonucleotide-DNA + AMP + 2 H(+). CC -!- Aprataxin is a DNA-binding protein involved in different types of DNA CC break repair. CC -!- The enzyme acts (among other activities) on abortive DNA ligation @@ -120469,19 +121237,20 @@ DR Q9P6Q6, CET1_SCHPO ; Q6C2H4, CET1_YARLI ; O13297, CET1_YEAST ; DR Q03220, CTL1_YEAST ; Q17607, MCE1_CAEEL ; Q6NY98, MCE1_DANRE ; DR O60942, MCE1_HUMAN ; O55236, MCE1_MOUSE ; Q8V2R8, MCEL_CAMPM ; DR Q775U0, MCEL_CAMPS ; Q8QMV9, MCEL_CWPXB ; Q80DX6, MCEL_CWPXG ; -DR Q9J584, MCEL_FOWPN ; P25950, MCEL_RFVKA ; O57209, MCEL_VACCA ; -DR P20979, MCEL_VACCC ; Q9JFA8, MCEL_VACCT ; P04298, MCEL_VACCW ; -DR P0DSX5, MCEL_VAR67 ; P0DSX6, MCEL_VARV ; P32094, MCE_ASFB7 ; -DR P0C995, MCE_ASFK5 ; Q65216, MCE_ASFM2 ; P0C993, MCE_ASFP4 ; -DR P0C994, MCE_ASFWA ; Q5UQX1, MCE_MIMIV ; Q86924, POLN_AURAV ; -DR P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; Q8JUX6, POLN_CHIKS ; -DR Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; -DR P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; -DR P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; Q5Y389, POLN_GETV ; -DR Q8QZ73, POLN_MAYAB ; P13886, POLN_ONNVG ; O90370, POLN_ONNVI ; -DR O90368, POLN_ONNVS ; P13887, POLN_RRVN ; Q9JGL0, POLN_SAGV ; -DR P08411, POLN_SFV ; P27283, POLN_SINDO ; P03317, POLN_SINDV ; -DR Q8QL53, POLN_SLDV ; Q8JJX1, POLN_SPDV ; P13896, POLN_WEEV ; +DR Q9J584, MCEL_FOWPN ; A0A7H0DN85, MCEL_MONPV ; P25950, MCEL_RFVKA ; +DR O57209, MCEL_VACCA ; P20979, MCEL_VACCC ; Q9JFA8, MCEL_VACCT ; +DR P04298, MCEL_VACCW ; P0DSX5, MCEL_VAR67 ; P0DSX6, MCEL_VARV ; +DR P32094, MCE_ASFB7 ; P0C995, MCE_ASFK5 ; Q65216, MCE_ASFM2 ; +DR P0C993, MCE_ASFP4 ; P0C994, MCE_ASFWA ; Q5UQX1, MCE_MIMIV ; +DR Q86924, POLN_AURAV ; P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; +DR Q8JUX6, POLN_CHIKS ; Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; +DR Q4QXJ8, POLN_EEEVF ; P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; +DR Q9WJC7, POLN_EEVVM ; P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; +DR Q5Y389, POLN_GETV ; Q8QZ73, POLN_MAYAB ; P13886, POLN_ONNVG ; +DR O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; P13887, POLN_RRVN ; +DR Q9JGL0, POLN_SAGV ; P08411, POLN_SFV ; P27283, POLN_SINDO ; +DR P03317, POLN_SINDV ; Q8QL53, POLN_SLDV ; Q8JJX1, POLN_SPDV ; +DR P13896, POLN_WEEV ; // ID 3.6.1.75 DE diacylglycerol diphosphate phosphatase. @@ -120524,6 +121293,22 @@ CC diphosphates linked to a moiety). CC -!- Its main purpose is to provide the substrate for EC 2.5.1.129. DR Q8PTX6, PRDPP_METMA; // +ID 3.6.1.77 +DE coenzyme A diphosphatase. +AN CoA diphosphohydrolase. +AN CoA pyrophosphatase. +AN coenzyme A pyrophosphatase. +CA CoA + H2O = (R)-4'-phosphopantetheine + adenosine 3',5'-bisphosphate + +CA 2 H(+). +CC -!- The enzyme belongs to the Nudix hydrolase family. +CC -!- It has been reported from bacteria, yeast, and mammals. +CC -!- Activity is higher with oxidized disulfide CoA than with reduced CoA. +DR Q5ZL13, NUD19_CHICK; A8MXV4, NUD19_HUMAN; P11930, NUD19_MOUSE; +DR Q7M0H3, NUD19_MUSCR; Q7M0H4, NUD19_MUSSA; Q6AYD9, NUD19_RAT ; +DR Q5PQ50, NUD19_XENLA; P0C024, NUDT7_HUMAN; Q99P30, NUDT7_MOUSE; +DR Q8WV74, NUDT8_HUMAN; Q9CR24, NUDT8_MOUSE; Q12524, PCD1_YEAST ; +DR Q9RV46, Y1184_DEIRA; +// ID 3.6.1.n1 DE Transferred entry: 3.1.1.96. // @@ -120847,132 +121632,100 @@ DR D3ZA12, CHD6_RAT ; Q06A37, CHD7_CHICK ; Q9P2D1, CHD7_HUMAN ; DR A2AJK6, CHD7_MOUSE ; B0R0I6, CHD8_DANRE ; Q9HCK8, CHD8_HUMAN ; DR Q09XV5, CHD8_MOUSE ; Q9JIX5, CHD8_RAT ; B5DE69, CHD8_XENTR ; DR Q3L8U1, CHD9_HUMAN ; Q8BYH8, CHD9_MOUSE ; O97159, CHDM_DROME ; -DR A1CJ34, CHL1_ASPCL ; Q4WWE9, CHL1_ASPFU ; A2QY22, CHL1_ASPNC ; -DR Q2U587, CHL1_ASPOR ; Q21489, CHL1_CAEEL ; Q5AD67, CHL1_CANAL ; -DR Q6FKT4, CHL1_CANGA ; Q1E5T3, CHL1_COCIM ; Q6BZD9, CHL1_DEBHA ; -DR Q750G3, CHL1_EREGS ; Q6CIF0, CHL1_KLULA ; A5DUW8, CHL1_LODEL ; -DR A1D8E4, CHL1_NEOFI ; A7UXD4, CHL1_NEUCR ; A5DNW6, CHL1_PICGU ; -DR A3LN13, CHL1_PICST ; O14147, CHL1_SCHPO ; A7ERG1, CHL1_SCLS1 ; -DR A7TTL0, CHL1_VANPO ; Q6CAX3, CHL1_YARLI ; A6ZWN8, CHL1_YEAS7 ; -DR P22516, CHL1_YEAST ; F4J9M5, CHR12_ARATH; Q60EX7, CHR19_ORYSJ; -DR F4K128, CHR23_ARATH; P39145, COMFA_BACSU; P32270, DDA_BPT4 ; -DR Q9XFH4, DDM1_ARATH ; F1R345, DDX11_DANRE; Q96FC9, DDX11_HUMAN; -DR Q6AXC6, DDX11_MOUSE; Q8IBN8, DDX31_PLAF7; Q05B79, DHX36_BOVIN; -DR Q9H2U1, DHX36_HUMAN; D4A2Z8, DHX36_RAT ; Q8X7X9, DING_ECO57 ; -DR Q8FJN1, DING_ECOL6 ; P27296, DING_ECOLI ; P64315, DING_MYCBO ; -DR P9WMR4, DING_MYCTO ; P9WMR5, DING_MYCTU ; P29741, DING_PHOPR ; -DR Q57RD7, DING_SALCH ; Q5PG19, DING_SALPA ; Q8ZQN7, DING_SALTY ; -DR Q83LU7, DING_SHIFL ; E1BMP7, DNA2_BOVIN ; Q5ZKG3, DNA2_CHICK ; -DR P51530, DNA2_HUMAN ; Q6ZQJ5, DNA2_MOUSE ; D3ZG52, DNA2_RAT ; -DR Q9URU2, DNA2_SCHPO ; Q8QHA5, DNA2_XENLA ; F6QXW0, DNA2_XENTR ; -DR P38859, DNA2_YEAST ; P57611, DNAB_BUCAI ; Q8K932, DNAB_BUCAP ; -DR Q89A52, DNAB_BUCBP ; Q8X5V3, DNAB_ECO57 ; Q8FB22, DNAB_ECOL6 ; -DR P0ACB0, DNAB_ECOLI ; O78411, DNAB_GUITH ; P45256, DNAB_HAEIN ; -DR Q9ZJM5, DNAB_HELPJ ; O25916, DNAB_HELPY ; Q6ABX1, DNAB_LEIXX ; -DR P59966, DNAB_MYCBO ; P47340, DNAB_MYCGE ; Q9F5P4, DNAB_MYCIT ; -DR P46394, DNAB_MYCLE ; P75539, DNAB_MYCPN ; P9WMR2, DNAB_MYCTO ; -DR P9WMR3, DNAB_MYCTU ; Q1XDF3, DNAB_NEOYE ; Q8YZA1, DNAB_NOSS1 ; -DR Q9CNL6, DNAB_PASMU ; P51333, DNAB_PORPU ; O30477, DNAB_RHOMR ; -DR Q1RI04, DNAB_RICBR ; Q92HG8, DNAB_RICCN ; Q4UL62, DNAB_RICFE ; -DR Q9ZD08, DNAB_RICPR ; Q68WJ2, DNAB_RICTY ; P0A1Q5, DNAB_SALTI ; -DR P0A1Q4, DNAB_SALTY ; P0ACB1, DNAB_SHIFL ; Q55418, DNAB_SYNY3 ; -DR O83097, DNAB_TREPA ; P49519, DNAB_TRICV ; P37469, DNAC_BACSU ; +DR F4J9M5, CHR12_ARATH; Q60EX7, CHR19_ORYSJ; F4K128, CHR23_ARATH; +DR P39145, COMFA_BACSU; P32270, DDA_BPT4 ; Q9XFH4, DDM1_ARATH ; +DR Q05B79, DHX36_BOVIN; Q9H2U1, DHX36_HUMAN; D4A2Z8, DHX36_RAT ; +DR E1BMP7, DNA2_BOVIN ; Q5ZKG3, DNA2_CHICK ; P51530, DNA2_HUMAN ; +DR Q6ZQJ5, DNA2_MOUSE ; D3ZG52, DNA2_RAT ; Q9URU2, DNA2_SCHPO ; +DR Q8QHA5, DNA2_XENLA ; F6QXW0, DNA2_XENTR ; P38859, DNA2_YEAST ; DR O75417, DPOLQ_HUMAN; Q8CGS6, DPOLQ_MOUSE; Q3ZBE0, DQX1_BOVIN ; DR Q8TE96, DQX1_HUMAN ; Q924H9, DQX1_MOUSE ; A6QQR4, ERC6L_BOVIN; DR A2BGR3, ERC6L_DANRE; Q2NKX8, ERC6L_HUMAN; Q8BHK9, ERC6L_MOUSE; -DR Q8W4M7, ERCC2_ARATH; A6QLJ0, ERCC2_BOVIN; Q60452, ERCC2_CRIGR; -DR Q55G81, ERCC2_DICDI; P18074, ERCC2_HUMAN; O08811, ERCC2_MOUSE; -DR Q1RMT1, ERCC3_BOVIN; Q5ZKK7, ERCC3_CHICK; Q7ZVV1, ERCC3_DANRE; -DR O00835, ERCC3_DICDI; Q02870, ERCC3_DROME; P19447, ERCC3_HUMAN; -DR Q60HG1, ERCC3_MACFA; P49135, ERCC3_MOUSE; Q5RA62, ERCC3_PONAB; -DR Q4G005, ERCC3_RAT ; O13768, ERCC3_SCHPO; Q3YK19, FANCJ_CHICK; -DR Q9BX63, FANCJ_HUMAN; Q5SXJ3, FANCJ_MOUSE; A0A8J1M587, FANCJ_XENLA; DR P87114, FFT1_SCHPO ; O74842, FFT2_SCHPO ; O42861, FFT3_SCHPO ; DR P31380, FUN30_YEAST; Q32LC7, G3BP1_BOVIN; Q13283, G3BP1_HUMAN; -DR P97855, G3BP1_MOUSE; Q5RB87, G3BP1_PONAB; Q46437, GP1D_CHLMU ; -DR Q46259, GP1D_CHLPS ; B0BCM3, GP1D_CHLT2 ; P0CE16, GP1D_CHLTH ; -DR O94247, HCS1_SCHPO ; P34243, HCS1_YEAST ; Q8NG08, HELB_HUMAN ; -DR Q6NVF4, HELB_MOUSE ; O32215, HELD_BACSU ; P20315, HELIC_BPT3 ; -DR P03692, HELIC_BPT7 ; P24307, HELI_NPVAC ; H2KY86, HELQ_CAEEL ; -DR Q9VSE2, HELQ_DROME ; Q8TDG4, HELQ_HUMAN ; Q2VPA6, HELQ_MOUSE ; -DR Q58824, HERA_METJA ; Q8U1P0, HERA_PYRFU ; Q97WG8, HERA_SACS2 ; -DR F2Z5Z6, HERA_SULAC ; Q96YR7, HERA_SULTO ; A2PYH4, HFM1_HUMAN ; -DR D3Z4R1, HFM1_MOUSE ; A2RUV5, HFM1_XENTR ; P51979, HFM1_YEAST ; -DR O13983, HRQ1_SCHPO ; Q05549, HRQ1_YEAST ; F4INY4, HVT1_ARATH ; -DR A1CZE5, INO80_NEOFI; A4H7G5, JBP2_LEIBR ; A4HVU6, JBP2_LEIIN ; -DR Q4QFY1, JBP2_LEIMA ; B6EU02, JBP2_LEITA ; Q57X81, JBP2_TRYB2 ; -DR Q4DCH3, JBP2_TRYCC ; A0A1P8ASY1, JHS1_ARATH ; Q9FQ08, KU70_ARATH ; -DR Q2MHH4, KU70_ASPOR ; Q2MHH3, KU70_ASPSO ; Q2H0I3, KU70_CHAGB ; -DR Q1DU75, KU70_COCIM ; P0CO51, KU70_CRYNB ; P0CO50, KU70_CRYNJ ; -DR Q54MA9, KU70_DICDI ; Q23976, KU70_DROME ; Q5AVC7, KU70_EMENI ; -DR Q6CUB4, KU70_KLULA ; Q7SA95, KU70_NEUCR ; Q7F1M0, KU70_ORYSJ ; -DR Q0U5F2, KU70_PHANO ; Q26228, KU70_RHIAP ; O94395, KU70_SCHPO ; -DR Q6CCK2, KU70_YARLI ; P32807, KU70_YEAST ; Q9FQ09, KU80_ARATH ; -DR Q4WI96, KU80_ASPFU ; Q2MHH2, KU80_ASPOR ; Q2MHH1, KU80_ASPSO ; -DR Q2H6C5, KU80_CHAGB ; Q1E6K9, KU80_COCIM ; Q5B4H8, KU80_EMENI ; -DR Q7RX73, KU80_NEUCR ; Q75IP6, KU80_ORYSJ ; Q0U8L4, KU80_PHANO ; -DR Q9HGM8, KU80_SCHPO ; Q6C7B9, KU80_YARLI ; Q04437, KU80_YEAST ; -DR Q498J7, MC6ZA_XENLA; Q7ZY18, MC6ZB_XENLA; Q9LPD9, MCM2_ARATH ; -DR P49735, MCM2_DROME ; P49736, MCM2_HUMAN ; P97310, MCM2_MOUSE ; -DR B8BKI8, MCM2_ORYSI ; Q2R482, MCM2_ORYSJ ; P40377, MCM2_SCHPO ; -DR P55861, MCM2_XENLA ; Q6DIH3, MCM2_XENTR ; P29469, MCM2_YEAST ; -DR Q43704, MCM31_MAIZE; Q9SX04, MCM32_MAIZE; Q9SX03, MCM33_MAIZE; -DR P49739, MCM3M_XENLA; Q7ZXZ0, MCM3Z_XENLA; Q28BS0, MCM3Z_XENTR; -DR Q9FL33, MCM3_ARATH ; A4FUD9, MCM3_BOVIN ; Q5ZMN2, MCM3_CHICK ; -DR Q9XYU1, MCM3_DROME ; Q24849, MCM3_ENTH1 ; P25205, MCM3_HUMAN ; -DR P25206, MCM3_MOUSE ; B8AZ99, MCM3_ORYSI ; Q0DHC4, MCM3_ORYSJ ; -DR Q5R8G6, MCM3_PONAB ; P30666, MCM3_SCHPO ; P24279, MCM3_YEAST ; -DR Q5XK83, MCM4A_XENLA; P30664, MCM4B_XENLA; Q0WVF5, MCM4_ARATH ; -DR Q95XQ8, MCM4_CAEEL ; Q26454, MCM4_DROME ; P33991, MCM4_HUMAN ; -DR P49717, MCM4_MOUSE ; Q5JKB0, MCM4_ORYSJ ; P29458, MCM4_SCHPO ; -DR Q6GL41, MCM4_XENTR ; P30665, MCM4_YEAST ; P55862, MCM5A_XENLA; -DR Q6PCI7, MCM5B_XENLA; O80786, MCM5_ARATH ; Q0V8B7, MCM5_BOVIN ; -DR Q21902, MCM5_CAEEL ; Q54CP4, MCM5_DICDI ; Q9VGW6, MCM5_DROME ; -DR P33992, MCM5_HUMAN ; P49718, MCM5_MOUSE ; B8AEH3, MCM5_ORYSI ; -DR Q6KAJ4, MCM5_ORYSJ ; P41389, MCM5_SCHPO ; Q561P5, MCM5_XENTR ; -DR P29496, MCM5_YEAST ; Q5FWY4, MCM6M_XENLA; Q28CM3, MCM6M_XENTR; -DR Q6P1V8, MCM6Z_XENTR; Q7Q0Q1, MCM6_ANOGA ; F4KAB8, MCM6_ARATH ; -DR Q2KIZ8, MCM6_BOVIN ; Q61J08, MCM6_CAEBR ; P34647, MCM6_CAEEL ; -DR Q86B14, MCM6_DICDI ; Q9V461, MCM6_DROME ; Q29JI9, MCM6_DROPS ; -DR Q14566, MCM6_HUMAN ; P97311, MCM6_MOUSE ; B8AZX3, MCM6_ORYSI ; -DR Q6F353, MCM6_ORYSJ ; Q62724, MCM6_RAT ; P49731, MCM6_SCHPO ; -DR P53091, MCM6_YEAST ; Q91876, MCM7A_XENLA; Q7ZXB1, MCM7B_XENLA; -DR P43299, MCM7_ARATH ; Q3ZBH9, MCM7_BOVIN ; Q9XYU0, MCM7_DROME ; -DR P33993, MCM7_HUMAN ; Q61881, MCM7_MOUSE ; B8BMI1, MCM7_ORYSI ; -DR Q2QNM1, MCM7_ORYSJ ; O75001, MCM7_SCHPO ; Q6NX31, MCM7_XENTR ; -DR P38132, MCM7_YEAST ; Q9SF37, MCM8_ARATH ; E1BPX4, MCM8_BOVIN ; -DR I0IUP3, MCM8_CHICK ; Q9UJA3, MCM8_HUMAN ; Q9CWV1, MCM8_MOUSE ; -DR B8AZ14, MCM8_ORYSI ; B9FKM7, MCM8_ORYSJ ; D3ZVK1, MCM8_RAT ; -DR Q5F310, MCM8_XENLA ; Q0V9Q6, MCM8_XENTR ; F4IFF3, MCM9_ARATH ; -DR F1N2W9, MCM9_BOVIN ; I0IUP4, MCM9_CHICK ; F1QDI9, MCM9_DANRE ; -DR Q9NXL9, MCM9_HUMAN ; Q2KHI9, MCM9_MOUSE ; B8B406, MCM9_ORYSI ; -DR Q69QA6, MCM9_ORYSJ ; F1M5F3, MCM9_RAT ; Q6NRM6, MCM9_XENLA ; -DR F6RIX4, MCM9_XENTR ; Q9UXG1, MCM_SACS2 ; Q5D892, MER3_ARATH ; -DR B6DMK2, MER3_ORYSJ ; Q9HE09, MFH2_SCHPO ; A1CS00, MPH1_ASPCL ; -DR B0XMV6, MPH1_ASPFC ; Q4WKB5, MPH1_ASPFU ; A2Q8R2, MPH1_ASPNC ; -DR Q2URJ5, MPH1_ASPOR ; Q0CWI2, MPH1_ASPTN ; A6RIS1, MPH1_BOTFB ; -DR Q5A1A0, MPH1_CANAL ; Q6FPQ3, MPH1_CANGA ; Q2HG76, MPH1_CHAGB ; -DR Q1DY43, MPH1_COCIM ; Q6BRF0, MPH1_DEBHA ; Q75AA7, MPH1_EREGS ; -DR Q6CQX2, MPH1_KLULA ; A1D4V5, MPH1_NEOFI ; Q7SDF3, MPH1_NEUCR ; -DR A3GH78, MPH1_PICST ; A4RN08, MPH1_PYRO7 ; Q9UT23, MPH1_SCHPO ; -DR A7EFH4, MPH1_SCLS1 ; A7TSV4, MPH1_VANPO ; A6ZVS0, MPH1_YEAS7 ; -DR P40562, MPH1_YEAST ; Q8IVL1, NAV2_HUMAN ; F4IDQ6, NIH_ARATH ; -DR Q90185, NS1_AADNV ; P24030, NS1_ADVG ; P27454, NS1_AEDEV ; -DR P05842, NS1_BMDNV ; O71153, NS1_DSDNV ; P06431, NS1_FPV ; -DR P24842, NS1_FPV19 ; D0EZM8, NS1_HBOC1 ; B9UYK5, NS1_HBOC2 ; -DR C5IY48, NS1_HBOC3 ; C5IY43, NS1_HBOC4 ; Q90054, NS1_JDNVP ; -DR P27438, NS1_MEVA ; P07300, NS1_MUMIM ; P03134, NS1_MUMIP ; -DR P07296, NS1_PAVBP ; P12929, NS1_PAVCN ; P03133, NS1_PAVHH ; -DR P07298, NS1_PAVHU ; Q9PZT1, NS1_PAVHV ; P36311, NS1_PAVL3 ; -DR P52502, NS1_PAVPK ; P18547, NS1_PAVPN ; Q7X9V2, PIE1_ARATH ; -DR Q6MHJ5, PIF1_BDEBA ; Q0P9V4, PIF1_CAMJE ; Q59RQ0, PIF1_CANAL ; -DR Q7ZV90, PIF1_DANRE ; Q5AXT5, PIF1_EMENI ; Q9H611, PIF1_HUMAN ; -DR Q80SX8, PIF1_MOUSE ; A5WFR0, PIF1_PSYWF ; Q1HG60, PIF1_RAT ; -DR Q9UUA2, PIF1_SCHPO ; Q384Y1, PIF1_TRYB2 ; Q0R4F1, PIF1_XENLA ; -DR A6ZM04, PIF1_YEAS7 ; P07271, PIF1_YEAST ; Q384Y0, PIF2_TRYB2 ; -DR Q383A1, PIF3_TRYB2 ; Q381V6, PIF4_TRYB2 ; Q580X6, PIF5_TRYB2 ; -DR Q38CE9, PIF6_TRYB2 ; Q57YG0, PIF7_TRYB2 ; Q4J8K8, PINA_SULAC ; -DR F0NID4, PINA_SULIR ; M5AAG8, POL_BPNNR ; P10277, PRIM_BPP4 ; +DR P97855, G3BP1_MOUSE; Q5RB87, G3BP1_PONAB; O94247, HCS1_SCHPO ; +DR P34243, HCS1_YEAST ; Q8NG08, HELB_HUMAN ; Q6NVF4, HELB_MOUSE ; +DR O32215, HELD_BACSU ; P20315, HELIC_BPT3 ; P03692, HELIC_BPT7 ; +DR P24307, HELI_NPVAC ; H2KY86, HELQ_CAEEL ; Q9VSE2, HELQ_DROME ; +DR Q8TDG4, HELQ_HUMAN ; Q2VPA6, HELQ_MOUSE ; Q58824, HERA_METJA ; +DR Q8U1P0, HERA_PYRFU ; Q97WG8, HERA_SACS2 ; F2Z5Z6, HERA_SULAC ; +DR Q96YR7, HERA_SULTO ; A2PYH4, HFM1_HUMAN ; D3Z4R1, HFM1_MOUSE ; +DR A2RUV5, HFM1_XENTR ; P51979, HFM1_YEAST ; O13983, HRQ1_SCHPO ; +DR Q05549, HRQ1_YEAST ; F4INY4, HVT1_ARATH ; A1CZE5, INO80_NEOFI; +DR A4H7G5, JBP2_LEIBR ; A4HVU6, JBP2_LEIIN ; Q4QFY1, JBP2_LEIMA ; +DR B6EU02, JBP2_LEITA ; Q57X81, JBP2_TRYB2 ; Q4DCH3, JBP2_TRYCC ; +DR A0A1P8ASY1, JHS1_ARATH ; Q9FQ08, KU70_ARATH ; Q2MHH4, KU70_ASPOR ; +DR Q2MHH3, KU70_ASPSO ; Q2H0I3, KU70_CHAGB ; Q1DU75, KU70_COCIM ; +DR P0CO51, KU70_CRYNB ; P0CO50, KU70_CRYNJ ; Q54MA9, KU70_DICDI ; +DR Q23976, KU70_DROME ; Q5AVC7, KU70_EMENI ; Q6CUB4, KU70_KLULA ; +DR Q7SA95, KU70_NEUCR ; Q7F1M0, KU70_ORYSJ ; Q0U5F2, KU70_PHANO ; +DR Q26228, KU70_RHIAP ; O94395, KU70_SCHPO ; Q6CCK2, KU70_YARLI ; +DR P32807, KU70_YEAST ; Q9FQ09, KU80_ARATH ; Q4WI96, KU80_ASPFU ; +DR Q2MHH2, KU80_ASPOR ; Q2MHH1, KU80_ASPSO ; Q2H6C5, KU80_CHAGB ; +DR Q1E6K9, KU80_COCIM ; Q5B4H8, KU80_EMENI ; Q7RX73, KU80_NEUCR ; +DR Q75IP6, KU80_ORYSJ ; Q0U8L4, KU80_PHANO ; Q9HGM8, KU80_SCHPO ; +DR Q6C7B9, KU80_YARLI ; Q04437, KU80_YEAST ; Q498J7, MC6ZA_XENLA; +DR Q7ZY18, MC6ZB_XENLA; Q9LPD9, MCM2_ARATH ; P49735, MCM2_DROME ; +DR P49736, MCM2_HUMAN ; P97310, MCM2_MOUSE ; B8BKI8, MCM2_ORYSI ; +DR Q2R482, MCM2_ORYSJ ; P40377, MCM2_SCHPO ; P55861, MCM2_XENLA ; +DR Q6DIH3, MCM2_XENTR ; P29469, MCM2_YEAST ; Q43704, MCM31_MAIZE; +DR Q9SX04, MCM32_MAIZE; Q9SX03, MCM33_MAIZE; P49739, MCM3M_XENLA; +DR Q7ZXZ0, MCM3Z_XENLA; Q28BS0, MCM3Z_XENTR; Q9FL33, MCM3_ARATH ; +DR A4FUD9, MCM3_BOVIN ; Q5ZMN2, MCM3_CHICK ; Q9XYU1, MCM3_DROME ; +DR Q24849, MCM3_ENTH1 ; P25205, MCM3_HUMAN ; P25206, MCM3_MOUSE ; +DR B8AZ99, MCM3_ORYSI ; Q0DHC4, MCM3_ORYSJ ; Q5R8G6, MCM3_PONAB ; +DR P30666, MCM3_SCHPO ; P24279, MCM3_YEAST ; Q5XK83, MCM4A_XENLA; +DR P30664, MCM4B_XENLA; Q0WVF5, MCM4_ARATH ; Q95XQ8, MCM4_CAEEL ; +DR Q26454, MCM4_DROME ; P33991, MCM4_HUMAN ; P49717, MCM4_MOUSE ; +DR Q5JKB0, MCM4_ORYSJ ; P29458, MCM4_SCHPO ; Q6GL41, MCM4_XENTR ; +DR P30665, MCM4_YEAST ; P55862, MCM5A_XENLA; Q6PCI7, MCM5B_XENLA; +DR O80786, MCM5_ARATH ; Q0V8B7, MCM5_BOVIN ; Q21902, MCM5_CAEEL ; +DR Q54CP4, MCM5_DICDI ; Q9VGW6, MCM5_DROME ; P33992, MCM5_HUMAN ; +DR P49718, MCM5_MOUSE ; B8AEH3, MCM5_ORYSI ; Q6KAJ4, MCM5_ORYSJ ; +DR P41389, MCM5_SCHPO ; Q561P5, MCM5_XENTR ; P29496, MCM5_YEAST ; +DR Q5FWY4, MCM6M_XENLA; Q28CM3, MCM6M_XENTR; Q6P1V8, MCM6Z_XENTR; +DR Q7Q0Q1, MCM6_ANOGA ; F4KAB8, MCM6_ARATH ; Q2KIZ8, MCM6_BOVIN ; +DR Q61J08, MCM6_CAEBR ; P34647, MCM6_CAEEL ; Q86B14, MCM6_DICDI ; +DR Q9V461, MCM6_DROME ; Q29JI9, MCM6_DROPS ; Q14566, MCM6_HUMAN ; +DR P97311, MCM6_MOUSE ; B8AZX3, MCM6_ORYSI ; Q6F353, MCM6_ORYSJ ; +DR Q62724, MCM6_RAT ; P49731, MCM6_SCHPO ; P53091, MCM6_YEAST ; +DR Q91876, MCM7A_XENLA; Q7ZXB1, MCM7B_XENLA; P43299, MCM7_ARATH ; +DR Q3ZBH9, MCM7_BOVIN ; Q9XYU0, MCM7_DROME ; P33993, MCM7_HUMAN ; +DR Q61881, MCM7_MOUSE ; B8BMI1, MCM7_ORYSI ; Q2QNM1, MCM7_ORYSJ ; +DR O75001, MCM7_SCHPO ; Q6NX31, MCM7_XENTR ; P38132, MCM7_YEAST ; +DR Q9SF37, MCM8_ARATH ; E1BPX4, MCM8_BOVIN ; I0IUP3, MCM8_CHICK ; +DR Q9UJA3, MCM8_HUMAN ; Q9CWV1, MCM8_MOUSE ; B8AZ14, MCM8_ORYSI ; +DR B9FKM7, MCM8_ORYSJ ; D3ZVK1, MCM8_RAT ; Q5F310, MCM8_XENLA ; +DR Q0V9Q6, MCM8_XENTR ; F4IFF3, MCM9_ARATH ; F1N2W9, MCM9_BOVIN ; +DR I0IUP4, MCM9_CHICK ; F1QDI9, MCM9_DANRE ; Q9NXL9, MCM9_HUMAN ; +DR Q2KHI9, MCM9_MOUSE ; B8B406, MCM9_ORYSI ; Q69QA6, MCM9_ORYSJ ; +DR F1M5F3, MCM9_RAT ; Q6NRM6, MCM9_XENLA ; F6RIX4, MCM9_XENTR ; +DR Q9UXG1, MCM_SACS2 ; Q5D892, MER3_ARATH ; B6DMK2, MER3_ORYSJ ; +DR Q9HE09, MFH2_SCHPO ; A1CS00, MPH1_ASPCL ; B0XMV6, MPH1_ASPFC ; +DR Q4WKB5, MPH1_ASPFU ; A2Q8R2, MPH1_ASPNC ; Q2URJ5, MPH1_ASPOR ; +DR Q0CWI2, MPH1_ASPTN ; A6RIS1, MPH1_BOTFB ; Q5A1A0, MPH1_CANAL ; +DR Q6FPQ3, MPH1_CANGA ; Q2HG76, MPH1_CHAGB ; Q1DY43, MPH1_COCIM ; +DR Q6BRF0, MPH1_DEBHA ; Q75AA7, MPH1_EREGS ; Q6CQX2, MPH1_KLULA ; +DR A1D4V5, MPH1_NEOFI ; Q7SDF3, MPH1_NEUCR ; A3GH78, MPH1_PICST ; +DR A4RN08, MPH1_PYRO7 ; Q9UT23, MPH1_SCHPO ; A7EFH4, MPH1_SCLS1 ; +DR A7TSV4, MPH1_VANPO ; A6ZVS0, MPH1_YEAS7 ; P40562, MPH1_YEAST ; +DR Q8IVL1, NAV2_HUMAN ; F4IDQ6, NIH_ARATH ; Q90185, NS1_AADNV ; +DR P24030, NS1_ADVG ; P27454, NS1_AEDEV ; P05842, NS1_BMDNV ; +DR O71153, NS1_DSDNV ; P06431, NS1_FPV ; P24842, NS1_FPV19 ; +DR D0EZM8, NS1_HBOC1 ; B9UYK5, NS1_HBOC2 ; C5IY48, NS1_HBOC3 ; +DR C5IY43, NS1_HBOC4 ; Q90054, NS1_JDNVP ; P27438, NS1_MEVA ; +DR P07300, NS1_MUMIM ; P03134, NS1_MUMIP ; P07296, NS1_PAVBP ; +DR P12929, NS1_PAVCN ; P03133, NS1_PAVHH ; P07298, NS1_PAVHU ; +DR Q9PZT1, NS1_PAVHV ; P36311, NS1_PAVL3 ; P52502, NS1_PAVPK ; +DR P18547, NS1_PAVPN ; Q7X9V2, PIE1_ARATH ; Q6MHJ5, PIF1_BDEBA ; +DR Q0P9V4, PIF1_CAMJE ; Q59RQ0, PIF1_CANAL ; Q7ZV90, PIF1_DANRE ; +DR Q5AXT5, PIF1_EMENI ; Q9H611, PIF1_HUMAN ; Q80SX8, PIF1_MOUSE ; +DR A5WFR0, PIF1_PSYWF ; Q1HG60, PIF1_RAT ; Q9UUA2, PIF1_SCHPO ; +DR Q384Y1, PIF1_TRYB2 ; Q0R4F1, PIF1_XENLA ; A6ZM04, PIF1_YEAS7 ; +DR P07271, PIF1_YEAST ; Q384Y0, PIF2_TRYB2 ; Q383A1, PIF3_TRYB2 ; +DR Q381V6, PIF4_TRYB2 ; Q580X6, PIF5_TRYB2 ; Q38CE9, PIF6_TRYB2 ; +DR Q57YG0, PIF7_TRYB2 ; Q4J8K8, PINA_SULAC ; F0NID4, PINA_SULIR ; +DR M5AAG8, POL_BPNNR ; P10277, PRIM_BPP4 ; F8RL29, R1AB_AMV79 ; DR P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; P0C6W0, R1AB_BC512 ; DR P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; DR P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; P0C6V7, R1AB_BEV ; @@ -120984,10 +121737,7 @@ DR P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; DR Q98VG9, R1AB_FIPV ; P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; DR P0C6Y3, R1AB_IBVM ; K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; DR P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; Q008X6, R1AB_WBV24 ; -DR P26659, RAD15_SCHPO; Q6E6J3, RAD25_ANTLO; Q8SSK1, RAD25_ENCCU; -DR A9CRJ7, RAD25_ENTBH; Q5V5F7, RAD25_HALMA; Q9HPZ2, RAD25_HALSA; -DR C4V922, RAD25_VAIC1; Q00578, RAD25_YEAST; P40352, RAD26_YEAST; -DR P06839, RAD3_YEAST ; F1Q8K0, RAD54_DANRE; Q92698, RAD54_HUMAN; +DR P40352, RAD26_YEAST; F1Q8K0, RAD54_DANRE; Q92698, RAD54_HUMAN; DR P70270, RAD54_MOUSE; P41410, RAD54_SCHPO; P32863, RAD54_YEAST; DR P33919, RADD_ECOLI ; Q09772, RDH54_SCHPO; B3LN76, RDH54_YEAS1; DR C7GQI8, RDH54_YEAS2; B5VE38, RDH54_YEAS6; A6ZL17, RDH54_YEAS7; @@ -121008,318 +121758,70 @@ DR Q89269, REP40_AAV2S; P03132, REP68_AAV2S; Q9FMR9, RIN1_ARATH ; DR P19811, RPOA_EAVBU ; Q06502, RPOA_LDVC ; Q83017, RPOA_LDVP ; DR Q9YN02, RPOA_PRRS1 ; Q8B912, RPOA_PRRSB ; Q04561, RPOA_PRRSL ; DR Q9WJB2, RPOA_PRRSR ; A0MD28, RPOA_PRRSS ; A6YQT5, RPOA_PRRSV ; -DR Q68772, RPOA_SHFV ; P38766, RRM3_YEAST ; Q16X92, RTEL1_AEDAE; -DR Q7QEI1, RTEL1_ANOGA; F4HQE2, RTEL1_ARATH; A4K436, RTEL1_BOVIN; -DR A8WS58, RTEL1_CAEBR; Q93575, RTEL1_CAEEL; B0W9F4, RTEL1_CULQU; -DR P0C928, RTEL1_DANRE; B3MSG8, RTEL1_DROAN; B3NSW1, RTEL1_DROER; -DR B4JNS2, RTEL1_DROGR; Q9W484, RTEL1_DROME; B4L1Z2, RTEL1_DROMO; -DR B4GU19, RTEL1_DROPE; Q29FS3, RTEL1_DROPS; B4I0K4, RTEL1_DROSE; -DR B4M891, RTEL1_DROVI; B4NDG5, RTEL1_DROWI; B4PZB4, RTEL1_DROYA; -DR Q9NZ71, RTEL1_HUMAN; Q0VGM9, RTEL1_MOUSE; Q6H1L8, RTEL1_MUSSP; -DR A0A0P0V4R0, RTEL1_ORYSJ; Q5RE34, RTEL1_PONAB; Q5RJZ1, RTEL1_RAT ; -DR Q0IFL2, RUVB1_AEDAE; Q4WPW8, RUVB1_ASPFU; O17607, RUVB1_CAEEL; -DR Q5A0W7, RUVB1_CANAL; Q6FU78, RUVB1_CANGA; P0CR27, RUVB1_CRYNB; -DR P0CR26, RUVB1_CRYNJ; Q8AWW7, RUVB1_DANRE; Q6BI60, RUVB1_DEBHA; -DR Q9VH07, RUVB1_DROME; Q29AK9, RUVB1_DROPS; Q5BBV9, RUVB1_EMENI; -DR Q8STP2, RUVB1_ENCCU; Q750R1, RUVB1_EREGS; Q4ICA8, RUVB1_GIBZE; -DR Q9Y265, RUVB1_HUMAN; Q6CQA9, RUVB1_KLULA; P60122, RUVB1_MOUSE; -DR Q8WZS3, RUVB1_NEUCR; P60123, RUVB1_RAT ; Q9C0X6, RUVB1_SCHPO; -DR Q2JTM7, RUVB1_SYNJA; Q4P112, RUVB1_USTMA; Q9DE26, RUVB1_XENLA; -DR Q6CB52, RUVB1_YARLI; Q03940, RUVB1_YEAST; Q16TA2, RUVB2_AEDAE; -DR Q4WKH9, RUVB2_ASPFU; Q2TBU9, RUVB2_BOVIN; Q9GZH2, RUVB2_CAEEL; -DR Q5AGZ9, RUVB2_CANAL; Q6FSF1, RUVB2_CANGA; P0CR29, RUVB2_CRYNB; -DR P0CR28, RUVB2_CRYNJ; P83571, RUVB2_DANRE; Q6BSB8, RUVB2_DEBHA; -DR Q54UW5, RUVB2_DICDI; Q9V3K3, RUVB2_DROME; Q29DI0, RUVB2_DROPS; -DR Q5BGK3, RUVB2_EMENI; Q8SU27, RUVB2_ENCCU; Q755G5, RUVB2_EREGS; -DR Q4I948, RUVB2_GIBZE; Q9Y230, RUVB2_HUMAN; Q6CT29, RUVB2_KLULA; -DR Q9WTM5, RUVB2_MOUSE; Q873C7, RUVB2_NEUCR; O94692, RUVB2_SCHPO; -DR Q2JTJ1, RUVB2_SYNJA; Q4P6N7, RUVB2_USTMA; Q9DE27, RUVB2_XENLA; -DR Q6C3X6, RUVB2_YARLI; Q12464, RUVB2_YEAST; B0C2D5, RUVB_ACAM1 ; -DR A3DBU4, RUVB_ACET2 ; A9NF62, RUVB_ACHLI ; Q6F991, RUVB_ACIAD ; -DR B7GYB5, RUVB_ACIB3 ; B7I5A9, RUVB_ACIB5 ; B2HWT3, RUVB_ACIBC ; -DR B0VT89, RUVB_ACIBS ; A3M7W1, RUVB_ACIBT ; B0VDI5, RUVB_ACIBY ; -DR A0LUK5, RUVB_ACIC1 ; A1WC30, RUVB_ACISJ ; A3MZ06, RUVB_ACTP2 ; -DR A6VQA3, RUVB_ACTSZ ; A0KPA2, RUVB_AERHH ; A4SJ26, RUVB_AERS4 ; -DR Q8U9K6, RUVB_AGRFC ; B2UPI9, RUVB_AKKM8 ; Q220I3, RUVB_ALBFT ; -DR Q0VRJ7, RUVB_ALCBS ; A8EVP9, RUVB_ALIB4 ; Q5E699, RUVB_ALIF1 ; -DR B5FCQ2, RUVB_ALIFM ; B6EGJ4, RUVB_ALISL ; Q0A4X0, RUVB_ALKEH ; -DR A6TQM5, RUVB_ALKMQ ; A8MHI3, RUVB_ALKOO ; B9JRX1, RUVB_ALLAM ; -DR B3ER84, RUVB_AMOA5 ; B8JF05, RUVB_ANAD2 ; Q2IPJ5, RUVB_ANADE ; -DR A7H910, RUVB_ANADF ; B9KHQ5, RUVB_ANAMF ; Q5PBM1, RUVB_ANAMM ; -DR Q2GLG1, RUVB_ANAPZ ; B4UFY1, RUVB_ANASK ; Q5P2U7, RUVB_AROAE ; -DR A0JXB1, RUVB_ARTS2 ; A8IMA7, RUVB_AZOC5 ; A1K313, RUVB_AZOSB ; -DR C1DRF8, RUVB_AZOVD ; C3P9A7, RUVB_BACAA ; C3L6U9, RUVB_BACAC ; -DR A0RJ26, RUVB_BACAH ; Q81LG9, RUVB_BACAN ; P61528, RUVB_BACC1 ; -DR B7IIT2, RUVB_BACC2 ; C1ESW4, RUVB_BACC3 ; B7HE54, RUVB_BACC4 ; -DR B7HQH9, RUVB_BACC7 ; A7GTA2, RUVB_BACCN ; B9IYZ4, RUVB_BACCQ ; -DR Q817W4, RUVB_BACCR ; Q634C4, RUVB_BACCZ ; Q5LIX0, RUVB_BACFN ; -DR Q650B4, RUVB_BACFR ; Q6HDA6, RUVB_BACHK ; Q65GP6, RUVB_BACLD ; -DR A9VIP6, RUVB_BACMK ; A8FFR2, RUVB_BACP2 ; O32055, RUVB_BACSU ; -DR Q8A2M0, RUVB_BACTN ; A7Z768, RUVB_BACVZ ; A1UR84, RUVB_BARBK ; -DR Q6G5R1, RUVB_BARHE ; Q6FYP6, RUVB_BARQU ; A9IYK5, RUVB_BART1 ; -DR Q1LTF3, RUVB_BAUCH ; P61529, RUVB_BDEBA ; B2IBR9, RUVB_BEII9 ; -DR A1A1K3, RUVB_BIFAA ; B3DRY0, RUVB_BIFLD ; Q8G6B7, RUVB_BIFLO ; -DR B7GR18, RUVB_BIFLS ; Q2KVY2, RUVB_BORA1 ; Q0SPE2, RUVB_BORAP ; -DR Q7WGB3, RUVB_BORBR ; P70828, RUVB_BORBU ; Q662Z0, RUVB_BORGP ; -DR B2S1L1, RUVB_BORHD ; Q7W4T6, RUVB_BORPA ; Q7VTT6, RUVB_BORPE ; -DR Q89U80, RUVB_BRADU ; C0R250, RUVB_BRAHW ; A5ERJ9, RUVB_BRASB ; -DR A4YMC8, RUVB_BRASO ; C0ZAN4, RUVB_BREBN ; B2S7D9, RUVB_BRUA1 ; -DR Q2YRD2, RUVB_BRUA2 ; A6WY76, RUVB_BRUA4 ; Q57BH8, RUVB_BRUAB ; -DR A9M7K0, RUVB_BRUC2 ; C0REW5, RUVB_BRUMB ; Q8YIV5, RUVB_BRUME ; -DR A5VS58, RUVB_BRUO2 ; A9WWH9, RUVB_BRUSI ; Q8FZ02, RUVB_BRUSU ; -DR B1YTD9, RUVB_BURA4 ; Q93LP2, RUVB_BURCE ; A0K4L4, RUVB_BURCH ; -DR B4EES7, RUVB_BURCJ ; Q0BI83, RUVB_BURCM ; Q39JJ1, RUVB_BURL3 ; -DR A9AH73, RUVB_BURM1 ; A3MP72, RUVB_BURM7 ; A2S594, RUVB_BURM9 ; -DR Q62HA9, RUVB_BURMA ; A1V064, RUVB_BURMS ; B1JVV3, RUVB_BURO0 ; -DR Q1BZ36, RUVB_BURO1 ; A3NZ67, RUVB_BURP0 ; Q3JNS5, RUVB_BURP1 ; -DR A3NDF6, RUVB_BURP6 ; Q63QX5, RUVB_BURPS ; Q2SZ55, RUVB_BURTA ; -DR A4JBL2, RUVB_BURVG ; B9MRB3, RUVB_CALBD ; Q8RAN2, RUVB_CALS4 ; -DR A4XJS3, RUVB_CALS8 ; A7ZEM1, RUVB_CAMC1 ; A7GZP9, RUVB_CAMC5 ; -DR A0RN84, RUVB_CAMFF ; A7I1C5, RUVB_CAMHC ; A8FN42, RUVB_CAMJ8 ; -DR A7H1X6, RUVB_CAMJD ; Q9PMT7, RUVB_CAMJE ; A1W0X9, RUVB_CAMJJ ; -DR Q5HT48, RUVB_CAMJR ; B9KDF4, RUVB_CAMLR ; Q3ABY0, RUVB_CARHZ ; -DR B0SUN9, RUVB_CAUSK ; Q9A3G8, RUVB_CAUVC ; B8H454, RUVB_CAUVN ; -DR B3PB59, RUVB_CELJU ; A3PLU2, RUVB_CERS1 ; Q3J0F8, RUVB_CERS4 ; -DR A4WRX0, RUVB_CERS5 ; B9KKV4, RUVB_CERSK ; Q11DH7, RUVB_CHESB ; -DR A9WHF8, RUVB_CHLAA ; Q5L686, RUVB_CHLAB ; B8G5S6, RUVB_CHLAD ; -DR Q3APQ7, RUVB_CHLCH ; Q823K4, RUVB_CHLCV ; Q254B4, RUVB_CHLFF ; -DR B3EH23, RUVB_CHLL2 ; Q3B2F8, RUVB_CHLL3 ; Q9PKZ8, RUVB_CHLMU ; -DR B3QM27, RUVB_CHLP8 ; A1BDZ8, RUVB_CHLPD ; A4SG11, RUVB_CHLPM ; -DR Q9Z8F3, RUVB_CHLPN ; B9LBR4, RUVB_CHLSY ; B0B9E8, RUVB_CHLT2 ; -DR Q3KMY1, RUVB_CHLTA ; B0BB27, RUVB_CHLTB ; Q8KC00, RUVB_CHLTE ; -DR O84044, RUVB_CHLTR ; A0LXR1, RUVB_CHRFK ; Q1QWF8, RUVB_CHRSD ; -DR Q7NQC5, RUVB_CHRVO ; B5EAH3, RUVB_CITBB ; A8AFI1, RUVB_CITK8 ; -DR A5CS06, RUVB_CLAM3 ; Q97GT1, RUVB_CLOAB ; A7FY19, RUVB_CLOB1 ; -DR C3KTD2, RUVB_CLOB6 ; A6LTM7, RUVB_CLOB8 ; B2V338, RUVB_CLOBA ; -DR B2TMZ2, RUVB_CLOBB ; A5I6F1, RUVB_CLOBH ; C1FKG1, RUVB_CLOBJ ; -DR B1IMF3, RUVB_CLOBK ; A7GHT8, RUVB_CLOBL ; B1L0B2, RUVB_CLOBM ; -DR Q183N8, RUVB_CLOD6 ; B9E5Q8, RUVB_CLOK1 ; A5N206, RUVB_CLOK5 ; -DR A0PZV4, RUVB_CLONN ; Q0TP13, RUVB_CLOP1 ; Q8XJ14, RUVB_CLOPE ; -DR Q0SRN3, RUVB_CLOPS ; Q891Z8, RUVB_CLOTE ; Q483C4, RUVB_COLP3 ; -DR C3PGQ6, RUVB_CORA7 ; P61530, RUVB_CORDI ; Q8FPK5, RUVB_COREF ; -DR A4QEN3, RUVB_CORGB ; Q9AE09, RUVB_CORGL ; Q4JVD9, RUVB_CORJK ; -DR B6J507, RUVB_COXB1 ; B6IYU2, RUVB_COXB2 ; A9KF39, RUVB_COXBN ; -DR A9N9A3, RUVB_COXBR ; Q83BE0, RUVB_COXBU ; B1WP72, RUVB_CROS5 ; -DR A7MEA3, RUVB_CROS8 ; Q1LRB7, RUVB_CUPMC ; Q0KEC4, RUVB_CUPNH ; -DR Q475R8, RUVB_CUPPJ ; B2AH72, RUVB_CUPTR ; Q6A8K7, RUVB_CUTAK ; -DR B8HY57, RUVB_CYAP4 ; Q11Y53, RUVB_CYTH3 ; Q478E5, RUVB_DECAR ; -DR Q3Z8V1, RUVB_DEHM1 ; A5FRK7, RUVB_DEHMB ; Q3ZWZ9, RUVB_DEHMC ; -DR Q1J1C7, RUVB_DEIGD ; Q9X719, RUVB_DEIRA ; A9BUG8, RUVB_DELAS ; -DR C0QKP4, RUVB_DESAH ; B8FQV5, RUVB_DESHD ; Q24UN7, RUVB_DESHY ; -DR A8ZUH7, RUVB_DESOH ; A4J537, RUVB_DESRM ; P61531, RUVB_DESVH ; -DR A1VC44, RUVB_DESVV ; A5EXH6, RUVB_DICNV ; A7ZMY4, RUVB_ECO24 ; -DR B7USN7, RUVB_ECO27 ; B7MBR9, RUVB_ECO45 ; B7L7R3, RUVB_ECO55 ; -DR P0A813, RUVB_ECO57 ; B5YR05, RUVB_ECO5E ; B7NS58, RUVB_ECO7I ; -DR B7MVZ1, RUVB_ECO81 ; B7M2F1, RUVB_ECO8A ; C4ZQE4, RUVB_ECOBW ; -DR B1XHC8, RUVB_ECODH ; A8A160, RUVB_ECOHS ; A1AC21, RUVB_ECOK1 ; -DR Q0TGX2, RUVB_ECOL5 ; Q8FGR3, RUVB_ECOL6 ; B1J0M8, RUVB_ECOLC ; -DR P0A812, RUVB_ECOLI ; B7NBL1, RUVB_ECOLU ; B6IBT9, RUVB_ECOSE ; -DR B1LD11, RUVB_ECOSM ; Q1RAS4, RUVB_ECOUT ; C5B9T2, RUVB_EDWI9 ; -DR Q3YRD9, RUVB_EHRCJ ; Q2GHE3, RUVB_EHRCR ; Q5FG39, RUVB_EHRRG ; -DR Q5HAK4, RUVB_EHRRW ; A4WBL8, RUVB_ENT38 ; Q839T5, RUVB_ENTFA ; -DR B2VJ95, RUVB_ERWT9 ; Q2N814, RUVB_ERYLH ; B7LPI4, RUVB_ESCF3 ; -DR B1YJR1, RUVB_EXIS2 ; C4L523, RUVB_EXISA ; A7HJD6, RUVB_FERNB ; -DR A5FJE5, RUVB_FLAJ1 ; A6H1G3, RUVB_FLAPJ ; Q0RNU6, RUVB_FRAAA ; -DR Q2JD94, RUVB_FRACC ; B0U0B6, RUVB_FRAP2 ; A8KZE6, RUVB_FRASN ; -DR Q14HJ6, RUVB_FRAT1 ; A7NCA9, RUVB_FRATF ; Q2A3C8, RUVB_FRATH ; -DR B2SGL0, RUVB_FRATM ; A0Q6B4, RUVB_FRATN ; Q0BLU4, RUVB_FRATO ; -DR Q5NG44, RUVB_FRATT ; A4IXW0, RUVB_FRATW ; Q8RE97, RUVB_FUSNN ; -DR C1A611, RUVB_GEMAT ; B9LZC4, RUVB_GEODF ; Q5KWR0, RUVB_GEOKA ; -DR Q39XN6, RUVB_GEOMG ; P61532, RUVB_GEOSL ; C6E1S8, RUVB_GEOSM ; -DR C5D5E8, RUVB_GEOSW ; A4IRB2, RUVB_GEOTN ; A5G9Y2, RUVB_GEOUR ; -DR B7K9M6, RUVB_GLOC7 ; Q7NGP9, RUVB_GLOVI ; Q5FQC4, RUVB_GLUOX ; -DR Q0BT53, RUVB_GRABC ; Q7VKV5, RUVB_HAEDU ; Q4QNM6, RUVB_HAEI8 ; -DR A5UAH8, RUVB_HAEIE ; P44631, RUVB_HAEIN ; Q2SCL3, RUVB_HAHCH ; -DR Q9KDI8, RUVB_HALH5 ; A1WZ65, RUVB_HALHL ; C4K7I4, RUVB_HAMD5 ; -DR Q17WP7, RUVB_HELAH ; Q7VIU8, RUVB_HELHP ; B0TF70, RUVB_HELMI ; -DR B6JKW4, RUVB_HELP2 ; B5ZAF5, RUVB_HELPG ; Q1CUB7, RUVB_HELPH ; -DR Q9ZM57, RUVB_HELPJ ; B2USM3, RUVB_HELPS ; O25699, RUVB_HELPY ; -DR A4G1U9, RUVB_HERAR ; Q0I1M3, RUVB_HISS1 ; B0UVK4, RUVB_HISS2 ; -DR Q31H83, RUVB_HYDCU ; Q0C5W2, RUVB_HYPNA ; Q5QYU5, RUVB_IDILO ; -DR A6SUQ4, RUVB_JANMA ; Q28TS9, RUVB_JANSC ; B5XQ05, RUVB_KLEP3 ; -DR A6TB30, RUVB_KLEP7 ; Q1IHV6, RUVB_KORVE ; C5CIU4, RUVB_KOSOT ; -DR Q5FLX2, RUVB_LACAC ; B3WC56, RUVB_LACCB ; Q1G941, RUVB_LACDA ; -DR Q048Y7, RUVB_LACDB ; Q045Q2, RUVB_LACGA ; A8YTI2, RUVB_LACH4 ; -DR P61533, RUVB_LACJO ; Q9CDL3, RUVB_LACLA ; A2RP06, RUVB_LACLM ; -DR Q02VS7, RUVB_LACLS ; Q03B17, RUVB_LACP3 ; A9KP49, RUVB_LACP7 ; -DR Q88V03, RUVB_LACPL ; C1D9W9, RUVB_LARHH ; Q38YQ9, RUVB_LATSS ; -DR Q1MP36, RUVB_LAWIP ; Q5X4Y6, RUVB_LEGPA ; A5IC73, RUVB_LEGPC ; -DR Q5ZV64, RUVB_LEGPH ; Q5WWK4, RUVB_LEGPL ; Q6AFB4, RUVB_LEIXX ; -DR Q04UI9, RUVB_LEPBJ ; Q04YY5, RUVB_LEPBL ; B1Y8E2, RUVB_LEPCP ; -DR P61534, RUVB_LEPIC ; Q8F7Y2, RUVB_LEPIN ; Q03YJ6, RUVB_LEUMM ; -DR Q03R36, RUVB_LEVBA ; Q1WT18, RUVB_LIGS1 ; A5VIX2, RUVB_LIMRD ; -DR B2G6E8, RUVB_LIMRJ ; Q92BI2, RUVB_LISIN ; C1KVH9, RUVB_LISMC ; -DR Q71ZD8, RUVB_LISMF ; B8DHL6, RUVB_LISMH ; Q8Y6Z8, RUVB_LISMO ; -DR A0AIY1, RUVB_LISW6 ; B9E718, RUVB_MACCJ ; A0L4V5, RUVB_MAGMM ; -DR Q2W2A5, RUVB_MAGSA ; Q65UP0, RUVB_MANSM ; Q0ALX9, RUVB_MARMM ; -DR A6VXD3, RUVB_MARMS ; A1U1B9, RUVB_MARN8 ; Q600N3, RUVB_MESH2 ; -DR Q4A7W4, RUVB_MESH7 ; Q4A9R6, RUVB_MESHJ ; A7I4H6, RUVB_METB6 ; -DR Q609L0, RUVB_METCA ; Q1GYS6, RUVB_METFK ; Q2FPZ8, RUVB_METHJ ; -DR A2SCK0, RUVB_METPP ; B8EK46, RUVB_METSB ; B0JY77, RUVB_MICAN ; -DR Q2RHT7, RUVB_MOOTA ; A0QIB7, RUVB_MYCA1 ; P66754, RUVB_MYCBO ; -DR A1KLU0, RUVB_MYCBP ; C1AF61, RUVB_MYCBT ; Q49425, RUVB_MYCGE ; -DR A4TBQ5, RUVB_MYCGI ; B8ZUI2, RUVB_MYCLB ; P40833, RUVB_MYCLE ; -DR B2HN63, RUVB_MYCMM ; P61535, RUVB_MYCPA ; P75242, RUVB_MYCPN ; -DR Q98PR1, RUVB_MYCPU ; A0QWH6, RUVB_MYCS2 ; Q4A6N6, RUVB_MYCS5 ; -DR A3PYW5, RUVB_MYCSJ ; A1UFA4, RUVB_MYCSK ; Q1B9Q9, RUVB_MYCSS ; -DR A5U5U2, RUVB_MYCTA ; P9WGW0, RUVB_MYCTO ; P9WGW1, RUVB_MYCTU ; -DR A0PPD3, RUVB_MYCUA ; A1T884, RUVB_MYCVP ; Q1D2J8, RUVB_MYXXD ; -DR Q5F8L2, RUVB_NEIG1 ; B4RLV8, RUVB_NEIG2 ; A9LZC3, RUVB_NEIM0 ; -DR Q9JUB0, RUVB_NEIMA ; Q9JZ86, RUVB_NEIMB ; A1KU52, RUVB_NEIMF ; -DR Q2GDJ0, RUVB_NEOSM ; Q0AJA3, RUVB_NITEC ; Q82XP4, RUVB_NITEU ; -DR Q1QHP7, RUVB_NITHX ; Q2Y5G5, RUVB_NITMU ; Q3JES3, RUVB_NITOC ; -DR A6Q1X7, RUVB_NITSB ; Q3SP14, RUVB_NITWN ; Q5YTE8, RUVB_NOCFA ; -DR A1SJA7, RUVB_NOCSJ ; B2ITR9, RUVB_NOSP7 ; Q8YT32, RUVB_NOSS1 ; -DR Q2GBA2, RUVB_NOVAD ; Q8EPQ6, RUVB_OCEIH ; Q04GA1, RUVB_OENOB ; -DR Q30YX7, RUVB_OLEA2 ; A5CEJ6, RUVB_ORITB ; B3CRA8, RUVB_ORITI ; -DR A1R724, RUVB_PAEAT ; A1TUY9, RUVB_PARC0 ; A6LG11, RUVB_PARD8 ; -DR A1AZW1, RUVB_PARDP ; A7HUZ8, RUVB_PARL1 ; Q7U9W7, RUVB_PARMW ; -DR B2SYK2, RUVB_PARPJ ; Q6MC67, RUVB_PARUW ; Q13UC0, RUVB_PARXL ; -DR P57892, RUVB_PASMU ; Q6D4A2, RUVB_PECAS ; C6DFF2, RUVB_PECCP ; -DR Q03ER0, RUVB_PEDPA ; B4SDZ7, RUVB_PELPB ; A1ARF8, RUVB_PELPD ; -DR A5D3G1, RUVB_PELTS ; B4R9Z2, RUVB_PHEZH ; Q7N547, RUVB_PHOLL ; -DR Q6LT48, RUVB_PHOPR ; A6KZW5, RUVB_PHOV8 ; B3R0J0, RUVB_PHYMT ; -DR B1XMA0, RUVB_PICP2 ; A1VJK5, RUVB_POLNA ; Q124Q6, RUVB_POLSJ ; -DR Q7MWU9, RUVB_PORGI ; B4S5I1, RUVB_PROA2 ; A3PFA5, RUVB_PROM0 ; -DR A2C563, RUVB_PROM1 ; A8G7C1, RUVB_PROM2 ; A2C638, RUVB_PROM3 ; -DR A2BZ00, RUVB_PROM5 ; Q318C6, RUVB_PROM9 ; Q7V9Q4, RUVB_PROMA ; -DR B4ETP8, RUVB_PROMH ; Q7V910, RUVB_PROMM ; Q7UZP3, RUVB_PROMP ; -DR A2BTJ7, RUVB_PROMS ; Q46IJ6, RUVB_PROMT ; Q48FC5, RUVB_PSE14 ; -DR Q15RN6, RUVB_PSEA6 ; A6VA05, RUVB_PSEA7 ; B7UXW5, RUVB_PSEA8 ; -DR Q02IC9, RUVB_PSEAB ; Q51426, RUVB_PSEAE ; B8H9D6, RUVB_PSECP ; -DR Q1I6E9, RUVB_PSEE4 ; Q4K7D9, RUVB_PSEF5 ; C3JYS7, RUVB_PSEFS ; -DR A8F5R0, RUVB_PSELT ; A4XRS1, RUVB_PSEMY ; A5VZU7, RUVB_PSEP1 ; -DR Q3K7W0, RUVB_PSEPF ; B0KTJ2, RUVB_PSEPG ; Q88NJ0, RUVB_PSEPK ; -DR B1JD70, RUVB_PSEPW ; Q87Y35, RUVB_PSESM ; Q3IIJ2, RUVB_PSET1 ; -DR Q4ZWL1, RUVB_PSEU2 ; Q4FTT9, RUVB_PSYA2 ; Q1QCY5, RUVB_PSYCK ; -DR A1SSV6, RUVB_PSYIN ; A5WFF6, RUVB_PSYWF ; Q8Y236, RUVB_RALN1 ; -DR B2UFL1, RUVB_RALPJ ; B3PYZ5, RUVB_RHIE6 ; Q2K4J8, RUVB_RHIEC ; -DR Q1MC52, RUVB_RHIJ3 ; Q98F76, RUVB_RHILO ; B5ZP80, RUVB_RHILW ; -DR Q92M92, RUVB_RHIME ; A5V881, RUVB_RHIWR ; Q7UPG4, RUVB_RHOBA ; -DR B6ITI4, RUVB_RHOCS ; C0ZZ48, RUVB_RHOE4 ; Q0S1C6, RUVB_RHOJR ; -DR C1B4D1, RUVB_RHOOB ; Q2IS53, RUVB_RHOP2 ; Q07H98, RUVB_RHOP5 ; -DR P61536, RUVB_RHOPA ; Q20X11, RUVB_RHOPB ; Q130V3, RUVB_RHOPS ; -DR B3QHS4, RUVB_RHOPT ; Q2RVF5, RUVB_RHORT ; C3PNA6, RUVB_RICAE ; -DR A8GN97, RUVB_RICAH ; A8GWC4, RUVB_RICB8 ; Q1RHZ9, RUVB_RICBR ; -DR A8EZ44, RUVB_RICCK ; Q92I87, RUVB_RICCN ; Q4ULW6, RUVB_RICFE ; -DR A8F1F7, RUVB_RICM5 ; Q9ZDE5, RUVB_RICPR ; C4K2D4, RUVB_RICPU ; -DR A8GRW7, RUVB_RICRS ; Q68WZ0, RUVB_RICTY ; B7K1K0, RUVB_RIPO1 ; -DR A7NNH1, RUVB_ROSCS ; Q168A2, RUVB_ROSDO ; A5UVZ9, RUVB_ROSS1 ; -DR Q1AWE0, RUVB_RUBXD ; Q5LNT8, RUVB_RUEPO ; Q1GE13, RUVB_RUEST ; -DR Q21HN6, RUVB_SACD2 ; A4FBA8, RUVB_SACEN ; B5F3J7, RUVB_SALA4 ; -DR A8LXW9, RUVB_SALAI ; A9MND7, RUVB_SALAR ; Q57NA3, RUVB_SALCH ; -DR B5FSN8, RUVB_SALDC ; B4T7Z2, RUVB_SALHS ; B4SVE4, RUVB_SALNS ; -DR Q5PIA7, RUVB_SALPA ; A9MUX4, RUVB_SALPB ; C0Q2F5, RUVB_SALPC ; -DR B5BH61, RUVB_SALPK ; Q2S3F9, RUVB_SALRD ; B4TYR7, RUVB_SALSV ; -DR P66756, RUVB_SALTI ; A4X5X3, RUVB_SALTO ; P66755, RUVB_SALTY ; -DR A8GFI7, RUVB_SERP5 ; A1S6N8, RUVB_SHEAM ; B8EA75, RUVB_SHEB2 ; -DR A3D481, RUVB_SHEB5 ; A6WNQ2, RUVB_SHEB8 ; A9L3H7, RUVB_SHEB9 ; -DR Q12N10, RUVB_SHEDO ; Q081N9, RUVB_SHEFN ; B0TSA7, RUVB_SHEHH ; -DR A3QEP3, RUVB_SHELP ; Q8EEF3, RUVB_SHEON ; A8H545, RUVB_SHEPA ; -DR A4Y6S9, RUVB_SHEPC ; B8CNY1, RUVB_SHEPW ; A0KWL9, RUVB_SHESA ; -DR A8FUX0, RUVB_SHESH ; Q0HIZ1, RUVB_SHESM ; Q0HUZ1, RUVB_SHESR ; -DR A1RJQ2, RUVB_SHESW ; B1KGX9, RUVB_SHEWM ; B2TWQ1, RUVB_SHIB3 ; -DR Q322E6, RUVB_SHIBS ; Q32HA1, RUVB_SHIDS ; Q0T3U6, RUVB_SHIF8 ; -DR Q83KR5, RUVB_SHIFL ; Q3Z2L8, RUVB_SHISS ; Q5WHR5, RUVB_SHOC1 ; -DR A6UCT7, RUVB_SINMW ; Q2NTI8, RUVB_SODGM ; Q02AG6, RUVB_SOLUE ; -DR Q1GWB6, RUVB_SPHAL ; A7X357, RUVB_STAA1 ; A6U2A9, RUVB_STAA2 ; -DR Q2FG86, RUVB_STAA3 ; Q2FXT4, RUVB_STAA8 ; A5ITG5, RUVB_STAA9 ; -DR Q2YT89, RUVB_STAAB ; Q5HFC2, RUVB_STAAC ; A6QHI3, RUVB_STAAE ; -DR P66757, RUVB_STAAM ; P66758, RUVB_STAAN ; Q6GG63, RUVB_STAAR ; -DR Q6G8S8, RUVB_STAAS ; A8Z2G9, RUVB_STAAT ; P66759, RUVB_STAAW ; -DR B9DNE4, RUVB_STACT ; Q5HNR0, RUVB_STAEQ ; Q8CS91, RUVB_STAES ; -DR Q4L6Y6, RUVB_STAHJ ; Q49Y79, RUVB_STAS1 ; Q3K3X8, RUVB_STRA1 ; -DR Q8E7U6, RUVB_STRA3 ; Q8E2D9, RUVB_STRA5 ; Q820F3, RUVB_STRAW ; -DR Q9L291, RUVB_STRCO ; C0M7R2, RUVB_STRE4 ; B4U5F8, RUVB_STREM ; -DR A8AUH0, RUVB_STRGC ; B1W3G4, RUVB_STRGG ; B4ST32, RUVB_STRM5 ; -DR B2FRN4, RUVB_STRMK ; Q8DWI4, RUVB_STRMU ; Q9A1Y1, RUVB_STRP1 ; -DR Q04MI9, RUVB_STRP2 ; P0DF50, RUVB_STRP3 ; B5E6T3, RUVB_STRP4 ; -DR Q5XEE4, RUVB_STRP6 ; C1CB34, RUVB_STRP7 ; Q8P302, RUVB_STRP8 ; -DR Q1JE69, RUVB_STRPB ; Q1JP25, RUVB_STRPC ; Q1JJ71, RUVB_STRPD ; -DR Q1J924, RUVB_STRPF ; A2RC05, RUVB_STRPG ; B1I8Y6, RUVB_STRPI ; -DR Q48VY1, RUVB_STRPM ; Q97SR6, RUVB_STRPN ; P0DF51, RUVB_STRPQ ; -DR B2ISI4, RUVB_STRPS ; B5XJ28, RUVB_STRPZ ; Q8CWU7, RUVB_STRR6 ; -DR A4VYM0, RUVB_STRS2 ; C0MC84, RUVB_STRS7 ; A3CK22, RUVB_STRSV ; -DR A4VSD3, RUVB_STRSY ; Q5LXQ9, RUVB_STRT1 ; Q5M2B1, RUVB_STRT2 ; -DR Q03IE9, RUVB_STRTD ; B9DSU1, RUVB_STRU0 ; C1CC50, RUVB_STRZJ ; -DR C1CIE0, RUVB_STRZP ; C1CPD4, RUVB_STRZT ; A4VNA3, RUVB_STUS1 ; -DR Q30PX6, RUVB_SULDN ; A6QC28, RUVB_SULNB ; Q67Q97, RUVB_SYMTH ; -DR Q2LRA8, RUVB_SYNAS ; Q3A230, RUVB_SYNC1 ; Q31Q03, RUVB_SYNE7 ; -DR A0LGY6, RUVB_SYNFM ; Q2JP68, RUVB_SYNJB ; Q5N474, RUVB_SYNP6 ; -DR A5GI46, RUVB_SYNPW ; A5GQ68, RUVB_SYNR3 ; Q0IDW1, RUVB_SYNS3 ; -DR Q3B0J1, RUVB_SYNS9 ; Q3AND8, RUVB_SYNSC ; Q0AX16, RUVB_SYNWW ; -DR Q57396, RUVB_SYNY3 ; C5BQT4, RUVB_TERTT ; Q47N43, RUVB_THEFY ; -DR A6LN82, RUVB_THEM4 ; Q56313, RUVB_THEMA ; A5ILH0, RUVB_THEP1 ; -DR B0K956, RUVB_THEP3 ; B0K0L8, RUVB_THEPX ; B9KZ09, RUVB_THERP ; -DR B1LAU3, RUVB_THESQ ; P61537, RUVB_THET2 ; Q5SL87, RUVB_THET8 ; -DR Q56214, RUVB_THETH ; Q8DGR1, RUVB_THEVB ; B5YKE9, RUVB_THEYD ; -DR Q3SGT3, RUVB_THIDA ; B8GUJ4, RUVB_THISH ; C4LBN0, RUVB_TOLAT ; -DR P61538, RUVB_TREDE ; P96115, RUVB_TREPA ; Q115Z7, RUVB_TRIEI ; -DR B3E468, RUVB_TRIL1 ; Q3MEF4, RUVB_TRIV2 ; Q83HN0, RUVB_TROW8 ; -DR Q83MZ8, RUVB_TROWT ; B1AJ89, RUVB_UREP2 ; Q9PQ42, RUVB_UREPA ; -DR B5ZBT5, RUVB_UREU1 ; C5CM03, RUVB_VARPS ; A1WQ68, RUVB_VEREI ; -DR A5CW96, RUVB_VESOH ; B7VMI4, RUVB_VIBA3 ; A7N1I0, RUVB_VIBC1 ; -DR A5F760, RUVB_VIBC3 ; Q9KR02, RUVB_VIBCH ; C3LNE8, RUVB_VIBCM ; -DR Q87QU7, RUVB_VIBPA ; Q7MJ78, RUVB_VIBVY ; P61539, RUVB_WOLPM ; -DR B3CMH5, RUVB_WOLPP ; Q7M879, RUVB_WOLSU ; Q5GT33, RUVB_WOLTR ; -DR C0R4X2, RUVB_WOLWR ; Q8PHV2, RUVB_XANAC ; Q3BQF5, RUVB_XANC5 ; -DR Q4UXL7, RUVB_XANC8 ; B0RPY7, RUVB_XANCB ; Q8P6E7, RUVB_XANCP ; -DR Q2P575, RUVB_XANOM ; B2STK0, RUVB_XANOP ; Q5H2A4, RUVB_XANOR ; -DR B2I4T1, RUVB_XYLF2 ; Q9PC79, RUVB_XYLFA ; B0U2E3, RUVB_XYLFM ; -DR Q87D00, RUVB_XYLFT ; A1JRJ5, RUVB_YERE8 ; A7FIC5, RUVB_YERP3 ; -DR Q1C814, RUVB_YERPA ; B2K324, RUVB_YERPB ; Q8ZEU5, RUVB_YERPE ; -DR A9QYX2, RUVB_YERPG ; Q1CJG5, RUVB_YERPN ; A4TJK0, RUVB_YERPP ; -DR Q66AT9, RUVB_YERPS ; B1JLL0, RUVB_YERPY ; Q5NR72, RUVB_ZYMMO ; -DR P38935, SMBP2_HUMAN; Q60560, SMBP2_MESAU; P40694, SMBP2_MOUSE; -DR Q9EQN5, SMBP2_RAT ; E1B7X9, SMRCD_BOVIN; G5EDG2, SMRCD_CAEEL; -DR Q9VL72, SMRCD_DROME; Q9H4L7, SMRCD_HUMAN; Q04692, SMRCD_MOUSE; -DR D3Z9Z9, SMRCD_RAT ; Q5FWR0, SMRCD_XENTR; B0R061, SMRDA_DANRE; -DR E7F1C4, SMRDB_DANRE; P32597, STH1_YEAST ; Q4WAS9, SWR1_ASPFU ; -DR Q59U81, SWR1_CANAL ; Q6FK48, SWR1_CANGA ; P0CO19, SWR1_CRYNB ; -DR P0CO18, SWR1_CRYNJ ; Q6BKC2, SWR1_DEBHA ; Q5ARK3, SWR1_EMENI ; -DR Q759G7, SWR1_EREGS ; Q4IAK7, SWR1_GIBZE ; Q6CJ38, SWR1_KLULA ; -DR Q7S133, SWR1_NEUCR ; O13682, SWR1_SCHPO ; Q4P328, SWR1_USTMA ; -DR Q6CA87, SWR1_YARLI ; Q05471, SWR1_YEAST ; P36693, TERL_BPP21 ; -DR P03708, TERL_LAMBD ; P14565, TRAI1_ECOLI; P22706, TRAI2_ECOLX; -DR B5X582, TWIH_ARATH ; P20703, UVSW_BPT4 ; Q83950, V143_NPVOP ; -DR P03116, VE1_BPV1 ; P11298, VE1_BPV2 ; Q8BDD7, VE1_BPV3 ; -DR P08344, VE1_BPV4 ; Q705G8, VE1_BPV5 ; Q705F4, VE1_BPV6 ; -DR Q89536, VE1_COPV6 ; P03112, VE1_CRPVK ; P51894, VE1_CRPVW ; -DR P06455, VE1_FPVL ; P36719, VE1_HPV03 ; Q07846, VE1_HPV04 ; -DR P06920, VE1_HPV05 ; Q05133, VE1_HPV07 ; P06420, VE1_HPV08 ; -DR Q05111, VE1_HPV09 ; P03111, VE1_HPV1 ; P36720, VE1_HPV10 ; -DR P04014, VE1_HPV11 ; Q05134, VE1_HPV12 ; Q02261, VE1_HPV13 ; -DR P36721, VE1_HPV14 ; Q05135, VE1_HPV15 ; P03114, VE1_HPV16 ; -DR Q02512, VE1_HPV17 ; P06789, VE1_HPV18 ; Q02048, VE1_HPV19 ; -DR P50758, VE1_HPV20 ; P50759, VE1_HPV21 ; P50760, VE1_HPV22 ; -DR P50761, VE1_HPV23 ; P50762, VE1_HPV24 ; Q02049, VE1_HPV25 ; -DR P36722, VE1_HPV26 ; P36723, VE1_HPV27 ; P50763, VE1_HPV28 ; -DR P50764, VE1_HPV29 ; P25481, VE1_HPV2A ; Q05112, VE1_HPV30 ; -DR P17382, VE1_HPV31 ; P36724, VE1_HPV32 ; P06421, VE1_HPV33 ; -DR P36725, VE1_HPV34 ; P27220, VE1_HPV35 ; P50808, VE1_HPV36 ; -DR Q80902, VE1_HPV37 ; Q80909, VE1_HPV38 ; P24829, VE1_HPV39 ; -DR P36727, VE1_HPV40 ; P27551, VE1_HPV41 ; P27221, VE1_HPV42 ; -DR Q80915, VE1_HPV44 ; P36728, VE1_HPV45 ; P22419, VE1_HPV47 ; -DR Q80922, VE1_HPV48 ; P36729, VE1_HPV49 ; P26544, VE1_HPV51 ; -DR P36730, VE1_HPV52 ; Q02513, VE1_HPV53 ; Q81020, VE1_HPV54 ; -DR P22153, VE1_HPV57 ; P26543, VE1_HPV58 ; Q81966, VE1_HPV59 ; -DR P26542, VE1_HPV5B ; Q80943, VE1_HPV60 ; Q80950, VE1_HPV61 ; -DR Q07847, VE1_HPV63 ; Q07848, VE1_HPV65 ; Q80957, VE1_HPV66 ; -DR Q9JH49, VE1_HPV69 ; Q84293, VE1_HPV6A ; P03113, VE1_HPV6B ; -DR P50765, VE1_HPV70 ; Q81999, VE1_HPV72 ; Q82007, VE1_HPV73 ; -DR O40619, VE1_HPVR7 ; P22154, VE1_MMPV1 ; Q84356, VE1_MNPVA ; -DR P03117, VE1_OVPVD ; P11328, VE1_PAPVE ; Q02262, VE1_PCPV1 ; -DR P81174, VE1_PCPVC ; P03006, VG12_BPP22 ; Q38861, XPB1_ARATH ; -DR Q9FUG4, XPB2_ARATH ; Q381F9, XPBR_TRYB2 ; A6WE36, XPB_KINRD ; -DR O53873, XPB_MYCTU ; Q580W5, XPB_TRYB2 ; Q4JC68, XPD_SULAC ; -DR Q9HM14, XPD_THEAC ; Q58960, Y1565_METJA; F4JFJ3, Y3206_ARATH; -DR Q60270, Y3508_METJA; P44680, Y387_HAEIN ; Q58352, Y942_METJA ; +DR Q68772, RPOA_SHFV ; P38766, RRM3_YEAST ; Q0IFL2, RUVB1_AEDAE; +DR Q4WPW8, RUVB1_ASPFU; O17607, RUVB1_CAEEL; Q5A0W7, RUVB1_CANAL; +DR Q6FU78, RUVB1_CANGA; P0CR27, RUVB1_CRYNB; P0CR26, RUVB1_CRYNJ; +DR Q8AWW7, RUVB1_DANRE; Q6BI60, RUVB1_DEBHA; Q9VH07, RUVB1_DROME; +DR Q29AK9, RUVB1_DROPS; Q5BBV9, RUVB1_EMENI; Q8STP2, RUVB1_ENCCU; +DR Q750R1, RUVB1_EREGS; Q4ICA8, RUVB1_GIBZE; Q9Y265, RUVB1_HUMAN; +DR Q6CQA9, RUVB1_KLULA; P60122, RUVB1_MOUSE; Q8WZS3, RUVB1_NEUCR; +DR P60123, RUVB1_RAT ; Q9C0X6, RUVB1_SCHPO; Q4P112, RUVB1_USTMA; +DR Q9DE26, RUVB1_XENLA; Q6CB52, RUVB1_YARLI; Q03940, RUVB1_YEAST; +DR Q16TA2, RUVB2_AEDAE; Q4WKH9, RUVB2_ASPFU; Q2TBU9, RUVB2_BOVIN; +DR Q9GZH2, RUVB2_CAEEL; Q5AGZ9, RUVB2_CANAL; Q6FSF1, RUVB2_CANGA; +DR P0CR29, RUVB2_CRYNB; P0CR28, RUVB2_CRYNJ; P83571, RUVB2_DANRE; +DR Q6BSB8, RUVB2_DEBHA; Q54UW5, RUVB2_DICDI; Q9V3K3, RUVB2_DROME; +DR Q29DI0, RUVB2_DROPS; Q5BGK3, RUVB2_EMENI; Q8SU27, RUVB2_ENCCU; +DR Q755G5, RUVB2_EREGS; Q4I948, RUVB2_GIBZE; Q9Y230, RUVB2_HUMAN; +DR Q6CT29, RUVB2_KLULA; Q9WTM5, RUVB2_MOUSE; Q873C7, RUVB2_NEUCR; +DR O94692, RUVB2_SCHPO; Q4P6N7, RUVB2_USTMA; Q9DE27, RUVB2_XENLA; +DR Q6C3X6, RUVB2_YARLI; Q12464, RUVB2_YEAST; P38935, SMBP2_HUMAN; +DR Q60560, SMBP2_MESAU; P40694, SMBP2_MOUSE; Q9EQN5, SMBP2_RAT ; +DR E1B7X9, SMRCD_BOVIN; G5EDG2, SMRCD_CAEEL; Q9VL72, SMRCD_DROME; +DR Q9H4L7, SMRCD_HUMAN; Q04692, SMRCD_MOUSE; D3Z9Z9, SMRCD_RAT ; +DR Q5FWR0, SMRCD_XENTR; B0R061, SMRDA_DANRE; E7F1C4, SMRDB_DANRE; +DR P32597, STH1_YEAST ; Q4WAS9, SWR1_ASPFU ; Q59U81, SWR1_CANAL ; +DR Q6FK48, SWR1_CANGA ; P0CO19, SWR1_CRYNB ; P0CO18, SWR1_CRYNJ ; +DR Q6BKC2, SWR1_DEBHA ; Q5ARK3, SWR1_EMENI ; Q759G7, SWR1_EREGS ; +DR Q4IAK7, SWR1_GIBZE ; Q6CJ38, SWR1_KLULA ; Q7S133, SWR1_NEUCR ; +DR O13682, SWR1_SCHPO ; Q4P328, SWR1_USTMA ; Q6CA87, SWR1_YARLI ; +DR Q05471, SWR1_YEAST ; P36693, TERL_BPP21 ; P03708, TERL_LAMBD ; +DR P14565, TRAI1_ECOLI; P22706, TRAI2_ECOLX; B5X582, TWIH_ARATH ; +DR P20703, UVSW_BPT4 ; Q83950, V143_NPVOP ; P03116, VE1_BPV1 ; +DR P11298, VE1_BPV2 ; Q8BDD7, VE1_BPV3 ; P08344, VE1_BPV4 ; +DR Q705G8, VE1_BPV5 ; Q705F4, VE1_BPV6 ; Q89536, VE1_COPV6 ; +DR P03112, VE1_CRPVK ; P51894, VE1_CRPVW ; P06455, VE1_FPVL ; +DR P36719, VE1_HPV03 ; Q07846, VE1_HPV04 ; P06920, VE1_HPV05 ; +DR Q05133, VE1_HPV07 ; P06420, VE1_HPV08 ; Q05111, VE1_HPV09 ; +DR P03111, VE1_HPV1 ; P36720, VE1_HPV10 ; P04014, VE1_HPV11 ; +DR Q05134, VE1_HPV12 ; Q02261, VE1_HPV13 ; P36721, VE1_HPV14 ; +DR Q05135, VE1_HPV15 ; P03114, VE1_HPV16 ; Q02512, VE1_HPV17 ; +DR P06789, VE1_HPV18 ; Q02048, VE1_HPV19 ; P50758, VE1_HPV20 ; +DR P50759, VE1_HPV21 ; P50760, VE1_HPV22 ; P50761, VE1_HPV23 ; +DR P50762, VE1_HPV24 ; Q02049, VE1_HPV25 ; P36722, VE1_HPV26 ; +DR P36723, VE1_HPV27 ; P50763, VE1_HPV28 ; P50764, VE1_HPV29 ; +DR P25481, VE1_HPV2A ; Q05112, VE1_HPV30 ; P17382, VE1_HPV31 ; +DR P36724, VE1_HPV32 ; P06421, VE1_HPV33 ; P36725, VE1_HPV34 ; +DR P27220, VE1_HPV35 ; P50808, VE1_HPV36 ; Q80902, VE1_HPV37 ; +DR Q80909, VE1_HPV38 ; P24829, VE1_HPV39 ; P36727, VE1_HPV40 ; +DR P27551, VE1_HPV41 ; P27221, VE1_HPV42 ; Q80915, VE1_HPV44 ; +DR P36728, VE1_HPV45 ; P22419, VE1_HPV47 ; Q80922, VE1_HPV48 ; +DR P36729, VE1_HPV49 ; P26544, VE1_HPV51 ; P36730, VE1_HPV52 ; +DR Q02513, VE1_HPV53 ; Q81020, VE1_HPV54 ; P22153, VE1_HPV57 ; +DR P26543, VE1_HPV58 ; Q81966, VE1_HPV59 ; P26542, VE1_HPV5B ; +DR Q80943, VE1_HPV60 ; Q80950, VE1_HPV61 ; Q07847, VE1_HPV63 ; +DR Q07848, VE1_HPV65 ; Q80957, VE1_HPV66 ; Q9JH49, VE1_HPV69 ; +DR Q84293, VE1_HPV6A ; P03113, VE1_HPV6B ; P50765, VE1_HPV70 ; +DR Q81999, VE1_HPV72 ; Q82007, VE1_HPV73 ; O40619, VE1_HPVR7 ; +DR P22154, VE1_MMPV1 ; Q84356, VE1_MNPVA ; P03117, VE1_OVPVD ; +DR P11328, VE1_PAPVE ; Q02262, VE1_PCPV1 ; P81174, VE1_PCPVC ; +DR Q58960, Y1565_METJA; F4JFJ3, Y3206_ARATH; Q60270, Y3508_METJA; DR Q3E7X8, YE077_YEAST; P43538, YFG6_YEAST ; P40434, YIR7_YEAST ; DR P40889, YJW5_YEAST ; Q99208, YL066_YEAST; Q07888, YL067_YEAST; -DR Q03099, YMN3_YEAST ; P76257, YOAA_ECOLI ; Q08995, YP204_YEAST; -DR P50831, YPVA_BACSU ; P0CX20, YRF11_YEAST; P40105, YRF12_YEAST; -DR P0CX14, YRF13_YEAST; O13559, YRF14_YEAST; P0CX21, YRF15_YEAST; -DR P53819, YRF16_YEAST; P0CX15, YRF17_YEAST; P0CX22, YRF18_YEAST; +DR Q03099, YMN3_YEAST ; Q08995, YP204_YEAST; P0CX20, YRF11_YEAST; +DR P40105, YRF12_YEAST; P0CX14, YRF13_YEAST; O13559, YRF14_YEAST; +DR P0CX21, YRF15_YEAST; P53819, YRF16_YEAST; P0CX15, YRF17_YEAST; +DR P0CX22, YRF18_YEAST; // ID 3.6.4.13 DE RNA helicase. @@ -121330,115 +121832,115 @@ CC polarity. CC -!- Some helicases unwind DNA as well as RNA. CC -!- May be identical with EC 3.6.4.12 (DNA helicase). DR P05080, 194K_TRVSY ; P17595, ALPHA_BSMV ; O60306, AQR_HUMAN ; -DR Q8CFQ3, AQR_MOUSE ; Q6J5K9, ARMI_DROME ; Q9VNP5, BOYB_DROME ; -DR Q9UT24, BRR2_SCHPO ; P32639, BRR2_YEAST ; O22243, C3H31_ARATH; -DR Q8VA41, CAPSD_AQRVA; Q8JU60, CAPSD_AQRVC; B2BNE1, CAPSD_AQRVG; -DR Q10752, CDC28_SCHPO; Q95YF3, CGH1_CAEEL ; Q55804, CRHR_SYNY3 ; -DR A0R8U6, CSHA_BACAH ; Q81VG0, CSHA_BACAN ; Q73EU1, CSHA_BACC1 ; -DR Q81IT9, CSHA_BACCR ; Q63GX5, CSHA_BACCZ ; Q6HPE6, CSHA_BACHK ; -DR Q65N62, CSHA_BACLD ; P96614, CSHA_BACSU ; Q5L3G9, CSHA_GEOKA ; -DR Q9Z6C9, CSHA_LIMRT ; Q8Y8N0, CSHA_LISMO ; Q2FF45, CSHA_STAA3 ; -DR Q2FWH5, CSHA_STAA8 ; Q2YUH3, CSHA_STAAB ; Q5HEB9, CSHA_STAAC ; -DR Q99SH6, CSHA_STAAM ; Q7A4G0, CSHA_STAAN ; Q6GEZ3, CSHA_STAAR ; -DR Q6G7M9, CSHA_STAAS ; Q7A0D2, CSHA_STAAW ; Q5HME0, CSHA_STAEQ ; -DR Q8CRP6, CSHA_STAES ; Q4L7W0, CSHA_STAHJ ; Q49Z29, CSHA_STAS1 ; -DR P0A4D7, CSHA_STRPN ; P0A4D8, CSHA_STRR6 ; Q818H2, CSHB_BACCR ; -DR P54475, CSHB_BACSU ; Q8Y755, CSHB_LISMO ; Q2FY15, CSHB_STAA8 ; -DR Q81E85, CSHC_BACCR ; Q81DF9, CSHE_BACCR ; Q1K8F7, CYT19_NEUCR; -DR A8MPP1, D11L8_HUMAN; P46942, DB10_NICSY ; A6QUM7, DBP10_AJECN; -DR A1CTZ6, DBP10_ASPCL; Q8NJM2, DBP10_ASPFU; A2QRY2, DBP10_ASPNC; -DR Q2UHC1, DBP10_ASPOR; Q0CMM8, DBP10_ASPTN; Q5ANB2, DBP10_CANAL; -DR Q6FNA2, DBP10_CANGA; Q2H0R2, DBP10_CHAGB; Q1EB38, DBP10_COCIM; -DR P0CR07, DBP10_CRYNB; P0CR06, DBP10_CRYNJ; Q6BL34, DBP10_DEBHA; -DR Q5BFU7, DBP10_EMENI; Q757U8, DBP10_EREGS; Q4HZ42, DBP10_GIBZE; -DR Q6CIR0, DBP10_KLULA; A5DZT7, DBP10_LODEL; A1DNG2, DBP10_NEOFI; -DR Q7S9J4, DBP10_NEUCR; Q0UMB6, DBP10_PHANO; A5DLR3, DBP10_PICGU; -DR A3LZT3, DBP10_PICST; A4R5B8, DBP10_PYRO7; Q09719, DBP10_SCHPO; -DR A7ESL7, DBP10_SCLS1; Q4P3W3, DBP10_USTMA; A7TGW7, DBP10_VANPO; -DR Q6C7X8, DBP10_YARLI; A6ZXU0, DBP10_YEAS7; Q12389, DBP10_YEAST; -DR Q6FP38, DBP1_CANGA ; A6ZWD3, DBP1_YEAS7 ; P24784, DBP1_YEAST ; -DR A6RGE3, DBP2_AJECN ; A1C6C4, DBP2_ASPCL ; Q4X195, DBP2_ASPFU ; -DR A2QC74, DBP2_ASPNC ; Q2U070, DBP2_ASPOR ; A6SFW7, DBP2_BOTFB ; -DR Q59LU0, DBP2_CANAL ; Q6FLF3, DBP2_CANGA ; Q2H720, DBP2_CHAGB ; -DR G0SFM2, DBP2_CHATD ; Q1DP69, DBP2_COCIM ; P0CQ77, DBP2_CRYNB ; -DR P0CQ76, DBP2_CRYNJ ; Q6BY27, DBP2_DEBHA ; Q5B0J9, DBP2_EMENI ; -DR Q8SRB2, DBP2_ENCCU ; Q755N4, DBP2_EREGS ; Q4IF76, DBP2_GIBZE ; -DR Q6CIV2, DBP2_KLULA ; A5DS77, DBP2_LODEL ; A1DGZ7, DBP2_NEOFI ; -DR Q7SBC6, DBP2_NEUCR ; A5DL80, DBP2_PICGU ; A3LQW7, DBP2_PICST ; -DR A4QSS5, DBP2_PYRO7 ; P24782, DBP2_SCHPO ; A7E449, DBP2_SCLS1 ; -DR Q4PHU9, DBP2_USTMA ; A7TTT5, DBP2_VANPO ; Q6C4D4, DBP2_YARLI ; -DR A6ZRX0, DBP2_YEAS7 ; P24783, DBP2_YEAST ; A6QXC1, DBP3_AJECN ; -DR A1C5V3, DBP3_ASPCL ; Q4WH83, DBP3_ASPFU ; A2QFL3, DBP3_ASPNC ; -DR Q2UMH8, DBP3_ASPOR ; Q0CL13, DBP3_ASPTN ; A6SCT6, DBP3_BOTFB ; -DR Q5APT8, DBP3_CANAL ; Q6FS54, DBP3_CANGA ; Q2GUI4, DBP3_CHAGB ; -DR Q1DZK8, DBP3_COCIM ; P0CQ79, DBP3_CRYNB ; P0CQ78, DBP3_CRYNJ ; -DR Q6BZ77, DBP3_DEBHA ; Q5AWA6, DBP3_EMENI ; Q755A5, DBP3_EREGS ; -DR Q4IJH1, DBP3_GIBZE ; Q6CT46, DBP3_KLULA ; A5E1W4, DBP3_LODEL ; -DR A1DG51, DBP3_NEOFI ; Q7S5R1, DBP3_NEUCR ; Q0UY62, DBP3_PHANO ; -DR A5DAC8, DBP3_PICGU ; A3LRW2, DBP3_PICST ; Q10202, DBP3_SCHPO ; -DR A7EYW0, DBP3_SCLS1 ; Q4PDT1, DBP3_USTMA ; A7TJ36, DBP3_VANPO ; -DR Q6C9P3, DBP3_YARLI ; A6ZUA1, DBP3_YEAS7 ; P20447, DBP3_YEAST ; -DR A1CTZ2, DBP4_ASPCL ; Q4WM60, DBP4_ASPFU ; A2QS00, DBP4_ASPNC ; -DR Q2UHB7, DBP4_ASPOR ; Q0CMM5, DBP4_ASPTN ; Q5AF95, DBP4_CANAL ; -DR Q6FPT7, DBP4_CANGA ; Q2H2J1, DBP4_CHAGB ; Q1EB31, DBP4_COCIM ; -DR P0CQ83, DBP4_CRYNB ; P0CQ82, DBP4_CRYNJ ; Q6BXG0, DBP4_DEBHA ; -DR Q5BFU1, DBP4_EMENI ; Q8SR01, DBP4_ENCCU ; Q75C76, DBP4_EREGS ; -DR Q4IAS1, DBP4_GIBZE ; Q6CRF4, DBP4_KLULA ; A5E3K3, DBP4_LODEL ; -DR A1DNF9, DBP4_NEOFI ; Q7RZ35, DBP4_NEUCR ; Q0UMB9, DBP4_PHANO ; -DR A5DLF4, DBP4_PICGU ; A3GGE9, DBP4_PICST ; A4RGU2, DBP4_PYRO7 ; -DR Q9UTP9, DBP4_SCHPO ; A7ESL8, DBP4_SCLS1 ; Q4P5U4, DBP4_USTMA ; -DR A7TJ71, DBP4_VANPO ; Q6CGD1, DBP4_YARLI ; A6ZPU3, DBP4_YEAS7 ; -DR P20448, DBP4_YEAST ; A6RC50, DBP5_AJECN ; A1CFV3, DBP5_ASPCL ; -DR Q4WIN6, DBP5_ASPFU ; A2QUY7, DBP5_ASPNC ; Q2U8K6, DBP5_ASPOR ; -DR Q0CDT1, DBP5_ASPTN ; A6SBT4, DBP5_BOTFB ; Q5AJD0, DBP5_CANAL ; -DR Q6FKN8, DBP5_CANGA ; Q2HGF7, DBP5_CHAGB ; Q1EB85, DBP5_COCIM ; -DR P0CQ87, DBP5_CRYNB ; P0CQ86, DBP5_CRYNJ ; Q6BRE4, DBP5_DEBHA ; -DR Q5AVM1, DBP5_EMENI ; Q75C39, DBP5_EREGS ; Q4HY71, DBP5_GIBZE ; -DR Q6CJU1, DBP5_KLULA ; A5DZX2, DBP5_LODEL ; A1CYG5, DBP5_NEOFI ; -DR Q8X0X2, DBP5_NEUCR ; Q0UCB9, DBP5_PHANO ; A5DBI5, DBP5_PICGU ; -DR A3GH91, DBP5_PICST ; A4RIF1, DBP5_PYRO7 ; Q09747, DBP5_SCHPO ; -DR A7EY76, DBP5_SCLS1 ; Q4P7Z8, DBP5_USTMA ; Q6C3X7, DBP5_YARLI ; -DR A6ZNQ1, DBP5_YEAS7 ; P20449, DBP5_YEAST ; A2QA23, DBP6_ASPNC ; -DR Q59MW2, DBP6_CANAL ; Q6FST5, DBP6_CANGA ; Q6BPT8, DBP6_DEBHA ; -DR Q751D1, DBP6_EREGS ; Q6CKZ4, DBP6_KLULA ; A5E726, DBP6_LODEL ; -DR A5DK47, DBP6_PICGU ; A3LSJ2, DBP6_PICST ; Q76PD3, DBP6_SCHPO ; -DR A7TFZ9, DBP6_VANPO ; Q6CDN5, DBP6_YARLI ; A6ZSB3, DBP6_YEAS7 ; -DR P53734, DBP6_YEAST ; A1CB55, DBP7_ASPCL ; Q4WV71, DBP7_ASPFU ; -DR A2RA55, DBP7_ASPNC ; Q2UE66, DBP7_ASPOR ; Q0CF43, DBP7_ASPTN ; -DR A6RSH5, DBP7_BOTFB ; Q59S50, DBP7_CANAL ; Q8TFL3, DBP7_CANGA ; -DR Q2GZU7, DBP7_CHAGB ; Q1E9T9, DBP7_COCIM ; P0CQ95, DBP7_CRYNB ; -DR P0CQ94, DBP7_CRYNJ ; Q6BKH3, DBP7_DEBHA ; Q5BGX6, DBP7_EMENI ; -DR Q754J2, DBP7_EREGS ; Q4HZ68, DBP7_GIBZE ; Q6CK32, DBP7_KLULA ; -DR A1DE84, DBP7_NEOFI ; Q7S873, DBP7_NEUCR ; Q0UHM7, DBP7_PHANO ; -DR A5DAR2, DBP7_PICGU ; A3LWH3, DBP7_PICST ; A4QX49, DBP7_PYRO7 ; -DR O60173, DBP7_SCHPO ; A7F8V8, DBP7_SCLS1 ; Q4P0Y5, DBP7_USTMA ; -DR A7TNT1, DBP7_VANPO ; Q6C835, DBP7_YARLI ; A6ZZY8, DBP7_YEAS7 ; -DR P36120, DBP7_YEAST ; A1CKJ0, DBP8_ASPCL ; Q4WXW1, DBP8_ASPFU ; -DR A5AA68, DBP8_ASPNC ; Q2UKX3, DBP8_ASPOR ; Q0CNX1, DBP8_ASPTN ; -DR A6SFV4, DBP8_BOTFB ; Q59PR3, DBP8_CANAL ; Q6FQZ0, DBP8_CANGA ; -DR Q1E0Z3, DBP8_COCIM ; P0CR03, DBP8_CRYNB ; P0CR02, DBP8_CRYNJ ; -DR Q6BGU8, DBP8_DEBHA ; Q5B3H7, DBP8_EMENI ; Q756G5, DBP8_EREGS ; -DR Q4I662, DBP8_GIBZE ; Q6CXW0, DBP8_KLULA ; A5E0U9, DBP8_LODEL ; -DR A1D6X9, DBP8_NEOFI ; Q7RYZ7, DBP8_NEUCR ; Q0U8V9, DBP8_PHANO ; -DR A5DLE0, DBP8_PICGU ; A3LP87, DBP8_PICST ; A4R8G3, DBP8_PYRO7 ; -DR Q9HGM5, DBP8_SCHPO ; A7E436, DBP8_SCLS1 ; Q4PEX7, DBP8_USTMA ; -DR A7TK63, DBP8_VANPO ; Q6C799, DBP8_YARLI ; A6ZT77, DBP8_YEAS7 ; -DR P38719, DBP8_YEAST ; A6R2L6, DBP9_AJECN ; A1C7F7, DBP9_ASPCL ; -DR Q4X0C2, DBP9_ASPFU ; A2QCW6, DBP9_ASPNC ; Q2UFL0, DBP9_ASPOR ; -DR Q0CY48, DBP9_ASPTN ; A6SNX1, DBP9_BOTFB ; Q5A4P9, DBP9_CANAL ; -DR Q6FUA6, DBP9_CANGA ; Q1DWF4, DBP9_COCIM ; P0CR11, DBP9_CRYNB ; -DR P0CR10, DBP9_CRYNJ ; Q6BLM5, DBP9_DEBHA ; Q5AZA6, DBP9_EMENI ; -DR Q74ZC1, DBP9_EREGS ; Q4IJ56, DBP9_GIBZE ; Q6CUI6, DBP9_KLULA ; -DR A5E572, DBP9_LODEL ; A1DHV3, DBP9_NEOFI ; Q7S6F3, DBP9_NEUCR ; -DR Q0UZ59, DBP9_PHANO ; A5DC85, DBP9_PICGU ; A3LV40, DBP9_PICST ; -DR A4QTR1, DBP9_PYRO7 ; O60080, DBP9_SCHPO ; A7EM78, DBP9_SCLS1 ; -DR Q4P7M1, DBP9_USTMA ; A7TPC9, DBP9_VANPO ; Q6BZR4, DBP9_YARLI ; -DR A7A1G0, DBP9_YEAS7 ; Q06218, DBP9_YEAST ; Q814I2, DBPA_BACCR ; -DR P42305, DBPA_BACSU ; P21693, DBPA_ECOLI ; Q8Y7M8, DBPA_LISMO ; -DR Q3ZBV2, DD19A_BOVIN; Q9NUU7, DD19A_HUMAN; Q61655, DD19A_MOUSE; -DR Q9UMR2, DD19B_HUMAN; Q9DF35, DD21A_XENLA; Q9DF36, DD21B_XENLA; -DR Q5ZJF6, DDX10_CHICK; Q54Q94, DDX10_DICDI; Q13206, DDX10_HUMAN; -DR Q80Y44, DDX10_MOUSE; Q92771, DDX12_HUMAN; Q54CE0, DDX17_DICDI; +DR Q8CFQ3, AQR_MOUSE ; Q6J5K9, ARMI_DROME ; O60072, ASCC3_SCHPO; +DR P53327, ASCC3_YEAST; Q9VNP5, BOYB_DROME ; Q9UT24, BRR2_SCHPO ; +DR P32639, BRR2_YEAST ; O22243, C3H31_ARATH; Q8VA41, CAPSD_AQRVA; +DR Q8JU60, CAPSD_AQRVC; B2BNE1, CAPSD_AQRVG; Q10752, CDC28_SCHPO; +DR Q95YF3, CGH1_CAEEL ; Q55804, CRHR_SYNY3 ; A0R8U6, CSHA_BACAH ; +DR Q81VG0, CSHA_BACAN ; Q73EU1, CSHA_BACC1 ; Q81IT9, CSHA_BACCR ; +DR Q63GX5, CSHA_BACCZ ; Q6HPE6, CSHA_BACHK ; Q65N62, CSHA_BACLD ; +DR P96614, CSHA_BACSU ; Q5L3G9, CSHA_GEOKA ; Q9Z6C9, CSHA_LIMRT ; +DR Q8Y8N0, CSHA_LISMO ; Q2FF45, CSHA_STAA3 ; Q2FWH5, CSHA_STAA8 ; +DR Q2YUH3, CSHA_STAAB ; Q5HEB9, CSHA_STAAC ; Q99SH6, CSHA_STAAM ; +DR Q7A4G0, CSHA_STAAN ; Q6GEZ3, CSHA_STAAR ; Q6G7M9, CSHA_STAAS ; +DR Q7A0D2, CSHA_STAAW ; Q5HME0, CSHA_STAEQ ; Q8CRP6, CSHA_STAES ; +DR Q4L7W0, CSHA_STAHJ ; Q49Z29, CSHA_STAS1 ; P0A4D7, CSHA_STRPN ; +DR P0A4D8, CSHA_STRR6 ; Q818H2, CSHB_BACCR ; P54475, CSHB_BACSU ; +DR Q8Y755, CSHB_LISMO ; Q2FY15, CSHB_STAA8 ; Q81E85, CSHC_BACCR ; +DR Q81DF9, CSHE_BACCR ; Q1K8F7, CYT19_NEUCR; P46942, DB10_NICSY ; +DR A6QUM7, DBP10_AJECN; A1CTZ6, DBP10_ASPCL; Q8NJM2, DBP10_ASPFU; +DR A2QRY2, DBP10_ASPNC; Q2UHC1, DBP10_ASPOR; Q0CMM8, DBP10_ASPTN; +DR Q5ANB2, DBP10_CANAL; Q6FNA2, DBP10_CANGA; Q2H0R2, DBP10_CHAGB; +DR Q1EB38, DBP10_COCIM; P0CR07, DBP10_CRYNB; P0CR06, DBP10_CRYNJ; +DR Q6BL34, DBP10_DEBHA; Q5BFU7, DBP10_EMENI; Q757U8, DBP10_EREGS; +DR Q4HZ42, DBP10_GIBZE; Q6CIR0, DBP10_KLULA; A5DZT7, DBP10_LODEL; +DR A1DNG2, DBP10_NEOFI; Q7S9J4, DBP10_NEUCR; Q0UMB6, DBP10_PHANO; +DR A5DLR3, DBP10_PICGU; A3LZT3, DBP10_PICST; A4R5B8, DBP10_PYRO7; +DR Q09719, DBP10_SCHPO; A7ESL7, DBP10_SCLS1; Q4P3W3, DBP10_USTMA; +DR A7TGW7, DBP10_VANPO; Q6C7X8, DBP10_YARLI; A6ZXU0, DBP10_YEAS7; +DR Q12389, DBP10_YEAST; Q6FP38, DBP1_CANGA ; A6ZWD3, DBP1_YEAS7 ; +DR P24784, DBP1_YEAST ; A6RGE3, DBP2_AJECN ; A1C6C4, DBP2_ASPCL ; +DR Q4X195, DBP2_ASPFU ; A2QC74, DBP2_ASPNC ; Q2U070, DBP2_ASPOR ; +DR A6SFW7, DBP2_BOTFB ; Q59LU0, DBP2_CANAL ; Q6FLF3, DBP2_CANGA ; +DR Q2H720, DBP2_CHAGB ; G0SFM2, DBP2_CHATD ; Q1DP69, DBP2_COCIM ; +DR P0CQ77, DBP2_CRYNB ; P0CQ76, DBP2_CRYNJ ; Q6BY27, DBP2_DEBHA ; +DR Q5B0J9, DBP2_EMENI ; Q8SRB2, DBP2_ENCCU ; Q755N4, DBP2_EREGS ; +DR Q4IF76, DBP2_GIBZE ; Q6CIV2, DBP2_KLULA ; A5DS77, DBP2_LODEL ; +DR A1DGZ7, DBP2_NEOFI ; Q7SBC6, DBP2_NEUCR ; A5DL80, DBP2_PICGU ; +DR A3LQW7, DBP2_PICST ; A4QSS5, DBP2_PYRO7 ; P24782, DBP2_SCHPO ; +DR A7E449, DBP2_SCLS1 ; Q4PHU9, DBP2_USTMA ; A7TTT5, DBP2_VANPO ; +DR Q6C4D4, DBP2_YARLI ; A6ZRX0, DBP2_YEAS7 ; P24783, DBP2_YEAST ; +DR A6QXC1, DBP3_AJECN ; A1C5V3, DBP3_ASPCL ; Q4WH83, DBP3_ASPFU ; +DR A2QFL3, DBP3_ASPNC ; Q2UMH8, DBP3_ASPOR ; Q0CL13, DBP3_ASPTN ; +DR A6SCT6, DBP3_BOTFB ; Q5APT8, DBP3_CANAL ; Q6FS54, DBP3_CANGA ; +DR Q2GUI4, DBP3_CHAGB ; Q1DZK8, DBP3_COCIM ; P0CQ79, DBP3_CRYNB ; +DR P0CQ78, DBP3_CRYNJ ; Q6BZ77, DBP3_DEBHA ; Q5AWA6, DBP3_EMENI ; +DR Q755A5, DBP3_EREGS ; Q4IJH1, DBP3_GIBZE ; Q6CT46, DBP3_KLULA ; +DR A5E1W4, DBP3_LODEL ; A1DG51, DBP3_NEOFI ; Q7S5R1, DBP3_NEUCR ; +DR Q0UY62, DBP3_PHANO ; A5DAC8, DBP3_PICGU ; A3LRW2, DBP3_PICST ; +DR Q10202, DBP3_SCHPO ; A7EYW0, DBP3_SCLS1 ; Q4PDT1, DBP3_USTMA ; +DR A7TJ36, DBP3_VANPO ; Q6C9P3, DBP3_YARLI ; A6ZUA1, DBP3_YEAS7 ; +DR P20447, DBP3_YEAST ; A1CTZ2, DBP4_ASPCL ; Q4WM60, DBP4_ASPFU ; +DR A2QS00, DBP4_ASPNC ; Q2UHB7, DBP4_ASPOR ; Q0CMM5, DBP4_ASPTN ; +DR Q5AF95, DBP4_CANAL ; Q6FPT7, DBP4_CANGA ; Q2H2J1, DBP4_CHAGB ; +DR Q1EB31, DBP4_COCIM ; P0CQ83, DBP4_CRYNB ; P0CQ82, DBP4_CRYNJ ; +DR Q6BXG0, DBP4_DEBHA ; Q5BFU1, DBP4_EMENI ; Q8SR01, DBP4_ENCCU ; +DR Q75C76, DBP4_EREGS ; Q4IAS1, DBP4_GIBZE ; Q6CRF4, DBP4_KLULA ; +DR A5E3K3, DBP4_LODEL ; A1DNF9, DBP4_NEOFI ; Q7RZ35, DBP4_NEUCR ; +DR Q0UMB9, DBP4_PHANO ; A5DLF4, DBP4_PICGU ; A3GGE9, DBP4_PICST ; +DR A4RGU2, DBP4_PYRO7 ; Q9UTP9, DBP4_SCHPO ; A7ESL8, DBP4_SCLS1 ; +DR Q4P5U4, DBP4_USTMA ; A7TJ71, DBP4_VANPO ; Q6CGD1, DBP4_YARLI ; +DR A6ZPU3, DBP4_YEAS7 ; P20448, DBP4_YEAST ; A6RC50, DBP5_AJECN ; +DR A1CFV3, DBP5_ASPCL ; Q4WIN6, DBP5_ASPFU ; A2QUY7, DBP5_ASPNC ; +DR Q2U8K6, DBP5_ASPOR ; Q0CDT1, DBP5_ASPTN ; A6SBT4, DBP5_BOTFB ; +DR Q5AJD0, DBP5_CANAL ; Q6FKN8, DBP5_CANGA ; Q2HGF7, DBP5_CHAGB ; +DR Q1EB85, DBP5_COCIM ; P0CQ87, DBP5_CRYNB ; P0CQ86, DBP5_CRYNJ ; +DR Q6BRE4, DBP5_DEBHA ; Q5AVM1, DBP5_EMENI ; Q75C39, DBP5_EREGS ; +DR Q4HY71, DBP5_GIBZE ; Q6CJU1, DBP5_KLULA ; A5DZX2, DBP5_LODEL ; +DR A1CYG5, DBP5_NEOFI ; Q8X0X2, DBP5_NEUCR ; Q0UCB9, DBP5_PHANO ; +DR A5DBI5, DBP5_PICGU ; A3GH91, DBP5_PICST ; A4RIF1, DBP5_PYRO7 ; +DR Q09747, DBP5_SCHPO ; A7EY76, DBP5_SCLS1 ; Q4P7Z8, DBP5_USTMA ; +DR Q6C3X7, DBP5_YARLI ; A6ZNQ1, DBP5_YEAS7 ; P20449, DBP5_YEAST ; +DR A2QA23, DBP6_ASPNC ; Q59MW2, DBP6_CANAL ; Q6FST5, DBP6_CANGA ; +DR Q6BPT8, DBP6_DEBHA ; Q751D1, DBP6_EREGS ; Q6CKZ4, DBP6_KLULA ; +DR A5E726, DBP6_LODEL ; A5DK47, DBP6_PICGU ; A3LSJ2, DBP6_PICST ; +DR Q76PD3, DBP6_SCHPO ; A7TFZ9, DBP6_VANPO ; Q6CDN5, DBP6_YARLI ; +DR A6ZSB3, DBP6_YEAS7 ; P53734, DBP6_YEAST ; A1CB55, DBP7_ASPCL ; +DR Q4WV71, DBP7_ASPFU ; A2RA55, DBP7_ASPNC ; Q2UE66, DBP7_ASPOR ; +DR Q0CF43, DBP7_ASPTN ; A6RSH5, DBP7_BOTFB ; Q59S50, DBP7_CANAL ; +DR Q8TFL3, DBP7_CANGA ; Q2GZU7, DBP7_CHAGB ; Q1E9T9, DBP7_COCIM ; +DR P0CQ95, DBP7_CRYNB ; P0CQ94, DBP7_CRYNJ ; Q6BKH3, DBP7_DEBHA ; +DR Q5BGX6, DBP7_EMENI ; Q754J2, DBP7_EREGS ; Q4HZ68, DBP7_GIBZE ; +DR Q6CK32, DBP7_KLULA ; A1DE84, DBP7_NEOFI ; Q7S873, DBP7_NEUCR ; +DR Q0UHM7, DBP7_PHANO ; A5DAR2, DBP7_PICGU ; A3LWH3, DBP7_PICST ; +DR A4QX49, DBP7_PYRO7 ; O60173, DBP7_SCHPO ; A7F8V8, DBP7_SCLS1 ; +DR Q4P0Y5, DBP7_USTMA ; A7TNT1, DBP7_VANPO ; Q6C835, DBP7_YARLI ; +DR A6ZZY8, DBP7_YEAS7 ; P36120, DBP7_YEAST ; A1CKJ0, DBP8_ASPCL ; +DR Q4WXW1, DBP8_ASPFU ; A5AA68, DBP8_ASPNC ; Q2UKX3, DBP8_ASPOR ; +DR Q0CNX1, DBP8_ASPTN ; A6SFV4, DBP8_BOTFB ; Q59PR3, DBP8_CANAL ; +DR Q6FQZ0, DBP8_CANGA ; Q1E0Z3, DBP8_COCIM ; P0CR03, DBP8_CRYNB ; +DR P0CR02, DBP8_CRYNJ ; Q6BGU8, DBP8_DEBHA ; Q5B3H7, DBP8_EMENI ; +DR Q756G5, DBP8_EREGS ; Q4I662, DBP8_GIBZE ; Q6CXW0, DBP8_KLULA ; +DR A5E0U9, DBP8_LODEL ; A1D6X9, DBP8_NEOFI ; Q7RYZ7, DBP8_NEUCR ; +DR Q0U8V9, DBP8_PHANO ; A5DLE0, DBP8_PICGU ; A3LP87, DBP8_PICST ; +DR A4R8G3, DBP8_PYRO7 ; Q9HGM5, DBP8_SCHPO ; A7E436, DBP8_SCLS1 ; +DR Q4PEX7, DBP8_USTMA ; A7TK63, DBP8_VANPO ; Q6C799, DBP8_YARLI ; +DR A6ZT77, DBP8_YEAS7 ; P38719, DBP8_YEAST ; A6R2L6, DBP9_AJECN ; +DR A1C7F7, DBP9_ASPCL ; Q4X0C2, DBP9_ASPFU ; A2QCW6, DBP9_ASPNC ; +DR Q2UFL0, DBP9_ASPOR ; Q0CY48, DBP9_ASPTN ; A6SNX1, DBP9_BOTFB ; +DR Q5A4P9, DBP9_CANAL ; Q6FUA6, DBP9_CANGA ; Q1DWF4, DBP9_COCIM ; +DR P0CR11, DBP9_CRYNB ; P0CR10, DBP9_CRYNJ ; Q6BLM5, DBP9_DEBHA ; +DR Q5AZA6, DBP9_EMENI ; Q74ZC1, DBP9_EREGS ; Q4IJ56, DBP9_GIBZE ; +DR Q6CUI6, DBP9_KLULA ; A5E572, DBP9_LODEL ; A1DHV3, DBP9_NEOFI ; +DR Q7S6F3, DBP9_NEUCR ; Q0UZ59, DBP9_PHANO ; A5DC85, DBP9_PICGU ; +DR A3LV40, DBP9_PICST ; A4QTR1, DBP9_PYRO7 ; O60080, DBP9_SCHPO ; +DR A7EM78, DBP9_SCLS1 ; Q4P7M1, DBP9_USTMA ; A7TPC9, DBP9_VANPO ; +DR Q6BZR4, DBP9_YARLI ; A7A1G0, DBP9_YEAS7 ; Q06218, DBP9_YEAST ; +DR Q814I2, DBPA_BACCR ; P42305, DBPA_BACSU ; P21693, DBPA_ECOLI ; +DR Q8Y7M8, DBPA_LISMO ; Q3ZBV2, DD19A_BOVIN; Q9NUU7, DD19A_HUMAN; +DR Q61655, DD19A_MOUSE; Q9UMR2, DD19B_HUMAN; Q9DF35, DD21A_XENLA; +DR Q9DF36, DD21B_XENLA; Q5ZJF6, DDX10_CHICK; Q54Q94, DDX10_DICDI; +DR Q13206, DDX10_HUMAN; Q80Y44, DDX10_MOUSE; Q54CE0, DDX17_DICDI; DR P19109, DDX17_DROME; Q92841, DDX17_HUMAN; Q501J6, DDX17_MOUSE; DR Q26696, DDX17_TRYBB; Q54S03, DDX18_DICDI; Q9VD51, DDX18_DROME; DR Q9NVP1, DDX18_HUMAN; Q8K363, DDX18_MOUSE; Q54TF8, DDX19_DICDI; @@ -121456,243 +121958,243 @@ DR Q9QY16, DDX25_RAT ; Q9DGP9, DDX25_XENLA; A1A4H6, DDX27_BOVIN; DR Q54TJ4, DDX27_DICDI; Q96GQ7, DDX27_HUMAN; Q921N6, DDX27_MOUSE; DR Q9NUL7, DDX28_HUMAN; Q4R4T6, DDX28_MACFA; Q9CWT6, DDX28_MOUSE; DR Q869P0, DDX31_DICDI; Q9H8H2, DDX31_HUMAN; Q6NZQ2, DDX31_MOUSE; -DR Q8IBN8, DDX31_PLAF7; P16381, DDX3L_MOUSE; O00571, DDX3X_HUMAN; -DR Q62167, DDX3X_MOUSE; O15523, DDX3Y_HUMAN; Q62095, DDX3Y_MOUSE; -DR Q6GVM6, DDX3Y_PANTR; Q5RF43, DDX3Y_PONAB; D0PV95, DDX3_CAEEL ; -DR Q54QS3, DDX3_DICDI ; Q9VHP0, DDX3_DROME ; P24346, DDX3_XENLA ; -DR Q54KG1, DDX41_DICDI; Q9V3C0, DDX41_DROME; Q9UJV9, DDX41_HUMAN; -DR Q91VN6, DDX41_MOUSE; Q5F485, DDX42_CHICK; Q54IV3, DDX42_DICDI; -DR Q86XP3, DDX42_HUMAN; Q810A7, DDX42_MOUSE; Q5R7D1, DDX42_PONAB; -DR Q7ZY47, DDX42_XENLA; Q9NXZ2, DDX43_HUMAN; Q4TVV3, DDX46_DANRE; -DR Q553B1, DDX46_DICDI; Q7L014, DDX46_HUMAN; Q569Z5, DDX46_MOUSE; -DR Q5R6D8, DDX46_PONAB; Q62780, DDX46_RAT ; Q29S22, DDX47_BOVIN; -DR P34580, DDX47_CAEEL; Q54VT4, DDX47_DICDI; Q9VIF6, DDX47_DROME; -DR Q9H0S4, DDX47_HUMAN; Q9CWX9, DDX47_MOUSE; Q55BR9, DDX49_DICDI; -DR Q07886, DDX49_DROME; Q9Y6V7, DDX49_HUMAN; Q4FZF3, DDX49_MOUSE; -DR Q5W5U4, DDX4_BOVIN ; Q9NQI0, DDX4_HUMAN ; Q4R5S7, DDX4_MACFA ; -DR Q61496, DDX4_MOUSE ; Q3MSQ8, DDX4_PELLE ; Q6GWX0, DDX4_PIG ; -DR Q64060, DDX4_RAT ; Q91372, DDX4_XENLA ; Q9BQ39, DDX50_HUMAN; -DR Q99MJ9, DDX50_MOUSE; Q6DRI7, DDX51_DANRE; Q54BD6, DDX51_DICDI; -DR P26802, DDX51_DROME; Q8N8A6, DDX51_HUMAN; Q6P9R1, DDX51_MOUSE; -DR A5D7C1, DDX52_BOVIN; Q86IZ9, DDX52_DICDI; Q9VVK8, DDX52_DROME; -DR Q9Y2R4, DDX52_HUMAN; Q8K301, DDX52_MOUSE; Q99PT0, DDX52_RAT ; -DR Q86TM3, DDX53_HUMAN; Q54CD8, DDX54_DICDI; Q8TDD1, DDX54_HUMAN; -DR Q8K4L0, DDX54_MOUSE; Q2NL08, DDX55_BOVIN; Q61R02, DDX55_CAEBR; -DR P34640, DDX55_CAEEL; Q5ZLN8, DDX55_CHICK; Q8JHJ2, DDX55_DANRE; -DR Q54EC2, DDX55_DICDI; Q9VHU1, DDX55_DROME; Q8NHQ9, DDX55_HUMAN; -DR Q6ZPL9, DDX55_MOUSE; Q6AZV7, DDX55_XENLA; Q3SZ40, DDX56_BOVIN; -DR Q54VF1, DDX56_DICDI; Q9NY93, DDX56_HUMAN; Q9D0R4, DDX56_MOUSE; -DR Q5T1V6, DDX59_HUMAN; Q9DBN9, DDX59_MOUSE; Q66HG7, DDX59_RAT ; -DR Q54CD6, DDX5_DICDI ; P17844, DDX5_HUMAN ; Q4R6M5, DDX5_MACFA ; -DR Q61656, DDX5_MOUSE ; A5A6J2, DDX5_PANTR ; Q5R4I9, DDX5_PONAB ; -DR Q8IY21, DDX60_HUMAN; Q5H9U9, DDX6L_HUMAN; Q9WTM2, DDX6_CAVPO ; -DR Q5ZKB9, DDX6_CHICK ; Q54E49, DDX6_DICDI ; P23128, DDX6_DROME ; -DR P26196, DDX6_HUMAN ; P54823, DDX6_MOUSE ; Q5RFQ5, DDX6_PONAB ; -DR P54824, DDX6_XENLA ; Q0IHV9, DDX6_XENTR ; P57453, DEAD_BUCAI ; -DR Q8K9H6, DEAD_BUCAP ; Q89AF9, DEAD_BUCBP ; Q8XA87, DEAD_ECO57 ; -DR P0A9P7, DEAD_ECOL6 ; P0A9P6, DEAD_ECOLI ; P44586, DEAD_HAEIN ; -DR P33906, DEAD_KLEPN ; P9WH04, DEAD_MYCTO ; P9WH05, DEAD_MYCTU ; -DR P0A9P8, DEAD_SHIFL ; Q9LZQ9, DEAH2_ARATH; Q93Y16, DEAH4_ARATH; -DR Q38953, DEAH5_ARATH; F4IJV4, DEAH6_ARATH; F4JMJ3, DEAH8_ARATH; -DR F4JRJ6, DEAH9_ARATH; P0CE10, DEAHB_ARATH; F4KGU4, DEAHC_ARATH; -DR Q9C813, DEAHD_ARATH; A6R3L3, DED1_AJECN ; A1CH78, DED1_ASPCL ; -DR Q4WP13, DED1_ASPFU ; A2QI25, DED1_ASPNC ; Q2UGK3, DED1_ASPOR ; -DR Q0CLJ6, DED1_ASPTN ; A6SEH9, DED1_BOTFB ; Q5A4E2, DED1_CANAL ; -DR Q8TFK8, DED1_CANGA ; Q2HBE7, DED1_CHAGB ; Q1DJF0, DED1_COCIM ; -DR P0CQ75, DED1_CRYNB ; P0CQ74, DED1_CRYNJ ; Q6BU54, DED1_DEBHA ; -DR C8V8H4, DED1_EMENI ; Q75B50, DED1_EREGS ; Q4I7K4, DED1_GIBZE ; -DR Q6CLR3, DED1_KLULA ; A5DZE6, DED1_LODEL ; A1CXK7, DED1_NEOFI ; -DR Q9P6U9, DED1_NEUCR ; Q0UWA6, DED1_PHANO ; A5DQS0, DED1_PICGU ; -DR A3LQ01, DED1_PICST ; A4RHF1, DED1_PYRO7 ; O13370, DED1_SCHPO ; -DR A7EJY3, DED1_SCLS1 ; Q4P733, DED1_USTMA ; A7TKR8, DED1_VANPO ; -DR Q6CB69, DED1_YARLI ; A6ZP47, DED1_YEAS7 ; P06634, DED1_YEAST ; -DR F4ILR7, DEXH1_ARATH; F4HYJ7, DEXH3_ARATH; Q9C6G0, DEXH4_ARATH; -DR F4IM84, DEXH5_ARATH; F4I9Q5, DEXH7_ARATH; Q9SYP1, DEXHC_ARATH; -DR O48534, DEXHD_ARATH; Q9FNQ1, DEXHE_ARATH; A1CJ18, DHH1_ASPCL ; -DR Q4WWD3, DHH1_ASPFU ; A2QY39, DHH1_ASPNC ; Q2U5A2, DHH1_ASPOR ; -DR Q0CBE1, DHH1_ASPTN ; A6RY31, DHH1_BOTFB ; Q5AAW3, DHH1_CANAL ; -DR Q6FQU5, DHH1_CANGA ; Q2GQ93, DHH1_CHAGB ; Q1E5R1, DHH1_COCIM ; -DR P0CQ81, DHH1_CRYNB ; Q58Z64, DHH1_CRYNH ; P0CQ80, DHH1_CRYNJ ; -DR Q6BJX6, DHH1_DEBHA ; Q8SQK9, DHH1_ENCCU ; Q75BS4, DHH1_EREGS ; -DR Q4HW67, DHH1_GIBZE ; Q6CSZ7, DHH1_KLULA ; A1D8G1, DHH1_NEOFI ; -DR Q7S5D9, DHH1_NEUCR ; Q0U7S9, DHH1_PHANO ; A5DIP0, DHH1_PICGU ; -DR A3LWX3, DHH1_PICST ; A4R715, DHH1_PYRO7 ; Q09181, DHH1_SCHPO ; -DR A7TGU7, DHH1_VANPO ; Q6C0X2, DHH1_YARLI ; A6ZXG9, DHH1_YEAS7 ; -DR P39517, DHH1_YEAST ; Q04217, DHR1_YEAST ; P36009, DHR2_YEAST ; -DR Q20875, DHX15_CAEEL; Q54NJ4, DHX15_DICDI; Q7K3M5, DHX15_DROME; -DR O43143, DHX15_HUMAN; O35286, DHX15_MOUSE; Q5RAZ4, DHX15_PONAB; -DR O42945, DHX15_SCHPO; O17438, DHX15_STRPU; O45244, DHX16_CAEEL; -DR Q54MH3, DHX16_DICDI; O60231, DHX16_HUMAN; Q7YR39, DHX16_PANTR; -DR Q767K6, DHX16_PIG ; Q7Z478, DHX29_HUMAN; Q6PGC1, DHX29_MOUSE; -DR A3KMI0, DHX29_XENLA; Q2NKY8, DHX30_BOVIN; Q5ZI74, DHX30_CHICK; -DR Q7L2E3, DHX30_HUMAN; Q99PU8, DHX30_MOUSE; Q5R607, DHX30_PONAB; -DR Q5BJS0, DHX30_RAT ; Q7L7V1, DHX32_HUMAN; Q8BZS9, DHX32_MOUSE; -DR Q5XH12, DHX32_XENLA; Q9VL25, DHX33_DROME; Q9H6R0, DHX33_HUMAN; -DR Q80VY9, DHX33_MOUSE; Q14147, DHX34_HUMAN; Q9DBV3, DHX34_MOUSE; -DR Q9BKQ8, DHX35_CAEEL; Q9H5Z1, DHX35_HUMAN; Q5RBD4, DHX35_PONAB; -DR Q05B79, DHX36_BOVIN; Q9H2U1, DHX36_HUMAN; Q8VHK9, DHX36_MOUSE; -DR D4A2Z8, DHX36_RAT ; Q8IY37, DHX37_HUMAN; Q8IX18, DHX40_HUMAN; -DR Q6PE54, DHX40_MOUSE; Q5R864, DHX40_PONAB; Q5XI69, DHX40_RAT ; -DR Q6P158, DHX57_HUMAN; Q6P5D3, DHX57_MOUSE; Q96C10, DHX58_HUMAN; -DR Q99J87, DHX58_MOUSE; Q54F05, DHX8_DICDI ; A1Z9L3, DHX8_DROME ; -DR Q14562, DHX8_HUMAN ; A2A4P0, DHX8_MOUSE ; Q28141, DHX9_BOVIN ; -DR Q22307, DHX9_CAEEL ; Q08211, DHX9_HUMAN ; O70133, DHX9_MOUSE ; -DR Q5R874, DHX9_PONAB ; Q68FK8, DHX9_XENLA ; A1CNV8, DRS1_ASPCL ; -DR Q4WRV2, DRS1_ASPFU ; A2QAX7, DRS1_ASPNC ; Q2UQI6, DRS1_ASPOR ; -DR Q0CZN5, DRS1_ASPTN ; A6RUH2, DRS1_BOTFB ; Q5ACK7, DRS1_CANAL ; -DR Q6FW42, DRS1_CANGA ; P0C2N7, DRS1_CHAGB ; Q1E2B2, DRS1_COCIM ; -DR P0CQ93, DRS1_CRYNB ; P0CQ92, DRS1_CRYNJ ; Q6BTL5, DRS1_DEBHA ; -DR Q75F95, DRS1_EREGS ; Q4I830, DRS1_GIBZE ; Q6CJV1, DRS1_KLULA ; -DR A5DY34, DRS1_LODEL ; A1D1R8, DRS1_NEOFI ; P0C2N8, DRS1_NEUCR ; -DR Q0V1Z7, DRS1_PHANO ; A5DKW3, DRS1_PICGU ; A3LSN3, DRS1_PICST ; -DR A4QYM6, DRS1_PYRO7 ; Q09903, DRS1_SCHPO ; A7F4L5, DRS1_SCLS1 ; -DR Q4P9P3, DRS1_USTMA ; A7TJM9, DRS1_VANPO ; Q6CEB8, DRS1_YARLI ; -DR A7A0P8, DRS1_YEAS7 ; P32892, DRS1_YEAST ; O00148, DX39A_HUMAN; -DR Q8VDW0, DX39A_MOUSE; Q5U216, DX39A_RAT ; Q3T147, DX39B_BOVIN; -DR Q18212, DX39B_CAEEL; Q5WR10, DX39B_CANLF; Q5ZHZ0, DX39B_CHICK; -DR Q27268, DX39B_DROME; Q13838, DX39B_HUMAN; Q5TM17, DX39B_MACMU; -DR Q9Z1N5, DX39B_MOUSE; P60024, DX39B_PANTR; Q29024, DX39B_PIG ; -DR Q5RE47, DX39B_PONAB; Q63413, DX39B_RAT ; P32644, ECM32_YEAST; -DR Q8VY00, ESP3_ARATH ; Q89525, ETFS_ASFB7 ; P0C9A7, ETFS_ASFK5 ; -DR Q89425, ETFS_ASFM2 ; P0C9A6, ETFS_ASFWA ; A6QSQ0, FAL1_AJECN ; -DR A1C595, FAL1_ASPCL ; Q4WEB4, FAL1_ASPFU ; A5AAE5, FAL1_ASPNC ; -DR Q2UAK1, FAL1_ASPOR ; Q0CAS8, FAL1_ASPTN ; A6S4N4, FAL1_BOTFB ; -DR Q5A9Z6, FAL1_CANAL ; Q6FJG1, FAL1_CANGA ; Q2GWJ5, FAL1_CHAGB ; -DR Q1DTB3, FAL1_COCIM ; P0CQ73, FAL1_CRYNB ; P0CQ72, FAL1_CRYNJ ; -DR Q6BT27, FAL1_DEBHA ; Q5AUL4, FAL1_EMENI ; Q755W0, FAL1_EREGS ; -DR Q4IAA0, FAL1_GIBZE ; Q6CX73, FAL1_KLULA ; A5DWJ1, FAL1_LODEL ; -DR A1D071, FAL1_NEOFI ; Q9P735, FAL1_NEUCR ; Q0UAT0, FAL1_PHANO ; -DR A5DE68, FAL1_PICGU ; A3GFV3, FAL1_PICST ; A4QU31, FAL1_PYRO7 ; -DR Q10055, FAL1_SCHPO ; A7EM88, FAL1_SCLS1 ; Q4P184, FAL1_USTMA ; -DR A7TEF4, FAL1_VANPO ; Q6C347, FAL1_YARLI ; A6ZXY5, FAL1_YEAS7 ; -DR Q12099, FAL1_YEAST ; I3XHK1, FANCM_ARATH; A0A1D5PRR9, FANCM_CHICK; -DR Q8IYD8, FANCM_HUMAN; Q8BGE5, FANCM_MOUSE; Q32LC7, G3BP1_BOVIN; -DR Q13283, G3BP1_HUMAN; P97855, G3BP1_MOUSE; Q5RB87, G3BP1_PONAB; -DR P34689, GLH1_CAEEL ; Q966L9, GLH2_CAEEL ; O01836, GLH3_CAEEL ; -DR O76743, GLH4_CAEEL ; Q58083, H669_METJA ; Q89443, H962L_ASFB7; -DR P0C9A4, H962L_ASFK5; Q8V9U2, H962L_ASFM2; P0C9A2, H962L_ASFP4; -DR P0C9A3, H962L_ASFWA; A1CIQ5, HAS1_ASPCL ; Q4WQM4, HAS1_ASPFU ; -DR A2Q9T6, HAS1_ASPNC ; Q2UUN6, HAS1_ASPOR ; Q0CZS8, HAS1_ASPTN ; -DR Q5AK59, HAS1_CANAL ; Q6FIL3, HAS1_CANGA ; Q2GMX1, HAS1_CHAGB ; -DR Q1EA54, HAS1_COCIM ; P0CQ85, HAS1_CRYNB ; P0CQ84, HAS1_CRYNJ ; -DR Q6BH93, HAS1_DEBHA ; Q5BBY1, HAS1_EMENI ; Q74Z73, HAS1_EREGS ; -DR Q4IEK8, HAS1_GIBZE ; Q6CXB7, HAS1_KLULA ; A5E2Z9, HAS1_LODEL ; -DR A1CW14, HAS1_NEOFI ; Q7S2N9, HAS1_NEUCR ; Q0UR48, HAS1_PHANO ; -DR A5DID7, HAS1_PICGU ; A3LNR6, HAS1_PICST ; A4R8B5, HAS1_PYRO7 ; -DR Q09916, HAS1_SCHPO ; Q4P6N0, HAS1_USTMA ; Q6C7D2, HAS1_YARLI ; -DR Q03532, HAS1_YEAST ; A4KX71, HELI1_HVAVE; Q0E592, HELI1_SFAVA; -DR Q06VC2, HELI1_TNAVC; Q9BYK8, HELZ2_HUMAN; E9QAM5, HELZ2_MOUSE; -DR Q9ZVW2, HEN2_ARATH ; O51767, HRPA_BORBU ; P43329, HRPA_ECOLI ; -DR P45018, HRPA_HAEIN ; P37024, HRPB_ECOLI ; O74465, HRR1_SCHPO ; -DR F4INY4, HVT1_ARATH ; Q5U526, I4A3A_XENLA; O42226, I4A3B_XENLA; -DR P41382, IF410_TOBAC; Q40465, IF411_TOBAC; Q40466, IF413_TOBAC; -DR Q40467, IF414_TOBAC; Q40468, IF415_TOBAC; Q5VNM3, IF43A_ORYSJ; -DR Q10I26, IF43B_ORYSJ; P41376, IF4A1_ARATH; Q3SZ54, IF4A1_BOVIN; -DR P60842, IF4A1_HUMAN; Q4R8K5, IF4A1_MACFA; P60843, IF4A1_MOUSE; -DR P35683, IF4A1_ORYSJ; A5A6N4, IF4A1_PANTR; Q5R5F5, IF4A1_PONAB; -DR P29562, IF4A1_RABIT; P41377, IF4A2_ARATH; Q3SZ65, IF4A2_BOVIN; -DR Q8JFP1, IF4A2_CHICK; Q14240, IF4A2_HUMAN; Q4R4Y9, IF4A2_MACFA; -DR P10630, IF4A2_MOUSE; P41379, IF4A2_NICPL; Q0E2Q3, IF4A2_ORYSJ; -DR Q5R4X1, IF4A2_PONAB; Q5RKI1, IF4A2_RAT ; Q9CAI7, IF4A3_ARATH; -DR Q2NL22, IF4A3_BOVIN; Q5ZM36, IF4A3_CHICK; Q7ZVA6, IF4A3_DANRE; -DR Q9VHS8, IF4A3_DROME; P38919, IF4A3_HUMAN; Q4R3Q1, IF4A3_MACFA; -DR Q91VC3, IF4A3_MOUSE; P41380, IF4A3_NICPL; Q6Z2Z4, IF4A3_ORYSJ; -DR A6M931, IF4A3_PIG ; Q3B8Q2, IF4A3_RAT ; B5DG42, IF4A3_SALSA; -DR B5FZY7, IF4A3_TAEGU; B7ZTW1, IF4A3_XENTR; Q40469, IF4A6_TOBAC; -DR Q40470, IF4A7_TOBAC; P41381, IF4A8_TOBAC; Q40471, IF4A9_TOBAC; -DR A6R3R5, IF4A_AJECN ; A1CJT5, IF4A_ASPCL ; Q4WX43, IF4A_ASPFU ; -DR A2QEN5, IF4A_ASPNC ; Q2UPY3, IF4A_ASPOR ; Q0CXD0, IF4A_ASPTN ; -DR A6RJ45, IF4A_BOTFB ; P27639, IF4A_CAEEL ; P87206, IF4A_CANAL ; -DR Q6FQQ6, IF4A_CANGA ; Q2HFP1, IF4A_CHAGB ; Q1DQ20, IF4A_COCIM ; -DR P0CQ71, IF4A_CRYNB ; P0CQ70, IF4A_CRYNJ ; O02494, IF4A_CRYPV ; -DR Q6BRN4, IF4A_DEBHA ; Q55D61, IF4A_DICDI ; Q02748, IF4A_DROME ; -DR Q5B948, IF4A_EMENI ; Q8SQM5, IF4A_ENCCU ; Q75BL8, IF4A_EREGS ; -DR Q6CXT4, IF4A_KLULA ; Q25225, IF4A_LEIBR ; A4HRK0, IF4A_LEIIN ; -DR O62591, IF4A_LEIMA ; A5DVM3, IF4A_LODEL ; Q41741, IF4A_MAIZE ; -DR A1D7N3, IF4A_NEOFI ; Q7RV88, IF4A_NEUCR ; Q0UU86, IF4A_PHANO ; -DR A5DB98, IF4A_PICGU ; A3GFI4, IF4A_PICST ; A4QVP2, IF4A_PYRO7 ; -DR P47943, IF4A_SCHPO ; A7EGL7, IF4A_SCLS1 ; Q38F76, IF4A_TRYB2 ; -DR Q4E162, IF4A_TRYCC ; Q4P331, IF4A_USTMA ; A7TK55, IF4A_VANPO ; -DR P41378, IF4A_WHEAT ; Q6CDV4, IF4A_YARLI ; A6ZQJ1, IF4A_YEAS7 ; -DR P10081, IF4A_YEAST ; Q9BYX4, IFIH1_HUMAN; Q8R5F7, IFIH1_MOUSE; -DR B9DFG3, ISE2_ARATH ; O46072, KZ_DROME ; P15024, LMBD1_REOVD; -DR Q9WAB1, LMBD1_REOVJ; Q9WAB2, LMBD1_REOVL; Q1LXK4, M10B1_DANRE; -DR Q1LXK5, M10B2_DANRE; Q9BXT6, M10L1_HUMAN; Q99MV5, M10L1_MOUSE; -DR A6R9U4, MAK5_AJECN ; A1CTL8, MAK5_ASPCL ; Q4WMS3, MAK5_ASPFU ; -DR A2QWW0, MAK5_ASPNC ; Q2UMY7, MAK5_ASPOR ; Q0CI35, MAK5_ASPTN ; -DR Q59ZH9, MAK5_CANAL ; Q6FY67, MAK5_CANGA ; Q1E7Y4, MAK5_COCIM ; -DR P0CQ91, MAK5_CRYNB ; P0CQ90, MAK5_CRYNJ ; Q6BV58, MAK5_DEBHA ; -DR Q5BCI0, MAK5_EMENI ; Q757I6, MAK5_EREGS ; Q4IBS2, MAK5_GIBZE ; -DR Q6CTN7, MAK5_KLULA ; A5DUB2, MAK5_LODEL ; A1DMT9, MAK5_NEOFI ; -DR Q7RZH4, MAK5_NEUCR ; Q0U6X2, MAK5_PHANO ; A5DPU0, MAK5_PICGU ; -DR A3GG51, MAK5_PICST ; A4REU9, MAK5_PYRO7 ; O74393, MAK5_SCHPO ; -DR A7EAY2, MAK5_SCLS1 ; A7TEG8, MAK5_VANPO ; A6ZL85, MAK5_YEAS7 ; -DR P38112, MAK5_YEAST ; Q5D892, MER3_ARATH ; P24785, MLE_DROME ; -DR P34498, MOG1_CAEEL ; Q09530, MOG5_CAEEL ; Q0V8H6, MOV10_BOVIN; -DR Q5ZKD7, MOV10_CHICK; Q9HCE1, MOV10_HUMAN; P23249, MOV10_MOUSE; -DR A6RCJ9, MRH4_AJECN ; A1CSR1, MRH4_ASPCL ; Q4X1X0, MRH4_ASPFU ; -DR A2QZ71, MRH4_ASPNC ; Q2TZH2, MRH4_ASPOR ; Q0C9E8, MRH4_ASPTN ; -DR Q59S59, MRH4_CANAL ; Q6FJJ8, MRH4_CANGA ; Q2H679, MRH4_CHAGB ; -DR Q1E9B7, MRH4_COCIM ; P0CR13, MRH4_CRYNB ; P0CR12, MRH4_CRYNJ ; -DR Q6BV94, MRH4_DEBHA ; Q5AZY1, MRH4_EMENI ; Q755C5, MRH4_EREGS ; -DR Q6CWQ5, MRH4_KLULA ; A5E5F7, MRH4_LODEL ; A1DGF2, MRH4_NEOFI ; -DR Q7SBR1, MRH4_NEUCR ; Q0U397, MRH4_PHANO ; A5DR68, MRH4_PICGU ; -DR A3LT90, MRH4_PICST ; A4QTC6, MRH4_PYRO7 ; A7EWH6, MRH4_SCLS1 ; -DR A7TE77, MRH4_VANPO ; Q6C3J3, MRH4_YARLI ; A6ZUB2, MRH4_YEAS7 ; -DR P53166, MRH4_YEAST ; Q4WRP2, MS116_ASPFU; Q2UST1, MS116_ASPOR; -DR Q5APM7, MS116_CANAL; Q6FU81, MS116_CANGA; Q750Q4, MS116_EREGS; -DR Q6CQA1, MS116_KLULA; A5DTK7, MS116_LODEL; Q0UG00, MS116_PHANO; -DR A5DEZ5, MS116_PICGU; O13622, MS116_SCHPO; P15424, MS116_YEAST; -DR Q9XIF2, MTR4_ARATH ; P47047, MTR4_YEAST ; P42285, MTREX_HUMAN; -DR Q9CZU3, MTREX_MOUSE; F4IDQ6, NIH_ARATH ; O72904, NPH2_FOWPN ; -DR Q98218, NPH2_MCV1 ; A0A7H0DN56, NPH2_MONPV ; Q9YW06, NPH2_MSEPV ; -DR Q9Q8Q2, NPH2_MYXVL ; Q9Q927, NPH2_RFVKA ; O57193, NPH2_VACCA ; -DR P20502, NPH2_VACCC ; Q9JFC3, NPH2_VACCT ; P12927, NPH2_VACCW ; -DR P0DSU5, NPH2_VAR67 ; P0DSU6, NPH2_VARV ; Q04350, POLB_CHPVE ; -DR Q9YTU2, POLB_CHPVU ; C1JCT2, POLFS_SINV3; O91464, POLG_AIVA8 ; -DR Q91B85, POLG_ALKV ; Q6PLS1, POLG_ASGVK ; P36309, POLG_ASGVP ; -DR C8XPA8, POLG_BANV ; Q32ZE0, POLG_BUSV ; Q96662, POLG_BVDVC ; -DR P19711, POLG_BVDVN ; Q01499, POLG_BVDVS ; Q1KZ59, POLG_CILVC ; -DR B8XTP8, POLG_COSAA ; P19712, POLG_CSFVA ; P21530, POLG_CSFVB ; -DR P27909, POLG_DEN1B ; P33478, POLG_DEN1S ; P17763, POLG_DEN1W ; -DR P29990, POLG_DEN26 ; P29991, POLG_DEN27 ; P14337, POLG_DEN28 ; -DR P07564, POLG_DEN2J ; P14340, POLG_DEN2N ; P12823, POLG_DEN2P ; -DR Q9WDA6, POLG_DEN2Q ; P27914, POLG_DEN2T ; Q99D35, POLG_DEN3C ; -DR Q5UB51, POLG_DEN3I ; Q6YMS3, POLG_DEN3M ; P27915, POLG_DEN3P ; -DR Q6YMS4, POLG_DEN3S ; P09866, POLG_DEN4D ; Q2YHF2, POLG_DEN4H ; -DR Q58HT7, POLG_DEN4P ; Q5UCB8, POLG_DEN4S ; Q2YHF0, POLG_DEN4T ; +DR P16381, DDX3L_MOUSE; O00571, DDX3X_HUMAN; Q62167, DDX3X_MOUSE; +DR O15523, DDX3Y_HUMAN; Q62095, DDX3Y_MOUSE; Q6GVM6, DDX3Y_PANTR; +DR Q5RF43, DDX3Y_PONAB; D0PV95, DDX3_CAEEL ; Q54QS3, DDX3_DICDI ; +DR Q9VHP0, DDX3_DROME ; P24346, DDX3_XENLA ; Q54KG1, DDX41_DICDI; +DR Q9V3C0, DDX41_DROME; Q9UJV9, DDX41_HUMAN; Q91VN6, DDX41_MOUSE; +DR Q5F485, DDX42_CHICK; Q54IV3, DDX42_DICDI; Q86XP3, DDX42_HUMAN; +DR Q810A7, DDX42_MOUSE; Q5R7D1, DDX42_PONAB; Q7ZY47, DDX42_XENLA; +DR Q9NXZ2, DDX43_HUMAN; Q4TVV3, DDX46_DANRE; Q553B1, DDX46_DICDI; +DR Q7L014, DDX46_HUMAN; Q569Z5, DDX46_MOUSE; Q5R6D8, DDX46_PONAB; +DR Q62780, DDX46_RAT ; Q29S22, DDX47_BOVIN; P34580, DDX47_CAEEL; +DR Q54VT4, DDX47_DICDI; Q9VIF6, DDX47_DROME; Q9H0S4, DDX47_HUMAN; +DR Q9CWX9, DDX47_MOUSE; Q55BR9, DDX49_DICDI; Q07886, DDX49_DROME; +DR Q9Y6V7, DDX49_HUMAN; Q4FZF3, DDX49_MOUSE; Q5W5U4, DDX4_BOVIN ; +DR Q9NQI0, DDX4_HUMAN ; Q4R5S7, DDX4_MACFA ; Q61496, DDX4_MOUSE ; +DR Q3MSQ8, DDX4_PELLE ; Q6GWX0, DDX4_PIG ; Q64060, DDX4_RAT ; +DR Q91372, DDX4_XENLA ; Q9BQ39, DDX50_HUMAN; Q99MJ9, DDX50_MOUSE; +DR Q6DRI7, DDX51_DANRE; Q54BD6, DDX51_DICDI; P26802, DDX51_DROME; +DR Q8N8A6, DDX51_HUMAN; Q6P9R1, DDX51_MOUSE; A5D7C1, DDX52_BOVIN; +DR Q86IZ9, DDX52_DICDI; Q9VVK8, DDX52_DROME; Q9Y2R4, DDX52_HUMAN; +DR Q8K301, DDX52_MOUSE; Q99PT0, DDX52_RAT ; Q86TM3, DDX53_HUMAN; +DR Q54CD8, DDX54_DICDI; Q8TDD1, DDX54_HUMAN; Q8K4L0, DDX54_MOUSE; +DR Q2NL08, DDX55_BOVIN; Q61R02, DDX55_CAEBR; P34640, DDX55_CAEEL; +DR Q5ZLN8, DDX55_CHICK; Q8JHJ2, DDX55_DANRE; Q54EC2, DDX55_DICDI; +DR Q9VHU1, DDX55_DROME; Q8NHQ9, DDX55_HUMAN; Q6ZPL9, DDX55_MOUSE; +DR Q6AZV7, DDX55_XENLA; Q3SZ40, DDX56_BOVIN; Q54VF1, DDX56_DICDI; +DR Q9NY93, DDX56_HUMAN; Q9D0R4, DDX56_MOUSE; Q5T1V6, DDX59_HUMAN; +DR Q9DBN9, DDX59_MOUSE; Q66HG7, DDX59_RAT ; Q54CD6, DDX5_DICDI ; +DR P17844, DDX5_HUMAN ; Q4R6M5, DDX5_MACFA ; Q61656, DDX5_MOUSE ; +DR A5A6J2, DDX5_PANTR ; Q5R4I9, DDX5_PONAB ; Q8IY21, DDX60_HUMAN; +DR Q5H9U9, DDX6L_HUMAN; Q9WTM2, DDX6_CAVPO ; Q5ZKB9, DDX6_CHICK ; +DR Q54E49, DDX6_DICDI ; P23128, DDX6_DROME ; P26196, DDX6_HUMAN ; +DR P54823, DDX6_MOUSE ; Q5RFQ5, DDX6_PONAB ; P54824, DDX6_XENLA ; +DR Q0IHV9, DDX6_XENTR ; P57453, DEAD_BUCAI ; Q8K9H6, DEAD_BUCAP ; +DR Q89AF9, DEAD_BUCBP ; Q8XA87, DEAD_ECO57 ; P0A9P7, DEAD_ECOL6 ; +DR P0A9P6, DEAD_ECOLI ; P44586, DEAD_HAEIN ; P33906, DEAD_KLEPN ; +DR P9WH04, DEAD_MYCTO ; P9WH05, DEAD_MYCTU ; P0A9P8, DEAD_SHIFL ; +DR Q9LZQ9, DEAH2_ARATH; Q93Y16, DEAH4_ARATH; Q38953, DEAH5_ARATH; +DR F4IJV4, DEAH6_ARATH; F4JMJ3, DEAH8_ARATH; F4JRJ6, DEAH9_ARATH; +DR P0CE10, DEAHB_ARATH; F4KGU4, DEAHC_ARATH; Q9C813, DEAHD_ARATH; +DR A6R3L3, DED1_AJECN ; A1CH78, DED1_ASPCL ; Q4WP13, DED1_ASPFU ; +DR A2QI25, DED1_ASPNC ; Q2UGK3, DED1_ASPOR ; Q0CLJ6, DED1_ASPTN ; +DR A6SEH9, DED1_BOTFB ; Q5A4E2, DED1_CANAL ; Q8TFK8, DED1_CANGA ; +DR Q2HBE7, DED1_CHAGB ; Q1DJF0, DED1_COCIM ; P0CQ75, DED1_CRYNB ; +DR P0CQ74, DED1_CRYNJ ; Q6BU54, DED1_DEBHA ; C8V8H4, DED1_EMENI ; +DR Q75B50, DED1_EREGS ; Q4I7K4, DED1_GIBZE ; Q6CLR3, DED1_KLULA ; +DR A5DZE6, DED1_LODEL ; A1CXK7, DED1_NEOFI ; Q9P6U9, DED1_NEUCR ; +DR Q0UWA6, DED1_PHANO ; A5DQS0, DED1_PICGU ; A3LQ01, DED1_PICST ; +DR A4RHF1, DED1_PYRO7 ; O13370, DED1_SCHPO ; A7EJY3, DED1_SCLS1 ; +DR Q4P733, DED1_USTMA ; A7TKR8, DED1_VANPO ; Q6CB69, DED1_YARLI ; +DR A6ZP47, DED1_YEAS7 ; P06634, DED1_YEAST ; F4ILR7, DEXH1_ARATH; +DR F4HYJ7, DEXH3_ARATH; Q9C6G0, DEXH4_ARATH; F4IM84, DEXH5_ARATH; +DR F4I9Q5, DEXH7_ARATH; Q9SYP1, DEXHC_ARATH; O48534, DEXHD_ARATH; +DR Q9FNQ1, DEXHE_ARATH; A1CJ18, DHH1_ASPCL ; Q4WWD3, DHH1_ASPFU ; +DR A2QY39, DHH1_ASPNC ; Q2U5A2, DHH1_ASPOR ; Q0CBE1, DHH1_ASPTN ; +DR A6RY31, DHH1_BOTFB ; Q5AAW3, DHH1_CANAL ; Q6FQU5, DHH1_CANGA ; +DR Q2GQ93, DHH1_CHAGB ; Q1E5R1, DHH1_COCIM ; P0CQ81, DHH1_CRYNB ; +DR Q58Z64, DHH1_CRYNH ; P0CQ80, DHH1_CRYNJ ; Q6BJX6, DHH1_DEBHA ; +DR Q8SQK9, DHH1_ENCCU ; Q75BS4, DHH1_EREGS ; Q4HW67, DHH1_GIBZE ; +DR Q6CSZ7, DHH1_KLULA ; A1D8G1, DHH1_NEOFI ; Q7S5D9, DHH1_NEUCR ; +DR Q0U7S9, DHH1_PHANO ; A5DIP0, DHH1_PICGU ; A3LWX3, DHH1_PICST ; +DR A4R715, DHH1_PYRO7 ; Q09181, DHH1_SCHPO ; A7TGU7, DHH1_VANPO ; +DR Q6C0X2, DHH1_YARLI ; A6ZXG9, DHH1_YEAS7 ; P39517, DHH1_YEAST ; +DR Q04217, DHR1_YEAST ; P36009, DHR2_YEAST ; Q20875, DHX15_CAEEL; +DR Q54NJ4, DHX15_DICDI; Q7K3M5, DHX15_DROME; O43143, DHX15_HUMAN; +DR O35286, DHX15_MOUSE; Q5RAZ4, DHX15_PONAB; O42945, DHX15_SCHPO; +DR O17438, DHX15_STRPU; O45244, DHX16_CAEEL; Q54MH3, DHX16_DICDI; +DR O60231, DHX16_HUMAN; Q7YR39, DHX16_PANTR; Q767K6, DHX16_PIG ; +DR Q7Z478, DHX29_HUMAN; Q6PGC1, DHX29_MOUSE; A3KMI0, DHX29_XENLA; +DR Q2NKY8, DHX30_BOVIN; Q5ZI74, DHX30_CHICK; Q7L2E3, DHX30_HUMAN; +DR Q99PU8, DHX30_MOUSE; Q5R607, DHX30_PONAB; Q5BJS0, DHX30_RAT ; +DR Q7L7V1, DHX32_HUMAN; Q8BZS9, DHX32_MOUSE; Q5XH12, DHX32_XENLA; +DR Q9VL25, DHX33_DROME; Q9H6R0, DHX33_HUMAN; Q80VY9, DHX33_MOUSE; +DR Q14147, DHX34_HUMAN; Q9DBV3, DHX34_MOUSE; Q9BKQ8, DHX35_CAEEL; +DR Q9H5Z1, DHX35_HUMAN; Q5RBD4, DHX35_PONAB; Q05B79, DHX36_BOVIN; +DR Q9H2U1, DHX36_HUMAN; Q8VHK9, DHX36_MOUSE; D4A2Z8, DHX36_RAT ; +DR Q8IY37, DHX37_HUMAN; Q8IX18, DHX40_HUMAN; Q6PE54, DHX40_MOUSE; +DR Q5R864, DHX40_PONAB; Q5XI69, DHX40_RAT ; Q6P158, DHX57_HUMAN; +DR Q6P5D3, DHX57_MOUSE; Q96C10, DHX58_HUMAN; Q99J87, DHX58_MOUSE; +DR Q54F05, DHX8_DICDI ; A1Z9L3, DHX8_DROME ; Q14562, DHX8_HUMAN ; +DR A2A4P0, DHX8_MOUSE ; Q28141, DHX9_BOVIN ; Q22307, DHX9_CAEEL ; +DR Q08211, DHX9_HUMAN ; O70133, DHX9_MOUSE ; Q5R874, DHX9_PONAB ; +DR Q68FK8, DHX9_XENLA ; A1CNV8, DRS1_ASPCL ; Q4WRV2, DRS1_ASPFU ; +DR A2QAX7, DRS1_ASPNC ; Q2UQI6, DRS1_ASPOR ; Q0CZN5, DRS1_ASPTN ; +DR A6RUH2, DRS1_BOTFB ; Q5ACK7, DRS1_CANAL ; Q6FW42, DRS1_CANGA ; +DR P0C2N7, DRS1_CHAGB ; Q1E2B2, DRS1_COCIM ; P0CQ93, DRS1_CRYNB ; +DR P0CQ92, DRS1_CRYNJ ; Q6BTL5, DRS1_DEBHA ; Q75F95, DRS1_EREGS ; +DR Q4I830, DRS1_GIBZE ; Q6CJV1, DRS1_KLULA ; A5DY34, DRS1_LODEL ; +DR A1D1R8, DRS1_NEOFI ; P0C2N8, DRS1_NEUCR ; Q0V1Z7, DRS1_PHANO ; +DR A5DKW3, DRS1_PICGU ; A3LSN3, DRS1_PICST ; A4QYM6, DRS1_PYRO7 ; +DR Q09903, DRS1_SCHPO ; A7F4L5, DRS1_SCLS1 ; Q4P9P3, DRS1_USTMA ; +DR A7TJM9, DRS1_VANPO ; Q6CEB8, DRS1_YARLI ; A7A0P8, DRS1_YEAS7 ; +DR P32892, DRS1_YEAST ; O00148, DX39A_HUMAN; Q8VDW0, DX39A_MOUSE; +DR Q5U216, DX39A_RAT ; Q3T147, DX39B_BOVIN; Q18212, DX39B_CAEEL; +DR Q5WR10, DX39B_CANLF; Q5ZHZ0, DX39B_CHICK; Q27268, DX39B_DROME; +DR Q13838, DX39B_HUMAN; Q5TM17, DX39B_MACMU; Q9Z1N5, DX39B_MOUSE; +DR P60024, DX39B_PANTR; Q29024, DX39B_PIG ; Q5RE47, DX39B_PONAB; +DR Q63413, DX39B_RAT ; P32644, ECM32_YEAST; Q8VY00, ESP3_ARATH ; +DR Q89525, ETFS_ASFB7 ; P0C9A7, ETFS_ASFK5 ; Q89425, ETFS_ASFM2 ; +DR P0C9A6, ETFS_ASFWA ; A6QSQ0, FAL1_AJECN ; A1C595, FAL1_ASPCL ; +DR Q4WEB4, FAL1_ASPFU ; A5AAE5, FAL1_ASPNC ; Q2UAK1, FAL1_ASPOR ; +DR Q0CAS8, FAL1_ASPTN ; A6S4N4, FAL1_BOTFB ; Q5A9Z6, FAL1_CANAL ; +DR Q6FJG1, FAL1_CANGA ; Q2GWJ5, FAL1_CHAGB ; Q1DTB3, FAL1_COCIM ; +DR P0CQ73, FAL1_CRYNB ; P0CQ72, FAL1_CRYNJ ; Q6BT27, FAL1_DEBHA ; +DR Q5AUL4, FAL1_EMENI ; Q755W0, FAL1_EREGS ; Q4IAA0, FAL1_GIBZE ; +DR Q6CX73, FAL1_KLULA ; A5DWJ1, FAL1_LODEL ; A1D071, FAL1_NEOFI ; +DR Q9P735, FAL1_NEUCR ; Q0UAT0, FAL1_PHANO ; A5DE68, FAL1_PICGU ; +DR A3GFV3, FAL1_PICST ; A4QU31, FAL1_PYRO7 ; Q10055, FAL1_SCHPO ; +DR A7EM88, FAL1_SCLS1 ; Q4P184, FAL1_USTMA ; A7TEF4, FAL1_VANPO ; +DR Q6C347, FAL1_YARLI ; A6ZXY5, FAL1_YEAS7 ; Q12099, FAL1_YEAST ; +DR I3XHK1, FANCM_ARATH; A0A1D5PRR9, FANCM_CHICK; Q8IYD8, FANCM_HUMAN; +DR Q8BGE5, FANCM_MOUSE; Q32LC7, G3BP1_BOVIN; Q13283, G3BP1_HUMAN; +DR P97855, G3BP1_MOUSE; Q5RB87, G3BP1_PONAB; P34689, GLH1_CAEEL ; +DR Q966L9, GLH2_CAEEL ; O01836, GLH3_CAEEL ; O76743, GLH4_CAEEL ; +DR Q58083, H669_METJA ; Q89443, H962L_ASFB7; P0C9A4, H962L_ASFK5; +DR Q8V9U2, H962L_ASFM2; P0C9A2, H962L_ASFP4; P0C9A3, H962L_ASFWA; +DR A1CIQ5, HAS1_ASPCL ; Q4WQM4, HAS1_ASPFU ; A2Q9T6, HAS1_ASPNC ; +DR Q2UUN6, HAS1_ASPOR ; Q0CZS8, HAS1_ASPTN ; Q5AK59, HAS1_CANAL ; +DR Q6FIL3, HAS1_CANGA ; Q2GMX1, HAS1_CHAGB ; Q1EA54, HAS1_COCIM ; +DR P0CQ85, HAS1_CRYNB ; P0CQ84, HAS1_CRYNJ ; Q6BH93, HAS1_DEBHA ; +DR Q5BBY1, HAS1_EMENI ; Q74Z73, HAS1_EREGS ; Q4IEK8, HAS1_GIBZE ; +DR Q6CXB7, HAS1_KLULA ; A5E2Z9, HAS1_LODEL ; A1CW14, HAS1_NEOFI ; +DR Q7S2N9, HAS1_NEUCR ; Q0UR48, HAS1_PHANO ; A5DID7, HAS1_PICGU ; +DR A3LNR6, HAS1_PICST ; A4R8B5, HAS1_PYRO7 ; Q09916, HAS1_SCHPO ; +DR Q4P6N0, HAS1_USTMA ; Q6C7D2, HAS1_YARLI ; Q03532, HAS1_YEAST ; +DR A4KX71, HELI1_HVAVE; Q0E592, HELI1_SFAVA; Q06VC2, HELI1_TNAVC; +DR Q9BYK8, HELZ2_HUMAN; E9QAM5, HELZ2_MOUSE; Q9ZVW2, HEN2_ARATH ; +DR O51767, HRPA_BORBU ; P43329, HRPA_ECOLI ; P45018, HRPA_HAEIN ; +DR P37024, HRPB_ECOLI ; O74465, HRR1_SCHPO ; F4INY4, HVT1_ARATH ; +DR Q5U526, I4A3A_XENLA; O42226, I4A3B_XENLA; P41382, IF410_TOBAC; +DR Q40465, IF411_TOBAC; Q40466, IF413_TOBAC; Q40467, IF414_TOBAC; +DR Q40468, IF415_TOBAC; Q5VNM3, IF43A_ORYSJ; Q10I26, IF43B_ORYSJ; +DR P41376, IF4A1_ARATH; Q3SZ54, IF4A1_BOVIN; P60842, IF4A1_HUMAN; +DR Q4R8K5, IF4A1_MACFA; P60843, IF4A1_MOUSE; P35683, IF4A1_ORYSJ; +DR A5A6N4, IF4A1_PANTR; Q5R5F5, IF4A1_PONAB; P29562, IF4A1_RABIT; +DR P41377, IF4A2_ARATH; Q3SZ65, IF4A2_BOVIN; Q8JFP1, IF4A2_CHICK; +DR Q14240, IF4A2_HUMAN; Q4R4Y9, IF4A2_MACFA; P10630, IF4A2_MOUSE; +DR P41379, IF4A2_NICPL; Q0E2Q3, IF4A2_ORYSJ; Q5R4X1, IF4A2_PONAB; +DR Q5RKI1, IF4A2_RAT ; Q9CAI7, IF4A3_ARATH; Q2NL22, IF4A3_BOVIN; +DR Q5ZM36, IF4A3_CHICK; Q7ZVA6, IF4A3_DANRE; Q9VHS8, IF4A3_DROME; +DR P38919, IF4A3_HUMAN; Q4R3Q1, IF4A3_MACFA; Q91VC3, IF4A3_MOUSE; +DR P41380, IF4A3_NICPL; Q6Z2Z4, IF4A3_ORYSJ; A6M931, IF4A3_PIG ; +DR Q3B8Q2, IF4A3_RAT ; B5DG42, IF4A3_SALSA; B5FZY7, IF4A3_TAEGU; +DR B7ZTW1, IF4A3_XENTR; Q40469, IF4A6_TOBAC; Q40470, IF4A7_TOBAC; +DR P41381, IF4A8_TOBAC; Q40471, IF4A9_TOBAC; A6R3R5, IF4A_AJECN ; +DR A1CJT5, IF4A_ASPCL ; Q4WX43, IF4A_ASPFU ; A2QEN5, IF4A_ASPNC ; +DR Q2UPY3, IF4A_ASPOR ; Q0CXD0, IF4A_ASPTN ; A6RJ45, IF4A_BOTFB ; +DR P27639, IF4A_CAEEL ; P87206, IF4A_CANAL ; Q6FQQ6, IF4A_CANGA ; +DR Q2HFP1, IF4A_CHAGB ; Q1DQ20, IF4A_COCIM ; P0CQ71, IF4A_CRYNB ; +DR P0CQ70, IF4A_CRYNJ ; O02494, IF4A_CRYPV ; Q6BRN4, IF4A_DEBHA ; +DR Q55D61, IF4A_DICDI ; Q02748, IF4A_DROME ; Q5B948, IF4A_EMENI ; +DR Q8SQM5, IF4A_ENCCU ; Q75BL8, IF4A_EREGS ; Q6CXT4, IF4A_KLULA ; +DR Q25225, IF4A_LEIBR ; A4HRK0, IF4A_LEIIN ; O62591, IF4A_LEIMA ; +DR A5DVM3, IF4A_LODEL ; Q41741, IF4A_MAIZE ; A1D7N3, IF4A_NEOFI ; +DR Q7RV88, IF4A_NEUCR ; Q0UU86, IF4A_PHANO ; A5DB98, IF4A_PICGU ; +DR A3GFI4, IF4A_PICST ; A4QVP2, IF4A_PYRO7 ; P47943, IF4A_SCHPO ; +DR A7EGL7, IF4A_SCLS1 ; Q38F76, IF4A_TRYB2 ; Q4E162, IF4A_TRYCC ; +DR Q4P331, IF4A_USTMA ; A7TK55, IF4A_VANPO ; P41378, IF4A_WHEAT ; +DR Q6CDV4, IF4A_YARLI ; A6ZQJ1, IF4A_YEAS7 ; P10081, IF4A_YEAST ; +DR Q9BYX4, IFIH1_HUMAN; Q8R5F7, IFIH1_MOUSE; B9DFG3, ISE2_ARATH ; +DR O46072, KZ_DROME ; P15024, LMBD1_REOVD; Q9WAB1, LMBD1_REOVJ; +DR Q9WAB2, LMBD1_REOVL; Q1LXK4, M10B1_DANRE; Q1LXK5, M10B2_DANRE; +DR Q9BXT6, M10L1_HUMAN; Q99MV5, M10L1_MOUSE; A6R9U4, MAK5_AJECN ; +DR A1CTL8, MAK5_ASPCL ; Q4WMS3, MAK5_ASPFU ; A2QWW0, MAK5_ASPNC ; +DR Q2UMY7, MAK5_ASPOR ; Q0CI35, MAK5_ASPTN ; Q59ZH9, MAK5_CANAL ; +DR Q6FY67, MAK5_CANGA ; Q1E7Y4, MAK5_COCIM ; P0CQ91, MAK5_CRYNB ; +DR P0CQ90, MAK5_CRYNJ ; Q6BV58, MAK5_DEBHA ; Q5BCI0, MAK5_EMENI ; +DR Q757I6, MAK5_EREGS ; Q4IBS2, MAK5_GIBZE ; Q6CTN7, MAK5_KLULA ; +DR A5DUB2, MAK5_LODEL ; A1DMT9, MAK5_NEOFI ; Q7RZH4, MAK5_NEUCR ; +DR Q0U6X2, MAK5_PHANO ; A5DPU0, MAK5_PICGU ; A3GG51, MAK5_PICST ; +DR A4REU9, MAK5_PYRO7 ; O74393, MAK5_SCHPO ; A7EAY2, MAK5_SCLS1 ; +DR A7TEG8, MAK5_VANPO ; A6ZL85, MAK5_YEAS7 ; P38112, MAK5_YEAST ; +DR Q5D892, MER3_ARATH ; P24785, MLE_DROME ; P34498, MOG1_CAEEL ; +DR Q09530, MOG5_CAEEL ; Q0V8H6, MOV10_BOVIN; Q5ZKD7, MOV10_CHICK; +DR Q9HCE1, MOV10_HUMAN; P23249, MOV10_MOUSE; A6RCJ9, MRH4_AJECN ; +DR A1CSR1, MRH4_ASPCL ; Q4X1X0, MRH4_ASPFU ; A2QZ71, MRH4_ASPNC ; +DR Q2TZH2, MRH4_ASPOR ; Q0C9E8, MRH4_ASPTN ; Q59S59, MRH4_CANAL ; +DR Q6FJJ8, MRH4_CANGA ; Q2H679, MRH4_CHAGB ; Q1E9B7, MRH4_COCIM ; +DR P0CR13, MRH4_CRYNB ; P0CR12, MRH4_CRYNJ ; Q6BV94, MRH4_DEBHA ; +DR Q5AZY1, MRH4_EMENI ; Q755C5, MRH4_EREGS ; Q6CWQ5, MRH4_KLULA ; +DR A5E5F7, MRH4_LODEL ; A1DGF2, MRH4_NEOFI ; Q7SBR1, MRH4_NEUCR ; +DR Q0U397, MRH4_PHANO ; A5DR68, MRH4_PICGU ; A3LT90, MRH4_PICST ; +DR A4QTC6, MRH4_PYRO7 ; A7EWH6, MRH4_SCLS1 ; A7TE77, MRH4_VANPO ; +DR Q6C3J3, MRH4_YARLI ; A6ZUB2, MRH4_YEAS7 ; P53166, MRH4_YEAST ; +DR Q4WRP2, MS116_ASPFU; Q2UST1, MS116_ASPOR; Q5APM7, MS116_CANAL; +DR Q6FU81, MS116_CANGA; Q750Q4, MS116_EREGS; Q6CQA1, MS116_KLULA; +DR A5DTK7, MS116_LODEL; Q0UG00, MS116_PHANO; A5DEZ5, MS116_PICGU; +DR O13622, MS116_SCHPO; P15424, MS116_YEAST; Q9XIF2, MTR4_ARATH ; +DR P47047, MTR4_YEAST ; P42285, MTREX_HUMAN; Q9CZU3, MTREX_MOUSE; +DR F4IDQ6, NIH_ARATH ; O72904, NPH2_FOWPN ; Q98218, NPH2_MCV1 ; +DR A0A7H0DN56, NPH2_MONPV ; Q9YW06, NPH2_MSEPV ; Q9Q8Q2, NPH2_MYXVL ; +DR Q9Q927, NPH2_RFVKA ; O57193, NPH2_VACCA ; P20502, NPH2_VACCC ; +DR Q9JFC3, NPH2_VACCT ; P12927, NPH2_VACCW ; P0DSU5, NPH2_VAR67 ; +DR P0DSU6, NPH2_VARV ; Q04350, POLB_CHPVE ; Q9YTU2, POLB_CHPVU ; +DR C1JCT2, POLFS_SINV3; O91464, POLG_AIVA8 ; Q91B85, POLG_ALKV ; +DR Q6PLS1, POLG_ASGVK ; P36309, POLG_ASGVP ; C8XPA8, POLG_BANV ; +DR Q32ZE0, POLG_BUSV ; Q96662, POLG_BVDVC ; P19711, POLG_BVDVN ; +DR Q01499, POLG_BVDVS ; Q1KZ59, POLG_CILVC ; B8XTP8, POLG_COSAA ; +DR P19712, POLG_CSFAT ; P21530, POLG_CSFVB ; P27909, POLG_DEN1B ; +DR P33478, POLG_DEN1S ; P17763, POLG_DEN1W ; P29990, POLG_DEN26 ; +DR P29991, POLG_DEN27 ; P14337, POLG_DEN28 ; P07564, POLG_DEN2J ; +DR P14340, POLG_DEN2N ; P12823, POLG_DEN2P ; Q9WDA6, POLG_DEN2Q ; +DR P27914, POLG_DEN2T ; Q99D35, POLG_DEN3C ; Q5UB51, POLG_DEN3I ; +DR Q6YMS3, POLG_DEN3M ; P27915, POLG_DEN3P ; Q6YMS4, POLG_DEN3S ; +DR P09866, POLG_DEN4D ; Q2YHF2, POLG_DEN4H ; Q58HT7, POLG_DEN4P ; +DR Q5UCB8, POLG_DEN4S ; Q2YHF0, POLG_DEN4T ; Q8B3M2, POLG_DWV ; DR C8XPB2, POLG_EHV ; P03304, POLG_EMCV ; P17593, POLG_EMCVB ; DR P17594, POLG_EMCVD ; Q66765, POLG_EMCVR ; P12296, POLG_ENMGO ; -DR Q69422, POLG_GBVB ; P26664, POLG_HCV1 ; Q5I2N3, POLG_HCV6A ; -DR P27958, POLG_HCV77 ; Q68749, POLG_HCVBB ; P26663, POLG_HCVBK ; -DR Q9WMX2, POLG_HCVCO ; O39929, POLG_HCVED ; O39927, POLG_HCVEU ; -DR O39928, POLG_HCVEV ; Q81754, POLG_HCVH9 ; Q913D4, POLG_HCVIN ; -DR Q03463, POLG_HCVJ1 ; O92972, POLG_HCVJ4 ; P26660, POLG_HCVJ6 ; -DR P26661, POLG_HCVJ8 ; P26662, POLG_HCVJA ; Q99IB8, POLG_HCVJF ; -DR Q68801, POLG_HCVJK ; Q68798, POLG_HCVJL ; Q9DHD6, POLG_HCVJP ; -DR Q00269, POLG_HCVJT ; Q81495, POLG_HCVK3 ; Q81258, POLG_HCVNZ ; -DR Q913V3, POLG_HCVR6 ; O91936, POLG_HCVSA ; O92529, POLG_HCVT5 ; -DR Q81487, POLG_HCVTR ; P29846, POLG_HCVTW ; Q9QAX1, POLG_HCVVA ; -DR O92530, POLG_HCVVN ; O92531, POLG_HCVVO ; O92532, POLG_HCVVP ; -DR C6KEF6, POLG_HKV1 ; Q32ZD7, POLG_ILHV ; P27395, POLG_JAEV1 ; -DR P19110, POLG_JAEV5 ; P32886, POLG_JAEVJ ; G3FEX6, POLG_JAEVM ; -DR P14403, POLG_JAEVN ; D7RF80, POLG_KFDV ; Q32ZD5, POLG_KOKV ; -DR P14335, POLG_KUNJM ; P29837, POLG_LANVT ; P22338, POLG_LIV ; -DR P33515, POLG_MCFA ; Q91TW9, POLG_MRFVC ; P05769, POLG_MVEV5 ; +DR Q6UP17, POLG_EOPV ; Q69422, POLG_GBVB ; P26664, POLG_HCV1 ; +DR Q5I2N3, POLG_HCV6A ; P27958, POLG_HCV77 ; Q68749, POLG_HCVBB ; +DR P26663, POLG_HCVBK ; Q9WMX2, POLG_HCVCO ; O39929, POLG_HCVED ; +DR O39927, POLG_HCVEU ; O39928, POLG_HCVEV ; Q81754, POLG_HCVH9 ; +DR Q913D4, POLG_HCVIN ; Q03463, POLG_HCVJ1 ; O92972, POLG_HCVJ4 ; +DR P26660, POLG_HCVJ6 ; P26661, POLG_HCVJ8 ; P26662, POLG_HCVJA ; +DR Q99IB8, POLG_HCVJF ; Q68801, POLG_HCVJK ; Q68798, POLG_HCVJL ; +DR Q9DHD6, POLG_HCVJP ; Q00269, POLG_HCVJT ; Q81495, POLG_HCVK3 ; +DR Q81258, POLG_HCVNZ ; Q913V3, POLG_HCVR6 ; O91936, POLG_HCVSA ; +DR O92529, POLG_HCVT5 ; Q81487, POLG_HCVTR ; P29846, POLG_HCVTW ; +DR Q9QAX1, POLG_HCVVA ; O92530, POLG_HCVVN ; O92531, POLG_HCVVO ; +DR O92532, POLG_HCVVP ; C6KEF6, POLG_HKV1 ; Q32ZD7, POLG_ILHV ; +DR P27395, POLG_JAEV1 ; P19110, POLG_JAEV5 ; P32886, POLG_JAEVJ ; +DR G3FEX6, POLG_JAEVM ; P14403, POLG_JAEVN ; D7RF80, POLG_KFDV ; +DR Q32ZD5, POLG_KOKV ; P14335, POLG_KUNJM ; P29837, POLG_LANVT ; +DR P22338, POLG_LIV ; P33515, POLG_MCFA ; P05769, POLG_MVEV5 ; DR Q7T6D2, POLG_OHFV ; Q04538, POLG_POWVL ; Q32ZD4, POLG_ROCV ; DR C0MHL9, POLG_SAFV ; C5MSH2, POLG_SALVA ; P09732, POLG_STEVM ; DR Q155Z9, POLG_SVV1 ; Q01299, POLG_TBEVH ; P07720, POLG_TBEVS ; DR P14336, POLG_TBEVW ; P08544, POLG_TMEVB ; P13899, POLG_TMEVD ; -DR P08545, POLG_TMEVG ; Q5WPU5, POLG_USUV ; P06935, POLG_WNV ; -DR Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; P03314, POLG_YEFV1 ; -DR Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; Q074N0, POLG_YEFVE ; -DR Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; Q1X881, POLG_YEFVN ; -DR Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; Q32ZE1, POLG_ZIKV ; -DR A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; Q86924, POLN_AURAV ; -DR P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; Q8JUX6, POLN_CHIKS ; -DR Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; Q4QXJ8, POLN_EEEVF ; -DR P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; Q9WJC7, POLN_EEVVM ; -DR P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; Q6UP17, POLN_EOPV ; +DR P08545, POLG_TMEVG ; G1CRV4, POLG_TMUV ; Q5WPU5, POLG_USUV ; +DR P06935, POLG_WNV ; Q9Q6P4, POLG_WNV9 ; C5H431, POLG_WSLV ; +DR P03314, POLG_YEFV1 ; Q6DV88, POLG_YEFVA ; Q6J3P1, POLG_YEFVC ; +DR Q074N0, POLG_YEFVE ; Q89277, POLG_YEFVF ; Q98803, POLG_YEFVI ; +DR Q1X881, POLG_YEFVN ; Q9YRV3, POLG_YEFVT ; Q1X880, POLG_YEFVU ; +DR Q32ZE1, POLG_ZIKV ; A0A024B7W1, POLG_ZIKVF ; A0A142I5B9, POLG_ZIKVK ; +DR Q86924, POLN_AURAV ; P87515, POLN_BFV ; Q5XXP4, POLN_CHIK3 ; +DR Q8JUX6, POLN_CHIKS ; Q306W6, POLN_EEEV1 ; Q306W8, POLN_EEEV8 ; +DR Q4QXJ8, POLN_EEEVF ; P36327, POLN_EEVV3 ; Q8V294, POLN_EEVVC ; +DR Q9WJC7, POLN_EEVVM ; P36328, POLN_EEVVP ; P27282, POLN_EEVVT ; DR Q5Y389, POLN_GETV ; Q8QZ73, POLN_MAYAB ; P13886, POLN_ONNVG ; DR O90370, POLN_ONNVI ; O90368, POLN_ONNVS ; P13887, POLN_RRVN ; DR Q6X2U4, POLN_RUBVB ; Q6X2U2, POLN_RUBVC ; Q9J6K9, POLN_RUBVD ; @@ -121724,23 +122226,23 @@ DR A1D373, PRP5_NEOFI ; Q7SH33, PRP5_NEUCR ; Q0UN57, PRP5_PHANO ; DR A5DDF4, PRP5_PICGU ; A3LQ55, PRP5_PICST ; A4RN46, PRP5_PYRO7 ; DR A7ENE0, PRP5_SCLS1 ; Q4PFD9, PRP5_USTMA ; A7TJK8, PRP5_VANPO ; DR Q6CCZ1, PRP5_YARLI ; A6ZLH6, PRP5_YEAS7 ; P21372, PRP5_YEAST ; -DR P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; P0C6W0, R1AB_BC512 ; -DR P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; P0C6W4, R1AB_BCHK5 ; -DR P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; P0C6V7, R1AB_BEV ; -DR P0C6V8, R1AB_BRV1 ; Q08534, R1AB_BYVU ; P0C6W7, R1AB_CVBEN ; -DR P0C6W8, R1AB_CVBLU ; P0C6W9, R1AB_CVBM ; P0C6X0, R1AB_CVBQ ; -DR P0C6X1, R1AB_CVH22 ; P0C6X2, R1AB_CVHN1 ; P0C6X3, R1AB_CVHN2 ; -DR P0C6X4, R1AB_CVHN5 ; P0C6X5, R1AB_CVHNL ; P0C6X6, R1AB_CVHOC ; -DR P0C6X8, R1AB_CVM2 ; P0C6X9, R1AB_CVMA5 ; P0C6Y0, R1AB_CVMJH ; -DR P0C6Y5, R1AB_CVPPU ; Q98VG9, R1AB_FIPV ; O71189, R1AB_GLRV3 ; -DR P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; P0C6Y3, R1AB_IBVM ; -DR Q83045, R1AB_LIYV9 ; K9N7C7, R1AB_MERS1 ; P0C6Y4, R1AB_PEDV7 ; -DR P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; Q008X6, R1AB_WBV24 ; -DR O71188, R1A_GLRV3 ; Q83044, R1A_LIYV9 ; P90897, RDE12_CAEEL; -DR Q64962, RDRP_ASPVP ; Q65652, RDRP_BBSCV ; Q65667, RDRP_BNYVS ; -DR Q9DRA1, RDRP_BOTVF ; Q6YNQ7, RDRP_BOTVX ; P69514, RDRP_CGMVS ; -DR Q91QZ3, RDRP_CLBVS ; P37987, RDRP_CVB ; P22168, RDRP_FXMV ; -DR Q8UZB6, RDRP_GFKVM ; Q67704, RDRP_GVAIS ; Q67724, RDRP_HASV ; +DR F8RL29, R1AB_AMV79 ; P0C6W1, R1AB_BC133 ; P0C6V9, R1AB_BC279 ; +DR P0C6W0, R1AB_BC512 ; P0C6W2, R1AB_BCHK3 ; P0C6W3, R1AB_BCHK4 ; +DR P0C6W4, R1AB_BCHK5 ; P0C6W5, R1AB_BCHK9 ; P0C6W6, R1AB_BCRP3 ; +DR P0C6V7, R1AB_BEV ; P0C6V8, R1AB_BRV1 ; Q08534, R1AB_BYVU ; +DR P0C6W7, R1AB_CVBEN ; P0C6W8, R1AB_CVBLU ; P0C6W9, R1AB_CVBM ; +DR P0C6X0, R1AB_CVBQ ; P0C6X1, R1AB_CVH22 ; P0C6X2, R1AB_CVHN1 ; +DR P0C6X3, R1AB_CVHN2 ; P0C6X4, R1AB_CVHN5 ; P0C6X5, R1AB_CVHNL ; +DR P0C6X6, R1AB_CVHOC ; P0C6X8, R1AB_CVM2 ; P0C6X9, R1AB_CVMA5 ; +DR P0C6Y0, R1AB_CVMJH ; P0C6Y5, R1AB_CVPPU ; Q98VG9, R1AB_FIPV ; +DR O71189, R1AB_GLRV3 ; P0C6Y1, R1AB_IBVB ; P0C6Y2, R1AB_IBVBC ; +DR P0C6Y3, R1AB_IBVM ; Q83045, R1AB_LIYV9 ; K9N7C7, R1AB_MERS1 ; +DR P0C6Y4, R1AB_PEDV7 ; P0C6X7, R1AB_SARS ; P0DTD1, R1AB_SARS2 ; +DR Q008X6, R1AB_WBV24 ; O71188, R1A_GLRV3 ; Q83044, R1A_LIYV9 ; +DR P90897, RDE12_CAEEL; Q64962, RDRP_ASPVP ; Q65652, RDRP_BBSCV ; +DR Q65667, RDRP_BNYVS ; Q9DRA1, RDRP_BOTVF ; Q6YNQ7, RDRP_BOTVX ; +DR P69514, RDRP_CGMVS ; Q91QZ3, RDRP_CLBVS ; P37987, RDRP_CVB ; +DR P22168, RDRP_FXMV ; Q67704, RDRP_GVAIS ; Q67724, RDRP_HASV ; DR Q918W3, RDRP_ICRSV ; B1PS76, RDRP_LOLV ; P27328, RDRP_LSV ; DR P27327, RDRP_LVX ; Q9YRB3, RDRP_NCBVS ; P15095, RDRP_NMV ; DR P89659, RDRP_ORSVC ; Q84133, RDRP_ORSVS ; Q07518, RDRP_P1AMV ; @@ -121831,8 +122333,8 @@ DR Q0SYX0, RHLB_SHIF8 ; P0A8K0, RHLB_SHIFL ; Q3YVI4, RHLB_SHISS ; DR Q2NQB2, RHLB_SODGM ; C4LB49, RHLB_TOLAT ; B7VME9, RHLB_VIBA3 ; DR A7MXT4, RHLB_VIBC1 ; A5F3R4, RHLB_VIBC3 ; Q9KV52, RHLB_VIBCH ; DR C3LQR1, RHLB_VIBCM ; Q87KH5, RHLB_VIBPA ; Q8DDN6, RHLB_VIBVU ; -DR Q7MGP7, RHLB_VIBVY ; Q8PFZ3, RHLB_XANAC ; Q3BNH8, RHLB_XANC5 ; -DR Q4UPY5, RHLB_XANC8 ; B0RWT6, RHLB_XANCB ; Q8P4D4, RHLB_XANCP ; +DR Q7MGP7, RHLB_VIBVY ; Q8PFZ3, RHLB_XANAC ; Q4UPY5, RHLB_XANC8 ; +DR B0RWT6, RHLB_XANCB ; Q8P4D4, RHLB_XANCP ; Q3BNH8, RHLB_XANE5 ; DR Q5GUR8, RHLB_XANOR ; Q9PA24, RHLB_XYLFA ; Q879Y6, RHLB_XYLFT ; DR A7FD47, RHLB_YERP3 ; Q1CBQ4, RHLB_YERPA ; B2K046, RHLB_YERPB ; DR Q8ZAD8, RHLB_YERPE ; Q1CNK3, RHLB_YERPN ; A4TRC8, RHLB_YERPP ; @@ -121863,56 +122365,55 @@ DR Q9P6N8, RRP3_SCHPO ; A7EML8, RRP3_SCLS1 ; Q4P3U9, RRP3_USTMA ; DR A7TS37, RRP3_VANPO ; Q6CH58, RRP3_YARLI ; A6ZSX1, RRP3_YEAS7 ; DR P38712, RRP3_YEAST ; Q8GYD9, SDE3_ARATH ; F4JAA5, SKI2_ARATH ; DR Q15477, SKI2_HUMAN ; Q6NZR5, SKI2_MOUSE ; P35207, SKI2_YEAST ; -DR O60072, SLH1_SCHPO ; P53327, SLH1_YEAST ; P38935, SMBP2_HUMAN; -DR Q60560, SMBP2_MESAU; P40694, SMBP2_MOUSE; Q9EQN5, SMBP2_RAT ; -DR Q9VL52, SOYB_DROME ; A6R918, SPB4_AJECN ; A1CL59, SPB4_ASPCL ; -DR Q4WYJ7, SPB4_ASPFU ; A2QE29, SPB4_ASPNC ; Q2UBZ5, SPB4_ASPOR ; -DR Q0CQF3, SPB4_ASPTN ; A6RMZ2, SPB4_BOTFB ; Q59N29, SPB4_CANAL ; -DR Q6FKS8, SPB4_CANGA ; Q2GV49, SPB4_CHAGB ; Q1E1R7, SPB4_COCIM ; -DR P0CR09, SPB4_CRYNB ; P0CR08, SPB4_CRYNJ ; Q6BSM3, SPB4_DEBHA ; -DR Q5B8F4, SPB4_EMENI ; Q8SR49, SPB4_ENCCU ; Q750F8, SPB4_EREGS ; -DR Q4HVW2, SPB4_GIBZE ; Q6CN92, SPB4_KLULA ; A5E2I8, SPB4_LODEL ; -DR A1D699, SPB4_NEOFI ; Q873H9, SPB4_NEUCR ; Q0UP45, SPB4_PHANO ; -DR A5DGM4, SPB4_PICGU ; A3LX02, SPB4_PICST ; O74764, SPB4_SCHPO ; -DR A7F2S3, SPB4_SCLS1 ; Q4P9E5, SPB4_USTMA ; A7TJS7, SPB4_VANPO ; -DR A7A237, SPB4_YEAS7 ; P25808, SPB4_YEAST ; Q16JS8, SPNE_AEDAE ; -DR Q7QCW2, SPNE_ANOGA ; B0XDC4, SPNE_CULQU ; B3M383, SPNE_DROAN ; -DR B3P3W1, SPNE_DROER ; B4JT42, SPNE_DROGR ; Q9VF26, SPNE_DROME ; -DR B4K5R2, SPNE_DROMO ; B4GEU5, SPNE_DROPE ; Q296Q5, SPNE_DROPS ; -DR B4HLH4, SPNE_DROSE ; B4LX81, SPNE_DROVI ; B4NBB0, SPNE_DROWI ; -DR B4PRJ9, SPNE_DROYA ; P21507, SRMB_ECOLI ; P44701, SRMB_HAEIN ; -DR A7TLA0, SUB21_VANPO; A7TJT7, SUB22_VANPO; A6R603, SUB2_AJECN ; -DR A1CMQ7, SUB2_ASPCL ; Q4WCW2, SUB2_ASPFU ; A2R0B5, SUB2_ASPNC ; -DR Q2U6P7, SUB2_ASPOR ; Q0CGJ9, SUB2_ASPTN ; Q6FL17, SUB2_CANGA ; -DR Q2H4D0, SUB2_CHAGB ; Q1DI07, SUB2_COCIM ; P0CQ97, SUB2_CRYNB ; -DR P0CQ96, SUB2_CRYNJ ; Q6BME5, SUB2_DEBHA ; Q5ASK8, SUB2_EMENI ; -DR Q759L6, SUB2_EREGS ; Q6CM95, SUB2_KLULA ; A5E3W5, SUB2_LODEL ; -DR A1DL85, SUB2_NEOFI ; Q0TXZ2, SUB2_PHANO ; A5DDN0, SUB2_PICGU ; -DR A3LST5, SUB2_PICST ; A4RBS3, SUB2_PYRO7 ; O13792, SUB2_SCHPO ; -DR A7EIX7, SUB2_SCLS1 ; Q6CH90, SUB2_YARLI ; A6ZXP4, SUB2_YEAS7 ; -DR Q07478, SUB2_YEAST ; F4KFV7, SUV3L_ARATH; Q01IJ3, SUV3L_ORYSI; -DR Q7X745, SUV3L_ORYSJ; Q9SMX1, SUV3M_ARATH; Q10D00, SUV3M_ORYSJ; -DR Q61SU7, SUV3_CAEBR ; Q17828, SUV3_CAEEL ; Q59TB2, SUV3_CANAL ; -DR Q5ZJT0, SUV3_CHICK ; A4IG62, SUV3_DANRE ; Q9VN03, SUV3_DROME ; -DR Q295E6, SUV3_DROPS ; Q8IYB8, SUV3_HUMAN ; Q80YD1, SUV3_MOUSE ; -DR Q5EBA1, SUV3_RAT ; O74727, SUV3_SACPA ; O94445, SUV3_SCHPO ; -DR P32580, SUV3_YEAST ; Q1XG89, TDR12_BOMMO; Q587J7, TDR12_HUMAN; -DR Q9CWU0, TDR12_MOUSE; B8A4F4, TDRD9_DANRE; Q8NDG6, TDRD9_HUMAN; -DR Q14BI7, TDRD9_MOUSE; Q3MHU3, TDRD9_RAT ; Q9U2G0, U520_CAEEL ; -DR Q9VUV9, U520_DROME ; O75643, U520_HUMAN ; Q6P4T2, U520_MOUSE ; -DR F1LNJ2, U520_RAT ; O94536, UCP12_SCHPO; P09052, VASA1_DROME; -DR Q4JG17, VASAL_PENVA; P0C9A5, VF113_ASFP4; Q65191, VF509_ASFB7; -DR P0C9B0, VF509_ASFK5; Q89576, VF509_ASFM2; P0C9A8, VF509_ASFP4; -DR P0C9A9, VF509_ASFWA; Q58900, Y1505_METJA; P52271, Y308_MYCGE ; -DR P47664, Y425_MYCGE ; P75335, Y443_MYCPN ; Q9W3Y5, Y4443_DROME; -DR P75172, Y623_MYCPN ; Q86B47, Y8611_DROME; O34750, YFML_BACSU ; -DR O74356, YH16_SCHPO ; Q9HDY4, YK16_SCHPO ; Q9HE06, YK99_SCHPO ; -DR Q5UR22, YL364_MIMIV; Q5UQW0, YL377_MIMIV; Q5UQ46, YL396_MIMIV; -DR Q06698, YL419_YEAST; Q5UQ98, YL538_MIMIV; Q5UQ96, YL540_MIMIV; -DR P34668, YO12_CAEEL ; Q5UPX0, YR290_MIMIV; Q5UQU2, YR350_MIMIV; -DR Q5UR20, YR366_MIMIV; Q5UQD1, YR458_MIMIV; Q7T6X3, YR563_MIMIV; -DR Q9H6S0, YTDC2_HUMAN; B2RR83, YTDC2_MOUSE; Q5R746, YTDC2_PONAB; -DR E9P860, ZNFX1_CAEEL; +DR P38935, SMBP2_HUMAN; Q60560, SMBP2_MESAU; P40694, SMBP2_MOUSE; +DR Q9EQN5, SMBP2_RAT ; Q9VL52, SOYB_DROME ; A6R918, SPB4_AJECN ; +DR A1CL59, SPB4_ASPCL ; Q4WYJ7, SPB4_ASPFU ; A2QE29, SPB4_ASPNC ; +DR Q2UBZ5, SPB4_ASPOR ; Q0CQF3, SPB4_ASPTN ; A6RMZ2, SPB4_BOTFB ; +DR Q59N29, SPB4_CANAL ; Q6FKS8, SPB4_CANGA ; Q2GV49, SPB4_CHAGB ; +DR Q1E1R7, SPB4_COCIM ; P0CR09, SPB4_CRYNB ; P0CR08, SPB4_CRYNJ ; +DR Q6BSM3, SPB4_DEBHA ; Q5B8F4, SPB4_EMENI ; Q8SR49, SPB4_ENCCU ; +DR Q750F8, SPB4_EREGS ; Q4HVW2, SPB4_GIBZE ; Q6CN92, SPB4_KLULA ; +DR A5E2I8, SPB4_LODEL ; A1D699, SPB4_NEOFI ; Q873H9, SPB4_NEUCR ; +DR Q0UP45, SPB4_PHANO ; A5DGM4, SPB4_PICGU ; A3LX02, SPB4_PICST ; +DR O74764, SPB4_SCHPO ; A7F2S3, SPB4_SCLS1 ; Q4P9E5, SPB4_USTMA ; +DR A7TJS7, SPB4_VANPO ; A7A237, SPB4_YEAS7 ; P25808, SPB4_YEAST ; +DR Q16JS8, SPNE_AEDAE ; Q7QCW2, SPNE_ANOGA ; B0XDC4, SPNE_CULQU ; +DR B3M383, SPNE_DROAN ; B3P3W1, SPNE_DROER ; B4JT42, SPNE_DROGR ; +DR Q9VF26, SPNE_DROME ; B4K5R2, SPNE_DROMO ; B4GEU5, SPNE_DROPE ; +DR Q296Q5, SPNE_DROPS ; B4HLH4, SPNE_DROSE ; B4LX81, SPNE_DROVI ; +DR B4NBB0, SPNE_DROWI ; B4PRJ9, SPNE_DROYA ; P21507, SRMB_ECOLI ; +DR P44701, SRMB_HAEIN ; A7TLA0, SUB21_VANPO; A7TJT7, SUB22_VANPO; +DR A6R603, SUB2_AJECN ; A1CMQ7, SUB2_ASPCL ; Q4WCW2, SUB2_ASPFU ; +DR A2R0B5, SUB2_ASPNC ; Q2U6P7, SUB2_ASPOR ; Q0CGJ9, SUB2_ASPTN ; +DR Q6FL17, SUB2_CANGA ; Q2H4D0, SUB2_CHAGB ; Q1DI07, SUB2_COCIM ; +DR P0CQ97, SUB2_CRYNB ; P0CQ96, SUB2_CRYNJ ; Q6BME5, SUB2_DEBHA ; +DR Q5ASK8, SUB2_EMENI ; Q759L6, SUB2_EREGS ; Q6CM95, SUB2_KLULA ; +DR A5E3W5, SUB2_LODEL ; A1DL85, SUB2_NEOFI ; Q0TXZ2, SUB2_PHANO ; +DR A5DDN0, SUB2_PICGU ; A3LST5, SUB2_PICST ; A4RBS3, SUB2_PYRO7 ; +DR O13792, SUB2_SCHPO ; A7EIX7, SUB2_SCLS1 ; Q6CH90, SUB2_YARLI ; +DR A6ZXP4, SUB2_YEAS7 ; Q07478, SUB2_YEAST ; F4KFV7, SUV3L_ARATH; +DR Q01IJ3, SUV3L_ORYSI; Q7X745, SUV3L_ORYSJ; Q9SMX1, SUV3M_ARATH; +DR Q10D00, SUV3M_ORYSJ; Q61SU7, SUV3_CAEBR ; Q17828, SUV3_CAEEL ; +DR Q59TB2, SUV3_CANAL ; Q5ZJT0, SUV3_CHICK ; A4IG62, SUV3_DANRE ; +DR Q9VN03, SUV3_DROME ; Q295E6, SUV3_DROPS ; Q8IYB8, SUV3_HUMAN ; +DR Q80YD1, SUV3_MOUSE ; Q5EBA1, SUV3_RAT ; O74727, SUV3_SACPA ; +DR O94445, SUV3_SCHPO ; P32580, SUV3_YEAST ; Q1XG89, TDR12_BOMMO; +DR Q587J7, TDR12_HUMAN; Q9CWU0, TDR12_MOUSE; B8A4F4, TDRD9_DANRE; +DR Q8NDG6, TDRD9_HUMAN; Q14BI7, TDRD9_MOUSE; Q3MHU3, TDRD9_RAT ; +DR Q9U2G0, U520_CAEEL ; Q9VUV9, U520_DROME ; O75643, U520_HUMAN ; +DR Q6P4T2, U520_MOUSE ; F1LNJ2, U520_RAT ; O94536, UCP12_SCHPO; +DR P09052, VASA1_DROME; Q4JG17, VASAL_PENVA; P0C9A5, VF113_ASFP4; +DR Q65191, VF509_ASFB7; P0C9B0, VF509_ASFK5; Q89576, VF509_ASFM2; +DR P0C9A8, VF509_ASFP4; P0C9A9, VF509_ASFWA; Q58900, Y1505_METJA; +DR P52271, Y308_MYCGE ; P47664, Y425_MYCGE ; P75335, Y443_MYCPN ; +DR Q9W3Y5, Y4443_DROME; P75172, Y623_MYCPN ; Q86B47, Y8611_DROME; +DR O34750, YFML_BACSU ; O74356, YH16_SCHPO ; Q9HDY4, YK16_SCHPO ; +DR Q9HE06, YK99_SCHPO ; Q5UR22, YL364_MIMIV; Q5UQW0, YL377_MIMIV; +DR Q5UQ46, YL396_MIMIV; Q06698, YL419_YEAST; Q5UQ98, YL538_MIMIV; +DR Q5UQ96, YL540_MIMIV; P34668, YO12_CAEEL ; Q5UPX0, YR290_MIMIV; +DR Q5UQU2, YR350_MIMIV; Q5UR20, YR366_MIMIV; Q5UQD1, YR458_MIMIV; +DR Q7T6X3, YR563_MIMIV; Q9H6S0, YTDC2_HUMAN; B2RR83, YTDC2_MOUSE; +DR Q5R746, YTDC2_PONAB; E9P860, ZNFX1_CAEEL; // ID 3.6.5.1 DE heterotrimeric G-protein GTPase. @@ -121958,102 +122459,112 @@ DR Q007T2, CDC42_PIG ; Q8CFN2, CDC42_RAT ; P19073, CDC42_YEAST; DR Q94CF0, EHD1_ARATH ; B3LF48, EHD2_ARATH ; Q94148, RAB10_CAEEL; DR P24409, RAB10_CANLF; Q5ZIT5, RAB10_CHICK; P61026, RAB10_HUMAN; DR P61027, RAB10_MOUSE; Q5R5U1, RAB10_PONAB; P35281, RAB10_RAT ; -DR P62822, RAB1A_CANLF; P62820, RAB1A_HUMAN; P62821, RAB1A_MOUSE; -DR Q52NJ2, RAB1A_PIG ; Q6NYB7, RAB1A_RAT ; Q2HJH2, RAB1B_BOVIN; -DR Q9H0U4, RAB1B_HUMAN; Q4R8X3, RAB1B_MACFA; Q9D1G1, RAB1B_MOUSE; -DR Q06AU7, RAB1B_PIG ; Q5RE13, RAB1B_PONAB; P10536, RAB1B_RAT ; -DR Q92928, RAB1C_HUMAN; P61105, RAB2A_CANLF; Q90965, RAB2A_CHICK; -DR P36409, RAB2A_DICDI; P61019, RAB2A_HUMAN; Q4R4X6, RAB2A_MACFA; -DR P86207, RAB2A_MESAU; P53994, RAB2A_MOUSE; Q5R6B6, RAB2A_PONAB; -DR Q01971, RAB2A_RABIT; P05712, RAB2A_RAT ; Q8WUD1, RAB2B_HUMAN; -DR P59279, RAB2B_MOUSE; O18333, RAB2_DROME ; Q2TBH7, RAB4A_BOVIN; -DR Q6PHI9, RAB4A_DANRE; P20338, RAB4A_HUMAN; P56371, RAB4A_MOUSE; -DR P05714, RAB4A_RAT ; P61017, RAB4B_CANLF; Q68EK7, RAB4B_DANRE; -DR P61018, RAB4B_HUMAN; Q91ZR1, RAB4B_MOUSE; P51146, RAB4B_RAT ; -DR Q0IIG7, RAB5A_BOVIN; P18066, RAB5A_CANLF; P20339, RAB5A_HUMAN; -DR P61271, RAB5A_MACFA; Q9CQD1, RAB5A_MOUSE; Q06AU6, RAB5A_PIG ; -DR M0RC99, RAB5A_RAT ; Q5ZHW4, RAB5B_CHICK; P61020, RAB5B_HUMAN; -DR P61021, RAB5B_MOUSE; Q76NM7, RAB5B_PLAF7; Q5RBG1, RAB5B_PONAB; -DR Q58DS9, RAB5C_BOVIN; P51147, RAB5C_CANLF; Q98932, RAB5C_CHICK; -DR P51148, RAB5C_HUMAN; P35278, RAB5C_MOUSE; Q5R7L7, RAB5C_PONAB; -DR Q9V3I2, RAB5_DROME ; A6QR46, RAB6B_BOVIN; Q9NRW1, RAB6B_HUMAN; -DR P61294, RAB6B_MOUSE; Q3T0F5, RAB7A_BOVIN; P18067, RAB7A_CANLF; -DR P36411, RAB7A_DICDI; P51149, RAB7A_HUMAN; P51150, RAB7A_MOUSE; -DR Q95UJ0, RAB7A_PAROT; Q5R9Y4, RAB7A_PONAB; O97572, RAB7A_RABIT; -DR P09527, RAB7A_RAT ; O76742, RAB7_DROME ; A4FV54, RAB8A_BOVIN; -DR P61007, RAB8A_CANLF; Q5F470, RAB8A_CHICK; P61006, RAB8A_HUMAN; -DR Q4R5P1, RAB8A_MACFA; P55258, RAB8A_MOUSE; Q5R4A3, RAB8A_PONAB; -DR P35280, RAB8A_RAT ; P62998, RAC1_BOVIN ; P62999, RAC1_CANLF ; -DR P80236, RAC1_CAVPO ; P63000, RAC1_HUMAN ; P63001, RAC1_MOUSE ; -DR Q6RUV5, RAC1_RAT ; P60763, RAC3_HUMAN ; P60764, RAC3_MOUSE ; -DR Q24814, RACA_ENTH1 ; Q24815, RACB_ENTH1 ; Q24816, RACC_ENTH1 ; -DR Q24817, RACD_ENTH1 ; O76321, RACG_ENTH1 ; P48555, RALA_DROME ; -DR P11233, RALA_HUMAN ; P63321, RALA_MOUSE ; P63322, RALA_RAT ; -DR P63320, RALA_SAGOE ; Q9YH09, RALBA_XENLA; Q6IP71, RALBB_XENLA; -DR P11234, RALB_HUMAN ; Q4R379, RALB_MACFA ; Q9JIW9, RALB_MOUSE ; -DR Q5R4B8, RALB_PONAB ; P36860, RALB_RAT ; P22124, RAL_DIPOM ; -DR P62833, RAP1A_BOVIN; P62834, RAP1A_HUMAN; P62835, RAP1A_MOUSE; -DR P62836, RAP1A_RAT ; P61223, RAP1B_BOVIN; Q5ZHX1, RAP1B_CHICK; -DR Q9YH37, RAP1B_CYPCA; Q6TEN1, RAP1B_DANRE; P61224, RAP1B_HUMAN; -DR Q4R9D4, RAP1B_MACFA; Q99JI6, RAP1B_MOUSE; A5A6J7, RAP1B_PANTR; -DR Q5RDM6, RAP1B_PONAB; Q62636, RAP1B_RAT ; Q7ZXH7, RAP1B_XENLA; -DR Q640R7, RAP1B_XENTR; Q18246, RAP1_CAEEL ; P08645, RAP1_DROME ; -DR Q94694, RAP1_PHYPO ; P10114, RAP2A_HUMAN; Q80ZJ1, RAP2A_MOUSE; -DR Q06AU2, RAP2A_PIG ; Q5R988, RAP2A_PONAB; P61225, RAP2B_HUMAN; -DR P61226, RAP2B_MOUSE; P61227, RAP2B_RAT ; Q08DI5, RAP2C_BOVIN; -DR Q9Y3L5, RAP2C_HUMAN; Q8BU31, RAP2C_MOUSE; P18613, RAPA_DICDI ; -DR P22123, RAPA_DIPOM ; Q86L51, RAPB_DICDI ; Q55BW0, RAPC_DICDI ; -DR C4YKT4, RAS1_CANAW ; P0CY32, RAS1_CANAX ; B3M185, RAS1_DROAN ; -DR B3NZR4, RAS1_DROER ; B4JFU8, RAS1_DROGR ; P83832, RAS1_DROMA ; -DR P08646, RAS1_DROME ; B4KB60, RAS1_DROMO ; B4GFJ8, RAS1_DROPE ; -DR Q295X7, RAS1_DROPS ; B4HKC7, RAS1_DROSE ; P83831, RAS1_DROSI ; -DR B4LY29, RAS1_DROVI ; B4NJ72, RAS1_DROWI ; B4PUP5, RAS1_DROYA ; -DR P51539, RAS1_HYDVU ; P22278, RAS1_MUCCL ; P22126, RAS1_NEUCR ; -DR P34729, RAS1_PHYPO ; P01119, RAS1_YEAST ; P04388, RAS2_DROME ; -DR P38976, RAS2_HYDVU ; P22279, RAS2_MUCCL ; Q01387, RAS2_NEUCR ; -DR P34726, RAS2_PHYPO ; P01120, RAS2_YEAST ; P22280, RAS3_MUCCL ; -DR P32252, RASB_DICDI ; P32253, RASC_DICDI ; P03967, RASD_DICDI ; -DR Q7Z444, RASE_HUMAN ; Q7TN89, RASE_MOUSE ; P15064, RASG_DICDI ; -DR P08642, RASH_CHICK ; P01112, RASH_HUMAN ; Q60529, RASH_MESAU ; -DR Q61411, RASH_MOUSE ; P01115, RASH_MSVHA ; P01113, RASH_MSVMO ; -DR P23175, RASH_MSVNS ; P20171, RASH_RAT ; P01114, RASH_RRASV ; -DR Q9YH38, RASK_CYPCA ; P01116, RASK_HUMAN ; Q5EFX7, RASK_KRYMA ; -DR P79800, RASK_MELGA ; Q07983, RASK_MONDO ; P32883, RASK_MOUSE ; -DR P01117, RASK_MSVKI ; O42277, RASK_ORYLA ; P08644, RASK_RAT ; -DR Q05147, RASK_XENLA ; Q08E00, RASLC_BOVIN; Q7SZ59, RASLC_DANRE; -DR Q9NYN1, RASLC_HUMAN; Q08AT1, RASLC_MOUSE; O42785, RASL_COLTR ; -DR A8NU18, RASL_COPC7 ; Q05058, RASL_COPCI ; O14807, RASM_HUMAN ; -DR O08989, RASM_MOUSE ; P97538, RASM_RAT ; P12825, RASN_CAVPO ; -DR Q5F352, RASN_CHICK ; P79737, RASN_DANRE ; P01111, RASN_HUMAN ; -DR Q95ME4, RASN_MONDO ; P08556, RASN_MOUSE ; Q2MJK3, RASN_PIG ; -DR Q5RD87, RASN_PONAB ; Q04970, RASN_RAT ; Q91806, RASN_XENLA ; -DR P32254, RASS_DICDI ; Q55CB0, RASU_DICDI ; Q55CB9, RASV_DICDI ; -DR Q55CC0, RASW_DICDI ; Q55CB8, RASX_DICDI ; Q55CB7, RASY_DICDI ; -DR Q55CA9, RASZ_DICDI ; P18262, RAS_ARTSA ; P87018, RAS_BOTFU ; -DR P05774, RAS_CARAU ; P0CQ43, RAS_CRYNB ; P0CQ42, RAS_CRYNJ ; -DR Q12526, RAS_EMENI ; P24498, RAS_GEOCY ; O93856, RAS_LACBI ; -DR P28775, RAS_LENED ; Q91079, RAS_LIMLI ; P08647, RAS_SCHPO ; -DR Q2TA29, RB11A_BOVIN; P62490, RB11A_CANLF; Q5ZJN2, RB11A_CHICK; -DR P62491, RB11A_HUMAN; P62492, RB11A_MOUSE; Q52NJ1, RB11A_PIG ; -DR Q5R9M7, RB11A_PONAB; P62493, RB11A_RABIT; P62494, RB11A_RAT ; -DR Q3MHP2, RB11B_BOVIN; Q15907, RB11B_HUMAN; P46638, RB11B_MOUSE; -DR O35509, RB11B_RAT ; Q1HE58, RB27A_CANLF; P51159, RB27A_HUMAN; -DR Q9ERI2, RB27A_MOUSE; Q4LE85, RB27A_PIG ; P23640, RB27A_RAT ; -DR Q8HZJ5, RB27B_BOVIN; O00194, RB27B_HUMAN; Q99P58, RB27B_MOUSE; -DR Q99P74, RB27B_RAT ; A6QP66, RERGL_BOVIN; Q6DGN0, RERGL_DANRE; -DR Q9H628, RERGL_HUMAN; Q0VCJ7, RERG_BOVIN ; Q96A58, RERG_HUMAN ; -DR Q8R367, RERG_MOUSE ; P31021, RHO1_ENTH1 ; P06780, RHO1_YEAST ; -DR P06781, RHO2_YEAST ; Q00246, RHO4_YEAST ; P61585, RHOA_BOVIN ; -DR P24406, RHOA_CANLF ; P61586, RHOA_HUMAN ; Q9QUI0, RHOA_MOUSE ; -DR Q5REY6, RHOA_PONAB ; P61589, RHOA_RAT ; Q92963, RIT1_HUMAN ; -DR P70426, RIT1_MOUSE ; Q99578, RIT2_HUMAN ; P70425, RIT2_MOUSE ; -DR Q5BJQ5, RIT2_RAT ; A6NIZ1, RP1BL_HUMAN; Q92737, RSLAA_HUMAN; -DR Q8K5A4, RSLAA_MOUSE; Q96S79, RSLAB_HUMAN; Q5SSG5, RSLAB_MOUSE; -DR Q6T310, RSLBA_HUMAN; Q6IMB1, RSLBA_MOUSE; Q6IMA3, RSLBA_RAT ; -DR Q5E9J3, RSLBB_BOVIN; Q6P0U3, RSLBB_DANRE; Q9BPW5, RSLBB_HUMAN; -DR Q922H7, RSLBB_MOUSE; Q6IMA7, RSLBB_RAT ; Q8AVS6, RSLBB_XENLA; -DR Q5FVY2, RSLBB_XENTR; A1DZY4, RSLBL_DANRE; P52498, RSR1_CANAX ; -DR P13856, RSR1_YEAST ; +DR Q5ZKU5, RAB14_CHICK; P36410, RAB14_DICDI; P61106, RAB14_HUMAN; +DR Q91V41, RAB14_MOUSE; Q52NJ6, RAB14_PIG ; Q5R8Z8, RAB14_PONAB; +DR P61107, RAB14_RAT ; P62822, RAB1A_CANLF; P62820, RAB1A_HUMAN; +DR P62821, RAB1A_MOUSE; Q52NJ2, RAB1A_PIG ; Q6NYB7, RAB1A_RAT ; +DR Q2HJH2, RAB1B_BOVIN; Q9H0U4, RAB1B_HUMAN; Q4R8X3, RAB1B_MACFA; +DR Q9D1G1, RAB1B_MOUSE; Q06AU7, RAB1B_PIG ; Q5RE13, RAB1B_PONAB; +DR P10536, RAB1B_RAT ; Q92928, RAB1C_HUMAN; P61105, RAB2A_CANLF; +DR Q90965, RAB2A_CHICK; P36409, RAB2A_DICDI; P61019, RAB2A_HUMAN; +DR Q4R4X6, RAB2A_MACFA; P86207, RAB2A_MESAU; P53994, RAB2A_MOUSE; +DR Q5R6B6, RAB2A_PONAB; Q01971, RAB2A_RABIT; P05712, RAB2A_RAT ; +DR Q8WUD1, RAB2B_HUMAN; P59279, RAB2B_MOUSE; O18333, RAB2_DROME ; +DR Q2TBH7, RAB4A_BOVIN; Q6PHI9, RAB4A_DANRE; P20338, RAB4A_HUMAN; +DR P56371, RAB4A_MOUSE; P05714, RAB4A_RAT ; P61017, RAB4B_CANLF; +DR Q68EK7, RAB4B_DANRE; P61018, RAB4B_HUMAN; Q91ZR1, RAB4B_MOUSE; +DR P51146, RAB4B_RAT ; Q0IIG7, RAB5A_BOVIN; P18066, RAB5A_CANLF; +DR P20339, RAB5A_HUMAN; P61271, RAB5A_MACFA; Q9CQD1, RAB5A_MOUSE; +DR Q06AU6, RAB5A_PIG ; M0RC99, RAB5A_RAT ; Q5ZHW4, RAB5B_CHICK; +DR P61020, RAB5B_HUMAN; P61021, RAB5B_MOUSE; Q76NM7, RAB5B_PLAF7; +DR Q5RBG1, RAB5B_PONAB; Q58DS9, RAB5C_BOVIN; P51147, RAB5C_CANLF; +DR Q98932, RAB5C_CHICK; P51148, RAB5C_HUMAN; P35278, RAB5C_MOUSE; +DR Q5R7L7, RAB5C_PONAB; Q9V3I2, RAB5_DROME ; A6QR46, RAB6B_BOVIN; +DR Q9NRW1, RAB6B_HUMAN; P61294, RAB6B_MOUSE; Q3T0F5, RAB7A_BOVIN; +DR P18067, RAB7A_CANLF; P36411, RAB7A_DICDI; P51149, RAB7A_HUMAN; +DR P51150, RAB7A_MOUSE; Q95UJ0, RAB7A_PAROT; Q5R9Y4, RAB7A_PONAB; +DR O97572, RAB7A_RABIT; P09527, RAB7A_RAT ; O76742, RAB7_DROME ; +DR A4FV54, RAB8A_BOVIN; P61007, RAB8A_CANLF; Q5F470, RAB8A_CHICK; +DR P61006, RAB8A_HUMAN; Q4R5P1, RAB8A_MACFA; P55258, RAB8A_MOUSE; +DR Q5R4A3, RAB8A_PONAB; P35280, RAB8A_RAT ; P62998, RAC1_BOVIN ; +DR P62999, RAC1_CANLF ; P80236, RAC1_CAVPO ; P63000, RAC1_HUMAN ; +DR P63001, RAC1_MOUSE ; Q6RUV5, RAC1_RAT ; P60763, RAC3_HUMAN ; +DR P60764, RAC3_MOUSE ; Q24814, RACA_ENTH1 ; Q24815, RACB_ENTH1 ; +DR Q24816, RACC_ENTH1 ; Q24817, RACD_ENTH1 ; O76321, RACG_ENTH1 ; +DR P48555, RALA_DROME ; P11233, RALA_HUMAN ; P63321, RALA_MOUSE ; +DR P63322, RALA_RAT ; P63320, RALA_SAGOE ; Q9YH09, RALBA_XENLA; +DR Q6IP71, RALBB_XENLA; P11234, RALB_HUMAN ; Q4R379, RALB_MACFA ; +DR Q9JIW9, RALB_MOUSE ; Q5R4B8, RALB_PONAB ; P36860, RALB_RAT ; +DR P22124, RAL_DIPOM ; P62833, RAP1A_BOVIN; P62834, RAP1A_HUMAN; +DR P62835, RAP1A_MOUSE; P62836, RAP1A_RAT ; P61223, RAP1B_BOVIN; +DR Q5ZHX1, RAP1B_CHICK; Q9YH37, RAP1B_CYPCA; Q6TEN1, RAP1B_DANRE; +DR P61224, RAP1B_HUMAN; Q4R9D4, RAP1B_MACFA; Q99JI6, RAP1B_MOUSE; +DR A5A6J7, RAP1B_PANTR; Q5RDM6, RAP1B_PONAB; Q62636, RAP1B_RAT ; +DR Q7ZXH7, RAP1B_XENLA; Q640R7, RAP1B_XENTR; Q18246, RAP1_CAEEL ; +DR P08645, RAP1_DROME ; Q94694, RAP1_PHYPO ; P10114, RAP2A_HUMAN; +DR Q80ZJ1, RAP2A_MOUSE; Q06AU2, RAP2A_PIG ; Q5R988, RAP2A_PONAB; +DR P61225, RAP2B_HUMAN; P61226, RAP2B_MOUSE; P61227, RAP2B_RAT ; +DR Q08DI5, RAP2C_BOVIN; Q9Y3L5, RAP2C_HUMAN; Q8BU31, RAP2C_MOUSE; +DR P18613, RAPA_DICDI ; P22123, RAPA_DIPOM ; Q86L51, RAPB_DICDI ; +DR Q55BW0, RAPC_DICDI ; C4YKT4, RAS1_CANAW ; P0CY32, RAS1_CANAX ; +DR B3M185, RAS1_DROAN ; B3NZR4, RAS1_DROER ; B4JFU8, RAS1_DROGR ; +DR P83832, RAS1_DROMA ; P08646, RAS1_DROME ; B4KB60, RAS1_DROMO ; +DR B4GFJ8, RAS1_DROPE ; Q295X7, RAS1_DROPS ; B4HKC7, RAS1_DROSE ; +DR P83831, RAS1_DROSI ; B4LY29, RAS1_DROVI ; B4NJ72, RAS1_DROWI ; +DR B4PUP5, RAS1_DROYA ; P51539, RAS1_HYDVU ; P22278, RAS1_MUCCL ; +DR P22126, RAS1_NEUCR ; P34729, RAS1_PHYPO ; P01119, RAS1_YEAST ; +DR P04388, RAS2_DROME ; P38976, RAS2_HYDVU ; P22279, RAS2_MUCCL ; +DR Q01387, RAS2_NEUCR ; P34726, RAS2_PHYPO ; P01120, RAS2_YEAST ; +DR P22280, RAS3_MUCCL ; Q4X241, RASB_ASPFU ; P32252, RASB_DICDI ; +DR P32253, RASC_DICDI ; P03967, RASD_DICDI ; Q7Z444, RASE_HUMAN ; +DR Q7TN89, RASE_MOUSE ; P15064, RASG_DICDI ; P08642, RASH_CHICK ; +DR P01112, RASH_HUMAN ; Q60529, RASH_MESAU ; Q61411, RASH_MOUSE ; +DR P01115, RASH_MSVHA ; P01113, RASH_MSVMO ; P23175, RASH_MSVNS ; +DR P20171, RASH_RAT ; P01114, RASH_RRASV ; Q9YH38, RASK_CYPCA ; +DR P01116, RASK_HUMAN ; Q5EFX7, RASK_KRYMA ; P79800, RASK_MELGA ; +DR Q07983, RASK_MONDO ; P32883, RASK_MOUSE ; P01117, RASK_MSVKI ; +DR O42277, RASK_ORYLA ; P08644, RASK_RAT ; Q05147, RASK_XENLA ; +DR Q08E00, RASLC_BOVIN; Q7SZ59, RASLC_DANRE; Q9NYN1, RASLC_HUMAN; +DR Q08AT1, RASLC_MOUSE; O42785, RASL_COLTR ; A8NU18, RASL_COPC7 ; +DR Q05058, RASL_COPCI ; O14807, RASM_HUMAN ; O08989, RASM_MOUSE ; +DR P97538, RASM_RAT ; P12825, RASN_CAVPO ; Q5F352, RASN_CHICK ; +DR P79737, RASN_DANRE ; P01111, RASN_HUMAN ; Q95ME4, RASN_MONDO ; +DR P08556, RASN_MOUSE ; Q2MJK3, RASN_PIG ; Q5RD87, RASN_PONAB ; +DR Q04970, RASN_RAT ; Q91806, RASN_XENLA ; P32254, RASS_DICDI ; +DR Q55CB0, RASU_DICDI ; Q55CB9, RASV_DICDI ; Q55CC0, RASW_DICDI ; +DR Q55CB8, RASX_DICDI ; Q55CB7, RASY_DICDI ; Q55CA9, RASZ_DICDI ; +DR P18262, RAS_ARTSA ; P87018, RAS_BOTFU ; P05774, RAS_CARAU ; +DR P0CQ43, RAS_CRYNB ; P0CQ42, RAS_CRYNJ ; Q12526, RAS_EMENI ; +DR P24498, RAS_GEOCY ; O93856, RAS_LACBI ; P28775, RAS_LENED ; +DR Q91079, RAS_LIMLI ; P08647, RAS_SCHPO ; Q2TA29, RB11A_BOVIN; +DR P62490, RB11A_CANLF; Q5ZJN2, RB11A_CHICK; P62491, RB11A_HUMAN; +DR P62492, RB11A_MOUSE; Q52NJ1, RB11A_PIG ; Q5R9M7, RB11A_PONAB; +DR P62493, RB11A_RABIT; P62494, RB11A_RAT ; Q3MHP2, RB11B_BOVIN; +DR Q15907, RB11B_HUMAN; P46638, RB11B_MOUSE; O35509, RB11B_RAT ; +DR Q1HE58, RB27A_CANLF; P51159, RB27A_HUMAN; Q9ERI2, RB27A_MOUSE; +DR Q4LE85, RB27A_PIG ; P23640, RB27A_RAT ; Q8HZJ5, RB27B_BOVIN; +DR O00194, RB27B_HUMAN; Q99P58, RB27B_MOUSE; Q99P74, RB27B_RAT ; +DR A6QP66, RERGL_BOVIN; Q6DGN0, RERGL_DANRE; Q9H628, RERGL_HUMAN; +DR Q0VCJ7, RERG_BOVIN ; Q96A58, RERG_HUMAN ; Q8R367, RERG_MOUSE ; +DR P31021, RHO1_ENTH1 ; P06780, RHO1_YEAST ; P06781, RHO2_YEAST ; +DR Q00246, RHO4_YEAST ; P61585, RHOA_BOVIN ; P24406, RHOA_CANLF ; +DR P61586, RHOA_HUMAN ; Q9QUI0, RHOA_MOUSE ; Q5REY6, RHOA_PONAB ; +DR P61589, RHOA_RAT ; Q92963, RIT1_HUMAN ; P70426, RIT1_MOUSE ; +DR Q99578, RIT2_HUMAN ; P70425, RIT2_MOUSE ; Q5BJQ5, RIT2_RAT ; +DR A6NIZ1, RP1BL_HUMAN; Q92737, RSLAA_HUMAN; Q8K5A4, RSLAA_MOUSE; +DR Q96S79, RSLAB_HUMAN; Q5SSG5, RSLAB_MOUSE; Q6T310, RSLBA_HUMAN; +DR Q6IMB1, RSLBA_MOUSE; Q6IMA3, RSLBA_RAT ; Q5E9J3, RSLBB_BOVIN; +DR Q6P0U3, RSLBB_DANRE; Q9BPW5, RSLBB_HUMAN; Q922H7, RSLBB_MOUSE; +DR Q6IMA7, RSLBB_RAT ; Q8AVS6, RSLBB_XENLA; Q5FVY2, RSLBB_XENTR; +DR A1DZY4, RSLBL_DANRE; P52498, RSR1_CANAX ; P13856, RSR1_YEAST ; +DR O04834, SAR1A_ARATH; Q3T0D7, SAR1A_BOVIN; O04266, SAR1A_BRACM; +DR Q559R0, SAR1A_DICDI; Q9NR31, SAR1A_HUMAN; P36536, SAR1A_MOUSE; +DR Q52NJ3, SAR1A_PIG ; Q5R548, SAR1A_PONAB; Q01474, SAR1B_ARATH; +DR Q3T0T7, SAR1B_BOVIN; O04267, SAR1B_BRACM; Q9QVY3, SAR1B_CRIGR; +DR Q54Y14, SAR1B_DICDI; Q9Y6B6, SAR1B_HUMAN; Q9CQC9, SAR1B_MOUSE; +DR Q5PYH3, SAR1B_PIG ; Q5HZY2, SAR1B_RAT ; Q23445, SAR1_CAEEL ; +DR Q8MQT8, SAR1_GIAIN ; P52885, SAR1_TOBAC ; P44280, Y1637_HAEIN; +DR P76046, YCJX_ECOLI ; Q8EG04, YCJX_SHEON ; // ID 3.6.5.3 DE protein-synthesizing GTPase. @@ -122108,13 +122619,13 @@ CC -!- Formerly EC 3.6.1.49. DR A9CHH2, FTSY_AGRFC ; O67066, FTSY_AQUAE ; P51835, FTSY_BACSU ; DR Q8G736, FTSY_BIFLO ; P57137, FTSY_BUCAI ; Q8KA77, FTSY_BUCAP ; DR Q89B28, FTSY_BUCBP ; Q9Z6T7, FTSY_CHLPN ; Q9RS67, FTSY_DEIRA ; -DR Q726P7, FTSY_DESVH ; P10121, FTSY_ECOLI ; P44870, FTSY_HAEIN ; -DR D4GYW6, FTSY_HALVD ; D3UJA7, FTSY_HELM1 ; Q9ZL80, FTSY_HELPJ ; -DR O25458, FTSY_HELPY ; Q8TIN7, FTSY_METAC ; O32861, FTSY_METH1 ; -DR Q57739, FTSY_METJA ; P66843, FTSY_MYCBO ; P47539, FTSY_MYCGE ; -DR O33010, FTSY_MYCLE ; Q6MTB9, FTSY_MYCMS ; P75362, FTSY_MYCPN ; -DR P9WGD8, FTSY_MYCTO ; P9WGD9, FTSY_MYCTU ; P14929, FTSY_NEIGO ; -DR P57010, FTSY_NEIMA ; P57011, FTSY_NEIMB ; O30391, FTSY_NEIMC ; +DR P10121, FTSY_ECOLI ; P44870, FTSY_HAEIN ; D4GYW6, FTSY_HALVD ; +DR D3UJA7, FTSY_HELM1 ; Q9ZL80, FTSY_HELPJ ; O25458, FTSY_HELPY ; +DR Q8TIN7, FTSY_METAC ; O32861, FTSY_METH1 ; Q57739, FTSY_METJA ; +DR P66843, FTSY_MYCBO ; P47539, FTSY_MYCGE ; O33010, FTSY_MYCLE ; +DR Q6MTB9, FTSY_MYCMS ; P75362, FTSY_MYCPN ; P9WGD8, FTSY_MYCTO ; +DR P9WGD9, FTSY_MYCTU ; P14929, FTSY_NEIGO ; P57010, FTSY_NEIMA ; +DR P57011, FTSY_NEIMB ; O30391, FTSY_NEIMC ; Q726P7, FTSY_NITV2 ; DR Q1RKK5, FTSY_RICBR ; Q92GB8, FTSY_RICCN ; Q4UK46, FTSY_RICFE ; DR O05948, FTSY_RICPR ; Q68VX4, FTSY_RICTY ; Q8CWX8, FTSY_STRMU ; DR P27414, FTSY_SULAC ; P73930, FTSY_SYNY3 ; Q9HJ93, FTSY_THEAC ; @@ -122170,7 +122681,8 @@ DR Q08DF4, DYN1_BOVIN ; P39055, DYN1_CAEEL ; Q05193, DYN1_HUMAN ; DR P39053, DYN1_MOUSE ; P21575, DYN1_RAT ; A6H7I5, DYN2_BOVIN ; DR P50570, DYN2_HUMAN ; P39054, DYN2_MOUSE ; P39052, DYN2_RAT ; DR Q9UQ16, DYN3_HUMAN ; Q8BZ98, DYN3_MOUSE ; Q08877, DYN3_RAT ; -DR P27619, DYN_DROME ; Q5F499, OPA1_CHICK ; Q5U3A7, OPA1_DANRE ; +DR P27619, DYN_DROME ; G0SGC7, MGM1_CHATD ; P32266, MGM1_YEAST ; +DR P87320, MSP1_SCHPO ; Q5F499, OPA1_CHICK ; Q5U3A7, OPA1_DANRE ; DR O60313, OPA1_HUMAN ; P58281, OPA1_MOUSE ; O93248, OPA1_ONCMA ; DR Q5RAM3, OPA1_PONAB ; Q2TA68, OPA1_RAT ; // @@ -122249,7 +122761,7 @@ DR A4SFN5, LEPA_CHLPM ; Q9Z8I4, LEPA_CHLPN ; B0B9H2, LEPA_CHLT2 ; DR Q3KMV7, LEPA_CHLTA ; B0BB51, LEPA_CHLTB ; Q8KCH0, LEPA_CHLTE ; DR O84067, LEPA_CHLTR ; A0M6M2, LEPA_CHRFK ; Q1QX26, LEPA_CHRSD ; DR Q7NWC7, LEPA_CHRVO ; B5EB36, LEPA_CITBB ; A8AD16, LEPA_CITK8 ; -DR A5CR97, LEPA_CLAM3 ; B0RCT0, LEPA_CLAMS ; Q97JJ6, LEPA_CLOAB ; +DR A5CR97, LEPA_CLAM3 ; B0RCT0, LEPA_CLASE ; Q97JJ6, LEPA_CLOAB ; DR A7FXL9, LEPA_CLOB1 ; C3L3H1, LEPA_CLOB6 ; A5I644, LEPA_CLOBH ; DR C1FVU4, LEPA_CLOBJ ; B1ILM7, LEPA_CLOBK ; A7GHI0, LEPA_CLOBL ; DR B1KZP1, LEPA_CLOBM ; Q182F4, LEPA_CLOD6 ; A5N6L8, LEPA_CLOK5 ; @@ -122265,63 +122777,62 @@ DR Q47EG0, LEPA_DECAR ; Q3Z864, LEPA_DEHM1 ; A5FR18, LEPA_DEHMB ; DR Q3ZXK4, LEPA_DEHMC ; Q1IXW5, LEPA_DEIGD ; Q9RV84, LEPA_DEIRA ; DR A9BNJ8, LEPA_DELAS ; B1I6E0, LEPA_DESAP ; B8J444, LEPA_DESDA ; DR B8FUP2, LEPA_DESHD ; Q24SR6, LEPA_DESHY ; A9A0N0, LEPA_DESOH ; -DR Q6AL53, LEPA_DESPS ; A4J7F8, LEPA_DESRM ; Q72E76, LEPA_DESVH ; -DR B8DIZ5, LEPA_DESVM ; A8LR11, LEPA_DINSH ; A7ZQ13, LEPA_ECO24 ; -DR B7UH09, LEPA_ECO27 ; B7MIQ4, LEPA_ECO45 ; B7LDG2, LEPA_ECO55 ; -DR P60787, LEPA_ECO57 ; B5Z143, LEPA_ECO5E ; B7NRM2, LEPA_ECO7I ; -DR B7MYK1, LEPA_ECO81 ; B7M8I2, LEPA_ECO8A ; C4ZYJ2, LEPA_ECOBW ; -DR B1XB43, LEPA_ECODH ; A8A379, LEPA_ECOHS ; A1AE99, LEPA_ECOK1 ; -DR Q0TER9, LEPA_ECOL5 ; P60786, LEPA_ECOL6 ; B1IVQ8, LEPA_ECOLC ; -DR P60785, LEPA_ECOLI ; B7N6F7, LEPA_ECOLU ; B6I5E3, LEPA_ECOSE ; -DR B1LP82, LEPA_ECOSM ; Q1R8G3, LEPA_ECOUT ; C5BAI0, LEPA_EDWI9 ; -DR Q3YSC2, LEPA_EHRCJ ; Q2GGA6, LEPA_EHRCR ; Q5FHQ1, LEPA_EHRRG ; -DR Q5HBH4, LEPA_EHRRW ; A4WDE0, LEPA_ENT38 ; Q831Z0, LEPA_ENTFA ; -DR B2VI44, LEPA_ERWT9 ; Q2N9U6, LEPA_ERYLH ; B7LUZ5, LEPA_ESCF3 ; -DR B1YKS5, LEPA_EXIS2 ; C4L433, LEPA_EXISA ; B0S1G2, LEPA_FINM2 ; -DR A5FLU8, LEPA_FLAJ1 ; A6H1S4, LEPA_FLAPJ ; Q0RP81, LEPA_FRAAA ; -DR Q2JDK2, LEPA_FRACC ; B0TW33, LEPA_FRAP2 ; Q14FW1, LEPA_FRAT1 ; -DR A7N9A4, LEPA_FRATF ; Q2A5X6, LEPA_FRATH ; B2SEJ6, LEPA_FRATM ; -DR A0Q453, LEPA_FRATN ; Q0BP65, LEPA_FRATO ; Q5NEF8, LEPA_FRATT ; -DR A4J080, LEPA_FRATW ; Q8RFD1, LEPA_FUSNN ; B9M4U5, LEPA_GEODF ; -DR Q5KWZ3, LEPA_GEOKA ; Q39US7, LEPA_GEOMG ; P60789, LEPA_GEOSL ; -DR C6DZ67, LEPA_GEOSM ; A4IR35, LEPA_GEOTN ; A5G4G3, LEPA_GEOUR ; -DR B7KJX0, LEPA_GLOC7 ; Q7NGX4, LEPA_GLOVI ; A9HG78, LEPA_GLUDA ; -DR Q5FUC2, LEPA_GLUOX ; Q0BRZ7, LEPA_GRABC ; Q7VL73, LEPA_HAEDU ; -DR Q4QPM8, LEPA_HAEI8 ; A5UBC2, LEPA_HAEIE ; A5UFI9, LEPA_HAEIG ; -DR P43729, LEPA_HAEIN ; Q2SL35, LEPA_HAHCH ; Q9KD76, LEPA_HALH5 ; -DR C4K3Z1, LEPA_HAMD5 ; Q17X87, LEPA_HELAH ; Q7VJZ1, LEPA_HELHP ; -DR B0TAD2, LEPA_HELMI ; B6JKS8, LEPA_HELP2 ; B5ZAB8, LEPA_HELPG ; -DR Q1CUF5, LEPA_HELPH ; Q9ZM93, LEPA_HELPJ ; B2USI5, LEPA_HELPS ; -DR O25122, LEPA_HELPY ; A4G6S1, LEPA_HERAR ; Q0I4Z1, LEPA_HISS1 ; -DR B0USR9, LEPA_HISS2 ; Q31HP5, LEPA_HYDCU ; B4U6M2, LEPA_HYDS0 ; -DR Q0C5X0, LEPA_HYPNA ; Q5R104, LEPA_IDILO ; A6SXR0, LEPA_JANMA ; -DR Q28LR4, LEPA_JANSC ; A6WDJ3, LEPA_KINRD ; B5XNG8, LEPA_KLEP3 ; -DR A6TCI3, LEPA_KLEP7 ; B2GHU9, LEPA_KOCRD ; Q1IV51, LEPA_KORVE ; -DR Q5FJP6, LEPA_LACAC ; B3WEQ5, LEPA_LACCB ; Q1G9R4, LEPA_LACDA ; -DR Q049W8, LEPA_LACDB ; C4Z541, LEPA_LACE2 ; Q044A7, LEPA_LACGA ; -DR A8YVQ1, LEPA_LACH4 ; P60790, LEPA_LACJO ; Q9CGI8, LEPA_LACLA ; -DR A2RL76, LEPA_LACLM ; Q02Z80, LEPA_LACLS ; Q038N6, LEPA_LACP3 ; -DR A9KKU4, LEPA_LACP7 ; C1D7L2, LEPA_LARHH ; Q38W39, LEPA_LATSS ; -DR Q1MQF3, LEPA_LAWIP ; Q5X443, LEPA_LEGPA ; A5ID24, LEPA_LEGPC ; -DR Q5ZUD2, LEPA_LEGPH ; Q5WVI1, LEPA_LEGPL ; Q6AEB5, LEPA_LEIXX ; -DR B0S8S7, LEPA_LEPBA ; Q04SN9, LEPA_LEPBJ ; Q050R3, LEPA_LEPBL ; -DR B0SRL4, LEPA_LEPBP ; B1XZN0, LEPA_LEPCP ; Q72QU8, LEPA_LEPIC ; -DR Q8F500, LEPA_LEPIN ; Q03QU8, LEPA_LEVBA ; Q1WUE6, LEPA_LIGS1 ; -DR B2GBR9, LEPA_LIMF3 ; A5VJE9, LEPA_LIMRD ; B2G6W5, LEPA_LIMRJ ; -DR Q92BN4, LEPA_LISIN ; C1KVC6, LEPA_LISMC ; Q71ZJ1, LEPA_LISMF ; -DR B8DE32, LEPA_LISMH ; Q8Y742, LEPA_LISMO ; A0AIS8, LEPA_LISW6 ; -DR B9E6X5, LEPA_MACCJ ; A0L631, LEPA_MAGMM ; Q2W0F9, LEPA_MAGSA ; +DR Q6AL53, LEPA_DESPS ; A4J7F8, LEPA_DESRM ; A8LR11, LEPA_DINSH ; +DR A7ZQ13, LEPA_ECO24 ; B7UH09, LEPA_ECO27 ; B7MIQ4, LEPA_ECO45 ; +DR B7LDG2, LEPA_ECO55 ; P60787, LEPA_ECO57 ; B5Z143, LEPA_ECO5E ; +DR B7NRM2, LEPA_ECO7I ; B7MYK1, LEPA_ECO81 ; B7M8I2, LEPA_ECO8A ; +DR C4ZYJ2, LEPA_ECOBW ; B1XB43, LEPA_ECODH ; A8A379, LEPA_ECOHS ; +DR A1AE99, LEPA_ECOK1 ; Q0TER9, LEPA_ECOL5 ; P60786, LEPA_ECOL6 ; +DR B1IVQ8, LEPA_ECOLC ; P60785, LEPA_ECOLI ; B7N6F7, LEPA_ECOLU ; +DR B6I5E3, LEPA_ECOSE ; B1LP82, LEPA_ECOSM ; Q1R8G3, LEPA_ECOUT ; +DR C5BAI0, LEPA_EDWI9 ; Q3YSC2, LEPA_EHRCJ ; Q2GGA6, LEPA_EHRCR ; +DR Q5FHQ1, LEPA_EHRRG ; Q5HBH4, LEPA_EHRRW ; A4WDE0, LEPA_ENT38 ; +DR Q831Z0, LEPA_ENTFA ; B2VI44, LEPA_ERWT9 ; Q2N9U6, LEPA_ERYLH ; +DR B7LUZ5, LEPA_ESCF3 ; B1YKS5, LEPA_EXIS2 ; C4L433, LEPA_EXISA ; +DR B0S1G2, LEPA_FINM2 ; A5FLU8, LEPA_FLAJ1 ; A6H1S4, LEPA_FLAPJ ; +DR Q0RP81, LEPA_FRAAA ; Q2JDK2, LEPA_FRACC ; B0TW33, LEPA_FRAP2 ; +DR Q14FW1, LEPA_FRAT1 ; A7N9A4, LEPA_FRATF ; Q2A5X6, LEPA_FRATH ; +DR B2SEJ6, LEPA_FRATM ; A0Q453, LEPA_FRATN ; Q0BP65, LEPA_FRATO ; +DR Q5NEF8, LEPA_FRATT ; A4J080, LEPA_FRATW ; Q8RFD1, LEPA_FUSNN ; +DR B9M4U5, LEPA_GEODF ; Q5KWZ3, LEPA_GEOKA ; Q39US7, LEPA_GEOMG ; +DR P60789, LEPA_GEOSL ; C6DZ67, LEPA_GEOSM ; A4IR35, LEPA_GEOTN ; +DR A5G4G3, LEPA_GEOUR ; B7KJX0, LEPA_GLOC7 ; Q7NGX4, LEPA_GLOVI ; +DR A9HG78, LEPA_GLUDA ; Q5FUC2, LEPA_GLUOX ; Q0BRZ7, LEPA_GRABC ; +DR Q7VL73, LEPA_HAEDU ; Q4QPM8, LEPA_HAEI8 ; A5UBC2, LEPA_HAEIE ; +DR A5UFI9, LEPA_HAEIG ; P43729, LEPA_HAEIN ; Q2SL35, LEPA_HAHCH ; +DR Q9KD76, LEPA_HALH5 ; C4K3Z1, LEPA_HAMD5 ; Q17X87, LEPA_HELAH ; +DR Q7VJZ1, LEPA_HELHP ; B0TAD2, LEPA_HELMI ; B6JKS8, LEPA_HELP2 ; +DR B5ZAB8, LEPA_HELPG ; Q1CUF5, LEPA_HELPH ; Q9ZM93, LEPA_HELPJ ; +DR B2USI5, LEPA_HELPS ; O25122, LEPA_HELPY ; A4G6S1, LEPA_HERAR ; +DR Q0I4Z1, LEPA_HISS1 ; B0USR9, LEPA_HISS2 ; Q31HP5, LEPA_HYDCU ; +DR B4U6M2, LEPA_HYDS0 ; Q0C5X0, LEPA_HYPNA ; Q5R104, LEPA_IDILO ; +DR A6SXR0, LEPA_JANMA ; Q28LR4, LEPA_JANSC ; A6WDJ3, LEPA_KINRD ; +DR B5XNG8, LEPA_KLEP3 ; A6TCI3, LEPA_KLEP7 ; B2GHU9, LEPA_KOCRD ; +DR Q1IV51, LEPA_KORVE ; Q5FJP6, LEPA_LACAC ; B3WEQ5, LEPA_LACCB ; +DR Q1G9R4, LEPA_LACDA ; Q049W8, LEPA_LACDB ; C4Z541, LEPA_LACE2 ; +DR Q044A7, LEPA_LACGA ; A8YVQ1, LEPA_LACH4 ; P60790, LEPA_LACJO ; +DR Q9CGI8, LEPA_LACLA ; A2RL76, LEPA_LACLM ; Q02Z80, LEPA_LACLS ; +DR Q038N6, LEPA_LACP3 ; A9KKU4, LEPA_LACP7 ; C1D7L2, LEPA_LARHH ; +DR Q38W39, LEPA_LATSS ; Q1MQF3, LEPA_LAWIP ; Q5X443, LEPA_LEGPA ; +DR A5ID24, LEPA_LEGPC ; Q5ZUD2, LEPA_LEGPH ; Q5WVI1, LEPA_LEGPL ; +DR Q6AEB5, LEPA_LEIXX ; B0S8S7, LEPA_LEPBA ; Q04SN9, LEPA_LEPBJ ; +DR Q050R3, LEPA_LEPBL ; B0SRL4, LEPA_LEPBP ; B1XZN0, LEPA_LEPCP ; +DR Q72QU8, LEPA_LEPIC ; Q8F500, LEPA_LEPIN ; Q03QU8, LEPA_LEVBA ; +DR Q1WUE6, LEPA_LIGS1 ; B2GBR9, LEPA_LIMF3 ; A5VJE9, LEPA_LIMRD ; +DR B2G6W5, LEPA_LIMRJ ; Q92BN4, LEPA_LISIN ; C1KVC6, LEPA_LISMC ; +DR Q71ZJ1, LEPA_LISMF ; B8DE32, LEPA_LISMH ; Q8Y742, LEPA_LISMO ; +DR A0AIS8, LEPA_LISW6 ; B9E6X5, LEPA_MACCJ ; A0L631, LEPA_MAGMM ; DR Q8EWZ9, LEPA_MALP2 ; Q65VN2, LEPA_MANSM ; Q0ATE3, LEPA_MARMM ; DR A1U2V8, LEPA_MARN8 ; C6BST2, LEPA_MARSD ; Q6F0Z2, LEPA_MESFL ; DR Q9ZHZ8, LEPA_MESH2 ; Q4A8T9, LEPA_MESH7 ; Q4AAQ8, LEPA_MESHJ ; -DR Q6KHP1, LEPA_MESM1 ; B3PLU0, LEPA_META1 ; B7KR78, LEPA_METC4 ; -DR Q608M4, LEPA_METCA ; Q1H2L5, LEPA_METFK ; B8IMT0, LEPA_METNO ; -DR B1ZC10, LEPA_METPB ; A2SDH0, LEPA_METPP ; B0UFE0, LEPA_METS4 ; -DR B8ENL1, LEPA_METSB ; B0JQT7, LEPA_MICAN ; C5CCD4, LEPA_MICLC ; -DR Q2RKX8, LEPA_MOOTA ; A5IYS0, LEPA_MYCAP ; P65270, LEPA_MYCBO ; -DR A1KL96, LEPA_MYCBP ; C1AQW9, LEPA_MYCBT ; Q2SSF7, LEPA_MYCCT ; -DR Q8GCP5, LEPA_MYCFP ; Q7NAT2, LEPA_MYCGA ; P47384, LEPA_MYCGE ; -DR B8ZUS2, LEPA_MYCLB ; P53530, LEPA_MYCLE ; Q6MTR6, LEPA_MYCMS ; +DR B3PLU0, LEPA_META1 ; B7KR78, LEPA_METC4 ; Q608M4, LEPA_METCA ; +DR Q1H2L5, LEPA_METFK ; B8IMT0, LEPA_METNO ; B1ZC10, LEPA_METPB ; +DR A2SDH0, LEPA_METPP ; B0UFE0, LEPA_METS4 ; B8ENL1, LEPA_METSB ; +DR B0JQT7, LEPA_MICAN ; C5CCD4, LEPA_MICLC ; Q2RKX8, LEPA_MOOTA ; +DR A5IYS0, LEPA_MYCAP ; P65270, LEPA_MYCBO ; A1KL96, LEPA_MYCBP ; +DR C1AQW9, LEPA_MYCBT ; Q2SSF7, LEPA_MYCCT ; Q8GCP5, LEPA_MYCFP ; +DR Q7NAT2, LEPA_MYCGA ; P47384, LEPA_MYCGE ; B8ZUS2, LEPA_MYCLB ; +DR P53530, LEPA_MYCLE ; Q6KHP1, LEPA_MYCM1 ; Q6MTR6, LEPA_MYCMS ; DR P60791, LEPA_MYCPA ; P75498, LEPA_MYCPN ; Q98QW3, LEPA_MYCPU ; DR Q4A5S3, LEPA_MYCS5 ; A3Q2A6, LEPA_MYCSJ ; A1UIU2, LEPA_MYCSK ; DR Q1B684, LEPA_MYCSS ; A5U598, LEPA_MYCTA ; P9WK96, LEPA_MYCTO ; @@ -122330,11 +122841,12 @@ DR B4RK41, LEPA_NEIG2 ; A9M3J8, LEPA_NEIM0 ; Q9JV65, LEPA_NEIMA ; DR Q9K055, LEPA_NEIMB ; A1KT27, LEPA_NEIMF ; Q2GD00, LEPA_NEOSM ; DR Q0AF67, LEPA_NITEC ; Q820H8, LEPA_NITEU ; Q1QR19, LEPA_NITHX ; DR Q2Y873, LEPA_NITMU ; Q3J8D2, LEPA_NITOC ; A6Q241, LEPA_NITSB ; -DR Q3SVT1, LEPA_NITWN ; Q5YZZ7, LEPA_NOCFA ; B2J0M4, LEPA_NOSP7 ; -DR Q8YU48, LEPA_NOSS1 ; Q2G550, LEPA_NOVAD ; Q8CXD0, LEPA_OCEIH ; -DR Q30XI4, LEPA_OLEA2 ; P60792, LEPA_ONYPE ; A5CE57, LEPA_ORITB ; -DR B3CRQ1, LEPA_ORITI ; A1R6W8, LEPA_PAEAT ; A1TLE7, LEPA_PARC0 ; -DR A6LC18, LEPA_PARD8 ; Q7U5L9, LEPA_PARMW ; B2JFK0, LEPA_PARP8 ; +DR Q72E76, LEPA_NITV2 ; B8DIZ5, LEPA_NITV9 ; Q3SVT1, LEPA_NITWN ; +DR Q5YZZ7, LEPA_NOCFA ; B2J0M4, LEPA_NOSP7 ; Q8YU48, LEPA_NOSS1 ; +DR Q2G550, LEPA_NOVAD ; Q8CXD0, LEPA_OCEIH ; Q30XI4, LEPA_OLEA2 ; +DR P60792, LEPA_ONYPE ; A5CE57, LEPA_ORITB ; B3CRQ1, LEPA_ORITI ; +DR A1R6W8, LEPA_PAEAT ; A1TLE7, LEPA_PARC0 ; A6LC18, LEPA_PARD8 ; +DR Q2W0F9, LEPA_PARM1 ; Q7U5L9, LEPA_PARMW ; B2JFK0, LEPA_PARP8 ; DR B2SZV7, LEPA_PARPJ ; Q6MEF3, LEPA_PARUW ; Q13VM6, LEPA_PARXL ; DR P57806, LEPA_PASMU ; Q6D217, LEPA_PECAS ; C6DC02, LEPA_PECCP ; DR B4SBG4, LEPA_PELPB ; A1ARG8, LEPA_PELPD ; A5D3X6, LEPA_PELTS ; @@ -122421,8 +122933,8 @@ DR Q9KPB0, LEPA_VIBCH ; C3LR06, LEPA_VIBCM ; Q87LN7, LEPA_VIBPA ; DR Q8DC78, LEPA_VIBVU ; Q7MHN6, LEPA_VIBVY ; Q8D307, LEPA_WIGBR ; DR Q73HR8, LEPA_WOLPM ; B3CPV1, LEPA_WOLPP ; Q7M8H5, LEPA_WOLSU ; DR Q5GRW9, LEPA_WOLTR ; C0R5S3, LEPA_WOLWR ; Q8PMV3, LEPA_XANAC ; -DR Q3BVV9, LEPA_XANC5 ; Q4USF4, LEPA_XANC8 ; B0RX30, LEPA_XANCB ; -DR Q8PB55, LEPA_XANCP ; Q2P4M4, LEPA_XANOM ; B2SRY0, LEPA_XANOP ; +DR Q4USF4, LEPA_XANC8 ; B0RX30, LEPA_XANCB ; Q8PB55, LEPA_XANCP ; +DR Q3BVV9, LEPA_XANE5 ; Q2P4M4, LEPA_XANOM ; B2SRY0, LEPA_XANOP ; DR Q5H1R5, LEPA_XANOR ; A7IEG8, LEPA_XANP2 ; B2I601, LEPA_XYLF2 ; DR Q9PBA1, LEPA_XYLFA ; B0U3D5, LEPA_XYLFM ; Q87C09, LEPA_XYLFT ; DR A1JKK1, LEPA_YERE8 ; A7FFT7, LEPA_YERP3 ; Q1C557, LEPA_YERPA ; @@ -122477,8 +122989,8 @@ DR A7SCH8, KYNU_NEMVE ; A5DM91, KYNU_PICGU ; A3LQD7, KYNU_PICST ; DR P83788, KYNU_PSEFL ; A4UBV5, KYNU_PYRO7 ; P70712, KYNU_RAT ; DR A4XAL2, KYNU_SALTO ; Q5DGJ1, KYNU_SCHJA ; A7ESB8, KYNU_SCLS1 ; DR B1KJM4, KYNU_SHEWM ; Q5WKB5, KYNU_SHOC1 ; B2FL97, KYNU_STRMK ; -DR A7TR79, KYNU_VANPO ; Q8PM33, KYNU_XANAC ; Q3BV40, KYNU_XANC5 ; -DR Q4UT93, KYNU_XANC8 ; B0RUZ9, KYNU_XANCB ; Q8PAD2, KYNU_XANCP ; +DR A7TR79, KYNU_VANPO ; Q8PM33, KYNU_XANAC ; Q4UT93, KYNU_XANC8 ; +DR B0RUZ9, KYNU_XANCB ; Q8PAD2, KYNU_XANCP ; Q3BV40, KYNU_XANE5 ; DR Q2P317, KYNU_XANOM ; B2SIT8, KYNU_XANOP ; Q5H039, KYNU_XANOR ; DR Q6CDM0, KYNU_YARLI ; Q05979, KYNU_YEAST ; // @@ -122496,10 +123008,8 @@ DE acylpyruvate hydrolase. CA a 3-acylpyruvate + H2O = a carboxylate + H(+) + pyruvate. CC -!- Acts on formylpyruvate, 2,4-dioxopentanoate, 2,4-dioxohexanoate and CC 2,4-dioxoheptanoate. -DR Q93ZE5, FAHD1_ARATH; Q2HJ98, FAHD1_BOVIN; Q86I22, FAHD1_DICDI; -DR Q6P587, FAHD1_HUMAN; Q8R0F8, FAHD1_MOUSE; A3AJ77, FAHD1_ORYSJ; -DR Q5RDW0, FAHD1_PONAB; Q6AYQ8, FAHD1_RAT ; Q9LUR3, FAHD2_ARATH; -DR Q10B63, FAHD2_ORYSJ; +DR Q2HJ98, FAHD1_BOVIN; Q86I22, FAHD1_DICDI; Q6P587, FAHD1_HUMAN; +DR Q8R0F8, FAHD1_MOUSE; Q5RDW0, FAHD1_PONAB; Q6AYQ8, FAHD1_RAT ; // ID 3.7.1.6 DE acetylpyruvate hydrolase. @@ -122861,6 +123371,28 @@ CC and EC 3.8.1.10). ID 3.8.2.1 DE Transferred entry: 3.1.8.2. // +ID 3.8.2.2 +DE diisopropyl-fluorophosphatase. +AN DFPase. +AN diisopropylfluorophosphonate dehalogenase. +AN diisopropylphosphofluoridase. +AN isopropylphosphorofluoridase. +AN OPAA. +AN OPA anhydrase. +AN organophosphate acid anhydrase. +AN organophosphorus acid anhydrolase. +AN somanase. +AN tabunase. +CA diisopropyl fluorophosphate + H2O = diisopropyl phosphate + fluoride + +CA 2 H(+). +CC -!- Acts on phosphorus anhydride bonds (such as phosphorus-halide and +CC phosphorus-cyanide) in organophosphorus compounds (including nerve +CC gases). +CC -!- Inhibited by chelating agents; required divalent cations. +CC -!- Related to EC 3.1.8.1. +CC -!- Formerly EC 3.1.8.2. +DR Q7SIG4, DFPA_LOLVU ; Q44238, PEPQ_ALTSX ; P77814, PEPQ_PSEHA ; +// ID 3.9.1.1 DE phosphoamidase. CA H2O + N-phosphocreatine = creatine + phosphate. @@ -122930,9 +123462,9 @@ DR B7HK47, PHNX_BACC7 ; O31156, PHNX_BACCE ; A7GML9, PHNX_BACCN ; DR B9IUR5, PHNX_BACCQ ; Q81G82, PHNX_BACCR ; Q63E46, PHNX_BACCZ ; DR Q5L9P9, PHNX_BACFN ; Q64PZ2, PHNX_BACFR ; Q6HLM1, PHNX_BACHK ; DR A9VKQ2, PHNX_BACMK ; Q2L1W2, PHNX_BORA1 ; Q7WL48, PHNX_BORBR ; -DR Q7W7R1, PHNX_BORPA ; Q7VWH8, PHNX_BORPE ; B8DKP2, PHNX_DESVM ; -DR Q2SHM4, PHNX_HAHCH ; A6TFW3, PHNX_KLEP7 ; Q88YN8, PHNX_LACPL ; -DR Q38V12, PHNX_LATSS ; B1HPR7, PHNX_LYSSC ; A6LFV1, PHNX_PARD8 ; +DR Q7W7R1, PHNX_BORPA ; Q7VWH8, PHNX_BORPE ; Q2SHM4, PHNX_HAHCH ; +DR A6TFW3, PHNX_KLEP7 ; Q88YN8, PHNX_LACPL ; Q38V12, PHNX_LATSS ; +DR B1HPR7, PHNX_LYSSC ; B8DKP2, PHNX_NITV9 ; A6LFV1, PHNX_PARD8 ; DR B2T4N1, PHNX_PARPJ ; Q13YI8, PHNX_PARXL ; A6V8P9, PHNX_PSEA7 ; DR B7UVR5, PHNX_PSEA8 ; Q02JF2, PHNX_PSEAB ; Q9I433, PHNX_PSEAE ; DR Q1I7T9, PHNX_PSEE4 ; Q4K9L7, PHNX_PSEF5 ; C3JYI3, PHNX_PSEFS ; @@ -123096,8 +123628,7 @@ DR Q7NZF7, SAHH_CHRVO ; P61456, SAHH_CORDI ; Q8FRJ4, SAHH_COREF ; DR A4QC87, SAHH_CORGB ; Q8NSC4, SAHH_CORGL ; B6J6H1, SAHH_COXB1 ; DR B6J3R0, SAHH_COXB2 ; A9KD88, SAHH_COXBN ; Q83A77, SAHH_COXBU ; DR Q1LS20, SAHH_CUPMC ; Q0KF25, SAHH_CUPNH ; Q476T8, SAHH_CUPPJ ; -DR B2AGG2, SAHH_CUPTR ; A9C184, SAHH_DELAS ; Q72EH1, SAHH_DESVH ; -DR B8DR41, SAHH_DESVM ; A1VFZ7, SAHH_DESVV ; P10819, SAHH_DICDI ; +DR B2AGG2, SAHH_CUPTR ; A9C184, SAHH_DELAS ; P10819, SAHH_DICDI ; DR Q27580, SAHH_DROME ; A5FJK3, SAHH_FLAJ1 ; A6GW32, SAHH_FLAPJ ; DR P61617, SAHH_GEOSL ; B7K8X6, SAHH_GLOC7 ; Q7NGI6, SAHH_GLOVI ; DR Q0BW40, SAHH_GRABC ; Q2SLT4, SAHH_HAHCH ; A1WXM7, SAHH_HALHL ; @@ -123116,7 +123647,8 @@ DR B2HEP6, SAHH_MYCMM ; Q73UK6, SAHH_MYCPA ; A4ZHR8, SAHH_MYCS2 ; DR A3PW97, SAHH_MYCSJ ; A1UCK8, SAHH_MYCSK ; Q1BCD6, SAHH_MYCSS ; DR A5U7S2, SAHH_MYCTA ; P9WGV2, SAHH_MYCTO ; P9WGV3, SAHH_MYCTU ; DR A0PRF5, SAHH_MYCUA ; Q1CY84, SAHH_MYXXD ; P68172, SAHH_NICSY ; -DR Q0AEV8, SAHH_NITEC ; Q82WL1, SAHH_NITEU ; Q5YQS7, SAHH_NOCFA ; +DR Q0AEV8, SAHH_NITEC ; Q82WL1, SAHH_NITEU ; Q72EH1, SAHH_NITV2 ; +DR A1VFZ7, SAHH_NITV4 ; B8DR41, SAHH_NITV9 ; Q5YQS7, SAHH_NOCFA ; DR Q8YX05, SAHH_NOSS1 ; Q2G6T1, SAHH_NOVAD ; Q30WL8, SAHH_OLEA2 ; DR A1TUG3, SAHH_PARC0 ; Q7U9Y3, SAHH_PARMW ; B2JIP4, SAHH_PARP8 ; DR B2T6X2, SAHH_PARPJ ; Q13T36, SAHH_PARXL ; B4SD43, SAHH_PELPB ; @@ -123147,8 +123679,8 @@ DR Q0IDX7, SAHH_SYNS3 ; Q3B0K7, SAHH_SYNS9 ; Q3ANF4, SAHH_SYNSC ; DR P74008, SAHH_SYNY3 ; Q9HKX4, SAHH_THEAC ; Q5JED2, SAHH_THEKO ; DR O51933, SAHH_THEMA ; Q8DGC8, SAHH_THEVB ; Q979Z4, SAHH_THEVO ; DR P68173, SAHH_TOBAC ; P51540, SAHH_TRIVA ; C5CM29, SAHH_VARPS ; -DR P32112, SAHH_WHEAT ; Q8PP84, SAHH_XANAC ; Q3BXC6, SAHH_XANC5 ; -DR Q4UQZ8, SAHH_XANC8 ; Q8PCH5, SAHH_XANCP ; Q2NZE3, SAHH_XANOM ; +DR P32112, SAHH_WHEAT ; Q8PP84, SAHH_XANAC ; Q4UQZ8, SAHH_XANC8 ; +DR Q8PCH5, SAHH_XANCP ; Q3BXC6, SAHH_XANE5 ; Q2NZE3, SAHH_XANOM ; DR B2SPN6, SAHH_XANOP ; B2I7N4, SAHH_XYLF2 ; Q9PEJ1, SAHH_XYLFA ; DR B0U232, SAHH_XYLFM ; Q87EI8, SAHH_XYLFT ; P39954, SAHH_YEAST ; DR Q5NR48, SAHH_ZYMMO ; @@ -123337,38 +123869,38 @@ DR P0C7I4, PAND_ECOLW ; B6HZA6, PAND_ECOSE ; B1LGT2, PAND_ECOSM ; DR Q1RG60, PAND_ECOUT ; C5B9K4, PAND_EDWI9 ; A4W6N6, PAND_ENT38 ; DR Q833S7, PAND_ENTFA ; B2VD17, PAND_ERWT9 ; B7LW38, PAND_ESCF3 ; DR B1YHQ7, PAND_EXIS2 ; C4L6Q2, PAND_EXISA ; A7HLE9, PAND_FERNB ; -DR A6GVV2, PAND_FLAPJ ; Q0RB93, PAND_FRAAA ; A8LCM7, PAND_FRASN ; -DR Q14GK9, PAND_FRAT1 ; Q2A4C8, PAND_FRATH ; A0Q7L4, PAND_FRATN ; -DR Q0BMQ7, PAND_FRATO ; Q5NF56, PAND_FRATT ; A4IWW4, PAND_FRATW ; -DR Q5KXX4, PAND_GEOKA ; C6E3N6, PAND_GEOSM ; C5D3B1, PAND_GEOSW ; -DR A4IQ59, PAND_GEOTN ; A5G3A2, PAND_GEOUR ; B7K6Z1, PAND_GLOC7 ; -DR Q9KC85, PAND_HALH5 ; A1WUU3, PAND_HALHL ; Q18HQ3, PAND_HALWD ; -DR Q17ZL6, PAND_HELAH ; Q7VJB2, PAND_HELHP ; B0TBP6, PAND_HELMI ; -DR B6JPC9, PAND_HELP2 ; Q1CVC3, PAND_HELPH ; Q9ZN30, PAND_HELPJ ; -DR B2UW36, PAND_HELPS ; P56065, PAND_HELPY ; A9AUB8, PAND_HERA2 ; -DR A4G215, PAND_HERAR ; Q31FF9, PAND_HYDCU ; B4U8K0, PAND_HYDS0 ; -DR Q0C2E7, PAND_HYPNA ; B2GGA2, PAND_KOCRD ; C5CEQ3, PAND_KOSOT ; -DR Q88Z02, PAND_LACPL ; C1D7F0, PAND_LARHH ; Q5X0V0, PAND_LEGPA ; -DR Q5ZRF3, PAND_LEGPH ; Q5WSM2, PAND_LEGPL ; B0SBX0, PAND_LEPBA ; -DR Q04TD7, PAND_LEPBJ ; Q052G3, PAND_LEPBL ; B0STF1, PAND_LEPBP ; -DR B1Y852, PAND_LEPCP ; Q72QN9, PAND_LEPIC ; Q8CVE9, PAND_LEPIN ; -DR Q92AA8, PAND_LISIN ; C1KWK0, PAND_LISMC ; Q71YB5, PAND_LISMF ; -DR B8DC26, PAND_LISMH ; Q8Y603, PAND_LISMO ; A0AK05, PAND_LISW6 ; -DR Q2VZZ9, PAND_MAGSA ; Q0AMS2, PAND_MARMM ; A6VUR3, PAND_MARMS ; -DR Q605G8, PAND_METCA ; Q1H3S3, PAND_METFK ; B8IQG9, PAND_METNO ; -DR A2SLT3, PAND_METPP ; B8ELJ7, PAND_METSB ; B0JNW2, PAND_MICAN ; -DR C5C713, PAND_MICLC ; Q2RM59, PAND_MOOTA ; A0QA94, PAND_MYCA1 ; -DR P65661, PAND_MYCBO ; A1KPT6, PAND_MYCBP ; C1AI59, PAND_MYCBT ; -DR A4T5N4, PAND_MYCGI ; B8ZU50, PAND_MYCLB ; Q9CD57, PAND_MYCLE ; -DR Q743Y4, PAND_MYCPA ; A0QNF3, PAND_MYCS2 ; A3Q6Y4, PAND_MYCSJ ; -DR A1UMH9, PAND_MYCSK ; Q1B2L9, PAND_MYCSS ; A5U8S6, PAND_MYCTA ; -DR P9WIL2, PAND_MYCTO ; P9WIL3, PAND_MYCTU ; A0PV49, PAND_MYCUA ; -DR A1TG34, PAND_MYCVP ; Q1CXC6, PAND_MYXXD ; B9L6T1, PAND_NAUPA ; -DR Q5F8Y9, PAND_NEIG1 ; B4RMD5, PAND_NEIG2 ; Q9JU49, PAND_NEIMA ; -DR Q9JZ56, PAND_NEIMB ; A1KUB3, PAND_NEIMF ; Q3JCP7, PAND_NITOC ; -DR Q5Z2U2, PAND_NOCFA ; A1SDW8, PAND_NOCSJ ; B2J9T1, PAND_NOSP7 ; -DR Q8YR79, PAND_NOSS1 ; Q8EQD8, PAND_OCEIH ; A6L8I7, PAND_PARD8 ; -DR B2JEQ8, PAND_PARP8 ; B2T171, PAND_PARPJ ; Q143J3, PAND_PARXL ; +DR A6GVV2, PAND_FLAPJ ; Q0RB93, PAND_FRAAA ; Q14GK9, PAND_FRAT1 ; +DR Q2A4C8, PAND_FRATH ; A0Q7L4, PAND_FRATN ; Q0BMQ7, PAND_FRATO ; +DR Q5NF56, PAND_FRATT ; A4IWW4, PAND_FRATW ; Q5KXX4, PAND_GEOKA ; +DR C6E3N6, PAND_GEOSM ; C5D3B1, PAND_GEOSW ; A4IQ59, PAND_GEOTN ; +DR A5G3A2, PAND_GEOUR ; B7K6Z1, PAND_GLOC7 ; Q9KC85, PAND_HALH5 ; +DR A1WUU3, PAND_HALHL ; Q18HQ3, PAND_HALWD ; Q17ZL6, PAND_HELAH ; +DR Q7VJB2, PAND_HELHP ; B0TBP6, PAND_HELMI ; B6JPC9, PAND_HELP2 ; +DR Q1CVC3, PAND_HELPH ; Q9ZN30, PAND_HELPJ ; B2UW36, PAND_HELPS ; +DR P56065, PAND_HELPY ; A9AUB8, PAND_HERA2 ; A4G215, PAND_HERAR ; +DR Q31FF9, PAND_HYDCU ; B4U8K0, PAND_HYDS0 ; Q0C2E7, PAND_HYPNA ; +DR B2GGA2, PAND_KOCRD ; C5CEQ3, PAND_KOSOT ; Q88Z02, PAND_LACPL ; +DR C1D7F0, PAND_LARHH ; Q5X0V0, PAND_LEGPA ; Q5ZRF3, PAND_LEGPH ; +DR Q5WSM2, PAND_LEGPL ; B0SBX0, PAND_LEPBA ; Q04TD7, PAND_LEPBJ ; +DR Q052G3, PAND_LEPBL ; B0STF1, PAND_LEPBP ; B1Y852, PAND_LEPCP ; +DR Q72QN9, PAND_LEPIC ; Q8CVE9, PAND_LEPIN ; Q92AA8, PAND_LISIN ; +DR C1KWK0, PAND_LISMC ; Q71YB5, PAND_LISMF ; B8DC26, PAND_LISMH ; +DR Q8Y603, PAND_LISMO ; A0AK05, PAND_LISW6 ; Q0AMS2, PAND_MARMM ; +DR A6VUR3, PAND_MARMS ; Q605G8, PAND_METCA ; Q1H3S3, PAND_METFK ; +DR B8IQG9, PAND_METNO ; A2SLT3, PAND_METPP ; B8ELJ7, PAND_METSB ; +DR B0JNW2, PAND_MICAN ; C5C713, PAND_MICLC ; Q2RM59, PAND_MOOTA ; +DR A0QA94, PAND_MYCA1 ; P65661, PAND_MYCBO ; A1KPT6, PAND_MYCBP ; +DR C1AI59, PAND_MYCBT ; A4T5N4, PAND_MYCGI ; B8ZU50, PAND_MYCLB ; +DR Q9CD57, PAND_MYCLE ; Q743Y4, PAND_MYCPA ; A0QNF3, PAND_MYCS2 ; +DR A3Q6Y4, PAND_MYCSJ ; A1UMH9, PAND_MYCSK ; Q1B2L9, PAND_MYCSS ; +DR A5U8S6, PAND_MYCTA ; P9WIL2, PAND_MYCTO ; P9WIL3, PAND_MYCTU ; +DR A0PV49, PAND_MYCUA ; A1TG34, PAND_MYCVP ; Q1CXC6, PAND_MYXXD ; +DR B9L6T1, PAND_NAUPA ; Q5F8Y9, PAND_NEIG1 ; B4RMD5, PAND_NEIG2 ; +DR Q9JU49, PAND_NEIMA ; Q9JZ56, PAND_NEIMB ; A1KUB3, PAND_NEIMF ; +DR Q3JCP7, PAND_NITOC ; Q5Z2U2, PAND_NOCFA ; A1SDW8, PAND_NOCSJ ; +DR B2J9T1, PAND_NOSP7 ; Q8YR79, PAND_NOSS1 ; Q8EQD8, PAND_OCEIH ; +DR A6L8I7, PAND_PARD8 ; Q2VZZ9, PAND_PARM1 ; B2JEQ8, PAND_PARP8 ; +DR B2T171, PAND_PARPJ ; A8LCM7, PAND_PARS2 ; Q143J3, PAND_PARXL ; DR Q6D1X4, PAND_PECAS ; C6DC49, PAND_PECCP ; B4SCF6, PAND_PELPB ; DR A1AUV5, PAND_PELPD ; A5D5T6, PAND_PELTS ; C0QRI3, PAND_PERMH ; DR B4RH30, PAND_PHEZH ; Q7N871, PAND_PHOLL ; A6L4C4, PAND_PHOV8 ; @@ -123407,8 +123939,8 @@ DR A5INN0, PAND_THEP1 ; B0KC92, PAND_THEP3 ; B0K363, PAND_THEPX ; DR B1L8P0, PAND_THESQ ; Q72L22, PAND_THET2 ; Q5SKN7, PAND_THET8 ; DR Q3SH81, PAND_THIDA ; B8GNA7, PAND_THISH ; C4L931, PAND_TOLAT ; DR Q118E6, PAND_TRIEI ; Q3M782, PAND_TRIV2 ; A5CW02, PAND_VESOH ; -DR O34246, PAND_WOLSU ; Q8PLK9, PAND_XANAC ; Q3BUL4, PAND_XANC5 ; -DR Q4UTV7, PAND_XANC8 ; B0RTT9, PAND_XANCB ; Q8P9S8, PAND_XANCP ; +DR O34246, PAND_WOLSU ; Q8PLK9, PAND_XANAC ; Q4UTV7, PAND_XANC8 ; +DR B0RTT9, PAND_XANCB ; Q8P9S8, PAND_XANCP ; Q3BUL4, PAND_XANE5 ; DR Q2P379, PAND_XANOM ; Q5H0A6, PAND_XANOR ; A7IHU0, PAND_XANP2 ; DR Q9PGR7, PAND_XYLFA ; B0U1Q4, PAND_XYLFM ; Q87EV8, PAND_XYLFT ; DR A1JJN6, PAND_YERE8 ; A7FM24, PAND_YERP3 ; Q1C3V6, PAND_YERPA ; @@ -123669,7 +124201,6 @@ DR B3R6U7, PYRF_CUPTR ; Q6A911, PYRF_CUTAK ; P79075, PYRF_CYBFA ; DR O94127, PYRF_CYBJA ; Q6BY69, PYRF_DEBHA ; Q47AF2, PYRF_DECAR ; DR Q3ZAI1, PYRF_DEHM1 ; A5FP84, PYRF_DEHMB ; Q3ZWB0, PYRF_DEHMC ; DR Q9RSC5, PYRF_DEIRA ; A9BS60, PYRF_DELAS ; A8ZWP0, PYRF_DESOH ; -DR Q72DM8, PYRF_DESVH ; B8DKC9, PYRF_DESVM ; A1VF83, PYRF_DESVV ; DR A5EVH6, PYRF_DICNV ; B5YFH2, PYRF_DICT6 ; B8E2K1, PYRF_DICTD ; DR Q9HFN9, PYRF_DIURU ; A7ZLA2, PYRF_ECO24 ; B7UR89, PYRF_ECO27 ; DR B7MLV7, PYRF_ECO45 ; B7L4B7, PYRF_ECO55 ; P58640, PYRF_ECO57 ; @@ -123694,41 +124225,42 @@ DR B6JPA4, PYRF_HELP2 ; Q9ZN53, PYRF_HELPJ ; B2UW09, PYRF_HELPS ; DR P56155, PYRF_HELPY ; A9B3C5, PYRF_HERA2 ; A4G2V0, PYRF_HERAR ; DR Q31GC7, PYRF_HYDCU ; Q12709, PYRF_HYPAT ; P21594, PYRF_HYPJE ; DR Q5QZ42, PYRF_IDILO ; A6SVJ9, PYRF_JANMA ; Q28K56, PYRF_JANSC ; -DR Q9Y726, PYRF_KAZEX ; B5XS09, PYRF_KLEP3 ; P07922, PYRF_KLULA ; -DR P41769, PYRF_KLUMA ; P48844, PYRF_KODOH ; Q5FJB3, PYRF_LACAC ; -DR Q1G991, PYRF_LACDA ; Q049E0, PYRF_LACDB ; Q043A6, PYRF_LACGA ; -DR Q74J28, PYRF_LACJO ; Q9CFW9, PYRF_LACLA ; P50924, PYRF_LACLM ; -DR Q02YJ4, PYRF_LACLS ; P77888, PYRF_LACPL ; C1D549, PYRF_LARHH ; -DR Q38X21, PYRF_LATSS ; Q1MRK9, PYRF_LAWIP ; Q5X5E0, PYRF_LEGPA ; -DR A5IBR7, PYRF_LEGPC ; Q5ZVL5, PYRF_LEGPH ; Q5WWS3, PYRF_LEGPL ; -DR Q04NB4, PYRF_LEPBJ ; Q04WJ4, PYRF_LEPBL ; B1XXP1, PYRF_LEPCP ; -DR Q8EXA4, PYRF_LEPIN ; Q1WTX2, PYRF_LIGS1 ; Q92AH6, PYRF_LISIN ; -DR C1KWD1, PYRF_LISMC ; Q71YI4, PYRF_LISMF ; B8DDS0, PYRF_LISMH ; -DR P58641, PYRF_LISMO ; A0AJT7, PYRF_LISW6 ; B1HQC3, PYRF_LYSSC ; -DR Q12604, PYRF_MAGMU ; Q2W019, PYRF_MAGSA ; Q8EUY3, PYRF_MALP2 ; -DR Q65SI1, PYRF_MANSM ; A6W097, PYRF_MARMS ; A1TZF4, PYRF_MARN8 ; -DR C6BZZ8, PYRF_MARSD ; Q8TS37, PYRF_METAC ; Q46GE2, PYRF_METBF ; -DR Q12X87, PYRF_METBU ; B7KUF7, PYRF_METC4 ; Q609Y2, PYRF_METCA ; -DR A9W2W3, PYRF_METEP ; B3DVI6, PYRF_METI4 ; Q57700, PYRF_METJA ; -DR A9A6C3, PYRF_METM6 ; Q8PV88, PYRF_METMA ; Q6LZM2, PYRF_METMP ; -DR B8IFW8, PYRF_METNO ; B1ZFB1, PYRF_METPB ; A2SLY9, PYRF_METPP ; -DR B1M7M3, PYRF_METRJ ; B0UL68, PYRF_METS4 ; Q2NHA5, PYRF_METST ; -DR Q977X5, PYRF_METTE ; O26232, PYRF_METTH ; Q2RK39, PYRF_MOOTA ; -DR P32431, PYRF_MUCCL ; A0QI32, PYRF_MYCA1 ; P0A5M7, PYRF_MYCBO ; -DR A1KIH4, PYRF_MYCBP ; C1AN30, PYRF_MYCBT ; B8ZUL5, PYRF_MYCLB ; -DR Q9CCR1, PYRF_MYCLE ; B2HP45, PYRF_MYCMM ; Q741H0, PYRF_MYCPA ; -DR O08323, PYRF_MYCS2 ; A5U287, PYRF_MYCTA ; P9WIU2, PYRF_MYCTO ; -DR P9WIU3, PYRF_MYCTU ; A0PPJ3, PYRF_MYCUA ; A1T8H2, PYRF_MYCVP ; -DR P24220, PYRF_MYXXD ; Q3ISC9, PYRF_NATPD ; B9L788, PYRF_NAUPA ; -DR Q5F9J2, PYRF_NEIG1 ; B4RKA3, PYRF_NEIG2 ; A9M3Q3, PYRF_NEIM0 ; -DR Q9JV18, PYRF_NEIMA ; Q9K005, PYRF_NEIMB ; A1KT74, PYRF_NEIMF ; -DR P05035, PYRF_NEUCR ; Q0AIZ1, PYRF_NITEC ; Q82TD8, PYRF_NITEU ; -DR Q1QMP2, PYRF_NITHX ; Q2Y7B1, PYRF_NITMU ; Q3J8N5, PYRF_NITOC ; -DR A6Q2C1, PYRF_NITSB ; Q3SRG9, PYRF_NITWN ; A1SJF3, PYRF_NOCSJ ; -DR P58639, PYRF_NOSS1 ; Q2G8S2, PYRF_NOVAD ; Q8ER36, PYRF_OCEIH ; -DR Q04H28, PYRF_OENOB ; Q30XT2, PYRF_OLEA2 ; B1ZSC4, PYRF_OPITP ; -DR O93864, PYRF_PACTA ; Q9C131, PYRF_PARBR ; A1TW93, PYRF_PARC0 ; -DR A6LDS0, PYRF_PARD8 ; Q7U8P3, PYRF_PARMW ; Q9HFV8, PYRF_PASFU ; +DR B5XS09, PYRF_KLEP3 ; P07922, PYRF_KLULA ; P41769, PYRF_KLUMA ; +DR P48844, PYRF_KODOH ; Q5FJB3, PYRF_LACAC ; Q1G991, PYRF_LACDA ; +DR Q049E0, PYRF_LACDB ; Q043A6, PYRF_LACGA ; Q74J28, PYRF_LACJO ; +DR Q9CFW9, PYRF_LACLA ; P50924, PYRF_LACLM ; Q02YJ4, PYRF_LACLS ; +DR P77888, PYRF_LACPL ; C1D549, PYRF_LARHH ; Q38X21, PYRF_LATSS ; +DR Q1MRK9, PYRF_LAWIP ; Q5X5E0, PYRF_LEGPA ; A5IBR7, PYRF_LEGPC ; +DR Q5ZVL5, PYRF_LEGPH ; Q5WWS3, PYRF_LEGPL ; Q04NB4, PYRF_LEPBJ ; +DR Q04WJ4, PYRF_LEPBL ; B1XXP1, PYRF_LEPCP ; Q8EXA4, PYRF_LEPIN ; +DR Q1WTX2, PYRF_LIGS1 ; Q92AH6, PYRF_LISIN ; C1KWD1, PYRF_LISMC ; +DR Q71YI4, PYRF_LISMF ; B8DDS0, PYRF_LISMH ; P58641, PYRF_LISMO ; +DR A0AJT7, PYRF_LISW6 ; B1HQC3, PYRF_LYSSC ; Q12604, PYRF_MAGMU ; +DR Q8EUY3, PYRF_MALP2 ; Q65SI1, PYRF_MANSM ; A6W097, PYRF_MARMS ; +DR A1TZF4, PYRF_MARN8 ; C6BZZ8, PYRF_MARSD ; Q9Y726, PYRF_MAUEX ; +DR Q8TS37, PYRF_METAC ; Q46GE2, PYRF_METBF ; Q12X87, PYRF_METBU ; +DR B7KUF7, PYRF_METC4 ; Q609Y2, PYRF_METCA ; A9W2W3, PYRF_METEP ; +DR B3DVI6, PYRF_METI4 ; Q57700, PYRF_METJA ; A9A6C3, PYRF_METM6 ; +DR Q8PV88, PYRF_METMA ; Q6LZM2, PYRF_METMP ; B8IFW8, PYRF_METNO ; +DR B1ZFB1, PYRF_METPB ; A2SLY9, PYRF_METPP ; B1M7M3, PYRF_METRJ ; +DR B0UL68, PYRF_METS4 ; Q2NHA5, PYRF_METST ; Q977X5, PYRF_METTE ; +DR O26232, PYRF_METTH ; Q2RK39, PYRF_MOOTA ; P32431, PYRF_MUCCL ; +DR A0QI32, PYRF_MYCA1 ; P0A5M7, PYRF_MYCBO ; A1KIH4, PYRF_MYCBP ; +DR C1AN30, PYRF_MYCBT ; B8ZUL5, PYRF_MYCLB ; Q9CCR1, PYRF_MYCLE ; +DR B2HP45, PYRF_MYCMM ; Q741H0, PYRF_MYCPA ; O08323, PYRF_MYCS2 ; +DR A5U287, PYRF_MYCTA ; P9WIU2, PYRF_MYCTO ; P9WIU3, PYRF_MYCTU ; +DR A0PPJ3, PYRF_MYCUA ; A1T8H2, PYRF_MYCVP ; P24220, PYRF_MYXXD ; +DR Q3ISC9, PYRF_NATPD ; B9L788, PYRF_NAUPA ; Q5F9J2, PYRF_NEIG1 ; +DR B4RKA3, PYRF_NEIG2 ; A9M3Q3, PYRF_NEIM0 ; Q9JV18, PYRF_NEIMA ; +DR Q9K005, PYRF_NEIMB ; A1KT74, PYRF_NEIMF ; P05035, PYRF_NEUCR ; +DR Q0AIZ1, PYRF_NITEC ; Q82TD8, PYRF_NITEU ; Q1QMP2, PYRF_NITHX ; +DR Q2Y7B1, PYRF_NITMU ; Q3J8N5, PYRF_NITOC ; A6Q2C1, PYRF_NITSB ; +DR Q72DM8, PYRF_NITV2 ; A1VF83, PYRF_NITV4 ; B8DKC9, PYRF_NITV9 ; +DR Q3SRG9, PYRF_NITWN ; A1SJF3, PYRF_NOCSJ ; P58639, PYRF_NOSS1 ; +DR Q2G8S2, PYRF_NOVAD ; Q8ER36, PYRF_OCEIH ; Q04H28, PYRF_OENOB ; +DR Q30XT2, PYRF_OLEA2 ; B1ZSC4, PYRF_OPITP ; O93864, PYRF_PACTA ; +DR Q9C131, PYRF_PARBR ; A1TW93, PYRF_PARC0 ; A6LDS0, PYRF_PARD8 ; +DR Q2W019, PYRF_PARM1 ; Q7U8P3, PYRF_PARMW ; Q9HFV8, PYRF_PASFU ; DR Q9CMM1, PYRF_PASMU ; Q6D5T3, PYRF_PECAS ; C6DK13, PYRF_PECCP ; DR A1APM0, PYRF_PELPD ; Q7Z8L4, PYRF_PENCA ; P09463, PYRF_PENCH ; DR Q8J269, PYRF_PENNA ; A9BJH6, PYRF_PETMO ; Q7N4C1, PYRF_PHOLL ; @@ -123800,8 +124332,8 @@ DR A7MUN7, PYRF_VIBC1 ; A5F6Y1, PYRF_VIBC3 ; Q9KQT7, PYRF_VIBCH ; DR C3LNL5, PYRF_VIBCM ; Q87N49, PYRF_VIBPA ; Q8D8J6, PYRF_VIBVU ; DR Q7MLX2, PYRF_VIBVY ; P78724, PYRF_WICAN ; Q8D2J1, PYRF_WIGBR ; DR B3CN77, PYRF_WOLPP ; Q7MAE8, PYRF_WOLSU ; Q5GRJ9, PYRF_WOLTR ; -DR Q8PER4, PYRF_XANAC ; Q3BMA4, PYRF_XANC5 ; Q4UNV9, PYRF_XANC8 ; -DR B0RZ30, PYRF_XANCB ; Q8P3D7, PYRF_XANCP ; Q2P8Z6, PYRF_XANOM ; +DR Q8PER4, PYRF_XANAC ; Q4UNV9, PYRF_XANC8 ; B0RZ30, PYRF_XANCB ; +DR Q8P3D7, PYRF_XANCP ; Q3BMA4, PYRF_XANE5 ; Q2P8Z6, PYRF_XANOM ; DR B2SHJ1, PYRF_XANOP ; Q5H6B9, PYRF_XANOR ; B2I656, PYRF_XYLF2 ; DR Q9PHB0, PYRF_XYLFA ; B0U1D6, PYRF_XYLFM ; Q87FA3, PYRF_XYLFT ; DR Q12724, PYRF_YARLI ; P03962, PYRF_YEAST ; A1JM26, PYRF_YERE8 ; @@ -123976,8 +124508,8 @@ DR Q5SKL7, CAPP_THET8 ; P0A3X5, CAPP_THEVB ; P0A3X6, CAPP_THEVL ; DR P27154, CAPP_TOBAC ; C4L7S3, CAPP_TOLAT ; Q3MB82, CAPP_TRIV2 ; DR A1WGR0, CAPP_VEREI ; B7VLL5, CAPP_VIBA3 ; Q9KNT4, CAPP_VIBCH ; DR Q87L54, CAPP_VIBPA ; Q8DCN2, CAPP_VIBVU ; Q7MH68, CAPP_VIBVY ; -DR Q8PP82, CAPP_XANAC ; Q3BXC4, CAPP_XANC5 ; Q4UR00, CAPP_XANC8 ; -DR Q8P336, CAPP_XANCP ; Q2NZE4, CAPP_XANOM ; Q5GW71, CAPP_XANOR ; +DR Q8PP82, CAPP_XANAC ; Q4UR00, CAPP_XANC8 ; Q8P336, CAPP_XANCP ; +DR Q3BXC4, CAPP_XANE5 ; Q2NZE4, CAPP_XANOM ; Q5GW71, CAPP_XANOR ; DR A1JI20, CAPP_YERE8 ; A7FCZ7, CAPP_YERP3 ; Q1CBV8, CAPP_YERPA ; DR B2JZD9, CAPP_YERPB ; Q8ZA84, CAPP_YERPE ; Q1CNQ7, CAPP_YERPN ; DR A4TRH7, CAPP_YERPP ; Q66G74, CAPP_YERPS ; B1JQ63, CAPP_YERPY ; @@ -124007,15 +124539,15 @@ DR Q8KAD1, PCKG_CHLTE ; O84716, PCKG_CHLTR ; Q6NET5, PCKG_CORDI ; DR Q8FM16, PCKG_COREF ; A4QHQ4, PCKG_CORGB ; Q9AEM1, PCKG_CORGL ; DR Q4JY04, PCKG_CORJK ; C4LGT5, PCKG_CORK4 ; P20007, PCKG_DROME ; DR P80525, PCKG_FASHE ; Q0RCJ7, PCKG_FRAAA ; Q2J645, PCKG_FRACC ; -DR A8L175, PCKG_FRASN ; Q746Y3, PCKG_GEOSL ; P29190, PCKG_HAECO ; -DR Q6AGS4, PCKG_LEIXX ; P65687, PCKG_MYCBO ; A1KF31, PCKG_MYCBP ; -DR C1AJN6, PCKG_MYCBT ; A4T3S1, PCKG_MYCGI ; B8ZTI5, PCKG_MYCLB ; -DR O06084, PCKG_MYCLE ; B2HMX9, PCKG_MYCMM ; Q73TS2, PCKG_MYCPA ; -DR A0QP32, PCKG_MYCS2 ; A3PSV1, PCKG_MYCSJ ; A1U995, PCKG_MYCSK ; -DR Q9AGJ6, PCKG_MYCSM ; Q1BFN7, PCKG_MYCSS ; A5TYT6, PCKG_MYCTA ; -DR P9WIH2, PCKG_MYCTO ; P9WIH3, PCKG_MYCTU ; A0PMX1, PCKG_MYCUA ; -DR A1T1K1, PCKG_MYCVP ; P22130, PCKG_NEOFR ; Q5YNB0, PCKG_NOCFA ; -DR A1R317, PCKG_PAEAT ; B2JJT8, PCKG_PARP8 ; Q9UY53, PCKG_PYRAB ; +DR Q746Y3, PCKG_GEOSL ; P29190, PCKG_HAECO ; Q6AGS4, PCKG_LEIXX ; +DR P65687, PCKG_MYCBO ; A1KF31, PCKG_MYCBP ; C1AJN6, PCKG_MYCBT ; +DR A4T3S1, PCKG_MYCGI ; B8ZTI5, PCKG_MYCLB ; O06084, PCKG_MYCLE ; +DR B2HMX9, PCKG_MYCMM ; Q73TS2, PCKG_MYCPA ; A0QP32, PCKG_MYCS2 ; +DR A3PSV1, PCKG_MYCSJ ; A1U995, PCKG_MYCSK ; Q9AGJ6, PCKG_MYCSM ; +DR Q1BFN7, PCKG_MYCSS ; A5TYT6, PCKG_MYCTA ; P9WIH2, PCKG_MYCTO ; +DR P9WIH3, PCKG_MYCTU ; A0PMX1, PCKG_MYCUA ; A1T1K1, PCKG_MYCVP ; +DR P22130, PCKG_NEOFR ; Q5YNB0, PCKG_NOCFA ; A1R317, PCKG_PAEAT ; +DR B2JJT8, PCKG_PARP8 ; A8L175, PCKG_PARS2 ; Q9UY53, PCKG_PYRAB ; DR Q8U410, PCKG_PYRFU ; O58050, PCKG_PYRHO ; Q8Y3G3, PCKG_RALN1 ; DR B2U804, PCKG_RALPJ ; A9WL73, PCKG_RENSM ; C0ZRP8, PCKG_RHOE4 ; DR A4FQV7, PCKG_SACEN ; Q97VS5, PCKG_SACS2 ; A8M2V8, PCKG_SALAI ; @@ -124152,24 +124684,24 @@ DR Q1ITV2, DCUP_KORVE ; Q5X3M4, DCUP_LEGPA ; A5IDL1, DCUP_LEGPC ; DR Q5ZTY0, DCUP_LEGPH ; Q5WV12, DCUP_LEGPL ; Q6AHF5, DCUP_LEIXX ; DR Q929G1, DCUP_LISIN ; C1KXG7, DCUP_LISMC ; Q71XF3, DCUP_LISMF ; DR B8DF98, DCUP_LISMH ; Q8Y564, DCUP_LISMO ; A0AKW5, DCUP_LISW6 ; -DR A0L3L1, DCUP_MAGMM ; Q2VYH1, DCUP_MAGSA ; O81220, DCUP_MAIZE ; -DR Q65W70, DCUP_MANSM ; Q0AKD9, DCUP_MARMM ; A1TYW3, DCUP_MARN8 ; -DR Q60BY1, DCUP_METCA ; Q1GXV8, DCUP_METFK ; A2SC07, DCUP_METPP ; -DR B0JL12, DCUP_MICAN ; P70697, DCUP_MOUSE ; A0QIL2, DCUP_MYCA1 ; -DR Q7TY47, DCUP_MYCBO ; A1KM16, DCUP_MYCBP ; C1AFD7, DCUP_MYCBT ; -DR A4TCS1, DCUP_MYCGI ; B8ZQX2, DCUP_MYCLB ; P46809, DCUP_MYCLE ; -DR B2HM23, DCUP_MYCMM ; Q73W61, DCUP_MYCPA ; A0QW23, DCUP_MYCS2 ; -DR A3PYL0, DCUP_MYCSJ ; A1UF48, DCUP_MYCSK ; A5U630, DCUP_MYCTA ; -DR P9WFE0, DCUP_MYCTO ; P9WFE1, DCUP_MYCTU ; A0PT34, DCUP_MYCUA ; -DR A1T7Z4, DCUP_MYCVP ; Q1D1F0, DCUP_MYXXD ; B9L8M1, DCUP_NAUPA ; -DR Q5F9N1, DCUP_NEIG1 ; B4RK59, DCUP_NEIG2 ; A9M3L2, DCUP_NEIM0 ; -DR Q9JV52, DCUP_NEIMA ; Q9K041, DCUP_NEIMB ; A1KT40, DCUP_NEIMF ; -DR Q2GCG4, DCUP_NEOSM ; Q0AIF1, DCUP_NITEC ; Q82X50, DCUP_NITEU ; -DR Q1QJ95, DCUP_NITHX ; Q2YB59, DCUP_NITMU ; Q3J6U6, DCUP_NITOC ; -DR A6Q291, DCUP_NITSB ; Q5YTA5, DCUP_NOCFA ; A1SMY9, DCUP_NOCSJ ; -DR B2J9R9, DCUP_NOSP7 ; Q8YQC4, DCUP_NOSS1 ; Q2GC56, DCUP_NOVAD ; -DR Q8ERY0, DCUP_OCEIH ; A5CDS4, DCUP_ORITB ; B3CR66, DCUP_ORITI ; -DR A1TVM0, DCUP_PARC0 ; A1B852, DCUP_PARDP ; Q7U645, DCUP_PARMW ; +DR A0L3L1, DCUP_MAGMM ; O81220, DCUP_MAIZE ; Q65W70, DCUP_MANSM ; +DR Q0AKD9, DCUP_MARMM ; A1TYW3, DCUP_MARN8 ; Q60BY1, DCUP_METCA ; +DR Q1GXV8, DCUP_METFK ; A2SC07, DCUP_METPP ; B0JL12, DCUP_MICAN ; +DR P70697, DCUP_MOUSE ; A0QIL2, DCUP_MYCA1 ; Q7TY47, DCUP_MYCBO ; +DR A1KM16, DCUP_MYCBP ; C1AFD7, DCUP_MYCBT ; A4TCS1, DCUP_MYCGI ; +DR B8ZQX2, DCUP_MYCLB ; P46809, DCUP_MYCLE ; B2HM23, DCUP_MYCMM ; +DR Q73W61, DCUP_MYCPA ; A0QW23, DCUP_MYCS2 ; A3PYL0, DCUP_MYCSJ ; +DR A1UF48, DCUP_MYCSK ; A5U630, DCUP_MYCTA ; P9WFE0, DCUP_MYCTO ; +DR P9WFE1, DCUP_MYCTU ; A0PT34, DCUP_MYCUA ; A1T7Z4, DCUP_MYCVP ; +DR Q1D1F0, DCUP_MYXXD ; B9L8M1, DCUP_NAUPA ; Q5F9N1, DCUP_NEIG1 ; +DR B4RK59, DCUP_NEIG2 ; A9M3L2, DCUP_NEIM0 ; Q9JV52, DCUP_NEIMA ; +DR Q9K041, DCUP_NEIMB ; A1KT40, DCUP_NEIMF ; Q2GCG4, DCUP_NEOSM ; +DR Q0AIF1, DCUP_NITEC ; Q82X50, DCUP_NITEU ; Q1QJ95, DCUP_NITHX ; +DR Q2YB59, DCUP_NITMU ; Q3J6U6, DCUP_NITOC ; A6Q291, DCUP_NITSB ; +DR Q5YTA5, DCUP_NOCFA ; A1SMY9, DCUP_NOCSJ ; B2J9R9, DCUP_NOSP7 ; +DR Q8YQC4, DCUP_NOSS1 ; Q2GC56, DCUP_NOVAD ; Q8ERY0, DCUP_OCEIH ; +DR A5CDS4, DCUP_ORITB ; B3CR66, DCUP_ORITI ; A1TVM0, DCUP_PARC0 ; +DR A1B852, DCUP_PARDP ; Q2VYH1, DCUP_PARM1 ; Q7U645, DCUP_PARMW ; DR B2T7J6, DCUP_PARPJ ; Q6MB12, DCUP_PARUW ; Q13SQ6, DCUP_PARXL ; DR P57964, DCUP_PASMU ; Q6DAL7, DCUP_PECAS ; C6DHS9, DCUP_PECCP ; DR B4SGD6, DCUP_PELPB ; A1ALN0, DCUP_PELPD ; B4RD11, DCUP_PHEZH ; @@ -124238,8 +124770,8 @@ DR A5F3N0, DCUP_VIBC3 ; Q9KV26, DCUP_VIBCH ; Q87KR0, DCUP_VIBPA ; DR Q8DD14, DCUP_VIBVU ; Q7MGS7, DCUP_VIBVY ; Q8CWI5, DCUP_WIGBR ; DR Q73GC9, DCUP_WOLPM ; B3CM33, DCUP_WOLPP ; Q7MAA5, DCUP_WOLSU ; DR Q5GTT1, DCUP_WOLTR ; C0R449, DCUP_WOLWR ; Q8PI85, DCUP_XANAC ; -DR Q3BQR9, DCUP_XANC5 ; Q4UX89, DCUP_XANC8 ; B0RQC7, DCUP_XANCB ; -DR Q8P6X1, DCUP_XANCP ; Q2P6D1, DCUP_XANOM ; B2SKP7, DCUP_XANOP ; +DR Q4UX89, DCUP_XANC8 ; B0RQC7, DCUP_XANCB ; Q8P6X1, DCUP_XANCP ; +DR Q3BQR9, DCUP_XANE5 ; Q2P6D1, DCUP_XANOM ; B2SKP7, DCUP_XANOP ; DR Q5H3H5, DCUP_XANOR ; B2I9F9, DCUP_XYLF2 ; Q9PDP7, DCUP_XYLFA ; DR B0U6C5, DCUP_XYLFM ; Q87DV0, DCUP_XYLFT ; P32347, DCUP_YEAST ; DR A1JIJ1, DCUP_YERE8 ; A7FNH2, DCUP_YERP3 ; Q1C1V3, DCUP_YERPA ; @@ -124294,7 +124826,7 @@ DR Q21YM9, RBL2_ALBFT ; A3PRW6, RBL2_CERS1 ; Q3IX55, RBL2_CERS4 ; DR A4WZV1, RBL2_CERS5 ; B9KTC8, RBL2_CERSK ; P29278, RBL2_CERSP ; DR Q479W5, RBL2_DECAR ; Q9ZHZ4, RBL2_HALNC ; Q5ENN5, RBL2_HETTR ; DR Q31IK3, RBL2_HYDCU ; Q59462, RBL2_HYDMR ; Q42813, RBL2_LINPO ; -DR Q8RTI2, RBL2_MAGMG ; Q2W3S5, RBL2_MAGSA ; A1VNQ9, RBL2_POLNA ; +DR Q2W3S5, RBL2_PARM1 ; Q8RTI2, RBL2_PARME ; A1VNQ9, RBL2_POLNA ; DR Q6Y9H0, RBL2_PROMN ; P50922, RBL2_RHOCA ; D5AUD5, RBL2_RHOCB ; DR Q2J1J9, RBL2_RHOP2 ; Q07N61, RBL2_RHOP5 ; Q6N0W9, RBL2_RHOPA ; DR Q213J3, RBL2_RHOPB ; Q37D32, RBL2_RHOPS ; B3QB68, RBL2_RHOPT ; @@ -124302,7 +124834,7 @@ DR Q2RRP5, RBL2_RHORT ; P04718, RBL2_RHORU ; Q41406, RBL2_SYMSP ; DR Q60028, RBL2_THIDA ; O84917, RBL2_THIK1 ; O78258, RBL_ABIFI ; DR O78259, RBL_ABIHO ; P24671, RBL_ABIMA ; O78261, RBL_ABIMR ; DR O78262, RBL_ABISA ; O78260, RBL_ABIVE ; B0CCC1, RBL_ACAM1 ; -DR P28376, RBL_ACESA ; A5FWR1, RBL_ACICJ ; A9LYA9, RBL_ACOAM ; +DR P28376, RBL_ACESA ; A5FWR1, RBL_ACICJ ; A9LYA9, RBL_ACOCI ; DR Q3V526, RBL_ACOCL ; P43222, RBL_ACRAU ; P28377, RBL_ACTCH ; DR O99000, RBL_ADEOB ; P36476, RBL_ADICA ; P43223, RBL_ADIPE ; DR P28378, RBL_ADOMO ; P25413, RBL_AEGCR ; P25414, RBL_AEGTA ; @@ -124351,7 +124883,7 @@ DR Q19V64, RBL_CHLAT ; P08211, RBL_CHLMO ; P00877, RBL_CHLRE ; DR A6MMD0, RBL_CHLSC ; P12466, RBL_CHLVU ; P48691, RBL_CHOCR ; DR Q08051, RBL_CHRCT ; P43228, RBL_CIBBA ; P48693, RBL_CICIN ; DR Q09MH0, RBL_CITSI ; P28392, RBL_CLAXA ; O20346, RBL_CLITE ; -DR P48694, RBL_COFAR ; P31182, RBL_COLAR ; P48695, RBL_COLOB ; +DR P48694, RBL_COFAR ; P31182, RBL_COLHS ; P48695, RBL_COLOB ; DR Q07210, RBL_COLPU ; P28446, RBL_COMID ; Q05988, RBL_CONTR ; DR Q31948, RBL_CORAT ; P28393, RBL_CORCA ; Q06024, RBL_CORCO ; DR Q31983, RBL_CORFO ; Q33369, RBL_CORKO ; P31183, RBL_CORLA ; @@ -124624,38 +125156,38 @@ DR Q3ZZ14, TRPC_DEHMC ; Q9RUG0, TRPC_DEIRA ; A9BS06, TRPC_DELAS ; DR A8ZZX0, TRPC_DESOH ; Q6AMS4, TRPC_DESPS ; A4J147, TRPC_DESRM ; DR A5EVG3, TRPC_DICNV ; Q8X7B7, TRPC_ECO57 ; P00909, TRPC_ECOLI ; DR B1GZC0, TRPC_ENDTX ; B1YLS2, TRPC_EXIS2 ; C4KZ66, TRPC_EXISA ; -DR Q0RFX9, TRPC_FRAAA ; A8LGR8, TRPC_FRASN ; Q5KXU9, TRPC_GEOKA ; -DR C5D3D6, TRPC_GEOSW ; A4IQ84, TRPC_GEOTN ; Q7NHI0, TRPC_GLOVI ; -DR P46451, TRPC_HAEIN ; Q9KCB2, TRPC_HALH5 ; Q5V138, TRPC_HALMA ; -DR Q9HSC1, TRPC_HALSA ; P18304, TRPC_HALVD ; Q9ZJU8, TRPC_HELPJ ; -DR O25867, TRPC_HELPY ; A4G1P4, TRPC_HERAR ; Q0C1A2, TRPC_HYPNA ; -DR A6SUH5, TRPC_JANMA ; A6WC91, TRPC_KINRD ; Q1ISJ1, TRPC_KORVE ; -DR P17217, TRPC_LACCA ; B3W6W8, TRPC_LACCB ; C4Z138, TRPC_LACE2 ; -DR Q01999, TRPC_LACLA ; A2RK21, TRPC_LACLM ; Q02YB4, TRPC_LACLS ; -DR Q03CY1, TRPC_LACP3 ; A9KL43, TRPC_LACP7 ; Q88WI2, TRPC_LACPL ; -DR C1D7J7, TRPC_LARHH ; Q5X6S0, TRPC_LEGPA ; A5IG82, TRPC_LEGPC ; -DR Q5ZX99, TRPC_LEGPH ; Q5WY75, TRPC_LEGPL ; Q6AF68, TRPC_LEIXX ; -DR B1Y7I2, TRPC_LEPCP ; Q72NP6, TRPC_LEPIC ; Q8F7V2, TRPC_LEPIN ; -DR Q03X00, TRPC_LEUMM ; Q92B79, TRPC_LISIN ; C1KVS7, TRPC_LISMC ; -DR Q71Z38, TRPC_LISMF ; B8DHB2, TRPC_LISMH ; Q8Y6Q4, TRPC_LISMO ; -DR A0AJ82, TRPC_LISW6 ; A0LA39, TRPC_MAGMM ; Q58328, TRPC_METJA ; -DR Q8TVJ8, TRPC_METKA ; A4YHD8, TRPC_METS5 ; B8EJS1, TRPC_METSB ; -DR O27694, TRPC_METTH ; P26939, TRPC_METTM ; B0JTM2, TRPC_MICAN ; -DR C5CBK6, TRPC_MICLC ; A0QHH0, TRPC_MYCA1 ; B1MBV4, TRPC_MYCA9 ; -DR P0A633, TRPC_MYCBO ; A1KJ27, TRPC_MYCBP ; C1ANN3, TRPC_MYCBT ; -DR A4T9N5, TRPC_MYCGI ; B8ZRB9, TRPC_MYCLB ; Q9X7C7, TRPC_MYCLE ; -DR B2HQX7, TRPC_MYCMM ; Q740P4, TRPC_MYCPA ; A0QX95, TRPC_MYCS2 ; -DR A3Q119, TRPC_MYCSJ ; A1UHJ6, TRPC_MYCSK ; Q1B7H6, TRPC_MYCSS ; -DR A5U2W7, TRPC_MYCTA ; P9WFX6, TRPC_MYCTO ; P9WFX7, TRPC_MYCTU ; -DR A0PP28, TRPC_MYCUA ; A1T8X3, TRPC_MYCVP ; B9LAF4, TRPC_NAUPA ; -DR Q5F645, TRPC_NEIG1 ; B4RPF1, TRPC_NEIG2 ; Q9JSN4, TRPC_NEIMA ; -DR Q9K192, TRPC_NEIMB ; A1KRV4, TRPC_NEIMF ; Q1QMJ9, TRPC_NITHX ; -DR A6Q3P0, TRPC_NITSB ; Q3SRJ3, TRPC_NITWN ; A1SL44, TRPC_NOCSJ ; -DR Q2G6R0, TRPC_NOVAD ; Q8ESU2, TRPC_OCEIH ; B1ZW79, TRPC_OPITP ; -DR A1R5S7, TRPC_PAEAT ; A1TJQ2, TRPC_PARC0 ; A7HXZ6, TRPC_PARL1 ; -DR Q7TTU3, TRPC_PARMW ; B2JHI8, TRPC_PARP8 ; B2SZ04, TRPC_PARPJ ; +DR Q0RFX9, TRPC_FRAAA ; Q5KXU9, TRPC_GEOKA ; C5D3D6, TRPC_GEOSW ; +DR A4IQ84, TRPC_GEOTN ; Q7NHI0, TRPC_GLOVI ; P46451, TRPC_HAEIN ; +DR Q9KCB2, TRPC_HALH5 ; Q5V138, TRPC_HALMA ; Q9HSC1, TRPC_HALSA ; +DR P18304, TRPC_HALVD ; Q9ZJU8, TRPC_HELPJ ; O25867, TRPC_HELPY ; +DR A4G1P4, TRPC_HERAR ; Q0C1A2, TRPC_HYPNA ; A6SUH5, TRPC_JANMA ; +DR A6WC91, TRPC_KINRD ; Q1ISJ1, TRPC_KORVE ; P17217, TRPC_LACCA ; +DR B3W6W8, TRPC_LACCB ; C4Z138, TRPC_LACE2 ; Q01999, TRPC_LACLA ; +DR A2RK21, TRPC_LACLM ; Q02YB4, TRPC_LACLS ; Q03CY1, TRPC_LACP3 ; +DR A9KL43, TRPC_LACP7 ; Q88WI2, TRPC_LACPL ; C1D7J7, TRPC_LARHH ; +DR Q5X6S0, TRPC_LEGPA ; A5IG82, TRPC_LEGPC ; Q5ZX99, TRPC_LEGPH ; +DR Q5WY75, TRPC_LEGPL ; Q6AF68, TRPC_LEIXX ; B1Y7I2, TRPC_LEPCP ; +DR Q72NP6, TRPC_LEPIC ; Q8F7V2, TRPC_LEPIN ; Q03X00, TRPC_LEUMM ; +DR Q92B79, TRPC_LISIN ; C1KVS7, TRPC_LISMC ; Q71Z38, TRPC_LISMF ; +DR B8DHB2, TRPC_LISMH ; Q8Y6Q4, TRPC_LISMO ; A0AJ82, TRPC_LISW6 ; +DR A0LA39, TRPC_MAGMM ; Q58328, TRPC_METJA ; Q8TVJ8, TRPC_METKA ; +DR A4YHD8, TRPC_METS5 ; B8EJS1, TRPC_METSB ; O27694, TRPC_METTH ; +DR P26939, TRPC_METTM ; B0JTM2, TRPC_MICAN ; C5CBK6, TRPC_MICLC ; +DR A0QHH0, TRPC_MYCA1 ; B1MBV4, TRPC_MYCA9 ; P0A633, TRPC_MYCBO ; +DR A1KJ27, TRPC_MYCBP ; C1ANN3, TRPC_MYCBT ; A4T9N5, TRPC_MYCGI ; +DR B8ZRB9, TRPC_MYCLB ; Q9X7C7, TRPC_MYCLE ; B2HQX7, TRPC_MYCMM ; +DR Q740P4, TRPC_MYCPA ; A0QX95, TRPC_MYCS2 ; A3Q119, TRPC_MYCSJ ; +DR A1UHJ6, TRPC_MYCSK ; Q1B7H6, TRPC_MYCSS ; A5U2W7, TRPC_MYCTA ; +DR P9WFX6, TRPC_MYCTO ; P9WFX7, TRPC_MYCTU ; A0PP28, TRPC_MYCUA ; +DR A1T8X3, TRPC_MYCVP ; B9LAF4, TRPC_NAUPA ; Q5F645, TRPC_NEIG1 ; +DR B4RPF1, TRPC_NEIG2 ; Q9JSN4, TRPC_NEIMA ; Q9K192, TRPC_NEIMB ; +DR A1KRV4, TRPC_NEIMF ; Q1QMJ9, TRPC_NITHX ; A6Q3P0, TRPC_NITSB ; +DR Q3SRJ3, TRPC_NITWN ; A1SL44, TRPC_NOCSJ ; Q2G6R0, TRPC_NOVAD ; +DR Q8ESU2, TRPC_OCEIH ; B1ZW79, TRPC_OPITP ; A1R5S7, TRPC_PAEAT ; +DR A1TJQ2, TRPC_PARC0 ; A7HXZ6, TRPC_PARL1 ; Q7TTU3, TRPC_PARMW ; +DR B2JHI8, TRPC_PARP8 ; B2SZ04, TRPC_PARPJ ; A8LGR8, TRPC_PARS2 ; DR Q13TW4, TRPC_PARXL ; P57855, TRPC_PASMU ; B4SDV8, TRPC_PELPB ; -DR A9BHQ5, TRPC_PETMO ; B4RBX5, TRPC_PHEZH ; P24920, TRPC_PHYPR ; +DR A9BHQ5, TRPC_PETMO ; B4RBX5, TRPC_PHEZH ; P24920, TRPC_PHYNI ; DR Q6L277, TRPC_PICTO ; A4SV52, TRPC_POLAQ ; A1VTG7, TRPC_POLNA ; DR B1XSZ1, TRPC_POLNS ; Q123F4, TRPC_POLSJ ; P70937, TRPC_PRIM1 ; DR A3PED0, TRPC_PROM0 ; A2C462, TRPC_PROM1 ; A8G6A7, TRPC_PROM2 ; @@ -124701,8 +125233,8 @@ DR Q47QR5, TRPC_THEFY ; Q9YGB5, TRPC_THEKO ; Q56319, TRPC_THEMA ; DR B0K8T4, TRPC_THEP3 ; B0K2U1, TRPC_THEPX ; Q979V9, TRPC_THEVO ; DR Q3SGS2, TRPC_THIDA ; Q10ZM7, TRPC_TRIEI ; C5CKE4, TRPC_VARPS ; DR A1WH73, TRPC_VEREI ; Q9KST5, TRPC_VIBCH ; P22098, TRPC_VIBPA ; -DR Q7M831, TRPC_WOLSU ; Q8PQ47, TRPC_XANAC ; Q3BYB5, TRPC_XANC5 ; -DR Q4UZF8, TRPC_XANC8 ; Q8PD70, TRPC_XANCP ; Q2NYD7, TRPC_XANOM ; +DR Q7M831, TRPC_WOLSU ; Q8PQ47, TRPC_XANAC ; Q4UZF8, TRPC_XANC8 ; +DR Q8PD70, TRPC_XANCP ; Q3BYB5, TRPC_XANE5 ; Q2NYD7, TRPC_XANOM ; DR B2SL03, TRPC_XANOP ; A7INK2, TRPC_XANP2 ; B2I6S5, TRPC_XYLF2 ; DR Q9PGT5, TRPC_XYLFA ; B0U1P0, TRPC_XYLFM ; Q87EX2, TRPC_XYLFT ; DR Q8ZEG8, TRPC_YERPE ; Q5NQ36, TRPC_ZYMMO ; Q9XBM3, TRPC_ZYMMT ; @@ -124869,8 +125401,8 @@ DR Q8ZRS4, SPED_SALTY ; A8GJ07, SPED_SERP5 ; B2U2W9, SPED_SHIB3 ; DR Q326B6, SPED_SHIBS ; Q32K91, SPED_SHIDS ; Q0T880, SPED_SHIF8 ; DR P0A7F8, SPED_SHIFL ; Q3Z5P0, SPED_SHISS ; Q2NVS2, SPED_SODGM ; DR B4SLE4, SPED_STRM5 ; B2FKK7, SPED_STRMK ; Q8PQ44, SPED_XANAC ; -DR Q3BYB2, SPED_XANC5 ; Q4UZF5, SPED_XANC8 ; B0RN02, SPED_XANCB ; -DR Q9X4I6, SPED_XANCP ; Q2NYE0, SPED_XANOM ; B2SL06, SPED_XANOP ; +DR Q4UZF5, SPED_XANC8 ; B0RN02, SPED_XANCB ; Q9X4I6, SPED_XANCP ; +DR Q3BYB2, SPED_XANE5 ; Q2NYE0, SPED_XANOM ; B2SL06, SPED_XANOP ; DR Q5GV62, SPED_XANOR ; B2IAF0, SPED_XYLF2 ; Q9PD40, SPED_XYLFA ; DR B0U6Z8, SPED_XYLFM ; Q87DD1, SPED_XYLFT ; A1JJM7, SPED_YERE8 ; DR A7FM34, SPED_YERP3 ; Q1C3U6, SPED_YERPA ; B2K4I1, SPED_YERPB ; @@ -125072,48 +125604,48 @@ DR Q83AQ4, PSD_COXBU ; A7MMA5, PSD_CROS8 ; Q1LPX5, PSD_CUPMC ; DR Q0KCU1, PSD_CUPNH ; Q473V4, PSD_CUPPJ ; B3R3V5, PSD_CUPTR ; DR Q11Y69, PSD_CYTH3 ; Q47C25, PSD_DECAR ; A9C3H8, PSD_DELAS ; DR B8J4F6, PSD_DESDA ; B8FQ96, PSD_DESHD ; Q24UV7, PSD_DESHY ; -DR Q6AJI0, PSD_DESPS ; Q726X7, PSD_DESVH ; Q9EV04, PSD_DICD3 ; -DR A8LIK6, PSD_DINSH ; A7ZV31, PSD_ECO24 ; B7UPY0, PSD_ECO27 ; -DR B7MKW7, PSD_ECO45 ; B7LC21, PSD_ECO55 ; P0A8K3, PSD_ECO57 ; -DR B5Z2G9, PSD_ECO5E ; B7NTL9, PSD_ECO7I ; B7MSX5, PSD_ECO81 ; -DR B7M8S3, PSD_ECO8A ; C5A1F4, PSD_ECOBW ; B1XDR4, PSD_ECODH ; -DR A8A7Q7, PSD_ECOHS ; Q0T9N1, PSD_ECOL5 ; P0A8K2, PSD_ECOL6 ; -DR B1IT43, PSD_ECOLC ; P0A8K1, PSD_ECOLI ; B7NG97, PSD_ECOLU ; -DR B6I267, PSD_ECOSE ; B1LQI3, PSD_ECOSM ; Q1R397, PSD_ECOUT ; -DR Q3YSG2, PSD_EHRCJ ; Q2GG56, PSD_EHRCR ; Q5FHJ9, PSD_EHRRG ; -DR Q5HBL4, PSD_EHRRW ; B2VCV2, PSD_ERWT9 ; Q2NBU9, PSD_ERYLH ; -DR B7LLU4, PSD_ESCF3 ; B0TZM7, PSD_FRAP2 ; Q14J65, PSD_FRAT1 ; -DR A7NAF0, PSD_FRATF ; Q2A4Y0, PSD_FRATH ; B2SFB2, PSD_FRATM ; -DR A0Q562, PSD_FRATN ; Q0BN99, PSD_FRATO ; Q5NHR3, PSD_FRATT ; -DR A4IZN0, PSD_FRATW ; Q8RGF2, PSD_FUSNN ; B9M5B0, PSD_GEODF ; -DR Q5KWX3, PSD_GEOKA ; Q39W75, PSD_GEOMG ; Q74BX0, PSD_GEOSL ; -DR C6E524, PSD_GEOSM ; C5D4W6, PSD_GEOSW ; A5G7V2, PSD_GEOUR ; -DR B8F658, PSD_GLAP5 ; A9H1G5, PSD_GLUDA ; Q5FU81, PSD_GLUOX ; -DR Q0BVB3, PSD_GRABC ; Q7VNA7, PSD_HAEDU ; Q4QP27, PSD_HAEI8 ; -DR P43789, PSD_HAEIN ; Q2SBA8, PSD_HAHCH ; Q9KDA3, PSD_HALH5 ; -DR A1WV88, PSD_HALHL ; C4K3T9, PSD_HAMD5 ; B6JNM7, PSD_HELP2 ; -DR Q1CRQ1, PSD_HELPH ; Q9ZJN0, PSD_HELPJ ; B2UVC1, PSD_HELPS ; -DR O25911, PSD_HELPY ; A4G529, PSD_HERAR ; Q0I4T3, PSD_HISS1 ; -DR B0UWL4, PSD_HISS2 ; Q31H64, PSD_HYDCU ; Q5QVW0, PSD_IDILO ; -DR B5Y342, PSD_KLEP3 ; A6TH77, PSD_KLEP7 ; Q1IP39, PSD_KORVE ; -DR Q1MQ97, PSD_LAWIP ; Q5X0Q0, PSD_LEGPA ; A5IIH5, PSD_LEGPC ; -DR Q5ZRA9, PSD_LEGPH ; Q5WSH5, PSD_LEGPL ; A0L627, PSD_MAGMM ; -DR Q2W9R7, PSD_MAGSA ; Q65RD9, PSD_MANSM ; A1U4D6, PSD_MARN8 ; -DR Q608T0, PSD_METCA ; Q1GZE8, PSD_METFK ; A2SJL1, PSD_METPP ; -DR B8EMY8, PSD_METSB ; A0QLQ2, PSD_MYCA1 ; B1MH53, PSD_MYCA9 ; -DR P67548, PSD_MYCBO ; A1KFQ9, PSD_MYCBP ; C1AKB3, PSD_MYCBT ; -DR A4T2V6, PSD_MYCGI ; B8ZUA0, PSD_MYCLB ; Q9CCW9, PSD_MYCLE ; -DR B2HQP4, PSD_MYCMM ; Q73SZ2, PSD_MYCPA ; A0QQS6, PSD_MYCS2 ; -DR A3PU20, PSD_MYCSJ ; A1UAG5, PSD_MYCSK ; Q1BEG9, PSD_MYCSS ; -DR A5TZG3, PSD_MYCTA ; P9WHQ4, PSD_MYCTO ; P9WHQ5, PSD_MYCTU ; -DR A0PNL2, PSD_MYCUA ; A1T339, PSD_MYCVP ; Q1D614, PSD_MYXXD ; -DR Q5F7H2, PSD_NEIG1 ; B4RJK0, PSD_NEIG2 ; Q50967, PSD_NEIGO ; -DR A9M4G3, PSD_NEIM0 ; Q9JUS3, PSD_NEIMA ; Q9JZP0, PSD_NEIMB ; -DR A1KTN1, PSD_NEIMF ; Q2GEF4, PSD_NEOSM ; Q0AGM1, PSD_NITEC ; -DR Q82UZ4, PSD_NITEU ; Q1QN82, PSD_NITHX ; Q2YB83, PSD_NITMU ; -DR Q3J754, PSD_NITOC ; Q3ST95, PSD_NITWN ; Q5YNV8, PSD_NOCFA ; -DR Q2G8L3, PSD_NOVAD ; Q30WD6, PSD_OLEA2 ; A6LF25, PSD_PARD8 ; -DR A7HS52, PSD_PARL1 ; B2JDN8, PSD_PARP8 ; B2T2D2, PSD_PARPJ ; +DR Q6AJI0, PSD_DESPS ; Q9EV04, PSD_DICD3 ; A8LIK6, PSD_DINSH ; +DR A7ZV31, PSD_ECO24 ; B7UPY0, PSD_ECO27 ; B7MKW7, PSD_ECO45 ; +DR B7LC21, PSD_ECO55 ; P0A8K3, PSD_ECO57 ; B5Z2G9, PSD_ECO5E ; +DR B7NTL9, PSD_ECO7I ; B7MSX5, PSD_ECO81 ; B7M8S3, PSD_ECO8A ; +DR C5A1F4, PSD_ECOBW ; B1XDR4, PSD_ECODH ; A8A7Q7, PSD_ECOHS ; +DR Q0T9N1, PSD_ECOL5 ; P0A8K2, PSD_ECOL6 ; B1IT43, PSD_ECOLC ; +DR P0A8K1, PSD_ECOLI ; B7NG97, PSD_ECOLU ; B6I267, PSD_ECOSE ; +DR B1LQI3, PSD_ECOSM ; Q1R397, PSD_ECOUT ; Q3YSG2, PSD_EHRCJ ; +DR Q2GG56, PSD_EHRCR ; Q5FHJ9, PSD_EHRRG ; Q5HBL4, PSD_EHRRW ; +DR B2VCV2, PSD_ERWT9 ; Q2NBU9, PSD_ERYLH ; B7LLU4, PSD_ESCF3 ; +DR B0TZM7, PSD_FRAP2 ; Q14J65, PSD_FRAT1 ; A7NAF0, PSD_FRATF ; +DR Q2A4Y0, PSD_FRATH ; B2SFB2, PSD_FRATM ; A0Q562, PSD_FRATN ; +DR Q0BN99, PSD_FRATO ; Q5NHR3, PSD_FRATT ; A4IZN0, PSD_FRATW ; +DR Q8RGF2, PSD_FUSNN ; B9M5B0, PSD_GEODF ; Q5KWX3, PSD_GEOKA ; +DR Q39W75, PSD_GEOMG ; Q74BX0, PSD_GEOSL ; C6E524, PSD_GEOSM ; +DR C5D4W6, PSD_GEOSW ; A5G7V2, PSD_GEOUR ; B8F658, PSD_GLAP5 ; +DR A9H1G5, PSD_GLUDA ; Q5FU81, PSD_GLUOX ; Q0BVB3, PSD_GRABC ; +DR Q7VNA7, PSD_HAEDU ; Q4QP27, PSD_HAEI8 ; P43789, PSD_HAEIN ; +DR Q2SBA8, PSD_HAHCH ; Q9KDA3, PSD_HALH5 ; A1WV88, PSD_HALHL ; +DR C4K3T9, PSD_HAMD5 ; B6JNM7, PSD_HELP2 ; Q1CRQ1, PSD_HELPH ; +DR Q9ZJN0, PSD_HELPJ ; B2UVC1, PSD_HELPS ; O25911, PSD_HELPY ; +DR A4G529, PSD_HERAR ; Q0I4T3, PSD_HISS1 ; B0UWL4, PSD_HISS2 ; +DR Q31H64, PSD_HYDCU ; Q5QVW0, PSD_IDILO ; B5Y342, PSD_KLEP3 ; +DR A6TH77, PSD_KLEP7 ; Q1IP39, PSD_KORVE ; Q1MQ97, PSD_LAWIP ; +DR Q5X0Q0, PSD_LEGPA ; A5IIH5, PSD_LEGPC ; Q5ZRA9, PSD_LEGPH ; +DR Q5WSH5, PSD_LEGPL ; A0L627, PSD_MAGMM ; Q65RD9, PSD_MANSM ; +DR A1U4D6, PSD_MARN8 ; Q608T0, PSD_METCA ; Q1GZE8, PSD_METFK ; +DR A2SJL1, PSD_METPP ; B8EMY8, PSD_METSB ; A0QLQ2, PSD_MYCA1 ; +DR B1MH53, PSD_MYCA9 ; P67548, PSD_MYCBO ; A1KFQ9, PSD_MYCBP ; +DR C1AKB3, PSD_MYCBT ; A4T2V6, PSD_MYCGI ; B8ZUA0, PSD_MYCLB ; +DR Q9CCW9, PSD_MYCLE ; B2HQP4, PSD_MYCMM ; Q73SZ2, PSD_MYCPA ; +DR A0QQS6, PSD_MYCS2 ; A3PU20, PSD_MYCSJ ; A1UAG5, PSD_MYCSK ; +DR Q1BEG9, PSD_MYCSS ; A5TZG3, PSD_MYCTA ; P9WHQ4, PSD_MYCTO ; +DR P9WHQ5, PSD_MYCTU ; A0PNL2, PSD_MYCUA ; A1T339, PSD_MYCVP ; +DR Q1D614, PSD_MYXXD ; Q5F7H2, PSD_NEIG1 ; B4RJK0, PSD_NEIG2 ; +DR Q50967, PSD_NEIGO ; A9M4G3, PSD_NEIM0 ; Q9JUS3, PSD_NEIMA ; +DR Q9JZP0, PSD_NEIMB ; A1KTN1, PSD_NEIMF ; Q2GEF4, PSD_NEOSM ; +DR Q0AGM1, PSD_NITEC ; Q82UZ4, PSD_NITEU ; Q1QN82, PSD_NITHX ; +DR Q2YB83, PSD_NITMU ; Q3J754, PSD_NITOC ; Q726X7, PSD_NITV2 ; +DR Q3ST95, PSD_NITWN ; Q5YNV8, PSD_NOCFA ; Q2G8L3, PSD_NOVAD ; +DR Q30WD6, PSD_OLEA2 ; A6LF25, PSD_PARD8 ; A7HS52, PSD_PARL1 ; +DR Q2W9R7, PSD_PARM1 ; B2JDN8, PSD_PARP8 ; B2T2D2, PSD_PARPJ ; DR Q142I5, PSD_PARXL ; Q9CJU2, PSD_PASMU ; Q6D035, PSD_PECAS ; DR B4SE07, PSD_PELPB ; A1AS38, PSD_PELPD ; Q4FMX4, PSD_PELUB ; DR Q7MYS6, PSD_PHOLL ; Q6LM21, PSD_PHOPR ; A6L1J5, PSD_PHOV8 ; @@ -125161,8 +125693,8 @@ DR C5CU16, PSD_VARPS ; A1WIF0, PSD_VEREI ; A7MZ50, PSD_VIBC1 ; DR A5F3N7, PSD_VIBC3 ; Q9KV19, PSD_VIBCH ; C3LR71, PSD_VIBCM ; DR Q87KZ9, PSD_VIBPA ; Q8DCV8, PSD_VIBVU ; Q7MGZ5, PSD_VIBVY ; DR Q8D2C6, PSD_WIGBR ; Q73GB0, PSD_WOLPM ; Q5GSL0, PSD_WOLTR ; -DR C0R4E0, PSD_WOLWR ; Q8PJ17, PSD_XANAC ; Q3BRK2, PSD_XANC5 ; -DR Q4UWE4, PSD_XANC8 ; B0RR72, PSD_XANCB ; Q8P7Q6, PSD_XANCP ; +DR C0R4E0, PSD_WOLWR ; Q8PJ17, PSD_XANAC ; Q4UWE4, PSD_XANC8 ; +DR B0RR72, PSD_XANCB ; Q8P7Q6, PSD_XANCP ; Q3BRK2, PSD_XANE5 ; DR Q2P0T0, PSD_XANOM ; Q5GXQ3, PSD_XANOR ; A7IPD6, PSD_XANP2 ; DR B2I9I2, PSD_XYLF2 ; Q9PDL4, PSD_XYLFA ; B0U6J7, PSD_XYLFM ; DR Q87DS7, PSD_XYLFT ; A1JIQ6, PSD_YERE8 ; A7FMY9, PSD_YERP3 ; @@ -125609,7 +126141,7 @@ CC is involved in the biosynthesis of the nonribosomally synthesized CC dipeptide antibiotic bacilysin, composed of L-alanine and CC L-anticapsin. CC -!- The enzyme isomerizes only the pro-R double bond in prephenate. -DR A0A073CEA3, AERD_PLAAG ; Q8KWT1, BACA_BACAM ; Q8KWT6, BACA_BACIU ; +DR A0A073CEA3, AERD_PLAA1 ; Q8KWT1, BACA_BACAM ; Q8KWT6, BACA_BACIU ; DR P39638, BACA_BACSU ; // ID 4.1.1.101 @@ -125627,7 +126159,7 @@ DR A0A095AMW7, MLES_LEUME ; Q48796, MLES_OENOE ; ID 4.1.1.102 DE phenacrylate decarboxylase. AN ferulic acid decarboxylase. -CA (1) (E)-4-coumarate + H(+) = 4-hydroxystyrene + CO2. +CA (1) (E)-4-coumarate + H(+) = 4-vinylphenol + CO2. CA (2) (E)-cinnamate + H(+) = CO2 + styrene. CA (3) (E)-ferulate + H(+) = 2-methoxy-4-vinylphenol + CO2. CC -!- The enzyme, found in fungi, catalyzes the decarboxylation of @@ -125665,7 +126197,7 @@ CC -!- The enzyme has been characterized from bacteria, plants, and fungi. CC -!- Unlike EC 4.1.1.28 this enzyme is specific for L-typtophan. DR A0A0A2IDH4, CNSB_PENEN ; P0DPA6, PSID_PSICU ; A0A286LEZ8, PSID_PSICY ; DR P93082, TDC1_CAMAC ; P93083, TDC2_CAMAC ; J7SZ64, TRPDC_CLOS1; -DR A7B1V0, TRPDC_RUMGV; +DR A7B1V0, TRPDC_MEDG7; // ID 4.1.1.106 DE fatty acid photodecarboxylase. @@ -125732,9 +126264,9 @@ CC -!- The enzyme from archaea is involved in an alternative heme CC biosynthesis pathway. CC -!- The enzyme from denitrifying bacteria is involved in the heme d1 CC biosynthesis pathway. -DR B8J364, AHBA_DESDA ; Q72DS5, AHBA_DESVH ; Q46CH6, AHBA_METBF ; -DR Q30Y72, AHBA_OLEA2 ; B8J3A4, AHBB_DESDA ; Q725I2, AHBB_DESVH ; -DR Q46CH5, AHBB_METBF ; Q30WH3, AHBB_OLEA2 ; D3DFS4, NIRDL_HYDTT; +DR B8J364, AHBA_DESDA ; Q46CH6, AHBA_METBF ; Q72DS5, AHBA_NITV2 ; +DR Q30Y72, AHBA_OLEA2 ; B8J3A4, AHBB_DESDA ; Q46CH5, AHBB_METBF ; +DR Q725I2, AHBB_NITV2 ; Q30WH3, AHBB_OLEA2 ; D3DFS4, NIRDL_HYDTT; DR Q51703, NIRDL_PARDP; I6UH61, NIRDL_PARPN; P95412, NIRD_PSEAE ; DR Q52522, NIRD_STUST ; I6TCK3, NIRG_PARPN ; P95414, NIRG_PSEAE ; DR Q52524, NIRG_STUST ; I6UF18, NIRH_PARPN ; P95415, NIRH_PSEAE ; @@ -125751,52 +126283,52 @@ CC bacteria Pseudomonas putida and Pseudomonas aeruginosa prefer Mg(2+). CC -!- Unlike EC 7.2.4.2, there is no evidence of the enzyme's involvement CC in Na(+) transport. CC -!- Formerly EC 4.1.1.3. -DR Q2HJ98, FAHD1_BOVIN; Q6P587, FAHD1_HUMAN; Q8R0F8, FAHD1_MOUSE; -DR Q5RDW0, FAHD1_PONAB; Q6AYQ8, FAHD1_RAT ; Q9AQI0, HMGA_PSEOC ; -DR A5W059, HMGA_PSEP1 ; G2IQQ8, LIGK_SPHSK ; O06334, OAADC_MYCTU; -DR Q3KEL1, OADC1_PSEPF; B1J195, OADC1_PSEPW; Q3KCJ2, OADC2_PSEPF; -DR B1JFP4, OADC2_PSEPW; C1DEN4, OADC_AZOVD ; Q89JL7, OADC_BRADU ; -DR A5EL79, OADC_BRASB ; A4YT21, OADC_BRASO ; Q1R0Z3, OADC_CHRSD ; -DR A6VZF8, OADC_MARMS ; Q13Q00, OADC_PARXL ; Q48LY6, OADC_PSE14 ; -DR A6VCY0, OADC_PSEA7 ; B7V1T5, OADC_PSEA8 ; Q02FE6, OADC_PSEAB ; -DR Q9HUU1, OADC_PSEAE ; Q1I5P3, OADC_PSEE4 ; Q4KDX1, OADC_PSEF5 ; -DR C3KBB4, OADC_PSEFS ; A4XQ41, OADC_PSEMY ; A5W8J7, OADC_PSEP1 ; -DR B0KV77, OADC_PSEPG ; Q88N27, OADC_PSEPK ; Q886Y2, OADC_PSESM ; -DR Q4ZX15, OADC_PSEU2 ; Q2IXI7, OADC_RHOP2 ; Q07L14, OADC_RHOP5 ; -DR Q6N509, OADC_RHOPA ; Q211P3, OADC_RHOPB ; Q135C1, OADC_RHOPS ; -DR B3QAW1, OADC_RHOPT ; A4VQV5, OADC_STUS1 ; Q9M8R9, RRAA1_ARATH; -DR Q9FFE0, RRAA2_ARATH; Q9FH13, RRAA3_ARATH; Q6FCF4, RRAAH_ACIAD; -DR Q21X23, RRAAH_ALBFT; Q0VQ55, RRAAH_ALCBS; Q0A9G6, RRAAH_ALKEH; -DR Q5P203, RRAAH_AROAE; C1DHC2, RRAAH_AZOVD; Q81N49, RRAAH_BACAN; -DR Q734S7, RRAAH_BACC1; Q638R8, RRAAH_BACCZ; A9AHQ6, RRAAH_BURM1; -DR A3MKY3, RRAAH_BURM7; A2SB35, RRAAH_BURM9; Q62J86, RRAAH_BURMA; -DR A1V5A8, RRAAH_BURMS; A3NWR9, RRAAH_BURP0; Q3JQZ3, RRAAH_BURP1; -DR A3NAY8, RRAAH_BURP6; Q63SX7, RRAAH_BURPS; Q2SX33, RRAAH_BURTA; -DR Q7NXI6, RRAAH_CHRVO; Q8FQY0, RRAAH_COREF; Q8NRW6, RRAAH_CORGL; -DR Q4JVU3, RRAAH_CORJK; Q0K9J4, RRAAH_CUPNH; Q46ZV6, RRAAH_CUPPJ; -DR B3R2J3, RRAAH_CUPTR; Q47BF5, RRAAH_DECAR; Q9RW10, RRAAH_DEIRA; -DR Q2SK70, RRAAH_HAHCH; Q9KBI9, RRAAH_HALH5; A1WU91, RRAAH_HALHL; -DR C1D7M1, RRAAH_LARHH; A6VX14, RRAAH_MARMS; Q607E7, RRAAH_METCA; -DR A0Q981, RRAAH_MYCA1; P0A667, RRAAH_MYCBO; A1KQI8, RRAAH_MYCBP; -DR C1AIV9, RRAAH_MYCBT; A4T3Z0, RRAAH_MYCGI; B8ZTT3, RRAAH_MYCLB; -DR Q9CDD2, RRAAH_MYCLE; Q745I2, RRAAH_MYCPA; A0R664, RRAAH_MYCS2; -DR A3Q7S1, RRAAH_MYCSJ; A1UNC5, RRAAH_MYCSK; Q1B1S4, RRAAH_MYCSS; -DR A5U9I2, RRAAH_MYCTA; P9WGY2, RRAAH_MYCTO; P9WGY3, RRAAH_MYCTU; -DR A1TGZ7, RRAAH_MYCVP; Q5Z3P5, RRAAH_NOCFA; B2JIG2, RRAAH_PARP8; -DR B2SXN2, RRAAH_PARPJ; Q13X79, RRAAH_PARXL; Q6LUQ3, RRAAH_PHOPR; -DR Q48JZ3, RRAAH_PSE14; A6V753, RRAAH_PSEA7; B7VBA7, RRAAH_PSEA8; -DR Q02KR3, RRAAH_PSEAB; Q9I2W7, RRAAH_PSEAE; Q1ICM4, RRAAH_PSEE4; -DR Q4KFJ3, RRAAH_PSEF5; Q9S4U0, RRAAH_PSEFL; C3K0T6, RRAAH_PSEFS; -DR A4XU32, RRAAH_PSEMY; A5W6M0, RRAAH_PSEP1; Q3KFE1, RRAAH_PSEPF; -DR B0KG79, RRAAH_PSEPG; Q88L51, RRAAH_PSEPK; B1J596, RRAAH_PSEPW; -DR Q883Q6, RRAAH_PSESM; Q4ZUN7, RRAAH_PSEU2; Q8XZP1, RRAAH_RALN1; -DR B6IPN3, RRAAH_RHOCS; A4FBN0, RRAAH_SACEN; Q8EE23, RRAAH_SHEON; -DR A4VL60, RRAAH_STUS1; Q72J23, RRAAH_THET2; Q5SIP7, RRAAH_THET8; -DR B8GM40, RRAAH_THISH; Q9KPK1, RRAAH_VIBCH; Q87SD2, RRAAH_VIBPA; -DR Q8DEP0, RRAAH_VIBVU; Q7MNR7, RRAAH_VIBVY; Q8PIT8, RRAAH_XANAC; -DR Q3BRB4, RRAAH_XANC5; Q4UWM5, RRAAH_XANC8; B0RQZ0, RRAAH_XANCB; -DR Q8P7H4, RRAAH_XANCP; Q2P5H9, RRAAH_XANOM; B2SSI8, RRAAH_XANOP; -DR P40011, RRAAH_YEAST; +DR Q2HJ98, FAHD1_BOVIN; Q86I22, FAHD1_DICDI; Q6P587, FAHD1_HUMAN; +DR Q8R0F8, FAHD1_MOUSE; Q5RDW0, FAHD1_PONAB; Q6AYQ8, FAHD1_RAT ; +DR Q9AQI0, HMGA_PSEOC ; A5W059, HMGA_PSEP1 ; G2IQQ8, LIGK_SPHSK ; +DR O06334, OAADC_MYCTU; Q3KEL1, OADC1_PSEPF; B1J195, OADC1_PSEPW; +DR Q3KCJ2, OADC2_PSEPF; B1JFP4, OADC2_PSEPW; C1DEN4, OADC_AZOVD ; +DR Q89JL7, OADC_BRADU ; A5EL79, OADC_BRASB ; A4YT21, OADC_BRASO ; +DR Q1R0Z3, OADC_CHRSD ; A6VZF8, OADC_MARMS ; Q13Q00, OADC_PARXL ; +DR Q48LY6, OADC_PSE14 ; A6VCY0, OADC_PSEA7 ; B7V1T5, OADC_PSEA8 ; +DR Q02FE6, OADC_PSEAB ; Q9HUU1, OADC_PSEAE ; Q1I5P3, OADC_PSEE4 ; +DR Q4KDX1, OADC_PSEF5 ; C3KBB4, OADC_PSEFS ; A4XQ41, OADC_PSEMY ; +DR A5W8J7, OADC_PSEP1 ; B0KV77, OADC_PSEPG ; Q88N27, OADC_PSEPK ; +DR Q886Y2, OADC_PSESM ; Q4ZX15, OADC_PSEU2 ; Q2IXI7, OADC_RHOP2 ; +DR Q07L14, OADC_RHOP5 ; Q6N509, OADC_RHOPA ; Q211P3, OADC_RHOPB ; +DR Q135C1, OADC_RHOPS ; B3QAW1, OADC_RHOPT ; A4VQV5, OADC_STUS1 ; +DR Q9M8R9, RRAA1_ARATH; Q9FFE0, RRAA2_ARATH; Q9FH13, RRAA3_ARATH; +DR Q6FCF4, RRAAH_ACIAD; Q21X23, RRAAH_ALBFT; Q0VQ55, RRAAH_ALCBS; +DR Q0A9G6, RRAAH_ALKEH; Q5P203, RRAAH_AROAE; C1DHC2, RRAAH_AZOVD; +DR Q81N49, RRAAH_BACAN; Q734S7, RRAAH_BACC1; Q638R8, RRAAH_BACCZ; +DR A9AHQ6, RRAAH_BURM1; A3MKY3, RRAAH_BURM7; A2SB35, RRAAH_BURM9; +DR Q62J86, RRAAH_BURMA; A1V5A8, RRAAH_BURMS; A3NWR9, RRAAH_BURP0; +DR Q3JQZ3, RRAAH_BURP1; A3NAY8, RRAAH_BURP6; Q63SX7, RRAAH_BURPS; +DR Q2SX33, RRAAH_BURTA; Q7NXI6, RRAAH_CHRVO; Q8FQY0, RRAAH_COREF; +DR Q8NRW6, RRAAH_CORGL; Q4JVU3, RRAAH_CORJK; Q0K9J4, RRAAH_CUPNH; +DR Q46ZV6, RRAAH_CUPPJ; B3R2J3, RRAAH_CUPTR; Q47BF5, RRAAH_DECAR; +DR Q9RW10, RRAAH_DEIRA; Q2SK70, RRAAH_HAHCH; Q9KBI9, RRAAH_HALH5; +DR A1WU91, RRAAH_HALHL; C1D7M1, RRAAH_LARHH; A6VX14, RRAAH_MARMS; +DR Q607E7, RRAAH_METCA; A0Q981, RRAAH_MYCA1; P0A667, RRAAH_MYCBO; +DR A1KQI8, RRAAH_MYCBP; C1AIV9, RRAAH_MYCBT; A4T3Z0, RRAAH_MYCGI; +DR B8ZTT3, RRAAH_MYCLB; Q9CDD2, RRAAH_MYCLE; Q745I2, RRAAH_MYCPA; +DR A0R664, RRAAH_MYCS2; A3Q7S1, RRAAH_MYCSJ; A1UNC5, RRAAH_MYCSK; +DR Q1B1S4, RRAAH_MYCSS; A5U9I2, RRAAH_MYCTA; P9WGY2, RRAAH_MYCTO; +DR P9WGY3, RRAAH_MYCTU; A1TGZ7, RRAAH_MYCVP; Q5Z3P5, RRAAH_NOCFA; +DR B2JIG2, RRAAH_PARP8; B2SXN2, RRAAH_PARPJ; Q13X79, RRAAH_PARXL; +DR Q6LUQ3, RRAAH_PHOPR; Q48JZ3, RRAAH_PSE14; A6V753, RRAAH_PSEA7; +DR B7VBA7, RRAAH_PSEA8; Q02KR3, RRAAH_PSEAB; Q9I2W7, RRAAH_PSEAE; +DR Q1ICM4, RRAAH_PSEE4; Q4KFJ3, RRAAH_PSEF5; Q9S4U0, RRAAH_PSEFL; +DR C3K0T6, RRAAH_PSEFS; A4XU32, RRAAH_PSEMY; A5W6M0, RRAAH_PSEP1; +DR Q3KFE1, RRAAH_PSEPF; B0KG79, RRAAH_PSEPG; Q88L51, RRAAH_PSEPK; +DR B1J596, RRAAH_PSEPW; Q883Q6, RRAAH_PSESM; Q4ZUN7, RRAAH_PSEU2; +DR Q8XZP1, RRAAH_RALN1; B6IPN3, RRAAH_RHOCS; A4FBN0, RRAAH_SACEN; +DR Q8EE23, RRAAH_SHEON; A4VL60, RRAAH_STUS1; Q72J23, RRAAH_THET2; +DR Q5SIP7, RRAAH_THET8; B8GM40, RRAAH_THISH; Q9KPK1, RRAAH_VIBCH; +DR Q87SD2, RRAAH_VIBPA; Q8DEP0, RRAAH_VIBVU; Q7MNR7, RRAAH_VIBVY; +DR Q8PIT8, RRAAH_XANAC; Q4UWM5, RRAAH_XANC8; B0RQZ0, RRAAH_XANCB; +DR Q8P7H4, RRAAH_XANCP; Q3BRB4, RRAAH_XANE5; Q2P5H9, RRAAH_XANOM; +DR B2SSI8, RRAAH_XANOP; P40011, RRAAH_YEAST; O06724, YISK_BACSU ; // ID 4.1.1.113 DE trans-aconitate decarboxylase. @@ -125894,6 +126426,80 @@ CC and requires K(+) and a divalent metal cation (Mg(2+) or Mn(2+)) for CC activity. CC -!- It is strongly inhibited by oxygen. // +ID 4.1.1.124 +DE malonyl-[acp] decarboxylase. +AN decarboxylative ketosynthase. +CA H(+) + malonyl-[ACP] = acetyl-[ACP] + CO2. +CC -!- This family of enzymes participates in a process that introduces a +CC methyl branch into nascent polyketide products. +CC -!- The process begins with EC 4.1.1.124 which converts the common +CC extender unit malonyl-[ACP] to acetyl-[ACP]. The enzyme is a mutated +CC form of a ketosynthase enzyme, in which a Cys residue in the active +CC site is modified to a Ser residue, leaving the decarboxylase function +CC intact, but nulifying the ability of the enzyme to form a carbon- +CC carbon bond. +CC -!- Next, EC 2.3.3.22 utilizes the acetyl group to introduce the branch +CC at the beta position of 3-oxoacyl intermediates attached to a +CC polyketide synthase, forming a 3-hydroxy-3-carboxymethyl +CC intermediate. +CC -!- This is followed by dehydration catalyzed by EC 4.2.1.181 (often +CC referred to as an ECH1 domain), leaving a 3-carboxymethyl group and +CC forming a double bond between the alpha and beta carbons. +CC -!- The process concludes with decarboxylation catalyzed by EC 4.1.1.125 +CC (often referred to as an ECH2 domain), leaving a methyl branch at the +CC beta carbon. +CC -!- The enzymes are usually encoded by a cluster of genes referred to as +CC an "HMGS cassette", based on the similarity of the key enzyme to +CC EC 2.3.3.10. cf. EC 4.1.1.87. +// +ID 4.1.1.125 +DE 4-carboxy-3-alkylbut-2-enoyl-[ACP] decarboxylase. +AN 3-carboxymethyl-alk-2-enyl-[acyl-carrier protein] decarboxylase. +CA a 4-carboxy-3-alkylbut-(2E)-enoyl-[ACP] + H(+) = a 3-alkylbut-(2E)-enoyl- +CA [ACP] + CO2. +CC -!- This family of enzymes participates in a process that introduces a +CC methyl branch into nascent polyketide products. +CC -!- The process begins with EC 4.1.1.124, which converts the common +CC extender unit malonyl-[ACP] to acetyl-[ACP]. The enzyme is a mutated +CC form of a ketosynthase enzyme, in which a Cys residue in the active +CC site is modified to a Ser residue, leaving the decarboxylase function +CC intact, but nulifying the ability of the enzyme to form a carbon- +CC carbon bond. +CC -!- Next, EC 2.3.3.22 utilizes the acetyl group to introduce the branch +CC at the beta position of 3-oxoacyl intermediates attached to a +CC polyketide synthase, forming a 3-hydroxy-3-carboxymethyl +CC intermediate. +CC -!- This is followed by dehydration catalyzed by EC 4.2.1.181 (often +CC referred to as an ECH1 domain) leaving a 3-carboxymethyl group and +CC forming a double bond between the alpha and beta carbons. +CC -!- The process concludes with decarboxylation catalyzed by EC 4.1.1.125 +CC (often referred to as an ECH2 domain) leaving a methyl branch at the +CC beta carbon. +CC -!- The enzymes are usually encoded by a cluster of genes referred to as +CC an "HMGS cassette", based on the similarity of the key enzyme to +CC EC 2.3.3.10. +// +ID 4.1.1.126 +DE anhydromevalonate phosphate decarboxylase. +CA (2E)-3-methyl-5-phosphooxypent-2-enoate + H(+) = CO2 + isopentenyl +CA phosphate. +CC -!- The enzyme catalyzes a step in the archaeal prenyl diphosphate +CC biosynthesis pathway. +CC -!- It requires a prenylated flavin cofactor that is produced by +CC EC 2.5.1.129. +DR Q9YA60, AMPD_AERPE ; O28630, AMPD_ARCFU ; Q58533, AMPD_METJA ; +DR Q8PWQ0, AMPD_METMA ; P22349, AMPD_METSM ; P41655, AMPD_METTH ; +DR O58701, AMPD_PYRHO ; +// +ID 4.1.1.127 +DE carboxyaminopropylagmatine decarboxylase. +CA H(+) + N(1)-[(S)-3-amino-3-carboxypropyl]agmatine = CO2 + N(1)- +CA (3-aminopropyl)agmatine. +CC -!- A pyridoxal 5'-phosphate protein. +CC -!- The enzyme, characterized from the cyanobacterium Synechocystis sp. +CC PCC 6803, participates in a biosynthetic pathway for spermidine. +DR P73562, CAPDC_SYNY3; +// ID 4.1.1.n1 DE Transferred entry: 4.1.1.97. // @@ -125980,12 +126586,12 @@ DR Q92A19, DEOC_LISIN ; C1KWT9, DEOC_LISMC ; Q71Y27, DEOC_LISMF ; DR B8DBT6, DEOC_LISMH ; Q8Y5R1, DEOC_LISMO ; A0AKA1, DEOC_LISW6 ; DR B1HTK8, DEOC_LYSSC ; B9E8I5, DEOC_MACCJ ; Q8EWT4, DEOC_MALP2 ; DR Q65WA1, DEOC_MANSM ; Q600B2, DEOC_MESH2 ; Q4A7J6, DEOC_MESH7 ; -DR Q4A9F7, DEOC_MESHJ ; Q6KHA7, DEOC_MESM1 ; B3PM95, DEOC_META1 ; -DR Q0W6M2, DEOC_METAR ; P43048, DEOC_METHO ; O26909, DEOC_METTH ; -DR B0JK91, DEOC_MICAN ; C5C9E5, DEOC_MICLC ; Q91YP3, DEOC_MOUSE ; -DR A0QLL2, DEOC_MYCA1 ; P63930, DEOC_MYCBO ; A1KFV2, DEOC_MYCBP ; -DR C1AKF6, DEOC_MYCBT ; Q2SRA7, DEOC_MYCCT ; Q7NAQ0, DEOC_MYCGA ; -DR P47296, DEOC_MYCGE ; B8ZT93, DEOC_MYCLB ; Q9CB45, DEOC_MYCLE ; +DR Q4A9F7, DEOC_MESHJ ; B3PM95, DEOC_META1 ; Q0W6M2, DEOC_METAR ; +DR P43048, DEOC_METHO ; O26909, DEOC_METTH ; B0JK91, DEOC_MICAN ; +DR C5C9E5, DEOC_MICLC ; Q91YP3, DEOC_MOUSE ; A0QLL2, DEOC_MYCA1 ; +DR P63930, DEOC_MYCBO ; A1KFV2, DEOC_MYCBP ; C1AKF6, DEOC_MYCBT ; +DR Q2SRA7, DEOC_MYCCT ; Q7NAQ0, DEOC_MYCGA ; P47296, DEOC_MYCGE ; +DR B8ZT93, DEOC_MYCLB ; Q9CB45, DEOC_MYCLE ; Q6KHA7, DEOC_MYCM1 ; DR B2HQU3, DEOC_MYCMM ; Q6MSE7, DEOC_MYCMS ; Q73SV2, DEOC_MYCPA ; DR P47722, DEOC_MYCPI ; P09924, DEOC_MYCPN ; Q98QP7, DEOC_MYCPU ; DR Q4A5W6, DEOC_MYCS5 ; A5TZK6, DEOC_MYCTA ; P9WP02, DEOC_MYCTO ; @@ -126148,45 +126754,45 @@ DR P99117, ALF1_STAAN ; Q6GDJ7, ALF1_STAAR ; Q6G670, ALF1_STAAS ; DR A8Z3K5, ALF1_STAAT ; Q8NUM5, ALF1_STAAW ; Q07159, ALF1_STACT ; DR Q5HL21, ALF1_STAEQ ; Q8CMY5, ALF1_STAES ; Q4L9B6, ALF1_STAHJ ; DR P74309, ALF1_SYNY3 ; Q8J308, ALF1_THEKO ; P58315, ALF1_THETK ; -DR Q73QV3, ALF1_TREDE ; Q8PHB5, ALF1_XANAC ; Q8P5Z7, ALF1_XANCP ; -DR Q9PF52, ALF1_XYLFA ; Q87AI0, ALF1_XYLFT ; P46563, ALF2_CAEEL ; -DR P29271, ALF2_CERSP ; Q59101, ALF2_CUPNH ; P53446, ALF2_LETCA ; -DR Q8J0N6, ALF2_PARBA ; P46257, ALF2_PEA ; P49577, ALF2_PLABA ; -DR P50923, ALF2_RHOCA ; Q5HE75, ALF2_STAAC ; P67477, ALF2_STAAM ; -DR P99075, ALF2_STAAN ; Q6GEV0, ALF2_STAAR ; Q6G7I5, ALF2_STAAS ; -DR P67478, ALF2_STAAW ; Q5HM97, ALF2_STAEQ ; Q8CNI3, ALF2_STAES ; -DR Q55664, ALF2_SYNY3 ; P17784, ALFC1_ORYSJ; Q01516, ALFC1_PEA ; -DR Q10A30, ALFC2_ORYSJ; Q01517, ALFC2_PEA ; Q5N725, ALFC3_ORYSJ; -DR F4KGQ0, ALFC4_ARATH; O65581, ALFC5_ARATH; Q9SJQ9, ALFC6_ARATH; -DR P22197, ALFC7_ARATH; Q9LF98, ALFC8_ARATH; Q42690, ALFC_CHLRE ; -DR P84722, ALFC_PINST ; P16096, ALFC_SPIOL ; Q9SJU4, ALFP1_ARATH; -DR Q944G9, ALFP2_ARATH; Q9ZU52, ALFP3_ARATH; Q40677, ALFP_ORYSJ ; -DR P83155, ALF_ANASL ; Q9HGY9, ALF_ASPOR ; P13243, ALF_BACSU ; -DR O51401, ALF_BORBU ; P57526, ALF_BUCAI ; Q8K9B2, ALF_BUCAP ; -DR Q89AB6, ALF_BUCBP ; Q0PAS0, ALF_CAMJE ; A1VYV7, ALF_CAMJJ ; -DR Q9URB4, ALF_CANAL ; O65735, ALF_CICAR ; P0CJ44, ALF_COCIM ; -DR P19537, ALF_CORGL ; Q86A67, ALF_DICDI ; P07764, ALF_DROME ; -DR Q9GP32, ALF_ECHMU ; P0AB72, ALF_ECO57 ; P0AB71, ALF_ECOLI ; -DR O52402, ALF_EDWI9 ; Q8SSM8, ALF_ENCCU ; P94453, ALF_GEOSE ; -DR A8B2U2, ALF_GIAIC ; P44429, ALF_HAEIN ; D4GYE0, ALF_HALVD ; -DR Q9ZMQ6, ALF_HELPJ ; P56109, ALF_HELPY ; Q9C2U0, ALF_KLULA ; -DR P91759, ALF_LYMST ; P08440, ALF_MAIZE ; P67476, ALF_MYCBO ; -DR P47269, ALF_MYCGE ; O69600, ALF_MYCLE ; P75089, ALF_MYCPN ; -DR P9WQA2, ALF_MYCTO ; P9WQA3, ALF_MYCTU ; P53444, ALF_NEUCR ; -DR Q9XDP3, ALF_NOSCO ; Q8YNK2, ALF_NOSS1 ; Q7KQL9, ALF_PLAF7 ; -DR P14223, ALF_PLAFA ; Q27744, ALF_PLAFK ; Q9I5Y1, ALF_PSEAE ; -DR P58336, ALF_RHIME ; P53442, ALF_SCHMA ; P36580, ALF_SCHPO ; -DR P0AB73, ALF_SHIFL ; P56888, ALF_SINMW ; P29356, ALF_SPIOL ; -DR Q9X8R6, ALF_STRCO ; Q9ZEM7, ALF_STRGB ; P68905, ALF_STRP1 ; -DR P0CZ58, ALF_STRP3 ; Q5XA12, ALF_STRP6 ; P68906, ALF_STRP8 ; -DR P0A4S1, ALF_STRPN ; P0CZ59, ALF_STRPQ ; P0A4S2, ALF_STRR6 ; -DR O87796, ALF_STUST ; Q703I2, ALF_THECA ; O83668, ALF_TREPA ; -DR P07752, ALF_TRYBB ; Q9PPP3, ALF_UREPA ; Q56815, ALF_XANFL ; -DR P14540, ALF_YEAST ; Q58980, DKFP_METJA ; A0RV30, FBPAP_CENSY; -DR A8A9E4, FBPAP_IGNH4; Q57747, FBPAP_METJA; A4YIZ5, FBPAP_METS5; -DR D9PUH5, FBPAP_METTM; Q2RG86, FBPAP_MOOTA; B1YAL1, FBPAP_PYRNV; -DR F9VMT6, FBPAP_SULTO; Q8NKR9, FBPAP_THEKO; B6YTP6, FBPAP_THEON; -DR Q72K02, FBPAP_THET2; +DR Q8I8I2, ALF1_TOXGO ; Q73QV3, ALF1_TREDE ; Q8PHB5, ALF1_XANAC ; +DR Q8P5Z7, ALF1_XANCP ; Q9PF52, ALF1_XYLFA ; Q87AI0, ALF1_XYLFT ; +DR P46563, ALF2_CAEEL ; P29271, ALF2_CERSP ; Q59101, ALF2_CUPNH ; +DR P53446, ALF2_LETCA ; Q8J0N6, ALF2_PARBA ; P46257, ALF2_PEA ; +DR P49577, ALF2_PLABA ; P50923, ALF2_RHOCA ; Q5HE75, ALF2_STAAC ; +DR P67477, ALF2_STAAM ; P99075, ALF2_STAAN ; Q6GEV0, ALF2_STAAR ; +DR Q6G7I5, ALF2_STAAS ; P67478, ALF2_STAAW ; Q5HM97, ALF2_STAEQ ; +DR Q8CNI3, ALF2_STAES ; Q55664, ALF2_SYNY3 ; P17784, ALFC1_ORYSJ; +DR Q01516, ALFC1_PEA ; Q10A30, ALFC2_ORYSJ; Q01517, ALFC2_PEA ; +DR Q5N725, ALFC3_ORYSJ; F4KGQ0, ALFC4_ARATH; O65581, ALFC5_ARATH; +DR Q9SJQ9, ALFC6_ARATH; P22197, ALFC7_ARATH; Q9LF98, ALFC8_ARATH; +DR Q42690, ALFC_CHLRE ; P84722, ALFC_PINST ; P16096, ALFC_SPIOL ; +DR Q9SJU4, ALFP1_ARATH; Q944G9, ALFP2_ARATH; Q9ZU52, ALFP3_ARATH; +DR Q40677, ALFP_ORYSJ ; P83155, ALF_ANASL ; Q9HGY9, ALF_ASPOR ; +DR P13243, ALF_BACSU ; O51401, ALF_BORBU ; P57526, ALF_BUCAI ; +DR Q8K9B2, ALF_BUCAP ; Q89AB6, ALF_BUCBP ; Q0PAS0, ALF_CAMJE ; +DR A1VYV7, ALF_CAMJJ ; Q9URB4, ALF_CANAL ; O65735, ALF_CICAR ; +DR P0CJ44, ALF_COCIM ; P19537, ALF_CORGL ; Q86A67, ALF_DICDI ; +DR P07764, ALF_DROME ; Q9GP32, ALF_ECHMU ; P0AB72, ALF_ECO57 ; +DR P0AB71, ALF_ECOLI ; O52402, ALF_EDWI9 ; Q8SSM8, ALF_ENCCU ; +DR P94453, ALF_GEOSE ; A8B2U2, ALF_GIAIC ; P44429, ALF_HAEIN ; +DR D4GYE0, ALF_HALVD ; Q9ZMQ6, ALF_HELPJ ; P56109, ALF_HELPY ; +DR Q9C2U0, ALF_KLULA ; P91759, ALF_LYMST ; P08440, ALF_MAIZE ; +DR P67476, ALF_MYCBO ; P47269, ALF_MYCGE ; O69600, ALF_MYCLE ; +DR P75089, ALF_MYCPN ; P9WQA2, ALF_MYCTO ; P9WQA3, ALF_MYCTU ; +DR P53444, ALF_NEUCR ; Q9XDP3, ALF_NOSCO ; Q8YNK2, ALF_NOSS1 ; +DR Q7KQL9, ALF_PLAF7 ; P14223, ALF_PLAFA ; Q27744, ALF_PLAFK ; +DR Q9I5Y1, ALF_PSEAE ; P58336, ALF_RHIME ; P53442, ALF_SCHMA ; +DR P36580, ALF_SCHPO ; P0AB73, ALF_SHIFL ; P56888, ALF_SINMW ; +DR P29356, ALF_SPIOL ; Q9X8R6, ALF_STRCO ; Q9ZEM7, ALF_STRGB ; +DR P68905, ALF_STRP1 ; P0CZ58, ALF_STRP3 ; Q5XA12, ALF_STRP6 ; +DR P68906, ALF_STRP8 ; P0A4S1, ALF_STRPN ; P0CZ59, ALF_STRPQ ; +DR P0A4S2, ALF_STRR6 ; O87796, ALF_STUST ; Q703I2, ALF_THECA ; +DR O83668, ALF_TREPA ; P07752, ALF_TRYBB ; Q9PPP3, ALF_UREPA ; +DR Q56815, ALF_XANFL ; P14540, ALF_YEAST ; Q58980, DKFP_METJA ; +DR A0RV30, FBPAP_CENSY; A8A9E4, FBPAP_IGNH4; Q57747, FBPAP_METJA; +DR A4YIZ5, FBPAP_METS5; D9PUH5, FBPAP_METTM; Q2RG86, FBPAP_MOOTA; +DR B1YAL1, FBPAP_PYRNV; F9VMT6, FBPAP_SULTO; Q8NKR9, FBPAP_THEKO; +DR B6YTP6, FBPAP_THEON; Q72K02, FBPAP_THET2; // ID 4.1.2.14 DE 2-dehydro-3-deoxy-phosphogluconate aldolase. @@ -126837,6 +127443,28 @@ CC pathway. CC -!- It also has significant activity with 2-dehydro-3-deoxy-D-pentonate CC (cf. EC 4.1.2.28). // +ID 4.1.2.65 +DE ferulate hydratase/lyase. +AN ferulate aldolase. +AN vanillin synthase. +CA (E)-ferulate + H2O = acetate + vanillin. +CC -!- The enzyme is located in the chloroplasts of vanilla pods of the +CC orchid Vanilla planifolia. +CC -!- It also converts ferulic acid 4-O-beta-D-glucopyranoside to vanillin +CC 4-O-beta-D-glucopyranoside. +DR A0A0F7G352, VANSY_VANPL; +// +ID 4.1.2.66 +DE 4-coumarate hydratase/lyase. +AN 4-hydroxybenzaldehyde synthase. +CA (E)-4-coumarate + H2O = 4-hydroxybenzaldehyde + acetate. +CC -!- The enzyme has been purified from vanilla pods of the orchid Vanilla +CC planifolia. +CC -!- It is higly specific for 4-coumarate. +CC -!- Similar compounds such as cinnamate, caffeate, sinapate and +CC o-coumarate are not substrates. +DR P0DO76, 4HBS_VANPL ; +// ID 4.1.2.n1 DE Transferred entry: 4.1.2.44. // @@ -126892,7 +127520,7 @@ ID 4.1.3.3 DE N-acetylneuraminate lyase. AN N-acetylneuraminate pyruvate-lyase. AN N-acetylneuraminic acid aldolase. -CA aceneuramate = N-acetyl-D-mannosamine + pyruvate. +CA aceneuramate = aldehydo-N-acetyl-D-mannosamine + pyruvate. CC -!- This enzyme is involved in the degradation of N-acetylneuraminate. CC -!- It is specific for the open form of the sugar. CC -!- It also acts on N-glycoloylneuraminate and on O-acetylated sialic @@ -126908,8 +127536,8 @@ DR Q0TCP1, NANA_ECOL5 ; B1IQQ4, NANA_ECOLC ; P0A6L4, NANA_ECOLI ; DR B6I1U3, NANA_ECOSE ; B1LGJ0, NANA_ECOSM ; Q1R6B5, NANA_ECOUT ; DR A4WF38, NANA_ENT38 ; B7LRJ3, NANA_ESCF3 ; Q8RDN6, NANA_FUSNN ; DR P44539, NANA_HAEIN ; Q0I2T8, NANA_HISS1 ; B0UTI7, NANA_HISS2 ; -DR P59407, NANA_LACPL ; Q9CKB0, NANA_PASMU ; Q92WP0, NANA_RHIME ; -DR A7B555, NANA_RUMGV ; B5F7J9, NANA_SALA4 ; A9MNY6, NANA_SALAR ; +DR P59407, NANA_LACPL ; A7B555, NANA_MEDG7 ; Q9CKB0, NANA_PASMU ; +DR Q92WP0, NANA_RHIME ; B5F7J9, NANA_SALA4 ; A9MNY6, NANA_SALAR ; DR Q57JC9, NANA_SALCH ; B5FIR8, NANA_SALDC ; B5R0L2, NANA_SALEP ; DR B5RET7, NANA_SALG2 ; B4TJR3, NANA_SALHS ; B4T750, NANA_SALNS ; DR Q5PLE9, NANA_SALPA ; A9N833, NANA_SALPB ; C0PZN4, NANA_SALPC ; @@ -127052,8 +127680,8 @@ DR B6IPN3, RRAAH_RHOCS; A4FBN0, RRAAH_SACEN; Q8EE23, RRAAH_SHEON; DR A4VL60, RRAAH_STUS1; Q72J23, RRAAH_THET2; Q5SIP7, RRAAH_THET8; DR B8GM40, RRAAH_THISH; Q9KPK1, RRAAH_VIBCH; Q87SD2, RRAAH_VIBPA; DR Q8DEP0, RRAAH_VIBVU; Q7MNR7, RRAAH_VIBVY; Q8PIT8, RRAAH_XANAC; -DR Q3BRB4, RRAAH_XANC5; Q4UWM5, RRAAH_XANC8; B0RQZ0, RRAAH_XANCB; -DR Q8P7H4, RRAAH_XANCP; Q2P5H9, RRAAH_XANOM; B2SSI8, RRAAH_XANOP; +DR Q4UWM5, RRAAH_XANC8; B0RQZ0, RRAAH_XANCB; Q8P7H4, RRAAH_XANCP; +DR Q3BRB4, RRAAH_XANE5; Q2P5H9, RRAAH_XANOM; B2SSI8, RRAAH_XANOP; DR P40011, RRAAH_YEAST; A0A0F7GG11, TASA_HAPIR ; // ID 4.1.3.18 @@ -127289,23 +127917,23 @@ CC thermophilus also perform the reaction of EC 4.1.3.43. DR O86013, BPHF_NOVAR ; O05151, BPHF_RHOJR ; A1K6L9, HOA1_AZOSB ; DR C1DMT5, HOA1_AZOVD ; B4EK78, HOA1_BURCJ ; Q397Q9, HOA1_BURL3 ; DR A4JPX7, HOA1_BURVG ; Q9S152, HOA1_COMTE ; Q1LNS4, HOA1_CUPMC ; -DR Q0KAQ9, HOA1_CUPNH ; Q47HL8, HOA1_DECAR ; A8LAA1, HOA1_FRASN ; -DR A2SI33, HOA1_METPP ; B1MH40, HOA1_MYCA9 ; B2HGH1, HOA1_MYCMM ; -DR A0QZU2, HOA1_MYCS2 ; A3Q4B9, HOA1_MYCSJ ; A1UM80, HOA1_MYCSK ; -DR Q1B2X1, HOA1_MYCSS ; A0PR18, HOA1_MYCUA ; A1T2N6, HOA1_MYCVP ; -DR Q5Z2N2, HOA1_NOCFA ; A1SH77, HOA1_NOCSJ ; A4XF35, HOA1_NOVAD ; -DR B2JLM6, HOA1_PARP8 ; Q143P7, HOA1_PARXL ; Q4F8H9, HOA1_PSEFK ; +DR Q0KAQ9, HOA1_CUPNH ; Q47HL8, HOA1_DECAR ; A2SI33, HOA1_METPP ; +DR B1MH40, HOA1_MYCA9 ; B2HGH1, HOA1_MYCMM ; A0QZU2, HOA1_MYCS2 ; +DR A3Q4B9, HOA1_MYCSJ ; A1UM80, HOA1_MYCSK ; Q1B2X1, HOA1_MYCSS ; +DR A0PR18, HOA1_MYCUA ; A1T2N6, HOA1_MYCVP ; Q5Z2N2, HOA1_NOCFA ; +DR A1SH77, HOA1_NOCSJ ; A4XF35, HOA1_NOVAD ; B2JLM6, HOA1_PARP8 ; +DR A8LAA1, HOA1_PARS2 ; Q143P7, HOA1_PARXL ; Q4F8H9, HOA1_PSEFK ; DR P51018, HOA1_PSEP1 ; P51017, HOA1_PSEPU ; B1J6Y7, HOA1_PSEPW ; DR A5V6T8, HOA1_RHIWR ; C0ZPX1, HOA1_RHOE4 ; Q0SJD5, HOA1_RHOJR ; DR C1B7L0, HOA1_RHOOB ; A8M1N0, HOA1_SALAI ; A1K6Y4, HOA2_AZOSB ; DR C1DRJ0, HOA2_AZOVD ; B4EFI7, HOA2_BURCJ ; Q396P0, HOA2_BURL3 ; DR A4JW25, HOA2_BURVG ; Q83VZ3, HOA2_COMTE ; Q1LCQ8, HOA2_CUPMC ; -DR Q0K3S5, HOA2_CUPNH ; Q47GC6, HOA2_DECAR ; A8LEP8, HOA2_FRASN ; -DR A2SL35, HOA2_METPP ; B1MJT9, HOA2_MYCA9 ; B2HI25, HOA2_MYCMM ; -DR A0R4S6, HOA2_MYCS2 ; A3Q6M9, HOA2_MYCSJ ; A1UQA1, HOA2_MYCSK ; -DR Q1B0P6, HOA2_MYCSS ; A0PUX2, HOA2_MYCUA ; A1TDB7, HOA2_MYCVP ; -DR Q5YV93, HOA2_NOCFA ; A1SIM3, HOA2_NOCSJ ; A4XDT6, HOA2_NOVAD ; -DR B2JQW0, HOA2_PARP8 ; Q13VU3, HOA2_PARXL ; Q52040, HOA2_PSEFK ; +DR Q0K3S5, HOA2_CUPNH ; Q47GC6, HOA2_DECAR ; A2SL35, HOA2_METPP ; +DR B1MJT9, HOA2_MYCA9 ; B2HI25, HOA2_MYCMM ; A0R4S6, HOA2_MYCS2 ; +DR A3Q6M9, HOA2_MYCSJ ; A1UQA1, HOA2_MYCSK ; Q1B0P6, HOA2_MYCSS ; +DR A0PUX2, HOA2_MYCUA ; A1TDB7, HOA2_MYCVP ; Q5YV93, HOA2_NOCFA ; +DR A1SIM3, HOA2_NOCSJ ; A4XDT6, HOA2_NOVAD ; B2JQW0, HOA2_PARP8 ; +DR A8LEP8, HOA2_PARS2 ; Q13VU3, HOA2_PARXL ; Q52040, HOA2_PSEFK ; DR Q51983, HOA2_PSEP1 ; P51019, HOA2_PSEPU ; B1J6Y1, HOA2_PSEPW ; DR A5V856, HOA2_RHIWR ; C0ZU50, HOA2_RHOE4 ; Q0S9W9, HOA2_RHOJR ; DR C1B8I0, HOA2_RHOOB ; A8M6W8, HOA2_SALAI ; A1K893, HOA3_AZOSB ; @@ -127500,16 +128128,16 @@ CC other 3-substituted amino acids. DR P31014, TNAA1_SYMTH; P31015, TNAA2_SYMTH; A0KJP3, TNAA_AERHH ; DR Q9YCI2, TNAA_AERPE ; A4SNA7, TNAA_AERS4 ; Q8R9K5, TNAA_CALS4 ; DR Q7NYV9, TNAA_CHRVO ; A8AKE2, TNAA_CITK8 ; Q894M8, TNAA_CLOTE ; -DR Q729Z3, TNAA_DESVH ; A1VC86, TNAA_DESVV ; A7ZTR3, TNAA_ECO24 ; -DR B7UMH5, TNAA_ECO27 ; B7MGC9, TNAA_ECO45 ; B7L853, TNAA_ECO55 ; -DR Q8XB34, TNAA_ECO57 ; B5YXB2, TNAA_ECO5E ; B7NR10, TNAA_ECO7I ; -DR B7N212, TNAA_ECO81 ; B7M560, TNAA_ECO8A ; C4ZYY6, TNAA_ECOBW ; -DR B1X9T7, TNAA_ECODH ; A8A6H0, TNAA_ECOHS ; Q0TB00, TNAA_ECOL5 ; -DR Q8FBV2, TNAA_ECOL6 ; B1IX30, TNAA_ECOLC ; P0A853, TNAA_ECOLI ; -DR B7NF25, TNAA_ECOLU ; B6I3U1, TNAA_ECOSE ; B1LL35, TNAA_ECOSM ; -DR B7LK50, TNAA_ESCF3 ; Q4QML4, TNAA_HAEI8 ; O07674, TNAA_HAEIF ; -DR B0R7Q6, TNAA_HALS3 ; Q9HMV2, TNAA_HALSA ; Q0I3R5, TNAA_HISS1 ; -DR B0UTZ3, TNAA_HISS2 ; Q0C406, TNAA_HYPNA ; Q59342, TNAA_KLEAE ; +DR A7ZTR3, TNAA_ECO24 ; B7UMH5, TNAA_ECO27 ; B7MGC9, TNAA_ECO45 ; +DR B7L853, TNAA_ECO55 ; Q8XB34, TNAA_ECO57 ; B5YXB2, TNAA_ECO5E ; +DR B7NR10, TNAA_ECO7I ; B7N212, TNAA_ECO81 ; B7M560, TNAA_ECO8A ; +DR C4ZYY6, TNAA_ECOBW ; B1X9T7, TNAA_ECODH ; A8A6H0, TNAA_ECOHS ; +DR Q0TB00, TNAA_ECOL5 ; Q8FBV2, TNAA_ECOL6 ; B1IX30, TNAA_ECOLC ; +DR P0A853, TNAA_ECOLI ; B7NF25, TNAA_ECOLU ; B6I3U1, TNAA_ECOSE ; +DR B1LL35, TNAA_ECOSM ; B7LK50, TNAA_ESCF3 ; Q4QML4, TNAA_HAEI8 ; +DR O07674, TNAA_HAEIF ; B0R7Q6, TNAA_HALS3 ; Q9HMV2, TNAA_HALSA ; +DR Q0I3R5, TNAA_HISS1 ; B0UTZ3, TNAA_HISS2 ; Q0C406, TNAA_HYPNA ; +DR Q59342, TNAA_KLEAE ; Q729Z3, TNAA_NITV2 ; A1VC86, TNAA_NITV4 ; DR Q9CL27, TNAA_PASMU ; Q7N8C9, TNAA_PHOLL ; Q9ZNA8, TNAA_PROIN ; DR P28796, TNAA_PROVU ; O30971, TNAA_RHOCA ; Q2S1V4, TNAA_SALRD ; DR A8G097, TNAA_SHESH ; B2TUR7, TNAA_SHIB3 ; Q0SYP7, TNAA_SHIF8 ; @@ -127648,23 +128276,23 @@ DR B3QWA4, RIBB_CHLT3 ; Q7NQC4, RIBB_CHRVO ; A8APS7, RIBB_CITK8 ; DR A7FXH7, RIBB_CLOB1 ; A5I603, RIBB_CLOBH ; A7GHE0, RIBB_CLOBL ; DR A7MP95, RIBB_CROS8 ; Q46TZ9, RIBB_CUPPJ ; C0QJB0, RIBB_DESAH ; DR B8FLF4, RIBB_DESAL ; B8J4Q5, RIBB_DESDA ; Q6AQE3, RIBB_DESPS ; -DR A4J2L3, RIBB_DESRM ; Q72B63, RIBB_DESVH ; A1VD83, RIBB_DESVV ; -DR A7ZRS4, RIBB_ECO24 ; B7UIV5, RIBB_ECO27 ; B7MAC3, RIBB_ECO45 ; -DR B7LGI1, RIBB_ECO55 ; P0A7J1, RIBB_ECO57 ; B5YR87, RIBB_ECO5E ; -DR B7NJQ5, RIBB_ECO7I ; B7N0J6, RIBB_ECO81 ; B7LZJ1, RIBB_ECO8A ; -DR C4ZQV9, RIBB_ECOBW ; B1XG46, RIBB_ECODH ; A8A4J8, RIBB_ECOHS ; -DR A1AFX0, RIBB_ECOK1 ; Q0TD60, RIBB_ECOL5 ; Q8FDH9, RIBB_ECOL6 ; -DR B1ISB5, RIBB_ECOLC ; P0A7J0, RIBB_ECOLI ; B7ND35, RIBB_ECOLU ; -DR B6I413, RIBB_ECOSE ; B1LF38, RIBB_ECOSM ; Q1R6T4, RIBB_ECOUT ; -DR C5BHH8, RIBB_EDWI9 ; A4WEI2, RIBB_ENT38 ; B2VGK1, RIBB_ERWT9 ; -DR B7LQC3, RIBB_ESCF3 ; Q4QMD5, RIBB_HAEI8 ; A5UDW2, RIBB_HAEIE ; -DR A5UHR8, RIBB_HAEIG ; P44866, RIBB_HAEIN ; C4K8P2, RIBB_HAMD5 ; -DR Q7VJN5, RIBB_HELHP ; Q9ZL40, RIBB_HELPJ ; O25484, RIBB_HELPY ; -DR Q0I132, RIBB_HISS1 ; B0UX44, RIBB_HISS2 ; B5XU43, RIBB_KLEP3 ; -DR A6TE29, RIBB_KLEP7 ; Q65W81, RIBB_MANSM ; C6BVV4, RIBB_MARSD ; -DR Q8TT89, RIBB_METAC ; Q60364, RIBB_METJA ; A2SQG6, RIBB_METLZ ; -DR Q8PW86, RIBB_METMA ; O27543, RIBB_METTH ; Q9JU97, RIBB_NEIMA ; -DR Q9JZ77, RIBB_NEIMB ; Q8CWF6, RIBB_OCEIH ; Q313P5, RIBB_OLEA2 ; +DR A4J2L3, RIBB_DESRM ; A7ZRS4, RIBB_ECO24 ; B7UIV5, RIBB_ECO27 ; +DR B7MAC3, RIBB_ECO45 ; B7LGI1, RIBB_ECO55 ; P0A7J1, RIBB_ECO57 ; +DR B5YR87, RIBB_ECO5E ; B7NJQ5, RIBB_ECO7I ; B7N0J6, RIBB_ECO81 ; +DR B7LZJ1, RIBB_ECO8A ; C4ZQV9, RIBB_ECOBW ; B1XG46, RIBB_ECODH ; +DR A8A4J8, RIBB_ECOHS ; A1AFX0, RIBB_ECOK1 ; Q0TD60, RIBB_ECOL5 ; +DR Q8FDH9, RIBB_ECOL6 ; B1ISB5, RIBB_ECOLC ; P0A7J0, RIBB_ECOLI ; +DR B7ND35, RIBB_ECOLU ; B6I413, RIBB_ECOSE ; B1LF38, RIBB_ECOSM ; +DR Q1R6T4, RIBB_ECOUT ; C5BHH8, RIBB_EDWI9 ; A4WEI2, RIBB_ENT38 ; +DR B2VGK1, RIBB_ERWT9 ; B7LQC3, RIBB_ESCF3 ; Q4QMD5, RIBB_HAEI8 ; +DR A5UDW2, RIBB_HAEIE ; A5UHR8, RIBB_HAEIG ; P44866, RIBB_HAEIN ; +DR C4K8P2, RIBB_HAMD5 ; Q7VJN5, RIBB_HELHP ; Q9ZL40, RIBB_HELPJ ; +DR O25484, RIBB_HELPY ; Q0I132, RIBB_HISS1 ; B0UX44, RIBB_HISS2 ; +DR B5XU43, RIBB_KLEP3 ; A6TE29, RIBB_KLEP7 ; Q65W81, RIBB_MANSM ; +DR C6BVV4, RIBB_MARSD ; Q8TT89, RIBB_METAC ; Q60364, RIBB_METJA ; +DR A2SQG6, RIBB_METLZ ; Q8PW86, RIBB_METMA ; O27543, RIBB_METTH ; +DR Q9JU97, RIBB_NEIMA ; Q9JZ77, RIBB_NEIMB ; Q72B63, RIBB_NITV2 ; +DR A1VD83, RIBB_NITV4 ; Q8CWF6, RIBB_OCEIH ; Q313P5, RIBB_OLEA2 ; DR P57940, RIBB_PASMU ; Q6D8S3, RIBB_PECAS ; C6D9P9, RIBB_PECCP ; DR A1AKS6, RIBB_PELPD ; Q02008, RIBB_PHOLE ; Q7N0C8, RIBB_PHOLL ; DR P51962, RIBB_PHOPO ; Q6LIW0, RIBB_PHOPR ; B4EW41, RIBB_PROMH ; @@ -127828,24 +128456,24 @@ DR Q7VFU4, THIC_HELHP ; A4G224, THIC_HERAR ; Q31JC9, THIC_HYDCU ; DR Q5QUD0, THIC_IDILO ; A8A8N6, THIC_IGNH4 ; A6SUX7, THIC_JANMA ; DR B5XYE4, THIC_KLEP3 ; A6TGQ1, THIC_KLEP7 ; Q04VF1, THIC_LEPBJ ; DR Q04Y23, THIC_LEPBL ; B1Y5I3, THIC_LEPCP ; Q72NZ8, THIC_LEPIC ; -DR Q8F7G5, THIC_LEPIN ; Q2WAV0, THIC_MAGSA ; A6UT74, THIC_META3 ; -DR A7I8Q1, THIC_METB6 ; Q603T9, THIC_METCA ; Q2FQY7, THIC_METHJ ; -DR Q58432, THIC_METJA ; Q8TZ33, THIC_METKA ; A2SU66, THIC_METLZ ; -DR A4G002, THIC_METM5 ; A9A8A9, THIC_METM6 ; A6VIH6, THIC_METM7 ; -DR A3CVT7, THIC_METMJ ; P61428, THIC_METMP ; B8GKY4, THIC_METPE ; -DR A2SG83, THIC_METPP ; A6URG5, THIC_METVS ; B0JSK4, THIC_MICAN ; -DR Q2RIM5, THIC_MOOTA ; A0QLS0, THIC_MYCA1 ; B1MIP8, THIC_MYCA9 ; -DR P66912, THIC_MYCBO ; A1KFP5, THIC_MYCBP ; C1AK99, THIC_MYCBT ; -DR B8ZU90, THIC_MYCLB ; Q9ZBL0, THIC_MYCLE ; B2HQM5, THIC_MYCMM ; -DR P61426, THIC_MYCPA ; A5TZE9, THIC_MYCTA ; P9WG78, THIC_MYCTO ; -DR P9WG79, THIC_MYCTU ; A0PTS1, THIC_MYCUA ; Q1D4L3, THIC_MYXXD ; -DR Q3IRP7, THIC_NATPD ; B9L811, THIC_NAUPA ; Q5F588, THIC_NEIG1 ; -DR A9M0A4, THIC_NEIM0 ; Q9JWF3, THIC_NEIMA ; Q9JXI0, THIC_NEIMB ; -DR A1KWC0, THIC_NEIMF ; Q0AJI9, THIC_NITEC ; Q82Y50, THIC_NITEU ; -DR Q1QJD3, THIC_NITHX ; Q2Y6P4, THIC_NITMU ; Q3J7C1, THIC_NITOC ; -DR A6Q2K1, THIC_NITSB ; Q3SPS0, THIC_NITWN ; Q5YNS3, THIC_NOCFA ; -DR B2J323, THIC_NOSP7 ; Q8YY69, THIC_NOSS1 ; Q2G7A9, THIC_NOVAD ; -DR A1TKD9, THIC_PARC0 ; A1B684, THIC_PARDP ; A7HV30, THIC_PARL1 ; +DR Q8F7G5, THIC_LEPIN ; A6UT74, THIC_META3 ; A7I8Q1, THIC_METB6 ; +DR Q603T9, THIC_METCA ; Q2FQY7, THIC_METHJ ; Q58432, THIC_METJA ; +DR Q8TZ33, THIC_METKA ; A2SU66, THIC_METLZ ; A4G002, THIC_METM5 ; +DR A9A8A9, THIC_METM6 ; A6VIH6, THIC_METM7 ; A3CVT7, THIC_METMJ ; +DR P61428, THIC_METMP ; B8GKY4, THIC_METPE ; A2SG83, THIC_METPP ; +DR A6URG5, THIC_METVS ; B0JSK4, THIC_MICAN ; Q2RIM5, THIC_MOOTA ; +DR A0QLS0, THIC_MYCA1 ; B1MIP8, THIC_MYCA9 ; P66912, THIC_MYCBO ; +DR A1KFP5, THIC_MYCBP ; C1AK99, THIC_MYCBT ; B8ZU90, THIC_MYCLB ; +DR Q9ZBL0, THIC_MYCLE ; B2HQM5, THIC_MYCMM ; P61426, THIC_MYCPA ; +DR A5TZE9, THIC_MYCTA ; P9WG78, THIC_MYCTO ; P9WG79, THIC_MYCTU ; +DR A0PTS1, THIC_MYCUA ; Q1D4L3, THIC_MYXXD ; Q3IRP7, THIC_NATPD ; +DR B9L811, THIC_NAUPA ; Q5F588, THIC_NEIG1 ; A9M0A4, THIC_NEIM0 ; +DR Q9JWF3, THIC_NEIMA ; Q9JXI0, THIC_NEIMB ; A1KWC0, THIC_NEIMF ; +DR Q0AJI9, THIC_NITEC ; Q82Y50, THIC_NITEU ; Q1QJD3, THIC_NITHX ; +DR Q2Y6P4, THIC_NITMU ; Q3J7C1, THIC_NITOC ; A6Q2K1, THIC_NITSB ; +DR Q3SPS0, THIC_NITWN ; Q5YNS3, THIC_NOCFA ; B2J323, THIC_NOSP7 ; +DR Q8YY69, THIC_NOSS1 ; Q2G7A9, THIC_NOVAD ; A1TKD9, THIC_PARC0 ; +DR A1B684, THIC_PARDP ; A7HV30, THIC_PARL1 ; Q2WAV0, THIC_PARM1 ; DR Q7U9W2, THIC_PARMW ; B2JJF7, THIC_PARP8 ; B2SXY6, THIC_PARPJ ; DR Q13WN4, THIC_PARXL ; Q6DAM0, THIC_PECAS ; B4SBF6, THIC_PELPB ; DR A5D4K5, THIC_PELTS ; Q7N963, THIC_PHOLL ; Q6LVY0, THIC_PHOPR ; @@ -127897,8 +128525,8 @@ DR A5CX15, THIC_VESOH ; B7VMV7, THIC_VIBA3 ; A7N141, THIC_VIBC1 ; DR A5F4D2, THIC_VIBC3 ; Q9KVS8, THIC_VIBCH ; C3LPQ3, THIC_VIBCM ; DR Q87KF0, THIC_VIBPA ; Q8DDL4, THIC_VIBVU ; Q7MGM3, THIC_VIBVY ; DR Q8D247, THIC_WIGBR ; Q7M818, THIC_WOLSU ; Q8PH13, THIC_XANAC ; -DR Q3BPK7, THIC_XANC5 ; Q4UYF2, THIC_XANC8 ; B0RP37, THIC_XANCB ; -DR Q8P5L9, THIC_XANCP ; Q2P755, THIC_XANOM ; B2SNG3, THIC_XANOP ; +DR Q4UYF2, THIC_XANC8 ; B0RP37, THIC_XANCB ; Q8P5L9, THIC_XANCP ; +DR Q3BPK7, THIC_XANE5 ; Q2P755, THIC_XANOM ; B2SNG3, THIC_XANOP ; DR Q5H4C0, THIC_XANOR ; Q9PC93, THIC_XYLFA ; Q87CY6, THIC_XYLFT ; DR Q8ZAQ2, THIC_YERPE ; Q66FP5, THIC_YERPS ; Q5NR58, THIC_ZYMMO ; DR Q8G7X1, THIEC_BIFLO; @@ -128117,6 +128745,32 @@ CC quinolone structure. CC -!- The enzyme is also active with (-)-4'-methoxycyclopenine. DR C8VJQ3, ASQI_EMENI ; // +ID 4.1.99.28 +DE 3'-dehydrocarminate deglycosidase. +CA 3'-dehydrocarminate + H(+) = 1,5-anhydro-D-erythro-hex-1-en-3-ulose + +CA kermesate. +CC -!- Requires Mg(2+). +CC -!- This enzyme, isolated from the bacterium Microbacterium 5-2b, +CC participates in a carminate degradation pathway. +CC -!- Following the activity of EC 1.1.3.50 it cleaves the C--C bond in +CC 3'-dehydrocarminate. +CC -!- The sugar moiety is released lacking a hydroxyl at position 1, +CC and containing a double bond at positions C-1 and C-2. +CC -!- The enzyme shows weak activity with other 3'-dehydro-C-glucosides. +DR P0DXE5, CGDA_MICSX ; P0DXE6, CGDB_MICSX ; +// +ID 4.1.99.29 +DE 5,8-dihydroxy-2-naphthoate synthase. +AN 1,4-dihydroxy-6-naphthoate synthase. +CA cyclic dehypoxanthinylfutalosinate = 1,4-dihydroxy-6-naphthoate + +CA dihydroxyacetone. +CC -!- The enzyme participates in alternative menaquinone biosynthesis +CC pathways known as the futalosine and modified futalosine pathways, +CC which occurs in some bacterial species including several human +CC pathogens such as Helicobacter pylori, Campylobacter jejuni, +CC and Chlamydia. +DR Q9KXN1, MQND_STRCO ; Q5SI12, MQND_THET8 ; +// ID 4.2.1.1 DE carbonic anhydrase. AN carbonate dehydratase. @@ -128246,22 +128900,23 @@ DR Q92G90, ACNA_RICCN ; Q4UK20, ACNA_RICFE ; Q9ZCF4, ACNA_RICPR ; DR Q68VV0, ACNA_RICTY ; Q8ZP52, ACNA_SALTY ; Q5HG69, ACNA_STAAC ; DR P63433, ACNA_STAAM ; P99148, ACNA_STAAN ; Q6GH55, ACNA_STAAR ; DR Q6G9K9, ACNA_STAAS ; P63434, ACNA_STAAW ; Q5HPJ0, ACNA_STAEQ ; -DR Q8CPC2, ACNA_STAES ; Q59938, ACNA_STRMU ; Q5SMF6, ACNA_THET8 ; -DR P36683, ACNB_ECOLI ; Q9ZL64, ACNB_HELPJ ; P56418, ACNB_HELPY ; -DR Q9I2V5, ACNB_PSEAE ; Q8ZRS8, ACNB_SALTY ; P74582, ACNB_SYNY3 ; -DR Q8EJW3, ACND_SHEON ; Q42560, ACO1_ARATH ; Q94A28, ACO2M_ARATH; -DR Q9SIB9, ACO3M_ARATH; Q0VCU1, ACOHC_BOVIN; Q23500, ACOHC_CAEEL; -DR Q90875, ACOHC_CHICK; P49608, ACOHC_CUCMA; Q42669, ACOHC_CUCMC; -DR Q54X73, ACOHC_DICDI; P21399, ACOHC_HUMAN; P28271, ACOHC_MOUSE; -DR Q6YZX6, ACOHC_ORYSJ; Q01059, ACOHC_RABIT; Q63270, ACOHC_RAT ; -DR O04916, ACOHC_SOLTU; D4AT77, ACON_ARTBC ; Q4WLN1, ACON_ASPFU ; -DR P20004, ACON_BOVIN ; P34455, ACON_CAEEL ; P82611, ACON_CANAL ; -DR Q54XS2, ACON_DICDI ; C8VG90, ACON_EMENI ; P49609, ACON_GRAGA ; -DR Q99798, ACON_HUMAN ; P37032, ACON_LEGPH ; Q99KI0, ACON_MOUSE ; -DR P16276, ACON_PIG ; Q9ER34, ACON_RAT ; O13966, ACON_SCHPO ; -DR P19414, ACON_YEAST ; Q8NSL3, PRPD2_CORGL; Q937N6, PRPD_CUPNE ; -DR Q8X693, PRPD_ECO57 ; P77243, PRPD_ECOLI ; H8F0D6, PRPD_MYCTE ; -DR O06582, PRPD_MYCTU ; Q8Z903, PRPD_SALTI ; P74840, PRPD_SALTY ; +DR Q8CPC2, ACNA_STAES ; Q59938, ACNA_STRMU ; D9X0I3, ACNA_STRVT ; +DR Q5SMF6, ACNA_THET8 ; P36683, ACNB_ECOLI ; Q9ZL64, ACNB_HELPJ ; +DR P56418, ACNB_HELPY ; Q9I2V5, ACNB_PSEAE ; Q8ZRS8, ACNB_SALTY ; +DR P74582, ACNB_SYNY3 ; Q8EJW3, ACND_SHEON ; Q42560, ACO1_ARATH ; +DR Q94A28, ACO2M_ARATH; Q9SIB9, ACO3M_ARATH; Q0VCU1, ACOHC_BOVIN; +DR Q23500, ACOHC_CAEEL; Q90875, ACOHC_CHICK; P49608, ACOHC_CUCMA; +DR Q42669, ACOHC_CUCMC; Q54X73, ACOHC_DICDI; P21399, ACOHC_HUMAN; +DR P28271, ACOHC_MOUSE; Q6YZX6, ACOHC_ORYSJ; Q01059, ACOHC_RABIT; +DR Q63270, ACOHC_RAT ; O04916, ACOHC_SOLTU; D4AT77, ACON_ARTBC ; +DR Q4WLN1, ACON_ASPFU ; P20004, ACON_BOVIN ; P34455, ACON_CAEEL ; +DR P82611, ACON_CANAL ; Q54XS2, ACON_DICDI ; C8VG90, ACON_EMENI ; +DR P49609, ACON_GRAGA ; Q99798, ACON_HUMAN ; P37032, ACON_LEGPH ; +DR Q99KI0, ACON_MOUSE ; P16276, ACON_PIG ; Q9ER34, ACON_RAT ; +DR O13966, ACON_SCHPO ; P19414, ACON_YEAST ; Q8NSL3, PRPD2_CORGL; +DR Q937N6, PRPD_CUPNE ; Q8X693, PRPD_ECO57 ; P77243, PRPD_ECOLI ; +DR H8F0D6, PRPD_MYCTE ; O06582, PRPD_MYCTU ; Q8Z903, PRPD_SALTI ; +DR P74840, PRPD_SALTY ; // ID 4.2.1.4 DE Transferred entry: 4.2.1.3. @@ -128289,8 +128944,8 @@ DR Q57I11, DGOD_SALCH ; B5FN00, DGOD_SALDC ; B5QUN9, DGOD_SALEP ; DR B5RFZ8, DGOD_SALG2 ; B4TA81, DGOD_SALHS ; B4SY97, DGOD_SALNS ; DR A9MWL9, DGOD_SALPB ; B5BIK9, DGOD_SALPK ; Q8ZKZ1, DGOD_SALTY ; DR A8G7R4, DGOD_SERP5 ; C5CZC3, DGOD_VARPS ; A1WPC7, DGOD_VEREI ; -DR Q8PLN0, DGOD_XANAC ; Q3BUN6, DGOD_XANC5 ; Q4UTT5, DGOD_XANC8 ; -DR B0RTW1, DGOD_XANCB ; Q8P9V1, DGOD_XANCP ; Q2P1Q3, DGOD_XANOM ; +DR Q8PLN0, DGOD_XANAC ; Q4UTT5, DGOD_XANC8 ; B0RTW1, DGOD_XANCB ; +DR Q8P9V1, DGOD_XANCP ; Q3BUN6, DGOD_XANE5 ; Q2P1Q3, DGOD_XANOM ; DR B2SV55, DGOD_XANOP ; Q6L1T2, GAD_PICTO ; Q97U27, GAD_SACS2 ; // ID 4.2.1.7 @@ -128412,7 +129067,7 @@ DR Q3APB9, ILVD_CHLCH ; B3EHP3, ILVD_CHLL2 ; Q3B589, ILVD_CHLL3 ; DR B3QMA2, ILVD_CHLP8 ; A1BES8, ILVD_CHLPD ; A4SFC2, ILVD_CHLPM ; DR B9LM83, ILVD_CHLSY ; B3QSP3, ILVD_CHLT3 ; Q8KER4, ILVD_CHLTE ; DR Q1QU47, ILVD_CHRSD ; Q7NYJ7, ILVD_CHRVO ; B5EHV2, ILVD_CITBB ; -DR A5CPY3, ILVD_CLAM3 ; B0RIN3, ILVD_CLAMS ; Q97EE3, ILVD_CLOAB ; +DR A5CPY3, ILVD_CLAM3 ; B0RIN3, ILVD_CLASE ; Q97EE3, ILVD_CLOAB ; DR A6LTK6, ILVD_CLOB8 ; B2UYT6, ILVD_CLOBA ; B2TIR2, ILVD_CLOBB ; DR B9E299, ILVD_CLOK1 ; A5N8V4, ILVD_CLOK5 ; A0Q0E8, ILVD_CLONN ; DR P31959, ILVD_CLOPA ; Q47UN7, ILVD_COLP3 ; C3PFW7, ILVD_CORA7 ; @@ -128421,8 +129076,7 @@ DR Q4JUN3, ILVD_CORJK ; C4LJI1, ILVD_CORK4 ; B1WTN3, ILVD_CROS5 ; DR Q11NN5, ILVD_CYTH3 ; Q47JC0, ILVD_DECAR ; Q3Z888, ILVD_DEHM1 ; DR A5FR35, ILVD_DEHMB ; Q3ZXH9, ILVD_DEHMC ; Q1IYZ8, ILVD_DEIGD ; DR Q9RV97, ILVD_DEIRA ; B8FHH7, ILVD_DESAL ; B1I250, ILVD_DESAP ; -DR B8FU95, ILVD_DESHD ; A8ZTQ7, ILVD_DESOH ; Q725Q1, ILVD_DESVH ; -DR B8DMM1, ILVD_DESVM ; A1V9E1, ILVD_DESVV ; A8LKN5, ILVD_DINSH ; +DR B8FU95, ILVD_DESHD ; A8ZTQ7, ILVD_DESOH ; A8LKN5, ILVD_DINSH ; DR A7ZTX3, ILVD_ECO24 ; B7UMM8, ILVD_ECO27 ; B7MGI3, ILVD_ECO45 ; DR B7L8B3, ILVD_ECO55 ; Q8XAV1, ILVD_ECO57 ; B5YY20, ILVD_ECO5E ; DR B7NU26, ILVD_ECO7I ; B7N266, ILVD_ECO81 ; B7M5B9, ILVD_ECO8A ; @@ -128432,46 +129086,47 @@ DR P05791, ILVD_ECOLI ; B7NF78, ILVD_ECOLU ; B6I4A8, ILVD_ECOSE ; DR B1LLU6, ILVD_ECOSM ; Q1R4G6, ILVD_ECOUT ; C5BBA5, ILVD_EDWI9 ; DR B1GYS7, ILVD_ENDTX ; A4WG37, ILVD_ENT38 ; B2VI72, ILVD_ERWT9 ; DR B7LU82, ILVD_ESCF3 ; A6GWT7, ILVD_FLAPJ ; Q2J4D1, ILVD_FRACC ; -DR B0TZC0, ILVD_FRAP2 ; A8L8S7, ILVD_FRASN ; Q14II4, ILVD_FRAT1 ; -DR B2SH83, ILVD_FRATM ; A0Q6R5, ILVD_FRATN ; Q5NH32, ILVD_FRATT ; -DR A4IYA1, ILVD_FRATW ; B9M5B4, ILVD_GEODF ; Q5KYA5, ILVD_GEOKA ; -DR Q39W79, ILVD_GEOMG ; Q74BW7, ILVD_GEOSL ; C6E521, ILVD_GEOSM ; -DR A5G7V6, ILVD_GEOUR ; B8F506, ILVD_GLAP5 ; Q7NGK1, ILVD_GLOVI ; -DR Q5FN26, ILVD_GLUOX ; Q0BQR6, ILVD_GRABC ; Q4QMF8, ILVD_HAEI8 ; -DR A5UDY7, ILVD_HAEIE ; A5UHP2, ILVD_HAEIG ; P44851, ILVD_HAEIN ; -DR Q2SA20, ILVD_HAHCH ; Q9K8E4, ILVD_HALH5 ; A1WTG1, ILVD_HALHL ; -DR Q5V545, ILVD_HALMA ; B8CX17, ILVD_HALOH ; Q7VHW3, ILVD_HELHP ; -DR A4G341, ILVD_HERAR ; Q0I1F1, ILVD_HISS1 ; B0UW18, ILVD_HISS2 ; -DR Q31I28, ILVD_HYDCU ; B4U6Z8, ILVD_HYDS0 ; Q0C2B5, ILVD_HYPNA ; -DR A8AB39, ILVD_IGNH4 ; A6SVP5, ILVD_JANMA ; B5XZ01, ILVD_KLEP3 ; -DR A6TGF8, ILVD_KLEP7 ; B2GLR9, ILVD_KOCRD ; Q1ILZ0, ILVD_KORVE ; -DR C4Z566, ILVD_LACE2 ; Q02139, ILVD_LACLA ; A2RKQ9, ILVD_LACLM ; -DR Q02YY5, ILVD_LACLS ; A9KT71, ILVD_LACP7 ; Q6AEN9, ILVD_LEIXX ; -DR Q04RA5, ILVD_LEPBJ ; Q053H5, ILVD_LEPBL ; B1Y816, ILVD_LEPCP ; -DR Q72TC0, ILVD_LEPIC ; Q8F219, ILVD_LEPIN ; Q03UL2, ILVD_LEUMM ; -DR Q92A32, ILVD_LISIN ; C1KWS7, ILVD_LISMC ; Q71Y38, ILVD_LISMF ; -DR B8DBU8, ILVD_LISMH ; Q8Y5S2, ILVD_LISMO ; A0AK88, ILVD_LISW6 ; -DR B9EBF6, ILVD_MACCJ ; A0L8Q3, ILVD_MAGMM ; Q2W485, ILVD_MAGSA ; -DR Q65QD4, ILVD_MANSM ; A6W1Q9, ILVD_MARMS ; C6BUM7, ILVD_MARSD ; -DR A6UUU2, ILVD_META3 ; A7I7L0, ILVD_METB6 ; Q46AU2, ILVD_METBF ; -DR Q12TW7, ILVD_METBU ; Q606D6, ILVD_METCA ; Q1H4H6, ILVD_METFK ; -DR Q2FMZ1, ILVD_METHJ ; Q58672, ILVD_METJA ; Q8TW40, ILVD_METKA ; -DR A4FZM0, ILVD_METM5 ; A9A6N6, ILVD_METM6 ; A6VIV7, ILVD_METM7 ; -DR Q8Q078, ILVD_METMA ; A3CU68, ILVD_METMJ ; Q6M0F3, ILVD_METMP ; -DR A2SFL0, ILVD_METPP ; A5UML4, ILVD_METS3 ; A4YEN4, ILVD_METS5 ; -DR B8EQC8, ILVD_METSB ; Q2NE10, ILVD_METST ; O27498, ILVD_METTH ; -DR A0B6Y9, ILVD_METTP ; A6URV4, ILVD_METVS ; B0JJP7, ILVD_MICAN ; -DR Q2RG93, ILVD_MOOTA ; A0QMH2, ILVD_MYCA1 ; P65155, ILVD_MYCBO ; -DR O06069, ILVD_MYCLE ; Q73TT7, ILVD_MYCPA ; A3PSS2, ILVD_MYCSJ ; -DR P9WKJ4, ILVD_MYCTO ; P9WKJ5, ILVD_MYCTU ; A0PMV4, ILVD_MYCUA ; -DR Q3IMV2, ILVD_NATPD ; B9L6Y0, ILVD_NAUPA ; Q5F8G6, ILVD_NEIG1 ; -DR Q9JUE0, ILVD_NEIMA ; Q9JS61, ILVD_NEIMB ; A1KU04, ILVD_NEIMF ; -DR Q0ADX6, ILVD_NITEC ; Q82XY7, ILVD_NITEU ; Q1QRS7, ILVD_NITHX ; -DR Q2YC67, ILVD_NITMU ; Q3J9N3, ILVD_NITOC ; A6Q182, ILVD_NITSB ; -DR Q3SW60, ILVD_NITWN ; A1SM84, ILVD_NOCSJ ; B2J456, ILVD_NOSP7 ; -DR Q8YTE6, ILVD_NOSS1 ; Q2G7E9, ILVD_NOVAD ; Q8EN63, ILVD_OCEIH ; -DR Q317H9, ILVD_OLEA2 ; A1TMA7, ILVD_PARC0 ; A6LDP0, ILVD_PARD8 ; -DR A1B673, ILVD_PARDP ; A7HXI4, ILVD_PARL1 ; Q7U763, ILVD_PARMW ; +DR B0TZC0, ILVD_FRAP2 ; Q14II4, ILVD_FRAT1 ; B2SH83, ILVD_FRATM ; +DR A0Q6R5, ILVD_FRATN ; Q5NH32, ILVD_FRATT ; A4IYA1, ILVD_FRATW ; +DR B9M5B4, ILVD_GEODF ; Q5KYA5, ILVD_GEOKA ; Q39W79, ILVD_GEOMG ; +DR Q74BW7, ILVD_GEOSL ; C6E521, ILVD_GEOSM ; A5G7V6, ILVD_GEOUR ; +DR B8F506, ILVD_GLAP5 ; Q7NGK1, ILVD_GLOVI ; Q5FN26, ILVD_GLUOX ; +DR Q0BQR6, ILVD_GRABC ; Q4QMF8, ILVD_HAEI8 ; A5UDY7, ILVD_HAEIE ; +DR A5UHP2, ILVD_HAEIG ; P44851, ILVD_HAEIN ; Q2SA20, ILVD_HAHCH ; +DR Q9K8E4, ILVD_HALH5 ; A1WTG1, ILVD_HALHL ; Q5V545, ILVD_HALMA ; +DR B8CX17, ILVD_HALOH ; Q7VHW3, ILVD_HELHP ; A4G341, ILVD_HERAR ; +DR Q0I1F1, ILVD_HISS1 ; B0UW18, ILVD_HISS2 ; Q31I28, ILVD_HYDCU ; +DR B4U6Z8, ILVD_HYDS0 ; Q0C2B5, ILVD_HYPNA ; A8AB39, ILVD_IGNH4 ; +DR A6SVP5, ILVD_JANMA ; B5XZ01, ILVD_KLEP3 ; A6TGF8, ILVD_KLEP7 ; +DR B2GLR9, ILVD_KOCRD ; Q1ILZ0, ILVD_KORVE ; C4Z566, ILVD_LACE2 ; +DR Q02139, ILVD_LACLA ; A2RKQ9, ILVD_LACLM ; Q02YY5, ILVD_LACLS ; +DR A9KT71, ILVD_LACP7 ; Q6AEN9, ILVD_LEIXX ; Q04RA5, ILVD_LEPBJ ; +DR Q053H5, ILVD_LEPBL ; B1Y816, ILVD_LEPCP ; Q72TC0, ILVD_LEPIC ; +DR Q8F219, ILVD_LEPIN ; Q03UL2, ILVD_LEUMM ; Q92A32, ILVD_LISIN ; +DR C1KWS7, ILVD_LISMC ; Q71Y38, ILVD_LISMF ; B8DBU8, ILVD_LISMH ; +DR Q8Y5S2, ILVD_LISMO ; A0AK88, ILVD_LISW6 ; B9EBF6, ILVD_MACCJ ; +DR A0L8Q3, ILVD_MAGMM ; Q65QD4, ILVD_MANSM ; A6W1Q9, ILVD_MARMS ; +DR C6BUM7, ILVD_MARSD ; A6UUU2, ILVD_META3 ; A7I7L0, ILVD_METB6 ; +DR Q46AU2, ILVD_METBF ; Q12TW7, ILVD_METBU ; Q606D6, ILVD_METCA ; +DR Q1H4H6, ILVD_METFK ; Q2FMZ1, ILVD_METHJ ; Q58672, ILVD_METJA ; +DR Q8TW40, ILVD_METKA ; A4FZM0, ILVD_METM5 ; A9A6N6, ILVD_METM6 ; +DR A6VIV7, ILVD_METM7 ; Q8Q078, ILVD_METMA ; A3CU68, ILVD_METMJ ; +DR Q6M0F3, ILVD_METMP ; A2SFL0, ILVD_METPP ; A5UML4, ILVD_METS3 ; +DR A4YEN4, ILVD_METS5 ; B8EQC8, ILVD_METSB ; Q2NE10, ILVD_METST ; +DR O27498, ILVD_METTH ; A0B6Y9, ILVD_METTP ; A6URV4, ILVD_METVS ; +DR B0JJP7, ILVD_MICAN ; Q2RG93, ILVD_MOOTA ; A0QMH2, ILVD_MYCA1 ; +DR P65155, ILVD_MYCBO ; O06069, ILVD_MYCLE ; Q73TT7, ILVD_MYCPA ; +DR A3PSS2, ILVD_MYCSJ ; P9WKJ4, ILVD_MYCTO ; P9WKJ5, ILVD_MYCTU ; +DR A0PMV4, ILVD_MYCUA ; Q3IMV2, ILVD_NATPD ; B9L6Y0, ILVD_NAUPA ; +DR Q5F8G6, ILVD_NEIG1 ; Q9JUE0, ILVD_NEIMA ; Q9JS61, ILVD_NEIMB ; +DR A1KU04, ILVD_NEIMF ; Q0ADX6, ILVD_NITEC ; Q82XY7, ILVD_NITEU ; +DR Q1QRS7, ILVD_NITHX ; Q2YC67, ILVD_NITMU ; Q3J9N3, ILVD_NITOC ; +DR A6Q182, ILVD_NITSB ; Q725Q1, ILVD_NITV2 ; A1V9E1, ILVD_NITV4 ; +DR B8DMM1, ILVD_NITV9 ; Q3SW60, ILVD_NITWN ; A1SM84, ILVD_NOCSJ ; +DR B2J456, ILVD_NOSP7 ; Q8YTE6, ILVD_NOSS1 ; Q2G7E9, ILVD_NOVAD ; +DR Q8EN63, ILVD_OCEIH ; Q317H9, ILVD_OLEA2 ; A1TMA7, ILVD_PARC0 ; +DR A6LDP0, ILVD_PARD8 ; A1B673, ILVD_PARDP ; A7HXI4, ILVD_PARL1 ; +DR Q2W485, ILVD_PARM1 ; Q7U763, ILVD_PARMW ; A8L8S7, ILVD_PARS2 ; DR P57957, ILVD_PASMU ; Q6CZC7, ILVD_PECAS ; C6DHH1, ILVD_PECCP ; DR B4SDK2, ILVD_PELPB ; A1AS43, ILVD_PELPD ; Q4FM19, ILVD_PELUB ; DR C0QUI2, ILVD_PERMH ; Q7MYJ5, ILVD_PHOLL ; Q6LLH7, ILVD_PHOPR ; @@ -128543,8 +129198,8 @@ DR Q83HI6, ILVD_TROW8 ; Q83GP9, ILVD_TROWT ; A1WMU5, ILVD_VEREI ; DR A5CWQ3, ILVD_VESOH ; B7VMZ0, ILVD_VIBA3 ; A5F497, ILVD_VIBC3 ; DR Q9KVW0, ILVD_VIBCH ; C3LPA1, ILVD_VIBCM ; Q87KB6, ILVD_VIBPA ; DR Q8DDG1, ILVD_VIBVU ; Q7MGI8, ILVD_VIBVY ; Q7MAN4, ILVD_WOLSU ; -DR Q8PQI0, ILVD_XANAC ; Q3BYS5, ILVD_XANC5 ; Q4UZT2, ILVD_XANC8 ; -DR B0RMB4, ILVD_XANCB ; Q8PDJ3, ILVD_XANCP ; Q2NY76, ILVD_XANOM ; +DR Q8PQI0, ILVD_XANAC ; Q4UZT2, ILVD_XANC8 ; B0RMB4, ILVD_XANCB ; +DR Q8PDJ3, ILVD_XANCP ; Q3BYS5, ILVD_XANE5 ; Q2NY76, ILVD_XANOM ; DR B2SK80, ILVD_XANOP ; Q5GUY8, ILVD_XANOR ; A7IBD6, ILVD_XANP2 ; DR B2I699, ILVD_XYLF2 ; Q9PH47, ILVD_XYLFA ; B0U281, ILVD_XYLFM ; DR Q87F63, ILVD_XYLFT ; A1JI53, ILVD_YERE8 ; A7FD26, ILVD_YERP3 ; @@ -128754,8 +129409,8 @@ DR Q111G7, AROQ_TRIEI ; B3E9N5, AROQ_TRIL1 ; C5CU07, AROQ_VARPS ; DR A5CVG7, AROQ_VESOH ; A5F3S6, AROQ_VIBC3 ; Q9KV60, AROQ_VIBCH ; DR C3LQQ3, AROQ_VIBCM ; Q87KU6, AROQ_VIBPA ; Q8DD00, AROQ_VIBVU ; DR Q7MGU2, AROQ_VIBVY ; Q7M8I1, AROQ_WOLSU ; Q8PPZ9, AROQ_XANAC ; -DR Q3BY66, AROQ_XANC5 ; Q4UZB2, AROQ_XANC8 ; B0RN47, AROQ_XANCB ; -DR Q8PD27, AROQ_XANCP ; Q2P849, AROQ_XANOM ; B2SR68, AROQ_XANOP ; +DR Q4UZB2, AROQ_XANC8 ; B0RN47, AROQ_XANCB ; Q8PD27, AROQ_XANCP ; +DR Q3BY66, AROQ_XANE5 ; Q2P849, AROQ_XANOM ; B2SR68, AROQ_XANOP ; DR B2I663, AROQ_XYLF2 ; Q9PH97, AROQ_XYLFA ; Q87F94, AROQ_XYLFT ; DR A1JRK0, AROQ_YERE8 ; A7FDQ8, AROQ_YERP3 ; Q1C1N7, AROQ_YERPA ; DR B2K461, AROQ_YERPB ; Q8ZAX1, AROQ_YERPE ; A9R1Y4, AROQ_YERPG ; @@ -128860,7 +129515,7 @@ DR A1BD13, ENO_CHLPD ; A4SGL6, ENO_CHLPM ; Q9Z7A6, ENO_CHLPN ; DR P31683, ENO_CHLRE ; B0B8G1, ENO_CHLT2 ; B3QXY4, ENO_CHLT3 ; DR Q3KLB0, ENO_CHLTA ; B0BA40, ENO_CHLTB ; O84591, ENO_CHLTR ; DR A0M568, ENO_CHRFK ; Q1QZX7, ENO_CHRSD ; B5EGF2, ENO_CITBB ; -DR A5CTA8, ENO_CLAM3 ; B0RH60, ENO_CLAMS ; Q97L52, ENO_CLOAB ; +DR A5CTA8, ENO_CLAM3 ; B0RH60, ENO_CLASE ; Q97L52, ENO_CLOAB ; DR A7FQP0, ENO_CLOB1 ; C3KZ49, ENO_CLOB6 ; A6LR09, ENO_CLOB8 ; DR B2UY16, ENO_CLOBA ; B2TPW4, ENO_CLOBB ; C1FQW6, ENO_CLOBJ ; DR B1IDB9, ENO_CLOBK ; A7G9Y3, ENO_CLOBL ; B1KTJ8, ENO_CLOBM ; @@ -128879,8 +129534,7 @@ DR P42040, ENO_DAVTA ; Q47DI1, ENO_DECAR ; Q3Z8W4, ENO_DEHM1 ; DR A5FRM5, ENO_DEHMB ; Q3ZX11, ENO_DEHMC ; C1CXJ3, ENO_DEIDV ; DR Q1J2H6, ENO_DEIGD ; Q9RR60, ENO_DEIRA ; C0QI43, ENO_DESAH ; DR B8FKT4, ENO_DESAL ; B8J467, ENO_DESDA ; A8ZSY5, ENO_DESOH ; -DR Q6AM97, ENO_DESPS ; Q72F92, ENO_DESVH ; O32513, ENO_DESVM ; -DR A1VGV5, ENO_DESVV ; A5EW24, ENO_DICNV ; B5YF30, ENO_DICT6 ; +DR Q6AM97, ENO_DESPS ; A5EW24, ENO_DICNV ; B5YF30, ENO_DICT6 ; DR B8E0W1, ENO_DICTD ; A8LQL4, ENO_DINSH ; O02654, ENO_DORPE ; DR P15007, ENO_DROME ; A7ZQM2, ENO_ECO24 ; B7UHJ5, ENO_ECO27 ; DR B7MLA0, ENO_ECO45 ; B7LEJ8, ENO_ECO55 ; P0A6Q1, ENO_ECO57 ; @@ -128898,57 +129552,57 @@ DR Q756H2, ENO_EREGS ; B2VFY8, ENO_ERWT9 ; Q2NAQ1, ENO_ERYLH ; DR B7LWP5, ENO_ESCF3 ; B1YLD8, ENO_EXIS2 ; C4L5H4, ENO_EXISA ; DR Q27655, ENO_FASHE ; A7HNS8, ENO_FERNB ; B0S1G7, ENO_FINM2 ; DR A5FN12, ENO_FLAJ1 ; A6GZ69, ENO_FLAPJ ; Q0RCG8, ENO_FRAAA ; -DR Q2J619, ENO_FRACC ; A8L149, ENO_FRASN ; Q14IC0, ENO_FRAT1 ; -DR Q2A278, ENO_FRATH ; A0Q5J9, ENO_FRATN ; Q0BKV1, ENO_FRATO ; -DR Q5NGW8, ENO_FRATT ; Q8RI55, ENO_FUSNN ; C1A7Y3, ENO_GEMAT ; -DR B9M3M1, ENO_GEODF ; Q5KVE7, ENO_GEOKA ; Q39T27, ENO_GEOMG ; -DR Q74AR6, ENO_GEOSL ; C6E471, ENO_GEOSM ; C5D7M1, ENO_GEOSW ; -DR A4ISP4, ENO_GEOTN ; A5GEW5, ENO_GEOUR ; B8F8L5, ENO_GLAP5 ; -DR B7KL24, ENO_GLOC7 ; Q7NIR1, ENO_GLOVI ; A9HJ75, ENO_GLUDA ; -DR Q5FNN5, ENO_GLUOX ; Q0BSX3, ENO_GRABC ; Q7VNM6, ENO_HAEDU ; -DR Q4QLX6, ENO_HAEI8 ; A5UDD6, ENO_HAEIE ; A5UI73, ENO_HAEIG ; -DR P43806, ENO_HAEIN ; Q2SKX0, ENO_HAHCH ; Q9K717, ENO_HALH5 ; -DR A1WWZ2, ENO_HALHL ; B9LPW6, ENO_HALLT ; P29201, ENO_HALMA ; -DR B0R4Y8, ENO_HALS3 ; Q9HQI9, ENO_HALSA ; Q18G62, ENO_HALWD ; -DR C4K4K1, ENO_HAMD5 ; Q17YV0, ENO_HELAH ; Q7VIH4, ENO_HELHP ; -DR B6JPQ2, ENO_HELP2 ; B5Z9S9, ENO_HELPG ; Q1CV03, ENO_HELPH ; -DR Q9ZMS6, ENO_HELPJ ; B2URY4, ENO_HELPS ; P48285, ENO_HELPY ; -DR A4G737, ENO_HERAR ; Q0I1Z1, ENO_HISS1 ; B0UV89, ENO_HISS2 ; -DR P56252, ENO_HOMGA ; Q31G68, ENO_HYDCU ; B4U9X7, ENO_HYDS0 ; -DR Q0C0R3, ENO_HYPNA ; Q5R143, ENO_IDILO ; P84208, ENO_IMPCY ; -DR A6SXG3, ENO_JANMA ; Q28RE8, ENO_JANSC ; A6W6X2, ENO_KINRD ; -DR B5XV19, ENO_KLEP3 ; A6TD53, ENO_KLEP7 ; Q70CP7, ENO_KLULA ; -DR B2GM13, ENO_KOCRD ; Q1ISS7, ENO_KORVE ; Q5FKM6, ENO_LACAC ; -DR B3WCW7, ENO_LACCB ; Q1G9S9, ENO_LACDA ; Q049Y3, ENO_LACDB ; -DR C4Z1M9, ENO_LACE2 ; A8YUV4, ENO_LACH4 ; A2RIX1, ENO_LACLM ; -DR Q03AK4, ENO_LACP3 ; A9KQ46, ENO_LACP7 ; C1DCC3, ENO_LARHH ; -DR Q38Y18, ENO_LATSS ; Q1MS78, ENO_LAWIP ; Q5X3L4, ENO_LEGPA ; -DR A5IDM2, ENO_LEGPC ; Q5ZTX1, ENO_LEGPH ; Q5WV02, ENO_LEGPL ; -DR Q6ADR6, ENO_LEIXX ; B0S8S8, ENO_LEPBA ; Q04SI9, ENO_LEPBJ ; -DR Q050L5, ENO_LEPBL ; B0SRL5, ENO_LEPBP ; B1Y4K4, ENO_LEPCP ; -DR Q72QZ8, ENO_LEPIC ; Q8F4T8, ENO_LEPIN ; B1MVW3, ENO_LEUCK ; -DR Q03ZK4, ENO_LEUMM ; Q03SL5, ENO_LEVBA ; Q1WSY0, ENO_LIGS1 ; -DR B2GAM0, ENO_LIMF3 ; P64075, ENO_LISIN ; C1KY94, ENO_LISMC ; +DR Q2J619, ENO_FRACC ; Q14IC0, ENO_FRAT1 ; Q2A278, ENO_FRATH ; +DR A0Q5J9, ENO_FRATN ; Q0BKV1, ENO_FRATO ; Q5NGW8, ENO_FRATT ; +DR Q8RI55, ENO_FUSNN ; C1A7Y3, ENO_GEMAT ; B9M3M1, ENO_GEODF ; +DR Q5KVE7, ENO_GEOKA ; Q39T27, ENO_GEOMG ; Q74AR6, ENO_GEOSL ; +DR C6E471, ENO_GEOSM ; C5D7M1, ENO_GEOSW ; A4ISP4, ENO_GEOTN ; +DR A5GEW5, ENO_GEOUR ; B8F8L5, ENO_GLAP5 ; B7KL24, ENO_GLOC7 ; +DR Q7NIR1, ENO_GLOVI ; A9HJ75, ENO_GLUDA ; Q5FNN5, ENO_GLUOX ; +DR Q0BSX3, ENO_GRABC ; Q7VNM6, ENO_HAEDU ; Q4QLX6, ENO_HAEI8 ; +DR A5UDD6, ENO_HAEIE ; A5UI73, ENO_HAEIG ; P43806, ENO_HAEIN ; +DR Q2SKX0, ENO_HAHCH ; Q9K717, ENO_HALH5 ; A1WWZ2, ENO_HALHL ; +DR B9LPW6, ENO_HALLT ; P29201, ENO_HALMA ; B0R4Y8, ENO_HALS3 ; +DR Q9HQI9, ENO_HALSA ; Q18G62, ENO_HALWD ; C4K4K1, ENO_HAMD5 ; +DR Q17YV0, ENO_HELAH ; Q7VIH4, ENO_HELHP ; B6JPQ2, ENO_HELP2 ; +DR B5Z9S9, ENO_HELPG ; Q1CV03, ENO_HELPH ; Q9ZMS6, ENO_HELPJ ; +DR B2URY4, ENO_HELPS ; P48285, ENO_HELPY ; A4G737, ENO_HERAR ; +DR Q0I1Z1, ENO_HISS1 ; B0UV89, ENO_HISS2 ; P56252, ENO_HOMGA ; +DR Q31G68, ENO_HYDCU ; B4U9X7, ENO_HYDS0 ; Q0C0R3, ENO_HYPNA ; +DR Q5R143, ENO_IDILO ; P84208, ENO_IMPCY ; A6SXG3, ENO_JANMA ; +DR Q28RE8, ENO_JANSC ; A6W6X2, ENO_KINRD ; B5XV19, ENO_KLEP3 ; +DR A6TD53, ENO_KLEP7 ; Q70CP7, ENO_KLULA ; B2GM13, ENO_KOCRD ; +DR Q1ISS7, ENO_KORVE ; Q5FKM6, ENO_LACAC ; B3WCW7, ENO_LACCB ; +DR Q1G9S9, ENO_LACDA ; Q049Y3, ENO_LACDB ; C4Z1M9, ENO_LACE2 ; +DR A8YUV4, ENO_LACH4 ; A2RIX1, ENO_LACLM ; Q03AK4, ENO_LACP3 ; +DR A9KQ46, ENO_LACP7 ; C1DCC3, ENO_LARHH ; Q38Y18, ENO_LATSS ; +DR Q1MS78, ENO_LAWIP ; Q5X3L4, ENO_LEGPA ; A5IDM2, ENO_LEGPC ; +DR Q5ZTX1, ENO_LEGPH ; Q5WV02, ENO_LEGPL ; Q6ADR6, ENO_LEIXX ; +DR B0S8S8, ENO_LEPBA ; Q04SI9, ENO_LEPBJ ; Q050L5, ENO_LEPBL ; +DR B0SRL5, ENO_LEPBP ; B1Y4K4, ENO_LEPCP ; Q72QZ8, ENO_LEPIC ; +DR Q8F4T8, ENO_LEPIN ; B1MVW3, ENO_LEUCK ; Q03ZK4, ENO_LEUMM ; +DR Q03SL5, ENO_LEVBA ; Q1WSY0, ENO_LIGS1 ; B2GAM0, ENO_LIMF3 ; +DR P64075, ENO_LISIN ; A0A0H3GN27, ENO_LISM4 ; C1KY94, ENO_LISMC ; DR Q71WX1, ENO_LISMF ; B8DDA1, ENO_LISMH ; P64074, ENO_LISMO ; DR A0ALD9, ENO_LISW6 ; B1HVS4, ENO_LYSSC ; B9EAH1, ENO_MACCJ ; -DR A0L7X8, ENO_MAGMM ; Q2W698, ENO_MAGSA ; Q8EW32, ENO_MALP2 ; -DR Q65VZ7, ENO_MANSM ; Q0APT2, ENO_MARMM ; A6VUU9, ENO_MARMS ; -DR A1TZ48, ENO_MARN8 ; C6BSL8, ENO_MARSD ; Q9U615, ENO_MASBA ; -DR Q43130, ENO_MESCR ; Q6F0Z7, ENO_MESFL ; Q601S2, ENO_MESH2 ; -DR Q4A8B5, ENO_MESH7 ; Q4AA88, ENO_MESHJ ; Q6KIB0, ENO_MESM1 ; -DR B3PNH6, ENO_META1 ; A6UUM2, ENO_META3 ; Q8TQ79, ENO_METAC ; -DR Q0W8C9, ENO_METAR ; Q468E2, ENO_METBF ; Q12VE5, ENO_METBU ; -DR B7KRB4, ENO_METC4 ; A9W6G9, ENO_METEP ; Q1H011, ENO_METFK ; -DR Q60173, ENO_METJA ; Q8TUV6, ENO_METKA ; A2SSV1, ENO_METLZ ; -DR A4FZA6, ENO_METM5 ; A6VJ31, ENO_METM7 ; Q8PT81, ENO_METMA ; -DR Q6M075, ENO_METMP ; B1ZEJ8, ENO_METPB ; A2SJR2, ENO_METPP ; -DR B1LZU6, ENO_METRJ ; A4YHC1, ENO_METS5 ; B8EJT3, ENO_METSB ; -DR Q2NG02, ENO_METST ; O26149, ENO_METTH ; A0B7E8, ENO_METTP ; -DR A6US08, ENO_METVS ; B0JMP6, ENO_MICAN ; C5C987, ENO_MICLC ; -DR Q2RLT8, ENO_MOOTA ; A0QBX4, ENO_MYCA1 ; B1MKG1, ENO_MYCA9 ; -DR A5IYA8, ENO_MYCAP ; Q7U0U6, ENO_MYCBO ; A1KHG1, ENO_MYCBP ; -DR C1AM14, ENO_MYCBT ; Q2SSR3, ENO_MYCCT ; Q7NAY0, ENO_MYCGA ; -DR P47647, ENO_MYCGE ; A4T6L5, ENO_MYCGI ; Q9CD42, ENO_MYCLE ; +DR A0L7X8, ENO_MAGMM ; Q8EW32, ENO_MALP2 ; Q65VZ7, ENO_MANSM ; +DR Q0APT2, ENO_MARMM ; A6VUU9, ENO_MARMS ; A1TZ48, ENO_MARN8 ; +DR C6BSL8, ENO_MARSD ; Q9U615, ENO_MASBA ; Q43130, ENO_MESCR ; +DR Q6F0Z7, ENO_MESFL ; Q601S2, ENO_MESH2 ; Q4A8B5, ENO_MESH7 ; +DR P0DXB0, ENO_MESHH ; Q4AA88, ENO_MESHJ ; B3PNH6, ENO_META1 ; +DR A6UUM2, ENO_META3 ; Q8TQ79, ENO_METAC ; Q0W8C9, ENO_METAR ; +DR Q468E2, ENO_METBF ; Q12VE5, ENO_METBU ; B7KRB4, ENO_METC4 ; +DR A9W6G9, ENO_METEP ; Q1H011, ENO_METFK ; Q60173, ENO_METJA ; +DR Q8TUV6, ENO_METKA ; A2SSV1, ENO_METLZ ; A4FZA6, ENO_METM5 ; +DR A6VJ31, ENO_METM7 ; Q8PT81, ENO_METMA ; Q6M075, ENO_METMP ; +DR B1ZEJ8, ENO_METPB ; A2SJR2, ENO_METPP ; B1LZU6, ENO_METRJ ; +DR A4YHC1, ENO_METS5 ; B8EJT3, ENO_METSB ; Q2NG02, ENO_METST ; +DR O26149, ENO_METTH ; A0B7E8, ENO_METTP ; A6US08, ENO_METVS ; +DR B0JMP6, ENO_MICAN ; C5C987, ENO_MICLC ; Q2RLT8, ENO_MOOTA ; +DR A0QBX4, ENO_MYCA1 ; B1MKG1, ENO_MYCA9 ; A5IYA8, ENO_MYCAP ; +DR Q7U0U6, ENO_MYCBO ; A1KHG1, ENO_MYCBP ; C1AM14, ENO_MYCBT ; +DR Q2SSR3, ENO_MYCCT ; Q7NAY0, ENO_MYCGA ; P47647, ENO_MYCGE ; +DR A4T6L5, ENO_MYCGI ; Q9CD42, ENO_MYCLE ; Q6KIB0, ENO_MYCM1 ; DR B2HDI5, ENO_MYCMM ; Q6MTZ2, ENO_MYCMS ; Q741U7, ENO_MYCPA ; DR P75189, ENO_MYCPN ; Q98Q50, ENO_MYCPU ; A0R3B8, ENO_MYCS2 ; DR Q4A740, ENO_MYCS5 ; A3Q5F7, ENO_MYCSJ ; A1UL09, ENO_MYCSK ; @@ -128960,120 +129614,122 @@ DR B4RMD8, ENO_NEIG2 ; A9LZL4, ENO_NEIM0 ; Q9JU46, ENO_NEIMA ; DR Q9JZ53, ENO_NEIMB ; A1KUB6, ENO_NEIMF ; P42894, ENO_NEOFR ; DR Q2GD37, ENO_NEOSM ; Q7RV85, ENO_NEUCR ; Q0AD93, ENO_NITEC ; DR O85348, ENO_NITEU ; Q1QMI9, ENO_NITHX ; Q2Y9P0, ENO_NITMU ; -DR Q3JCT1, ENO_NITOC ; A6Q5K4, ENO_NITSB ; Q3SRK4, ENO_NITWN ; +DR Q3JCT1, ENO_NITOC ; A6Q5K4, ENO_NITSB ; Q72F92, ENO_NITV2 ; +DR A1VGV5, ENO_NITV4 ; O32513, ENO_NITV9 ; Q3SRK4, ENO_NITWN ; DR Q5YQ30, ENO_NOCFA ; A1SF66, ENO_NOCSJ ; B2J1R2, ENO_NOSP7 ; DR Q8YRB0, ENO_NOSS1 ; Q2G662, ENO_NOVAD ; Q8ENP5, ENO_OCEIH ; DR Q04DH2, ENO_OENOB ; Q316Q0, ENO_OLEA2 ; Q6YQT9, ENO_ONYPE ; DR Q42971, ENO_ORYSJ ; A1R485, ENO_PAEAT ; A1TLS5, ENO_PARC0 ; -DR A1B9D2, ENO_PARDP ; A7HXW7, ENO_PARL1 ; Q7U3T1, ENO_PARMW ; -DR B2JIX0, ENO_PARP8 ; B2SXU9, ENO_PARPJ ; Q6MEY2, ENO_PARUW ; -DR Q13X07, ENO_PARXL ; P57975, ENO_PASMU ; Q6D182, ENO_PECAS ; -DR C6DDJ5, ENO_PECCP ; Q03GW5, ENO_PEDPA ; B4SGB2, ENO_PELPB ; -DR A1APJ8, ENO_PELPD ; Q4FM37, ENO_PELUB ; Q76KF9, ENO_PENCH ; -DR Q96X46, ENO_PENCI ; C0QRV6, ENO_PERMH ; A9BIS7, ENO_PETMO ; -DR B4RBW1, ENO_PHEZH ; Q7N835, ENO_PHOLL ; Q6LMT1, ENO_PHOPR ; -DR A6L3M9, ENO_PHOV8 ; B1V8R6, ENO_PHYAS ; B1XLD0, ENO_PICP2 ; -DR Q6KZN3, ENO_PICTO ; A0A509AQ68, ENO_PLABA ; Q8IJN7, ENO_PLAF7 ; -DR Q27727, ENO_PLAFA ; Q9UAL5, ENO_PLAFG ; W7JLR6, ENO_PLAFO ; -DR Q7RA60, ENO_PLAYO ; A4SXE9, ENO_POLAQ ; A1VLH1, ENO_POLNA ; -DR B1XUR8, ENO_POLNS ; Q128E4, ENO_POLSJ ; P84541, ENO_POPEU ; -DR B2RLL7, ENO_PORG3 ; Q7MTV8, ENO_PORGI ; B4S487, ENO_PROA2 ; -DR A3PAS6, ENO_PROM0 ; A2C038, ENO_PROM1 ; A8G2L5, ENO_PROM2 ; -DR A2CDE2, ENO_PROM3 ; A9BDH2, ENO_PROM4 ; A2BUI5, ENO_PROM5 ; -DR Q31CX3, ENO_PROM9 ; Q7VDY0, ENO_PROMA ; B4EUF7, ENO_PROMH ; -DR Q7V483, ENO_PROMM ; Q7V377, ENO_PROMP ; A2BP03, ENO_PROMS ; -DR Q46HG5, ENO_PROMT ; Q48F79, ENO_PSE14 ; Q15QR6, ENO_PSEA6 ; -DR A6V1F3, ENO_PSEA7 ; B7V7V4, ENO_PSEA8 ; Q02RA7, ENO_PSEAB ; -DR Q9HXZ5, ENO_PSEAE ; B8HEU5, ENO_PSECP ; Q1I646, ENO_PSEE4 ; -DR Q4KHF6, ENO_PSEF5 ; A4XWS1, ENO_PSEMY ; Q3KH92, ENO_PSEPF ; -DR B0KSB9, ENO_PSEPG ; Q88MF9, ENO_PSEPK ; B1JB38, ENO_PSEPW ; -DR Q3IDM2, ENO_PSET1 ; Q4FR74, ENO_PSYA2 ; Q1Q9K6, ENO_PSYCK ; -DR A1SSQ7, ENO_PSYIN ; A5WG13, ENO_PSYWF ; Q9UXZ0, ENO_PYRAB ; -DR Q8ZYE7, ENO_PYRAE ; Q8U477, ENO_PYRFU ; O59605, ENO_PYRHO ; -DR Q8Y0B5, ENO_RALN1 ; B2U9C3, ENO_RALPJ ; Q2K8W9, ENO_RHIEC ; -DR Q1MH36, ENO_RHIJ3 ; Q98MZ3, ENO_RHILO ; B5ZNA1, ENO_RHILW ; -DR Q92Q98, ENO_RHIME ; B9JEY7, ENO_RHIR8 ; A5V3E8, ENO_RHIWR ; -DR Q7UIR2, ENO_RHOBA ; B6IQ30, ENO_RHOCS ; C1A306, ENO_RHOE4 ; -DR Q0S4I1, ENO_RHOJR ; Q870B9, ENO_RHOMI ; C1AY93, ENO_RHOOB ; -DR Q2IWD0, ENO_RHOP2 ; Q07ND9, ENO_RHOP5 ; Q6N5U6, ENO_RHOPA ; -DR Q215A2, ENO_RHOPB ; Q136E5, ENO_RHOPS ; B3Q6L0, ENO_RHOPT ; -DR Q2RT60, ENO_RHORT ; P42896, ENO_RICCO ; B7JW48, ENO_RIPO1 ; -DR A7NFI9, ENO_ROSCS ; Q164E3, ENO_ROSDO ; A5V1W0, ENO_ROSS1 ; -DR Q1AXJ9, ENO_RUBXD ; Q5LQL4, ENO_RUEPO ; Q1GI52, ENO_RUEST ; -DR B8I4U1, ENO_RUMCH ; A1AW20, ENO_RUTMC ; Q21LC2, ENO_SACD2 ; -DR A4F804, ENO_SACEN ; Q97ZJ3, ENO_SACS2 ; B5F4N9, ENO_SALA4 ; -DR A8M2Y3, ENO_SALAI ; A9MF11, ENO_SALAR ; Q57KH0, ENO_SALCH ; -DR B5FTU9, ENO_SALDC ; B5QW40, ENO_SALEP ; B5RDS5, ENO_SALG2 ; -DR B4TFZ1, ENO_SALHS ; B4T483, ENO_SALNS ; Q5PEH4, ENO_SALPA ; -DR A9N2F4, ENO_SALPB ; C0PXD5, ENO_SALPC ; B5BF02, ENO_SALPK ; -DR Q2S4F8, ENO_SALRD ; B4TTY5, ENO_SALSV ; P64077, ENO_SALTI ; -DR A4X3B7, ENO_SALTO ; P64076, ENO_SALTY ; P33676, ENO_SCHJA ; -DR Q27877, ENO_SCHMA ; A8G9W1, ENO_SERP5 ; A1S4D7, ENO_SHEAM ; -DR B8E8T1, ENO_SHEB2 ; A3D795, ENO_SHEB5 ; A6WR28, ENO_SHEB8 ; -DR A9KYH0, ENO_SHEB9 ; Q12PZ4, ENO_SHEDO ; Q086B0, ENO_SHEFN ; -DR B0TK04, ENO_SHEHH ; A3QC77, ENO_SHELP ; Q8EBR0, ENO_SHEON ; -DR A8H1S5, ENO_SHEPA ; A4Y943, ENO_SHEPC ; B8CJP6, ENO_SHEPW ; -DR A0KU82, ENO_SHESA ; A8FSS8, ENO_SHESH ; Q0HL72, ENO_SHESM ; -DR Q0HXH0, ENO_SHESR ; A1RHF3, ENO_SHESW ; B1KPT6, ENO_SHEWM ; -DR B2TZF4, ENO_SHIB3 ; Q31XL1, ENO_SHIBS ; Q32CD6, ENO_SHIDS ; -DR Q0T1P7, ENO_SHIF8 ; P0A6Q2, ENO_SHIFL ; Q3YY77, ENO_SHISS ; -DR Q5WDK9, ENO_SHOC1 ; C3MBJ9, ENO_SINFN ; A6U8E5, ENO_SINMW ; -DR Q2NVN7, ENO_SODGM ; P26300, ENO_SOLLC ; C4XLR9, ENO_SOLM1 ; -DR Q01YD1, ENO_SOLUE ; A9FA52, ENO_SORC5 ; Q1GVS8, ENO_SPHAL ; -DR A7WZT2, ENO_STAA1 ; A6TZQ5, ENO_STAA2 ; Q2FIL7, ENO_STAA3 ; -DR Q2G028, ENO_STAA8 ; A5IQY0, ENO_STAA9 ; Q2YSE8, ENO_STAAB ; -DR Q5HHP1, ENO_STAAC ; A6QF85, ENO_STAAE ; P64078, ENO_STAAM ; -DR P99088, ENO_STAAN ; Q6GIL4, ENO_STAAR ; Q6GB54, ENO_STAAS ; -DR A8Z1A4, ENO_STAAT ; O69174, ENO_STAAU ; P64079, ENO_STAAW ; -DR B9DJJ9, ENO_STACT ; Q5HQV0, ENO_STAEQ ; Q8CPY3, ENO_STAES ; -DR Q4L4K7, ENO_STAHJ ; Q49W03, ENO_STAS1 ; Q3K2B2, ENO_STRA1 ; -DR P64080, ENO_STRA3 ; P64081, ENO_STRA5 ; Q8RP81, ENO_STRAG ; -DR Q82HH5, ENO_STRAW ; C0M6K5, ENO_STRE4 ; B4U2B8, ENO_STREM ; -DR A8AY46, ENO_STRGC ; Q9XDS7, ENO_STRIT ; B4SR86, ENO_STRM5 ; -DR B2FK88, ENO_STRMK ; Q8DTS9, ENO_STRMU ; P69949, ENO_STRP1 ; -DR Q04KG2, ENO_STRP2 ; P0DA94, ENO_STRP3 ; B5E4P1, ENO_STRP4 ; -DR Q5XD01, ENO_STRP6 ; C1C7C0, ENO_STRP7 ; P69951, ENO_STRP8 ; -DR Q1JCN8, ENO_STRPB ; Q1JML5, ENO_STRPC ; Q1JHQ6, ENO_STRPD ; -DR Q1J7I5, ENO_STRPF ; A2RFE3, ENO_STRPG ; B1IBR3, ENO_STRPI ; -DR B8ZPW9, ENO_STRPJ ; Q48UF7, ENO_STRPM ; Q97QS2, ENO_STRPN ; -DR P0DA95, ENO_STRPQ ; B2IPX8, ENO_STRPS ; B5XKM7, ENO_STRPZ ; -DR Q8DPS0, ENO_STRR6 ; A4W2T1, ENO_STRS2 ; C0MH89, ENO_STRS7 ; -DR A3CMA7, ENO_STRSV ; Q5M0M5, ENO_STRT1 ; Q5M561, ENO_STRT2 ; -DR Q03LI0, ENO_STRTD ; O52191, ENO_STRTR ; B9DRR9, ENO_STRU0 ; -DR C1CEB3, ENO_STRZJ ; C1CKJ0, ENO_STRZP ; C1CRM6, ENO_STRZT ; -DR Q4J920, ENO_SULAC ; Q30P06, ENO_SULDN ; C3N5G6, ENO_SULIA ; -DR C4KH32, ENO_SULIK ; C3MPU0, ENO_SULIL ; C3MUV2, ENO_SULIM ; -DR C3NHN3, ENO_SULIN ; C3NE30, ENO_SULIY ; B2V9N8, ENO_SULSY ; -DR Q972B6, ENO_SULTO ; Q67SV9, ENO_SYMTH ; Q2LR33, ENO_SYNAS ; -DR Q3A578, ENO_SYNC1 ; Q31QJ8, ENO_SYNE7 ; A0LEC9, ENO_SYNFM ; -DR Q2JRS2, ENO_SYNJA ; Q2JIT3, ENO_SYNJB ; Q5N3P4, ENO_SYNP6 ; -DR A5GPE0, ENO_SYNPW ; Q0I6K2, ENO_SYNS3 ; Q3AVW5, ENO_SYNS9 ; -DR Q3AGS4, ENO_SYNSC ; Q0B080, ENO_SYNWW ; P77972, ENO_SYNY3 ; -DR B7IFN4, ENO_THEAB ; Q9HJT1, ENO_THEAC ; Q47SV1, ENO_THEFY ; -DR C5A2S7, ENO_THEGJ ; Q5JEV6, ENO_THEKO ; A6LJF0, ENO_THEM4 ; -DR P42848, ENO_THEMA ; B9KA91, ENO_THENN ; B6YUB8, ENO_THEON ; -DR A5IIQ6, ENO_THEP1 ; B0K882, ENO_THEP3 ; B0K6X6, ENO_THEPX ; -DR B1LCF4, ENO_THESQ ; Q72H85, ENO_THET2 ; Q5SME1, ENO_THET8 ; -DR Q8DL40, ENO_THEVB ; Q979Z9, ENO_THEVO ; Q3SL43, ENO_THIDA ; -DR B8GQ75, ENO_THISH ; C4LBR1, ENO_TOLAT ; Q73P50, ENO_TREDE ; -DR P74934, ENO_TREPA ; B2S455, ENO_TREPS ; Q110V4, ENO_TRIEI ; -DR B3E2S8, ENO_TRIL1 ; Q3M7B2, ENO_TRIV2 ; Q83H73, ENO_TROW8 ; -DR Q83FF7, ENO_TROWT ; Q6W3C0, ENO_TUBBO ; B1AIH2, ENO_UREP2 ; -DR Q9PQV9, ENO_UREPA ; B5ZAZ0, ENO_UREU1 ; C5CSV6, ENO_VARPS ; -DR A1WL86, ENO_VEREI ; A5CX71, ENO_VESOH ; A5F5I3, ENO_VIBC3 ; -DR Q9KPC5, ENO_VIBCH ; C3LQZ0, ENO_VIBCM ; Q87LQ0, ENO_VIBPA ; -DR Q8DC62, ENO_VIBVU ; Q7MHQ1, ENO_VIBVY ; Q8D2K1, ENO_WIGBR ; -DR Q73HQ2, ENO_WOLPM ; B3CNP3, ENO_WOLPP ; Q7M8Q0, ENO_WOLSU ; -DR Q5GTG4, ENO_WOLTR ; C0R5N4, ENO_WOLWR ; Q8PLS0, ENO_XANAC ; -DR Q3BUT0, ENO_XANC5 ; Q4UTP2, ENO_XANC8 ; B0RU05, ENO_XANCB ; -DR Q8P9Z3, ENO_XANCP ; Q2P1K8, ENO_XANOM ; B2SUA6, ENO_XANOP ; -DR Q5GYK4, ENO_XANOR ; A7INB6, ENO_XANP2 ; B2I937, ENO_XYLF2 ; -DR Q9PDT8, ENO_XYLFA ; Q87DY6, ENO_XYLFT ; Q6C1F3, ENO_YARLI ; -DR A1JJR4, ENO_YERE8 ; A7FLZ5, ENO_YERP3 ; Q1C3Y6, ENO_YERPA ; -DR B2K561, ENO_YERPB ; Q8ZBN2, ENO_YERPE ; A9R1D1, ENO_YERPG ; -DR Q1CLT2, ENO_YERPN ; A4TPY1, ENO_YERPP ; Q66ED8, ENO_YERPS ; -DR B1JK09, ENO_YERPY ; P33675, ENO_ZYMMO ; P0CX10, ERR1_YEAST ; -DR P0CX11, ERR2_YEAST ; P42222, ERR3_YEAST ; +DR A1B9D2, ENO_PARDP ; A7HXW7, ENO_PARL1 ; Q2W698, ENO_PARM1 ; +DR Q7U3T1, ENO_PARMW ; B2JIX0, ENO_PARP8 ; B2SXU9, ENO_PARPJ ; +DR A8L149, ENO_PARS2 ; Q6MEY2, ENO_PARUW ; Q13X07, ENO_PARXL ; +DR P57975, ENO_PASMU ; Q6D182, ENO_PECAS ; C6DDJ5, ENO_PECCP ; +DR Q03GW5, ENO_PEDPA ; B4SGB2, ENO_PELPB ; A1APJ8, ENO_PELPD ; +DR Q4FM37, ENO_PELUB ; Q76KF9, ENO_PENCH ; Q96X46, ENO_PENCI ; +DR C0QRV6, ENO_PERMH ; A9BIS7, ENO_PETMO ; B4RBW1, ENO_PHEZH ; +DR Q7N835, ENO_PHOLL ; Q6LMT1, ENO_PHOPR ; A6L3M9, ENO_PHOV8 ; +DR B1V8R6, ENO_PHYAS ; B1XLD0, ENO_PICP2 ; Q6KZN3, ENO_PICTO ; +DR A0A509AQ68, ENO_PLABA ; Q8IJN7, ENO_PLAF7 ; Q27727, ENO_PLAFA ; +DR Q9UAL5, ENO_PLAFG ; W7JLR6, ENO_PLAFO ; Q7RA60, ENO_PLAYO ; +DR A4SXE9, ENO_POLAQ ; A1VLH1, ENO_POLNA ; B1XUR8, ENO_POLNS ; +DR Q128E4, ENO_POLSJ ; P84541, ENO_POPEU ; B2RLL7, ENO_PORG3 ; +DR Q7MTV8, ENO_PORGI ; B4S487, ENO_PROA2 ; A3PAS6, ENO_PROM0 ; +DR A2C038, ENO_PROM1 ; A8G2L5, ENO_PROM2 ; A2CDE2, ENO_PROM3 ; +DR A9BDH2, ENO_PROM4 ; A2BUI5, ENO_PROM5 ; Q31CX3, ENO_PROM9 ; +DR Q7VDY0, ENO_PROMA ; B4EUF7, ENO_PROMH ; Q7V483, ENO_PROMM ; +DR Q7V377, ENO_PROMP ; A2BP03, ENO_PROMS ; Q46HG5, ENO_PROMT ; +DR Q48F79, ENO_PSE14 ; Q15QR6, ENO_PSEA6 ; A6V1F3, ENO_PSEA7 ; +DR B7V7V4, ENO_PSEA8 ; Q02RA7, ENO_PSEAB ; Q9HXZ5, ENO_PSEAE ; +DR B8HEU5, ENO_PSECP ; Q1I646, ENO_PSEE4 ; Q4KHF6, ENO_PSEF5 ; +DR A4XWS1, ENO_PSEMY ; Q3KH92, ENO_PSEPF ; B0KSB9, ENO_PSEPG ; +DR Q88MF9, ENO_PSEPK ; B1JB38, ENO_PSEPW ; Q3IDM2, ENO_PSET1 ; +DR Q4FR74, ENO_PSYA2 ; Q1Q9K6, ENO_PSYCK ; A1SSQ7, ENO_PSYIN ; +DR A5WG13, ENO_PSYWF ; Q9UXZ0, ENO_PYRAB ; Q8ZYE7, ENO_PYRAE ; +DR Q8U477, ENO_PYRFU ; O59605, ENO_PYRHO ; Q8Y0B5, ENO_RALN1 ; +DR B2U9C3, ENO_RALPJ ; Q2K8W9, ENO_RHIEC ; Q1MH36, ENO_RHIJ3 ; +DR Q98MZ3, ENO_RHILO ; B5ZNA1, ENO_RHILW ; Q92Q98, ENO_RHIME ; +DR B9JEY7, ENO_RHIR8 ; A5V3E8, ENO_RHIWR ; Q7UIR2, ENO_RHOBA ; +DR B6IQ30, ENO_RHOCS ; C1A306, ENO_RHOE4 ; Q0S4I1, ENO_RHOJR ; +DR Q870B9, ENO_RHOMI ; C1AY93, ENO_RHOOB ; Q2IWD0, ENO_RHOP2 ; +DR Q07ND9, ENO_RHOP5 ; Q6N5U6, ENO_RHOPA ; Q215A2, ENO_RHOPB ; +DR Q136E5, ENO_RHOPS ; B3Q6L0, ENO_RHOPT ; Q2RT60, ENO_RHORT ; +DR P42896, ENO_RICCO ; B7JW48, ENO_RIPO1 ; A7NFI9, ENO_ROSCS ; +DR Q164E3, ENO_ROSDO ; A5V1W0, ENO_ROSS1 ; Q1AXJ9, ENO_RUBXD ; +DR Q5LQL4, ENO_RUEPO ; Q1GI52, ENO_RUEST ; B8I4U1, ENO_RUMCH ; +DR A1AW20, ENO_RUTMC ; Q21LC2, ENO_SACD2 ; A4F804, ENO_SACEN ; +DR Q97ZJ3, ENO_SACS2 ; B5F4N9, ENO_SALA4 ; A8M2Y3, ENO_SALAI ; +DR A9MF11, ENO_SALAR ; Q57KH0, ENO_SALCH ; B5FTU9, ENO_SALDC ; +DR B5QW40, ENO_SALEP ; B5RDS5, ENO_SALG2 ; B4TFZ1, ENO_SALHS ; +DR B4T483, ENO_SALNS ; Q5PEH4, ENO_SALPA ; A9N2F4, ENO_SALPB ; +DR C0PXD5, ENO_SALPC ; B5BF02, ENO_SALPK ; Q2S4F8, ENO_SALRD ; +DR B4TTY5, ENO_SALSV ; P64077, ENO_SALTI ; A4X3B7, ENO_SALTO ; +DR P64076, ENO_SALTY ; P33676, ENO_SCHJA ; Q27877, ENO_SCHMA ; +DR A8G9W1, ENO_SERP5 ; A1S4D7, ENO_SHEAM ; B8E8T1, ENO_SHEB2 ; +DR A3D795, ENO_SHEB5 ; A6WR28, ENO_SHEB8 ; A9KYH0, ENO_SHEB9 ; +DR Q12PZ4, ENO_SHEDO ; Q086B0, ENO_SHEFN ; B0TK04, ENO_SHEHH ; +DR A3QC77, ENO_SHELP ; Q8EBR0, ENO_SHEON ; A8H1S5, ENO_SHEPA ; +DR A4Y943, ENO_SHEPC ; B8CJP6, ENO_SHEPW ; A0KU82, ENO_SHESA ; +DR A8FSS8, ENO_SHESH ; Q0HL72, ENO_SHESM ; Q0HXH0, ENO_SHESR ; +DR A1RHF3, ENO_SHESW ; B1KPT6, ENO_SHEWM ; B2TZF4, ENO_SHIB3 ; +DR Q31XL1, ENO_SHIBS ; Q32CD6, ENO_SHIDS ; Q0T1P7, ENO_SHIF8 ; +DR P0A6Q2, ENO_SHIFL ; Q3YY77, ENO_SHISS ; Q5WDK9, ENO_SHOC1 ; +DR C3MBJ9, ENO_SINFN ; A6U8E5, ENO_SINMW ; Q2NVN7, ENO_SODGM ; +DR P26300, ENO_SOLLC ; C4XLR9, ENO_SOLM1 ; Q01YD1, ENO_SOLUE ; +DR A9FA52, ENO_SORC5 ; Q1GVS8, ENO_SPHAL ; A7WZT2, ENO_STAA1 ; +DR A6TZQ5, ENO_STAA2 ; Q2FIL7, ENO_STAA3 ; Q2G028, ENO_STAA8 ; +DR A5IQY0, ENO_STAA9 ; Q2YSE8, ENO_STAAB ; Q5HHP1, ENO_STAAC ; +DR A6QF85, ENO_STAAE ; P64078, ENO_STAAM ; P99088, ENO_STAAN ; +DR Q6GIL4, ENO_STAAR ; Q6GB54, ENO_STAAS ; A8Z1A4, ENO_STAAT ; +DR O69174, ENO_STAAU ; P64079, ENO_STAAW ; B9DJJ9, ENO_STACT ; +DR Q5HQV0, ENO_STAEQ ; Q8CPY3, ENO_STAES ; Q4L4K7, ENO_STAHJ ; +DR Q49W03, ENO_STAS1 ; Q3K2B2, ENO_STRA1 ; P64080, ENO_STRA3 ; +DR P64081, ENO_STRA5 ; Q8RP81, ENO_STRAG ; Q82HH5, ENO_STRAW ; +DR C0M6K5, ENO_STRE4 ; B4U2B8, ENO_STREM ; A8AY46, ENO_STRGC ; +DR Q9XDS7, ENO_STRIT ; B4SR86, ENO_STRM5 ; B2FK88, ENO_STRMK ; +DR Q8DTS9, ENO_STRMU ; P69949, ENO_STRP1 ; Q04KG2, ENO_STRP2 ; +DR P0DA94, ENO_STRP3 ; B5E4P1, ENO_STRP4 ; Q5XD01, ENO_STRP6 ; +DR C1C7C0, ENO_STRP7 ; P69951, ENO_STRP8 ; Q1JCN8, ENO_STRPB ; +DR Q1JML5, ENO_STRPC ; Q1JHQ6, ENO_STRPD ; Q1J7I5, ENO_STRPF ; +DR A2RFE3, ENO_STRPG ; B1IBR3, ENO_STRPI ; B8ZPW9, ENO_STRPJ ; +DR Q48UF7, ENO_STRPM ; Q97QS2, ENO_STRPN ; P0DA95, ENO_STRPQ ; +DR B2IPX8, ENO_STRPS ; B5XKM7, ENO_STRPZ ; Q8DPS0, ENO_STRR6 ; +DR A4W2T1, ENO_STRS2 ; C0MH89, ENO_STRS7 ; A3CMA7, ENO_STRSV ; +DR Q5M0M5, ENO_STRT1 ; Q5M561, ENO_STRT2 ; Q03LI0, ENO_STRTD ; +DR O52191, ENO_STRTR ; B9DRR9, ENO_STRU0 ; C1CEB3, ENO_STRZJ ; +DR C1CKJ0, ENO_STRZP ; C1CRM6, ENO_STRZT ; Q4J920, ENO_SULAC ; +DR Q30P06, ENO_SULDN ; C3N5G6, ENO_SULIA ; C4KH32, ENO_SULIK ; +DR C3MPU0, ENO_SULIL ; C3MUV2, ENO_SULIM ; C3NHN3, ENO_SULIN ; +DR C3NE30, ENO_SULIY ; B2V9N8, ENO_SULSY ; Q972B6, ENO_SULTO ; +DR Q67SV9, ENO_SYMTH ; Q2LR33, ENO_SYNAS ; Q3A578, ENO_SYNC1 ; +DR Q31QJ8, ENO_SYNE7 ; A0LEC9, ENO_SYNFM ; Q2JRS2, ENO_SYNJA ; +DR Q2JIT3, ENO_SYNJB ; Q5N3P4, ENO_SYNP6 ; A5GPE0, ENO_SYNPW ; +DR Q0I6K2, ENO_SYNS3 ; Q3AVW5, ENO_SYNS9 ; Q3AGS4, ENO_SYNSC ; +DR Q0B080, ENO_SYNWW ; P77972, ENO_SYNY3 ; B7IFN4, ENO_THEAB ; +DR Q9HJT1, ENO_THEAC ; Q47SV1, ENO_THEFY ; C5A2S7, ENO_THEGJ ; +DR Q5JEV6, ENO_THEKO ; A6LJF0, ENO_THEM4 ; P42848, ENO_THEMA ; +DR B9KA91, ENO_THENN ; B6YUB8, ENO_THEON ; A5IIQ6, ENO_THEP1 ; +DR B0K882, ENO_THEP3 ; B0K6X6, ENO_THEPX ; B1LCF4, ENO_THESQ ; +DR Q72H85, ENO_THET2 ; Q5SME1, ENO_THET8 ; Q8DL40, ENO_THEVB ; +DR Q979Z9, ENO_THEVO ; Q3SL43, ENO_THIDA ; B8GQ75, ENO_THISH ; +DR C4LBR1, ENO_TOLAT ; Q73P50, ENO_TREDE ; P74934, ENO_TREPA ; +DR B2S455, ENO_TREPS ; Q110V4, ENO_TRIEI ; B3E2S8, ENO_TRIL1 ; +DR Q3M7B2, ENO_TRIV2 ; Q83H73, ENO_TROW8 ; Q83FF7, ENO_TROWT ; +DR Q6W3C0, ENO_TUBBO ; B1AIH2, ENO_UREP2 ; Q9PQV9, ENO_UREPA ; +DR B5ZAZ0, ENO_UREU1 ; C5CSV6, ENO_VARPS ; A1WL86, ENO_VEREI ; +DR A5CX71, ENO_VESOH ; A5F5I3, ENO_VIBC3 ; Q9KPC5, ENO_VIBCH ; +DR C3LQZ0, ENO_VIBCM ; Q87LQ0, ENO_VIBPA ; Q8DC62, ENO_VIBVU ; +DR Q7MHQ1, ENO_VIBVY ; Q8D2K1, ENO_WIGBR ; Q73HQ2, ENO_WOLPM ; +DR B3CNP3, ENO_WOLPP ; Q7M8Q0, ENO_WOLSU ; Q5GTG4, ENO_WOLTR ; +DR C0R5N4, ENO_WOLWR ; Q8PLS0, ENO_XANAC ; Q4UTP2, ENO_XANC8 ; +DR B0RU05, ENO_XANCB ; Q8P9Z3, ENO_XANCP ; Q3BUT0, ENO_XANE5 ; +DR Q2P1K8, ENO_XANOM ; B2SUA6, ENO_XANOP ; Q5GYK4, ENO_XANOR ; +DR A7INB6, ENO_XANP2 ; B2I937, ENO_XYLF2 ; Q9PDT8, ENO_XYLFA ; +DR Q87DY6, ENO_XYLFT ; Q6C1F3, ENO_YARLI ; A1JJR4, ENO_YERE8 ; +DR A7FLZ5, ENO_YERP3 ; Q1C3Y6, ENO_YERPA ; B2K561, ENO_YERPB ; +DR Q8ZBN2, ENO_YERPE ; A9R1D1, ENO_YERPG ; Q1CLT2, ENO_YERPN ; +DR A4TPY1, ENO_YERPP ; Q66ED8, ENO_YERPS ; B1JK09, ENO_YERPY ; +DR P33675, ENO_ZYMMO ; P0CX10, ERR1_YEAST ; P0CX11, ERR2_YEAST ; +DR P42222, ERR3_YEAST ; // ID 4.2.1.12 DE phosphogluconate dehydratase. @@ -129251,7 +129907,7 @@ DR B3EDX3, HIS7_CHLL2 ; Q3B4Y6, HIS7_CHLL3 ; B3QMG8, HIS7_CHLP8 ; DR B3EKC2, HIS7_CHLPB ; A1BF00, HIS7_CHLPD ; A4SF66, HIS7_CHLPM ; DR B3QTX2, HIS7_CHLT3 ; Q8KEF4, HIS7_CHLTE ; Q1R077, HIS7_CHRSD ; DR Q7P0F3, HIS7_CHRVO ; B5EDR7, HIS7_CITBB ; A5CSK8, HIS7_CLAM3 ; -DR B0RHB5, HIS7_CLAMS ; Q97KI1, HIS7_CLOAB ; A7FU78, HIS7_CLOB1 ; +DR B0RHB5, HIS7_CLASE ; Q97KI1, HIS7_CLOAB ; A7FU78, HIS7_CLOB1 ; DR C3KVX2, HIS7_CLOB6 ; A6LT19, HIS7_CLOB8 ; B2UX23, HIS7_CLOBA ; DR A5I242, HIS7_CLOBH ; C1FN38, HIS7_CLOBJ ; B1ILA6, HIS7_CLOBK ; DR A7GDQ3, HIS7_CLOBL ; Q18C69, HIS7_CLOD6 ; B9E169, HIS7_CLOK1 ; @@ -129264,66 +129920,66 @@ DR Q6A8L3, HIS7_CUTAK ; O94126, HIS7_CYBJA ; Q47AM0, HIS7_DECAR ; DR Q3Z880, HIS7_DEHM1 ; A5FR28, HIS7_DEHMB ; Q3ZXL9, HIS7_DEHMC ; DR C1D1S1, HIS7_DEIDV ; Q1IZQ5, HIS7_DEIGD ; Q9RX91, HIS7_DEIRA ; DR B1I559, HIS7_DESAP ; Q24QJ2, HIS7_DESHY ; A8ZUC7, HIS7_DESOH ; -DR Q6ANL7, HIS7_DESPS ; A4J710, HIS7_DESRM ; P61659, HIS7_DESVH ; -DR B8DNB6, HIS7_DESVM ; A1VEV3, HIS7_DESVV ; B5YE87, HIS7_DICT6 ; +DR Q6ANL7, HIS7_DESPS ; A4J710, HIS7_DESRM ; B5YE87, HIS7_DICT6 ; DR B8E2C5, HIS7_DICTD ; A8LQZ6, HIS7_DINSH ; Q9S5G5, HIS7_ECO57 ; DR Q8FG50, HIS7_ECOL6 ; P06987, HIS7_ECOLI ; B1H0E9, HIS7_ENDTX ; DR Q75B47, HIS7_EREGS ; Q2N8I5, HIS7_ERYLH ; C4L173, HIS7_EXISA ; -DR Q2J8L0, HIS7_FRACC ; A8LGQ5, HIS7_FRASN ; B9M0L7, HIS7_GEODF ; -DR Q5KVC7, HIS7_GEOKA ; Q39YP5, HIS7_GEOMG ; P60885, HIS7_GEOSL ; -DR C6E7F7, HIS7_GEOSM ; C5D7P1, HIS7_GEOSW ; A4ISR5, HIS7_GEOTN ; -DR A5G8T2, HIS7_GEOUR ; Q7NMJ6, HIS7_GLOVI ; A9GZY1, HIS7_GLUDA ; -DR Q5FTN7, HIS7_GLUOX ; Q0BPW9, HIS7_GRABC ; Q4QN72, HIS7_HAEI8 ; -DR A5UA18, HIS7_HAEIE ; A5UGY3, HIS7_HAEIG ; P44327, HIS7_HAEIN ; -DR Q2SMB5, HIS7_HAHCH ; Q9K6Z3, HIS7_HALH5 ; A1WW08, HIS7_HALHL ; -DR Q5UZF0, HIS7_HALMA ; B0R7J1, HIS7_HALS3 ; Q9HN13, HIS7_HALSA ; -DR Q18DL1, HIS7_HALWD ; Q7VGJ6, HIS7_HELHP ; B0TDN0, HIS7_HELMI ; -DR A4G9I9, HIS7_HERAR ; Q31E67, HIS7_HYDCU ; B4U7F2, HIS7_HYDS0 ; -DR Q0C636, HIS7_HYPNA ; A6T379, HIS7_JANMA ; Q28NK7, HIS7_JANSC ; -DR H9C4A4, HIS7_KAZHU ; A6WCV0, HIS7_KINRD ; A6TBC5, HIS7_KLEP7 ; -DR Q6CLR6, HIS7_KLULA ; Q6JV40, HIS7_KLUMA ; Q1IKB4, HIS7_KORVE ; -DR B3WED4, HIS7_LACCB ; Q02986, HIS7_LACK1 ; Q02134, HIS7_LACLA ; -DR A2RKS1, HIS7_LACLM ; Q02YW7, HIS7_LACLS ; Q039B2, HIS7_LACP3 ; -DR A9KNX4, HIS7_LACP7 ; Q88UE0, HIS7_LACPL ; C1DAK1, HIS7_LARHH ; -DR Q5X5X1, HIS7_LEGPA ; Q5ZW89, HIS7_LEGPH ; Q5WX93, HIS7_LEGPL ; -DR Q6AE13, HIS7_LEIXX ; B0SDS4, HIS7_LEPBA ; Q04W74, HIS7_LEPBJ ; -DR Q056S6, HIS7_LEPBL ; B0SLU7, HIS7_LEPBP ; P61660, HIS7_LEPIC ; -DR Q8F9R6, HIS7_LEPIN ; Q03VX7, HIS7_LEUMM ; B2GBR2, HIS7_LIMF3 ; -DR Q92E85, HIS7_LISIN ; C1L0J5, HIS7_LISMC ; Q722Y4, HIS7_LISMF ; -DR B8DA59, HIS7_LISMH ; Q8Y9G2, HIS7_LISMO ; A0AG18, HIS7_LISW6 ; -DR A0LBT6, HIS7_MAGMM ; Q2VYI7, HIS7_MAGSA ; Q65RB3, HIS7_MANSM ; +DR Q2J8L0, HIS7_FRACC ; B9M0L7, HIS7_GEODF ; Q5KVC7, HIS7_GEOKA ; +DR Q39YP5, HIS7_GEOMG ; P60885, HIS7_GEOSL ; C6E7F7, HIS7_GEOSM ; +DR C5D7P1, HIS7_GEOSW ; A4ISR5, HIS7_GEOTN ; A5G8T2, HIS7_GEOUR ; +DR Q7NMJ6, HIS7_GLOVI ; A9GZY1, HIS7_GLUDA ; Q5FTN7, HIS7_GLUOX ; +DR Q0BPW9, HIS7_GRABC ; Q4QN72, HIS7_HAEI8 ; A5UA18, HIS7_HAEIE ; +DR A5UGY3, HIS7_HAEIG ; P44327, HIS7_HAEIN ; Q2SMB5, HIS7_HAHCH ; +DR Q9K6Z3, HIS7_HALH5 ; A1WW08, HIS7_HALHL ; Q5UZF0, HIS7_HALMA ; +DR B0R7J1, HIS7_HALS3 ; Q9HN13, HIS7_HALSA ; Q18DL1, HIS7_HALWD ; +DR Q7VGJ6, HIS7_HELHP ; B0TDN0, HIS7_HELMI ; A4G9I9, HIS7_HERAR ; +DR Q31E67, HIS7_HYDCU ; B4U7F2, HIS7_HYDS0 ; Q0C636, HIS7_HYPNA ; +DR A6T379, HIS7_JANMA ; Q28NK7, HIS7_JANSC ; A6WCV0, HIS7_KINRD ; +DR A6TBC5, HIS7_KLEP7 ; Q6CLR6, HIS7_KLULA ; Q6JV40, HIS7_KLUMA ; +DR Q1IKB4, HIS7_KORVE ; B3WED4, HIS7_LACCB ; Q02986, HIS7_LACK1 ; +DR Q02134, HIS7_LACLA ; A2RKS1, HIS7_LACLM ; Q02YW7, HIS7_LACLS ; +DR Q039B2, HIS7_LACP3 ; A9KNX4, HIS7_LACP7 ; Q88UE0, HIS7_LACPL ; +DR C1DAK1, HIS7_LARHH ; Q5X5X1, HIS7_LEGPA ; Q5ZW89, HIS7_LEGPH ; +DR Q5WX93, HIS7_LEGPL ; Q6AE13, HIS7_LEIXX ; B0SDS4, HIS7_LEPBA ; +DR Q04W74, HIS7_LEPBJ ; Q056S6, HIS7_LEPBL ; B0SLU7, HIS7_LEPBP ; +DR P61660, HIS7_LEPIC ; Q8F9R6, HIS7_LEPIN ; Q03VX7, HIS7_LEUMM ; +DR B2GBR2, HIS7_LIMF3 ; Q92E85, HIS7_LISIN ; C1L0J5, HIS7_LISMC ; +DR Q722Y4, HIS7_LISMF ; B8DA59, HIS7_LISMH ; Q8Y9G2, HIS7_LISMO ; +DR A0AG18, HIS7_LISW6 ; A0LBT6, HIS7_MAGMM ; Q65RB3, HIS7_MANSM ; DR A6VTA8, HIS7_MARMS ; A1U5H8, HIS7_MARN8 ; C6BSE1, HIS7_MARSD ; -DR A6UTB1, HIS7_META3 ; P58878, HIS7_METAC ; Q0W0J2, HIS7_METAR ; -DR A7I774, HIS7_METB6 ; Q46CW9, HIS7_METBF ; Q12WC5, HIS7_METBU ; -DR B7KPM4, HIS7_METC4 ; Q603K0, HIS7_METCA ; A9W5T6, HIS7_METEP ; -DR Q1H4R5, HIS7_METFK ; Q2FN13, HIS7_METHJ ; Q58109, HIS7_METJA ; -DR P58879, HIS7_METKA ; A4FYS8, HIS7_METM5 ; A9A756, HIS7_METM6 ; -DR A6VJJ9, HIS7_METM7 ; Q8PWS1, HIS7_METMA ; A3CTR8, HIS7_METMJ ; -DR P60888, HIS7_METMP ; B1ZAD1, HIS7_METPB ; B8GJY3, HIS7_METPE ; -DR A2SE06, HIS7_METPP ; B1LU98, HIS7_METRJ ; A5UMI3, HIS7_METS3 ; -DR A4YI33, HIS7_METS5 ; B8EM89, HIS7_METSB ; Q2NHQ1, HIS7_METST ; -DR Q50504, HIS7_METTH ; A6UN45, HIS7_METVS ; B0JJ52, HIS7_MICAN ; -DR Q2RGV9, HIS7_MOOTA ; A0QHI0, HIS7_MYCA1 ; P64369, HIS7_MYCBO ; -DR A1KJ17, HIS7_MYCBP ; C1ANM3, HIS7_MYCBT ; A4T9M6, HIS7_MYCGI ; -DR B8ZRB1, HIS7_MYCLB ; Q9X7B9, HIS7_MYCLE ; B2HQA4, HIS7_MYCMM ; -DR P60886, HIS7_MYCPA ; A0QX83, HIS7_MYCS2 ; A3Q129, HIS7_MYCSJ ; -DR A1UHK6, HIS7_MYCSK ; Q1B7G6, HIS7_MYCSS ; A5U2V7, HIS7_MYCTA ; -DR P9WML8, HIS7_MYCTO ; P9WML9, HIS7_MYCTU ; A0PP16, HIS7_MYCUA ; -DR A1T8W3, HIS7_MYCVP ; Q3IRM3, HIS7_NATPD ; B9LAD4, HIS7_NAUPA ; -DR Q5F7D6, HIS7_NEIG1 ; A9M186, HIS7_NEIM0 ; P64370, HIS7_NEIMA ; -DR P64371, HIS7_NEIMB ; A1KV07, HIS7_NEIMF ; Q9HEG3, HIS7_NEUCR ; -DR Q0AEU4, HIS7_NITEC ; Q82WM4, HIS7_NITEU ; Q1QRX4, HIS7_NITHX ; -DR Q2YAU7, HIS7_NITMU ; Q3J6Q4, HIS7_NITOC ; A6Q330, HIS7_NITSB ; -DR Q3SWE7, HIS7_NITWN ; Q5YYP8, HIS7_NOCFA ; A1SL60, HIS7_NOCSJ ; -DR Q05068, HIS7_NOSS1 ; Q2G9M2, HIS7_NOVAD ; Q8ESR9, HIS7_OCEIH ; -DR Q311Y0, HIS7_OLEA2 ; A1R559, HIS7_PAEAT ; A1TKZ1, HIS7_PARC0 ; -DR A1B384, HIS7_PARDP ; A7HSH4, HIS7_PARL1 ; Q7U9M8, HIS7_PARMW ; -DR B2JHY3, HIS7_PARP8 ; B2SZ63, HIS7_PARPJ ; Q13TQ6, HIS7_PARXL ; +DR H9C4A4, HIS7_MAUHU ; A6UTB1, HIS7_META3 ; P58878, HIS7_METAC ; +DR Q0W0J2, HIS7_METAR ; A7I774, HIS7_METB6 ; Q46CW9, HIS7_METBF ; +DR Q12WC5, HIS7_METBU ; B7KPM4, HIS7_METC4 ; Q603K0, HIS7_METCA ; +DR A9W5T6, HIS7_METEP ; Q1H4R5, HIS7_METFK ; Q2FN13, HIS7_METHJ ; +DR Q58109, HIS7_METJA ; P58879, HIS7_METKA ; A4FYS8, HIS7_METM5 ; +DR A9A756, HIS7_METM6 ; A6VJJ9, HIS7_METM7 ; Q8PWS1, HIS7_METMA ; +DR A3CTR8, HIS7_METMJ ; P60888, HIS7_METMP ; B1ZAD1, HIS7_METPB ; +DR B8GJY3, HIS7_METPE ; A2SE06, HIS7_METPP ; B1LU98, HIS7_METRJ ; +DR A5UMI3, HIS7_METS3 ; A4YI33, HIS7_METS5 ; B8EM89, HIS7_METSB ; +DR Q2NHQ1, HIS7_METST ; Q50504, HIS7_METTH ; A6UN45, HIS7_METVS ; +DR B0JJ52, HIS7_MICAN ; Q2RGV9, HIS7_MOOTA ; A0QHI0, HIS7_MYCA1 ; +DR P64369, HIS7_MYCBO ; A1KJ17, HIS7_MYCBP ; C1ANM3, HIS7_MYCBT ; +DR A4T9M6, HIS7_MYCGI ; B8ZRB1, HIS7_MYCLB ; Q9X7B9, HIS7_MYCLE ; +DR B2HQA4, HIS7_MYCMM ; P60886, HIS7_MYCPA ; A0QX83, HIS7_MYCS2 ; +DR A3Q129, HIS7_MYCSJ ; A1UHK6, HIS7_MYCSK ; Q1B7G6, HIS7_MYCSS ; +DR A5U2V7, HIS7_MYCTA ; P9WML8, HIS7_MYCTO ; P9WML9, HIS7_MYCTU ; +DR A0PP16, HIS7_MYCUA ; A1T8W3, HIS7_MYCVP ; Q3IRM3, HIS7_NATPD ; +DR B9LAD4, HIS7_NAUPA ; Q5F7D6, HIS7_NEIG1 ; A9M186, HIS7_NEIM0 ; +DR P64370, HIS7_NEIMA ; P64371, HIS7_NEIMB ; A1KV07, HIS7_NEIMF ; +DR Q9HEG3, HIS7_NEUCR ; Q0AEU4, HIS7_NITEC ; Q82WM4, HIS7_NITEU ; +DR Q1QRX4, HIS7_NITHX ; Q2YAU7, HIS7_NITMU ; Q3J6Q4, HIS7_NITOC ; +DR A6Q330, HIS7_NITSB ; P61659, HIS7_NITV2 ; A1VEV3, HIS7_NITV4 ; +DR B8DNB6, HIS7_NITV9 ; Q3SWE7, HIS7_NITWN ; Q5YYP8, HIS7_NOCFA ; +DR A1SL60, HIS7_NOCSJ ; Q05068, HIS7_NOSS1 ; Q2G9M2, HIS7_NOVAD ; +DR Q8ESR9, HIS7_OCEIH ; Q311Y0, HIS7_OLEA2 ; A1R559, HIS7_PAEAT ; +DR A1TKZ1, HIS7_PARC0 ; A1B384, HIS7_PARDP ; A7HSH4, HIS7_PARL1 ; +DR Q2VYI7, HIS7_PARM1 ; Q7U9M8, HIS7_PARMW ; B2JHY3, HIS7_PARP8 ; +DR B2SZ63, HIS7_PARPJ ; A8LGQ5, HIS7_PARS2 ; Q13TQ6, HIS7_PARXL ; DR P57920, HIS7_PASMU ; Q43072, HIS7_PEA ; Q6D409, HIS7_PECAS ; DR B4SD35, HIS7_PELPB ; A1ATG7, HIS7_PELPD ; A5CZ77, HIS7_PELTS ; DR Q4FNT4, HIS7_PELUB ; C0QUG8, HIS7_PERMH ; O94153, HIS7_PHARH ; DR B4RBJ4, HIS7_PHEZH ; Q7N6I2, HIS7_PHOLL ; P62455, HIS7_PHOPR ; -DR P28624, HIS7_PHYPR ; Q92447, HIS7_PICPA ; Q9C1D4, HIS7_PICST ; +DR P28624, HIS7_PHYNI ; Q92447, HIS7_PICPA ; Q9C1D4, HIS7_PICST ; DR A4SV17, HIS7_POLAQ ; A1VK39, HIS7_POLNA ; B1XSV0, HIS7_POLNS ; DR Q12FD0, HIS7_POLSJ ; B4S729, HIS7_PROA2 ; A3PB03, HIS7_PROM0 ; DR A2C0B5, HIS7_PROM1 ; A8G2U2, HIS7_PROM2 ; A2CCN3, HIS7_PROM3 ; @@ -129380,8 +130036,8 @@ DR Q6XD66, HIS7_TORDE ; Q93DQ9, HIS7_TRIEI ; P34041, HIS7_TRIHA ; DR B3E4Y5, HIS7_TRIL1 ; A1WR21, HIS7_VEREI ; A5CVR1, HIS7_VESOH ; DR Q9KSX1, HIS7_VIBCH ; Q87QK9, HIS7_VIBPA ; Q8D8Q2, HIS7_VIBVU ; DR Q7MLS4, HIS7_VIBVY ; Q7M7V2, HIS7_WOLSU ; P58881, HIS7_XANAC ; -DR Q3BUF5, HIS7_XANC5 ; Q4UU42, HIS7_XANC8 ; B0RSL6, HIS7_XANCB ; -DR P58882, HIS7_XANCP ; Q2P3K1, HIS7_XANOM ; B2SKN6, HIS7_XANOP ; +DR Q4UU42, HIS7_XANC8 ; B0RSL6, HIS7_XANCB ; P58882, HIS7_XANCP ; +DR Q3BUF5, HIS7_XANE5 ; Q2P3K1, HIS7_XANOM ; B2SKN6, HIS7_XANOP ; DR Q5H0K9, HIS7_XANOR ; A7IHP3, HIS7_XANP2 ; B2I5X9, HIS7_XYLF2 ; DR Q9PBC7, HIS7_XYLFA ; B0U3B1, HIS7_XYLFM ; Q87C31, HIS7_XYLFT ; DR P06633, HIS7_YEAST ; Q8ZFX7, HIS7_YERPE ; Q66C51, HIS7_YERPS ; @@ -129467,42 +130123,41 @@ DR O22018, TRPA_CYAM1 ; B8HPH2, TRPA_CYAP4 ; Q47HQ4, TRPA_DECAR ; DR Q3Z6G1, TRPA_DEHM1 ; A5FPL3, TRPA_DEHMB ; Q3ZZ10, TRPA_DEHMC ; DR Q9RVT0, TRPA_DEIRA ; A9BNH8, TRPA_DELAS ; C0QMA1, TRPA_DESAH ; DR B8FA37, TRPA_DESAL ; B8J160, TRPA_DESDA ; A8ZZW7, TRPA_DESOH ; -DR Q6AMR6, TRPA_DESPS ; Q72EU7, TRPA_DESVH ; A1VGB6, TRPA_DESVV ; -DR B5YD09, TRPA_DICT6 ; B8DZP8, TRPA_DICTD ; A7ZL78, TRPA_ECO24 ; -DR B7UR66, TRPA_ECO27 ; B7ML76, TRPA_ECO45 ; B7L492, TRPA_ECO55 ; -DR Q8X7B5, TRPA_ECO57 ; B5YZP0, TRPA_ECO5E ; B7NVN0, TRPA_ECO7I ; -DR B7MU99, TRPA_ECO81 ; B7LY16, TRPA_ECO8A ; C4ZTV3, TRPA_ECOBW ; -DR B1XBK9, TRPA_ECODH ; A7ZZJ6, TRPA_ECOHS ; A1AAN0, TRPA_ECOK1 ; -DR Q0TIB0, TRPA_ECOL5 ; Q8FHW0, TRPA_ECOL6 ; B1ITJ5, TRPA_ECOLC ; -DR P0A877, TRPA_ECOLI ; B7N473, TRPA_ECOLU ; B6I9X4, TRPA_ECOSE ; -DR B1LH32, TRPA_ECOSM ; Q1RCA7, TRPA_ECOUT ; C5BDB6, TRPA_EDWI9 ; -DR A4WB03, TRPA_ENT38 ; B2VKT1, TRPA_ERWT9 ; Q2N9N0, TRPA_ERYLH ; -DR B7LS20, TRPA_ESCF3 ; A5FA76, TRPA_FLAJ1 ; A6GWZ0, TRPA_FLAPJ ; -DR Q14FN3, TRPA_FRAT1 ; A7N9D1, TRPA_FRATF ; Q2A5V4, TRPA_FRATH ; -DR B2SEK8, TRPA_FRATM ; Q0BP46, TRPA_FRATO ; Q5NE80, TRPA_FRATT ; -DR A4IVS5, TRPA_FRATW ; B9M7D5, TRPA_GEODF ; Q5KXV2, TRPA_GEOKA ; -DR Q39SS2, TRPA_GEOMG ; P19867, TRPA_GEOSE ; Q74AI3, TRPA_GEOSL ; -DR C6E1P3, TRPA_GEOSM ; C5D3D3, TRPA_GEOSW ; A4IQ81, TRPA_GEOTN ; -DR A5G6M1, TRPA_GEOUR ; Q7NHC5, TRPA_GLOVI ; A9HE84, TRPA_GLUDA ; -DR Q5FRN3, TRPA_GLUOX ; Q0BQJ0, TRPA_GRABC ; Q6B8L2, TRPA_GRATL ; -DR Q4QKF6, TRPA_HAEI8 ; A5UC41, TRPA_HAEIE ; A5UEU6, TRPA_HAEIG ; -DR P43759, TRPA_HAEIN ; Q9KCA9, TRPA_HALH5 ; A1WY05, TRPA_HALHL ; -DR Q5V140, TRPA_HALMA ; B0R333, TRPA_HALS3 ; Q9HSB9, TRPA_HALSA ; -DR P18284, TRPA_HALVD ; Q7VGA8, TRPA_HELHP ; B6JNB7, TRPA_HELP2 ; -DR B5Z8S2, TRPA_HELPG ; Q1CRX0, TRPA_HELPH ; Q9ZJV0, TRPA_HELPJ ; -DR B2UV41, TRPA_HELPS ; P56141, TRPA_HELPY ; A9B6M7, TRPA_HERA2 ; -DR A4G4G3, TRPA_HERAR ; B0UU33, TRPA_HISS2 ; Q31HH3, TRPA_HYDCU ; -DR Q5QX79, TRPA_IDILO ; A6T006, TRPA_JANMA ; Q28LB1, TRPA_JANSC ; -DR A8Z5Y2, TRPA_KARMG ; P00930, TRPA_KLEAE ; B5XT03, TRPA_KLEP3 ; -DR A6T7W5, TRPA_KLEP7 ; P17166, TRPA_LACCA ; C4Z135, TRPA_LACE2 ; -DR Q01997, TRPA_LACLA ; A2RK25, TRPA_LACLM ; Q02YB8, TRPA_LACLS ; -DR Q88WH9, TRPA_LACPL ; C1D702, TRPA_LARHH ; Q5X5Q1, TRPA_LEGPA ; -DR A5IBF8, TRPA_LEGPC ; Q5ZVY3, TRPA_LEGPH ; Q5WX31, TRPA_LEGPL ; -DR Q6AF66, TRPA_LEIXX ; B0SDM7, TRPA_LEPBA ; Q04U62, TRPA_LEPBJ ; -DR Q053M5, TRPA_LEPBL ; Q5MI53, TRPA_LEPBP ; B1XY49, TRPA_LEPCP ; -DR Q72U04, TRPA_LEPIC ; Q8F150, TRPA_LEPIN ; Q92B82, TRPA_LISIN ; -DR C1KVS4, TRPA_LISMC ; Q71Z41, TRPA_LISMF ; B8DHB5, TRPA_LISMH ; -DR Q8Y6Q7, TRPA_LISMO ; A0AJ79, TRPA_LISW6 ; Q2W010, TRPA_MAGSA ; +DR Q6AMR6, TRPA_DESPS ; B5YD09, TRPA_DICT6 ; B8DZP8, TRPA_DICTD ; +DR A7ZL78, TRPA_ECO24 ; B7UR66, TRPA_ECO27 ; B7ML76, TRPA_ECO45 ; +DR B7L492, TRPA_ECO55 ; Q8X7B5, TRPA_ECO57 ; B5YZP0, TRPA_ECO5E ; +DR B7NVN0, TRPA_ECO7I ; B7MU99, TRPA_ECO81 ; B7LY16, TRPA_ECO8A ; +DR C4ZTV3, TRPA_ECOBW ; B1XBK9, TRPA_ECODH ; A7ZZJ6, TRPA_ECOHS ; +DR A1AAN0, TRPA_ECOK1 ; Q0TIB0, TRPA_ECOL5 ; Q8FHW0, TRPA_ECOL6 ; +DR B1ITJ5, TRPA_ECOLC ; P0A877, TRPA_ECOLI ; B7N473, TRPA_ECOLU ; +DR B6I9X4, TRPA_ECOSE ; B1LH32, TRPA_ECOSM ; Q1RCA7, TRPA_ECOUT ; +DR C5BDB6, TRPA_EDWI9 ; A4WB03, TRPA_ENT38 ; B2VKT1, TRPA_ERWT9 ; +DR Q2N9N0, TRPA_ERYLH ; B7LS20, TRPA_ESCF3 ; A5FA76, TRPA_FLAJ1 ; +DR A6GWZ0, TRPA_FLAPJ ; Q14FN3, TRPA_FRAT1 ; A7N9D1, TRPA_FRATF ; +DR Q2A5V4, TRPA_FRATH ; B2SEK8, TRPA_FRATM ; Q0BP46, TRPA_FRATO ; +DR Q5NE80, TRPA_FRATT ; A4IVS5, TRPA_FRATW ; B9M7D5, TRPA_GEODF ; +DR Q5KXV2, TRPA_GEOKA ; Q39SS2, TRPA_GEOMG ; P19867, TRPA_GEOSE ; +DR Q74AI3, TRPA_GEOSL ; C6E1P3, TRPA_GEOSM ; C5D3D3, TRPA_GEOSW ; +DR A4IQ81, TRPA_GEOTN ; A5G6M1, TRPA_GEOUR ; Q7NHC5, TRPA_GLOVI ; +DR A9HE84, TRPA_GLUDA ; Q5FRN3, TRPA_GLUOX ; Q0BQJ0, TRPA_GRABC ; +DR Q6B8L2, TRPA_GRATL ; Q4QKF6, TRPA_HAEI8 ; A5UC41, TRPA_HAEIE ; +DR A5UEU6, TRPA_HAEIG ; P43759, TRPA_HAEIN ; Q9KCA9, TRPA_HALH5 ; +DR A1WY05, TRPA_HALHL ; Q5V140, TRPA_HALMA ; B0R333, TRPA_HALS3 ; +DR Q9HSB9, TRPA_HALSA ; P18284, TRPA_HALVD ; Q7VGA8, TRPA_HELHP ; +DR B6JNB7, TRPA_HELP2 ; B5Z8S2, TRPA_HELPG ; Q1CRX0, TRPA_HELPH ; +DR Q9ZJV0, TRPA_HELPJ ; B2UV41, TRPA_HELPS ; P56141, TRPA_HELPY ; +DR A9B6M7, TRPA_HERA2 ; A4G4G3, TRPA_HERAR ; B0UU33, TRPA_HISS2 ; +DR Q31HH3, TRPA_HYDCU ; Q5QX79, TRPA_IDILO ; A6T006, TRPA_JANMA ; +DR Q28LB1, TRPA_JANSC ; A8Z5Y2, TRPA_KARMG ; P00930, TRPA_KLEAE ; +DR B5XT03, TRPA_KLEP3 ; A6T7W5, TRPA_KLEP7 ; P17166, TRPA_LACCA ; +DR C4Z135, TRPA_LACE2 ; Q01997, TRPA_LACLA ; A2RK25, TRPA_LACLM ; +DR Q02YB8, TRPA_LACLS ; Q88WH9, TRPA_LACPL ; C1D702, TRPA_LARHH ; +DR Q5X5Q1, TRPA_LEGPA ; A5IBF8, TRPA_LEGPC ; Q5ZVY3, TRPA_LEGPH ; +DR Q5WX31, TRPA_LEGPL ; Q6AF66, TRPA_LEIXX ; B0SDM7, TRPA_LEPBA ; +DR Q04U62, TRPA_LEPBJ ; Q053M5, TRPA_LEPBL ; Q5MI53, TRPA_LEPBP ; +DR B1XY49, TRPA_LEPCP ; Q72U04, TRPA_LEPIC ; Q8F150, TRPA_LEPIN ; +DR Q92B82, TRPA_LISIN ; C1KVS4, TRPA_LISMC ; Q71Z41, TRPA_LISMF ; +DR B8DHB5, TRPA_LISMH ; Q8Y6Q7, TRPA_LISMO ; A0AJ79, TRPA_LISW6 ; DR P42390, TRPA_MAIZE ; Q65TE9, TRPA_MANSM ; A1U0X2, TRPA_MARN8 ; DR C6C1D1, TRPA_MARSD ; Q8TLP4, TRPA_METAC ; A7I4T3, TRPA_METB6 ; DR Q465F4, TRPA_METBF ; B7KSK7, TRPA_METC4 ; Q604P4, TRPA_METCA ; @@ -129519,9 +130174,10 @@ DR Q740P2, TRPA_MYCPA ; A5U2W9, TRPA_MYCTA ; P9WFY0, TRPA_MYCTO ; DR P9WFY1, TRPA_MYCTU ; A0PP30, TRPA_MYCUA ; Q3IQC4, TRPA_NATPD ; DR Q5F9Y6, TRPA_NEIG1 ; Q9JVE0, TRPA_NEIMA ; Q9K0D4, TRPA_NEIMB ; DR Q1XDA5, TRPA_NEOYE ; Q82WI1, TRPA_NITEU ; Q1QS34, TRPA_NITHX ; -DR Q2Y7R5, TRPA_NITMU ; Q3JCB7, TRPA_NITOC ; Q3SWL9, TRPA_NITWN ; -DR Q5YYN3, TRPA_NOCFA ; Q2G8S8, TRPA_NOVAD ; Q8ESU5, TRPA_OCEIH ; -DR B1ZT49, TRPA_OPITP ; A6L9J8, TRPA_PARD8 ; A1AYV3, TRPA_PARDP ; +DR Q2Y7R5, TRPA_NITMU ; Q3JCB7, TRPA_NITOC ; Q72EU7, TRPA_NITV2 ; +DR A1VGB6, TRPA_NITV4 ; Q3SWL9, TRPA_NITWN ; Q5YYN3, TRPA_NOCFA ; +DR Q2G8S8, TRPA_NOVAD ; Q8ESU5, TRPA_OCEIH ; B1ZT49, TRPA_OPITP ; +DR A6L9J8, TRPA_PARD8 ; A1AYV3, TRPA_PARDP ; Q2W010, TRPA_PARM1 ; DR Q7TTU8, TRPA_PARMW ; B2JQF0, TRPA_PARP8 ; B2T9N0, TRPA_PARPJ ; DR P57854, TRPA_PASMU ; Q6D4T9, TRPA_PECAS ; C6DGZ4, TRPA_PECCP ; DR B4SEN7, TRPA_PELPB ; A1AN65, TRPA_PELPD ; Q4FND0, TRPA_PELUB ; @@ -129584,8 +130240,8 @@ DR A1WSF0, TRPA_VEREI ; A5CVK4, TRPA_VESOH ; B7VGU8, TRPA_VIBA3 ; DR A5F207, TRPA_VIBC3 ; Q9KST7, TRPA_VIBCH ; C3LLL5, TRPA_VIBCM ; DR Q9RCE7, TRPA_VIBME ; P22095, TRPA_VIBPA ; Q8D8B1, TRPA_VIBVU ; DR Q7MM57, TRPA_VIBVY ; Q7M877, TRPA_WOLSU ; Q8PJ29, TRPA_XANAC ; -DR Q3BRL7, TRPA_XANC5 ; Q4UWD0, TRPA_XANC8 ; B0RR86, TRPA_XANCB ; -DR Q8P7S0, TRPA_XANCP ; Q2P0U3, TRPA_XANOM ; B2SVN5, TRPA_XANOP ; +DR Q4UWD0, TRPA_XANC8 ; B0RR86, TRPA_XANCB ; Q8P7S0, TRPA_XANCP ; +DR Q3BRL7, TRPA_XANE5 ; Q2P0U3, TRPA_XANOM ; B2SVN5, TRPA_XANOP ; DR Q5GXR6, TRPA_XANOR ; B2I9J3, TRPA_XYLF2 ; Q9PDK3, TRPA_XYLFA ; DR B0U6K7, TRPA_XYLFM ; Q87DR8, TRPA_XYLFT ; A1JPY2, TRPA_YERE8 ; DR A7FI34, TRPA_YERP3 ; Q1C7P3, TRPA_YERPA ; B2K3W1, TRPA_YERPB ; @@ -129632,7 +130288,7 @@ DR O50046, TRPB_CAMAC ; A8FKD7, TRPB_CAMJ8 ; A7H523, TRPB_CAMJD ; DR Q9PIF2, TRPB_CAMJE ; A1VY69, TRPB_CAMJJ ; Q5HWB9, TRPB_CAMJR ; DR P12290, TRPB_CAUVC ; Q9X4E5, TRPB_CERS4 ; Q11KK9, TRPB_CHESB ; DR Q8KF11, TRPB_CHLTE ; O84172, TRPB_CHLTR ; Q7NUD8, TRPB_CHRVO ; -DR A8AG61, TRPB_CITK8 ; A5CRV6, TRPB_CLAM3 ; B0REU1, TRPB_CLAMS ; +DR A8AG61, TRPB_CITK8 ; A5CRV6, TRPB_CLAM3 ; B0REU1, TRPB_CLASE ; DR Q97EF5, TRPB_CLOAB ; A6LU96, TRPB_CLOB8 ; B2V2T4, TRPB_CLOBA ; DR B2TM49, TRPB_CLOBB ; B9E151, TRPB_CLOK1 ; A5N7P0, TRPB_CLOK5 ; DR A0PYH3, TRPB_CLONN ; A4QI76, TRPB_CORGB ; P06561, TRPB_CORGL ; @@ -129735,8 +130391,8 @@ DR Q3MBV3, TRPB_TRIV2 ; A1WSF1, TRPB_VEREI ; A5CVH4, TRPB_VESOH ; DR B7VGU7, TRPB_VIBA3 ; A7MRY0, TRPB_VIBC1 ; A5F208, TRPB_VIBC3 ; DR Q9KST6, TRPB_VIBCH ; C3LLL6, TRPB_VIBCM ; Q9RCE8, TRPB_VIBME ; DR Q8D8B2, TRPB_VIBVU ; Q7MM56, TRPB_VIBVY ; Q8PJ28, TRPB_XANAC ; -DR Q3BRL3, TRPB_XANC5 ; Q4UWD2, TRPB_XANC8 ; B0RR84, TRPB_XANCB ; -DR Q8P7R8, TRPB_XANCP ; Q2P0U2, TRPB_XANOM ; B2SVN7, TRPB_XANOP ; +DR Q4UWD2, TRPB_XANC8 ; B0RR84, TRPB_XANCB ; Q8P7R8, TRPB_XANCP ; +DR Q3BRL3, TRPB_XANE5 ; Q2P0U2, TRPB_XANOM ; B2SVN7, TRPB_XANOP ; DR B2I9J2, TRPB_XYLF2 ; Q9PDK4, TRPB_XYLFA ; B0U6K6, TRPB_XYLFM ; DR Q87DR9, TRPB_XYLFT ; A1JPX6, TRPB_YERE8 ; A7FI33, TRPB_YERP3 ; DR Q1C7P2, TRPB_YERPA ; B2K3W2, TRPB_YERPB ; Q8ZEG9, TRPB_YERPE ; @@ -129936,8 +130592,7 @@ DR A4QDS8, LEUC_CORGB ; P58946, LEUC_CORGL ; Q4JUX2, LEUC_CORJK ; DR B1WZV3, LEUC_CROS5 ; A7MIC7, LEUC_CROS8 ; Q44023, LEUC_CUPNE ; DR Q46YV7, LEUC_CUPPJ ; B8HLN1, LEUC_CYAP4 ; Q11NN8, LEUC_CYTH3 ; DR Q47HR4, LEUC_DECAR ; B8FMM4, LEUC_DESAL ; B8J4F9, LEUC_DESDA ; -DR Q24XT4, LEUC_DESHY ; A9A043, LEUC_DESOH ; Q726X4, LEUC_DESVH ; -DR B8DM92, LEUC_DESVM ; A1VAE7, LEUC_DESVV ; A8LKJ1, LEUC_DINSH ; +DR Q24XT4, LEUC_DESHY ; A9A043, LEUC_DESOH ; A8LKJ1, LEUC_DINSH ; DR A7ZHG4, LEUC_ECO24 ; B7UIC2, LEUC_ECO27 ; B7MAJ7, LEUC_ECO45 ; DR B7L4J3, LEUC_ECO55 ; Q8XA00, LEUC_ECO57 ; B5YZA8, LEUC_ECO5E ; DR B7NHI0, LEUC_ECO7I ; B7MNT0, LEUC_ECO81 ; B7M117, LEUC_ECO8A ; @@ -129947,47 +130602,48 @@ DR P0A6A6, LEUC_ECOLI ; B7N7U7, LEUC_ECOLU ; B6HZ52, LEUC_ECOSE ; DR B1LG09, LEUC_ECOSM ; Q1RGC5, LEUC_ECOUT ; C5B7R2, LEUC_EDWI9 ; DR B2KBD7, LEUC_ELUMP ; B1H0A6, LEUC_ENDTX ; A4W6H7, LEUC_ENT38 ; DR Q74ZM9, LEUC_EREGS ; B7LWE0, LEUC_ESCF3 ; A5FKC6, LEUC_FLAJ1 ; -DR Q0RDK7, LEUC_FRAAA ; Q2J6W9, LEUC_FRACC ; A8L567, LEUC_FRASN ; -DR Q5KWJ5, LEUC_GEOKA ; Q39W70, LEUC_GEOMG ; Q74BX5, LEUC_GEOSL ; -DR C5D5L8, LEUC_GEOSW ; A4IRH6, LEUC_GEOTN ; A5G7U4, LEUC_GEOUR ; -DR B8F3W8, LEUC_GLAP5 ; B7KH96, LEUC_GLOC7 ; Q7NFV7, LEUC_GLOVI ; -DR Q5FUG3, LEUC_GLUOX ; Q0BRH4, LEUC_GRABC ; Q4QLS2, LEUC_HAEI8 ; -DR A5UD83, LEUC_HAEIE ; P44968, LEUC_HAEIN ; Q2SJD8, LEUC_HAHCH ; -DR Q9K8F0, LEUC_HALH5 ; A1WY14, LEUC_HALHL ; B9LUZ3, LEUC_HALLT ; -DR Q5V518, LEUC_HALMA ; B8CX22, LEUC_HALOH ; Q7ZAG7, LEUC_HALVD ; -DR Q7VH31, LEUC_HELHP ; B0TCR2, LEUC_HELMI ; A9B805, LEUC_HERA2 ; -DR A4G4F5, LEUC_HERAR ; Q0I2G3, LEUC_HISS1 ; B0USF4, LEUC_HISS2 ; -DR Q31HI2, LEUC_HYDCU ; B4U7U5, LEUC_HYDS0 ; A6T015, LEUC_JANMA ; -DR Q28W60, LEUC_JANSC ; A6W7Q7, LEUC_KINRD ; B5Y1W4, LEUC_KLEP3 ; -DR A6T4L7, LEUC_KLEP7 ; Q1IMI3, LEUC_KORVE ; Q02142, LEUC_LACLA ; -DR A2RKR3, LEUC_LACLM ; Q02YY1, LEUC_LACLS ; A9KT79, LEUC_LACP7 ; -DR C1DD59, LEUC_LARHH ; Q6AFK7, LEUC_LEIXX ; Q72RC4, LEUC_LEPIC ; -DR Q8F4E6, LEUC_LEPIN ; B1MVR0, LEUC_LEUCK ; Q03UM2, LEUC_LEUMM ; -DR B2GCB8, LEUC_LIMF3 ; Q92A26, LEUC_LISIN ; C1KWT3, LEUC_LISMC ; -DR Q71Y33, LEUC_LISMF ; B8DBU2, LEUC_LISMH ; Q8Y5R7, LEUC_LISMO ; -DR A0AK94, LEUC_LISW6 ; B1HR96, LEUC_LYSSC ; A0L8J4, LEUC_MAGMM ; -DR Q2VZV4, LEUC_MAGSA ; Q0AT09, LEUC_MARMM ; A6VX34, LEUC_MARMS ; -DR A1U0Y0, LEUC_MARN8 ; Q8TQZ3, LEUC_METAC ; A7IA28, LEUC_METB6 ; -DR B7KRK4, LEUC_METC4 ; Q606F2, LEUC_METCA ; Q1H0L4, LEUC_METFK ; -DR P81291, LEUC_METJA ; Q8PUG1, LEUC_METMA ; B1ZKX6, LEUC_METPB ; -DR B1LXK9, LEUC_METRJ ; A4YF03, LEUC_METS5 ; B8EN95, LEUC_METSB ; -DR O27439, LEUC_METTH ; B0JY97, LEUC_MICAN ; Q2RG98, LEUC_MOOTA ; -DR P17279, LEUC_MUCCL ; A0QJB7, LEUC_MYCA1 ; B1MDQ1, LEUC_MYCA9 ; -DR Q7TXH6, LEUC_MYCBO ; A1KMY2, LEUC_MYCBP ; C1AGA3, LEUC_MYCBT ; -DR A4TE23, LEUC_MYCGI ; O33123, LEUC_MYCLE ; B2HII1, LEUC_MYCMM ; -DR Q73VI7, LEUC_MYCPA ; Q938C9, LEUC_MYCS2 ; A3PXR2, LEUC_MYCSJ ; -DR A1UEA8, LEUC_MYCSK ; Q1BAQ4, LEUC_MYCSS ; A5U6Z9, LEUC_MYCTA ; -DR P9WQF4, LEUC_MYCTO ; P9WQF5, LEUC_MYCTU ; A0PPZ6, LEUC_MYCUA ; -DR A1T700, LEUC_MYCVP ; Q3IRQ4, LEUC_NATPD ; B9L6Y8, LEUC_NAUPA ; -DR Q5F8T1, LEUC_NEIG1 ; B4RM67, LEUC_NEIG2 ; A9LZF7, LEUC_NEIM0 ; -DR Q9JU82, LEUC_NEIMA ; Q9JZI5, LEUC_NEIMB ; A1KU80, LEUC_NEIMF ; -DR Q82WI9, LEUC_NITEU ; Q1QHI4, LEUC_NITHX ; Q3J716, LEUC_NITOC ; -DR A6Q5L6, LEUC_NITSB ; Q3SNV3, LEUC_NITWN ; Q5YRY0, LEUC_NOCFA ; -DR A1SLW5, LEUC_NOCSJ ; B2J3M9, LEUC_NOSP7 ; Q8YX02, LEUC_NOSS1 ; -DR Q2G958, LEUC_NOVAD ; Q8EN69, LEUC_OCEIH ; Q04DA3, LEUC_OENOB ; -DR Q30WD3, LEUC_OLEA2 ; B1ZUZ1, LEUC_OPITP ; A1R7K0, LEUC_PAEAT ; -DR A1TLH6, LEUC_PARC0 ; A1B513, LEUC_PARDP ; A7HT10, LEUC_PARL1 ; -DR Q7U9J4, LEUC_PARMW ; B2JQE1, LEUC_PARP8 ; Q9CJN7, LEUC_PASMU ; +DR Q0RDK7, LEUC_FRAAA ; Q2J6W9, LEUC_FRACC ; Q5KWJ5, LEUC_GEOKA ; +DR Q39W70, LEUC_GEOMG ; Q74BX5, LEUC_GEOSL ; C5D5L8, LEUC_GEOSW ; +DR A4IRH6, LEUC_GEOTN ; A5G7U4, LEUC_GEOUR ; B8F3W8, LEUC_GLAP5 ; +DR B7KH96, LEUC_GLOC7 ; Q7NFV7, LEUC_GLOVI ; Q5FUG3, LEUC_GLUOX ; +DR Q0BRH4, LEUC_GRABC ; Q4QLS2, LEUC_HAEI8 ; A5UD83, LEUC_HAEIE ; +DR P44968, LEUC_HAEIN ; Q2SJD8, LEUC_HAHCH ; Q9K8F0, LEUC_HALH5 ; +DR A1WY14, LEUC_HALHL ; B9LUZ3, LEUC_HALLT ; Q5V518, LEUC_HALMA ; +DR B8CX22, LEUC_HALOH ; Q7ZAG7, LEUC_HALVD ; Q7VH31, LEUC_HELHP ; +DR B0TCR2, LEUC_HELMI ; A9B805, LEUC_HERA2 ; A4G4F5, LEUC_HERAR ; +DR Q0I2G3, LEUC_HISS1 ; B0USF4, LEUC_HISS2 ; Q31HI2, LEUC_HYDCU ; +DR B4U7U5, LEUC_HYDS0 ; A6T015, LEUC_JANMA ; Q28W60, LEUC_JANSC ; +DR A6W7Q7, LEUC_KINRD ; B5Y1W4, LEUC_KLEP3 ; A6T4L7, LEUC_KLEP7 ; +DR Q1IMI3, LEUC_KORVE ; Q02142, LEUC_LACLA ; A2RKR3, LEUC_LACLM ; +DR Q02YY1, LEUC_LACLS ; A9KT79, LEUC_LACP7 ; C1DD59, LEUC_LARHH ; +DR Q6AFK7, LEUC_LEIXX ; Q72RC4, LEUC_LEPIC ; Q8F4E6, LEUC_LEPIN ; +DR B1MVR0, LEUC_LEUCK ; Q03UM2, LEUC_LEUMM ; B2GCB8, LEUC_LIMF3 ; +DR Q92A26, LEUC_LISIN ; C1KWT3, LEUC_LISMC ; Q71Y33, LEUC_LISMF ; +DR B8DBU2, LEUC_LISMH ; Q8Y5R7, LEUC_LISMO ; A0AK94, LEUC_LISW6 ; +DR B1HR96, LEUC_LYSSC ; A0L8J4, LEUC_MAGMM ; Q0AT09, LEUC_MARMM ; +DR A6VX34, LEUC_MARMS ; A1U0Y0, LEUC_MARN8 ; Q8TQZ3, LEUC_METAC ; +DR A7IA28, LEUC_METB6 ; B7KRK4, LEUC_METC4 ; Q606F2, LEUC_METCA ; +DR Q1H0L4, LEUC_METFK ; P81291, LEUC_METJA ; Q8PUG1, LEUC_METMA ; +DR B1ZKX6, LEUC_METPB ; B1LXK9, LEUC_METRJ ; A4YF03, LEUC_METS5 ; +DR B8EN95, LEUC_METSB ; O27439, LEUC_METTH ; B0JY97, LEUC_MICAN ; +DR Q2RG98, LEUC_MOOTA ; P17279, LEUC_MUCCL ; A0QJB7, LEUC_MYCA1 ; +DR B1MDQ1, LEUC_MYCA9 ; Q7TXH6, LEUC_MYCBO ; A1KMY2, LEUC_MYCBP ; +DR C1AGA3, LEUC_MYCBT ; A4TE23, LEUC_MYCGI ; O33123, LEUC_MYCLE ; +DR B2HII1, LEUC_MYCMM ; Q73VI7, LEUC_MYCPA ; Q938C9, LEUC_MYCS2 ; +DR A3PXR2, LEUC_MYCSJ ; A1UEA8, LEUC_MYCSK ; Q1BAQ4, LEUC_MYCSS ; +DR A5U6Z9, LEUC_MYCTA ; P9WQF4, LEUC_MYCTO ; P9WQF5, LEUC_MYCTU ; +DR A0PPZ6, LEUC_MYCUA ; A1T700, LEUC_MYCVP ; Q3IRQ4, LEUC_NATPD ; +DR B9L6Y8, LEUC_NAUPA ; Q5F8T1, LEUC_NEIG1 ; B4RM67, LEUC_NEIG2 ; +DR A9LZF7, LEUC_NEIM0 ; Q9JU82, LEUC_NEIMA ; Q9JZI5, LEUC_NEIMB ; +DR A1KU80, LEUC_NEIMF ; Q82WI9, LEUC_NITEU ; Q1QHI4, LEUC_NITHX ; +DR Q3J716, LEUC_NITOC ; A6Q5L6, LEUC_NITSB ; Q726X4, LEUC_NITV2 ; +DR A1VAE7, LEUC_NITV4 ; B8DM92, LEUC_NITV9 ; Q3SNV3, LEUC_NITWN ; +DR Q5YRY0, LEUC_NOCFA ; A1SLW5, LEUC_NOCSJ ; B2J3M9, LEUC_NOSP7 ; +DR Q8YX02, LEUC_NOSS1 ; Q2G958, LEUC_NOVAD ; Q8EN69, LEUC_OCEIH ; +DR Q04DA3, LEUC_OENOB ; Q30WD3, LEUC_OLEA2 ; B1ZUZ1, LEUC_OPITP ; +DR A1R7K0, LEUC_PAEAT ; A1TLH6, LEUC_PARC0 ; A1B513, LEUC_PARDP ; +DR A7HT10, LEUC_PARL1 ; Q2VZV4, LEUC_PARM1 ; Q7U9J4, LEUC_PARMW ; +DR B2JQE1, LEUC_PARP8 ; A8L567, LEUC_PARS2 ; Q9CJN7, LEUC_PASMU ; DR Q6D0G6, LEUC_PECAS ; C6DEW0, LEUC_PECCP ; Q4FP15, LEUC_PELUB ; DR B4RCC2, LEUC_PHEZH ; Q7N127, LEUC_PHOLL ; Q6LV26, LEUC_PHOPR ; DR A6L1V8, LEUC_PHOV8 ; P18250, LEUC_PHYB8 ; B1XLQ6, LEUC_PICP2 ; @@ -130053,7 +130709,7 @@ DR P49601, LEUC_USTMA ; C5CSH5, LEUC_VARPS ; A5CX27, LEUC_VESOH ; DR A7MWC3, LEUC_VIBC1 ; A5F5E2, LEUC_VIBC3 ; Q9KP81, LEUC_VIBCH ; DR C3LR34, LEUC_VIBCM ; Q87SS9, LEUC_VIBPA ; Q8DED9, LEUC_VIBVU ; DR Q7MP79, LEUC_VIBVY ; Q7M9Z9, LEUC_WOLSU ; P58948, LEUC_XANAC ; -DR Q3BPJ6, LEUC_XANC5 ; Q4UYG5, LEUC_XANC8 ; P58949, LEUC_XANCP ; +DR Q4UYG5, LEUC_XANC8 ; P58949, LEUC_XANCP ; Q3BPJ6, LEUC_XANE5 ; DR Q2P765, LEUC_XANOM ; B2SNH4, LEUC_XANOP ; Q5H4D1, LEUC_XANOR ; DR B2I6I6, LEUC_XYLF2 ; Q9PAX0, LEUC_XYLFA ; B0U3M6, LEUC_XYLFM ; DR Q87BP9, LEUC_XYLFT ; P07264, LEUC_YEAST ; A1JJH5, LEUC_YERE8 ; @@ -130111,7 +130767,7 @@ DR Q9ABN1, LEUD_CAUVC ; B8GY65, LEUD_CAUVN ; B3PFN3, LEUD_CELJU ; DR A3PMQ7, LEUD_CERS1 ; Q3IZJ0, LEUD_CERS4 ; A4WNV6, LEUD_CERS5 ; DR B9KMK2, LEUD_CERSK ; A9WC30, LEUD_CHLAA ; B8G7X5, LEUD_CHLAD ; DR B9LGN1, LEUD_CHLSY ; A0M367, LEUD_CHRFK ; Q1QUQ9, LEUD_CHRSD ; -DR A8ALM8, LEUD_CITK8 ; A5CQN3, LEUD_CLAM3 ; B0REY1, LEUD_CLAMS ; +DR A8ALM8, LEUD_CITK8 ; A5CQN3, LEUD_CLAM3 ; B0REY1, LEUD_CLASE ; DR Q97EE1, LEUD_CLOAB ; A6LPX5, LEUD_CLOB8 ; B2UYT4, LEUD_CLOBA ; DR B2TIR0, LEUD_CLOBB ; Q18AJ1, LEUD_CLOD6 ; P31960, LEUD_CLOPA ; DR Q47WG1, LEUD_COLP3 ; C3PFZ5, LEUD_CORA7 ; Q6NHK9, LEUD_CORDI ; @@ -130119,18 +130775,17 @@ DR Q8FPR2, LEUD_COREF ; A4QDS9, LEUD_CORGB ; Q8NQV7, LEUD_CORGL ; DR Q4JUX3, LEUD_CORJK ; C4LJF0, LEUD_CORK4 ; A7MQ53, LEUD_CROS8 ; DR Q44022, LEUD_CUPNE ; Q46YV9, LEUD_CUPPJ ; Q11NN7, LEUD_CYTH3 ; DR Q47HR2, LEUD_DECAR ; C1CVE0, LEUD_DEIDV ; A9BNH1, LEUD_DELAS ; -DR C0QDY4, LEUD_DESAH ; B8J4G0, LEUD_DESDA ; Q726X3, LEUD_DESVH ; -DR A1VAE6, LEUD_DESVV ; A8LKI9, LEUD_DINSH ; A7ZHG3, LEUD_ECO24 ; -DR B7UIC1, LEUD_ECO27 ; B7MAJ6, LEUD_ECO45 ; B7L4J2, LEUD_ECO55 ; -DR Q8XA01, LEUD_ECO57 ; B5YZA7, LEUD_ECO5E ; B7NHH9, LEUD_ECO7I ; -DR B7MNS9, LEUD_ECO81 ; B7M116, LEUD_ECO8A ; C4ZPZ4, LEUD_ECOBW ; -DR A7ZW22, LEUD_ECOHS ; A1A7B9, LEUD_ECOK1 ; Q0TLR8, LEUD_ECOL5 ; -DR Q8FL79, LEUD_ECOL6 ; B1IRA7, LEUD_ECOLC ; P30126, LEUD_ECOLI ; -DR B7N7U6, LEUD_ECOLU ; B6HZ51, LEUD_ECOSE ; B1LG08, LEUD_ECOSM ; -DR Q1RGC6, LEUD_ECOUT ; C5B7R1, LEUD_EDWI9 ; B1H0A5, LEUD_ENDTX ; -DR A4W6H6, LEUD_ENT38 ; B2VDA2, LEUD_ERWT9 ; Q2NC39, LEUD_ERYLH ; -DR B7LWD9, LEUD_ESCF3 ; Q0RDK8, LEUD_FRAAA ; Q2J6X0, LEUD_FRACC ; -DR B0TW84, LEUD_FRAP2 ; A8L568, LEUD_FRASN ; A7NES0, LEUD_FRATF ; +DR C0QDY4, LEUD_DESAH ; B8J4G0, LEUD_DESDA ; A8LKI9, LEUD_DINSH ; +DR A7ZHG3, LEUD_ECO24 ; B7UIC1, LEUD_ECO27 ; B7MAJ6, LEUD_ECO45 ; +DR B7L4J2, LEUD_ECO55 ; Q8XA01, LEUD_ECO57 ; B5YZA7, LEUD_ECO5E ; +DR B7NHH9, LEUD_ECO7I ; B7MNS9, LEUD_ECO81 ; B7M116, LEUD_ECO8A ; +DR C4ZPZ4, LEUD_ECOBW ; A7ZW22, LEUD_ECOHS ; A1A7B9, LEUD_ECOK1 ; +DR Q0TLR8, LEUD_ECOL5 ; Q8FL79, LEUD_ECOL6 ; B1IRA7, LEUD_ECOLC ; +DR P30126, LEUD_ECOLI ; B7N7U6, LEUD_ECOLU ; B6HZ51, LEUD_ECOSE ; +DR B1LG08, LEUD_ECOSM ; Q1RGC6, LEUD_ECOUT ; C5B7R1, LEUD_EDWI9 ; +DR B1H0A5, LEUD_ENDTX ; A4W6H6, LEUD_ENT38 ; B2VDA2, LEUD_ERWT9 ; +DR Q2NC39, LEUD_ERYLH ; B7LWD9, LEUD_ESCF3 ; Q0RDK8, LEUD_FRAAA ; +DR Q2J6X0, LEUD_FRACC ; B0TW84, LEUD_FRAP2 ; A7NES0, LEUD_FRATF ; DR Q2A1A1, LEUD_FRATH ; A0Q406, LEUD_FRATN ; Q0BK19, LEUD_FRATO ; DR Q5KWJ6, LEUD_GEOKA ; C5D5L7, LEUD_GEOSW ; B8F3W7, LEUD_GLAP5 ; DR A9HS54, LEUD_GLUDA ; Q5FUG4, LEUD_GLUOX ; Q0BRH5, LEUD_GRABC ; @@ -130147,29 +130802,30 @@ DR Q051Y3, LEUD_LEPBL ; B1XY42, LEUD_LEPCP ; Q72RC5, LEUD_LEPIC ; DR Q8F4E5, LEUD_LEPIN ; B1MVQ9, LEUD_LEUCK ; Q03UM3, LEUD_LEUMM ; DR B2GCB7, LEUD_LIMF3 ; Q92A25, LEUD_LISIN ; C1KWT4, LEUD_LISMC ; DR Q71Y32, LEUD_LISMF ; B8DBU1, LEUD_LISMH ; Q8Y5R6, LEUD_LISMO ; -DR A0AK95, LEUD_LISW6 ; A0L8J5, LEUD_MAGMM ; Q2VZV3, LEUD_MAGSA ; -DR A6VX35, LEUD_MARMS ; A1U0X9, LEUD_MARN8 ; C6BSH0, LEUD_MARSD ; -DR Q8TU71, LEUD_METAC ; B7KZ04, LEUD_METC4 ; Q606F3, LEUD_METCA ; -DR Q8RP98, LEUD_METEA ; A9VZG4, LEUD_METEP ; Q1H0L5, LEUD_METFK ; -DR Q58673, LEUD_METJA ; Q8PWT6, LEUD_METMA ; B1ZI64, LEUD_METPB ; -DR A2SHT0, LEUD_METPP ; B1LZS5, LEUD_METRJ ; A4YF02, LEUD_METS5 ; -DR B8ENI5, LEUD_METSB ; O27440, LEUD_METTH ; C5CAC9, LEUD_MICLC ; -DR Q2RG99, LEUD_MOOTA ; A0QJB6, LEUD_MYCA1 ; B1MDQ0, LEUD_MYCA9 ; -DR P65278, LEUD_MYCBO ; A1KMY1, LEUD_MYCBP ; C1AGA2, LEUD_MYCBT ; -DR A4TE22, LEUD_MYCGI ; B8ZS11, LEUD_MYCLB ; O33124, LEUD_MYCLE ; -DR B2HII2, LEUD_MYCMM ; Q73VI8, LEUD_MYCPA ; Q938C8, LEUD_MYCS2 ; -DR A3PXR3, LEUD_MYCSJ ; A1UEA9, LEUD_MYCSK ; Q1BAQ3, LEUD_MYCSS ; -DR A5U6Z8, LEUD_MYCTA ; P9WK94, LEUD_MYCTO ; P9WK95, LEUD_MYCTU ; -DR A0PPZ7, LEUD_MYCUA ; A1T701, LEUD_MYCVP ; B9L5K2, LEUD_NAUPA ; -DR Q5F8T3, LEUD_NEIG1 ; Q50974, LEUD_NEIGO ; P50181, LEUD_NEILA ; -DR A9LZF9, LEUD_NEIM0 ; Q9JU81, LEUD_NEIMA ; Q9JZI6, LEUD_NEIMB ; -DR A1KU82, LEUD_NEIMF ; Q0AGY1, LEUD_NITEC ; Q82WI7, LEUD_NITEU ; -DR Q1QHH8, LEUD_NITHX ; Q3JCC5, LEUD_NITOC ; Q3SNU7, LEUD_NITWN ; -DR Q5YRY1, LEUD_NOCFA ; A1SLW4, LEUD_NOCSJ ; Q8YX03, LEUD_NOSS1 ; -DR Q2G955, LEUD_NOVAD ; Q8EN70, LEUD_OCEIH ; Q04DA2, LEUD_OENOB ; -DR Q30WD2, LEUD_OLEA2 ; A1R7J9, LEUD_PAEAT ; Q9LCR5, LEUD_PAEPO ; -DR A1TLH5, LEUD_PARC0 ; A1B515, LEUD_PARDP ; A7HT11, LEUD_PARL1 ; -DR B2JQE2, LEUD_PARP8 ; Q9CJN8, LEUD_PASMU ; Q6D0G5, LEUD_PECAS ; +DR A0AK95, LEUD_LISW6 ; A0L8J5, LEUD_MAGMM ; A6VX35, LEUD_MARMS ; +DR A1U0X9, LEUD_MARN8 ; C6BSH0, LEUD_MARSD ; Q8TU71, LEUD_METAC ; +DR B7KZ04, LEUD_METC4 ; Q606F3, LEUD_METCA ; Q8RP98, LEUD_METEA ; +DR A9VZG4, LEUD_METEP ; Q1H0L5, LEUD_METFK ; Q58673, LEUD_METJA ; +DR Q8PWT6, LEUD_METMA ; B1ZI64, LEUD_METPB ; A2SHT0, LEUD_METPP ; +DR B1LZS5, LEUD_METRJ ; A4YF02, LEUD_METS5 ; B8ENI5, LEUD_METSB ; +DR O27440, LEUD_METTH ; C5CAC9, LEUD_MICLC ; Q2RG99, LEUD_MOOTA ; +DR A0QJB6, LEUD_MYCA1 ; B1MDQ0, LEUD_MYCA9 ; P65278, LEUD_MYCBO ; +DR A1KMY1, LEUD_MYCBP ; C1AGA2, LEUD_MYCBT ; A4TE22, LEUD_MYCGI ; +DR B8ZS11, LEUD_MYCLB ; O33124, LEUD_MYCLE ; B2HII2, LEUD_MYCMM ; +DR Q73VI8, LEUD_MYCPA ; Q938C8, LEUD_MYCS2 ; A3PXR3, LEUD_MYCSJ ; +DR A1UEA9, LEUD_MYCSK ; Q1BAQ3, LEUD_MYCSS ; A5U6Z8, LEUD_MYCTA ; +DR P9WK94, LEUD_MYCTO ; P9WK95, LEUD_MYCTU ; A0PPZ7, LEUD_MYCUA ; +DR A1T701, LEUD_MYCVP ; B9L5K2, LEUD_NAUPA ; Q5F8T3, LEUD_NEIG1 ; +DR Q50974, LEUD_NEIGO ; P50181, LEUD_NEILA ; A9LZF9, LEUD_NEIM0 ; +DR Q9JU81, LEUD_NEIMA ; Q9JZI6, LEUD_NEIMB ; A1KU82, LEUD_NEIMF ; +DR Q0AGY1, LEUD_NITEC ; Q82WI7, LEUD_NITEU ; Q1QHH8, LEUD_NITHX ; +DR Q3JCC5, LEUD_NITOC ; Q726X3, LEUD_NITV2 ; A1VAE6, LEUD_NITV4 ; +DR Q3SNU7, LEUD_NITWN ; Q5YRY1, LEUD_NOCFA ; A1SLW4, LEUD_NOCSJ ; +DR Q8YX03, LEUD_NOSS1 ; Q2G955, LEUD_NOVAD ; Q8EN70, LEUD_OCEIH ; +DR Q04DA2, LEUD_OENOB ; Q30WD2, LEUD_OLEA2 ; A1R7J9, LEUD_PAEAT ; +DR Q9LCR5, LEUD_PAEPO ; A1TLH5, LEUD_PARC0 ; A1B515, LEUD_PARDP ; +DR A7HT11, LEUD_PARL1 ; Q2VZV3, LEUD_PARM1 ; B2JQE2, LEUD_PARP8 ; +DR A8L568, LEUD_PARS2 ; Q9CJN8, LEUD_PASMU ; Q6D0G5, LEUD_PECAS ; DR C6DEW1, LEUD_PECCP ; Q4FP16, LEUD_PELUB ; B4RCC0, LEUD_PHEZH ; DR Q7N126, LEUD_PHOLL ; Q6LV27, LEUD_PHOPR ; A4SWX0, LEUD_POLAQ ; DR A1VRR1, LEUD_POLNA ; B1XV53, LEUD_POLNS ; Q126M8, LEUD_POLSJ ; @@ -130225,8 +130881,8 @@ DR C4LAV4, LEUD_TOLAT ; C5CSH4, LEUD_VARPS ; A5CX59, LEUD_VESOH ; DR B7VIE9, LEUD_VIBA3 ; A7MWB9, LEUD_VIBC1 ; A5F5E3, LEUD_VIBC3 ; DR Q9KP80, LEUD_VIBCH ; C3LR35, LEUD_VIBCM ; Q87ST0, LEUD_VIBPA ; DR Q8DED8, LEUD_VIBVU ; Q7MP80, LEUD_VIBVY ; Q7M887, LEUD_WOLSU ; -DR Q8PH04, LEUD_XANAC ; Q3BPJ7, LEUD_XANC5 ; Q4UYG4, LEUD_XANC8 ; -DR Q8P5K9, LEUD_XANCP ; Q2P764, LEUD_XANOM ; B2SNH3, LEUD_XANOP ; +DR Q8PH04, LEUD_XANAC ; Q4UYG4, LEUD_XANC8 ; Q8P5K9, LEUD_XANCP ; +DR Q3BPJ7, LEUD_XANE5 ; Q2P764, LEUD_XANOM ; B2SNH3, LEUD_XANOP ; DR Q5H4D0, LEUD_XANOR ; A7IEJ1, LEUD_XANP2 ; B2I6I5, LEUD_XYLF2 ; DR Q9PAX1, LEUD_XYLFA ; B0U3M5, LEUD_XYLFM ; Q87BQ0, LEUD_XYLFT ; DR A7FM87, LEUD_YERP3 ; Q1C1Z3, LEUD_YERPA ; B2K4C6, LEUD_YERPB ; @@ -130278,7 +130934,7 @@ ID 4.2.1.39 DE gluconate dehydratase. CA D-gluconate = 2-dehydro-3-deoxy-D-gluconate + H2O. CC -!- The enzyme shows no activity with D-galactonate. cf. EC 4.2.1.140. -DR D4GJ14, DGD_PANAM ; B5R541, DGD_SALEP ; B5QBD4, DGD_SALVI ; +DR D4GJ14, DGD_PANAM ; B5R541, DGD_SALEP ; B5QBD4, DGD_SALV4 ; DR D7BPX0, DGD_STRBB ; Q1QT89, DMGD_CHRSD ; E1V4Y0, DMGD_HALED ; DR C6CBG9, DMGD_MUSP7 ; Q6L1T2, GAD_PICTO ; Q97U27, GAD_SACS2 ; DR Q704D2, GAD_THETE ; Q9A9Z2, XYLD_CAUVC ; @@ -130451,7 +131107,7 @@ DR B0KCB9, HUTU_THEP3 ; Q978N4, HUTU_THEVO ; P53385, HUTU_TRIRP ; DR B7VMU2, HUTU_VIBA3 ; A7MVK1, HUTU_VIBC1 ; A5F1X6, HUTU_VIBC3 ; DR Q9KSQ3, HUTU_VIBCH ; C3LLP9, HUTU_VIBCM ; Q87Q76, HUTU_VIBPA ; DR Q8DA20, HUTU_VIBVU ; Q7MK59, HUTU_VIBVY ; P58987, HUTU_XANAC ; -DR Q3BV06, HUTU_XANC5 ; P58988, HUTU_XANCP ; A1JSW8, HUTU_YERE8 ; +DR P58988, HUTU_XANCP ; Q3BV06, HUTU_XANE5 ; A1JSW8, HUTU_YERE8 ; DR A7FP52, HUTU_YERP3 ; Q1C0F6, HUTU_YERPA ; B2K6P6, HUTU_YERPB ; DR Q8ZA09, HUTU_YERPE ; Q1CDD8, HUTU_YERPN ; A4TS44, HUTU_YERPP ; DR Q664B7, HUTU_YERPS ; B1JH60, HUTU_YERPY ; @@ -130471,16 +131127,16 @@ DR D3U717, AROD3_PETHY; Q9SGD6, AROD6_ARATH; O67085, CMPDT_AQUAE; DR P57472, CMPDT_BUCAI; Q8K9F8, CMPDT_BUCAP; Q89AE5, CMPDT_BUCBP; DR P0A9J9, CMPDT_ECO57; P0A9J8, CMPDT_ECOLI; Q02286, CMPDT_ENTAG; DR P43900, CMPDT_HAEIN; Q9ZHY3, CMPDT_NEIG1; Q9HZ67, CMPDT_PSEAE; -DR P0A9K0, CMPDT_SHIFL; P27603, CMPDT_STUST; O14361, PHA2_SCHPO ; -DR P32452, PHA2_YEAST ; Q44104, PHEA_AMYME ; P21203, PHEA_BACSU ; -DR P10341, PHEA_CORGL ; Q9CEU2, PHEA_LACLA ; P43909, PHEA_LACLM ; -DR Q58054, PHEA_METJA ; A0Q994, PHEA_MYCA1 ; B1MEG8, PHEA_MYCA9 ; -DR Q7TVJ6, PHEA_MYCBO ; A1KQH3, PHEA_MYCBP ; A4T6G3, PHEA_MYCGI ; -DR B8ZTU2, PHEA_MYCLB ; Q9CDC4, PHEA_MYCLE ; B2HMM5, PHEA_MYCMM ; -DR Q745J2, PHEA_MYCPA ; A0R643, PHEA_MYCS2 ; A3Q7Q1, PHEA_MYCSJ ; -DR A1UNA3, PHEA_MYCSK ; Q1B1U6, PHEA_MYCSS ; A5U9G7, PHEA_MYCTA ; -DR P9WIC2, PHEA_MYCTO ; P9WIC3, PHEA_MYCTU ; A0PX17, PHEA_MYCUA ; -DR A1TGX7, PHEA_MYCVP ; Q01269, PHEC_PSEAE ; +DR P0A9K0, CMPDT_SHIFL; P27603, CMPDT_STUST; A0A0M0ELU2, GQQA_KOMEU ; +DR O14361, PHA2_SCHPO ; P32452, PHA2_YEAST ; Q44104, PHEA_AMYME ; +DR P21203, PHEA_BACSU ; P10341, PHEA_CORGL ; Q9CEU2, PHEA_LACLA ; +DR P43909, PHEA_LACLM ; Q58054, PHEA_METJA ; A0Q994, PHEA_MYCA1 ; +DR B1MEG8, PHEA_MYCA9 ; Q7TVJ6, PHEA_MYCBO ; A1KQH3, PHEA_MYCBP ; +DR A4T6G3, PHEA_MYCGI ; B8ZTU2, PHEA_MYCLB ; Q9CDC4, PHEA_MYCLE ; +DR B2HMM5, PHEA_MYCMM ; Q745J2, PHEA_MYCPA ; A0R643, PHEA_MYCS2 ; +DR A3Q7Q1, PHEA_MYCSJ ; A1UNA3, PHEA_MYCSK ; Q1B1U6, PHEA_MYCSS ; +DR A5U9G7, PHEA_MYCTA ; P9WIC2, PHEA_MYCTO ; P9WIC3, PHEA_MYCTU ; +DR A0PX17, PHEA_MYCUA ; A1TGX7, PHEA_MYCVP ; Q01269, PHEC_PSEAE ; // ID 4.2.1.52 DE Transferred entry: 4.3.3.7. @@ -130602,8 +131258,8 @@ DR Q2NU74, FABA_SODGM ; B4SIF4, FABA_STRM5 ; B2FLR1, FABA_STRMK ; DR A4VKR6, FABA_STUS1 ; C5BQA1, FABA_TERTT ; A7N0M3, FABA_VIBC1 ; DR A5F850, FABA_VIBC3 ; Q9KS00, FABA_VIBCH ; C3LMG6, FABA_VIBCM ; DR Q87PC5, FABA_VIBPA ; Q8D9H3, FABA_VIBVU ; Q7M7J5, FABA_VIBVY ; -DR Q8D2Q4, FABA_WIGBR ; Q8PGJ2, FABA_XANAC ; Q3BP41, FABA_XANC5 ; -DR Q4UQI1, FABA_XANC8 ; B0RVP4, FABA_XANCB ; Q8PCW9, FABA_XANCP ; +DR Q8D2Q4, FABA_WIGBR ; Q8PGJ2, FABA_XANAC ; Q4UQI1, FABA_XANC8 ; +DR B0RVP4, FABA_XANCB ; Q8PCW9, FABA_XANCP ; Q3BP41, FABA_XANE5 ; DR Q2P7N0, FABA_XANOM ; Q5H4V4, FABA_XANOR ; B2I7H0, FABA_XYLF2 ; DR Q9PFT5, FABA_XYLFA ; B0U452, FABA_XYLFM ; Q87B86, FABA_XYLFT ; DR A1JMS5, FABA_YERE8 ; A7FJT3, FABA_YERP3 ; Q1CA31, FABA_YERPA ; @@ -130667,8 +131323,7 @@ DR A9KC35, FABZ_COXBN ; A9NC99, FABZ_COXBR ; Q820W7, FABZ_COXBU ; DR A7MI19, FABZ_CROS8 ; Q1LNE7, FABZ_CUPMC ; Q0KA27, FABZ_CUPNH ; DR Q470E8, FABZ_CUPPJ ; B3R2A6, FABZ_CUPTR ; Q47F81, FABZ_DECAR ; DR Q1IZ55, FABZ_DEIGD ; Q9RVF5, FABZ_DEIRA ; Q6AJ07, FABZ_DESPS ; -DR A4J952, FABZ_DESRM ; P61452, FABZ_DESVH ; B8DJ60, FABZ_DESVM ; -DR A1VBV0, FABZ_DESVV ; A5EV60, FABZ_DICNV ; A8LK44, FABZ_DINSH ; +DR A4J952, FABZ_DESRM ; A5EV60, FABZ_DICNV ; A8LK44, FABZ_DINSH ; DR A7ZHS0, FABZ_ECO24 ; B7UJ81, FABZ_ECO27 ; B7MBG1, FABZ_ECO45 ; DR B7LGP2, FABZ_ECO55 ; P0A6Q8, FABZ_ECO57 ; B5Z0F9, FABZ_ECO5E ; DR B7NIE2, FABZ_ECO7I ; B7MP40, FABZ_ECO81 ; B7M1Y3, FABZ_ECO8A ; @@ -130701,18 +131356,19 @@ DR Q5X7N3, FABZ_LEGPA ; A5IH87, FABZ_LEGPC ; Q5ZY62, FABZ_LEGPH ; DR Q5WZ34, FABZ_LEGPL ; Q03RV0, FABZ_LEVBA ; Q1WUR8, FABZ_LIGS1 ; DR Q927W9, FABZ_LISIN ; C1KYU1, FABZ_LISMC ; Q71WQ4, FABZ_LISMF ; DR B8DBI6, FABZ_LISMH ; Q8Y4C6, FABZ_LISMO ; A0ALK8, FABZ_LISW6 ; -DR B9E8E3, FABZ_MACCJ ; A0L8R5, FABZ_MAGMM ; Q2W4D4, FABZ_MAGSA ; -DR Q65VE3, FABZ_MANSM ; A6VUT3, FABZ_MARMS ; A1U3P3, FABZ_MARN8 ; -DR Q604U1, FABZ_METCA ; Q1H150, FABZ_METFK ; B8INJ5, FABZ_METNO ; -DR B1LTP5, FABZ_METRJ ; B0UQ04, FABZ_METS4 ; B0JIT3, FABZ_MICAN ; -DR Q2RLY7, FABZ_MOOTA ; Q1D386, FABZ_MYXXD ; B2A8L3, FABZ_NATTJ ; -DR Q5F5W5, FABZ_NEIG1 ; B4RR12, FABZ_NEIG2 ; A9M3S9, FABZ_NEIM0 ; -DR Q9JX28, FABZ_NEIMA ; P95378, FABZ_NEIMB ; A1KRL1, FABZ_NEIMF ; -DR Q0AEI4, FABZ_NITEC ; Q82U05, FABZ_NITEU ; Q1QMM7, FABZ_NITHX ; -DR Q2YB97, FABZ_NITMU ; Q3JCW5, FABZ_NITOC ; A6Q2E5, FABZ_NITSB ; -DR Q3SRI2, FABZ_NITWN ; Q8YUR4, FABZ_NOSS1 ; Q2G8K0, FABZ_NOVAD ; -DR Q8EMB1, FABZ_OCEIH ; Q04DN4, FABZ_OENOB ; Q312H2, FABZ_OLEA2 ; -DR A1TN80, FABZ_PARC0 ; A7HY08, FABZ_PARL1 ; Q7U8Q6, FABZ_PARMW ; +DR B9E8E3, FABZ_MACCJ ; A0L8R5, FABZ_MAGMM ; Q65VE3, FABZ_MANSM ; +DR A6VUT3, FABZ_MARMS ; A1U3P3, FABZ_MARN8 ; Q604U1, FABZ_METCA ; +DR Q1H150, FABZ_METFK ; B8INJ5, FABZ_METNO ; B1LTP5, FABZ_METRJ ; +DR B0UQ04, FABZ_METS4 ; B0JIT3, FABZ_MICAN ; Q2RLY7, FABZ_MOOTA ; +DR Q1D386, FABZ_MYXXD ; B2A8L3, FABZ_NATTJ ; Q5F5W5, FABZ_NEIG1 ; +DR B4RR12, FABZ_NEIG2 ; A9M3S9, FABZ_NEIM0 ; Q9JX28, FABZ_NEIMA ; +DR P95378, FABZ_NEIMB ; A1KRL1, FABZ_NEIMF ; Q0AEI4, FABZ_NITEC ; +DR Q82U05, FABZ_NITEU ; Q1QMM7, FABZ_NITHX ; Q2YB97, FABZ_NITMU ; +DR Q3JCW5, FABZ_NITOC ; A6Q2E5, FABZ_NITSB ; P61452, FABZ_NITV2 ; +DR A1VBV0, FABZ_NITV4 ; B8DJ60, FABZ_NITV9 ; Q3SRI2, FABZ_NITWN ; +DR Q8YUR4, FABZ_NOSS1 ; Q2G8K0, FABZ_NOVAD ; Q8EMB1, FABZ_OCEIH ; +DR Q04DN4, FABZ_OENOB ; Q312H2, FABZ_OLEA2 ; A1TN80, FABZ_PARC0 ; +DR A7HY08, FABZ_PARL1 ; Q2W4D4, FABZ_PARM1 ; Q7U8Q6, FABZ_PARMW ; DR Q6ME73, FABZ_PARUW ; Q9CJK9, FABZ_PASMU ; Q6D8D2, FABZ_PECAS ; DR Q03FV9, FABZ_PEDPA ; A5CYG8, FABZ_PELTS ; A9BK14, FABZ_PETMO ; DR Q7N8N6, FABZ_PHOLL ; Q6LN35, FABZ_PHOPR ; B1XLC7, FABZ_PICP2 ; @@ -130790,8 +131446,8 @@ DR A5F629, FABZ_VIBC3 ; Q9KPW3, FABZ_VIBCH ; C3LQ21, FABZ_VIBCM ; DR Q87ME8, FABZ_VIBPA ; Q8DBF0, FABZ_VIBVU ; Q7M7J1, FABZ_VIBVY ; DR P61455, FABZ_WOLPM ; B3CMM1, FABZ_WOLPP ; Q7MAS2, FABZ_WOLSU ; DR Q5GTN0, FABZ_WOLTR ; C0R4H1, FABZ_WOLWR ; Q8PML6, FABZ_XANAC ; -DR Q3BVL5, FABZ_XANC5 ; Q4USP9, FABZ_XANC8 ; B0RW77, FABZ_XANCB ; -DR Q8PAW4, FABZ_XANCP ; Q2P4B6, FABZ_XANOM ; B2SR10, FABZ_XANOP ; +DR Q4USP9, FABZ_XANC8 ; B0RW77, FABZ_XANCB ; Q8PAW4, FABZ_XANCP ; +DR Q3BVL5, FABZ_XANE5 ; Q2P4B6, FABZ_XANOM ; B2SR10, FABZ_XANOP ; DR Q5H1F1, FABZ_XANOR ; B2I7P0, FABZ_XYLF2 ; Q9PEI4, FABZ_XYLFA ; DR B0U238, FABZ_XYLFM ; Q87EI3, FABZ_XYLFT ; A1JP70, FABZ_YERE8 ; DR P32205, FABZ_YEREN ; A7FFI0, FABZ_YERP3 ; Q1CAM3, FABZ_YERPA ; @@ -130803,8 +131459,8 @@ DR Q71SP7, FAS_BOVIN ; P12276, FAS_CHICK ; P49327, FAS_HUMAN ; DR P19096, FAS_MOUSE ; P12785, FAS_RAT ; A0A3Q7HWE4, FERN_SOLLC ; DR I1S489, GRA7_GIBZE ; M2XHU6, HEXB_DOTSN ; P86397, HTD2_HUMAN ; DR Q8A015, LPXZ_BACTN ; Q8KBX0, LPXZ_CHLTE ; Q7MXT8, LPXZ_PORGI ; -DR Q9FJI2, MTHD_ARATH ; Q2TXG3, ORYB_ASPOR ; A0A1U8QK63, PKIC_EMENI ; -DR Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; +DR Q9FJI2, MTHD_ARATH ; Q2TXG3, ORYB_ASPOR ; A0A1C8AX29, PIGK_MONRU ; +DR A0A1U8QK63, PKIC_EMENI ; Q00706, STCK_EMENI ; Q92215, TOXC_COCCA ; // ID 4.2.1.60 DE Transferred entry: 4.2.1.59. @@ -130941,29 +131597,17 @@ ID 4.2.1.77 DE trans-L-3-hydroxyproline dehydratase. CA trans-3-hydroxy-L-proline = 1-pyrroline-2-carboxylate + H2O. CC -!- Highly specific. -DR A9CH01, 3HD4E_AGRFC; B9K4G4, T3HPD_ALLAM; V5YXI5, T3HPD_AZOBR; -DR Q73CS0, T3HPD_BACC1; Q81HB1, T3HPD_BACCR; Q6HMS9, T3HPD_BACHK; -DR Q3SX04, T3HPD_BOVIN; Q8G2I3, T3HPD_BRUSU; A0B0B8, T3HPD_BURCH; -DR Q0B950, T3HPD_BURCM; Q485S0, T3HPD_COLP3; Q96EM0, T3HPD_HUMAN; -DR Q9CXA2, T3HPD_MOUSE; A1B195, T3HPD_PARDP; Q5RC28, T3HPD_PONAB; -DR Q9I489, T3HPD_PSEAE; Q92WR9, T3HPD_RHIME; A0NXQ9, T3HPD_ROSAI; -DR P0DKB4, T3HPD_SACKO; B1KJ76, T3HPD_SHEWM; D7A0Y1, T3HPD_STAND; +DR A9CH01, 3HD4E_AGRFC; B9K4G4, T3HPD_ALLAM; D7A0Y1, T3HPD_ANCN5; +DR V5YXI5, T3HPD_AZOBR; Q73CS0, T3HPD_BACC1; Q81HB1, T3HPD_BACCR; +DR Q6HMS9, T3HPD_BACHK; Q3SX04, T3HPD_BOVIN; Q8G2I3, T3HPD_BRUSU; +DR A0B0B8, T3HPD_BURCH; Q0B950, T3HPD_BURCM; Q485S0, T3HPD_COLP3; +DR Q96EM0, T3HPD_HUMAN; Q9CXA2, T3HPD_MOUSE; A1B195, T3HPD_PARDP; +DR Q5RC28, T3HPD_PONAB; Q9I489, T3HPD_PSEAE; Q92WR9, T3HPD_RHIME; +DR A0NXQ9, T3HPD_ROSAI; P0DKB4, T3HPD_SACKO; B1KJ76, T3HPD_SHEWM; DR Q66II5, T3HPD_XENTR; A8H392, Y1705_SHEPA; // ID 4.2.1.78 -DE (S)-norcoclaurine synthase. -AN (S)-norlaudanosoline synthase. -CA (4-hydroxyphenyl)acetaldehyde + dopamine = (S)-norcoclaurine + H2O. -CC -!- The reaction makes a 6-membered ring by forming a bond between C-6 of -CC the 3,4-dihydroxyphenyl group of the dopamine and C-1 of the aldehyde -CC in the imine formed between the substrates. -CC -!- The product is the precursor of the benzylisoquinoline alkaloids in -CC plants. -CC -!- Will also catalyze the reaction of 4-(2-aminoethyl)benzene-1,2-diol + -CC (3,4-dihydroxyphenyl)acetaldehyde to form (S)-norlaudanosoline, -CC but this alkaloid has not been found to occur in plants. -DR A2A1A0, NCS1_COPJA ; Q4QTJ2, NCS1_PAPSO ; A2A1A1, NCS2_COPJA ; -DR Q4QTJ1, NCS2_PAPSO ; Q67A25, NCS_THLFG ; +DE Transferred entry: 3.5.99.14. // ID 4.2.1.79 DE 2-methylcitrate dehydratase. @@ -131031,7 +131675,7 @@ ID 4.2.1.84 DE nitrile hydratase. AN nitrilase. AN nitrile hydro-lyase. -CA an aliphatic amide = a nitrile + H2O. +CA an aliphatic primary amide = an aliphatic nitrile + H2O. CC -!- Acts on short-chain aliphatic nitriles, converting them into the CC corresponding acid amides. CC -!- Does not act on these amides or on aromatic nitriles (cf. @@ -131256,8 +131900,8 @@ DR P73790, PHS_SYNY3 ; B9L1Y8, PHS_THERP ; Q8DHW8, PHS_THEVB ; DR Q3SHT9, PHS_THIDA ; Q116J2, PHS_TRIEI ; Q3MA60, PHS_TRIV2 ; DR A7N3S9, PHS_VIBC1 ; A5F0J0, PHS_VIBC3 ; Q9KLB9, PHS_VIBCH ; DR C3LW91, PHS_VIBCM ; Q87IM9, PHS_VIBPA ; Q8D6S1, PHS_VIBVU ; -DR Q7MDN2, PHS_VIBVY ; Q8PKQ3, PHS_XANAC ; Q3BSV4, PHS_XANC5 ; -DR Q4UUW5, PHS_XANC8 ; B0RTH5, PHS_XANCB ; Q8P8Z8, PHS_XANCP ; +DR Q7MDN2, PHS_VIBVY ; Q8PKQ3, PHS_XANAC ; Q4UUW5, PHS_XANC8 ; +DR B0RTH5, PHS_XANCB ; Q8P8Z8, PHS_XANCP ; Q3BSV4, PHS_XANE5 ; DR Q2P1A2, PHS_XANOM ; B2STN6, PHS_XANOP ; Q5GYA0, PHS_XANOR ; DR Q91901, PHS_XENLA ; B2I9W6, PHS_XYLF2 ; Q9PAB4, PHS_XYLFA ; DR B0U5V4, PHS_XYLFM ; Q87A51, PHS_XYLFT ; P38744, PHS_YEAST ; @@ -131505,8 +132149,8 @@ DR Q2NWC8, MTNB_SODGM ; A9FCX7, MTNB_SORC5 ; D1ZJC1, MTNB_SORMK ; DR B4STR2, MTNB_STRM5 ; B2FPP4, MTNB_STRMK ; B2VAA6, MTNB_SULSY ; DR B6QQ13, MTNB_TALMQ ; B8LXM1, MTNB_TALSN ; B3S866, MTNB_TRIAD ; DR C4JKS2, MTNB_UNCRE ; A7TET7, MTNB_VANPO ; Q8PLG0, MTNB_XANAC ; -DR Q3BUE6, MTNB_XANC5 ; Q4UU51, MTNB_XANC8 ; B0RSM5, MTNB_XANCB ; -DR Q8P9N3, MTNB_XANCP ; Q2P3W4, MTNB_XANOM ; B2SM82, MTNB_XANOP ; +DR Q4UU51, MTNB_XANC8 ; B0RSM5, MTNB_XANCB ; Q8P9N3, MTNB_XANCP ; +DR Q3BUE6, MTNB_XANE5 ; Q2P3W4, MTNB_XANOM ; B2SM82, MTNB_XANOP ; DR Q5H0X8, MTNB_XANOR ; Q6NU29, MTNB_XENLA ; Q5FW37, MTNB_XENTR ; DR B2I5X2, MTNB_XYLF2 ; Q9PBD5, MTNB_XYLFA ; B0U3A4, MTNB_XYLFM ; DR Q87C38, MTNB_XYLFT ; Q6CBB0, MTNB_YARLI ; B3LQB9, MTNB_YEAS1 ; @@ -132316,6 +132960,7 @@ CC in the biosynthesis of the related compound phosalacine. CC -!- Both compounds contain the nonproteinogenic amino acid CC L-phosphinothricin that acts as a potent inhibitor of EC 6.3.1.2. CC -!- The similar enzyme EC 4.2.1.3 cannot catalyze this reaction. +DR D9XF46, PMI_STRVT ; // ID 4.2.1.167 DE (R)-2-hydroxyglutaryl-CoA dehydratase. @@ -132379,8 +133024,8 @@ ID 4.2.1.171 DE cis-L-3-hydroxyproline dehydratase. AN cis-L-3-hydroxyproline hydro-lyase. CA cis-3-hydroxy-L-proline = 1-pyrroline-2-carboxylate + H2O. -DR A9CH00, C3HPD_AGRFC; G0REW7, C3HPD_HYPJQ; Q9I485, C3HPD_PSEAE; -DR A0NXQ8, C3HPD_ROSAI; D7A0Y2, C3HPD_STAND; +DR A9CH00, C3HPD_AGRFC; D7A0Y2, C3HPD_ANCN5; G0REW7, C3HPD_HYPJQ; +DR Q9I485, C3HPD_PSEAE; A0NXQ8, C3HPD_ROSAI; // ID 4.2.1.172 DE trans-4-hydroxy-L-proline dehydratase. @@ -132480,6 +133125,59 @@ CC is involved in an anaerobic toluene degradation pathway in which it CC catalyzes the hydration of (E)-benzylidenesuccinyl-CoA. DR Q9KJE7, BBSH_THAAR ; // +ID 4.2.1.181 +DE 3-carboxymethyl-3-hydroxy-acyl-[ACP] dehydratase. +AN 3-carboxymethyl-3-hydroxy-acyl-[acyl-carrier protein] dehydratase. +CA a 3-carboxymethyl-3-hydroxyacyl-[ACP] = a 4-carboxy-3-alkylbut-(2E)- +CA enoyl-[ACP] + H2O. +CC -!- This family of enzymes participates in a process that introduces a +CC methyl branch into nascent polyketide products. +CC -!- The process begins with EC 4.1.1.124 which converts the common +CC extender unit malonyl-[ACP] to acetyl-[ACP]. The enzyme is a mutated +CC form of a ketosynthase enzyme, in which a Cys residue in the active +CC site is modified to a Ser residue, leaving the decarboxylase function +CC intact, but nulifying the ability of the enzyme to form a carbon- +CC carbon bond. +CC -!- Next, EC 2.3.3.22 utilizes the acetyl group to introduce the branch +CC at the beta position of 3-oxoacyl intermediates attached to a +CC polyketide synthase, forming a 3-hydroxy-3-carboxymethyl +CC intermediate. +CC -!- This is followed by dehydration catalyzed by EC 4.2.1.181 (often +CC referred to as an ECH1 domain) leaving a 3-carboxymethyl group and +CC forming a double bond between the alpha and beta carbons. +CC -!- The process concludes with decarboxylation catalyzed by EC 4.1.1.125 +CC (often referred to as an ECH2 domain) leaving a methyl branch at the +CC beta carbon. +CC -!- The enzymes are usually encoded by a cluster of genes referred to as +CC an "HMGS cassette", based on the similarity of the key enzyme to +CC EC 2.3.3.10. cf. EC 4.2.1.18. +// +ID 4.2.1.182 +DE phosphomevalonate dehydratase. +CA (R)-5-phosphomevalonate = (2E)-3-methyl-5-phosphooxypent-2-enoate + H2O. +CC -!- The enzyme catalyzes a step in an archaeal prenyl diphosphate +CC biosynthesis pathway. +CC -!- It belongs to the aconitase X family, and contains a [4Fe-4S] +CC cluster. +DR Q9YA51, PMDHL_AERPE; Q58709, PMDHL_METJA; Q8PWQ1, PMDHL_METMA; +DR O27472, PMDHL_METTH; Q5JGJ6, PMDHL_THEKO; Q9YA49, PMDHS_AERPE; +DR O30181, PMDHS_ARCFU; Q8TU30, PMDHS_METAC; Q0W8R3, PMDHS_METAR; +DR Q12VZ8, PMDHS_METBU; Q58802, PMDHS_METJA; Q8TVA6, PMDHS_METKA; +DR Q8PWQ2, PMDHS_METMA; O27573, PMDHS_METTH; A0B5N2, PMDHS_METTP; +DR Q9UY93, PMDHS_PYRAB; Q8U3R5, PMDHS_PYRFU; O58091, PMDHS_PYRHO; +DR C5A5V9, PMDHS_THEGJ; Q5JGJ7, PMDHS_THEKO; B6YU58, PMDHS_THEON; +DR C6A011, PMDHS_THESM; +// +ID 4.2.1.183 +DE etheroleic acid synthase. +AN (9Z,11E)-12-[(1E)-hex-1-en-1-yloxy]dodeca-9,11-dienoate synthase. +AN colneleic acid/etheroleic acid synthase. +CA (13S)-hydroperoxy-(9Z,11E,15Z)-octadecatrienoate = etherolenate + H2O. +CC -!- A heme-thiolate protein (P450) occurring in several plants, including +CC Allium sativum (garlic) and Selaginella moellendorffii (spikemoss). +CC -!- The enzyme also catalyzes the reaction of EC 4.2.1.121 to a lesser +CC extent. +// ID 4.2.1.n1 DE Transferred entry: 4.2.1.126. // @@ -133015,16 +133713,39 @@ CC between 34% and 90%. ID 4.2.2.28 DE alpha-L-rhamnosyl-(1->4)-beta-D-glucuronate lyase. AN L-rhamnose-alpha-1,4-D-glucuronate lyase. -CA an alpha-L-rhamnose-(1->4)-beta-D-glucuronide = alpha-L-rhamnopyranose + -CA a 4-deoxy-alpha-L-threo-hex-4-enopyranuronoside. +CA alpha-L-rhamnosyl-(1->4)-D-glucuronate = 4-deoxy-L-threo-hex-4- +CA enopyranuronate + L-rhamnopyranose. CC -!- The enzyme, characterized from the phytopathogenic fungus Fusarium CC oxysporum, removes the rhamnosyl residue from alpha-L-rhamnosyl- -CC (1->4)-beta-D-glucuronate or from oligosaccharides that contain this -CC motif at the non-reducing end, leaving an unsaturated glucuronate -CC residue. +CC (1->4)-beta-D-glucuronate or (with lower activity) from +CC oligosaccharides that contain this motif at the non-reducing end, +CC leaving an unsaturated glucuronate residue. CC -!- Among its natural substrates is the type II arabinogalactan component CC of gum arabic. // +ID 4.2.2.29 +DE peptidoglycan lytic transglycosylase. +AN endolytic murein transglycosylase. +AN endolytic transglycosylase. +AN lytic murein transglycosylase. +AN lytic transglycosylase. +CA a peptidoglycan chain = a peptidoglycan chain with N-acetyl-1,6- +CA anhydromuramyl-[peptide] at the reducing end + a peptidoglycan chain with +CA N-acetylglucosamine at the non-reducing end. +CC -!- A group of bacterial enzymes that catalyze the non-hydrolytic +CC cleavage of peptidoglycan (PG). +CC -!- The enzymes fragment the polysaccharide chain at the beta-1,4- +CC glycosidic bond between N-acetylmuramic acid and N-acetylglucosamine +CC residues by an intramolecular cyclization of the N-acetylmuramyl +CC moiety to yield a 1,6-anhydro-N-acetyl-beta-D-muramyl product. +CC -!- Includes endolytic transglycosylase activity that fragments the +CC glycan chain internally and exolytic transgylcosylase activity that +CC cleaves a terminal disaccharide from the end of the glycan strand. +CC -!- The MtlG enzyme of Gram-negative bacteria may function to regulate +CC glycan strand length within the PG polymer. +DR O34758, MLTG_BACSU ; P28306, MLTG_ECOLI ; P44720, MLTG_HAEIN ; +DR A0A0H2ZLQ1, MLTG_STRP2 ; Q8CYJ8, MLTG_STRR6 ; +// ID 4.2.2.n1 DE peptidoglycan lytic exotransglycosylase. AN exomuramidase. @@ -133431,7 +134152,7 @@ DR Q3M4V2, AROB_TRIV2 ; Q83HU4, AROB_TROW8 ; Q83GD7, AROB_TROWT ; DR A5CX62, AROB_VESOH ; B7VLJ6, AROB_VIBA3 ; A7MSY2, AROB_VIBC1 ; DR Q9KNV2, AROB_VIBCH ; Q87L68, AROB_VIBPA ; Q8DCM0, AROB_VIBVU ; DR Q7MH84, AROB_VIBVY ; Q7M8N9, AROB_WOLSU ; Q8PI87, AROB_XANAC ; -DR Q3BQS1, AROB_XANC5 ; Q4UX86, AROB_XANC8 ; Q8P6X3, AROB_XANCP ; +DR Q4UX86, AROB_XANC8 ; Q8P6X3, AROB_XANCP ; Q3BQS1, AROB_XANE5 ; DR Q2P6C9, AROB_XANOM ; B2SKP5, AROB_XANOP ; Q5H3H4, AROB_XANOR ; DR B2I9G0, AROB_XYLF2 ; Q9PDP5, AROB_XYLFA ; B0U6C7, AROB_XYLFM ; DR Q87DU9, AROB_XYLFT ; A7FNT5, AROB_YERP3 ; Q1C2P3, AROB_YERPA ; @@ -133521,7 +134242,6 @@ DR A5FS06, AROC_DEHMB ; Q3ZZI6, AROC_DEHMC ; Q1IXK9, AROC_DEIGD ; DR Q9RW94, AROC_DEIRA ; B8FFQ6, AROC_DESAL ; B1I3D5, AROC_DESAP ; DR B8J4Q3, AROC_DESDA ; B8FQ92, AROC_DESHD ; Q24UW1, AROC_DESHY ; DR A8ZT68, AROC_DESOH ; Q6AIP3, AROC_DESPS ; A4J3A1, AROC_DESRM ; -DR Q72DN5, AROC_DESVH ; B8DRR9, AROC_DESVM ; A1VF90, AROC_DESVV ; DR A5EXT0, AROC_DICNV ; A8LMT3, AROC_DINSH ; A7ZPE5, AROC_ECO24 ; DR B7UFY7, AROC_ECO27 ; B7MG93, AROC_ECO45 ; B7LBI3, AROC_ECO55 ; DR P63610, AROC_ECO57 ; B5YXX0, AROC_ECO5E ; B7NP10, AROC_ECO7I ; @@ -133534,65 +134254,66 @@ DR B1GZT3, AROC_ENDTX ; A4WCW2, AROC_ENT38 ; Q834S2, AROC_ENTFA ; DR B2VIY1, AROC_ERWT9 ; Q2N810, AROC_ERYLH ; B7LLE1, AROC_ESCF3 ; DR B1YI20, AROC_EXIS2 ; C4L6N3, AROC_EXISA ; A5FB38, AROC_FLAJ1 ; DR A6GXP5, AROC_FLAPJ ; Q0RF70, AROC_FRAAA ; Q2J826, AROC_FRACC ; -DR A8LE02, AROC_FRASN ; Q14HW8, AROC_FRAT1 ; A7NA74, AROC_FRATF ; -DR Q2A549, AROC_FRATH ; B2SF54, AROC_FRATM ; A0Q4Z0, AROC_FRATN ; -DR Q0BNG4, AROC_FRATO ; Q5NGG6, AROC_FRATT ; A4IYS7, AROC_FRATW ; -DR B9M3I5, AROC_GEODF ; Q5KXU4, AROC_GEOKA ; Q39X06, AROC_GEOMG ; -DR Q74BL4, AROC_GEOSL ; C5D3E1, AROC_GEOSW ; A4IQ89, AROC_GEOTN ; -DR A5GF03, AROC_GEOUR ; B8F415, AROC_GLAP5 ; B7KIU0, AROC_GLOC7 ; -DR Q7NFY1, AROC_GLOVI ; A9H0U2, AROC_GLUDA ; Q5FPG9, AROC_GLUOX ; -DR Q0BVN0, AROC_GRABC ; Q7VLX2, AROC_HAEDU ; Q4QNZ4, AROC_HAEI8 ; -DR A5UAV8, AROC_HAEIE ; A5UFZ9, AROC_HAEIG ; P43875, AROC_HAEIN ; -DR Q2SJE4, AROC_HAHCH ; Q9KCB7, AROC_HALH5 ; A1WY16, AROC_HALHL ; -DR B9LMX0, AROC_HALLT ; Q5V5K5, AROC_HALMA ; C7NZH8, AROC_HALMD ; -DR Q9HQC2, AROC_HALSA ; Q18F10, AROC_HALWD ; C4K3S0, AROC_HAMD5 ; -DR Q17XJ5, AROC_HELAH ; Q7VIA8, AROC_HELHP ; B6JLQ1, AROC_HELP2 ; -DR B5Z736, AROC_HELPG ; Q1CTK7, AROC_HELPH ; Q9ZLH1, AROC_HELPJ ; -DR B2UTG3, AROC_HELPS ; P56122, AROC_HELPY ; A9AWF4, AROC_HERA2 ; -DR A4G4F3, AROC_HERAR ; Q0I3U1, AROC_HISS1 ; B0UWQ4, AROC_HISS2 ; -DR Q31FE3, AROC_HYDCU ; Q0C3Z3, AROC_HYPNA ; Q5QW40, AROC_IDILO ; -DR A8A9W1, AROC_IGNH4 ; A6T017, AROC_JANMA ; Q28VL4, AROC_JANSC ; -DR A8Z5Z2, AROC_KARMG ; B5XVW6, AROC_KLEP3 ; A6TC15, AROC_KLEP7 ; -DR B2GI97, AROC_KOCRD ; B1L5G9, AROC_KORCO ; Q1IIL2, AROC_KORVE ; -DR C4Z562, AROC_LACE2 ; Q9CET2, AROC_LACLA ; A2RMH2, AROC_LACLM ; -DR Q02XC2, AROC_LACLS ; A9KQX0, AROC_LACP7 ; Q88VL0, AROC_LACPL ; -DR C8WAF3, AROC_LANP1 ; C1DBU8, AROC_LARHH ; Q5X2Y6, AROC_LEGPA ; -DR A5IEA1, AROC_LEGPC ; Q5ZT62, AROC_LEGPH ; Q5WUE6, AROC_LEGPL ; -DR Q6AF97, AROC_LEIXX ; B0SHV8, AROC_LEPBA ; Q04W40, AROC_LEPBJ ; -DR Q04XD2, AROC_LEPBL ; B0SRH8, AROC_LEPBP ; B1XWC5, AROC_LEPCP ; -DR Q72W01, AROC_LEPIC ; Q8F9N4, AROC_LEPIN ; B1MYD0, AROC_LEUCK ; -DR Q03X09, AROC_LEUMM ; B2GCR2, AROC_LIMF3 ; Q92A80, AROC_LISIN ; -DR C1KWM8, AROC_LISMC ; Q71Y87, AROC_LISMF ; B8DBZ8, AROC_LISMH ; -DR Q8Y5X5, AROC_LISMO ; A0AK40, AROC_LISW6 ; B1HTD1, AROC_LYSSC ; -DR A0LDR1, AROC_MAGMM ; Q2W6Y1, AROC_MAGSA ; Q65U87, AROC_MANSM ; -DR Q0ARD9, AROC_MARMM ; A6VXI7, AROC_MARMS ; A1U0Y3, AROC_MARN8 ; -DR C6C0I6, AROC_MARSD ; A6UUV1, AROC_META3 ; Q8TT87, AROC_METAC ; -DR Q0W6Q8, AROC_METAR ; Q46CJ6, AROC_METBF ; Q12X75, AROC_METBU ; -DR B7KT24, AROC_METC4 ; Q60AY5, AROC_METCA ; A9W6U7, AROC_METEP ; -DR Q1GZD3, AROC_METFK ; B3DXL0, AROC_METI4 ; Q58575, AROC_METJA ; -DR Q8TXN1, AROC_METKA ; A4FWK1, AROC_METM5 ; A6VGS0, AROC_METM7 ; -DR Q8PW84, AROC_METMA ; Q6LXL7, AROC_METMP ; B8IS51, AROC_METNO ; -DR B1ZHL0, AROC_METPB ; A2SFP8, AROC_METPP ; B1M325, AROC_METRJ ; -DR A5UNA1, AROC_METS3 ; B0UJB1, AROC_METS4 ; A4YHW1, AROC_METS5 ; -DR B8ESC6, AROC_METSB ; Q2NGS6, AROC_METST ; O26843, AROC_METTH ; -DR A0B5I7, AROC_METTP ; A6UPX8, AROC_METVS ; B0JWQ2, AROC_MICAN ; -DR C5CCG1, AROC_MICLC ; Q2RI73, AROC_MOOTA ; A0QI61, AROC_MYCA1 ; -DR B1MCF1, AROC_MYCA9 ; P63612, AROC_MYCBO ; A1KLN7, AROC_MYCBP ; -DR C1AF08, AROC_MYCBT ; B8ZUK0, AROC_MYCLB ; Q9CCS6, AROC_MYCLE ; -DR B2HNC6, AROC_MYCMM ; Q741J9, AROC_MYCPA ; A0QWQ9, AROC_MYCS2 ; -DR A3PZ50, AROC_MYCSJ ; A1UFI9, AROC_MYCSK ; Q1B9H4, AROC_MYCSS ; -DR A5U5N9, AROC_MYCTA ; P9WPY0, AROC_MYCTO ; P9WPY1, AROC_MYCTU ; -DR A0PPH0, AROC_MYCUA ; A1T8F3, AROC_MYCVP ; Q5F756, AROC_NEIG1 ; -DR B4RN46, AROC_NEIG2 ; A9M1Q2, AROC_NEIM0 ; Q9JT81, AROC_NEIMA ; -DR Q9JY99, AROC_NEIMB ; A1KV89, AROC_NEIMF ; Q12640, AROC_NEUCR ; -DR Q0AEP5, AROC_NITEC ; Q82TK9, AROC_NITEU ; Q1QQ46, AROC_NITHX ; -DR Q2Y7L8, AROC_NITMU ; Q3J713, AROC_NITOC ; A6Q1H1, AROC_NITSB ; -DR Q3SUZ5, AROC_NITWN ; Q5YTK8, AROC_NOCFA ; A1SJD2, AROC_NOCSJ ; -DR B2J1W7, AROC_NOSP7 ; Q8YYP9, AROC_NOSS1 ; Q2GCF2, AROC_NOVAD ; -DR Q8EQB6, AROC_OCEIH ; Q30XS4, AROC_OLEA2 ; B1ZUM3, AROC_OPITP ; -DR A1R705, AROC_PAEAT ; A1TRH4, AROC_PARC0 ; A6LDP9, AROC_PARD8 ; -DR A1BA52, AROC_PARDP ; A7HR75, AROC_PARL1 ; Q7U9F0, AROC_PARMW ; -DR B2JK28, AROC_PARP8 ; B2SZH3, AROC_PARPJ ; Q6MCU1, AROC_PARUW ; +DR Q14HW8, AROC_FRAT1 ; A7NA74, AROC_FRATF ; Q2A549, AROC_FRATH ; +DR B2SF54, AROC_FRATM ; A0Q4Z0, AROC_FRATN ; Q0BNG4, AROC_FRATO ; +DR Q5NGG6, AROC_FRATT ; A4IYS7, AROC_FRATW ; B9M3I5, AROC_GEODF ; +DR Q5KXU4, AROC_GEOKA ; Q39X06, AROC_GEOMG ; Q74BL4, AROC_GEOSL ; +DR C5D3E1, AROC_GEOSW ; A4IQ89, AROC_GEOTN ; A5GF03, AROC_GEOUR ; +DR B8F415, AROC_GLAP5 ; B7KIU0, AROC_GLOC7 ; Q7NFY1, AROC_GLOVI ; +DR A9H0U2, AROC_GLUDA ; Q5FPG9, AROC_GLUOX ; Q0BVN0, AROC_GRABC ; +DR Q7VLX2, AROC_HAEDU ; Q4QNZ4, AROC_HAEI8 ; A5UAV8, AROC_HAEIE ; +DR A5UFZ9, AROC_HAEIG ; P43875, AROC_HAEIN ; Q2SJE4, AROC_HAHCH ; +DR Q9KCB7, AROC_HALH5 ; A1WY16, AROC_HALHL ; B9LMX0, AROC_HALLT ; +DR Q5V5K5, AROC_HALMA ; C7NZH8, AROC_HALMD ; Q9HQC2, AROC_HALSA ; +DR Q18F10, AROC_HALWD ; C4K3S0, AROC_HAMD5 ; Q17XJ5, AROC_HELAH ; +DR Q7VIA8, AROC_HELHP ; B6JLQ1, AROC_HELP2 ; B5Z736, AROC_HELPG ; +DR Q1CTK7, AROC_HELPH ; Q9ZLH1, AROC_HELPJ ; B2UTG3, AROC_HELPS ; +DR P56122, AROC_HELPY ; A9AWF4, AROC_HERA2 ; A4G4F3, AROC_HERAR ; +DR Q0I3U1, AROC_HISS1 ; B0UWQ4, AROC_HISS2 ; Q31FE3, AROC_HYDCU ; +DR Q0C3Z3, AROC_HYPNA ; Q5QW40, AROC_IDILO ; A8A9W1, AROC_IGNH4 ; +DR A6T017, AROC_JANMA ; Q28VL4, AROC_JANSC ; A8Z5Z2, AROC_KARMG ; +DR B5XVW6, AROC_KLEP3 ; A6TC15, AROC_KLEP7 ; B2GI97, AROC_KOCRD ; +DR B1L5G9, AROC_KORCO ; Q1IIL2, AROC_KORVE ; C4Z562, AROC_LACE2 ; +DR Q9CET2, AROC_LACLA ; A2RMH2, AROC_LACLM ; Q02XC2, AROC_LACLS ; +DR A9KQX0, AROC_LACP7 ; Q88VL0, AROC_LACPL ; C8WAF3, AROC_LANP1 ; +DR C1DBU8, AROC_LARHH ; Q5X2Y6, AROC_LEGPA ; A5IEA1, AROC_LEGPC ; +DR Q5ZT62, AROC_LEGPH ; Q5WUE6, AROC_LEGPL ; Q6AF97, AROC_LEIXX ; +DR B0SHV8, AROC_LEPBA ; Q04W40, AROC_LEPBJ ; Q04XD2, AROC_LEPBL ; +DR B0SRH8, AROC_LEPBP ; B1XWC5, AROC_LEPCP ; Q72W01, AROC_LEPIC ; +DR Q8F9N4, AROC_LEPIN ; B1MYD0, AROC_LEUCK ; Q03X09, AROC_LEUMM ; +DR B2GCR2, AROC_LIMF3 ; Q92A80, AROC_LISIN ; C1KWM8, AROC_LISMC ; +DR Q71Y87, AROC_LISMF ; B8DBZ8, AROC_LISMH ; Q8Y5X5, AROC_LISMO ; +DR A0AK40, AROC_LISW6 ; B1HTD1, AROC_LYSSC ; A0LDR1, AROC_MAGMM ; +DR Q65U87, AROC_MANSM ; Q0ARD9, AROC_MARMM ; A6VXI7, AROC_MARMS ; +DR A1U0Y3, AROC_MARN8 ; C6C0I6, AROC_MARSD ; A6UUV1, AROC_META3 ; +DR Q8TT87, AROC_METAC ; Q0W6Q8, AROC_METAR ; Q46CJ6, AROC_METBF ; +DR Q12X75, AROC_METBU ; B7KT24, AROC_METC4 ; Q60AY5, AROC_METCA ; +DR A9W6U7, AROC_METEP ; Q1GZD3, AROC_METFK ; B3DXL0, AROC_METI4 ; +DR Q58575, AROC_METJA ; Q8TXN1, AROC_METKA ; A4FWK1, AROC_METM5 ; +DR A6VGS0, AROC_METM7 ; Q8PW84, AROC_METMA ; Q6LXL7, AROC_METMP ; +DR B8IS51, AROC_METNO ; B1ZHL0, AROC_METPB ; A2SFP8, AROC_METPP ; +DR B1M325, AROC_METRJ ; A5UNA1, AROC_METS3 ; B0UJB1, AROC_METS4 ; +DR A4YHW1, AROC_METS5 ; B8ESC6, AROC_METSB ; Q2NGS6, AROC_METST ; +DR O26843, AROC_METTH ; A0B5I7, AROC_METTP ; A6UPX8, AROC_METVS ; +DR B0JWQ2, AROC_MICAN ; C5CCG1, AROC_MICLC ; Q2RI73, AROC_MOOTA ; +DR A0QI61, AROC_MYCA1 ; B1MCF1, AROC_MYCA9 ; P63612, AROC_MYCBO ; +DR A1KLN7, AROC_MYCBP ; C1AF08, AROC_MYCBT ; B8ZUK0, AROC_MYCLB ; +DR Q9CCS6, AROC_MYCLE ; B2HNC6, AROC_MYCMM ; Q741J9, AROC_MYCPA ; +DR A0QWQ9, AROC_MYCS2 ; A3PZ50, AROC_MYCSJ ; A1UFI9, AROC_MYCSK ; +DR Q1B9H4, AROC_MYCSS ; A5U5N9, AROC_MYCTA ; P9WPY0, AROC_MYCTO ; +DR P9WPY1, AROC_MYCTU ; A0PPH0, AROC_MYCUA ; A1T8F3, AROC_MYCVP ; +DR Q5F756, AROC_NEIG1 ; B4RN46, AROC_NEIG2 ; A9M1Q2, AROC_NEIM0 ; +DR Q9JT81, AROC_NEIMA ; Q9JY99, AROC_NEIMB ; A1KV89, AROC_NEIMF ; +DR Q12640, AROC_NEUCR ; Q0AEP5, AROC_NITEC ; Q82TK9, AROC_NITEU ; +DR Q1QQ46, AROC_NITHX ; Q2Y7L8, AROC_NITMU ; Q3J713, AROC_NITOC ; +DR A6Q1H1, AROC_NITSB ; Q72DN5, AROC_NITV2 ; A1VF90, AROC_NITV4 ; +DR B8DRR9, AROC_NITV9 ; Q3SUZ5, AROC_NITWN ; Q5YTK8, AROC_NOCFA ; +DR A1SJD2, AROC_NOCSJ ; B2J1W7, AROC_NOSP7 ; Q8YYP9, AROC_NOSS1 ; +DR Q2GCF2, AROC_NOVAD ; Q8EQB6, AROC_OCEIH ; Q30XS4, AROC_OLEA2 ; +DR B1ZUM3, AROC_OPITP ; A1R705, AROC_PAEAT ; A1TRH4, AROC_PARC0 ; +DR A6LDP9, AROC_PARD8 ; A1BA52, AROC_PARDP ; A7HR75, AROC_PARL1 ; +DR Q2W6Y1, AROC_PARM1 ; Q7U9F0, AROC_PARMW ; B2JK28, AROC_PARP8 ; +DR B2SZH3, AROC_PARPJ ; A8LE02, AROC_PARS2 ; Q6MCU1, AROC_PARUW ; DR Q13WE6, AROC_PARXL ; P57840, AROC_PASMU ; Q6D2M6, AROC_PECAS ; DR C6DA85, AROC_PECCP ; B4SFH4, AROC_PELPB ; A1AQL6, AROC_PELPD ; DR A5D372, AROC_PELTS ; Q4FN06, AROC_PELUB ; B4RHV8, AROC_PHEZH ; @@ -133679,8 +134400,8 @@ DR Q83GD5, AROC_TROWT ; C5CS25, AROC_VARPS ; A1WL18, AROC_VEREI ; DR A5CX05, AROC_VESOH ; P39198, AROC_VIBA7 ; A7MS71, AROC_VIBC1 ; DR A5F6F4, AROC_VIBC3 ; Q9KQ85, AROC_VIBCH ; C3LP65, AROC_VIBCM ; DR Q87MM9, AROC_VIBPA ; Q8DB42, AROC_VIBVU ; Q7MIT1, AROC_VIBVY ; -DR Q7M841, AROC_WOLSU ; Q8PJ20, AROC_XANAC ; Q3BRK5, AROC_XANC5 ; -DR Q4UWE0, AROC_XANC8 ; B0RR76, AROC_XANCB ; Q8P7R0, AROC_XANCP ; +DR Q7M841, AROC_WOLSU ; Q8PJ20, AROC_XANAC ; Q4UWE0, AROC_XANC8 ; +DR B0RR76, AROC_XANCB ; Q8P7R0, AROC_XANCP ; Q3BRK5, AROC_XANE5 ; DR Q2P0T3, AROC_XANOM ; B2SVP7, AROC_XANOP ; Q5GXQ6, AROC_XANOR ; DR A7IMW7, AROC_XANP2 ; B2I9I6, AROC_XYLF2 ; Q9PDL0, AROC_XYLFA ; DR B0U6K0, AROC_XYLFM ; Q87DS4, AROC_XYLFT ; P28777, AROC_YEAST ; @@ -133796,15 +134517,18 @@ CC -!- Formerly EC 4.1.99.9. DR A0A5Q0QP64, AGR4_CYCAE ; R9QMZ0, ATERP_PINCO; R9QMY8, CAMPS_PINCO; DR A6XH05, CINS1_SALFT; A5Y5L5, CIN_NICSU ; B6SCF4, MTS2_HUMLU ; DR Q9LRZ6, MYRS2_ARATH; Q5SBP1, MYRS_OCIBA ; Q93X23, MYRS_QUEIL ; -DR A6XH06, SABS1_SALPM; H6WZF2, TER_NICAL ; H2ELN1, TER_NICLA ; -DR Q1EG72, TPS11_MAIZE; G8H5M8, TPS12_SOLHA; D5KXD2, TPS12_SOLLC; -DR G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; A0A6P6W6H5, TPS1_COFAR ; -DR P9WEY7, TPS1_PHYPO ; A0A1D6LTV0, TPS26_MAIZE; Q84ND0, TPS2_ANTMA ; +DR A6XH06, SABS1_SALPM; A0A4Y5QWK5, T15CT_CANSA; H6WZF2, TER_NICAL ; +DR H2ELN1, TER_NICLA ; Q1EG72, TPS11_MAIZE; G8H5M8, TPS12_SOLHA; +DR D5KXD2, TPS12_SOLLC; G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; +DR A7IZZ1, TPS1_CANSA ; A0A6P6W6H5, TPS1_COFAR ; P9WEY7, TPS1_PHYPO ; +DR A0A1D6LTV0, TPS26_MAIZE; Q84ND0, TPS2_ANTMA ; A7IZZ2, TPS2_CANSA ; DR R4YXW8, TPS2_COFAR ; Q84NC9, TPS3_ANTMA ; R4YZC3, TPS3_COFAR ; DR Q86II4, TPS3_DICDI ; G1JUH1, TPS3_SOLLC ; Q5GJ60, TPS6_MAIZE ; DR W6HUT3, TPS7_HEDCO ; Q54YE2, TPS9_DICDI ; G8H5M7, TPS9_SOLHA ; DR O64961, TPS9_SOLLC ; Q9ZUH4, TPSA_ARATH ; O24474, TPSD2_ABIGR; -DR G8H5M9, TS14A_SOLHA; G8H5N1, TS14B_SOLHA; +DR G8H5M9, TS14A_SOLHA; G8H5N1, TS14B_SOLHA; A0A1V0QSF8, TS3FN_CANSA; +DR A0A1V0QSG6, TS4FN_CANSA; A0A1V0QSG0, TS5FN_CANSA; A0A1V0QSF6, TS7FN_CANSA; +DR A0A1V0QSF3, TS8FN_CANSA; // ID 4.2.3.16 DE (4S)-limonene synthase. @@ -133815,8 +134539,10 @@ CC -!- Mg(2+) is essentially ineffective as the divalent metal ion cofactor. CC -!- Formerly EC 4.1.99.10. DR R9QMR5, ATERP_PINBN; Q20HU7, LIMNS_PICSI; F6M8I0, MTPS2_SANAL; DR Q1EG72, TPS11_MAIZE; A7IZZ1, TPS1_CANSA ; A0A1D6LTV0, TPS26_MAIZE; -DR G1JUH1, TPS3_SOLLC ; Q5GJ60, TPS6_MAIZE ; O22340, TPSDA_ABIGR; -DR Q9M7C9, TPSDB_ABIGR; +DR A7IZZ2, TPS2_CANSA ; G1JUH1, TPS3_SOLLC ; Q5GJ60, TPS6_MAIZE ; +DR O22340, TPSDA_ABIGR; Q9M7C9, TPSDB_ABIGR; A0A1V0QSF9, TS1FN_CANSA; +DR A0A1V0QSH2, TS2FN_CANSA; A0A1V0QSG0, TS5FN_CANSA; A0A1V0QSF6, TS7FN_CANSA; +DR A0A1V0QSF3, TS8FN_CANSA; // ID 4.2.3.17 DE taxadiene synthase. @@ -133848,10 +134574,12 @@ CC -!- Part of a bifunctional enzyme involved in the biosynthesis of ent- CC kaurene. CC -!- See also EC 5.5.1.13. DR Q84ZW8, ACSS_MAIZE ; Q9UVY5, CPSKS_GIBFU; O13284, CPSKS_PHASA; -DR A0A075FBT3, EKS_MARVU ; S0EA85, GA6_GIBF5 ; A0A3G1QTS7, KS1_ISOER ; -DR Q0JA82, KS1_ORYSJ ; Q9XEH9, KS1_STERE ; Q9XEI0, KS2_STERE ; -DR Q9SAK2, KSB_ARATH ; Q39548, KSB_CUCMA ; A0A0U4CDK4, KSB_SALMI ; -DR A0A1Z3GC64, KSL5_ISORU ; A0A2K9RFY0, TPS4_VITAC ; +DR A5A8G0, CPSKS_PHYPA; A0A075FBT3, EKS_MARVU ; S0EA85, GA6_GIBF5 ; +DR A0A3G1QTS7, KS1_ISOER ; Q0JA82, KS1_ORYSJ ; Q9XEH9, KS1_STERE ; +DR Q9XEI0, KS2_STERE ; Q9SAK2, KSB_ARATH ; Q39548, KSB_CUCMA ; +DR A0A0U4CDK4, KSB_SALMI ; B9T625, KSL1_RICCO ; Q0JA81, KSL2_ORYSJ ; +DR B9SIM2, KSL2_RICCO ; B9SIM3, KSL4_RICCO ; A0A1Z3GC64, KSL5_ISORU ; +DR A0A2K9RFY0, TPS4_VITAC ; // ID 4.2.3.20 DE (R)-limonene synthase. @@ -133859,7 +134587,7 @@ AN (+)-limonene synthase. CA (2E)-geranyl diphosphate = (4R)-limonene + diphosphate. CC -!- Forms the first step of carvone biosynthesis in caraway. DR E2E2N7, BCGS_ORIVU ; Q2XSC6, LALIM_LAVAN; Q8L5K3, RLC1_CITLI ; -DR A0A1C9J6A7, RLC1_CITSI ; I7GPX8, TPS1_TOOSI ; +DR A0A1C9J6A7, RLC1_CITSI ; A7IZZ1, TPS1_CANSA ; I7GPX8, TPS1_TOOSI ; // ID 4.2.3.21 DE vetispiradiene synthase. @@ -133927,8 +134655,9 @@ CC enzyme from Clarkia breweri. CC -!- Unlike many other monoterpene synthases, only a single product, (3S)- CC linalool, is formed. DR Q84UV0, LINS_ARATH ; Q6ZH94, LINS_ORYSJ ; Q96376, LIS_CLABR ; -DR D8RNZ9, MTS22_SELML; Q1EG72, TPS11_MAIZE; Q29VN2, TPS2_MAIZE ; -DR Q5GJ60, TPS6_MAIZE ; U5PZT6, TPS8_HEDCO ; +DR D8RNZ9, MTS22_SELML; A0A4Y5QWA6, T18VF_CANSA; A0A4Y5QZ62, T19BL_CANSA; +DR Q1EG72, TPS11_MAIZE; Q29VN2, TPS2_MAIZE ; Q5GJ60, TPS6_MAIZE ; +DR U5PZT6, TPS8_HEDCO ; // ID 4.2.3.26 DE R-linalool synthase. @@ -133943,7 +134672,8 @@ CC linalool, is formed. DR Q84ZW8, ACSS_MAIZE ; Q2XSC5, LALIN_LAVAN; Q9SPN0, LLOS1_ARTAN; DR F2XFA6, LLOS1_PICSI; C0PPR1, LLOS2_PICSI; Q9SPN1, LLOS5_ARTAN; DR Q8H2B4, LLOS_MENAQ ; Q5SBP3, LLOS_OCIBA ; F2XF93, LLOS_PICGL ; -DR D5SL78, LNSA_STRCL ; Q1XBU5, TPS5_SOLLC ; U5PZT6, TPS8_HEDCO ; +DR D5SL78, LNSA_STRCL ; A0A4Y5QZ62, T19BL_CANSA; Q1XBU5, TPS5_SOLLC ; +DR U5PZT6, TPS8_HEDCO ; // ID 4.2.3.27 DE isoprene synthase. @@ -133983,7 +134713,7 @@ CC -!- As a minor product, this enzyme also forms ent-pimara-8(14),15-diene, CC which is the sole product of EC 4.2.3.30. CC -!- Ent-pimara-8(14),15-diene is not a precursor in the biosynthesis of CC either gibberellins or phytoalexins. -DR Q2QQJ5, KSL10_ORYSJ; +DR A5A8G0, CPSKS_PHYPA; Q2QQJ5, KSL10_ORYSJ; B9SIL7, KSL3_RICCO ; // ID 4.2.3.30 DE ent-pimara-8(14),15-diene synthase. @@ -134304,6 +135034,7 @@ DR Q2NM15, FARS_MAIZE ; A0A5S9I252, TATC6_HYPAT; G8H5M8, TPS12_SOLHA; DR D5KXD2, TPS12_SOLLC; I6RAQ6, TPS1_MATCR ; P9WEY7, TPS1_PHYPO ; DR A0A1V0E492, TPS1_PIPNI ; A0A142BX70, TPS1_XANST ; P9WEY4, TPS4_PHYPO ; DR Q29VN3, TPS8_MAIZE ; B2C4D0, TS23B_MAIZE; A0A3L6G998, TS23M_MAIZE; +DR A0A7J6HK32, TS9FN_CANSA; // ID 4.2.3.58 DE longifolene synthase. @@ -134399,7 +135130,8 @@ DR Q49SP3, TPSPS_POGCB; ID 4.2.3.71 DE (E,E)-germacrene B synthase. CA (2E,6E)-farnesyl diphosphate = (1E,4E)-germacrene B + diphosphate. -DR G8H5M7, TPS9_SOLHA ; O64404, TPSD4_ABIGR; Q9FQ27, TPSGB_SOLHA; +DR A0A4Y5L9K3, T16CC_CANSA; G8H5M7, TPS9_SOLHA ; O64404, TPSD4_ABIGR; +DR Q9FQ27, TPSGB_SOLHA; // ID 4.2.3.72 DE alpha-gurjunene synthase. @@ -134418,7 +135150,8 @@ CC and 35.5% (-)-7-epi-alpha-selinene. CC -!- Initial cyclization gives (+)-germacrene A in an enzyme bound form CC which is not released to the medium. DR A0A385AJM6, TPS12_DICPU; G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; -DR D0UZK2, TPS1_CITSI ; Q6Q3H2, TPSVS_VITVI; +DR D0UZK2, TPS1_CITSI ; Q6Q3H2, TPSVS_VITVI; A0A1V0QSG6, TS4FN_CANSA; +DR A0A1V0QSF3, TS8FN_CANSA; // ID 4.2.3.74 DE presilphiperfolanol synthase. @@ -134589,7 +135322,7 @@ CA (2E,6E)-farnesyl diphosphate + H2O = cubebol + diphosphate. CC -!- The enzyme gives 28% cubebol, 29% (-)-germacrene D, 10% (+)-delta- CC cadinene and traces of several other sesquiterpenoids. CC -!- See also EC 4.2.3.75 and EC 4.2.3.13. -DR A8NU13, COP4_COPC7 ; +DR A8NU13, COP4_COPC7 ; A0A8H8CMW1, CUBA_PSICU ; // ID 4.2.3.92 DE (+)-gamma-cadinene synthase. @@ -134650,7 +135383,7 @@ CC diphosphate leading to a helminthogermacradienyl cation. CC -!- After a 1,3-hydride shift of the original 1-pro-S hydrogen of CC farnesyl diphosphate, cyclization and deprotonation result in (+)-T- CC muurolol. -DR A7NH01, TMUUS_ROSCS; B5GW45, TMUUS_STRCL; +DR A0A8H8CMW1, CUBA_PSICU ; A7NH01, TMUUS_ROSCS; B5GW45, TMUUS_STRCL; // ID 4.2.3.99 DE labdatriene synthase. @@ -134702,7 +135435,7 @@ CC OsKSL5 and OsKSL6, produce ent-isokaurene. CC -!- A variant of OsKSL5 from the sub-species Oryza sativa subsp. japonica CC produces ent-pimara-8(14),15-diene instead (cf. EC 4.2.3.30). CC -!- Formerly EC 4.2.3.n8. -DR A4KAG7, KSL5_ORYSI ; A4KAG8, KSL6_ORYSJ ; +DR A5A8G0, CPSKS_PHYPA; A4KAG7, KSL5_ORYSI ; A4KAG8, KSL6_ORYSJ ; // ID 4.2.3.104 DE alpha-humulene synthase. @@ -134714,7 +135447,7 @@ DR F2XF97, AHUMS_PICGL; A0A2U8U2L5, ASR6_SARSH ; E2E2N5, BCPSD_ORIVU; DR E2E2N4, BCPSF_ORIVU; Q4U3F6, CS_HELAN ; A0A4P8GFV8, EUPE_PHOSX ; DR B6SCF5, STS1_HUMLU ; A0A5S9I252, TATC6_HYPAT; G8H5M8, TPS12_SOLHA; DR D5KXD2, TPS12_SOLLC; A0A1V0E492, TPS1_PIPNI ; I7H727, TPS2_TOOSI ; -DR B1B1U3, ZSS1_ZINZE ; +DR A0A1V0QSG6, TS4FN_CANSA; A0A7J6HK32, TS9FN_CANSA; B1B1U3, ZSS1_ZINZE ; // ID 4.2.3.105 DE tricyclene synthase. @@ -134739,7 +135472,7 @@ DR G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; Q84NC8, TPS1_ANTMA ; DR Q55E23, TPS1_DICDI ; G0Y7D1, TPS1_LITCU ; A0A858E4Y8, TPS1_MELLP ; DR R4YXW8, TPS2_COFAR ; Q672F7, TPS2_LOTJA ; A0A858EAD5, TPS2_MELLI ; DR R4YZC3, TPS3_COFAR ; Q86II4, TPS3_DICDI ; I6RE61, TPS4_MATCR ; -DR Q5UB07, TPS4_MEDTR ; Q9ZUH4, TPSA_ARATH ; +DR Q5UB07, TPS4_MEDTR ; Q9ZUH4, TPSA_ARATH ; A0A1V0QSH1, TS6FN_CANSA; // ID 4.2.3.107 DE (+)-car-3-ene synthase. @@ -134825,9 +135558,10 @@ CC -!- Formerly EC 4.2.3.n6. DR R9QMW4, 3CAR1_PINBN; R9QMW8, 3CAR1_PINCO; R9QMR5, ATERP_PINBN; DR E2E2N7, BCGS_ORIVU ; Q1EG72, TPS11_MAIZE; G8H5M8, TPS12_SOLHA; DR D5KXD2, TPS12_SOLLC; G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; -DR A0A6P6W6H5, TPS1_COFAR ; A0A1D6LTV0, TPS26_MAIZE; Q5GJ60, TPS6_MAIZE ; -DR W6HUT3, TPS7_HEDCO ; G8H5M7, TPS9_SOLHA ; O64961, TPS9_SOLLC ; -DR Q9M7D0, TPSD9_ABIGR; Q5SBP0, TPSD_OCIBA ; G8H5N1, TS14B_SOLHA; +DR A7IZZ1, TPS1_CANSA ; A0A6P6W6H5, TPS1_COFAR ; A0A1D6LTV0, TPS26_MAIZE; +DR Q5GJ60, TPS6_MAIZE ; W6HUT3, TPS7_HEDCO ; G8H5M7, TPS9_SOLHA ; +DR O64961, TPS9_SOLLC ; Q9M7D0, TPSD9_ABIGR; Q5SBP0, TPSD_OCIBA ; +DR G8H5N1, TS14B_SOLHA; A0A1V0QSG0, TS5FN_CANSA; // ID 4.2.3.114 DE gamma-terpinene synthase. @@ -134840,8 +135574,8 @@ CC -!- Traces of several other monoterpenoids are formed in addition to CC gamma-terpinene. DR A0A0M3Q1Q3, GTPS1_THYVU; R4JND9, GTPS3_THYCA; R4JGL8, GTPSB_THYCA; DR R4JQT5, GTPSC_THYCA; Q8L5K4, GTPS_CITLI ; E2E2P0, GTPS_ORIVU ; -DR G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; A0A1D6LTV0, TPS26_MAIZE; -DR W6HUT3, TPS7_HEDCO ; +DR A0A1V0QSF4, T33PK_CANSA; G8H5N0, TPS17_SOLHA; G5CV52, TPS17_SOLLC; +DR A0A1D6LTV0, TPS26_MAIZE; W6HUT3, TPS7_HEDCO ; // ID 4.2.3.115 DE alpha-terpinene synthase. @@ -134851,8 +135585,8 @@ CC (American wormseed). CC -!- The enzyme will also use (3R)-linalyl diphosphate. CC -!- The reaction involves a 1,2-hydride shift. CC -!- The 1-pro-S hydrogen of geranyl diphosphate is lost. -DR A0A0M3Q1Q3, GTPS1_THYVU; E2E2P0, GTPS_ORIVU ; A0A7G5KLV0, TPS1_CANOD ; -DR W6HUT3, TPS7_HEDCO ; +DR A0A0M3Q1Q3, GTPS1_THYVU; E2E2P0, GTPS_ORIVU ; A0A1V0QSF4, T33PK_CANSA; +DR A0A7G5KLV0, TPS1_CANOD ; W6HUT3, TPS7_HEDCO ; // ID 4.2.3.116 DE (+)-camphene synthase. @@ -134961,7 +135695,9 @@ CC -!- With synthase II of Pinus taeda (loblolly pine) (+)-beta-pinene was CC the only product. CC -!- See also EC 4.2.3.122 and EC 4.2.3.116. DR O81192, BPPS_SALOF ; R9QMY8, CAMPS_PINCO; Q84KL3, PT30_PINTA ; -DR R9QMR1, RAPN1_PINBN; R9QMW2, RAPN1_PINCO; A7IZZ2, TPS2_CANSA ; +DR R9QMR1, RAPN1_PINBN; R9QMW2, RAPN1_PINCO; A7IZZ1, TPS1_CANSA ; +DR A7IZZ2, TPS2_CANSA ; A0A1V0QSF9, TS1FN_CANSA; A0A1V0QSH2, TS2FN_CANSA; +DR A0A1V0QSG0, TS5FN_CANSA; // ID 4.2.3.122 DE (+)-beta-pinene synthase. @@ -134970,6 +135706,7 @@ CA (2E)-geranyl diphosphate = (1R,5R)-beta-pinene + diphosphate. CC -!- Cyclase III from Salvia officinalis (sage) gives roughly equal parts CC of (+)-beta-pinene and (+)-alpha-pinene. CC -!- See EC 4.2.3.121. +DR A7IZZ1, TPS1_CANSA ; A7IZZ2, TPS2_CANSA ; // ID 4.2.3.123 DE beta-sesquiphellandrene synthase. @@ -135023,9 +135760,9 @@ CC -!- The enzyme also forms (+)-delta-cadinene, beta-cubebene, (+)-sativene CC and traces of several other sequiterpenoids. CC -!- beta-copaene is formed in the presence of Mg(2+) but not Mn(2+). CC -!- See EC 4.2.3.13 EC 4.2.3.128 and EC 4.2.3.129. -DR A0A5Q0QP64, AGR4_CYCAE ; A8NU13, COP4_COPC7 ; B8PD44, STS10_POSPM; -DR A0A348B779, STS1_POSPM ; A0A348B780, STS2_POSPM ; A0A142BX70, TPS1_XANST ; -DR A0A7G5KLV1, TPS2_CANOD ; +DR A0A5Q0QP64, AGR4_CYCAE ; A8NU13, COP4_COPC7 ; A0A8H8CMW1, CUBA_PSICU ; +DR B8PD44, STS10_POSPM; A0A348B779, STS1_POSPM ; A0A348B780, STS2_POSPM ; +DR A0A142BX70, TPS1_XANST ; A0A7G5KLV1, TPS2_CANOD ; // ID 4.2.3.128 DE beta-cubebene synthase. @@ -135036,8 +135773,8 @@ CC and traces of several other sequiterpenoids. CC -!- It is found in many higher plants such as Magnolia grandiflora CC (Southern Magnolia) together with germacrene A. CC -!- See EC 4.2.3.13 EC 4.2.3.127 EC 4.2.3.129 and EC 4.2.3.23. -DR B3TPQ6, BCUSY_MAGGA; A8NU13, COP4_COPC7 ; B8PD44, STS10_POSPM; -DR A0A7G5KLV1, TPS2_CANOD ; +DR B3TPQ6, BCUSY_MAGGA; A8NU13, COP4_COPC7 ; A0A8H8CMW1, CUBA_PSICU ; +DR B8PD44, STS10_POSPM; A0A7G5KLV1, TPS2_CANOD ; // ID 4.2.3.129 DE (+)-sativene synthase. @@ -135047,7 +135784,7 @@ CC -!- Isolated from the fungus Coprinus cinereus. CC -!- The enzyme also forms (+)-delta-cadinene, beta-copaene, beta- CC cubebene, and traces of several other sequiterpenoids. CC -!- See EC 4.2.3.13 EC 4.2.3.127 and EC 4.2.3.128. -DR A8NU13, COP4_COPC7 ; +DR A8NU13, COP4_COPC7 ; A0A8H8CMW1, CUBA_PSICU ; // ID 4.2.3.130 DE tetraprenyl-beta-curcumene synthase. @@ -135210,7 +135947,7 @@ DR C9K1X5, COTB2_STRMJ; // ID 4.2.3.147 DE pimaradiene synthase. -CA (+)-copalyl diphosphate = diphosphate + pimara-8(14),15-diene. +CA (+)-copalyl diphosphate = (-)-pimara-8(14),15-diene + diphosphate. CC -!- Isolated from the plants Pinus banksiana (jack pine) and Pinus CC contorta (lodgepole pine). DR M4HY08, MPIM1_PINBN; M4HYC8, MPIM1_PINCO; @@ -135461,7 +136198,7 @@ DE (2E,6E)-hedycaryol synthase. CA (2E,6E)-farnesyl diphosphate + H2O = (2E,6E)-hedycaryol + diphosphate. CC -!- Isolated from the plant Camellia brevistyla. CC -!- See also EC 4.2.3.187. -DR A0A140KFG9, TPS1_CAMBE ; +DR A0A4Y5QVX6, T20CT_CANSA; A0A140KFG9, TPS1_CAMBE ; // ID 4.2.3.175 DE 10-epi-cubebol synthase. @@ -135538,8 +136275,9 @@ DR A0A1L5YKS7, MTSL4_MARPO; ID 4.2.3.185 DE ent-atiserene synthase. CA ent-copalyl diphosphate = diphosphate + ent-atiserene. -CC -!- Isolated from the plant Isodon rubescens. -DR A0A5P8DI06, KSL1_ISOJA ; A0A1Z3GBK8, KSL4_ISORU ; +CC -!- Isolated from the plant Isodon rubescens and several species of +CC Aconitum as well as species of Streptomyces. +DR A0A5P8DI06, KSL1_ISOJA ; A0A1Z3GBK8, KSL4_ISORU ; B9SIM3, KSL4_RICCO ; // ID 4.2.3.186 DE ent-13-epi-manoyl oxide synthase. @@ -135680,6 +136418,7 @@ CC -!- The 1-proR hydrogen atom of geranylgeranyl diphosphate is lost in the CC reaction. CC -!- The enzyme also produces hydropyrenol, isoelisabethatriene and traces CC of other diterpenoids. cf. EC 4.2.3.202 and EC 4.2.3.203. +DR D5SK09, HPS_STRCL ; // ID 4.2.3.202 DE hydropyrenol synthase. @@ -135690,6 +136429,7 @@ CC -!- The 1-proR hydrogen atom of geranylgeranyl diphosphate is lost in the CC reaction. CC -!- The enzyme also produces hydropyrene, isoelisabethatriene and traces CC of other diterpenoids. cf. EC 4.2.3.201 and EC 4.2.3.203. +DR D5SK09, HPS_STRCL ; // ID 4.2.3.203 DE isoelisabethatriene synthase. @@ -135700,6 +136440,7 @@ CC -!- The 1-proR hydrogen atom of geranylgeranyl diphosphate is involved in CC a 1,3-hydride shift to the side-chain. CC -!- The enzyme also produces hydropyrene, hydropyrenol, and traces of CC other diterpenoids. cf. EC 4.2.3.201 and EC 4.2.3.202. +DR D5SK09, HPS_STRCL ; // ID 4.2.3.204 DE valerianol synthase. @@ -135759,6 +136500,165 @@ CC -!- The enzyme, characterized from the mold Aspergillus fumigatus, CC participates in the biosynthesis of the meroterpenoid fumagillin. DR M4VQY9, FMAA_ASPFU ; // +ID 4.2.3.212 +DE (+)-delta-cadinol synthase. +AN delta-cadinol synthase. +CA (2E,6E)-farnesyl diphosphate + H2O = (+)-delta-cadinol + diphosphate. +CC -!- The enzyme is involved in the biosynthesis of sesquiterpenoids from +CC (2E,6E)-farnesyl diphosphate in fungi such as Boreostereum vibrans +CC and Coniophora puteana. +// +ID 4.2.3.213 +DE colleterpenol synthase. +CA all-trans-hexaprenyl diphosphate + H2O = colleterpenol + diphosphate. +CC -!- Isolated from Colletotrichum gloeosporioides, a pathogenic fungus +CC that causes bitter rot in variety of crops. +DR A0A8H4CUY8, CGCS_COLGL ; +// +ID 4.2.3.214 +DE dolasta-1(15),8-diene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = (5R,12R,14S)-dolasta-1(15),8- +CA diene + diphosphate. +CC -!- Isolated from Colletotrichum gloeosporioides, a pathogenic fungus +CC that causes bitter rot in variety of crops. +DR P9WEV7, CGDS_COLGL ; +// +ID 4.2.3.215 +DE delta-araneosene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = delta-araneosene + diphosphate. +CC -!- Isolated from the fungus Colletotrichum gloeosporioidea. +CC -!- delta-Araneosene may be involved in the biosynthesis of dolasta- +CC 1(15),8-diene (see EC 4.2.3.214) and cycloaraneosene (see +CC EC 4.2.3.191). +DR P9WEV7, CGDS_COLGL ; +// +ID 4.2.3.216 +DE somaliensene A synthase. +CA (2E,6E,10E,14E)-geranylfarnesyl diphosphate = diphosphate + somaliensene +CA A. +CC -!- A sesterterpenoid synthase enzyme isolated from the bacterium +CC Streptomyces somaliensis. +CC -!- The enzyme also produces somalensene B (cf. EC 4.2.3.217). +DR P0DXD5, STSC_STRE0 ; +// +ID 4.2.3.217 +DE somaliensene B synthase. +CA (2E,6E,10E,14E)-geranylfarnesyl diphosphate = (-)-somaliensene B + +CA diphosphate. +CC -!- A sesterterpenoid synthase enzyme isolated from the bacterium +CC Streptomyces somaliensis. +CC -!- The enzyme also produces somaliensene A (cf. EC 4.2.3.216). +DR P0DXD5, STSC_STRE0 ; +// +ID 4.2.3.218 +DE variediene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = diphosphate + variediene. +CC -!- A diterpenoid synthase enzyme isolated from the fungus Aspergillus +CC stellatus. +DR A0A0P0ZD79, EVVS_EMEVA ; +// +ID 4.2.3.219 +DE (2E)-alpha-cericerene synthase. +CA (2E,6E,10E,14E)-geranylfarnesyl diphosphate = (R,2E)-alpha-cericerene + +CA diphosphate. +CC -!- A sesterterpenoid synthase enzyme isolated from the fungus +CC Aspergillus stellatus. +DR A0A0P0ZD79, EVVS_EMEVA ; +// +ID 4.2.3.220 +DE talaropentaene synthase. +CA all-trans-hexaprenyl diphosphate = diphosphate + talaropentaene. +CC -!- Isolated from the fungus Talaromyces verruculosus. +DR P9WER5, TVTS_TALVE ; +// +ID 4.2.3.221 +DE macrophomene synthase. +CA all-trans-hexaprenyl diphosphate = diphosphate + macrophomene. +CC -!- Isolated from Macrophomina phaseolina, a pathogenic fungus that +CC causes damping off, seedling blight, collar rot, stem rot, charcoal +CC rot, basal stem rot, and root rot on many plant species. +CC -!- The 22-membered ring in macrophomene represents the largest +CC macrocycle discovered in terpenes so far. +DR K2SUY0, MPMS_MACPH ; +// +ID 4.2.3.222 +DE phomopsene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = diphosphate + phomopsene. +CC -!- A diterpene synthase from the fungus Diaporthe amygdali. +CC -!- Phomopsene synthase has also been isolated from the bacteria Nocardia +CC testacea, Nocardia rhamnosiphila, and Allokutzneria albata. +CC -!- The Allokutzneria albata enzyme also generates allokutznerene +CC (EC 4.2.3.224), bonnadiene (EC 4.2.3.223) and traces of (-)- +CC spiroviolene (EC 4.2.3.158). +DR A0A1G9VRW7, PMS_ALLAB ; +// +ID 4.2.3.223 +DE bonnadiene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = bonnadiene + diphosphate. +CC -!- A diterpene synthase isolated from the bacterium Allokutzneria +CC albata. +CC -!- It also generates allokutznerene (EC 4.2.3.224), phomopsene +CC (EC 4.2.3.222) and traces of (-)-spiroviolene (EC 4.2.3.158). +DR A0A1G9UQQ0, BDS_ALLAB ; +// +ID 4.2.3.224 +DE allokutznerene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = allokutznerene + diphosphate. +CC -!- A diterpene synthase isolated from the bacterium Allokutzneria +CC albata. +CC -!- It also produces bonnadiene (EC 4.2.3.223), phomopsene (EC 4.2.3.222) +CC and traces of (-)-spiroviolene (EC 4.2.3.158). +DR A0A1G9VRW7, PMS_ALLAB ; +// +ID 4.2.3.225 +DE cattleyene synthase. +CA (2E,6E,10E)-geranylgeranyl diphosphate = cattleyene + diphosphate. +CC -!- A diterpene synthase isolated from the bacterium Streptantibioticus +CC cattleyicolor. +DR F8JK18, CYS_STREN ; +// +ID 4.2.3.226 +DE (+)-2-epi-prezizaene synthase. +CA (2Z,6E)-farnesyl diphosphate = (+)-2-epi-prezizaene + diphosphate. +CC -!- The enzyme occurs in plants. +CC -!- The initial cyclization product is a (7R)-beta-bisabolyl cation. +CC -!- The major final product is (+)-2-epi-prezizaene. +CC -!- Other products are (-)-alpha-cedrene (cf. EC 4.2.3.227), small +CC amounts of (-)-beta-curcumene, and other sesquiterpenes with less +CC than 10% yield. +CC -!- The enzyme also catalyzes the reaction of EC 4.2.3.61. +DR Q40577, 5EAS_TOBAC ; +// +ID 4.2.3.227 +DE (-)-alpha-cedrene synthase. +CA (2Z,6E)-farnesyl diphosphate = (-)-alpha-cedrene + diphosphate. +CC -!- The enzyme occurs in plants. +CC -!- The initial cyclization product is a (7R)-beta-bisabolyl cation. +CC -!- (-)-alpha-cedrene is one of the major products. +CC -!- Other products are (+)-2-epi-prezizaene (cf. EC 4.2.3.226), small +CC amounts of (+)-beta-curcumene, and other sesquiterpenes with less +CC than 10% yield. +CC -!- The enzyme from Nicotiana tabacum (tobacco) also catalyzes the +CC reaction of EC 4.2.3.61. +DR Q40577, 5EAS_TOBAC ; +// +ID 4.2.3.228 +DE (Z)-beta-ocimene synthase. +CA (2E)-geranyl diphosphate = (Z)-beta-ocimene + diphosphate. +CC -!- The enzyme found in flowers (pistillate inflorescences) of Cannabis +CC sativa produces 94% (Z)-beta-ocimene from geranyl diphosphate. cf. +CC EC 4.2.3.106. +DR A0A1V0QSG1, T13PK_CANSA; A0A1V0QSH1, TS6FN_CANSA; +// +ID 4.2.3.229 +DE ent-beyerene synthase. +CA ent-copalyl diphosphate = diphosphate + ent-beyerene. +CC -!- The enzyme has been shown to occur in castor bean (Ricinus communis) +CC and rice (Oryza sativa). +CC -!- ent-beyerene is also a product of EC 4.2.3.19 of the moss +CC Physcomitrella patens. +DR A5A8G0, CPSKS_PHYPA; Q0JA81, KSL2_ORYSJ ; B9SIM3, KSL4_RICCO ; +// ID 4.2.3.n1 DE Transferred entry: 4.2.3.38. // @@ -135864,7 +136764,7 @@ AN Micrococcus luteus UV endonuclease. AN phage-T4 UV endonuclease. CA 2'-deoxyribonucleotide-(2'-deoxyribose 5'-phosphate)- CA 2'-deoxyribonucleotide-DNA = a 3'-end 2'-deoxyribonucleotide-(2,3- -CA dehydro-2,3-deoxyribose 5'-phosphate)-DNA + a 5'-end 5'-monophospho- +CA dehydro-2,3-deoxyribose 5'-phosphate)-DNA + a 5'-end 5'-phospho- CA 2'-deoxyribonucleoside-DNA + H(+). CC -!- 'Nicking' of the phosphodiester bond is due to a lyase-type reaction, CC not hydrolysis. @@ -135938,53 +136838,53 @@ DR B1WTF7, FPG_CROS5 ; A7MQ97, FPG_CROS8 ; Q1LRP7, FPG_CUPMC ; DR Q0KEP4, FPG_CUPNH ; Q476F5, FPG_CUPPJ ; B2AGU2, FPG_CUPTR ; DR P19210, FPG_CYTFI ; Q479M6, FPG_DECAR ; Q9RX22, FPG_DEIRA ; DR B8FU83, FPG_DESHD ; Q24XW2, FPG_DESHY ; Q6APT2, FPG_DESPS ; -DR A4J4X3, FPG_DESRM ; Q726D5, FPG_DESVH ; A5EXK6, FPG_DICNV ; -DR A8LNK8, FPG_DINSH ; A7ZTI6, FPG_ECO24 ; B7ULJ0, FPG_ECO27 ; -DR B7MFJ6, FPG_ECO45 ; B7L758, FPG_ECO55 ; P64148, FPG_ECO57 ; -DR B5YWD3, FPG_ECO5E ; B7NPE1, FPG_ECO7I ; B7N2X1, FPG_ECO81 ; -DR B7M4B9, FPG_ECO8A ; C4ZXM7, FPG_ECOBW ; B1X969, FPG_ECODH ; -DR A8A697, FPG_ECOHS ; A1AHG8, FPG_ECOK1 ; Q0TBH4, FPG_ECOL5 ; -DR Q8FC87, FPG_ECOL6 ; B1IZF8, FPG_ECOLC ; P05523, FPG_ECOLI ; -DR B7NET9, FPG_ECOLU ; B6I3L2, FPG_ECOSE ; B1LK72, FPG_ECOSM ; -DR Q1R4V8, FPG_ECOUT ; C5B9D8, FPG_EDWI9 ; A4W514, FPG_ENT38 ; -DR Q837G3, FPG_ENTFA ; B2VF70, FPG_ERWT9 ; Q2N7Y8, FPG_ERYLH ; -DR B7LVJ6, FPG_ESCF3 ; B1YKA0, FPG_EXIS2 ; C4L470, FPG_EXISA ; -DR A8L594, FPG_FRASN ; Q5NGY3, FPG_FRATT ; B9M5V2, FPG_GEODF ; -DR Q5KWC3, FPG_GEOKA ; Q39WD1, FPG_GEOMG ; Q74EG5, FPG_GEOSL ; -DR A5G7Q9, FPG_GEOUR ; B8F586, FPG_GLAP5 ; Q7NFW7, FPG_GLOVI ; -DR A9HI30, FPG_GLUDA ; Q5FN17, FPG_GLUOX ; Q7VN67, FPG_HAEDU ; -DR Q4QLW2, FPG_HAEI8 ; A5UDC3, FPG_HAEIE ; A5UI87, FPG_HAEIG ; -DR P44948, FPG_HAEIN ; Q2SPF3, FPG_HAHCH ; Q9K855, FPG_HALH5 ; -DR A1WZG2, FPG_HALHL ; B0TER7, FPG_HELMI ; A9B0X2, FPG_HERA2 ; -DR A4G916, FPG_HERAR ; Q0I0X6, FPG_HISS1 ; B0UUX0, FPG_HISS2 ; -DR Q31EB2, FPG_HYDCU ; Q5QZC1, FPG_IDILO ; A6T2R7, FPG_JANMA ; -DR Q28JI5, FPG_JANSC ; A6W7S6, FPG_KINRD ; B5XTG8, FPG_KLEP3 ; -DR A6TFM6, FPG_KLEP7 ; Q5FIV8, FPG_LACAC ; Q1G9A3, FPG_LACDA ; -DR Q049F3, FPG_LACDB ; Q041U1, FPG_LACGA ; A8YWE6, FPG_LACH4 ; -DR Q74IB5, FPG_LACJO ; Q9CIK4, FPG_LACLA ; P42371, FPG_LACLC ; -DR Q88WV4, FPG_LACPL ; C1DBB4, FPG_LARHH ; Q38VS5, FPG_LATSS ; -DR Q5X7I9, FPG_LEGPA ; Q5ZY18, FPG_LEGPH ; Q5WYY6, FPG_LEGPL ; -DR Q6AFJ3, FPG_LEIXX ; B1Y3P5, FPG_LEPCP ; Q1WUN7, FPG_LIGS1 ; -DR Q92BF1, FPG_LISIN ; Q71ZA3, FPG_LISMF ; Q8Y6W7, FPG_LISMO ; -DR A0L837, FPG_MAGMM ; Q65R59, FPG_MANSM ; A6VSY6, FPG_MARMS ; -DR A1U749, FPG_MARN8 ; C6BUX8, FPG_MARSD ; Q6KHS0, FPG_MESM1 ; +DR A4J4X3, FPG_DESRM ; A5EXK6, FPG_DICNV ; A8LNK8, FPG_DINSH ; +DR A7ZTI6, FPG_ECO24 ; B7ULJ0, FPG_ECO27 ; B7MFJ6, FPG_ECO45 ; +DR B7L758, FPG_ECO55 ; P64148, FPG_ECO57 ; B5YWD3, FPG_ECO5E ; +DR B7NPE1, FPG_ECO7I ; B7N2X1, FPG_ECO81 ; B7M4B9, FPG_ECO8A ; +DR C4ZXM7, FPG_ECOBW ; B1X969, FPG_ECODH ; A8A697, FPG_ECOHS ; +DR A1AHG8, FPG_ECOK1 ; Q0TBH4, FPG_ECOL5 ; Q8FC87, FPG_ECOL6 ; +DR B1IZF8, FPG_ECOLC ; P05523, FPG_ECOLI ; B7NET9, FPG_ECOLU ; +DR B6I3L2, FPG_ECOSE ; B1LK72, FPG_ECOSM ; Q1R4V8, FPG_ECOUT ; +DR C5B9D8, FPG_EDWI9 ; A4W514, FPG_ENT38 ; Q837G3, FPG_ENTFA ; +DR B2VF70, FPG_ERWT9 ; Q2N7Y8, FPG_ERYLH ; B7LVJ6, FPG_ESCF3 ; +DR B1YKA0, FPG_EXIS2 ; C4L470, FPG_EXISA ; Q5NGY3, FPG_FRATT ; +DR B9M5V2, FPG_GEODF ; Q5KWC3, FPG_GEOKA ; Q39WD1, FPG_GEOMG ; +DR Q74EG5, FPG_GEOSL ; A5G7Q9, FPG_GEOUR ; B8F586, FPG_GLAP5 ; +DR Q7NFW7, FPG_GLOVI ; A9HI30, FPG_GLUDA ; Q5FN17, FPG_GLUOX ; +DR Q7VN67, FPG_HAEDU ; Q4QLW2, FPG_HAEI8 ; A5UDC3, FPG_HAEIE ; +DR A5UI87, FPG_HAEIG ; P44948, FPG_HAEIN ; Q2SPF3, FPG_HAHCH ; +DR Q9K855, FPG_HALH5 ; A1WZG2, FPG_HALHL ; B0TER7, FPG_HELMI ; +DR A9B0X2, FPG_HERA2 ; A4G916, FPG_HERAR ; Q0I0X6, FPG_HISS1 ; +DR B0UUX0, FPG_HISS2 ; Q31EB2, FPG_HYDCU ; Q5QZC1, FPG_IDILO ; +DR A6T2R7, FPG_JANMA ; Q28JI5, FPG_JANSC ; A6W7S6, FPG_KINRD ; +DR B5XTG8, FPG_KLEP3 ; A6TFM6, FPG_KLEP7 ; Q5FIV8, FPG_LACAC ; +DR Q1G9A3, FPG_LACDA ; Q049F3, FPG_LACDB ; Q041U1, FPG_LACGA ; +DR A8YWE6, FPG_LACH4 ; Q74IB5, FPG_LACJO ; Q9CIK4, FPG_LACLA ; +DR P42371, FPG_LACLC ; Q88WV4, FPG_LACPL ; C1DBB4, FPG_LARHH ; +DR Q38VS5, FPG_LATSS ; Q5X7I9, FPG_LEGPA ; Q5ZY18, FPG_LEGPH ; +DR Q5WYY6, FPG_LEGPL ; Q6AFJ3, FPG_LEIXX ; B1Y3P5, FPG_LEPCP ; +DR Q1WUN7, FPG_LIGS1 ; Q92BF1, FPG_LISIN ; Q71ZA3, FPG_LISMF ; +DR Q8Y6W7, FPG_LISMO ; A0L837, FPG_MAGMM ; Q65R59, FPG_MANSM ; +DR A6VSY6, FPG_MARMS ; A1U749, FPG_MARN8 ; C6BUX8, FPG_MARSD ; DR B7KN75, FPG_METC4 ; Q602J1, FPG_METCA ; A9W8R7, FPG_METEP ; DR Q1H3I3, FPG_METFK ; B8IIZ9, FPG_METNO ; B1ZGU8, FPG_METPB ; DR B1LWY6, FPG_METRJ ; B0UR68, FPG_METS4 ; B8EKR5, FPG_METSB ; DR Q5UQ00, FPG_MIMIV ; Q2RHE9, FPG_MOOTA ; A0QJ66, FPG_MYCA1 ; DR B1MDL2, FPG_MYCA9 ; P64151, FPG_MYCBO ; A1KMR9, FPG_MYCBP ; DR C1AG40, FPG_MYCBT ; P55825, FPG_MYCGE ; A4TE57, FPG_MYCGI ; -DR B8ZRZ2, FPG_MYCLB ; O69470, FPG_MYCLE ; B2HJJ6, FPG_MYCMM ; -DR Q73VL9, FPG_MYCPA ; P75402, FPG_MYCPN ; Q98QQ1, FPG_MYCPU ; -DR A0QV21, FPG_MYCS2 ; A3PXU1, FPG_MYCSJ ; A1UED7, FPG_MYCSK ; -DR Q1BAM5, FPG_MYCSS ; A5U6T0, FPG_MYCTA ; A0PQ49, FPG_MYCUA ; -DR A1T737, FPG_MYCVP ; Q5F8Z9, FPG_NEIG1 ; P57014, FPG_NEIMA ; -DR P55044, FPG_NEIMB ; Q0AD66, FPG_NITEC ; Q82S12, FPG_NITEU ; -DR Q2YBI1, FPG_NITMU ; Q3J7U5, FPG_NITOC ; Q3SWN3, FPG_NITWN ; -DR Q5YS09, FPG_NOCFA ; A1SLU7, FPG_NOCSJ ; B2J5G0, FPG_NOSP7 ; -DR Q8YP80, FPG_NOSS1 ; Q2GAT0, FPG_NOVAD ; Q8EPE6, FPG_OCEIH ; -DR A1BAN2, FPG_PARDP ; A7HZC4, FPG_PARL1 ; Q7U4V2, FPG_PARMW ; -DR B2JCP3, FPG_PARP8 ; B2SXG9, FPG_PARPJ ; Q6MCT3, FPG_PARUW ; +DR B8ZRZ2, FPG_MYCLB ; O69470, FPG_MYCLE ; Q6KHS0, FPG_MYCM1 ; +DR B2HJJ6, FPG_MYCMM ; Q73VL9, FPG_MYCPA ; P75402, FPG_MYCPN ; +DR Q98QQ1, FPG_MYCPU ; A0QV21, FPG_MYCS2 ; A3PXU1, FPG_MYCSJ ; +DR A1UED7, FPG_MYCSK ; Q1BAM5, FPG_MYCSS ; A5U6T0, FPG_MYCTA ; +DR A0PQ49, FPG_MYCUA ; A1T737, FPG_MYCVP ; Q5F8Z9, FPG_NEIG1 ; +DR P57014, FPG_NEIMA ; P55044, FPG_NEIMB ; Q0AD66, FPG_NITEC ; +DR Q82S12, FPG_NITEU ; Q2YBI1, FPG_NITMU ; Q3J7U5, FPG_NITOC ; +DR Q726D5, FPG_NITV2 ; Q3SWN3, FPG_NITWN ; Q5YS09, FPG_NOCFA ; +DR A1SLU7, FPG_NOCSJ ; B2J5G0, FPG_NOSP7 ; Q8YP80, FPG_NOSS1 ; +DR Q2GAT0, FPG_NOVAD ; Q8EPE6, FPG_OCEIH ; A1BAN2, FPG_PARDP ; +DR A7HZC4, FPG_PARL1 ; Q7U4V2, FPG_PARMW ; B2JCP3, FPG_PARP8 ; +DR B2SXG9, FPG_PARPJ ; A8L594, FPG_PARS2 ; Q6MCT3, FPG_PARUW ; DR Q145W8, FPG_PARXL ; P57910, FPG_PASMU ; Q6DAV4, FPG_PECAS ; DR C6DIB8, FPG_PECCP ; Q03GC2, FPG_PEDPA ; A1AV29, FPG_PELPD ; DR A5D0T6, FPG_PELTS ; B4RC43, FPG_PHEZH ; Q8VW76, FPG_PHODP ; @@ -136046,8 +136946,8 @@ DR A7MSN3, FPG_VIBC1 ; A5F407, FPG_VIBC3 ; Q9KVC5, FPG_VIBCH ; DR C3LQI3, FPG_VIBCM ; Q87T81, FPG_VIBPA ; Q8DDY4, FPG_VIBVU ; DR Q7MPS3, FPG_VIBVY ; Q73G10, FPG_WOLPM ; B3CM71, FPG_WOLPP ; DR Q5GS47, FPG_WOLTR ; C0R4I6, FPG_WOLWR ; Q8PEQ4, FPG_XANAC ; -DR Q3BM92, FPG_XANC5 ; Q4UNU6, FPG_XANC8 ; B0RZ50, FPG_XANCB ; -DR Q8P3C4, FPG_XANCP ; Q2P8V2, FPG_XANOM ; B2STU3, FPG_XANOP ; +DR Q4UNU6, FPG_XANC8 ; B0RZ50, FPG_XANCB ; Q8P3C4, FPG_XANCP ; +DR Q3BM92, FPG_XANE5 ; Q2P8V2, FPG_XANOM ; B2STU3, FPG_XANOP ; DR Q5H667, FPG_XANOR ; A7IKJ3, FPG_XANP2 ; P64154, FPG_XYLFA ; DR P64155, FPG_XYLFT ; A1JHR7, FPG_YERE8 ; A7FCT7, FPG_YERP3 ; DR Q1C270, FPG_YERPA ; B2JYN6, FPG_YERPB ; Q8ZJP0, FPG_YERPE ; @@ -136165,6 +137065,17 @@ CC -!- The reaction occurs spontaneously when the pH is between 8-9, but the CC enzyme is required at the physiological pH, which is close to 7. DR A0A2U9GHG9, THS1_PAPSO ; A0A2U9GGW3, THS2_PAPSO ; // +ID 4.2.99.25 +DE unsaturated pyranuronate lyase. +CA (1) 4-deoxy-L-erythro-hex-4-enopyranuronate = (4S,5S)-4,5-dihydroxy-2,6- +CA dioxohexanoate. +CA (2) 4-deoxy-L-threo-hex-4-enopyranuronate = 5-dehydro-4-deoxy-D- +CA glucuronate. +CC -!- The enzyme, found in bacteria and archaea, is involved in the +CC degradation of polysaccharides such as alginate and pectin. +CC -!- The enzyme catalyzes a pyranose ring-opening reaction followed by +CC enol-keto tautomerization. +// ID 4.2.99.n1 DE Transferred entry: 4.2.99.20. // @@ -136173,10 +137084,11 @@ DE aspartate ammonia-lyase. AN aspartase. AN fumaric aminase. CA L-aspartate = fumarate + NH4(+). -DR P26899, ASPA_BACSU ; Q59200, ASPA_CORGL ; Q8XDS0, ASPA_ECO57 ; -DR P0AC39, ASPA_ECOL6 ; P0AC38, ASPA_ECOLI ; P44324, ASPA_HAEIN ; -DR Q9ZLI5, ASPA_HELPJ ; P56149, ASPA_HELPY ; Q9HTD7, ASPA_PSEAE ; -DR P07346, ASPA_PSEFL ; P33109, ASPA_SERMA ; P0AC40, ASPA_SHIFL ; +DR Q9LCC6, ASPA_BACSP ; P26899, ASPA_BACSU ; Q59200, ASPA_CORGL ; +DR Q8XDS0, ASPA_ECO57 ; P0AC39, ASPA_ECOL6 ; P0AC38, ASPA_ECOLI ; +DR P44324, ASPA_HAEIN ; Q9ZLI5, ASPA_HELPJ ; P56149, ASPA_HELPY ; +DR Q9HTD7, ASPA_PSEAE ; P0DXC8, ASPA_PSECO ; P07346, ASPA_PSEFL ; +DR P33109, ASPA_SERMA ; P0AC40, ASPA_SHIFL ; // ID 4.3.1.2 DE methylaspartate ammonia-lyase. @@ -136346,8 +137258,9 @@ CA L-ornithine = L-proline + NH4(+). CC -!- The enzyme is a member of the mu-crystallin protein family. CC -!- The reaction is stimulated by the presence of ADP or ATP and is CC inhibited by O2. -DR P09773, OCD_AGRFC ; Q59701, OCD_AGRT4 ; Q59175, OCD_BRUAB ; -DR Q8YCY1, OCD_BRUME ; Q8FVE4, OCD_BRUSU ; Q88H32, OCD_PSEPK ; +DR Q8YMD9, AGRE_NOSS1 ; P74535, ARGZ_SYNY3 ; P09773, OCD_AGRFC ; +DR Q59701, OCD_AGRT4 ; Q59175, OCD_BRUAB ; Q8YCY1, OCD_BRUME ; +DR Q8FVE4, OCD_BRUSU ; Q88H32, OCD_PSEPK ; // ID 4.3.1.13 DE carbamoyl-serine ammonia-lyase. @@ -136419,14 +137332,14 @@ DR Q8VBT2, SDHL_MOUSE ; P66774, SDHL_MYCBO ; P9WGT4, SDHL_MYCTO ; DR P9WGT5, SDHL_MYCTU ; P09367, SDHL_RAT ; O86564, SDHL_STRCO ; DR B3LU13, SDHL_YEAS1 ; B5VKE8, SDHL_YEAS6 ; A6ZVB1, SDHL_YEAS7 ; DR C8ZAU6, SDHL_YEAS8 ; P30744, SDHM_ECOLI ; Q96GA7, SDSL_HUMAN ; -DR Q8R238, SDSL_MOUSE ; Q2PGG3, SRR_ARATH ; A0JNI4, SRR_BOVIN ; -DR Q54HH2, SRR_DICDI ; Q9GZT4, SRR_HUMAN ; Q9QZX7, SRR_MOUSE ; -DR A2XWA9, SRR_ORYSI ; Q7XSN8, SRR_ORYSJ ; Q76EQ0, SRR_RAT ; -DR O59791, SRR_SCHPO ; P25379, STDH_YEAST ; P25306, TD2_SOLLC ; -DR P0AGF8, TDCB_ECO57 ; P0AGF7, TDCB_ECOL6 ; P0AGF6, TDCB_ECOLI ; -DR P11954, TDCB_SALTY ; P0AGF9, TDCB_SHIFL ; P42630, TDCG_ECOLI ; -DR Q74FW6, TSAL_GEOSL ; Q9WYJ1, TSAL_THEMA ; P0CF22, YI167_YEAST; -DR P0CF21, YI168_YEAST; +DR Q8R238, SDSL_MOUSE ; A0A6N3IN21, SDSL_RAT ; Q2PGG3, SRR_ARATH ; +DR A0JNI4, SRR_BOVIN ; Q54HH2, SRR_DICDI ; Q9GZT4, SRR_HUMAN ; +DR Q9QZX7, SRR_MOUSE ; A2XWA9, SRR_ORYSI ; Q7XSN8, SRR_ORYSJ ; +DR Q76EQ0, SRR_RAT ; O59791, SRR_SCHPO ; P25379, STDH_YEAST ; +DR P25306, TD2_SOLLC ; P0AGF8, TDCB_ECO57 ; P0AGF7, TDCB_ECOL6 ; +DR P0AGF6, TDCB_ECOLI ; P11954, TDCB_SALTY ; P0AGF9, TDCB_SHIFL ; +DR P42630, TDCG_ECOLI ; Q74FW6, TSAL_GEOSL ; Q9WYJ1, TSAL_THEMA ; +DR P0CF22, YI167_YEAST; P0CF21, YI168_YEAST; // ID 4.3.1.18 DE D-serine ammonia-lyase. @@ -136446,46 +137359,47 @@ CC -!- The latter reaction, which can occur spontaneously, can also be CC catalyzed by EC 3.5.99.10. CC -!- Also acts, slowly, on D-threonine. CC -!- Formerly EC 4.2.1.14. -DR A0A8V1ABE9, DSD1_CHICK ; Q9US35, DSD1_SCHPO ; P53095, DSD1_YEAST ; -DR Q0TF95, SDHD1_ECOL5; Q1R901, SDHD1_ECOUT; Q0T953, SDHD2_ECOL5; -DR Q1R2Q6, SDHD2_ECOUT; Q6FDC1, SDHD_ACIAD ; B7I8P7, SDHD_ACIB5 ; -DR B2HVC6, SDHD_ACIBC ; A3M3B1, SDHD_ACIBT ; B9MIR7, SDHD_ACIET ; -DR A1W838, SDHD_ACISJ ; A0KI76, SDHD_AERHH ; A4SPX2, SDHD_AERS4 ; -DR C3L7G5, SDHD_BACAC ; A0RCF8, SDHD_BACAH ; Q81S85, SDHD_BACAN ; -DR Q73AC5, SDHD_BACC1 ; B7IR88, SDHD_BACC2 ; C1EPF1, SDHD_BACC3 ; -DR B7HID8, SDHD_BACC4 ; B7HMG6, SDHD_BACC7 ; Q81F73, SDHD_BACCR ; -DR Q63D23, SDHD_BACCZ ; Q6HKG3, SDHD_BACHK ; A9VPH9, SDHD_BACMK ; -DR P54555, SDHD_BACSU ; Q396Y3, SDHD_BURL3 ; A3P975, SDHD_BURP0 ; -DR Q3JJ76, SDHD_BURP1 ; A3NNQ0, SDHD_BURP6 ; Q63IF8, SDHD_BURPS ; -DR Q2T8Q2, SDHD_BURTA ; Q3AFZ5, SDHD_CARHZ ; Q7NUP9, SDHD_CHRVO ; -DR A8ACI7, SDHD_CITK8 ; Q47V69, SDHD_COLP3 ; Q46X58, SDHD_CUPPJ ; -DR Q24WR0, SDHD_DESHY ; A7ZPH2, SDHD_ECO24 ; B7MH26, SDHD_ECO45 ; -DR B7LBR9, SDHD_ECO55 ; Q8XCK5, SDHD_ECO57 ; B5YYW7, SDHD_ECO5E ; -DR B7MY25, SDHD_ECO81 ; B7M6N5, SDHD_ECO8A ; C4ZVQ3, SDHD_ECOBW ; -DR B1X9N9, SDHD_ECODH ; A8A2M0, SDHD_ECOHS ; A1ADP3, SDHD_ECOK1 ; -DR Q8FFF4, SDHD_ECOL6 ; B1IX96, SDHD_ECOLC ; P00926, SDHD_ECOLI ; -DR B7N5W6, SDHD_ECOLU ; B6I6R7, SDHD_ECOSE ; B7LK20, SDHD_ESCF3 ; -DR Q8RFX6, SDHD_FUSNN ; Q75TC9, SDHD_GEOKA ; Q75TH5, SDHD_GEOSE ; -DR Q2SHX7, SDHD_HAHCH ; Q9KC12, SDHD_HALH5 ; Q0I5V1, SDHD_HISS1 ; -DR B0UWV3, SDHD_HISS2 ; Q88TY1, SDHD_LACPL ; B2GBP8, SDHD_LIMF3 ; -DR Q04G28, SDHD_OENOB ; A1TPW5, SDHD_PARC0 ; Q03DF6, SDHD_PEDPA ; -DR Q7N5H9, SDHD_PHOLL ; Q6LHF5, SDHD_PHOPR ; A1VWK8, SDHD_POLNA ; -DR A6V271, SDHD_PSEA7 ; B7V2Y0, SDHD_PSEA8 ; Q02QJ1, SDHD_PSEAB ; -DR Q9HYN9, SDHD_PSEAE ; A4XXF3, SDHD_PSEMY ; A5W4Y8, SDHD_PSEP1 ; -DR B0KGK3, SDHD_PSEPG ; B3PYT5, SDHD_RHIE6 ; B5ZNC1, SDHD_RHILW ; -DR B5EY75, SDHD_SALA4 ; A9MKH2, SDHD_SALAR ; Q57I32, SDHD_SALCH ; -DR B5FMC1, SDHD_SALDC ; B5QU31, SDHD_SALEP ; B5RG23, SDHD_SALG2 ; -DR B4TA53, SDHD_SALHS ; B4SY68, SDHD_SALNS ; Q5PKR3, SDHD_SALPA ; -DR A9MWI4, SDHD_SALPB ; C0Q241, SDHD_SALPC ; B5BII6, SDHD_SALPK ; -DR B4TMW9, SDHD_SALSV ; Q8Z2L4, SDHD_SALTI ; Q8ZL08, SDHD_SALTY ; -DR A8GES6, SDHD_SERP5 ; Q31YA5, SDHD_SHIBS ; Q32DH8, SDHD_SHIDS ; -DR Q0T2D1, SDHD_SHIF8 ; Q83MK8, SDHD_SHIFL ; Q3YZG4, SDHD_SHISS ; -DR Q5WGL6, SDHD_SHOC1 ; A6UB95, SDHD_SINMW ; Q4A041, SDHD_STAS1 ; -DR A7MYG2, SDHD_VIBC1 ; A5F0M6, SDHD_VIBC3 ; Q9KL72, SDHD_VIBCH ; -DR C3LWD9, SDHD_VIBCM ; Q87QA2, SDHD_VIBPA ; A1JJW5, SDHD_YERE8 ; -DR Q2PGG3, SRR_ARATH ; A0JNI4, SRR_BOVIN ; Q54HH2, SRR_DICDI ; -DR Q9GZT4, SRR_HUMAN ; Q9QZX7, SRR_MOUSE ; A2XWA9, SRR_ORYSI ; -DR Q7XSN8, SRR_ORYSJ ; Q76EQ0, SRR_RAT ; O59791, SRR_SCHPO ; +DR A0A8V1ABE9, DSD1_CHICK ; Q54XE5, DSD1_DICDI ; Q9US35, DSD1_SCHPO ; +DR P53095, DSD1_YEAST ; Q0TF95, SDHD1_ECOL5; Q1R901, SDHD1_ECOUT; +DR Q0T953, SDHD2_ECOL5; Q1R2Q6, SDHD2_ECOUT; Q6FDC1, SDHD_ACIAD ; +DR B7I8P7, SDHD_ACIB5 ; B2HVC6, SDHD_ACIBC ; A3M3B1, SDHD_ACIBT ; +DR B9MIR7, SDHD_ACIET ; A1W838, SDHD_ACISJ ; A0KI76, SDHD_AERHH ; +DR A4SPX2, SDHD_AERS4 ; C3L7G5, SDHD_BACAC ; A0RCF8, SDHD_BACAH ; +DR Q81S85, SDHD_BACAN ; Q73AC5, SDHD_BACC1 ; B7IR88, SDHD_BACC2 ; +DR C1EPF1, SDHD_BACC3 ; B7HID8, SDHD_BACC4 ; B7HMG6, SDHD_BACC7 ; +DR Q81F73, SDHD_BACCR ; Q63D23, SDHD_BACCZ ; Q6HKG3, SDHD_BACHK ; +DR A9VPH9, SDHD_BACMK ; P54555, SDHD_BACSU ; Q396Y3, SDHD_BURL3 ; +DR A3P975, SDHD_BURP0 ; Q3JJ76, SDHD_BURP1 ; A3NNQ0, SDHD_BURP6 ; +DR Q63IF8, SDHD_BURPS ; Q2T8Q2, SDHD_BURTA ; Q3AFZ5, SDHD_CARHZ ; +DR Q7NUP9, SDHD_CHRVO ; A8ACI7, SDHD_CITK8 ; Q47V69, SDHD_COLP3 ; +DR Q46X58, SDHD_CUPPJ ; Q24WR0, SDHD_DESHY ; A7ZPH2, SDHD_ECO24 ; +DR B7MH26, SDHD_ECO45 ; B7LBR9, SDHD_ECO55 ; Q8XCK5, SDHD_ECO57 ; +DR B5YYW7, SDHD_ECO5E ; B7MY25, SDHD_ECO81 ; B7M6N5, SDHD_ECO8A ; +DR C4ZVQ3, SDHD_ECOBW ; B1X9N9, SDHD_ECODH ; A8A2M0, SDHD_ECOHS ; +DR A1ADP3, SDHD_ECOK1 ; Q8FFF4, SDHD_ECOL6 ; B1IX96, SDHD_ECOLC ; +DR P00926, SDHD_ECOLI ; B7N5W6, SDHD_ECOLU ; B6I6R7, SDHD_ECOSE ; +DR B7LK20, SDHD_ESCF3 ; Q8RFX6, SDHD_FUSNN ; Q75TC9, SDHD_GEOKA ; +DR Q75TH5, SDHD_GEOSE ; Q2SHX7, SDHD_HAHCH ; Q9KC12, SDHD_HALH5 ; +DR Q0I5V1, SDHD_HISS1 ; B0UWV3, SDHD_HISS2 ; Q88TY1, SDHD_LACPL ; +DR B2GBP8, SDHD_LIMF3 ; Q04G28, SDHD_OENOB ; A1TPW5, SDHD_PARC0 ; +DR Q03DF6, SDHD_PEDPA ; Q7N5H9, SDHD_PHOLL ; Q6LHF5, SDHD_PHOPR ; +DR A1VWK8, SDHD_POLNA ; A6V271, SDHD_PSEA7 ; B7V2Y0, SDHD_PSEA8 ; +DR Q02QJ1, SDHD_PSEAB ; Q9HYN9, SDHD_PSEAE ; A4XXF3, SDHD_PSEMY ; +DR A5W4Y8, SDHD_PSEP1 ; B0KGK3, SDHD_PSEPG ; B3PYT5, SDHD_RHIE6 ; +DR B5ZNC1, SDHD_RHILW ; B5EY75, SDHD_SALA4 ; A9MKH2, SDHD_SALAR ; +DR Q57I32, SDHD_SALCH ; B5FMC1, SDHD_SALDC ; B5QU31, SDHD_SALEP ; +DR B5RG23, SDHD_SALG2 ; B4TA53, SDHD_SALHS ; B4SY68, SDHD_SALNS ; +DR Q5PKR3, SDHD_SALPA ; A9MWI4, SDHD_SALPB ; C0Q241, SDHD_SALPC ; +DR B5BII6, SDHD_SALPK ; B4TMW9, SDHD_SALSV ; Q8Z2L4, SDHD_SALTI ; +DR Q8ZL08, SDHD_SALTY ; A8GES6, SDHD_SERP5 ; Q31YA5, SDHD_SHIBS ; +DR Q32DH8, SDHD_SHIDS ; Q0T2D1, SDHD_SHIF8 ; Q83MK8, SDHD_SHIFL ; +DR Q3YZG4, SDHD_SHISS ; Q5WGL6, SDHD_SHOC1 ; A6UB95, SDHD_SINMW ; +DR Q4A041, SDHD_STAS1 ; A7MYG2, SDHD_VIBC1 ; A5F0M6, SDHD_VIBC3 ; +DR Q9KL72, SDHD_VIBCH ; C3LWD9, SDHD_VIBCM ; Q87QA2, SDHD_VIBPA ; +DR A1JJW5, SDHD_YERE8 ; Q2PGG3, SRR_ARATH ; A0JNI4, SRR_BOVIN ; +DR Q54HH2, SRR_DICDI ; Q9GZT4, SRR_HUMAN ; Q9QZX7, SRR_MOUSE ; +DR A2XWA9, SRR_ORYSI ; Q7XSN8, SRR_ORYSJ ; Q76EQ0, SRR_RAT ; +DR O59791, SRR_SCHPO ; // ID 4.3.1.19 DE threonine ammonia-lyase. @@ -136517,16 +137431,16 @@ DR Q7A4H2, ILVA_STAAN ; Q3V7T5, ILVA_STAAR ; Q3V7T4, ILVA_STAAS ; DR Q8NVI8, ILVA_STAAW ; Q5HMF5, ILVA_STAEQ ; Q8CNK9, ILVA_STAES ; DR Q4L7U4, ILVA_STAHJ ; Q49Z16, ILVA_STAS1 ; Q0VCW4, SDHL_BOVIN ; DR P20132, SDHL_HUMAN ; Q8VBT2, SDHL_MOUSE ; P09367, SDHL_RAT ; -DR Q96GA7, SDSL_HUMAN ; Q8R238, SDSL_MOUSE ; P25379, STDH_YEAST ; -DR A0FKE6, TD1_SOLLC ; P25306, TD2_SOLLC ; P0AGF8, TDCB_ECO57 ; -DR P0AGF7, TDCB_ECOL6 ; P0AGF6, TDCB_ECOLI ; P11954, TDCB_SALTY ; -DR P0AGF9, TDCB_SHIFL ; Q2FH01, TDCB_STAA3 ; Q2FYJ3, TDCB_STAA8 ; -DR Q2YY67, TDCB_STAAB ; Q5HFY5, TDCB_STAAC ; Q99U50, TDCB_STAAM ; -DR Q7A5L8, TDCB_STAAN ; Q6GGX0, TDCB_STAAR ; Q6G9C4, TDCB_STAAS ; -DR Q8NWQ4, TDCB_STAAW ; Q9AXU4, TD_NICAT ; P31212, TD_SOLTU ; -DR Q9ZSS6, THD1_ARATH ; Q39469, THD1_CICAR ; O42615, THDH_BLAAD ; -DR O94634, THDH_SCHPO ; P00927, THDH_YEAST ; Q74FW6, TSAL_GEOSL ; -DR Q9WYJ1, TSAL_THEMA ; P55664, Y4TJ_SINFN ; +DR Q96GA7, SDSL_HUMAN ; Q8R238, SDSL_MOUSE ; A0A6N3IN21, SDSL_RAT ; +DR P25379, STDH_YEAST ; A0FKE6, TD1_SOLLC ; P25306, TD2_SOLLC ; +DR P0AGF8, TDCB_ECO57 ; P0AGF7, TDCB_ECOL6 ; P0AGF6, TDCB_ECOLI ; +DR P11954, TDCB_SALTY ; P0AGF9, TDCB_SHIFL ; Q2FH01, TDCB_STAA3 ; +DR Q2FYJ3, TDCB_STAA8 ; Q2YY67, TDCB_STAAB ; Q5HFY5, TDCB_STAAC ; +DR Q99U50, TDCB_STAAM ; Q7A5L8, TDCB_STAAN ; Q6GGX0, TDCB_STAAR ; +DR Q6G9C4, TDCB_STAAS ; Q8NWQ4, TDCB_STAAW ; Q9AXU4, TD_NICAT ; +DR P31212, TD_SOLTU ; Q9ZSS6, THD1_ARATH ; Q39469, THD1_CICAR ; +DR O42615, THDH_BLAAD ; O94634, THDH_SCHPO ; P00927, THDH_YEAST ; +DR Q74FW6, TSAL_GEOSL ; Q9WYJ1, TSAL_THEMA ; P55664, Y4TJ_SINFN ; // ID 4.3.1.20 DE erythro-3-hydroxy-L-aspartate ammonia-lyase. @@ -136698,6 +137612,19 @@ DR Q7U0G9, FBIC_MYCBO ; Q9CBX6, FBIC_MYCLE ; Q73WP9, FBIC_MYCPA ; DR P9WP76, FBIC_MYCTO ; P9WP77, FBIC_MYCTU ; Q5YQD7, FBIC_NOCFA ; DR Q82GV2, FBIC_STRAW ; Q9KZZ7, FBIC_STRCO ; // +ID 4.3.1.33 +DE (R)-1-hydroxy-2-aminoethylphosphonate ammonia-lyase. +CA (1R)-(2-amino-1-hydroxyethyl)phosphonate = NH4(+) + +CA phosphonoacetaldehyde. +CC -!- A pyridoxal 5'-phosphate enzyme. +CC -!- This bacterial enzyme, characterized from the marine bacterium Vibrio +CC splendidus, expands the substrate scope of a widespread pathway for +CC the degradation of 2-aminoethylphosphonate. +CC -!- The enzyme is highly specific and does not act on the S enantiomer of +CC 1-hydroxy-2-aminoethylphosphonate or other structurally related +CC compounds. +DR A3UZK3, PBFA_VIBS1 ; +// ID 4.3.2.1 DE argininosuccinate lyase. AN arginosuccinase. @@ -136721,91 +137648,90 @@ DR A6TL09, ARLY_ALKMQ ; B9JTJ2, ARLY_ALLAM ; B4S0H4, ARLY_ALTMD ; DR B8JAN8, ARLY_ANAD2 ; Q2IGX8, ARLY_ANADE ; A7H771, ARLY_ANADF ; DR B4UHY4, ARLY_ANASK ; B7GGR5, ARLY_ANOFW ; P33110, ARLY_ANSAN ; DR O67383, ARLY_AQUAE ; P51464, ARLY_AQUCT ; Q9LEU8, ARLY_ARATH ; -DR O29379, ARLY_ARCFU ; Q5P7H3, ARLY_AROAE ; A1K451, ARLY_AZOSB ; -DR C1DJ48, ARLY_AZOVD ; C3PB96, ARLY_BACAA ; C3L913, ARLY_BACAC ; -DR A0RJM3, ARLY_BACAH ; Q81KV8, ARLY_BACAN ; B7JS05, ARLY_BACC0 ; -DR Q72ZA4, ARLY_BACC1 ; B7IK28, ARLY_BACC2 ; B7H6Y4, ARLY_BACC4 ; -DR B7HRS6, ARLY_BACC7 ; A7GTR4, ARLY_BACCN ; Q817C7, ARLY_BACCR ; -DR Q633G5, ARLY_BACCZ ; Q5LI10, ARLY_BACFN ; Q64Z15, ARLY_BACFR ; -DR Q6HCP8, ARLY_BACHK ; Q65G68, ARLY_BACLD ; A9VKE0, ARLY_BACMK ; -DR A8FG69, ARLY_BACP2 ; O34858, ARLY_BACSU ; Q8A1D3, ARLY_BACTN ; -DR A7Z7L9, ARLY_BACVZ ; A1UQY9, ARLY_BARBK ; A9IZG7, ARLY_BART1 ; -DR B3DSY6, ARLY_BIFLD ; Q8G5F3, ARLY_BIFLO ; B7GTN9, ARLY_BIFLS ; -DR Q2L1J6, ARLY_BORA1 ; Q7WJI7, ARLY_BORBR ; Q7WAE4, ARLY_BORPA ; -DR Q7VVG6, ARLY_BORPE ; Q3SZJ0, ARLY_BOVIN ; P59613, ARLY_BRADU ; -DR A5EB50, ARLY_BRASB ; A4Z1S4, ARLY_BRASO ; B2S8N8, ARLY_BRUA1 ; -DR Q2YR87, ARLY_BRUA2 ; A6WXL6, ARLY_BRUA4 ; Q57AS3, ARLY_BRUAB ; -DR A9M968, ARLY_BRUC2 ; C0RFM4, ARLY_BRUMB ; Q8YJJ7, ARLY_BRUME ; -DR B0CIY4, ARLY_BRUSI ; Q8FYA4, ARLY_BRUSU ; P57159, ARLY_BUCAI ; -DR Q8KA59, ARLY_BUCAP ; P59614, ARLY_BUCBP ; Q058D5, ARLY_BUCCC ; -DR A0K9K2, ARLY_BURCH ; B4E8D2, ARLY_BURCJ ; Q39DW2, ARLY_BURL3 ; -DR P59615, ARLY_BURM1 ; A3MLL6, ARLY_BURM7 ; A2SAG6, ARLY_BURM9 ; -DR Q62LD1, ARLY_BURMA ; A1V5V1, ARLY_BURMS ; B1JWR5, ARLY_BURO0 ; -DR Q1BUI4, ARLY_BURO1 ; Q2T079, ARLY_BURTA ; A4JGV8, ARLY_BURVG ; -DR B9MRP4, ARLY_CALBD ; Q8R7C3, ARLY_CALS4 ; A4XKG3, ARLY_CALS8 ; -DR A7ZC90, ARLY_CAMC1 ; A7GXA8, ARLY_CAMC5 ; A7I3C8, ARLY_CAMHC ; -DR A8FLY0, ARLY_CAMJ8 ; A7H3C0, ARLY_CAMJD ; Q46104, ARLY_CAMJE ; -DR A1VZR4, ARLY_CAMJJ ; Q5HUM8, ARLY_CAMJR ; P43061, ARLY_CANAX ; -DR Q3A9W6, ARLY_CARHZ ; B0T2T7, ARLY_CAUSK ; Q9A683, ARLY_CAUVC ; -DR A3PMB7, ARLY_CERS1 ; Q3IZY2, ARLY_CERS4 ; A4WVB9, ARLY_CERS5 ; -DR Q11DW5, ARLY_CHESB ; A9WJR8, ARLY_CHLAA ; B8GD12, ARLY_CHLAD ; -DR Q3ASM4, ARLY_CHLCH ; B3ECP3, ARLY_CHLL2 ; Q3B426, ARLY_CHLL3 ; -DR B3QN90, ARLY_CHLP8 ; A1BG31, ARLY_CHLPD ; P22675, ARLY_CHLRE ; -DR B9LD91, ARLY_CHLSY ; Q8KDJ5, ARLY_CHLTE ; Q1QSV4, ARLY_CHRSD ; -DR Q7P1U7, ARLY_CHRVO ; B5ED16, ARLY_CITBB ; A8AKW2, ARLY_CITK8 ; -DR A5CSI8, ARLY_CLAM3 ; B0RHD6, ARLY_CLAMS ; Q97KE5, ARLY_CLOAB ; -DR A7FWU5, ARLY_CLOB1 ; C3L1U2, ARLY_CLOB6 ; A6M1Z5, ARLY_CLOB8 ; -DR B2UYI1, ARLY_CLOBA ; B2TQ24, ARLY_CLOBB ; A5I5A3, ARLY_CLOBH ; -DR C1FU67, ARLY_CLOBJ ; B1IK07, ARLY_CLOBK ; A7GGQ8, ARLY_CLOBL ; -DR B1KXY0, ARLY_CLOBM ; Q182I5, ARLY_CLOD6 ; B9E0B2, ARLY_CLOK1 ; -DR A5N6U3, ARLY_CLOK5 ; A0Q1Z1, ARLY_CLONN ; Q0TTA6, ARLY_CLOP1 ; -DR Q8XMJ8, ARLY_CLOPE ; P59616, ARLY_CLOTE ; Q01592, ARLY_COLLI ; -DR Q6NHG4, ARLY_CORDI ; Q8FTM8, ARLY_COREF ; A4QDZ5, ARLY_CORGB ; -DR O88101, ARLY_CORGL ; Q4JVZ7, ARLY_CORJK ; B1X082, ARLY_CROS5 ; -DR A7ML84, ARLY_CROS8 ; Q1LJQ2, ARLY_CUPMC ; Q0K7M0, ARLY_CUPNH ; -DR Q474V6, ARLY_CUPPJ ; Q6A816, ARLY_CUTAK ; Q479S1, ARLY_DECAR ; -DR Q3Z726, ARLY_DEHM1 ; A5FQ74, ARLY_DEHMB ; Q3ZYF9, ARLY_DEHMC ; -DR C1CXS0, ARLY_DEIDV ; Q1IWM5, ARLY_DEIGD ; Q9RWJ0, ARLY_DEIRA ; -DR B8FH31, ARLY_DESAL ; B1I1D1, ARLY_DESAP ; B8IZS3, ARLY_DESDA ; -DR B8FWX3, ARLY_DESHD ; Q24ZG7, ARLY_DESHY ; Q6AR60, ARLY_DESPS ; -DR A4J174, ARLY_DESRM ; Q72D36, ARLY_DESVH ; B8DN65, ARLY_DESVM ; -DR A1VEQ1, ARLY_DESVV ; A8LL46, ARLY_DINSH ; A7ZUH8, ARLY_ECO24 ; -DR B7UNT6, ARLY_ECO27 ; B7MI96, ARLY_ECO45 ; B7LA60, ARLY_ECO55 ; -DR Q8X730, ARLY_ECO57 ; B5Z062, ARLY_ECO5E ; B7NU40, ARLY_ECO7I ; -DR B7MR51, ARLY_ECO81 ; B7M714, ARLY_ECO8A ; C5A0Q9, ARLY_ECOBW ; -DR B1XBC5, ARLY_ECODH ; A8A768, ARLY_ECOHS ; A1AID8, ARLY_ECOK1 ; -DR Q0TAA0, ARLY_ECOL5 ; Q8FB96, ARLY_ECOL6 ; B1IVB8, ARLY_ECOLC ; -DR P11447, ARLY_ECOLI ; B7NFR0, ARLY_ECOLU ; B6I5H6, ARLY_ECOSE ; -DR Q1R3V1, ARLY_ECOUT ; C5BC57, ARLY_EDWI9 ; Q3YSS4, ARLY_EHRCJ ; -DR Q2GFQ7, ARLY_EHRCR ; Q5FH83, ARLY_EHRRG ; Q5HBZ4, ARLY_EHRRW ; -DR A4WG51, ARLY_ENT38 ; B2VGA9, ARLY_ERWT9 ; B7LUN5, ARLY_ESCF3 ; -DR B1YJ36, ARLY_EXIS2 ; C4L2P3, ARLY_EXISA ; Q2J867, ARLY_FRACC ; -DR B9M377, ARLY_GEODF ; Q5KW95, ARLY_GEOKA ; Q39Z69, ARLY_GEOMG ; -DR Q74GT9, ARLY_GEOSL ; C6E6Y9, ARLY_GEOSM ; C5D678, ARLY_GEOSW ; -DR A4IRS2, ARLY_GEOTN ; A5GDA7, ARLY_GEOUR ; B8F531, ARLY_GLAP5 ; -DR B7K8U6, ARLY_GLOC7 ; Q7NLS0, ARLY_GLOVI ; A9HRH6, ARLY_GLUDA ; -DR Q5FPK5, ARLY_GLUOX ; Q7VME5, ARLY_HAEDU ; Q4QM89, ARLY_HAEI8 ; -DR A5UDR3, ARLY_HAEIE ; A5UHW3, ARLY_HAEIG ; P44314, ARLY_HAEIN ; -DR Q2SQ67, ARLY_HAHCH ; Q9K821, ARLY_HALH5 ; A1WVT8, ARLY_HALHL ; -DR Q5UZ47, ARLY_HALMA ; B0R7V5, ARLY_HALS3 ; Q9HMQ3, ARLY_HALSA ; -DR Q7VFF8, ARLY_HELHP ; Q8GDU5, ARLY_HELMO ; A9AWL1, ARLY_HERA2 ; -DR A4G3U8, ARLY_HERAR ; Q0I2U1, ARLY_HISS1 ; B0UTI4, ARLY_HISS2 ; -DR P04424, ARLY_HUMAN ; Q31JG7, ARLY_HYDCU ; B4U6T9, ARLY_HYDS0 ; -DR Q0BWK6, ARLY_HYPNA ; A6SX31, ARLY_JANMA ; Q28V48, ARLY_JANSC ; -DR A6WCT0, ARLY_KINRD ; B5XZ16, ARLY_KLEP3 ; A6TGE4, ARLY_KLEP7 ; -DR Q1IIZ3, ARLY_KORVE ; C4Z0V2, ARLY_LACE2 ; Q9CJ76, ARLY_LACLA ; -DR A2RHL0, ARLY_LACLM ; Q032X5, ARLY_LACLS ; Q033U6, ARLY_LACP3 ; -DR A9KQ51, ARLY_LACP7 ; P59617, ARLY_LACPL ; C1D665, ARLY_LARHH ; -DR Q1MQL6, ARLY_LAWIP ; Q5X7P8, ARLY_LEGPA ; A5IHA2, ARLY_LEGPC ; -DR Q5ZY77, ARLY_LEGPH ; Q5WZ49, ARLY_LEGPL ; Q6AGC8, ARLY_LEIXX ; -DR B0SHK4, ARLY_LEPBA ; Q04RM0, ARLY_LEPBJ ; Q052A1, ARLY_LEPBL ; -DR B0SR12, ARLY_LEPBP ; B1Y070, ARLY_LEPCP ; Q72RA8, ARLY_LEPIC ; -DR Q8F4G5, ARLY_LEPIN ; B1MZP3, ARLY_LEUCK ; Q03W71, ARLY_LEUMM ; -DR Q1WV66, ARLY_LIGS1 ; B2GE78, ARLY_LIMF3 ; A5VJH2, ARLY_LIMRD ; -DR B2G6Y7, ARLY_LIMRJ ; Q929S8, ARLY_LISIN ; C1KX44, ARLY_LISMC ; -DR Q71XS3, ARLY_LISMF ; B8DH27, ARLY_LISMH ; Q8Y5H1, ARLY_LISMO ; -DR A0AKJ8, ARLY_LISW6 ; B9EAN2, ARLY_MACCJ ; Q60HH3, ARLY_MACFA ; -DR A0LE33, ARLY_MAGMM ; Q2VYN2, ARLY_MAGSA ; Q65W16, ARLY_MANSM ; +DR O29379, ARLY_ARCFU ; Q5P7H3, ARLY_AROAE ; P0DXD4, ARLY_ARTPN ; +DR A1K451, ARLY_AZOSB ; C1DJ48, ARLY_AZOVD ; C3PB96, ARLY_BACAA ; +DR C3L913, ARLY_BACAC ; A0RJM3, ARLY_BACAH ; Q81KV8, ARLY_BACAN ; +DR B7JS05, ARLY_BACC0 ; Q72ZA4, ARLY_BACC1 ; B7IK28, ARLY_BACC2 ; +DR B7H6Y4, ARLY_BACC4 ; B7HRS6, ARLY_BACC7 ; A7GTR4, ARLY_BACCN ; +DR Q817C7, ARLY_BACCR ; Q633G5, ARLY_BACCZ ; Q5LI10, ARLY_BACFN ; +DR Q64Z15, ARLY_BACFR ; Q6HCP8, ARLY_BACHK ; Q65G68, ARLY_BACLD ; +DR A9VKE0, ARLY_BACMK ; A8FG69, ARLY_BACP2 ; O34858, ARLY_BACSU ; +DR Q8A1D3, ARLY_BACTN ; A7Z7L9, ARLY_BACVZ ; A1UQY9, ARLY_BARBK ; +DR A9IZG7, ARLY_BART1 ; B3DSY6, ARLY_BIFLD ; Q8G5F3, ARLY_BIFLO ; +DR B7GTN9, ARLY_BIFLS ; Q2L1J6, ARLY_BORA1 ; Q7WJI7, ARLY_BORBR ; +DR Q7WAE4, ARLY_BORPA ; Q7VVG6, ARLY_BORPE ; Q3SZJ0, ARLY_BOVIN ; +DR P59613, ARLY_BRADU ; A5EB50, ARLY_BRASB ; A4Z1S4, ARLY_BRASO ; +DR B2S8N8, ARLY_BRUA1 ; Q2YR87, ARLY_BRUA2 ; A6WXL6, ARLY_BRUA4 ; +DR Q57AS3, ARLY_BRUAB ; A9M968, ARLY_BRUC2 ; C0RFM4, ARLY_BRUMB ; +DR Q8YJJ7, ARLY_BRUME ; B0CIY4, ARLY_BRUSI ; Q8FYA4, ARLY_BRUSU ; +DR P57159, ARLY_BUCAI ; Q8KA59, ARLY_BUCAP ; P59614, ARLY_BUCBP ; +DR Q058D5, ARLY_BUCCC ; A0K9K2, ARLY_BURCH ; B4E8D2, ARLY_BURCJ ; +DR Q39DW2, ARLY_BURL3 ; P59615, ARLY_BURM1 ; A3MLL6, ARLY_BURM7 ; +DR A2SAG6, ARLY_BURM9 ; Q62LD1, ARLY_BURMA ; A1V5V1, ARLY_BURMS ; +DR B1JWR5, ARLY_BURO0 ; Q1BUI4, ARLY_BURO1 ; Q2T079, ARLY_BURTA ; +DR A4JGV8, ARLY_BURVG ; B9MRP4, ARLY_CALBD ; Q8R7C3, ARLY_CALS4 ; +DR A4XKG3, ARLY_CALS8 ; A7ZC90, ARLY_CAMC1 ; A7GXA8, ARLY_CAMC5 ; +DR A7I3C8, ARLY_CAMHC ; A8FLY0, ARLY_CAMJ8 ; A7H3C0, ARLY_CAMJD ; +DR Q46104, ARLY_CAMJE ; A1VZR4, ARLY_CAMJJ ; Q5HUM8, ARLY_CAMJR ; +DR P43061, ARLY_CANAX ; Q3A9W6, ARLY_CARHZ ; B0T2T7, ARLY_CAUSK ; +DR Q9A683, ARLY_CAUVC ; A3PMB7, ARLY_CERS1 ; Q3IZY2, ARLY_CERS4 ; +DR A4WVB9, ARLY_CERS5 ; Q11DW5, ARLY_CHESB ; A9WJR8, ARLY_CHLAA ; +DR B8GD12, ARLY_CHLAD ; Q3ASM4, ARLY_CHLCH ; B3ECP3, ARLY_CHLL2 ; +DR Q3B426, ARLY_CHLL3 ; B3QN90, ARLY_CHLP8 ; A1BG31, ARLY_CHLPD ; +DR P22675, ARLY_CHLRE ; B9LD91, ARLY_CHLSY ; Q8KDJ5, ARLY_CHLTE ; +DR Q1QSV4, ARLY_CHRSD ; Q7P1U7, ARLY_CHRVO ; B5ED16, ARLY_CITBB ; +DR A8AKW2, ARLY_CITK8 ; A5CSI8, ARLY_CLAM3 ; B0RHD6, ARLY_CLASE ; +DR Q97KE5, ARLY_CLOAB ; A7FWU5, ARLY_CLOB1 ; C3L1U2, ARLY_CLOB6 ; +DR A6M1Z5, ARLY_CLOB8 ; B2UYI1, ARLY_CLOBA ; B2TQ24, ARLY_CLOBB ; +DR A5I5A3, ARLY_CLOBH ; C1FU67, ARLY_CLOBJ ; B1IK07, ARLY_CLOBK ; +DR A7GGQ8, ARLY_CLOBL ; B1KXY0, ARLY_CLOBM ; Q182I5, ARLY_CLOD6 ; +DR B9E0B2, ARLY_CLOK1 ; A5N6U3, ARLY_CLOK5 ; A0Q1Z1, ARLY_CLONN ; +DR Q0TTA6, ARLY_CLOP1 ; Q8XMJ8, ARLY_CLOPE ; P59616, ARLY_CLOTE ; +DR Q01592, ARLY_COLLI ; Q6NHG4, ARLY_CORDI ; Q8FTM8, ARLY_COREF ; +DR A4QDZ5, ARLY_CORGB ; O88101, ARLY_CORGL ; Q4JVZ7, ARLY_CORJK ; +DR B1X082, ARLY_CROS5 ; A7ML84, ARLY_CROS8 ; Q1LJQ2, ARLY_CUPMC ; +DR Q0K7M0, ARLY_CUPNH ; Q474V6, ARLY_CUPPJ ; Q6A816, ARLY_CUTAK ; +DR Q479S1, ARLY_DECAR ; Q3Z726, ARLY_DEHM1 ; A5FQ74, ARLY_DEHMB ; +DR Q3ZYF9, ARLY_DEHMC ; C1CXS0, ARLY_DEIDV ; Q1IWM5, ARLY_DEIGD ; +DR Q9RWJ0, ARLY_DEIRA ; B8FH31, ARLY_DESAL ; B1I1D1, ARLY_DESAP ; +DR B8IZS3, ARLY_DESDA ; B8FWX3, ARLY_DESHD ; Q24ZG7, ARLY_DESHY ; +DR Q6AR60, ARLY_DESPS ; A4J174, ARLY_DESRM ; A8LL46, ARLY_DINSH ; +DR A7ZUH8, ARLY_ECO24 ; B7UNT6, ARLY_ECO27 ; B7MI96, ARLY_ECO45 ; +DR B7LA60, ARLY_ECO55 ; Q8X730, ARLY_ECO57 ; B5Z062, ARLY_ECO5E ; +DR B7NU40, ARLY_ECO7I ; B7MR51, ARLY_ECO81 ; B7M714, ARLY_ECO8A ; +DR C5A0Q9, ARLY_ECOBW ; B1XBC5, ARLY_ECODH ; A8A768, ARLY_ECOHS ; +DR A1AID8, ARLY_ECOK1 ; Q0TAA0, ARLY_ECOL5 ; Q8FB96, ARLY_ECOL6 ; +DR B1IVB8, ARLY_ECOLC ; P11447, ARLY_ECOLI ; B7NFR0, ARLY_ECOLU ; +DR B6I5H6, ARLY_ECOSE ; Q1R3V1, ARLY_ECOUT ; C5BC57, ARLY_EDWI9 ; +DR Q3YSS4, ARLY_EHRCJ ; Q2GFQ7, ARLY_EHRCR ; Q5FH83, ARLY_EHRRG ; +DR Q5HBZ4, ARLY_EHRRW ; A4WG51, ARLY_ENT38 ; B2VGA9, ARLY_ERWT9 ; +DR B7LUN5, ARLY_ESCF3 ; B1YJ36, ARLY_EXIS2 ; C4L2P3, ARLY_EXISA ; +DR Q2J867, ARLY_FRACC ; B9M377, ARLY_GEODF ; Q5KW95, ARLY_GEOKA ; +DR Q39Z69, ARLY_GEOMG ; Q74GT9, ARLY_GEOSL ; C6E6Y9, ARLY_GEOSM ; +DR C5D678, ARLY_GEOSW ; A4IRS2, ARLY_GEOTN ; A5GDA7, ARLY_GEOUR ; +DR B8F531, ARLY_GLAP5 ; B7K8U6, ARLY_GLOC7 ; Q7NLS0, ARLY_GLOVI ; +DR A9HRH6, ARLY_GLUDA ; Q5FPK5, ARLY_GLUOX ; Q7VME5, ARLY_HAEDU ; +DR Q4QM89, ARLY_HAEI8 ; A5UDR3, ARLY_HAEIE ; A5UHW3, ARLY_HAEIG ; +DR P44314, ARLY_HAEIN ; Q2SQ67, ARLY_HAHCH ; Q9K821, ARLY_HALH5 ; +DR A1WVT8, ARLY_HALHL ; Q5UZ47, ARLY_HALMA ; B0R7V5, ARLY_HALS3 ; +DR Q9HMQ3, ARLY_HALSA ; Q7VFF8, ARLY_HELHP ; Q8GDU5, ARLY_HELMO ; +DR A9AWL1, ARLY_HERA2 ; A4G3U8, ARLY_HERAR ; Q0I2U1, ARLY_HISS1 ; +DR B0UTI4, ARLY_HISS2 ; P04424, ARLY_HUMAN ; Q31JG7, ARLY_HYDCU ; +DR B4U6T9, ARLY_HYDS0 ; Q0BWK6, ARLY_HYPNA ; A6SX31, ARLY_JANMA ; +DR Q28V48, ARLY_JANSC ; A6WCT0, ARLY_KINRD ; B5XZ16, ARLY_KLEP3 ; +DR A6TGE4, ARLY_KLEP7 ; Q1IIZ3, ARLY_KORVE ; C4Z0V2, ARLY_LACE2 ; +DR Q9CJ76, ARLY_LACLA ; A2RHL0, ARLY_LACLM ; Q032X5, ARLY_LACLS ; +DR Q033U6, ARLY_LACP3 ; A9KQ51, ARLY_LACP7 ; P59617, ARLY_LACPL ; +DR C1D665, ARLY_LARHH ; Q1MQL6, ARLY_LAWIP ; Q5X7P8, ARLY_LEGPA ; +DR A5IHA2, ARLY_LEGPC ; Q5ZY77, ARLY_LEGPH ; Q5WZ49, ARLY_LEGPL ; +DR Q6AGC8, ARLY_LEIXX ; B0SHK4, ARLY_LEPBA ; Q04RM0, ARLY_LEPBJ ; +DR Q052A1, ARLY_LEPBL ; B0SR12, ARLY_LEPBP ; B1Y070, ARLY_LEPCP ; +DR Q72RA8, ARLY_LEPIC ; Q8F4G5, ARLY_LEPIN ; B1MZP3, ARLY_LEUCK ; +DR Q03W71, ARLY_LEUMM ; Q1WV66, ARLY_LIGS1 ; B2GE78, ARLY_LIMF3 ; +DR A5VJH2, ARLY_LIMRD ; B2G6Y7, ARLY_LIMRJ ; Q929S8, ARLY_LISIN ; +DR C1KX44, ARLY_LISMC ; Q71XS3, ARLY_LISMF ; B8DH27, ARLY_LISMH ; +DR Q8Y5H1, ARLY_LISMO ; A0AKJ8, ARLY_LISW6 ; B9EAN2, ARLY_MACCJ ; +DR Q60HH3, ARLY_MACFA ; A0LE33, ARLY_MAGMM ; Q65W16, ARLY_MANSM ; DR Q0AM30, ARLY_MARMM ; C6BTR8, ARLY_MARSD ; A6UW73, ARLY_META3 ; DR Q8TR65, ARLY_METAC ; Q0W7A4, ARLY_METAR ; Q46GJ5, ARLY_METBF ; DR Q12X66, ARLY_METBU ; B7KW75, ARLY_METC4 ; Q609I6, ARLY_METCA ; @@ -136828,89 +137754,90 @@ DR Q3IME1, ARLY_NATPD ; B2A8E3, ARLY_NATTJ ; Q5FA15, ARLY_NEIG1 ; DR A9M2R4, ARLY_NEIM0 ; Q9JVG7, ARLY_NEIMA ; Q9K0G8, ARLY_NEIMB ; DR A1KSP4, ARLY_NEIMF ; Q0AGL1, ARLY_NITEC ; Q82TN0, ARLY_NITEU ; DR Q1QHU1, ARLY_NITHX ; A9A331, ARLY_NITMS ; Q2Y6K2, ARLY_NITMU ; -DR Q3JDS2, ARLY_NITOC ; A6Q2R2, ARLY_NITSB ; Q3SUR0, ARLY_NITWN ; +DR Q3JDS2, ARLY_NITOC ; A6Q2R2, ARLY_NITSB ; Q72D36, ARLY_NITV2 ; +DR A1VEQ1, ARLY_NITV4 ; B8DN65, ARLY_NITV9 ; Q3SUR0, ARLY_NITWN ; DR Q5YYD2, ARLY_NOCFA ; A1SJJ4, ARLY_NOCSJ ; Q9LAE5, ARLY_NOSP7 ; DR Q8YQE6, ARLY_NOSS1 ; Q2G4W0, ARLY_NOVAD ; Q8ELT9, ARLY_OCEIH ; DR Q30YB9, ARLY_OLEA2 ; A1TNJ5, ARLY_PARC0 ; A6LI67, ARLY_PARD8 ; -DR A1B3M0, ARLY_PARDP ; A7HTI8, ARLY_PARL1 ; Q7TTY1, ARLY_PARMW ; -DR B2JEP3, ARLY_PARP8 ; B2T1C7, ARLY_PARPJ ; Q143B9, ARLY_PARXL ; -DR P57909, ARLY_PASMU ; Q6DAQ9, ARLY_PECAS ; C6DI79, ARLY_PECCP ; -DR B4S9T4, ARLY_PELPB ; A1ATU1, ARLY_PELPD ; A5D4Y2, ARLY_PELTS ; -DR Q4FNK3, ARLY_PELUB ; A9BIA3, ARLY_PETMO ; Q7MYD9, ARLY_PHOLL ; -DR A6KYN9, ARLY_PHOV8 ; A4SWK9, ARLY_POLAQ ; A1VRW9, ARLY_POLNA ; -DR B1XVG9, ARLY_POLNS ; B4S7P9, ARLY_PROA2 ; A3PA59, ARLY_PROM0 ; -DR A2BZB5, ARLY_PROM1 ; A8G1Z9, ARLY_PROM2 ; A2C5K9, ARLY_PROM3 ; -DR A9B9L0, ARLY_PROM4 ; A2BTV0, ARLY_PROM5 ; Q31DH2, ARLY_PROM9 ; -DR Q7VEK0, ARLY_PROMA ; B4F1G9, ARLY_PROMH ; Q7TV86, ARLY_PROMM ; -DR Q7TUI1, ARLY_PROMP ; A2BND8, ARLY_PROMS ; Q46I50, ARLY_PROMT ; -DR Q48QD3, ARLY_PSE14 ; Q15X84, ARLY_PSEA6 ; A6VE40, ARLY_PSEA7 ; -DR B7V5F3, ARLY_PSEA8 ; Q02EA0, ARLY_PSEAB ; P50987, ARLY_PSEAE ; -DR Q1I314, ARLY_PSEE4 ; Q4K3X1, ARLY_PSEF5 ; C3K426, ARLY_PSEFS ; -DR A4XNY5, ARLY_PSEMY ; B0KH03, ARLY_PSEPG ; P59618, ARLY_PSEPK ; -DR B1J1V0, ARLY_PSEPW ; Q88B94, ARLY_PSESM ; Q500N3, ARLY_PSEU2 ; -DR Q4FVJ6, ARLY_PSYA2 ; Q1QEM4, ARLY_PSYCK ; Q8ZU95, ARLY_PYRAE ; -DR A4WJI4, ARLY_PYRAR ; A3MT36, ARLY_PYRCJ ; Q8U483, ARLY_PYRFU ; -DR A1RR78, ARLY_PYRIL ; B1YB49, ARLY_PYRNV ; Q8XWV7, ARLY_RALN1 ; -DR B2UA10, ARLY_RALPJ ; P20673, ARLY_RAT ; A9WQ91, ARLY_RENSM ; -DR B3PPC1, ARLY_RHIE6 ; Q2K3P2, ARLY_RHIEC ; Q1MB73, ARLY_RHIJ3 ; -DR A5VAA0, ARLY_RHIWR ; Q7UK64, ARLY_RHOBA ; Q93JQ9, ARLY_RHOFA ; -DR Q0SI59, ARLY_RHOJR ; C1ASZ5, ARLY_RHOOB ; Q2J1X2, ARLY_RHOP2 ; -DR Q6N0L9, ARLY_RHOPA ; Q20WT9, ARLY_RHOPB ; Q13CL5, ARLY_RHOPS ; -DR B3QCB2, ARLY_RHOPT ; Q2RXE3, ARLY_RHORT ; B7K2S1, ARLY_RIPO1 ; -DR A7NF38, ARLY_ROSCS ; Q169X5, ARLY_ROSDO ; A5UVX7, ARLY_ROSS1 ; -DR Q5LXC0, ARLY_RUEPO ; B8I1A0, ARLY_RUMCH ; A1AX52, ARLY_RUTMC ; -DR Q21EF4, ARLY_SACD2 ; A4FKC1, ARLY_SACEN ; P41906, ARLY_SACPA ; -DR Q9UX32, ARLY_SACS2 ; B5F0U9, ARLY_SALA4 ; A9MHH3, ARLY_SALAR ; -DR Q57H93, ARLY_SALCH ; B5FPX5, ARLY_SALDC ; B5QXQ5, ARLY_SALEP ; -DR B5RF45, ARLY_SALG2 ; B4TCQ6, ARLY_SALHS ; B4T0X1, ARLY_SALNS ; -DR Q5PK73, ARLY_SALPA ; A9N0H0, ARLY_SALPB ; C0Q476, ARLY_SALPC ; -DR B5BJN4, ARLY_SALPK ; B4TQH6, ARLY_SALSV ; Q8Z311, ARLY_SALTI ; -DR Q8ZKL6, ARLY_SALTY ; P40369, ARLY_SCHPO ; A8GL81, ARLY_SERP5 ; -DR A1S265, ARLY_SHEAM ; B8EBF9, ARLY_SHEB2 ; A3DA22, ARLY_SHEB5 ; -DR A6WTR9, ARLY_SHEB8 ; A9KTY6, ARLY_SHEB9 ; Q12SM6, ARLY_SHEDO ; -DR B0TL84, ARLY_SHEHH ; A3Q9D0, ARLY_SHELP ; Q8EK27, ARLY_SHEON ; -DR A8GZ22, ARLY_SHEPA ; A4YBT8, ARLY_SHEPC ; B8CNI1, ARLY_SHEPW ; -DR A0L250, ARLY_SHESA ; A8G1A3, ARLY_SHESH ; Q0HDU9, ARLY_SHESM ; -DR Q0I060, ARLY_SHESR ; A1RPR5, ARLY_SHESW ; B1KP64, ARLY_SHEWM ; -DR B2TWF5, ARLY_SHIB3 ; Q31U28, ARLY_SHIBS ; Q32AB5, ARLY_SHIDS ; -DR Q0SY34, ARLY_SHIF8 ; P59619, ARLY_SHIFL ; Q3YV16, ARLY_SHISS ; -DR C3MHU1, ARLY_SINFN ; Q2NQZ1, ARLY_SODGM ; Q024T3, ARLY_SOLUE ; -DR A9FJ48, ARLY_SORC5 ; Q1GWP7, ARLY_SPHAL ; A7X0H4, ARLY_STAA1 ; -DR A6U067, ARLY_STAA2 ; Q2FIB5, ARLY_STAA3 ; Q2FZU2, ARLY_STAA8 ; -DR A5IRD8, ARLY_STAA9 ; Q2YWS5, ARLY_STAAB ; Q5HHC5, ARLY_STAAC ; -DR A6QFH1, ARLY_STAAE ; P63582, ARLY_STAAM ; P63583, ARLY_STAAN ; -DR Q6GIC8, ARLY_STAAR ; Q6GAW6, ARLY_STAAS ; A8Z066, ARLY_STAAT ; -DR Q8NXF3, ARLY_STAAW ; B9DIU3, ARLY_STACT ; Q5HQK1, ARLY_STAEQ ; -DR Q8CT81, ARLY_STAES ; Q4L4X6, ARLY_STAHJ ; Q49W99, ARLY_STAS1 ; -DR Q3K3Q3, ARLY_STRA1 ; Q8E7N0, ARLY_STRA3 ; Q8E271, ARLY_STRA5 ; -DR Q827Z0, ARLY_STRAW ; P50988, ARLY_STRCL ; Q9L1B1, ARLY_STRCO ; -DR A8AUN7, ARLY_STRGC ; B1W3B4, ARLY_STRGG ; B4SQ92, ARLY_STRM5 ; -DR B2FMD6, ARLY_STRMK ; Q8DVX5, ARLY_STRMU ; Q04MW6, ARLY_STRP2 ; -DR C1CAC7, ARLY_STRP7 ; B1I815, ARLY_STRPI ; Q8DRI4, ARLY_STRR6 ; -DR A4W487, ARLY_STRS2 ; A3CQQ3, ARLY_STRSV ; A4VXZ3, ARLY_STRSY ; -DR Q5LXZ9, ARLY_STRT1 ; Q5M2K3, ARLY_STRT2 ; Q03IP9, ARLY_STRTD ; -DR B9DVV8, ARLY_STRU0 ; C1CBS9, ARLY_STRZJ ; A4VGX6, ARLY_STUS1 ; -DR Q4J8F0, ARLY_SULAC ; Q30S87, ARLY_SULDN ; A6Q7P5, ARLY_SULNB ; -DR B2V6Y7, ARLY_SULSY ; Q970U9, ARLY_SULTO ; Q67S72, ARLY_SYMTH ; -DR Q2LT96, ARLY_SYNAS ; Q3A1V0, ARLY_SYNC1 ; Q8GIS1, ARLY_SYNE7 ; -DR A0LEB1, ARLY_SYNFM ; Q2JXY9, ARLY_SYNJA ; Q2JJY4, ARLY_SYNJB ; -DR Q5N1K1, ARLY_SYNP6 ; A5GHM4, ARLY_SYNPW ; Q0IE70, ARLY_SYNS3 ; -DR Q3B0Z0, ARLY_SYNS9 ; Q3ANN7, ARLY_SYNSC ; P73257, ARLY_SYNY3 ; -DR Q47N85, ARLY_THEFY ; Q9Z4S3, ARLY_THENN ; B0KBW6, ARLY_THEP3 ; -DR B0K4D9, ARLY_THEPX ; Q72GZ4, ARLY_THET2 ; Q5SLL0, ARLY_THET8 ; -DR Q8DLW0, ARLY_THEVB ; Q3SM68, ARLY_THIDA ; B8GSV2, ARLY_THISH ; -DR C4L7S8, ARLY_TOLAT ; Q8KTQ9, ARLY_TREPR ; B3E9X6, ARLY_TRIL1 ; -DR Q3MC57, ARLY_TRIV2 ; C5CRT0, ARLY_VARPS ; A5F4Z3, ARLY_VIBC3 ; -DR Q9KNT9, ARLY_VIBCH ; C3LRV2, ARLY_VIBCM ; P59620, ARLY_VIBPA ; -DR Q8DCM9, ARLY_VIBVU ; Q7MH73, ARLY_VIBVY ; Q7M938, ARLY_WOLSU ; -DR Q8PK32, ARLY_XANAC ; Q3BSI8, ARLY_XANC5 ; Q4UVI4, ARLY_XANC8 ; -DR B0RS55, ARLY_XANCB ; Q8P8J9, ARLY_XANCP ; Q2P2F7, ARLY_XANOM ; -DR B2SHW2, ARLY_XANOP ; A7IG40, ARLY_XANP2 ; Q9PEM5, ARLY_XYLFA ; -DR P59621, ARLY_XYLFT ; P04076, ARLY_YEAST ; A1JI24, ARLY_YERE8 ; -DR A7FD01, ARLY_YERP3 ; Q1CBV4, ARLY_YERPA ; B2JZE4, ARLY_YERPB ; -DR Q8ZA88, ARLY_YERPE ; A9R514, ARLY_YERPG ; Q1CNQ3, ARLY_YERPN ; -DR A4TRH3, ARLY_YERPP ; Q66G70, ARLY_YERPS ; B1JQ59, ARLY_YERPY ; -DR Q9Z660, ARLY_ZYMMO ; P50514, ARLZ_SCHPO ; +DR A1B3M0, ARLY_PARDP ; A7HTI8, ARLY_PARL1 ; Q2VYN2, ARLY_PARM1 ; +DR Q7TTY1, ARLY_PARMW ; B2JEP3, ARLY_PARP8 ; B2T1C7, ARLY_PARPJ ; +DR Q143B9, ARLY_PARXL ; P57909, ARLY_PASMU ; Q6DAQ9, ARLY_PECAS ; +DR C6DI79, ARLY_PECCP ; B4S9T4, ARLY_PELPB ; A1ATU1, ARLY_PELPD ; +DR A5D4Y2, ARLY_PELTS ; Q4FNK3, ARLY_PELUB ; A9BIA3, ARLY_PETMO ; +DR Q7MYD9, ARLY_PHOLL ; A6KYN9, ARLY_PHOV8 ; A4SWK9, ARLY_POLAQ ; +DR A1VRW9, ARLY_POLNA ; B1XVG9, ARLY_POLNS ; B4S7P9, ARLY_PROA2 ; +DR A3PA59, ARLY_PROM0 ; A2BZB5, ARLY_PROM1 ; A8G1Z9, ARLY_PROM2 ; +DR A2C5K9, ARLY_PROM3 ; A9B9L0, ARLY_PROM4 ; A2BTV0, ARLY_PROM5 ; +DR Q31DH2, ARLY_PROM9 ; Q7VEK0, ARLY_PROMA ; B4F1G9, ARLY_PROMH ; +DR Q7TV86, ARLY_PROMM ; Q7TUI1, ARLY_PROMP ; A2BND8, ARLY_PROMS ; +DR Q46I50, ARLY_PROMT ; Q48QD3, ARLY_PSE14 ; Q15X84, ARLY_PSEA6 ; +DR A6VE40, ARLY_PSEA7 ; B7V5F3, ARLY_PSEA8 ; Q02EA0, ARLY_PSEAB ; +DR P50987, ARLY_PSEAE ; Q1I314, ARLY_PSEE4 ; Q4K3X1, ARLY_PSEF5 ; +DR C3K426, ARLY_PSEFS ; A4XNY5, ARLY_PSEMY ; B0KH03, ARLY_PSEPG ; +DR P59618, ARLY_PSEPK ; B1J1V0, ARLY_PSEPW ; Q88B94, ARLY_PSESM ; +DR Q500N3, ARLY_PSEU2 ; Q4FVJ6, ARLY_PSYA2 ; Q1QEM4, ARLY_PSYCK ; +DR Q8ZU95, ARLY_PYRAE ; A4WJI4, ARLY_PYRAR ; A3MT36, ARLY_PYRCJ ; +DR Q8U483, ARLY_PYRFU ; A1RR78, ARLY_PYRIL ; B1YB49, ARLY_PYRNV ; +DR Q8XWV7, ARLY_RALN1 ; B2UA10, ARLY_RALPJ ; P20673, ARLY_RAT ; +DR A9WQ91, ARLY_RENSM ; B3PPC1, ARLY_RHIE6 ; Q2K3P2, ARLY_RHIEC ; +DR Q1MB73, ARLY_RHIJ3 ; A5VAA0, ARLY_RHIWR ; Q7UK64, ARLY_RHOBA ; +DR Q93JQ9, ARLY_RHOFA ; Q0SI59, ARLY_RHOJR ; C1ASZ5, ARLY_RHOOB ; +DR Q2J1X2, ARLY_RHOP2 ; Q6N0L9, ARLY_RHOPA ; Q20WT9, ARLY_RHOPB ; +DR Q13CL5, ARLY_RHOPS ; B3QCB2, ARLY_RHOPT ; Q2RXE3, ARLY_RHORT ; +DR B7K2S1, ARLY_RIPO1 ; A7NF38, ARLY_ROSCS ; Q169X5, ARLY_ROSDO ; +DR A5UVX7, ARLY_ROSS1 ; Q5LXC0, ARLY_RUEPO ; B8I1A0, ARLY_RUMCH ; +DR A1AX52, ARLY_RUTMC ; Q21EF4, ARLY_SACD2 ; A4FKC1, ARLY_SACEN ; +DR P41906, ARLY_SACPA ; Q9UX32, ARLY_SACS2 ; B5F0U9, ARLY_SALA4 ; +DR A9MHH3, ARLY_SALAR ; Q57H93, ARLY_SALCH ; B5FPX5, ARLY_SALDC ; +DR B5QXQ5, ARLY_SALEP ; B5RF45, ARLY_SALG2 ; B4TCQ6, ARLY_SALHS ; +DR B4T0X1, ARLY_SALNS ; Q5PK73, ARLY_SALPA ; A9N0H0, ARLY_SALPB ; +DR C0Q476, ARLY_SALPC ; B5BJN4, ARLY_SALPK ; B4TQH6, ARLY_SALSV ; +DR Q8Z311, ARLY_SALTI ; Q8ZKL6, ARLY_SALTY ; P40369, ARLY_SCHPO ; +DR A8GL81, ARLY_SERP5 ; A1S265, ARLY_SHEAM ; B8EBF9, ARLY_SHEB2 ; +DR A3DA22, ARLY_SHEB5 ; A6WTR9, ARLY_SHEB8 ; A9KTY6, ARLY_SHEB9 ; +DR Q12SM6, ARLY_SHEDO ; B0TL84, ARLY_SHEHH ; A3Q9D0, ARLY_SHELP ; +DR Q8EK27, ARLY_SHEON ; A8GZ22, ARLY_SHEPA ; A4YBT8, ARLY_SHEPC ; +DR B8CNI1, ARLY_SHEPW ; A0L250, ARLY_SHESA ; A8G1A3, ARLY_SHESH ; +DR Q0HDU9, ARLY_SHESM ; Q0I060, ARLY_SHESR ; A1RPR5, ARLY_SHESW ; +DR B1KP64, ARLY_SHEWM ; B2TWF5, ARLY_SHIB3 ; Q31U28, ARLY_SHIBS ; +DR Q32AB5, ARLY_SHIDS ; Q0SY34, ARLY_SHIF8 ; P59619, ARLY_SHIFL ; +DR Q3YV16, ARLY_SHISS ; C3MHU1, ARLY_SINFN ; Q2NQZ1, ARLY_SODGM ; +DR Q024T3, ARLY_SOLUE ; A9FJ48, ARLY_SORC5 ; Q1GWP7, ARLY_SPHAL ; +DR A7X0H4, ARLY_STAA1 ; A6U067, ARLY_STAA2 ; Q2FIB5, ARLY_STAA3 ; +DR Q2FZU2, ARLY_STAA8 ; A5IRD8, ARLY_STAA9 ; Q2YWS5, ARLY_STAAB ; +DR Q5HHC5, ARLY_STAAC ; A6QFH1, ARLY_STAAE ; P63582, ARLY_STAAM ; +DR P63583, ARLY_STAAN ; Q6GIC8, ARLY_STAAR ; Q6GAW6, ARLY_STAAS ; +DR A8Z066, ARLY_STAAT ; Q8NXF3, ARLY_STAAW ; B9DIU3, ARLY_STACT ; +DR Q5HQK1, ARLY_STAEQ ; Q8CT81, ARLY_STAES ; Q4L4X6, ARLY_STAHJ ; +DR Q49W99, ARLY_STAS1 ; Q3K3Q3, ARLY_STRA1 ; Q8E7N0, ARLY_STRA3 ; +DR Q8E271, ARLY_STRA5 ; Q827Z0, ARLY_STRAW ; P50988, ARLY_STRCL ; +DR Q9L1B1, ARLY_STRCO ; A8AUN7, ARLY_STRGC ; B1W3B4, ARLY_STRGG ; +DR B4SQ92, ARLY_STRM5 ; B2FMD6, ARLY_STRMK ; Q8DVX5, ARLY_STRMU ; +DR Q04MW6, ARLY_STRP2 ; C1CAC7, ARLY_STRP7 ; B1I815, ARLY_STRPI ; +DR Q8DRI4, ARLY_STRR6 ; A4W487, ARLY_STRS2 ; A3CQQ3, ARLY_STRSV ; +DR A4VXZ3, ARLY_STRSY ; Q5LXZ9, ARLY_STRT1 ; Q5M2K3, ARLY_STRT2 ; +DR Q03IP9, ARLY_STRTD ; B9DVV8, ARLY_STRU0 ; C1CBS9, ARLY_STRZJ ; +DR A4VGX6, ARLY_STUS1 ; Q4J8F0, ARLY_SULAC ; Q30S87, ARLY_SULDN ; +DR A6Q7P5, ARLY_SULNB ; B2V6Y7, ARLY_SULSY ; Q970U9, ARLY_SULTO ; +DR Q67S72, ARLY_SYMTH ; Q2LT96, ARLY_SYNAS ; Q3A1V0, ARLY_SYNC1 ; +DR Q8GIS1, ARLY_SYNE7 ; A0LEB1, ARLY_SYNFM ; Q2JXY9, ARLY_SYNJA ; +DR Q2JJY4, ARLY_SYNJB ; Q5N1K1, ARLY_SYNP6 ; A5GHM4, ARLY_SYNPW ; +DR Q0IE70, ARLY_SYNS3 ; Q3B0Z0, ARLY_SYNS9 ; Q3ANN7, ARLY_SYNSC ; +DR P73257, ARLY_SYNY3 ; Q47N85, ARLY_THEFY ; Q9Z4S3, ARLY_THENN ; +DR B0KBW6, ARLY_THEP3 ; B0K4D9, ARLY_THEPX ; Q72GZ4, ARLY_THET2 ; +DR Q5SLL0, ARLY_THET8 ; Q8DLW0, ARLY_THEVB ; Q3SM68, ARLY_THIDA ; +DR B8GSV2, ARLY_THISH ; C4L7S8, ARLY_TOLAT ; Q8KTQ9, ARLY_TREPR ; +DR B3E9X6, ARLY_TRIL1 ; Q3MC57, ARLY_TRIV2 ; C5CRT0, ARLY_VARPS ; +DR A5F4Z3, ARLY_VIBC3 ; Q9KNT9, ARLY_VIBCH ; C3LRV2, ARLY_VIBCM ; +DR P59620, ARLY_VIBPA ; Q8DCM9, ARLY_VIBVU ; Q7MH73, ARLY_VIBVY ; +DR Q7M938, ARLY_WOLSU ; Q8PK32, ARLY_XANAC ; Q4UVI4, ARLY_XANC8 ; +DR B0RS55, ARLY_XANCB ; Q8P8J9, ARLY_XANCP ; Q3BSI8, ARLY_XANE5 ; +DR Q2P2F7, ARLY_XANOM ; B2SHW2, ARLY_XANOP ; A7IG40, ARLY_XANP2 ; +DR Q9PEM5, ARLY_XYLFA ; P59621, ARLY_XYLFT ; P04076, ARLY_YEAST ; +DR A1JI24, ARLY_YERE8 ; A7FD01, ARLY_YERP3 ; Q1CBV4, ARLY_YERPA ; +DR B2JZE4, ARLY_YERPB ; Q8ZA88, ARLY_YERPE ; A9R514, ARLY_YERPG ; +DR Q1CNQ3, ARLY_YERPN ; A4TRH3, ARLY_YERPP ; Q66G70, ARLY_YERPS ; +DR B1JQ59, ARLY_YERPY ; Q9Z660, ARLY_ZYMMO ; P50514, ARLZ_SCHPO ; // ID 4.3.2.2 DE adenylosuccinate lyase. @@ -136975,10 +137902,7 @@ DR B4SXM1, ALLA_SALNS ; Q5PCF4, ALLA_SALPA ; A9MW53, ALLA_SALPB ; DR B5BD17, ALLA_SALPK ; Q8ZR87, ALLA_SALTY ; O13843, ALLA_SCHPO ; DR B2TTA4, ALLA_SHIB3 ; Q324Z1, ALLA_SHIBS ; Q32J98, ALLA_SHIDS ; DR Q0T788, ALLA_SHIF8 ; P63487, ALLA_SHIFL ; A4VP33, ALLA_STUS1 ; -DR P32459, ALLA_YEAST ; Q8UFI8, ALLH_AGRFC ; B1Z1Y2, UGL_BURA4 ; -DR A0B3M8, UGL_BURCH ; B4EKX6, UGL_BURCJ ; Q0B628, UGL_BURCM ; -DR Q39BA7, UGL_BURL3 ; A9ALD1, UGL_BURM1 ; B1K3Y3, UGL_BURO0 ; -DR Q1BJJ1, UGL_BURO1 ; +DR P32459, ALLA_YEAST ; Q8UFI8, ALLH_AGRFC ; // ID 4.3.2.4 DE purine imidazole-ring cyclase. @@ -137024,7 +137948,8 @@ DR Q5SPB6, CHAC1_DANRE; Q9BUX1, CHAC1_HUMAN; Q8R3J5, CHAC1_MOUSE; DR B3STU3, CHAC1_RAT ; Q0IIH4, CHAC2_BOVIN; Q5ZI66, CHAC2_CHICK; DR Q4KMJ1, CHAC2_DANRE; Q8WUX2, CHAC2_HUMAN; Q9CQG1, CHAC2_MOUSE; DR Q641Z5, CHAC2_RAT ; Q5PPV4, CHAC2_XENLA; P39163, CHAC_ECOLI ; -DR P87305, CHAC_SCHPO ; P32656, CHAC_YEAST ; +DR P87305, CHAC_SCHPO ; P32656, CHAC_YEAST ; Q84MC1, GCT22_ARATH; +DR Q84QC1, GCT23_ARATH; // ID 4.3.2.8 DE gamma-glutamylamine cyclotransferase. @@ -137050,9 +137975,8 @@ CC transamidation using the alpha-amine of the L-glutamyl residue, CC releasing it as the cyclic 5-oxo-L-proline. CC -!- Formerly EC 2.3.2.4. DR Q2UPC2, ACLK_ASPOR ; Q8GY54, GCT21_ARATH; Q84MC1, GCT22_ARATH; -DR Q84QC1, GCT23_ARATH; Q32LE4, GGCT_BOVIN ; O75223, GGCT_HUMAN ; -DR Q9D7X8, GGCT_MOUSE ; E9R9Y3, GLIK_ASPFU ; M1W855, TCPK_CLAP2 ; -DR A0A1U9YI11, VERK_CLORO ; +DR Q32LE4, GGCT_BOVIN ; O75223, GGCT_HUMAN ; Q9D7X8, GGCT_MOUSE ; +DR E9R9Y3, GLIK_ASPFU ; M1W855, TCPK_CLAP2 ; A0A1U9YI11, VERK_CLORO ; // ID 4.3.2.10 DE imidazole glycerol-phosphate synthase. @@ -137107,8 +138031,7 @@ DR Q46WL6, HIS5_CUPPJ ; Q6A8L2, HIS5_CUTAK ; Q9TLQ8, HIS5_CYACA ; DR Q85FY4, HIS5_CYAM1 ; B8HUR1, HIS5_CYAP4 ; P48262, HIS5_CYAPA ; DR Q47AM1, HIS5_DECAR ; Q3Z7F2, HIS5_DEHM1 ; Q3ZY50, HIS5_DEHMC ; DR Q9RX89, HIS5_DEIRA ; B8J215, HIS5_DESDA ; B8FP22, HIS5_DESHD ; -DR Q24QJ3, HIS5_DESHY ; P61779, HIS5_DESVH ; B8DQX7, HIS5_DESVM ; -DR A1VGZ0, HIS5_DESVV ; P58237, HIS5_ECO57 ; P60596, HIS5_ECOL6 ; +DR Q24QJ3, HIS5_DESHY ; P58237, HIS5_ECO57 ; P60596, HIS5_ECOL6 ; DR P60595, HIS5_ECOLI ; Q9P4P9, HIS5_EMENI ; B1YL11, HIS5_EXIS2 ; DR Q5KVC8, HIS5_GEOKA ; Q39YP4, HIS5_GEOMG ; P60599, HIS5_GEOSL ; DR C5D7P0, HIS5_GEOSW ; A4ISR4, HIS5_GEOTN ; B7KGN3, HIS5_GLOC7 ; @@ -137129,6 +138052,7 @@ DR P59957, HIS5_MYCBO ; Q9X7C0, HIS5_MYCLE ; P60600, HIS5_MYCPA ; DR P9WMM0, HIS5_MYCTO ; P9WMM1, HIS5_MYCTU ; Q3IUP8, HIS5_NATPD ; DR Q5FA21, HIS5_NEIG1 ; Q9JVH3, HIS5_NEIMA ; Q9K0H2, HIS5_NEIMB ; DR Q820D2, HIS5_NITEU ; Q2YAU8, HIS5_NITMU ; Q3J6Q3, HIS5_NITOC ; +DR P61779, HIS5_NITV2 ; A1VGZ0, HIS5_NITV4 ; B8DQX7, HIS5_NITV9 ; DR Q5YYP7, HIS5_NOCFA ; B2J1A3, HIS5_NOSP7 ; Q8YX49, HIS5_NOSS1 ; DR Q8ESS0, HIS5_OCEIH ; Q316L3, HIS5_OLEA2 ; P57921, HIS5_PASMU ; DR Q6D408, HIS5_PECAS ; Q4FNT5, HIS5_PELUB ; Q7N6I3, HIS5_PHOLL ; @@ -137158,8 +138082,8 @@ DR Q47QS5, HIS5_THEFY ; Q5JFV0, HIS5_THEKO ; Q9X0C8, HIS5_THEMA ; DR P61781, HIS5_THET2 ; Q7SIC0, HIS5_THET8 ; Q8DIP5, HIS5_THEVB ; DR Q3SEU6, HIS5_THIDA ; Q113E7, HIS5_TRIEI ; Q3M5W4, HIS5_TRIV2 ; DR Q9KSX0, HIS5_VIBCH ; Q87QK8, HIS5_VIBPA ; Q8D8Q3, HIS5_VIBVU ; -DR Q7M9X0, HIS5_WOLSU ; Q8PLG8, HIS5_XANAC ; Q3BUF4, HIS5_XANC5 ; -DR Q4UU43, HIS5_XANC8 ; Q8P9P1, HIS5_XANCP ; Q2P3K0, HIS5_XANOM ; +DR Q7M9X0, HIS5_WOLSU ; Q8PLG8, HIS5_XANAC ; Q4UU43, HIS5_XANC8 ; +DR Q8P9P1, HIS5_XANCP ; Q3BUF4, HIS5_XANE5 ; Q2P3K0, HIS5_XANOM ; DR Q5H0K8, HIS5_XANOR ; Q9PBC8, HIS5_XYLFA ; Q87C32, HIS5_XYLFT ; DR P33734, HIS5_YEAST ; Q8ZFX8, HIS5_YERPE ; Q66C52, HIS5_YERPS ; DR Q5NMD4, HIS5_ZYMMO ; Q9PM72, HIS61_CAMJE; Q7U5M8, HIS61_PARMW; @@ -137228,8 +138152,7 @@ DR Q3Z7F5, HIS6_DEHM1 ; A5FQI9, HIS6_DEHMB ; Q3ZY29, HIS6_DEHMC ; DR Q1IX39, HIS6_DEIGD ; Q9RWD7, HIS6_DEIRA ; A9BXA1, HIS6_DELAS ; DR C0Q9D3, HIS6_DESAH ; B8FFL4, HIS6_DESAL ; B1I556, HIS6_DESAP ; DR B8J216, HIS6_DESDA ; B8FP24, HIS6_DESHD ; Q24QJ5, HIS6_DESHY ; -DR A8ZVD2, HIS6_DESOH ; A4J707, HIS6_DESRM ; P62450, HIS6_DESVH ; -DR B8DQX6, HIS6_DESVM ; A1VGY9, HIS6_DESVV ; B5YE90, HIS6_DICT6 ; +DR A8ZVD2, HIS6_DESOH ; A4J707, HIS6_DESRM ; B5YE90, HIS6_DICT6 ; DR B8E2C8, HIS6_DICTD ; A8LHX5, HIS6_DINSH ; A7ZNJ7, HIS6_ECO24 ; DR B7UT62, HIS6_ECO27 ; B7MDH9, HIS6_ECO45 ; B7L9Q2, HIS6_ECO55 ; DR P60665, HIS6_ECO57 ; B5YU81, HIS6_ECO5E ; B7NQG5, HIS6_ECO7I ; @@ -137264,36 +138187,37 @@ DR P59119, HIS6_LEPIN ; Q9S4H7, HIS6_LEPIR ; Q03VY0, HIS6_LEUMM ; DR B2GBR5, HIS6_LIMF3 ; Q92E88, HIS6_LISIN ; C1L0J2, HIS6_LISMC ; DR Q722Y7, HIS6_LISMF ; B8DA62, HIS6_LISMH ; Q8Y9G5, HIS6_LISMO ; DR A0AG15, HIS6_LISW6 ; B1HVQ1, HIS6_LYSSC ; A0LCF3, HIS6_MAGMM ; -DR Q2VYJ0, HIS6_MAGSA ; Q65RC1, HIS6_MANSM ; Q0AP84, HIS6_MARMM ; -DR A6VTA6, HIS6_MARMS ; A1U5H5, HIS6_MARN8 ; A6UUZ9, HIS6_META3 ; -DR Q8TT96, HIS6_METAC ; Q0W358, HIS6_METAR ; A7I616, HIS6_METB6 ; -DR Q46CC5, HIS6_METBF ; Q12UY6, HIS6_METBU ; B7KPM8, HIS6_METC4 ; -DR Q603K3, HIS6_METCA ; A9W5U0, HIS6_METEP ; Q1H4R2, HIS6_METFK ; -DR Q2FPV1, HIS6_METHJ ; Q57854, HIS6_METJA ; Q8TYW8, HIS6_METKA ; -DR A2STB8, HIS6_METLZ ; A4G0J7, HIS6_METM5 ; A9A8U1, HIS6_METM6 ; -DR A6VHY8, HIS6_METM7 ; Q8PW92, HIS6_METMA ; A3CT78, HIS6_METMJ ; -DR P62454, HIS6_METMP ; B8IPH3, HIS6_METNO ; B1ZAD6, HIS6_METPB ; -DR B8GEX3, HIS6_METPE ; A2SE09, HIS6_METPP ; B1LUA2, HIS6_METRJ ; -DR A5UMZ1, HIS6_METS3 ; B0UHR5, HIS6_METS4 ; A4YI34, HIS6_METS5 ; -DR B8EM84, HIS6_METSB ; Q2NI84, HIS6_METST ; O27398, HIS6_METTH ; -DR A6UR05, HIS6_METVS ; B0JY78, HIS6_MICAN ; C5CBK1, HIS6_MICLC ; -DR Q2RGW2, HIS6_MOOTA ; A0QHH6, HIS6_MYCA1 ; B1MBX3, HIS6_MYCA9 ; -DR Q7VEW8, HIS6_MYCBO ; A1KJ21, HIS6_MYCBP ; C1ANM7, HIS6_MYCBT ; -DR A4T9N2, HIS6_MYCGI ; B8ZRB4, HIS6_MYCLB ; Q9X7C2, HIS6_MYCLE ; -DR B2HQA8, HIS6_MYCMM ; P60666, HIS6_MYCPA ; A0QX87, HIS6_MYCS2 ; -DR A3Q125, HIS6_MYCSJ ; A1UHK2, HIS6_MYCSK ; Q1B7H0, HIS6_MYCSS ; -DR A5U2W1, HIS6_MYCTA ; P9WMM2, HIS6_MYCTO ; P9WMM3, HIS6_MYCTU ; -DR A0PP20, HIS6_MYCUA ; A1T8W7, HIS6_MYCVP ; Q1D4M4, HIS6_MYXXD ; -DR Q3INY2, HIS6_NATPD ; B2A6X0, HIS6_NATTJ ; B9L718, HIS6_NAUPA ; -DR Q5FA23, HIS6_NEIG1 ; B4RJN3, HIS6_NEIG2 ; A9M2Q5, HIS6_NEIM0 ; -DR Q9JVH5, HIS6_NEIMA ; Q9K0H4, HIS6_NEIMB ; A1KSN6, HIS6_NEIMF ; -DR Q0AEU1, HIS6_NITEC ; Q820Q0, HIS6_NITEU ; Q1QRX0, HIS6_NITHX ; -DR A9A5X0, HIS6_NITMS ; Q2YAV0, HIS6_NITMU ; Q3J6Q1, HIS6_NITOC ; -DR A6Q117, HIS6_NITSB ; Q3SWF1, HIS6_NITWN ; Q5YYP3, HIS6_NOCFA ; -DR A1SL56, HIS6_NOCSJ ; Q8YT31, HIS6_NOSS1 ; Q8ESS2, HIS6_OCEIH ; -DR Q316L4, HIS6_OLEA2 ; B1ZX57, HIS6_OPITP ; A1R5S1, HIS6_PAEAT ; -DR A1TL06, HIS6_PARC0 ; A6LDI7, HIS6_PARD8 ; A1B388, HIS6_PARDP ; -DR A7HSH0, HIS6_PARL1 ; B2JHX9, HIS6_PARP8 ; B2SZ59, HIS6_PARPJ ; +DR Q65RC1, HIS6_MANSM ; Q0AP84, HIS6_MARMM ; A6VTA6, HIS6_MARMS ; +DR A1U5H5, HIS6_MARN8 ; A6UUZ9, HIS6_META3 ; Q8TT96, HIS6_METAC ; +DR Q0W358, HIS6_METAR ; A7I616, HIS6_METB6 ; Q46CC5, HIS6_METBF ; +DR Q12UY6, HIS6_METBU ; B7KPM8, HIS6_METC4 ; Q603K3, HIS6_METCA ; +DR A9W5U0, HIS6_METEP ; Q1H4R2, HIS6_METFK ; Q2FPV1, HIS6_METHJ ; +DR Q57854, HIS6_METJA ; Q8TYW8, HIS6_METKA ; A2STB8, HIS6_METLZ ; +DR A4G0J7, HIS6_METM5 ; A9A8U1, HIS6_METM6 ; A6VHY8, HIS6_METM7 ; +DR Q8PW92, HIS6_METMA ; A3CT78, HIS6_METMJ ; P62454, HIS6_METMP ; +DR B8IPH3, HIS6_METNO ; B1ZAD6, HIS6_METPB ; B8GEX3, HIS6_METPE ; +DR A2SE09, HIS6_METPP ; B1LUA2, HIS6_METRJ ; A5UMZ1, HIS6_METS3 ; +DR B0UHR5, HIS6_METS4 ; A4YI34, HIS6_METS5 ; B8EM84, HIS6_METSB ; +DR Q2NI84, HIS6_METST ; O27398, HIS6_METTH ; A6UR05, HIS6_METVS ; +DR B0JY78, HIS6_MICAN ; C5CBK1, HIS6_MICLC ; Q2RGW2, HIS6_MOOTA ; +DR A0QHH6, HIS6_MYCA1 ; B1MBX3, HIS6_MYCA9 ; Q7VEW8, HIS6_MYCBO ; +DR A1KJ21, HIS6_MYCBP ; C1ANM7, HIS6_MYCBT ; A4T9N2, HIS6_MYCGI ; +DR B8ZRB4, HIS6_MYCLB ; Q9X7C2, HIS6_MYCLE ; B2HQA8, HIS6_MYCMM ; +DR P60666, HIS6_MYCPA ; A0QX87, HIS6_MYCS2 ; A3Q125, HIS6_MYCSJ ; +DR A1UHK2, HIS6_MYCSK ; Q1B7H0, HIS6_MYCSS ; A5U2W1, HIS6_MYCTA ; +DR P9WMM2, HIS6_MYCTO ; P9WMM3, HIS6_MYCTU ; A0PP20, HIS6_MYCUA ; +DR A1T8W7, HIS6_MYCVP ; Q1D4M4, HIS6_MYXXD ; Q3INY2, HIS6_NATPD ; +DR B2A6X0, HIS6_NATTJ ; B9L718, HIS6_NAUPA ; Q5FA23, HIS6_NEIG1 ; +DR B4RJN3, HIS6_NEIG2 ; A9M2Q5, HIS6_NEIM0 ; Q9JVH5, HIS6_NEIMA ; +DR Q9K0H4, HIS6_NEIMB ; A1KSN6, HIS6_NEIMF ; Q0AEU1, HIS6_NITEC ; +DR Q820Q0, HIS6_NITEU ; Q1QRX0, HIS6_NITHX ; A9A5X0, HIS6_NITMS ; +DR Q2YAV0, HIS6_NITMU ; Q3J6Q1, HIS6_NITOC ; A6Q117, HIS6_NITSB ; +DR P62450, HIS6_NITV2 ; A1VGY9, HIS6_NITV4 ; B8DQX6, HIS6_NITV9 ; +DR Q3SWF1, HIS6_NITWN ; Q5YYP3, HIS6_NOCFA ; A1SL56, HIS6_NOCSJ ; +DR Q8YT31, HIS6_NOSS1 ; Q8ESS2, HIS6_OCEIH ; Q316L4, HIS6_OLEA2 ; +DR B1ZX57, HIS6_OPITP ; A1R5S1, HIS6_PAEAT ; A1TL06, HIS6_PARC0 ; +DR A6LDI7, HIS6_PARD8 ; A1B388, HIS6_PARDP ; A7HSH0, HIS6_PARL1 ; +DR Q2VYJ0, HIS6_PARM1 ; B2JHX9, HIS6_PARP8 ; B2SZ59, HIS6_PARPJ ; DR Q13TR0, HIS6_PARXL ; Q9CLM0, HIS6_PASMU ; Q6D406, HIS6_PECAS ; DR C6DF71, HIS6_PECCP ; B4SFM7, HIS6_PELPB ; A5CZ73, HIS6_PELTS ; DR Q4FNT7, HIS6_PELUB ; C0QPQ6, HIS6_PERMH ; A9BJZ9, HIS6_PETMO ; @@ -137361,8 +138285,8 @@ DR B3E617, HIS6_TRIL1 ; Q3MEF5, HIS6_TRIV2 ; C5CQK0, HIS6_VARPS ; DR A1WR24, HIS6_VEREI ; A5CXY8, HIS6_VESOH ; B7VGZ7, HIS6_VIBA3 ; DR A7MX10, HIS6_VIBC1 ; A5F289, HIS6_VIBC3 ; Q9KSW8, HIS6_VIBCH ; DR C3LLI5, HIS6_VIBCM ; Q87QK6, HIS6_VIBPA ; Q8D8Q5, HIS6_VIBVU ; -DR Q7MAS1, HIS6_WOLSU ; Q8PLG6, HIS6_XANAC ; Q3BUF2, HIS6_XANC5 ; -DR Q4UU45, HIS6_XANC8 ; B0RSL9, HIS6_XANCB ; Q8P9N9, HIS6_XANCP ; +DR Q7MAS1, HIS6_WOLSU ; Q8PLG6, HIS6_XANAC ; Q4UU45, HIS6_XANC8 ; +DR B0RSL9, HIS6_XANCB ; Q8P9N9, HIS6_XANCP ; Q3BUF2, HIS6_XANE5 ; DR Q2P3J8, HIS6_XANOM ; Q5H0K6, HIS6_XANOR ; A7IHN9, HIS6_XANP2 ; DR B2I5X6, HIS6_XYLF2 ; Q9PBD0, HIS6_XYLFA ; B0U3A8, HIS6_XYLFM ; DR Q87C34, HIS6_XYLFT ; A1JTW3, HIS6_YERE8 ; A7FJH5, HIS6_YERP3 ; @@ -137392,29 +138316,13 @@ CC -!- Involved in the degradation of the fungicide validamycin A by CC Flavobacterium saccharophilum. // ID 4.3.3.2 -DE strictosidine synthase. -AN STR. -AN strictosidine synthetase. -CA 3alpha(S)-strictosidine + H2O = secologanin + tryptamine. -CC -!- Catalyzes a a Pictet-Spengler reaction between the aldehyde group of -CC secologanin and the amino group of tryptamine. -CC -!- Involved in the biosynthesis of the monoterpenoid indole alkaloids. -DR P92976, SSL11_ARATH; P94111, SSL12_ARATH; P18417, STSY_CATRO ; -DR P68174, STSY_RAUMA ; P68175, STSY_RAUSE ; +DE Transferred entry: 3.5.99.13. // ID 4.3.3.3 -DE deacetylisoipecoside synthase. -CA deacetylisoipecoside + H2O = dopamine + secologanin. -CC -!- The enzyme from the leaves of Alangium lamarckii differs in -CC enantiomeric specificity from EC 4.3.3.4. -CC -!- The product is rapidly converted to demethylisoalangiside. +DE Transferred entry: 3.5.99.15. // ID 4.3.3.4 -DE deacetylipecoside synthase. -CA deacetylipecoside + H2O = dopamine + secologanin. -CC -!- The enzyme from the leaves of Alangium lamarckii differs in -CC enantiomeric specificity from EC 4.3.3.3. -CC -!- The product is rapidly converted to demethylalangiside. +DE Transferred entry: 3.5.99.16. // ID 4.3.3.5 DE 4'-demethylrebeccamycin synthase. @@ -137525,7 +138433,7 @@ DR A1A3A4, PDXT_BIFAA ; Q8G575, PDXT_BIFLO ; C0ZH53, PDXT_BREBN ; DR B9MKY8, PDXT_CALBD ; A8MAY1, PDXT_CALMQ ; Q8RBJ4, PDXT_CALS4 ; DR A4XIB6, PDXT_CALS8 ; Q3A8Q0, PDXT_CARHZ ; A0RTP4, PDXT_CENSY ; DR A9WFU0, PDXT_CHLAA ; B8G664, PDXT_CHLAD ; B9LIK4, PDXT_CHLSY ; -DR A5CS10, PDXT_CLAM3 ; B0REB6, PDXT_CLAMS ; Q97LG6, PDXT_CLOAB ; +DR A5CS10, PDXT_CLAM3 ; B0REB6, PDXT_CLASE ; Q97LG6, PDXT_CLOAB ; DR A6M3G5, PDXT_CLOB8 ; B1KYX4, PDXT_CLOBM ; B9E3V5, PDXT_CLOK1 ; DR A5MZY0, PDXT_CLOK5 ; Q6NK10, PDXT_CORDI ; A4QCC4, PDXT_CORGB ; DR Q8NS90, PDXT_CORGL ; Q4JVD5, PDXT_CORJK ; Q6A947, PDXT_CUTAK ; @@ -137534,36 +138442,36 @@ DR Q1IZC9, PDXT_DEIGD ; Q9RUL8, PDXT_DEIRA ; B1I158, PDXT_DESAP ; DR B8FZR4, PDXT_DESHD ; Q24PK8, PDXT_DESHY ; A4J0G0, PDXT_DESRM ; DR B5YF84, PDXT_DICT6 ; B8E120, PDXT_DICTD ; B1YGC2, PDXT_EXIS2 ; DR A7HNV0, PDXT_FERNB ; Q0RNV0, PDXT_FRAAA ; Q2JD98, PDXT_FRACC ; -DR B0TZ16, PDXT_FRAP2 ; A8KZF0, PDXT_FRASN ; Q14IU7, PDXT_FRAT1 ; -DR A7NDQ2, PDXT_FRATF ; Q2A261, PDXT_FRATH ; B2SDL4, PDXT_FRATM ; -DR A0Q5I2, PDXT_FRATN ; Q0BKT3, PDXT_FRATO ; Q5NHE5, PDXT_FRATT ; -DR A4IZB4, PDXT_FRATW ; Q5L3Y1, PDXT_GEOKA ; P83813, PDXT_GEOSE ; -DR C5D338, PDXT_GEOSW ; A4IJ95, PDXT_GEOTN ; Q7VL87, PDXT_HAEDU ; -DR Q4QJU4, PDXT_HAEI8 ; A5UBN1, PDXT_HAEIE ; A5UF87, PDXT_HAEIG ; -DR P45294, PDXT_HAEIN ; Q9KGN5, PDXT_HALH5 ; B9LSC8, PDXT_HALLT ; -DR Q5UZW7, PDXT_HALMA ; B0R879, PDXT_HALS3 ; Q9HMD2, PDXT_HALSA ; -DR Q18KL6, PDXT_HALWD ; A9B890, PDXT_HERA2 ; A2BLL6, PDXT_HYPBU ; -DR A8A8T7, PDXT_IGNH4 ; A6WCI3, PDXT_KINRD ; B1L4Z3, PDXT_KORCO ; -DR Q1IQH8, PDXT_KORVE ; C5CG73, PDXT_KOSOT ; Q6AFB8, PDXT_LEIXX ; -DR Q929R8, PDXT_LISIN ; C1KX54, PDXT_LISMC ; Q71XR2, PDXT_LISMF ; -DR B8DH16, PDXT_LISMH ; Q8Y5G1, PDXT_LISMO ; A0AKK9, PDXT_LISW6 ; -DR A6UWZ3, PDXT_META3 ; Q8TQH7, PDXT_METAC ; Q0W8A8, PDXT_METAR ; -DR A7I472, PDXT_METB6 ; Q465J4, PDXT_METBF ; Q12YR6, PDXT_METBU ; -DR Q2FTH1, PDXT_METHJ ; Q59055, PDXT_METJA ; Q8TWH2, PDXT_METKA ; -DR A2SPK0, PDXT_METLZ ; A4G0R6, PDXT_METM5 ; A9A909, PDXT_METM6 ; -DR A6VHR9, PDXT_METM7 ; Q8PUA4, PDXT_METMA ; A3CRE5, PDXT_METMJ ; -DR P0C036, PDXT_METMP ; B8GE19, PDXT_METPE ; A5UK48, PDXT_METS3 ; -DR A4YI12, PDXT_METS5 ; Q2NGI4, PDXT_METST ; O26292, PDXT_METTH ; -DR A0B7N4, PDXT_METTP ; A6UQT7, PDXT_METVS ; Q2RMI9, PDXT_MOOTA ; -DR A0QIC6, PDXT_MYCA1 ; B1MCJ8, PDXT_MYCA9 ; Q7TY92, PDXT_MYCBO ; -DR A1KLV4, PDXT_MYCBP ; C1AF75, PDXT_MYCBT ; Q9CCT5, PDXT_MYCLE ; -DR B2HN48, PDXT_MYCMM ; Q73WF2, PDXT_MYCPA ; A0QWH0, PDXT_MYCS2 ; -DR A3PYU8, PDXT_MYCSJ ; A1UF87, PDXT_MYCSK ; Q1B9S6, PDXT_MYCSS ; -DR A5U5V5, PDXT_MYCTA ; P9WII6, PDXT_MYCTO ; P9WII7, PDXT_MYCTU ; -DR A0PSY6, PDXT_MYCUA ; A1T876, PDXT_MYCVP ; Q3IU60, PDXT_NATPD ; -DR Q8L1A7, PDXT_NIACI ; A9A4S0, PDXT_NITMS ; Q5YTE0, PDXT_NOCFA ; -DR A1SJA2, PDXT_NOCSJ ; Q8EN04, PDXT_OCEIH ; Q04F27, PDXT_OENOB ; -DR A1R728, PDXT_PAEAT ; Q6MEN7, PDXT_PARUW ; Q9CLJ5, PDXT_PASMU ; +DR B0TZ16, PDXT_FRAP2 ; Q14IU7, PDXT_FRAT1 ; A7NDQ2, PDXT_FRATF ; +DR Q2A261, PDXT_FRATH ; B2SDL4, PDXT_FRATM ; A0Q5I2, PDXT_FRATN ; +DR Q0BKT3, PDXT_FRATO ; Q5NHE5, PDXT_FRATT ; A4IZB4, PDXT_FRATW ; +DR Q5L3Y1, PDXT_GEOKA ; P83813, PDXT_GEOSE ; C5D338, PDXT_GEOSW ; +DR A4IJ95, PDXT_GEOTN ; Q7VL87, PDXT_HAEDU ; Q4QJU4, PDXT_HAEI8 ; +DR A5UBN1, PDXT_HAEIE ; A5UF87, PDXT_HAEIG ; P45294, PDXT_HAEIN ; +DR Q9KGN5, PDXT_HALH5 ; B9LSC8, PDXT_HALLT ; Q5UZW7, PDXT_HALMA ; +DR B0R879, PDXT_HALS3 ; Q9HMD2, PDXT_HALSA ; Q18KL6, PDXT_HALWD ; +DR A9B890, PDXT_HERA2 ; A2BLL6, PDXT_HYPBU ; A8A8T7, PDXT_IGNH4 ; +DR A6WCI3, PDXT_KINRD ; B1L4Z3, PDXT_KORCO ; Q1IQH8, PDXT_KORVE ; +DR C5CG73, PDXT_KOSOT ; Q6AFB8, PDXT_LEIXX ; Q929R8, PDXT_LISIN ; +DR C1KX54, PDXT_LISMC ; Q71XR2, PDXT_LISMF ; B8DH16, PDXT_LISMH ; +DR Q8Y5G1, PDXT_LISMO ; A0AKK9, PDXT_LISW6 ; A6UWZ3, PDXT_META3 ; +DR Q8TQH7, PDXT_METAC ; Q0W8A8, PDXT_METAR ; A7I472, PDXT_METB6 ; +DR Q465J4, PDXT_METBF ; Q12YR6, PDXT_METBU ; Q2FTH1, PDXT_METHJ ; +DR Q59055, PDXT_METJA ; Q8TWH2, PDXT_METKA ; A2SPK0, PDXT_METLZ ; +DR A4G0R6, PDXT_METM5 ; A9A909, PDXT_METM6 ; A6VHR9, PDXT_METM7 ; +DR Q8PUA4, PDXT_METMA ; A3CRE5, PDXT_METMJ ; P0C036, PDXT_METMP ; +DR B8GE19, PDXT_METPE ; A5UK48, PDXT_METS3 ; A4YI12, PDXT_METS5 ; +DR Q2NGI4, PDXT_METST ; O26292, PDXT_METTH ; A0B7N4, PDXT_METTP ; +DR A6UQT7, PDXT_METVS ; Q2RMI9, PDXT_MOOTA ; A0QIC6, PDXT_MYCA1 ; +DR B1MCJ8, PDXT_MYCA9 ; Q7TY92, PDXT_MYCBO ; A1KLV4, PDXT_MYCBP ; +DR C1AF75, PDXT_MYCBT ; Q9CCT5, PDXT_MYCLE ; B2HN48, PDXT_MYCMM ; +DR Q73WF2, PDXT_MYCPA ; A0QWH0, PDXT_MYCS2 ; A3PYU8, PDXT_MYCSJ ; +DR A1UF87, PDXT_MYCSK ; Q1B9S6, PDXT_MYCSS ; A5U5V5, PDXT_MYCTA ; +DR P9WII6, PDXT_MYCTO ; P9WII7, PDXT_MYCTU ; A0PSY6, PDXT_MYCUA ; +DR A1T876, PDXT_MYCVP ; Q3IU60, PDXT_NATPD ; Q8L1A7, PDXT_NIACI ; +DR A9A4S0, PDXT_NITMS ; Q5YTE0, PDXT_NOCFA ; A1SJA2, PDXT_NOCSJ ; +DR Q8EN04, PDXT_OCEIH ; Q04F27, PDXT_OENOB ; A1R728, PDXT_PAEAT ; +DR A8KZF0, PDXT_PARS2 ; Q6MEN7, PDXT_PARUW ; Q9CLJ5, PDXT_PASMU ; DR A5D6D2, PDXT_PELTS ; Q6L1R3, PDXT_PICTO ; B8H9E0, PDXT_PSECP ; DR A8F840, PDXT_PSELT ; Q9V0J6, PDXT_PYRAB ; Q8ZUE9, PDXT_PYRAE ; DR A4WHH5, PDXT_PYRAR ; A3MSM9, PDXT_PYRCJ ; Q8TH23, PDXT_PYRFU ; @@ -137660,8 +138568,7 @@ DR A9KFS0, DAPA_COXBN ; A9NDT3, DAPA_COXBR ; Q83CA6, DAPA_COXBU ; DR A7MP70, DAPA_CROS8 ; Q6AA18, DAPA_CUTAK ; B8HYL7, DAPA_CYAP4 ; DR Q11VI2, DAPA_CYTH3 ; Q47HS9, DAPA_DECAR ; Q3Z7V3, DAPA_DEHM1 ; DR A5FQT5, DAPA_DEHMB ; Q3ZXV3, DAPA_DEHMC ; B1I383, DAPA_DESAP ; -DR Q6AR63, DAPA_DESPS ; A4J5V5, DAPA_DESRM ; Q72AX2, DAPA_DESVH ; -DR B8DKU0, DAPA_DESVM ; A1VCZ9, DAPA_DESVV ; A5EXM4, DAPA_DICNV ; +DR Q6AR63, DAPA_DESPS ; A4J5V5, DAPA_DESRM ; A5EXM4, DAPA_DICNV ; DR A8LKQ5, DAPA_DINSH ; A7ZPS4, DAPA_ECO24 ; B7LCL6, DAPA_ECO55 ; DR P63944, DAPA_ECO57 ; B5Z015, DAPA_ECO5E ; B7NQL6, DAPA_ECO7I ; DR B7MYB7, DAPA_ECO81 ; B7M7I1, DAPA_ECO8A ; A8A2X1, DAPA_ECOHS ; @@ -137711,7 +138618,8 @@ DR P9WP25, DAPA_MYCTU ; Q3ISQ0, DAPA_NATPD ; B2A3B2, DAPA_NATTJ ; DR Q5F849, DAPA_NEIG1 ; A9M4C8, DAPA_NEIM0 ; Q9JUU9, DAPA_NEIMA ; DR Q9JZR4, DAPA_NEIMB ; A1KTJ9, DAPA_NEIMF ; Q0AI27, DAPA_NITEC ; DR Q82SD7, DAPA_NITEU ; Q1QL43, DAPA_NITHX ; Q2Y8S8, DAPA_NITMU ; -DR Q3J869, DAPA_NITOC ; A6Q2V4, DAPA_NITSB ; B2IT87, DAPA_NOSP7 ; +DR Q3J869, DAPA_NITOC ; A6Q2V4, DAPA_NITSB ; Q72AX2, DAPA_NITV2 ; +DR A1VCZ9, DAPA_NITV4 ; B8DKU0, DAPA_NITV9 ; B2IT87, DAPA_NOSP7 ; DR Q8YQY1, DAPA_NOSS1 ; Q2G8D6, DAPA_NOVAD ; Q8EQJ1, DAPA_OCEIH ; DR Q04FS1, DAPA_OENOB ; Q310Q2, DAPA_OLEA2 ; A6LA57, DAPA_PARD8 ; DR A7HX36, DAPA_PARL1 ; Q7UA33, DAPA_PARMW ; Q6MDD9, DAPA_PARUW ; @@ -137792,6 +138700,7 @@ CC -!- It is thought to have evolved from EC 4.4.1.13. CC -!- It has been described in both mimosine-producing plants and some CC bacteria. CC -!- Formerly EC 3.5.1.61. +DR A8CEI3, MIMOS_LEULE; U6BYK3, MIMOS_MIMPU; // ID 4.3.3.n1 DE Transferred entry: 4.1.99.20. @@ -137818,13 +138727,13 @@ DR A9CF16, QUEE_AGRFC ; O67826, QUEE_AQUAE ; O29808, QUEE_ARCFU ; DR Q81G67, QUEE_BACCR ; O31677, QUEE_BACSU ; Q89ZC3, QUEE_BACTN ; DR Q7VVJ8, QUEE_BORPE ; Q89SC0, QUEE_BRADU ; Q8K9D9, QUEE_BUCAP ; DR A0A0H3KB22, QUEE_BURM1 ; Q0PBX7, QUEE_CAMJE ; Q9A3P3, QUEE_CAUVC ; -DR Q8KFK8, QUEE_CHLTE ; Q97D55, QUEE_CLOAB ; Q728E5, QUEE_DESVH ; -DR P64555, QUEE_ECO57 ; P64554, QUEE_ECOLI ; A6H1N2, QUEE_FLAPJ ; -DR Q74CF3, QUEE_GEOSL ; Q7NCE3, QUEE_GLOVI ; P45097, QUEE_HAEIN ; -DR B0R9W6, QUEE_HALS3 ; A2BJ90, QUEE_HYPBU ; Q1IHK7, QUEE_KORVE ; -DR Q8EZ24, QUEE_LEPIN ; Q8TIF5, QUEE_METAC ; Q2FS67, QUEE_METHJ ; -DR Q59039, QUEE_METJA ; Q8TX58, QUEE_METKA ; O27295, QUEE_METTH ; -DR Q9K0Q5, QUEE_NEIMB ; Q7V9H9, QUEE_PROMA ; Q8ZZZ0, QUEE_PYRAE ; +DR Q8KFK8, QUEE_CHLTE ; Q97D55, QUEE_CLOAB ; P64555, QUEE_ECO57 ; +DR P64554, QUEE_ECOLI ; A6H1N2, QUEE_FLAPJ ; Q74CF3, QUEE_GEOSL ; +DR Q7NCE3, QUEE_GLOVI ; P45097, QUEE_HAEIN ; B0R9W6, QUEE_HALS3 ; +DR A2BJ90, QUEE_HYPBU ; Q1IHK7, QUEE_KORVE ; Q8EZ24, QUEE_LEPIN ; +DR Q8TIF5, QUEE_METAC ; Q2FS67, QUEE_METHJ ; Q59039, QUEE_METJA ; +DR Q8TX58, QUEE_METKA ; O27295, QUEE_METTH ; Q9K0Q5, QUEE_NEIMB ; +DR Q728E5, QUEE_NITV2 ; Q7V9H9, QUEE_PROMA ; Q8ZZZ0, QUEE_PYRAE ; DR Q7UVG8, QUEE_RHOBA ; Q2RSY6, QUEE_RHORT ; Q9ZCV2, QUEE_RICPR ; DR P64556, QUEE_SHIFL ; P73667, QUEE_SYNY3 ; Q9HII0, QUEE_THEAC ; DR Q5JGE6, QUEE_THEKO ; @@ -137895,7 +138804,7 @@ DR P0DN21, ALMA1_EMIHU; P0DN23, ALMA2_EMIHU; R1G6M4, ALMA3_EMIHU; DR R1ERP2, ALMA4_EMIHU; R1ENF4, ALMA5_EMIHU; R1F493, ALMA6_EMIHU; DR R1CW23, ALMA7_EMIHU; Q3J6L0, DDDL_CERS4 ; Q166H0, DDDP_ROSDO ; DR A3SK19, DDDP_ROSNI ; D0CY60, DDDQ_RUELI ; Q5LT18, DDDQ_RUEPO ; -DR Q5LW89, DDDW_RUEPO ; E7DDH2, DDDY_ALCFA ; +DR Q5LW89, DDDW_RUEPO ; E7DDH2, DDDY_ALCFA ; B1KN81, DDDY_SHEWM ; // ID 4.4.1.4 DE alliin lyase. @@ -137996,17 +138905,18 @@ CC enzymes discovered thus far are bifunctional, most of which also act CC as aminotransferases. CC -!- Formerly EC 4.4.1.6 and EC 4.4.1.8. DR Q08432, CBL_BACSU ; Q93QC6, CBL_CORGT ; Q64HC5, CBL_CORST ; -DR P63503, CBL_MYCBO ; Q9CBM9, CBL_MYCLE ; P9WQ82, CBL_MYCTO ; -DR P9WQ83, CBL_MYCTU ; Q1K8G0, CBL_NEUCR ; O94350, CBL_SCHPO ; -DR Q5SHW0, CBL_THET8 ; Q16773, KAT1_HUMAN ; Q8BTY1, KAT1_MOUSE ; -DR Q08415, KAT1_RAT ; Q0P5G4, KAT3_BOVIN ; Q7T3E5, KAT3_DANRE ; -DR Q6YP21, KAT3_HUMAN ; Q71RI9, KAT3_MOUSE ; Q58FK9, KAT3_RAT ; -DR Q54KM6, KAT_DICDI ; P23256, MALY_ECOLI ; P53780, METC_ARATH ; -DR O31632, METC_BACSU ; Q07703, METC_BORAV ; Q83A83, METC_COXBU ; -DR P06721, METC_ECOLI ; P44527, METC_HAEIN ; P0A4K2, METC_LACLA ; -DR P0C2T9, METC_LACLC ; A2RM21, METC_LACLM ; P85217, METC_PAPLA ; -DR Q52811, METC_RHIJ3 ; P18949, METC_SALTY ; Q4L332, METC_STAHJ ; -DR P43623, METC_YEAST ; P53101, STR3_YEAST ; +DR A0A0M3VI47, CBL_MIMPU ; P63503, CBL_MYCBO ; Q9CBM9, CBL_MYCLE ; +DR P9WQ82, CBL_MYCTO ; P9WQ83, CBL_MYCTU ; Q1K8G0, CBL_NEUCR ; +DR O94350, CBL_SCHPO ; Q5SHW0, CBL_THET8 ; Q16773, KAT1_HUMAN ; +DR Q8BTY1, KAT1_MOUSE ; Q08415, KAT1_RAT ; Q0P5G4, KAT3_BOVIN ; +DR Q7T3E5, KAT3_DANRE ; Q6YP21, KAT3_HUMAN ; Q71RI9, KAT3_MOUSE ; +DR Q58FK9, KAT3_RAT ; Q54KM6, KAT_DICDI ; P23256, MALY_ECOLI ; +DR P53780, METC_ARATH ; O31632, METC_BACSU ; Q07703, METC_BORAV ; +DR Q83A83, METC_COXBU ; P06721, METC_ECOLI ; P44527, METC_HAEIN ; +DR P0A4K2, METC_LACLA ; P0C2T9, METC_LACLC ; A2RM21, METC_LACLM ; +DR P85217, METC_PAPLA ; Q52811, METC_RHIJ3 ; P18949, METC_SALTY ; +DR Q4L332, METC_STAHJ ; P43623, METC_YEAST ; U6BYK3, MIMOS_MIMPU; +DR P53101, STR3_YEAST ; // ID 4.4.1.14 DE 1-aminocyclopropane-1-carboxylate synthase. @@ -138251,8 +139161,8 @@ DR A1AXY8, GFA_PARDP ; B6HE56, GFA_PENRW ; Q0V314, GFA_PHANO ; DR B2ACV0, GFA_PODAN ; B2W9N9, GFA_PYRTR ; E3S405, GFA_PYRTT ; DR Q98LU4, GFA_RHILO ; Q92WX6, GFA_RHIME ; Q07HI5, GFA_RHOP5 ; DR Q21D57, GFA_RHOPB ; D1ZK87, GFA_SORMK ; B6QNA1, GFA_TALMQ ; -DR C9S7Z6, GFA_VERA1 ; Q8PPF1, GFA_XANAC ; Q3BXJ3, GFA_XANC5 ; -DR Q4UYL9, GFA_XANC8 ; B0RNW7, GFA_XANCB ; Q8P5F3, GFA_XANCP ; +DR C9S7Z6, GFA_VERA1 ; Q8PPF1, GFA_XANAC ; Q4UYL9, GFA_XANC8 ; +DR B0RNW7, GFA_XANCB ; Q8P5F3, GFA_XANCP ; Q3BXJ3, GFA_XANE5 ; // ID 4.4.1.23 DE 2-hydroxypropyl-CoM lyase. @@ -138471,7 +139381,7 @@ CC to sulfide production. CC -!- The active form of the enzyme contains a glycyl radical that is CC generated by a dedicated activating enzyme via chemistry involving CC S-adenosyl-L-methionine (SAM) and a [4Fe-4S] cluster. -DR E5Y378, ISLA_BILW3 ; B8J0R1, ISLA_DESDA ; Q727N1, ISLA_DESVH ; +DR E5Y378, ISLA_BILW3 ; B8J0R1, ISLA_DESDA ; Q727N1, ISLA_NITV2 ; DR Q312S2, ISLA_OLEA2 ; // ID 4.4.1.39 @@ -138547,6 +139457,7 @@ CC canavaninivorans, cleaves a carbon-oxygen bond, releasing CC N-hydroxyguanidine and an unstable enamine product that tautomerizes CC to an imine form, which is attacked by a water molecule to form CC L-homoserine. +DR P0DXC4, CANGL_PSECO; P0DXD3, CANGL_RHILW; // ID 4.5.1.1 DE DDT-dehydrochlorinase. @@ -138716,15 +139627,15 @@ DR A8FNR8, ISPDF_CAMJ8; A7H5V8, ISPDF_CAMJD; Q9PM68, ISPDF_CAMJE; DR A1W1K9, ISPDF_CAMJJ; Q5HSI4, ISPDF_CAMJR; B9KEX3, ISPDF_CAMLR; DR Q9A7I5, ISPDF_CAUVC; B8GW85, ISPDF_CAUVN; Q11HV9, ISPDF_CHESB; DR A5CTY4, ISPDF_CLAM3; B1I0S9, ISPDF_DESAP; Q6ARN9, ISPDF_DESPS; -DR Q72C30, ISPDF_DESVH; A1VDX6, ISPDF_DESVV; A8LKV5, ISPDF_DINSH; -DR Q2NAE1, ISPDF_ERYLH; Q5FQD6, ISPDF_GLUOX; Q0BTD5, ISPDF_GRABC; -DR Q17WU1, ISPDF_HELAH; Q7VFU3, ISPDF_HELHP; B6JL03, ISPDF_HELP2; -DR B5Z6H4, ISPDF_HELPG; Q1CU78, ISPDF_HELPH; Q9ZM19, ISPDF_HELPJ; -DR B2USR1, ISPDF_HELPS; O25664, ISPDF_HELPY; Q0C0N0, ISPDF_HYPNA; -DR Q28Q60, ISPDF_JANSC; Q1MR76, ISPDF_LAWIP; Q6ADI0, ISPDF_LEIXX; -DR Q2W4Q8, ISPDF_MAGSA; Q0APQ6, ISPDF_MARMM; Q1QM99, ISPDF_NITHX; -DR A6Q2K0, ISPDF_NITSB; Q3SSN8, ISPDF_NITWN; Q2G708, ISPDF_NOVAD; -DR Q310X3, ISPDF_OLEA2; A1B890, ISPDF_PARDP; A7HXV6, ISPDF_PARL1; +DR A8LKV5, ISPDF_DINSH; Q2NAE1, ISPDF_ERYLH; Q5FQD6, ISPDF_GLUOX; +DR Q0BTD5, ISPDF_GRABC; Q17WU1, ISPDF_HELAH; Q7VFU3, ISPDF_HELHP; +DR B6JL03, ISPDF_HELP2; B5Z6H4, ISPDF_HELPG; Q1CU78, ISPDF_HELPH; +DR Q9ZM19, ISPDF_HELPJ; B2USR1, ISPDF_HELPS; O25664, ISPDF_HELPY; +DR Q0C0N0, ISPDF_HYPNA; Q28Q60, ISPDF_JANSC; Q1MR76, ISPDF_LAWIP; +DR Q6ADI0, ISPDF_LEIXX; Q0APQ6, ISPDF_MARMM; Q1QM99, ISPDF_NITHX; +DR A6Q2K0, ISPDF_NITSB; Q72C30, ISPDF_NITV2; A1VDX6, ISPDF_NITV4; +DR Q3SSN8, ISPDF_NITWN; Q2G708, ISPDF_NOVAD; Q310X3, ISPDF_OLEA2; +DR A1B890, ISPDF_PARDP; A7HXV6, ISPDF_PARL1; Q2W4Q8, ISPDF_PARM1; DR Q4FM31, ISPDF_PELUB; B3PYS4, ISPDF_RHIE6; Q2K8V5, ISPDF_RHIEC; DR Q1MH21, ISPDF_RHIJ3; Q98MX9, ISPDF_RHILO; B5ZNB6, ISPDF_RHILW; DR Q92Q90, ISPDF_RHIME; B9JF01, ISPDF_RHIR8; A5V2U9, ISPDF_RHIWR; @@ -138799,37 +139710,37 @@ DR Q3YT02, ISPF_EHRCJ ; Q2GHV0, ISPF_EHRCR ; Q5FF92, ISPF_EHRRG ; DR Q5HC74, ISPF_EHRRW ; B1GYT3, ISPF_ENDTX ; A4WDV1, ISPF_ENT38 ; DR Q839V8, ISPF_ENTFA ; B2VFZ6, ISPF_ERWT9 ; B7LWK9, ISPF_ESCF3 ; DR B0S2Q7, ISPF_FINM2 ; Q0RBN8, ISPF_FRAAA ; Q2J543, ISPF_FRACC ; -DR B0TYX5, ISPF_FRAP2 ; A8LF85, ISPF_FRASN ; Q14H93, ISPF_FRAT1 ; -DR A7NBK5, ISPF_FRATF ; Q2A3Z7, ISPF_FRATH ; B2SDD4, ISPF_FRATM ; -DR A0Q6Y1, ISPF_FRATN ; Q0BMD2, ISPF_FRATO ; Q5NFU1, ISPF_FRATT ; -DR A4IYG6, ISPF_FRATW ; Q8R6E7, ISPF_FUSNN ; C1A8W3, ISPF_GEMAT ; -DR B9LZW2, ISPF_GEODF ; Q5L432, ISPF_GEOKA ; Q39ZL6, ISPF_GEOMG ; -DR Q747A0, ISPF_GEOSL ; C5D3P3, ISPF_GEOSW ; A4IJG5, ISPF_GEOTN ; -DR A5G939, ISPF_GEOUR ; B8F4V8, ISPF_GLAP5 ; Q7NFH8, ISPF_GLOVI ; -DR Q47956, ISPF_HAEDU ; Q4QMP5, ISPF_HAEI8 ; A5UE60, ISPF_HAEIE ; -DR A5UHG0, ISPF_HAEIG ; P44815, ISPF_HAEIN ; Q2SKW6, ISPF_HAHCH ; -DR Q9KGF7, ISPF_HALH5 ; A1WWY9, ISPF_HALHL ; B8D0A0, ISPF_HALOH ; -DR Q0I5H9, ISPF_HISS1 ; B0URU8, ISPF_HISS2 ; B4U9N6, ISPF_HYDS0 ; -DR Q5QUC4, ISPF_IDILO ; A6W6E9, ISPF_KINRD ; B5XV35, ISPF_KLEP3 ; -DR A6TD38, ISPF_KLEP7 ; Q1IVA8, ISPF_KORVE ; C5CGG7, ISPF_KOSOT ; -DR C4Z3N3, ISPF_LACE2 ; C1D559, ISPF_LARHH ; B0SAT2, ISPF_LEPBA ; -DR Q04VM3, ISPF_LEPBJ ; Q04XV1, ISPF_LEPBL ; B0SJL7, ISPF_LEPBP ; -DR Q72UP7, ISPF_LEPIC ; Q8F0A5, ISPF_LEPIN ; Q92F39, ISPF_LISIN ; -DR C1KYG9, ISPF_LISMC ; Q724H6, ISPF_LISMF ; B8DF19, ISPF_LISMH ; -DR Q8YAB4, ISPF_LISMO ; B1HNM6, ISPF_LYSSC ; Q65Q79, ISPF_MANSM ; -DR A1TZ51, ISPF_MARN8 ; Q604M1, ISPF_METCA ; Q1H2A2, ISPF_METFK ; -DR Q2RFM1, ISPF_MOOTA ; A0QAB4, ISPF_MYCA1 ; B1MGY4, ISPF_MYCA9 ; -DR P65184, ISPF_MYCBO ; A1KPR7, ISPF_MYCBP ; C1AI40, ISPF_MYCBT ; -DR Q7NC56, ISPF_MYCGA ; B8ZUA8, ISPF_MYCLB ; Q9CCW5, ISPF_MYCLE ; -DR B2HJ22, ISPF_MYCMM ; Q743W4, ISPF_MYCPA ; A5U8Q6, ISPF_MYCTA ; -DR P9WKG4, ISPF_MYCTO ; P9WKG5, ISPF_MYCTU ; A1TG10, ISPF_MYCVP ; -DR B2A4B2, ISPF_NATTJ ; Q5F830, ISPF_NEIG1 ; A9M0U6, ISPF_NEIM0 ; -DR Q9JTM4, ISPF_NEIMA ; Q9JYM5, ISPF_NEIMB ; A1KUU9, ISPF_NEIMF ; -DR Q2GER2, ISPF_NEOSM ; Q0AGI1, ISPF_NITEC ; Q82US7, ISPF_NITEU ; -DR Q2Y752, ISPF_NITMU ; Q3JCS8, ISPF_NITOC ; Q5Z2R2, ISPF_NOCFA ; -DR A1SNY6, ISPF_NOCSJ ; B2JA49, ISPF_NOSP7 ; Q8YQF0, ISPF_NOSS1 ; -DR Q6EPN6, ISPF_ORYSJ ; A6LF29, ISPF_PARD8 ; B2JGK3, ISPF_PARP8 ; -DR B2T3X3, ISPF_PARPJ ; Q13Z30, ISPF_PARXL ; P57954, ISPF_PASMU ; +DR B0TYX5, ISPF_FRAP2 ; Q14H93, ISPF_FRAT1 ; A7NBK5, ISPF_FRATF ; +DR Q2A3Z7, ISPF_FRATH ; B2SDD4, ISPF_FRATM ; A0Q6Y1, ISPF_FRATN ; +DR Q0BMD2, ISPF_FRATO ; Q5NFU1, ISPF_FRATT ; A4IYG6, ISPF_FRATW ; +DR Q8R6E7, ISPF_FUSNN ; C1A8W3, ISPF_GEMAT ; B9LZW2, ISPF_GEODF ; +DR Q5L432, ISPF_GEOKA ; Q39ZL6, ISPF_GEOMG ; Q747A0, ISPF_GEOSL ; +DR C5D3P3, ISPF_GEOSW ; A4IJG5, ISPF_GEOTN ; A5G939, ISPF_GEOUR ; +DR B8F4V8, ISPF_GLAP5 ; Q7NFH8, ISPF_GLOVI ; Q47956, ISPF_HAEDU ; +DR Q4QMP5, ISPF_HAEI8 ; A5UE60, ISPF_HAEIE ; A5UHG0, ISPF_HAEIG ; +DR P44815, ISPF_HAEIN ; Q2SKW6, ISPF_HAHCH ; Q9KGF7, ISPF_HALH5 ; +DR A1WWY9, ISPF_HALHL ; B8D0A0, ISPF_HALOH ; Q0I5H9, ISPF_HISS1 ; +DR B0URU8, ISPF_HISS2 ; B4U9N6, ISPF_HYDS0 ; Q5QUC4, ISPF_IDILO ; +DR A6W6E9, ISPF_KINRD ; B5XV35, ISPF_KLEP3 ; A6TD38, ISPF_KLEP7 ; +DR Q1IVA8, ISPF_KORVE ; C5CGG7, ISPF_KOSOT ; C4Z3N3, ISPF_LACE2 ; +DR C1D559, ISPF_LARHH ; B0SAT2, ISPF_LEPBA ; Q04VM3, ISPF_LEPBJ ; +DR Q04XV1, ISPF_LEPBL ; B0SJL7, ISPF_LEPBP ; Q72UP7, ISPF_LEPIC ; +DR Q8F0A5, ISPF_LEPIN ; Q92F39, ISPF_LISIN ; C1KYG9, ISPF_LISMC ; +DR Q724H6, ISPF_LISMF ; B8DF19, ISPF_LISMH ; Q8YAB4, ISPF_LISMO ; +DR B1HNM6, ISPF_LYSSC ; Q65Q79, ISPF_MANSM ; A1TZ51, ISPF_MARN8 ; +DR Q604M1, ISPF_METCA ; Q1H2A2, ISPF_METFK ; Q2RFM1, ISPF_MOOTA ; +DR A0QAB4, ISPF_MYCA1 ; B1MGY4, ISPF_MYCA9 ; P65184, ISPF_MYCBO ; +DR A1KPR7, ISPF_MYCBP ; C1AI40, ISPF_MYCBT ; Q7NC56, ISPF_MYCGA ; +DR B8ZUA8, ISPF_MYCLB ; Q9CCW5, ISPF_MYCLE ; B2HJ22, ISPF_MYCMM ; +DR Q743W4, ISPF_MYCPA ; A5U8Q6, ISPF_MYCTA ; P9WKG4, ISPF_MYCTO ; +DR P9WKG5, ISPF_MYCTU ; A1TG10, ISPF_MYCVP ; B2A4B2, ISPF_NATTJ ; +DR Q5F830, ISPF_NEIG1 ; A9M0U6, ISPF_NEIM0 ; Q9JTM4, ISPF_NEIMA ; +DR Q9JYM5, ISPF_NEIMB ; A1KUU9, ISPF_NEIMF ; Q2GER2, ISPF_NEOSM ; +DR Q0AGI1, ISPF_NITEC ; Q82US7, ISPF_NITEU ; Q2Y752, ISPF_NITMU ; +DR Q3JCS8, ISPF_NITOC ; Q5Z2R2, ISPF_NOCFA ; A1SNY6, ISPF_NOCSJ ; +DR B2JA49, ISPF_NOSP7 ; Q8YQF0, ISPF_NOSS1 ; Q6EPN6, ISPF_ORYSJ ; +DR A6LF29, ISPF_PARD8 ; B2JGK3, ISPF_PARP8 ; B2T3X3, ISPF_PARPJ ; +DR A8LF85, ISPF_PARS2 ; Q13Z30, ISPF_PARXL ; P57954, ISPF_PASMU ; DR Q6D1B4, ISPF_PECAS ; C6DDG1, ISPF_PECCP ; B4SE23, ISPF_PELPB ; DR A1AJY3, ISPF_PELPD ; A5D5L5, ISPF_PELTS ; A9BHL8, ISPF_PETMO ; DR Q7N8K6, ISPF_PHOLL ; Q6LMT4, ISPF_PHOPR ; A6L0V6, ISPF_PHOV8 ; @@ -138873,8 +139784,8 @@ DR Q73KC6, ISPF_TREDE ; B3E280, ISPF_TRIL1 ; Q3MC53, ISPF_TRIV2 ; DR A1WR07, ISPF_VEREI ; A7MTS5, ISPF_VIBC1 ; A5F9D7, ISPF_VIBC3 ; DR Q9KUJ1, ISPF_VIBCH ; C3LS19, ISPF_VIBCM ; Q87LQ3, ISPF_VIBPA ; DR Q8DC59, ISPF_VIBVU ; Q7MHQ5, ISPF_VIBVY ; Q8D224, ISPF_WIGBR ; -DR Q8PLR7, ISPF_XANAC ; Q3BUS7, ISPF_XANC5 ; Q4UTP5, ISPF_XANC8 ; -DR B0RU02, ISPF_XANCB ; Q8P9Z0, ISPF_XANCP ; Q2P1L1, ISPF_XANOM ; +DR Q8PLR7, ISPF_XANAC ; Q4UTP5, ISPF_XANC8 ; B0RU02, ISPF_XANCB ; +DR Q8P9Z0, ISPF_XANCP ; Q3BUS7, ISPF_XANE5 ; Q2P1L1, ISPF_XANOM ; DR B2SUA9, ISPF_XANOP ; Q5GYK7, ISPF_XANOR ; Q9PDT5, ISPF_XYLFA ; DR Q87DY3, ISPF_XYLFT ; A1JJT5, ISPF_YERE8 ; A7FLX7, ISPF_YERP3 ; DR Q1C477, ISPF_YERPA ; B2K578, ISPF_YERPB ; Q8ZBP7, ISPF_YERPE ; @@ -139016,35 +139927,35 @@ DR Q8NTU1, MOAC_CORGL ; A7MJ08, MOAC_CROS8 ; Q1LR54, MOAC_CUPMC ; DR Q0KE68, MOAC_CUPNH ; Q475L1, MOAC_CUPPJ ; B2AHC7, MOAC_CUPTR ; DR Q1J1J3, MOAC_DEIGD ; Q9RRC1, MOAC_DEIRA ; A9BQ97, MOAC_DELAS ; DR C0QKG6, MOAC_DESAH ; B8FMV2, MOAC_DESAL ; B8J4F3, MOAC_DESDA ; -DR B8FNT2, MOAC_DESHD ; A4J6S4, MOAC_DESRM ; Q72FC5, MOAC_DESVH ; -DR A8LMJ8, MOAC_DINSH ; A7ZJJ2, MOAC_ECO24 ; B7ULY0, MOAC_ECO27 ; -DR B7MGP1, MOAC_ECO45 ; B7LC65, MOAC_ECO55 ; P0A740, MOAC_ECO57 ; -DR B5YRM2, MOAC_ECO5E ; B7NNL3, MOAC_ECO7I ; B7MQN7, MOAC_ECO81 ; -DR B7M755, MOAC_ECO8A ; C4ZXV5, MOAC_ECOBW ; B1X7B3, MOAC_ECODH ; -DR A7ZY39, MOAC_ECOHS ; A1A925, MOAC_ECOK1 ; Q0TJR5, MOAC_ECOL5 ; -DR P0A739, MOAC_ECOL6 ; B1IXI5, MOAC_ECOLC ; P0A738, MOAC_ECOLI ; -DR B7NA83, MOAC_ECOLU ; B6I7T8, MOAC_ECOSE ; B1LM74, MOAC_ECOSM ; -DR Q1REE5, MOAC_ECOUT ; C5B7H1, MOAC_EDWI9 ; A4W8C6, MOAC_ENT38 ; -DR B2VBW5, MOAC_ERWT9 ; Q2NA95, MOAC_ERYLH ; B7LJX9, MOAC_ESCF3 ; -DR Q5L3F4, MOAC_GEOKA ; Q39WU7, MOAC_GEOMG ; Q749N8, MOAC_GEOSL ; -DR C5D4E6, MOAC_GEOSW ; A4IJU6, MOAC_GEOTN ; A5G7C7, MOAC_GEOUR ; -DR B8F454, MOAC_GLAP5 ; Q7VLN2, MOAC_HAEDU ; Q4QJS0, MOAC_HAEI8 ; -DR A5UBK5, MOAC_HAEIE ; A5UFB3, MOAC_HAEIG ; P45310, MOAC_HAEIN ; -DR Q9K8I3, MOAC_HALH5 ; B0R591, MOAC_HALS3 ; Q9HQ89, MOAC_HALSA ; -DR Q7VK40, MOAC_HELHP ; B0TI15, MOAC_HELMI ; B6JM29, MOAC_HELP2 ; -DR B5Z7G0, MOAC_HELPG ; Q1CT72, MOAC_HELPH ; Q9ZL46, MOAC_HELPJ ; -DR B2UT33, MOAC_HELPS ; Q48260, MOAC_HELPY ; A9B327, MOAC_HERA2 ; -DR Q0I4B6, MOAC_HISS1 ; B0UUN5, MOAC_HISS2 ; Q28R69, MOAC_JANSC ; -DR B5XYW4, MOAC_KLEP3 ; A6T6M7, MOAC_KLEP7 ; Q88WW9, MOAC_LACPL ; -DR B2GCM0, MOAC_LIMF3 ; Q92CY3, MOAC_LISIN ; C1L1W7, MOAC_LISMC ; -DR Q721C0, MOAC_LISMF ; B8DCG2, MOAC_LISMH ; Q8Y871, MOAC_LISMO ; -DR A0AHF9, MOAC_LISW6 ; B1HQT3, MOAC_LYSSC ; B9E9E3, MOAC_MACCJ ; -DR A0L7R3, MOAC_MAGMM ; Q65TT1, MOAC_MANSM ; Q8TRK7, MOAC_METAC ; -DR A7I9D1, MOAC_METB6 ; Q12UW5, MOAC_METBU ; Q603S0, MOAC_METCA ; -DR Q1H4W7, MOAC_METFK ; Q2FT56, MOAC_METHJ ; Q58535, MOAC_METJA ; -DR Q8TXV5, MOAC_METKA ; A2ST56, MOAC_METLZ ; Q8PUX2, MOAC_METMA ; -DR B8IPA1, MOAC_METNO ; B8GEZ7, MOAC_METPE ; B0U7Z3, MOAC_METS4 ; -DR Q3IPI7, MOAC_NATPD ; B2A685, MOAC_NATTJ ; A1SET2, MOAC_NOCSJ ; +DR B8FNT2, MOAC_DESHD ; A4J6S4, MOAC_DESRM ; A8LMJ8, MOAC_DINSH ; +DR A7ZJJ2, MOAC_ECO24 ; B7ULY0, MOAC_ECO27 ; B7MGP1, MOAC_ECO45 ; +DR B7LC65, MOAC_ECO55 ; P0A740, MOAC_ECO57 ; B5YRM2, MOAC_ECO5E ; +DR B7NNL3, MOAC_ECO7I ; B7MQN7, MOAC_ECO81 ; B7M755, MOAC_ECO8A ; +DR C4ZXV5, MOAC_ECOBW ; B1X7B3, MOAC_ECODH ; A7ZY39, MOAC_ECOHS ; +DR A1A925, MOAC_ECOK1 ; Q0TJR5, MOAC_ECOL5 ; P0A739, MOAC_ECOL6 ; +DR B1IXI5, MOAC_ECOLC ; P0A738, MOAC_ECOLI ; B7NA83, MOAC_ECOLU ; +DR B6I7T8, MOAC_ECOSE ; B1LM74, MOAC_ECOSM ; Q1REE5, MOAC_ECOUT ; +DR C5B7H1, MOAC_EDWI9 ; A4W8C6, MOAC_ENT38 ; B2VBW5, MOAC_ERWT9 ; +DR Q2NA95, MOAC_ERYLH ; B7LJX9, MOAC_ESCF3 ; Q5L3F4, MOAC_GEOKA ; +DR Q39WU7, MOAC_GEOMG ; Q749N8, MOAC_GEOSL ; C5D4E6, MOAC_GEOSW ; +DR A4IJU6, MOAC_GEOTN ; A5G7C7, MOAC_GEOUR ; B8F454, MOAC_GLAP5 ; +DR Q7VLN2, MOAC_HAEDU ; Q4QJS0, MOAC_HAEI8 ; A5UBK5, MOAC_HAEIE ; +DR A5UFB3, MOAC_HAEIG ; P45310, MOAC_HAEIN ; Q9K8I3, MOAC_HALH5 ; +DR B0R591, MOAC_HALS3 ; Q9HQ89, MOAC_HALSA ; Q7VK40, MOAC_HELHP ; +DR B0TI15, MOAC_HELMI ; B6JM29, MOAC_HELP2 ; B5Z7G0, MOAC_HELPG ; +DR Q1CT72, MOAC_HELPH ; Q9ZL46, MOAC_HELPJ ; B2UT33, MOAC_HELPS ; +DR Q48260, MOAC_HELPY ; A9B327, MOAC_HERA2 ; Q0I4B6, MOAC_HISS1 ; +DR B0UUN5, MOAC_HISS2 ; Q28R69, MOAC_JANSC ; B5XYW4, MOAC_KLEP3 ; +DR A6T6M7, MOAC_KLEP7 ; Q88WW9, MOAC_LACPL ; B2GCM0, MOAC_LIMF3 ; +DR Q92CY3, MOAC_LISIN ; C1L1W7, MOAC_LISMC ; Q721C0, MOAC_LISMF ; +DR B8DCG2, MOAC_LISMH ; Q8Y871, MOAC_LISMO ; A0AHF9, MOAC_LISW6 ; +DR B1HQT3, MOAC_LYSSC ; B9E9E3, MOAC_MACCJ ; A0L7R3, MOAC_MAGMM ; +DR Q65TT1, MOAC_MANSM ; Q8TRK7, MOAC_METAC ; A7I9D1, MOAC_METB6 ; +DR Q12UW5, MOAC_METBU ; Q603S0, MOAC_METCA ; Q1H4W7, MOAC_METFK ; +DR Q2FT56, MOAC_METHJ ; Q58535, MOAC_METJA ; Q8TXV5, MOAC_METKA ; +DR A2ST56, MOAC_METLZ ; Q8PUX2, MOAC_METMA ; B8IPA1, MOAC_METNO ; +DR B8GEZ7, MOAC_METPE ; B0U7Z3, MOAC_METS4 ; Q3IPI7, MOAC_NATPD ; +DR B2A685, MOAC_NATTJ ; Q72FC5, MOAC_NITV2 ; A1SET2, MOAC_NOCSJ ; DR Q8YRR1, MOAC_NOSS1 ; Q2G6Q7, MOAC_NOVAD ; Q316U6, MOAC_OLEA2 ; DR O31227, MOAC_PAENI ; A7HXZ9, MOAC_PARL1 ; B2JDC4, MOAC_PARP8 ; DR B2SYE3, MOAC_PARPJ ; Q13UI4, MOAC_PARXL ; Q9CN22, MOAC_PASMU ; @@ -139092,8 +140003,8 @@ DR B8GPA2, MOAC_THISH ; Q111C2, MOAC_TRIEI ; B3E5I0, MOAC_TRIL1 ; DR Q3M7N0, MOAC_TRIV2 ; C5CRA3, MOAC_VARPS ; B7VLU6, MOAC_VIBA3 ; DR A7MVD3, MOAC_VIBC1 ; A5F2Q7, MOAC_VIBC3 ; Q9KT79, MOAC_VIBCH ; DR C3LTS3, MOAC_VIBCM ; Q87MY2, MOAC_VIBPA ; Q8D896, MOAC_VIBVU ; -DR Q7MM73, MOAC_VIBVY ; Q8PNH0, MOAC_XANAC ; Q3BWM5, MOAC_XANC5 ; -DR Q4URN2, MOAC_XANC8 ; B0RTD8, MOAC_XANCB ; Q8PBW9, MOAC_XANCP ; +DR Q7MM73, MOAC_VIBVY ; Q8PNH0, MOAC_XANAC ; Q4URN2, MOAC_XANC8 ; +DR B0RTD8, MOAC_XANCB ; Q8PBW9, MOAC_XANCP ; Q3BWM5, MOAC_XANE5 ; DR Q2P6W1, MOAC_XANOM ; B2SLT7, MOAC_XANOP ; A7INK0, MOAC_XANP2 ; DR A1JSH7, MOAC_YERE8 ; A7FKM0, MOAC_YERP3 ; Q1C938, MOAC_YERPA ; DR B2K8U0, MOAC_YERPB ; Q8ZGW4, MOAC_YERPE ; A9R3D8, MOAC_YERPG ; @@ -139642,7 +140553,7 @@ CC -!- CbiX from Bacillus megaterium inserts cobalt at the level of CC sirohydrochlorin (factor-II) rather than precorrin-2. CC -!- See EC 6.6.1.2 for the cobaltochelatase that participates in the CC aerobic cobalamin biosynthesis pathway. -DR Q72CB8, CBIKC_DESVH; Q72EC8, CBIKP_DESVH; Q05592, CBIK_SALTY ; +DR Q72CB8, CBIKC_NITV2; Q72EC8, CBIKP_NITV2; Q05592, CBIK_SALTY ; DR O29537, CBIX_ARCFU ; Q9HQM3, CBIX_HALSA ; O87690, CBIX_PRIMG ; DR Q980A7, CBIX_SACS2 ; Q4JAI2, CBIX_SULAC ; C3MZ53, CBIX_SULIA ; DR C4KID1, CBIX_SULIK ; C3MR05, CBIX_SULIL ; C3MWZ3, CBIX_SULIM ; @@ -139668,7 +140579,7 @@ CC -!- In some bacteria, steps 1-3 are catalyzed by a single multifunctional CC protein called CysG, whereas in Bacillus megaterium, three separate CC enzymes carry out each of the steps, with SirB being responsible for CC the above reaction. -DR Q72CB8, CBIKC_DESVH; Q72EC8, CBIKP_DESVH; A0KLD7, CYSG1_AERHH; +DR Q72CB8, CBIKC_NITV2; Q72EC8, CBIKP_NITV2; A0KLD7, CYSG1_AERHH; DR A4SHL4, CYSG1_AERS4; A7MJ67, CYSG1_CROS8; A1WWP8, CYSG1_HALHL; DR A6TD45, CYSG1_KLEP7; Q6D1A4, CYSG1_PECAS; A8G9Y3, CYSG1_SERP5; DR A1JJS8, CYSG1_YERE8; A7FLY4, CYSG1_YERP3; Q1CLS2, CYSG1_YERPN; @@ -139862,7 +140773,6 @@ DR Q83D71, ALR_COXBU ; Q1LNJ3, ALR_CUPMC ; Q0K9V9, ALR_CUPNH ; DR B3R2F9, ALR_CUPTR ; Q6A5H2, ALR_CUTAK ; C1CVP5, ALR_DEIDV ; DR Q1IYK9, ALR_DEIGD ; Q9RVE3, ALR_DEIRA ; A9BR02, ALR_DELAS ; DR B8J2K3, ALR_DESDA ; A8ZRV0, ALR_DESOH ; A4J8G6, ALR_DESRM ; -DR Q72DH4, ALR_DESVH ; B8DRL1, ALR_DESVM ; A1VF31, ALR_DESVV ; DR A5EW54, ALR_DICNV ; A8LRT3, ALR_DINSH ; C5BCC5, ALR_EDWI9 ; DR B2VJ52, ALR_ERWT9 ; Q2JFD6, ALR_FRACC ; B0TYB0, ALR_FRAP2 ; DR Q14IP6, ALR_FRAT1 ; A7ND36, ALR_FRATF ; Q2A2P9, ALR_FRATH ; @@ -139896,7 +140806,8 @@ DR P9WQA8, ALR_MYCTO ; P9WQA9, ALR_MYCTU ; A0PME2, ALR_MYCUA ; DR A1T566, ALR_MYCVP ; Q5F788, ALR_NEIG1 ; Q9JTA6, ALR_NEIMA ; DR Q9JYC4, ALR_NEIMB ; A1KV59, ALR_NEIMF ; Q0AFV7, ALR_NITEC ; DR Q82UR4, ALR_NITEU ; Q2Y763, ALR_NITMU ; Q3JEJ2, ALR_NITOC ; -DR A6Q1W0, ALR_NITSB ; Q8YU96, ALR_NOSS1 ; A1TIS2, ALR_PARC0 ; +DR A6Q1W0, ALR_NITSB ; Q72DH4, ALR_NITV2 ; A1VF31, ALR_NITV4 ; +DR B8DRL1, ALR_NITV9 ; Q8YU96, ALR_NOSS1 ; A1TIS2, ALR_PARC0 ; DR B2T5L6, ALR_PARPJ ; Q9CNL5, ALR_PASMU ; Q3V7N2, ALR_PECAS ; DR C6DE79, ALR_PECCP ; Q03DZ2, ALR_PEDPA ; A5D4I1, ALR_PELTS ; DR P83944, ALR_PENMO ; Q9S5V6, ALR_PERPY ; Q3V7I5, ALR_PHOPR ; @@ -139939,8 +140850,8 @@ DR B8GNS7, ALR_THISH ; Q73NQ7, ALR_TREDE ; Q56346, ALR_TREPA ; DR B2S3S0, ALR_TREPS ; C5CX88, ALR_VARPS ; A1WQY3, ALR_VEREI ; DR A5CWE3, ALR_VESOH ; B7VI70, ALR_VIBA3 ; Q9KUY6, ALR_VIBCH ; DR Q87L78, ALR_VIBPA ; Q8DCL0, ALR_VIBVU ; Q7MH94, ALR_VIBVY ; -DR Q8D2H8, ALR_WIGBR ; Q8PGD0, ALR_XANAC ; Q3BNX4, ALR_XANC5 ; -DR Q4UQB5, ALR_XANC8 ; Q8P4R0, ALR_XANCP ; Q2P7U1, ALR_XANOM ; +DR Q8D2H8, ALR_WIGBR ; Q8PGD0, ALR_XANAC ; Q4UQB5, ALR_XANC8 ; +DR Q8P4R0, ALR_XANCP ; Q3BNX4, ALR_XANE5 ; Q2P7U1, ALR_XANOM ; DR Q5H522, ALR_XANOR ; Q9PF26, ALR_XYLFA ; Q87AK1, ALR_XYLFT ; DR Q8ZJ10, ALR_YERPE ; A9QYT2, ALR_YERPG ; O58478, ASRAC_PYRHO; DR Q88CB2, DADX_PSEPK ; Q9UW18, TOXG_COCCA ; A0A2I1D2M7, UNGC_ASPC2 ; @@ -139989,35 +140900,35 @@ DR B7NU33, MURI_ECO7I ; B7MR95, MURI_ECO81 ; B7M723, MURI_ECO8A ; DR C5A0R6, MURI_ECOBW ; B1XBX8, MURI_ECODH ; A8A775, MURI_ECOHS ; DR Q8FB89, MURI_ECOL6 ; P22634, MURI_ECOLI ; B6I5I5, MURI_ECOSE ; DR Q1R3U0, MURI_ECOUT ; Q836J0, MURI_ENTFA ; B2VGA6, MURI_ERWT9 ; -DR B7LUM6, MURI_ESCF3 ; B1YJW7, MURI_EXIS2 ; A8L764, MURI_FRASN ; -DR Q8REE6, MURI_FUSNN ; Q5KWI3, MURI_GEOKA ; Q39Y84, MURI_GEOMG ; -DR C5D5M9, MURI_GEOSW ; B8F7R8, MURI_GLAP5 ; B7KCC4, MURI_GLOC7 ; -DR Q7NKI2, MURI_GLOVI ; Q0BTT2, MURI_GRABC ; Q7VKJ3, MURI_HAEDU ; -DR Q4QJK7, MURI_HAEI8 ; A5UBE2, MURI_HAEIE ; A5UFH0, MURI_HAEIG ; -DR P52973, MURI_HAEIN ; B8D151, MURI_HALOH ; Q17XG8, MURI_HELAH ; -DR B6JLD2, MURI_HELP2 ; B5Z6S2, MURI_HELPG ; Q1CTX8, MURI_HELPH ; -DR Q9ZLT0, MURI_HELPJ ; B2UTT1, MURI_HELPS ; P56068, MURI_HELPY ; -DR A9AXC6, MURI_HERA2 ; Q0I5M2, MURI_HISS1 ; B0URZ3, MURI_HISS2 ; -DR B4UA20, MURI_HYDS0 ; Q28PV7, MURI_JANSC ; B5XZ09, MURI_KLEP3 ; -DR Q1INP0, MURI_KORVE ; Q5FLV8, MURI_LACAC ; C4Z114, MURI_LACE2 ; -DR A8YTR6, MURI_LACH4 ; Q74KU5, MURI_LACJO ; Q9CG28, MURI_LACLA ; -DR A2RKH0, MURI_LACLM ; Q02YQ3, MURI_LACLS ; Q88V19, MURI_LACPL ; -DR Q38YM1, MURI_LATSS ; Q6AEK8, MURI_LEIXX ; Q04QQ5, MURI_LEPBJ ; -DR Q053X4, MURI_LEPBL ; Q72TI2, MURI_LEPIC ; Q8F1S7, MURI_LEPIN ; -DR Q03R52, MURI_LEVBA ; P48797, MURI_LEVBR ; B2GB35, MURI_LIMF3 ; -DR Q03469, MURI_LIMFE ; A5VIY5, MURI_LIMRD ; B2G6G1, MURI_LIMRJ ; -DR Q92CH2, MURI_LISIN ; C1L2E2, MURI_LISMC ; Q720J2, MURI_LISMF ; -DR B8DHZ5, MURI_LISMH ; Q8Y7N7, MURI_LISMO ; A0AHX8, MURI_LISW6 ; -DR B1HW77, MURI_LYSSC ; P52972, MURI_LYSSH ; A6VX99, MURI_MARMS ; -DR Q609F9, MURI_METCA ; B0JGW5, MURI_MICAN ; A0QD02, MURI_MYCA1 ; -DR P63636, MURI_MYCBO ; A1KIC8, MURI_MYCBP ; C1AMY3, MURI_MYCBT ; -DR B8ZR57, MURI_MYCLB ; P46705, MURI_MYCLE ; B2HQH3, MURI_MYCMM ; -DR Q73X85, MURI_MYCPA ; A0R1X0, MURI_MYCS2 ; A5U238, MURI_MYCTA ; -DR P9WPW8, MURI_MYCTO ; P9WPW9, MURI_MYCTU ; A0PUH6, MURI_MYCUA ; -DR Q5F6P9, MURI_NEIG1 ; P0A0Q9, MURI_NEIMA ; P0A0R0, MURI_NEIMB ; -DR Q9RMM3, MURI_NEIMC ; A1KVG8, MURI_NEIMF ; A6Q504, MURI_NITSB ; -DR Q9L870, MURI_NOSS1 ; Q8EPJ4, MURI_OCEIH ; Q04G05, MURI_OENOB ; -DR A1B945, MURI_PARDP ; P57887, MURI_PASMU ; Q6CZB6, MURI_PECAS ; +DR B7LUM6, MURI_ESCF3 ; B1YJW7, MURI_EXIS2 ; Q8REE6, MURI_FUSNN ; +DR Q5KWI3, MURI_GEOKA ; Q39Y84, MURI_GEOMG ; C5D5M9, MURI_GEOSW ; +DR B8F7R8, MURI_GLAP5 ; B7KCC4, MURI_GLOC7 ; Q7NKI2, MURI_GLOVI ; +DR Q0BTT2, MURI_GRABC ; Q7VKJ3, MURI_HAEDU ; Q4QJK7, MURI_HAEI8 ; +DR A5UBE2, MURI_HAEIE ; A5UFH0, MURI_HAEIG ; P52973, MURI_HAEIN ; +DR B8D151, MURI_HALOH ; Q17XG8, MURI_HELAH ; B6JLD2, MURI_HELP2 ; +DR B5Z6S2, MURI_HELPG ; Q1CTX8, MURI_HELPH ; Q9ZLT0, MURI_HELPJ ; +DR B2UTT1, MURI_HELPS ; P56068, MURI_HELPY ; A9AXC6, MURI_HERA2 ; +DR Q0I5M2, MURI_HISS1 ; B0URZ3, MURI_HISS2 ; B4UA20, MURI_HYDS0 ; +DR Q28PV7, MURI_JANSC ; B5XZ09, MURI_KLEP3 ; Q1INP0, MURI_KORVE ; +DR Q5FLV8, MURI_LACAC ; C4Z114, MURI_LACE2 ; A8YTR6, MURI_LACH4 ; +DR Q74KU5, MURI_LACJO ; Q9CG28, MURI_LACLA ; A2RKH0, MURI_LACLM ; +DR Q02YQ3, MURI_LACLS ; Q88V19, MURI_LACPL ; Q38YM1, MURI_LATSS ; +DR Q6AEK8, MURI_LEIXX ; Q04QQ5, MURI_LEPBJ ; Q053X4, MURI_LEPBL ; +DR Q72TI2, MURI_LEPIC ; Q8F1S7, MURI_LEPIN ; Q03R52, MURI_LEVBA ; +DR P48797, MURI_LEVBR ; B2GB35, MURI_LIMF3 ; Q03469, MURI_LIMFE ; +DR A5VIY5, MURI_LIMRD ; B2G6G1, MURI_LIMRJ ; Q92CH2, MURI_LISIN ; +DR C1L2E2, MURI_LISMC ; Q720J2, MURI_LISMF ; B8DHZ5, MURI_LISMH ; +DR Q8Y7N7, MURI_LISMO ; A0AHX8, MURI_LISW6 ; B1HW77, MURI_LYSSC ; +DR P52972, MURI_LYSSH ; A6VX99, MURI_MARMS ; Q609F9, MURI_METCA ; +DR B0JGW5, MURI_MICAN ; A0QD02, MURI_MYCA1 ; P63636, MURI_MYCBO ; +DR A1KIC8, MURI_MYCBP ; C1AMY3, MURI_MYCBT ; B8ZR57, MURI_MYCLB ; +DR P46705, MURI_MYCLE ; B2HQH3, MURI_MYCMM ; Q73X85, MURI_MYCPA ; +DR A0R1X0, MURI_MYCS2 ; A5U238, MURI_MYCTA ; P9WPW8, MURI_MYCTO ; +DR P9WPW9, MURI_MYCTU ; A0PUH6, MURI_MYCUA ; Q5F6P9, MURI_NEIG1 ; +DR P0A0Q9, MURI_NEIMA ; P0A0R0, MURI_NEIMB ; Q9RMM3, MURI_NEIMC ; +DR A1KVG8, MURI_NEIMF ; A6Q504, MURI_NITSB ; Q9L870, MURI_NOSS1 ; +DR Q8EPJ4, MURI_OCEIH ; Q04G05, MURI_OENOB ; A1B945, MURI_PARDP ; +DR A8L764, MURI_PARS2 ; P57887, MURI_PASMU ; Q6CZB6, MURI_PECAS ; DR C6DHQ3, MURI_PECCP ; Q03ES4, MURI_PEDPA ; Q08783, MURI_PEDPE ; DR C0QQ35, MURI_PERMH ; B4RCD6, MURI_PHEZH ; Q7MYE4, MURI_PHOLL ; DR B1XPV8, MURI_PICP2 ; B4S417, MURI_PROA2 ; A2C175, MURI_PROM1 ; @@ -140067,7 +140978,8 @@ DR A5F4P4, MURI_VIBC3 ; Q9KVI7, MURI_VIBCH ; C3LPZ8, MURI_VIBCM ; DR Q87KP1, MURI_VIBPA ; Q8DD39, MURI_VIBVU ; Q7MQ40, MURI_VIBVY ; DR Q8D368, MURI_WIGBR ; A1JI42, MURI_YERE8 ; A7FD15, MURI_YERP3 ; DR B2JZF9, MURI_YERPB ; Q8ZAA2, MURI_YERPE ; Q66G56, MURI_YERPS ; -DR B1JQ44, MURI_YERPY ; A0A0H3JGH6, YGEA_ECO57 ; A0A140N890, YGEA_ECOBD ; +DR B1JQ44, MURI_YERPY ; Q96GA7, SDSL_HUMAN ; Q8R238, SDSL_MOUSE ; +DR A0A6N3IN21, SDSL_RAT ; A0A0H3JGH6, YGEA_ECO57 ; A0A140N890, YGEA_ECOBD ; // ID 5.1.1.4 DE proline racemase. @@ -140129,7 +141041,7 @@ DR Q3IZB6, DAPF_CERS4 ; Q11CW3, DAPF_CHESB ; Q9PJW2, DAPF_CHLMU ; DR Q9Z833, DAPF_CHLPN ; B0B802, DAPF_CHLT2 ; Q3KLS0, DAPF_CHLTA ; DR B0BC67, DAPF_CHLTB ; Q8KAX9, DAPF_CHLTE ; O84437, DAPF_CHLTR ; DR Q1QSV1, DAPF_CHRSD ; Q7NV18, DAPF_CHRVO ; A5CSL3, DAPF_CLAM3 ; -DR B0RHB0, DAPF_CLAMS ; Q97FV2, DAPF_CLOAB ; Q46185, DAPF_CLOPE ; +DR B0RHB0, DAPF_CLASE ; Q97FV2, DAPF_CLOAB ; Q46185, DAPF_CLOPE ; DR Q48AR8, DAPF_COLP3 ; C3PGX6, DAPF_CORA7 ; Q8FPE1, DAPF_COREF ; DR A4QEV1, DAPF_CORGB ; Q8NP73, DAPF_CORGL ; B6J630, DAPF_COXB1 ; DR B6J395, DAPF_COXB2 ; A9KGY8, DAPF_COXBN ; A9N9J6, DAPF_COXBR ; @@ -140223,8 +141135,8 @@ DR C5CND4, DAPF_VARPS ; A5CWN5, DAPF_VESOH ; B7VMD4, DAPF_VIBA3 ; DR A7N0W0, DAPF_VIBC1 ; A5F4I6, DAPF_VIBC3 ; Q9KVL6, DAPF_VIBCH ; DR Q87KJ4, DAPF_VIBPA ; Q8DD81, DAPF_VIBVU ; Q7MQC1, DAPF_VIBVY ; DR Q8D2T4, DAPF_WIGBR ; Q5GSB8, DAPF_WOLTR ; C0R4N2, DAPF_WOLWR ; -DR Q8PPQ1, DAPF_XANAC ; Q3BXU3, DAPF_XANC5 ; Q4UYY2, DAPF_XANC8 ; -DR B0RNK1, DAPF_XANCB ; Q8P548, DAPF_XANCP ; Q2NYV5, DAPF_XANOM ; +DR Q8PPQ1, DAPF_XANAC ; Q4UYY2, DAPF_XANC8 ; B0RNK1, DAPF_XANCB ; +DR Q8P548, DAPF_XANCP ; Q3BXU3, DAPF_XANE5 ; Q2NYV5, DAPF_XANOM ; DR B2IA16, DAPF_XYLF2 ; Q9PD98, DAPF_XYLFA ; B0U6U5, DAPF_XYLFM ; DR Q87DI4, DAPF_XYLFT ; A1JI90, DAPF_YERE8 ; A7FD74, DAPF_YERP3 ; DR Q1CBM6, DAPF_YERPA ; B2K072, DAPF_YERPB ; P46357, DAPF_YERPE ; @@ -140241,18 +141153,18 @@ CC proline. DR A9CH01, 3HD4E_AGRFC; A6WW16, 4HPE1_BRUA4; B3D6W2, 4HPE1_BURM1; DR B9J8G8, 4HPE1_RHIR8; A6WXX7, 4HPE2_BRUA4; A9AQW9, 4HPE2_BURM1; DR B9JHU6, 4HPE2_RHIR8; A3M4A9, 4HYPE_ACIBT; B0VB44, 4HYPE_ACIBY; -DR A9CKB4, 4HYPE_AGRFC; B9JQV3, 4HYPE_ALLAM; B2S7L7, 4HYPE_BRUA1; -DR Q2YLF3, 4HYPE_BRUA2; Q57B94, 4HYPE_BRUAB; A9M832, 4HYPE_BRUC2; -DR Q8YJ29, 4HYPE_BRUME; A5VSD5, 4HYPE_BRUO2; A9WWR5, 4HYPE_BRUSI; -DR Q8FYS0, 4HYPE_BRUSU; A0AZQ0, 4HYPE_BURCH; B4EHE6, 4HYPE_BURCJ; -DR Q0B9R9, 4HYPE_BURCM; Q3JHA9, 4HYPE_BURP1; C5ZMD2, 4HYPE_BURPB; -DR Q63NG7, 4HYPE_BURPS; Q2T3J4, 4HYPE_BURTA; A3PPJ8, 4HYPE_CERS1; -DR Q3IWG2, 4HYPE_CERS4; Q1QU06, 4HYPE_CHRSD; Q7NU77, 4HYPE_CHRVO; -DR A1BBM5, 4HYPE_PARDP; D5SQS4, 4HYPE_PLAL2; Q9I476, 4HYPE_PSEAE; -DR Q4KGU2, 4HYPE_PSEF5; A5VZY6, 4HYPE_PSEP1; Q88NF3, 4HYPE_PSEPK; -DR Q1QBF3, 4HYPE_PSYCK; Q2KD13, 4HYPE_RHIEC; Q92WS1, 4HYPE_RHIME; -DR B9R4E3, 4HYPE_ROSAD; A0NXQ7, 4HYPE_ROSAI; Q5LKW3, 4HYPE_RUEPO; -DR A3QFI1, 4HYPE_SHELP; D2QN44, 4HYPE_SPILD; D7A0Y3, 4HYPE_STAND; +DR A9CKB4, 4HYPE_AGRFC; B9JQV3, 4HYPE_ALLAM; D7A0Y3, 4HYPE_ANCN5; +DR B2S7L7, 4HYPE_BRUA1; Q2YLF3, 4HYPE_BRUA2; Q57B94, 4HYPE_BRUAB; +DR A9M832, 4HYPE_BRUC2; Q8YJ29, 4HYPE_BRUME; A5VSD5, 4HYPE_BRUO2; +DR A9WWR5, 4HYPE_BRUSI; Q8FYS0, 4HYPE_BRUSU; A0AZQ0, 4HYPE_BURCH; +DR B4EHE6, 4HYPE_BURCJ; Q0B9R9, 4HYPE_BURCM; Q3JHA9, 4HYPE_BURP1; +DR C5ZMD2, 4HYPE_BURPB; Q63NG7, 4HYPE_BURPS; Q2T3J4, 4HYPE_BURTA; +DR A3PPJ8, 4HYPE_CERS1; Q3IWG2, 4HYPE_CERS4; Q1QU06, 4HYPE_CHRSD; +DR Q7NU77, 4HYPE_CHRVO; A1BBM5, 4HYPE_PARDP; D5SQS4, 4HYPE_PLAL2; +DR Q9I476, 4HYPE_PSEAE; Q4KGU2, 4HYPE_PSEF5; A5VZY6, 4HYPE_PSEP1; +DR Q88NF3, 4HYPE_PSEPK; Q1QBF3, 4HYPE_PSYCK; Q2KD13, 4HYPE_RHIEC; +DR Q92WS1, 4HYPE_RHIME; B9R4E3, 4HYPE_ROSAD; A0NXQ7, 4HYPE_ROSAI; +DR Q5LKW3, 4HYPE_RUEPO; A3QFI1, 4HYPE_SHELP; D2QN44, 4HYPE_SPILD; DR D2AV87, 4HYPE_STRRD; Q8P833, 4HYPE_XANCP; Q8YFD6, Y1586_BRUME; DR Q1QV19, Y2339_CHRSD; // @@ -140857,23 +141769,23 @@ DR A3NC24, HLDD_BURP6 ; P0DMK5, HLDD_BURPS ; Q2SY18, HLDD_BURTA ; DR A4JCI2, HLDD_BURVG ; Q1R1N5, HLDD_CHRSD ; Q7NTL6, HLDD_CHRVO ; DR A8ARK8, HLDD_CITK8 ; A7MQ91, HLDD_CROS8 ; Q1LQG2, HLDD_CUPMC ; DR Q0KDH0, HLDD_CUPNH ; Q46Y59, HLDD_CUPPJ ; B3R3C0, HLDD_CUPTR ; -DR Q47GJ3, HLDD_DECAR ; Q72ET7, HLDD_DESVH ; A1VGB0, HLDD_DESVV ; -DR A7ZTH2, HLDD_ECO24 ; B7ULH4, HLDD_ECO27 ; B7MFI2, HLDD_ECO45 ; -DR B7L745, HLDD_ECO55 ; P67911, HLDD_ECO57 ; B5YWC0, HLDD_ECO5E ; -DR B7NPC7, HLDD_ECO7I ; B7N1S3, HLDD_ECO81 ; B7M4A5, HLDD_ECO8A ; -DR C4ZXL1, HLDD_ECOBW ; B1X953, HLDD_ECODH ; A8A683, HLDD_ECOHS ; -DR A1AHF5, HLDD_ECOK1 ; Q0TBI8, HLDD_ECOL5 ; Q8FCA0, HLDD_ECOL6 ; -DR B1IZH2, HLDD_ECOLC ; P67910, HLDD_ECOLI ; B7NES6, HLDD_ECOLU ; -DR B6I3J9, HLDD_ECOSE ; B1LK58, HLDD_ECOSM ; Q1R4X2, HLDD_ECOUT ; -DR C5BB97, HLDD_EDWI9 ; A4W527, HLDD_ENT38 ; B2VL47, HLDD_ERWT9 ; -DR B7LVH8, HLDD_ESCF3 ; Q8RIA5, HLDD_FUSNN ; B8F727, HLDD_GLAP5 ; -DR Q7VKK8, HLDD_HAEDU ; Q4QLI0, HLDD_HAEI8 ; A5UIN9, HLDD_HAEIG ; -DR P45048, HLDD_HAEIN ; C4K8I6, HLDD_HAMD5 ; Q0I569, HLDD_HISS1 ; -DR B0UWU3, HLDD_HISS2 ; Q31FG4, HLDD_HYDCU ; B5XTI2, HLDD_KLEP3 ; -DR A6TFL4, HLDD_KLEP7 ; Q9XCA1, HLDD_KLEPN ; Q65WA7, HLDD_MANSM ; -DR A1TYR6, HLDD_MARN8 ; Q5F9J0, HLDD_NEIG1 ; Q51061, HLDD_NEIGO ; -DR A9M3Q7, HLDD_NEIM0 ; Q9JQX8, HLDD_NEIMA ; Q9K002, HLDD_NEIMB ; -DR A1KT78, HLDD_NEIMF ; Q3J7X9, HLDD_NITOC ; B2JF12, HLDD_PARP8 ; +DR Q47GJ3, HLDD_DECAR ; A7ZTH2, HLDD_ECO24 ; B7ULH4, HLDD_ECO27 ; +DR B7MFI2, HLDD_ECO45 ; B7L745, HLDD_ECO55 ; P67911, HLDD_ECO57 ; +DR B5YWC0, HLDD_ECO5E ; B7NPC7, HLDD_ECO7I ; B7N1S3, HLDD_ECO81 ; +DR B7M4A5, HLDD_ECO8A ; C4ZXL1, HLDD_ECOBW ; B1X953, HLDD_ECODH ; +DR A8A683, HLDD_ECOHS ; A1AHF5, HLDD_ECOK1 ; Q0TBI8, HLDD_ECOL5 ; +DR Q8FCA0, HLDD_ECOL6 ; B1IZH2, HLDD_ECOLC ; P67910, HLDD_ECOLI ; +DR B7NES6, HLDD_ECOLU ; B6I3J9, HLDD_ECOSE ; B1LK58, HLDD_ECOSM ; +DR Q1R4X2, HLDD_ECOUT ; C5BB97, HLDD_EDWI9 ; A4W527, HLDD_ENT38 ; +DR B2VL47, HLDD_ERWT9 ; B7LVH8, HLDD_ESCF3 ; Q8RIA5, HLDD_FUSNN ; +DR B8F727, HLDD_GLAP5 ; Q7VKK8, HLDD_HAEDU ; Q4QLI0, HLDD_HAEI8 ; +DR A5UIN9, HLDD_HAEIG ; P45048, HLDD_HAEIN ; C4K8I6, HLDD_HAMD5 ; +DR Q0I569, HLDD_HISS1 ; B0UWU3, HLDD_HISS2 ; Q31FG4, HLDD_HYDCU ; +DR B5XTI2, HLDD_KLEP3 ; A6TFL4, HLDD_KLEP7 ; Q9XCA1, HLDD_KLEPN ; +DR Q65WA7, HLDD_MANSM ; A1TYR6, HLDD_MARN8 ; Q5F9J0, HLDD_NEIG1 ; +DR Q51061, HLDD_NEIGO ; A9M3Q7, HLDD_NEIM0 ; Q9JQX8, HLDD_NEIMA ; +DR Q9K002, HLDD_NEIMB ; A1KT78, HLDD_NEIMF ; Q3J7X9, HLDD_NITOC ; +DR Q72ET7, HLDD_NITV2 ; A1VGB0, HLDD_NITV4 ; B2JF12, HLDD_PARP8 ; DR B2T625, HLDD_PARPJ ; Q13VD0, HLDD_PARXL ; Q9CL97, HLDD_PASMU ; DR Q6DAT7, HLDD_PECAS ; C6DIA9, HLDD_PECCP ; Q7MY46, HLDD_PHOLL ; DR A1VR25, HLDD_POLNA ; B1XVP6, HLDD_POLNS ; Q12CM2, HLDD_POLSJ ; @@ -141279,7 +142191,7 @@ DR F4LHM0, NNRE_BORPC ; A9IJP4, NNRE_BORPD ; Q7VVH8, NNRE_BORPE ; DR Q6QRN6, NNRE_BOVIN ; C3YDS7, NNRE_BRAFL ; A8X5H6, NNRE_CAEBR ; DR Q9XW15, NNRE_CAEEL ; Q59VX9, NNRE_CANAL ; C4YF50, NNRE_CANAW ; DR E2QRY6, NNRE_CANLF ; A0RY06, NNRE_CENSY ; B9KJP6, NNRE_CERSK ; -DR A5CSB9, NNRE_CLAM3 ; B0RHY9, NNRE_CLAMS ; Q5KJ55, NNRE_CRYNJ ; +DR A5CSB9, NNRE_CLAM3 ; B0RHY9, NNRE_CLASE ; Q5KJ55, NNRE_CRYNJ ; DR Q6DHK1, NNRE_DANRE ; E9HCD7, NNRE_DAPPU ; D8K3Q1, NNRE_DEHLB ; DR Q55CV0, NNRE_DICDI ; B3N0Q8, NNRE_DROAN ; B3NW64, NNRE_DROER ; DR B4JJQ3, NNRE_DROGR ; Q9W2Y3, NNRE_DROME ; B4L8C7, NNRE_DROMO ; @@ -141610,129 +142522,128 @@ DR Q6BU97, PTPA2_DEBHA; Q54WH6, PTPA2_DICDI; P0C153, PTPA2_EMENI; DR Q75BY1, PTPA2_EREGS; Q4INW6, PTPA2_GIBZE; Q6CKF0, PTPA2_KLULA; DR Q7SEF9, PTPA2_NEUCR; Q9P7H4, PTPA2_SCHPO; Q4PCR0, PTPA2_USTMA; DR Q6C712, PTPA2_YARLI; Q12461, PTPA2_YEAST; Q2KJ44, PTPA_BOVIN ; -DR Q8SVB5, PTPA_ENCCU ; Q15257, PTPA_HUMAN ; P58389, PTPA_MOUSE ; -DR Q28717, PTPA_RABIT ; G5EEW6, SIG7_CAEEL ; O07046, SLYD_AERHY ; -DR P0A9L1, SLYD_ECO57 ; P0A9L0, SLYD_ECOL6 ; P0A9K9, SLYD_ECOLI ; -DR P44830, SLYD_HAEIN ; Q9ZK89, SLYD_HELPJ ; O25748, SLYD_HELPY ; -DR Q9CKP2, SLYD_PASMU ; P0A9L2, SLYD_SHIFL ; O83369, SLYD_TREPA ; -DR Q9KNX6, SLYD_VIBCH ; Q7CFU4, SLYD_YERPE ; O60045, SSP1_NEUCR ; -DR Q223E5, SURA_ALBFT ; Q0VMV4, SURA_ALCBS ; Q5E863, SURA_ALIF1 ; -DR Q0AC82, SURA_ALKEH ; Q5P7I9, SURA_AROAE ; Q1LSS0, SURA_BAUCH ; -DR Q493R5, SURA_BLOPB ; Q2KXA6, SURA_BORA1 ; Q7WG19, SURA_BORBR ; -DR Q7W4J5, SURA_BORPA ; Q7VU12, SURA_BORPE ; P57240, SURA_BUCAI ; -DR Q8KA01, SURA_BUCAP ; Q39D35, SURA_BURL3 ; Q62MM4, SURA_BURMA ; -DR Q1BTQ6, SURA_BURO1 ; Q3JVW8, SURA_BURP1 ; Q63X78, SURA_BURPS ; -DR Q2T116, SURA_BURTA ; Q1QZ33, SURA_CHRSD ; Q7NQB0, SURA_CHRVO ; -DR Q47VK0, SURA_COLP3 ; Q1LRA3, SURA_CUPMC ; Q475Q3, SURA_CUPPJ ; -DR Q479U4, SURA_DECAR ; P0ABZ8, SURA_ECO57 ; P0ABZ7, SURA_ECOL6 ; -DR P0ABZ6, SURA_ECOLI ; Q1RGE4, SURA_ECOUT ; P44721, SURA_HAEIN ; -DR Q2S9C1, SURA_HAHCH ; Q31F26, SURA_HYDCU ; Q5QVN9, SURA_IDILO ; -DR Q5X877, SURA_LEGPA ; Q5ZYR3, SURA_LEGPH ; Q5WZN0, SURA_LEGPL ; -DR Q60B78, SURA_METCA ; Q1GZC0, SURA_METFK ; Q82W17, SURA_NITEU ; -DR Q2YBP3, SURA_NITMU ; Q3JAF1, SURA_NITOC ; Q145L3, SURA_PARXL ; -DR Q6D0E2, SURA_PECAS ; Q7N8V5, SURA_PHOLL ; Q6LV39, SURA_PHOPR ; -DR Q121Q4, SURA_POLSJ ; Q48NT5, SURA_PSE14 ; Q15QB3, SURA_PSEA6 ; -DR Q9I5U3, SURA_PSEAE ; Q4K4X7, SURA_PSEF5 ; Q3K5T4, SURA_PSEPF ; -DR Q88QT4, SURA_PSEPK ; Q88A44, SURA_PSESM ; Q3IFD3, SURA_PSET1 ; -DR Q4ZMG7, SURA_PSEU2 ; Q8Y220, SURA_RALN1 ; Q21MS8, SURA_SACD2 ; -DR Q57TG8, SURA_SALCH ; Q5PDE6, SURA_SALPA ; Q8XEV3, SURA_SALTI ; -DR Q7CR87, SURA_SALTY ; Q12K61, SURA_SHEDO ; Q07YK0, SURA_SHEFN ; -DR Q8EB95, SURA_SHEON ; Q0HLT0, SURA_SHESM ; Q0HS08, SURA_SHESR ; -DR Q326I0, SURA_SHIBS ; Q32K41, SURA_SHIDS ; P0ABZ9, SURA_SHIFL ; -DR Q3Z5V6, SURA_SHISS ; Q2NVX4, SURA_SODGM ; Q3SGF9, SURA_THIDA ; -DR Q9KUS0, SURA_VIBCH ; Q87ST4, SURA_VIBPA ; Q8DED4, SURA_VIBVU ; -DR Q7MP84, SURA_VIBVY ; Q8PP23, SURA_XANAC ; Q3BX80, SURA_XANC5 ; -DR Q4UR41, SURA_XANC8 ; Q8PCE1, SURA_XANCP ; Q2NZI6, SURA_XANOM ; -DR Q5GWC1, SURA_XANOR ; Q9PF40, SURA_XYLFA ; Q87AJ0, SURA_XYLFT ; -DR Q1C0H3, SURA_YERPA ; Q7CG87, SURA_YERPE ; Q1CMT0, SURA_YERPN ; -DR Q66EQ7, SURA_YERPS ; Q24SJ8, TIG1_DESHY ; Q24RN9, TIG2_DESHY ; -DR A3DJ09, TIG_ACET2 ; Q6FEP9, TIG_ACIAD ; B7H094, TIG_ACIB3 ; -DR B7I4X8, TIG_ACIB5 ; B2I3C0, TIG_ACIBC ; B0VKU6, TIG_ACIBS ; -DR A3M1Y6, TIG_ACIBT ; B0V4R6, TIG_ACIBY ; A0LSU9, TIG_ACIC1 ; -DR A5FX03, TIG_ACICJ ; B9MG13, TIG_ACIET ; A1W5B5, TIG_ACISJ ; -DR A3N2F5, TIG_ACTP2 ; B3GYI8, TIG_ACTP7 ; B0BRA0, TIG_ACTPJ ; -DR A6VME0, TIG_ACTSZ ; A0KJU0, TIG_AERHH ; A4SM41, TIG_AERS4 ; -DR B6JGU6, TIG_AFIC5 ; C4ZGF3, TIG_AGARV ; Q8UEU0, TIG_AGRFC ; -DR B2UQZ3, TIG_AKKM8 ; Q21Y68, TIG_ALBFT ; Q0VQ91, TIG_ALCBS ; -DR A8EVH6, TIG_ALIB4 ; Q5E6Q6, TIG_ALIF1 ; B5FBZ7, TIG_ALIFM ; -DR B6EHK2, TIG_ALISL ; Q0A6A6, TIG_ALKEH ; A6TM60, TIG_ALKMQ ; -DR A8MIS9, TIG_ALKOO ; B9JWZ2, TIG_ALLAM ; Q2IEW0, TIG_ANADE ; -DR A7HFW0, TIG_ANADF ; Q5PBD1, TIG_ANAMM ; Q2GJB3, TIG_ANAPZ ; -DR B7GH24, TIG_ANOFW ; O67358, TIG_AQUAE ; Q8S9L5, TIG_ARATH ; -DR Q5P162, TIG_AROAE ; A0JXL5, TIG_ARTS2 ; Q2NJE2, TIG_AYWBP ; -DR Q9X6W7, TIG_AZOBR ; A8HYF0, TIG_AZOC5 ; A1K784, TIG_AZOSB ; -DR C1DHE8, TIG_AZOVD ; C3P9F8, TIG_BACAA ; C3L705, TIG_BACAC ; -DR A0RJ90, TIG_BACAH ; Q81LB8, TIG_BACAN ; B7JQ66, TIG_BACC0 ; -DR Q72ZV3, TIG_BACC1 ; B7IIY4, TIG_BACC2 ; C1ETR9, TIG_BACC3 ; -DR B7HEA5, TIG_BACC4 ; B7HQN3, TIG_BACC7 ; A7GTF2, TIG_BACCN ; -DR B9IZ48, TIG_BACCQ ; Q812Q9, TIG_BACCR ; Q633X1, TIG_BACCZ ; -DR Q6HD53, TIG_BACHK ; Q65GJ3, TIG_BACLD ; A9VIU7, TIG_BACMK ; -DR A8FFW0, TIG_BACP2 ; P80698, TIG_BACSU ; A7Z7B3, TIG_BACVZ ; -DR A1USB3, TIG_BARBK ; Q6G3Y8, TIG_BARHE ; Q6FZK6, TIG_BARQU ; -DR A9ISC1, TIG_BART1 ; Q1LTJ8, TIG_BAUCH ; Q6MH01, TIG_BDEBA ; -DR B2IGP4, TIG_BEII9 ; C5BXG1, TIG_BEUC1 ; B8DTD1, TIG_BIFA0 ; -DR A1A236, TIG_BIFAA ; B3DSL6, TIG_BIFLD ; Q8G5Q7, TIG_BIFLO ; -DR B7GSV7, TIG_BIFLS ; Q2L258, TIG_BORA1 ; Q0SMP7, TIG_BORAP ; -DR Q7WK84, TIG_BORBR ; O51555, TIG_BORBU ; B5RMG0, TIG_BORDL ; -DR Q660R3, TIG_BORGP ; B2S0V7, TIG_BORHD ; Q7W8X3, TIG_BORPA ; -DR A9IR57, TIG_BORPD ; Q7VXI8, TIG_BORPE ; B5RPV6, TIG_BORRA ; -DR A1R039, TIG_BORT9 ; Q89KG0, TIG_BRADU ; A5EKB0, TIG_BRASB ; -DR A4YVM6, TIG_BRASO ; C0ZAG1, TIG_BREBN ; B2S5D1, TIG_BRUA1 ; -DR Q2YNL3, TIG_BRUA2 ; A6X192, TIG_BRUA4 ; Q57DK9, TIG_BRUAB ; -DR Q8YGT8, TIG_BRUME ; A5VQ80, TIG_BRUO2 ; Q8G129, TIG_BRUSU ; -DR B8D9Q1, TIG_BUCA5 ; P57546, TIG_BUCAI ; Q8K991, TIG_BUCAP ; -DR B8D803, TIG_BUCAT ; B1YRZ6, TIG_BURA4 ; A0K848, TIG_BURCH ; -DR B4EBM4, TIG_BURCJ ; Q0BEF5, TIG_BURCM ; Q39FE7, TIG_BURL3 ; -DR A9AJQ9, TIG_BURM1 ; A3MKJ9, TIG_BURM7 ; A2SBG2, TIG_BURM9 ; -DR Q62JK6, TIG_BURMA ; A1V4X2, TIG_BURMS ; B1JTV1, TIG_BURO0 ; -DR Q1BH86, TIG_BURO1 ; A3NWA7, TIG_BURP0 ; Q3JRC7, TIG_BURP1 ; -DR A3NAI6, TIG_BURP6 ; Q63V42, TIG_BURPS ; Q2SWQ8, TIG_BURTA ; -DR A4JF06, TIG_BURVG ; B9MQ31, TIG_CALBD ; Q8RC26, TIG_CALS4 ; -DR A4XHV9, TIG_CALS8 ; A7ZB34, TIG_CAMC1 ; A7GW44, TIG_CAMC5 ; -DR A0RRI0, TIG_CAMFF ; A7HZE7, TIG_CAMHC ; A8FJZ4, TIG_CAMJ8 ; -DR Q46108, TIG_CAMJE ; A1VXS1, TIG_CAMJJ ; Q5HWX5, TIG_CAMJR ; -DR B9KDZ7, TIG_CAMLR ; Q3AF97, TIG_CARHZ ; P0CAX0, TIG_CAUVC ; -DR B8GX17, TIG_CAUVN ; B3PHK7, TIG_CELJU ; A3PKL8, TIG_CERS1 ; -DR Q3J1L8, TIG_CERS4 ; A4WS82, TIG_CERS5 ; B9KJP3, TIG_CERSK ; -DR Q11HE1, TIG_CHESB ; Q5L4W8, TIG_CHLAB ; Q3AU11, TIG_CHLCH ; -DR B3EGP8, TIG_CHLL2 ; Q9PLL9, TIG_CHLMU ; B3QQT5, TIG_CHLP8 ; -DR B3ENK5, TIG_CHLPB ; A1BIQ7, TIG_CHLPD ; Q9Z758, TIG_CHLPN ; -DR B0B8T3, TIG_CHLT2 ; B3QXY8, TIG_CHLT3 ; Q3KKY7, TIG_CHLTA ; -DR B0BAG2, TIG_CHLTB ; Q8KB57, TIG_CHLTE ; O84713, TIG_CHLTR ; -DR Q1QVW0, TIG_CHRSD ; Q7NUY8, TIG_CHRVO ; B5EI26, TIG_CITBB ; -DR A8AK17, TIG_CITK8 ; A5CR04, TIG_CLAM3 ; B0RAS0, TIG_CLAMS ; -DR Q97FT6, TIG_CLOAB ; A7FYI3, TIG_CLOB1 ; C3KU78, TIG_CLOB6 ; -DR A6LT26, TIG_CLOB8 ; B2UX14, TIG_CLOBA ; B2TPC0, TIG_CLOBB ; -DR A5I6W2, TIG_CLOBH ; C1FLA7, TIG_CLOBJ ; B1IND8, TIG_CLOBK ; -DR A7GIH3, TIG_CLOBL ; B1L1D8, TIG_CLOBM ; Q180E9, TIG_CLOD6 ; -DR B9E686, TIG_CLOK1 ; A5N2K9, TIG_CLOK5 ; A0Q2L2, TIG_CLONN ; -DR Q0TQK1, TIG_CLOP1 ; Q8XKK0, TIG_CLOPE ; Q0ST52, TIG_CLOPS ; -DR Q891J6, TIG_CLOTE ; Q47XL7, TIG_COLP3 ; C3PI36, TIG_CORA7 ; -DR Q6NFU3, TIG_CORDI ; Q8FN35, TIG_COREF ; A4QGE8, TIG_CORGB ; -DR Q8NMZ9, TIG_CORGL ; Q4JWV5, TIG_CORJK ; C4LJV9, TIG_CORK4 ; -DR B6J8W5, TIG_COXB1 ; B6J0W1, TIG_COXB2 ; Q83DJ3, TIG_COXBU ; -DR A7MFI9, TIG_CROS8 ; Q1LM61, TIG_CUPMC ; Q0KBK5, TIG_CUPNH ; -DR Q472D4, TIG_CUPPJ ; B3R4W0, TIG_CUPTR ; Q6A7E7, TIG_CUTAK ; -DR Q47FB5, TIG_DECAR ; Q3Z8J9, TIG_DEHM1 ; A5FRE4, TIG_DEHMB ; -DR Q3ZX83, TIG_DEHMC ; C1D0N3, TIG_DEIDV ; Q1J199, TIG_DEIGD ; -DR Q9RT21, TIG_DEIRA ; A9C1U7, TIG_DELAS ; C0QGS9, TIG_DESAH ; -DR B8FA61, TIG_DESAL ; B1I4R5, TIG_DESAP ; B8IYM1, TIG_DESDA ; -DR A8ZXB6, TIG_DESOH ; Q6AK58, TIG_DESPS ; A4J7M0, TIG_DESRM ; -DR Q72CE9, TIG_DESVH ; B8DNL3, TIG_DESVM ; A1VE86, TIG_DESVV ; -DR A5EWF6, TIG_DICNV ; A8LQQ9, TIG_DINSH ; A7ZIJ4, TIG_ECO24 ; -DR B7UJQ9, TIG_ECO27 ; B7MD95, TIG_ECO45 ; B7L673, TIG_ECO55 ; -DR P0A851, TIG_ECO57 ; B5Z3U4, TIG_ECO5E ; B7NJ58, TIG_ECO7I ; -DR B7MQF2, TIG_ECO81 ; B7M3S9, TIG_ECO8A ; C4ZTJ3, TIG_ECOBW ; -DR B1XFM4, TIG_ECODH ; A7ZX94, TIG_ECOHS ; A1A8A5, TIG_ECOK1 ; -DR Q0TKK5, TIG_ECOL5 ; Q8FKA7, TIG_ECOL6 ; B1J012, TIG_ECOLC ; -DR P0A850, TIG_ECOLI ; B7N8Z0, TIG_ECOLU ; B6HZP3, TIG_ECOSE ; -DR B1LJJ3, TIG_ECOSM ; Q1RFA0, TIG_ECOUT ; C5BCJ5, TIG_EDWI9 ; -DR Q3YSQ4, TIG_EHRCJ ; Q2GFT7, TIG_EHRCR ; Q5FFG8, TIG_EHRRG ; -DR Q5HBX6, TIG_EHRRW ; A4W7A7, TIG_ENT38 ; Q837W3, TIG_ENTFA ; -DR B2VHT7, TIG_ERWT9 ; Q2NDC7, TIG_ERYLH ; B7LME3, TIG_ESCF3 ; -DR B1YJW1, TIG_EXIS2 ; C4L4J0, TIG_EXISA ; B0S2N7, TIG_FINM2 ; -DR Q0RPH4, TIG_FRAAA ; Q2JDR0, TIG_FRACC ; B0TZA4, TIG_FRAP2 ; -DR A8L1X3, TIG_FRASN ; Q14IK0, TIG_FRAT1 ; A7NBR5, TIG_FRATF ; +DR Q9VQQ0, PTPA_DROME ; Q8SVB5, PTPA_ENCCU ; Q15257, PTPA_HUMAN ; +DR P58389, PTPA_MOUSE ; Q28717, PTPA_RABIT ; G5EEW6, SIG7_CAEEL ; +DR O07046, SLYD_AERHY ; P0A9L1, SLYD_ECO57 ; P0A9L0, SLYD_ECOL6 ; +DR P0A9K9, SLYD_ECOLI ; P44830, SLYD_HAEIN ; Q9ZK89, SLYD_HELPJ ; +DR O25748, SLYD_HELPY ; Q9CKP2, SLYD_PASMU ; P0A9L2, SLYD_SHIFL ; +DR O83369, SLYD_TREPA ; Q9KNX6, SLYD_VIBCH ; Q7CFU4, SLYD_YERPE ; +DR O60045, SSP1_NEUCR ; Q223E5, SURA_ALBFT ; Q0VMV4, SURA_ALCBS ; +DR Q5E863, SURA_ALIF1 ; Q0AC82, SURA_ALKEH ; Q5P7I9, SURA_AROAE ; +DR Q1LSS0, SURA_BAUCH ; Q493R5, SURA_BLOPB ; Q2KXA6, SURA_BORA1 ; +DR Q7WG19, SURA_BORBR ; Q7W4J5, SURA_BORPA ; Q7VU12, SURA_BORPE ; +DR P57240, SURA_BUCAI ; Q8KA01, SURA_BUCAP ; Q39D35, SURA_BURL3 ; +DR Q62MM4, SURA_BURMA ; Q1BTQ6, SURA_BURO1 ; Q3JVW8, SURA_BURP1 ; +DR Q63X78, SURA_BURPS ; Q2T116, SURA_BURTA ; Q1QZ33, SURA_CHRSD ; +DR Q7NQB0, SURA_CHRVO ; Q47VK0, SURA_COLP3 ; Q1LRA3, SURA_CUPMC ; +DR Q475Q3, SURA_CUPPJ ; Q479U4, SURA_DECAR ; P0ABZ8, SURA_ECO57 ; +DR P0ABZ7, SURA_ECOL6 ; P0ABZ6, SURA_ECOLI ; Q1RGE4, SURA_ECOUT ; +DR P44721, SURA_HAEIN ; Q2S9C1, SURA_HAHCH ; Q31F26, SURA_HYDCU ; +DR Q5QVN9, SURA_IDILO ; Q5X877, SURA_LEGPA ; Q5ZYR3, SURA_LEGPH ; +DR Q5WZN0, SURA_LEGPL ; Q60B78, SURA_METCA ; Q1GZC0, SURA_METFK ; +DR Q82W17, SURA_NITEU ; Q2YBP3, SURA_NITMU ; Q3JAF1, SURA_NITOC ; +DR Q145L3, SURA_PARXL ; Q6D0E2, SURA_PECAS ; Q7N8V5, SURA_PHOLL ; +DR Q6LV39, SURA_PHOPR ; Q121Q4, SURA_POLSJ ; Q48NT5, SURA_PSE14 ; +DR Q15QB3, SURA_PSEA6 ; Q9I5U3, SURA_PSEAE ; Q4K4X7, SURA_PSEF5 ; +DR Q3K5T4, SURA_PSEPF ; Q88QT4, SURA_PSEPK ; Q88A44, SURA_PSESM ; +DR Q3IFD3, SURA_PSET1 ; Q4ZMG7, SURA_PSEU2 ; Q8Y220, SURA_RALN1 ; +DR Q21MS8, SURA_SACD2 ; Q57TG8, SURA_SALCH ; Q5PDE6, SURA_SALPA ; +DR Q8XEV3, SURA_SALTI ; Q7CR87, SURA_SALTY ; Q12K61, SURA_SHEDO ; +DR Q07YK0, SURA_SHEFN ; Q8EB95, SURA_SHEON ; Q0HLT0, SURA_SHESM ; +DR Q0HS08, SURA_SHESR ; Q326I0, SURA_SHIBS ; Q32K41, SURA_SHIDS ; +DR P0ABZ9, SURA_SHIFL ; Q3Z5V6, SURA_SHISS ; Q2NVX4, SURA_SODGM ; +DR Q3SGF9, SURA_THIDA ; Q9KUS0, SURA_VIBCH ; Q87ST4, SURA_VIBPA ; +DR Q8DED4, SURA_VIBVU ; Q7MP84, SURA_VIBVY ; Q8PP23, SURA_XANAC ; +DR Q4UR41, SURA_XANC8 ; Q8PCE1, SURA_XANCP ; Q3BX80, SURA_XANE5 ; +DR Q2NZI6, SURA_XANOM ; Q5GWC1, SURA_XANOR ; Q9PF40, SURA_XYLFA ; +DR Q87AJ0, SURA_XYLFT ; Q1C0H3, SURA_YERPA ; Q7CG87, SURA_YERPE ; +DR Q1CMT0, SURA_YERPN ; Q66EQ7, SURA_YERPS ; Q24SJ8, TIG1_DESHY ; +DR Q24RN9, TIG2_DESHY ; A3DJ09, TIG_ACET2 ; Q6FEP9, TIG_ACIAD ; +DR B7H094, TIG_ACIB3 ; B7I4X8, TIG_ACIB5 ; B2I3C0, TIG_ACIBC ; +DR B0VKU6, TIG_ACIBS ; A3M1Y6, TIG_ACIBT ; B0V4R6, TIG_ACIBY ; +DR A0LSU9, TIG_ACIC1 ; A5FX03, TIG_ACICJ ; B9MG13, TIG_ACIET ; +DR A1W5B5, TIG_ACISJ ; A3N2F5, TIG_ACTP2 ; B3GYI8, TIG_ACTP7 ; +DR B0BRA0, TIG_ACTPJ ; A6VME0, TIG_ACTSZ ; A0KJU0, TIG_AERHH ; +DR A4SM41, TIG_AERS4 ; B6JGU6, TIG_AFIC5 ; C4ZGF3, TIG_AGARV ; +DR Q8UEU0, TIG_AGRFC ; B2UQZ3, TIG_AKKM8 ; Q21Y68, TIG_ALBFT ; +DR Q0VQ91, TIG_ALCBS ; A8EVH6, TIG_ALIB4 ; Q5E6Q6, TIG_ALIF1 ; +DR B5FBZ7, TIG_ALIFM ; B6EHK2, TIG_ALISL ; Q0A6A6, TIG_ALKEH ; +DR A6TM60, TIG_ALKMQ ; A8MIS9, TIG_ALKOO ; B9JWZ2, TIG_ALLAM ; +DR Q2IEW0, TIG_ANADE ; A7HFW0, TIG_ANADF ; Q5PBD1, TIG_ANAMM ; +DR Q2GJB3, TIG_ANAPZ ; B7GH24, TIG_ANOFW ; O67358, TIG_AQUAE ; +DR Q8S9L5, TIG_ARATH ; Q5P162, TIG_AROAE ; A0JXL5, TIG_ARTS2 ; +DR Q2NJE2, TIG_AYWBP ; Q9X6W7, TIG_AZOBR ; A8HYF0, TIG_AZOC5 ; +DR A1K784, TIG_AZOSB ; C1DHE8, TIG_AZOVD ; C3P9F8, TIG_BACAA ; +DR C3L705, TIG_BACAC ; A0RJ90, TIG_BACAH ; Q81LB8, TIG_BACAN ; +DR B7JQ66, TIG_BACC0 ; Q72ZV3, TIG_BACC1 ; B7IIY4, TIG_BACC2 ; +DR C1ETR9, TIG_BACC3 ; B7HEA5, TIG_BACC4 ; B7HQN3, TIG_BACC7 ; +DR A7GTF2, TIG_BACCN ; B9IZ48, TIG_BACCQ ; Q812Q9, TIG_BACCR ; +DR Q633X1, TIG_BACCZ ; Q6HD53, TIG_BACHK ; Q65GJ3, TIG_BACLD ; +DR A9VIU7, TIG_BACMK ; A8FFW0, TIG_BACP2 ; P80698, TIG_BACSU ; +DR A7Z7B3, TIG_BACVZ ; A1USB3, TIG_BARBK ; Q6G3Y8, TIG_BARHE ; +DR Q6FZK6, TIG_BARQU ; A9ISC1, TIG_BART1 ; Q1LTJ8, TIG_BAUCH ; +DR Q6MH01, TIG_BDEBA ; B2IGP4, TIG_BEII9 ; C5BXG1, TIG_BEUC1 ; +DR B8DTD1, TIG_BIFA0 ; A1A236, TIG_BIFAA ; B3DSL6, TIG_BIFLD ; +DR Q8G5Q7, TIG_BIFLO ; B7GSV7, TIG_BIFLS ; Q2L258, TIG_BORA1 ; +DR Q0SMP7, TIG_BORAP ; Q7WK84, TIG_BORBR ; O51555, TIG_BORBU ; +DR B5RMG0, TIG_BORDL ; Q660R3, TIG_BORGP ; B2S0V7, TIG_BORHD ; +DR Q7W8X3, TIG_BORPA ; A9IR57, TIG_BORPD ; Q7VXI8, TIG_BORPE ; +DR B5RPV6, TIG_BORRA ; A1R039, TIG_BORT9 ; Q89KG0, TIG_BRADU ; +DR A5EKB0, TIG_BRASB ; A4YVM6, TIG_BRASO ; C0ZAG1, TIG_BREBN ; +DR B2S5D1, TIG_BRUA1 ; Q2YNL3, TIG_BRUA2 ; A6X192, TIG_BRUA4 ; +DR Q57DK9, TIG_BRUAB ; Q8YGT8, TIG_BRUME ; A5VQ80, TIG_BRUO2 ; +DR Q8G129, TIG_BRUSU ; B8D9Q1, TIG_BUCA5 ; P57546, TIG_BUCAI ; +DR Q8K991, TIG_BUCAP ; B8D803, TIG_BUCAT ; B1YRZ6, TIG_BURA4 ; +DR A0K848, TIG_BURCH ; B4EBM4, TIG_BURCJ ; Q0BEF5, TIG_BURCM ; +DR Q39FE7, TIG_BURL3 ; A9AJQ9, TIG_BURM1 ; A3MKJ9, TIG_BURM7 ; +DR A2SBG2, TIG_BURM9 ; Q62JK6, TIG_BURMA ; A1V4X2, TIG_BURMS ; +DR B1JTV1, TIG_BURO0 ; Q1BH86, TIG_BURO1 ; A3NWA7, TIG_BURP0 ; +DR Q3JRC7, TIG_BURP1 ; A3NAI6, TIG_BURP6 ; Q63V42, TIG_BURPS ; +DR Q2SWQ8, TIG_BURTA ; A4JF06, TIG_BURVG ; B9MQ31, TIG_CALBD ; +DR Q8RC26, TIG_CALS4 ; A4XHV9, TIG_CALS8 ; A7ZB34, TIG_CAMC1 ; +DR A7GW44, TIG_CAMC5 ; A0RRI0, TIG_CAMFF ; A7HZE7, TIG_CAMHC ; +DR A8FJZ4, TIG_CAMJ8 ; Q46108, TIG_CAMJE ; A1VXS1, TIG_CAMJJ ; +DR Q5HWX5, TIG_CAMJR ; B9KDZ7, TIG_CAMLR ; Q3AF97, TIG_CARHZ ; +DR P0CAX0, TIG_CAUVC ; B8GX17, TIG_CAUVN ; B3PHK7, TIG_CELJU ; +DR A3PKL8, TIG_CERS1 ; Q3J1L8, TIG_CERS4 ; A4WS82, TIG_CERS5 ; +DR B9KJP3, TIG_CERSK ; Q11HE1, TIG_CHESB ; Q5L4W8, TIG_CHLAB ; +DR Q3AU11, TIG_CHLCH ; B3EGP8, TIG_CHLL2 ; Q9PLL9, TIG_CHLMU ; +DR B3QQT5, TIG_CHLP8 ; B3ENK5, TIG_CHLPB ; A1BIQ7, TIG_CHLPD ; +DR Q9Z758, TIG_CHLPN ; B0B8T3, TIG_CHLT2 ; B3QXY8, TIG_CHLT3 ; +DR Q3KKY7, TIG_CHLTA ; B0BAG2, TIG_CHLTB ; Q8KB57, TIG_CHLTE ; +DR O84713, TIG_CHLTR ; Q1QVW0, TIG_CHRSD ; Q7NUY8, TIG_CHRVO ; +DR B5EI26, TIG_CITBB ; A8AK17, TIG_CITK8 ; A5CR04, TIG_CLAM3 ; +DR B0RAS0, TIG_CLASE ; Q97FT6, TIG_CLOAB ; A7FYI3, TIG_CLOB1 ; +DR C3KU78, TIG_CLOB6 ; A6LT26, TIG_CLOB8 ; B2UX14, TIG_CLOBA ; +DR B2TPC0, TIG_CLOBB ; A5I6W2, TIG_CLOBH ; C1FLA7, TIG_CLOBJ ; +DR B1IND8, TIG_CLOBK ; A7GIH3, TIG_CLOBL ; B1L1D8, TIG_CLOBM ; +DR Q180E9, TIG_CLOD6 ; B9E686, TIG_CLOK1 ; A5N2K9, TIG_CLOK5 ; +DR A0Q2L2, TIG_CLONN ; Q0TQK1, TIG_CLOP1 ; Q8XKK0, TIG_CLOPE ; +DR Q0ST52, TIG_CLOPS ; Q891J6, TIG_CLOTE ; Q47XL7, TIG_COLP3 ; +DR C3PI36, TIG_CORA7 ; Q6NFU3, TIG_CORDI ; Q8FN35, TIG_COREF ; +DR A4QGE8, TIG_CORGB ; Q8NMZ9, TIG_CORGL ; Q4JWV5, TIG_CORJK ; +DR C4LJV9, TIG_CORK4 ; B6J8W5, TIG_COXB1 ; B6J0W1, TIG_COXB2 ; +DR Q83DJ3, TIG_COXBU ; A7MFI9, TIG_CROS8 ; Q1LM61, TIG_CUPMC ; +DR Q0KBK5, TIG_CUPNH ; Q472D4, TIG_CUPPJ ; B3R4W0, TIG_CUPTR ; +DR Q6A7E7, TIG_CUTAK ; Q47FB5, TIG_DECAR ; Q3Z8J9, TIG_DEHM1 ; +DR A5FRE4, TIG_DEHMB ; Q3ZX83, TIG_DEHMC ; C1D0N3, TIG_DEIDV ; +DR Q1J199, TIG_DEIGD ; Q9RT21, TIG_DEIRA ; A9C1U7, TIG_DELAS ; +DR C0QGS9, TIG_DESAH ; B8FA61, TIG_DESAL ; B1I4R5, TIG_DESAP ; +DR B8IYM1, TIG_DESDA ; A8ZXB6, TIG_DESOH ; Q6AK58, TIG_DESPS ; +DR A4J7M0, TIG_DESRM ; A5EWF6, TIG_DICNV ; A8LQQ9, TIG_DINSH ; +DR A7ZIJ4, TIG_ECO24 ; B7UJQ9, TIG_ECO27 ; B7MD95, TIG_ECO45 ; +DR B7L673, TIG_ECO55 ; P0A851, TIG_ECO57 ; B5Z3U4, TIG_ECO5E ; +DR B7NJ58, TIG_ECO7I ; B7MQF2, TIG_ECO81 ; B7M3S9, TIG_ECO8A ; +DR C4ZTJ3, TIG_ECOBW ; B1XFM4, TIG_ECODH ; A7ZX94, TIG_ECOHS ; +DR A1A8A5, TIG_ECOK1 ; Q0TKK5, TIG_ECOL5 ; Q8FKA7, TIG_ECOL6 ; +DR B1J012, TIG_ECOLC ; P0A850, TIG_ECOLI ; B7N8Z0, TIG_ECOLU ; +DR B6HZP3, TIG_ECOSE ; B1LJJ3, TIG_ECOSM ; Q1RFA0, TIG_ECOUT ; +DR C5BCJ5, TIG_EDWI9 ; Q3YSQ4, TIG_EHRCJ ; Q2GFT7, TIG_EHRCR ; +DR Q5FFG8, TIG_EHRRG ; Q5HBX6, TIG_EHRRW ; A4W7A7, TIG_ENT38 ; +DR Q837W3, TIG_ENTFA ; B2VHT7, TIG_ERWT9 ; Q2NDC7, TIG_ERYLH ; +DR B7LME3, TIG_ESCF3 ; B1YJW1, TIG_EXIS2 ; C4L4J0, TIG_EXISA ; +DR B0S2N7, TIG_FINM2 ; Q0RPH4, TIG_FRAAA ; Q2JDR0, TIG_FRACC ; +DR B0TZA4, TIG_FRAP2 ; Q14IK0, TIG_FRAT1 ; A7NBR5, TIG_FRATF ; DR Q2A3U2, TIG_FRATH ; B2SG17, TIG_FRATM ; A0Q6T0, TIG_FRATN ; DR Q0BM93, TIG_FRATO ; Q5NH48, TIG_FRATT ; A4IYB7, TIG_FRATW ; DR Q8R5Z2, TIG_FUSNN ; B9M0Y0, TIG_GEODF ; Q5KWJ8, TIG_GEOKA ; @@ -141764,135 +142675,136 @@ DR Q1WU82, TIG_LIGS1 ; B2GBC3, TIG_LIMF3 ; A5VJ93, TIG_LIMRD ; DR B2G6R3, TIG_LIMRJ ; Q92C85, TIG_LISIN ; C1L2H5, TIG_LISMC ; DR Q720F5, TIG_LISMF ; B8DHN8, TIG_LISMH ; Q8Y7L0, TIG_LISMO ; DR A0AI70, TIG_LISW6 ; B1HVE6, TIG_LYSSC ; B9E748, TIG_MACCJ ; -DR A0LDT5, TIG_MAGMM ; Q2W3H8, TIG_MAGSA ; Q8EV76, TIG_MALP2 ; -DR Q65RF4, TIG_MANSM ; Q0AQ08, TIG_MARMM ; A6VW19, TIG_MARMS ; -DR A1U1Q4, TIG_MARN8 ; C6BVE8, TIG_MARSD ; Q6F159, TIG_MESFL ; -DR Q601G9, TIG_MESH2 ; Q4A8L6, TIG_MESH7 ; Q4AAI5, TIG_MESHJ ; -DR Q6KIK5, TIG_MESM1 ; B7KNS9, TIG_METC4 ; A9W5F4, TIG_METEP ; -DR Q1H1G1, TIG_METFK ; B8IN25, TIG_METNO ; B1Z9C6, TIG_METPB ; -DR A2SFB4, TIG_METPP ; B1LV84, TIG_METRJ ; B0UD17, TIG_METS4 ; -DR B8EIL1, TIG_METSB ; B0JL93, TIG_MICAN ; Q2RL32, TIG_MOOTA ; -DR A0QDF1, TIG_MYCA1 ; B1MMV3, TIG_MYCA9 ; Q7TYJ1, TIG_MYCBO ; -DR A1KLF8, TIG_MYCBP ; C1AES9, TIG_MYCBT ; Q2SRX4, TIG_MYCCT ; -DR Q7NBA6, TIG_MYCGA ; P47480, TIG_MYCGE ; A4T2P3, TIG_MYCGI ; -DR B8ZRP5, TIG_MYCLB ; Q9CBY2, TIG_MYCLE ; B2HNG6, TIG_MYCMM ; -DR Q6MTF5, TIG_MYCMS ; Q73XM7, TIG_MYCPA ; P75454, TIG_MYCPN ; -DR Q98R01, TIG_MYCPU ; A0R199, TIG_MYCS2 ; Q4A5G1, TIG_MYCS5 ; -DR A3Q2I4, TIG_MYCSJ ; A1UJ38, TIG_MYCSK ; Q1B5Z8, TIG_MYCSS ; -DR A5U5F8, TIG_MYCTA ; P9WG54, TIG_MYCTO ; P9WG55, TIG_MYCTU ; -DR A0PU35, TIG_MYCUA ; A1TCB8, TIG_MYCVP ; Q1DAT1, TIG_MYXXD ; -DR B2A157, TIG_NATTJ ; Q5F915, TIG_NEIG1 ; B4RMG6, TIG_NEIG2 ; -DR A9LZP0, TIG_NEIM0 ; Q9JU32, TIG_NEIMA ; Q9JZ37, TIG_NEIMB ; -DR A1KUE0, TIG_NEIMF ; Q0AJI1, TIG_NITEC ; Q82Y58, TIG_NITEU ; -DR Q1QL75, TIG_NITHX ; Q2Y6I9, TIG_NITMU ; Q3JAJ7, TIG_NITOC ; -DR A6Q1C0, TIG_NITSB ; Q3SRD1, TIG_NITWN ; Q5Z064, TIG_NOCFA ; -DR A1SME5, TIG_NOCSJ ; B2IT89, TIG_NOSP7 ; Q8YQX9, TIG_NOSS1 ; -DR Q2G3S9, TIG_NOVAD ; Q8CXB7, TIG_OCEIH ; Q04D98, TIG_OENOB ; -DR Q9RLJ3, TIG_OENOE ; Q30Z77, TIG_OLEA2 ; Q6YQC6, TIG_ONYPE ; -DR B1ZW06, TIG_OPITP ; A1R7A5, TIG_PAEAT ; A1TM63, TIG_PARC0 ; -DR A1B0F4, TIG_PARDP ; A7HY57, TIG_PARL1 ; Q7UA35, TIG_PARMW ; -DR B2JGL4, TIG_PARP8 ; B2T3Z9, TIG_PARPJ ; Q6MBF0, TIG_PARUW ; -DR Q13Z16, TIG_PARXL ; P57980, TIG_PASMU ; Q6D828, TIG_PECAS ; -DR C6DB54, TIG_PECCP ; Q03F26, TIG_PEDPA ; B4SFE7, TIG_PELPB ; -DR A1AN86, TIG_PELPD ; A5D446, TIG_PELTS ; Q4FM95, TIG_PELUB ; -DR Q7N0L2, TIG_PHOLL ; Q6LNV9, TIG_PHOPR ; B1XL18, TIG_PICP2 ; -DR A4SXD5, TIG_POLAQ ; A1VRH9, TIG_POLNA ; B1XUT0, TIG_POLNS ; -DR Q12BY3, TIG_POLSJ ; B4S4S0, TIG_PROA2 ; A3PFE3, TIG_PROM0 ; -DR A2C5C0, TIG_PROM1 ; A8G7G0, TIG_PROM2 ; A2C5R7, TIG_PROM3 ; -DR A9BD99, TIG_PROM4 ; A2BZ41, TIG_PROM5 ; Q317Y7, TIG_PROM9 ; -DR Q7V9L7, TIG_PROMA ; B4EU52, TIG_PROMH ; Q7V991, TIG_PROMM ; -DR Q7UZK8, TIG_PROMP ; A2BTN6, TIG_PROMS ; Q46ID5, TIG_PROMT ; -DR Q48KZ1, TIG_PSE14 ; Q15R45, TIG_PSEA6 ; A6V720, TIG_PSEA7 ; -DR B7VB77, TIG_PSEA8 ; Q02KU3, TIG_PSEAB ; Q9I2U2, TIG_PSEAE ; -DR B8HA36, TIG_PSECP ; Q1ICA9, TIG_PSEE4 ; Q4K9J5, TIG_PSEF5 ; -DR C3JYK1, TIG_PSEFS ; A8F755, TIG_PSELT ; A4XTZ4, TIG_PSEMY ; -DR A5W636, TIG_PSEP1 ; Q3K9W8, TIG_PSEPF ; B0KJG5, TIG_PSEPG ; -DR Q88KJ1, TIG_PSEPK ; B1J691, TIG_PSEPW ; Q87YR5, TIG_PSESM ; -DR Q3IF53, TIG_PSET1 ; Q4ZVM8, TIG_PSEU2 ; Q4FQC0, TIG_PSYA2 ; -DR Q1Q8J3, TIG_PSYCK ; A1SUW6, TIG_PSYIN ; A5WC71, TIG_PSYWF ; -DR Q8XYP8, TIG_RALN1 ; A9WUW4, TIG_RENSM ; B3PXV9, TIG_RHIE6 ; -DR Q2K952, TIG_RHIEC ; Q1MHK9, TIG_RHIJ3 ; Q98LE8, TIG_RHILO ; -DR B5ZMH5, TIG_RHILW ; Q92Q12, TIG_RHIME ; B9JEI6, TIG_RHIR8 ; -DR A5V3U6, TIG_RHIWR ; Q7URG5, TIG_RHOBA ; O68129, TIG_RHOCB ; -DR B6ISY8, TIG_RHOCS ; C1A1N9, TIG_RHOE4 ; Q0SGY9, TIG_RHOJR ; -DR C1AVQ6, TIG_RHOOB ; Q2IWZ5, TIG_RHOP2 ; Q07NN7, TIG_RHOP5 ; -DR Q6N5L2, TIG_RHOPA ; Q215J3, TIG_RHOPB ; Q135W6, TIG_RHOPS ; -DR B3Q7P6, TIG_RHOPT ; Q2RU46, TIG_RHORT ; C3PLX7, TIG_RICAE ; -DR A8GQ54, TIG_RICAH ; A8GUQ0, TIG_RICB8 ; Q1RGS0, TIG_RICBR ; -DR A8F062, TIG_RICCK ; Q92G20, TIG_RICCN ; Q4UJV2, TIG_RICFE ; -DR A8F2Y2, TIG_RICM5 ; Q9ZCB7, TIG_RICPR ; C4K233, TIG_RICPU ; -DR B0BVJ0, TIG_RICRO ; A8GTZ8, TIG_RICRS ; Q68VS2, TIG_RICTY ; -DR B7JW76, TIG_RIPO1 ; Q164N1, TIG_ROSDO ; A5UZG3, TIG_ROSS1 ; -DR Q1AVS8, TIG_RUBXD ; Q5LR43, TIG_RUEPO ; Q1GHV0, TIG_RUEST ; -DR B8I8F4, TIG_RUMCH ; A1AVN5, TIG_RUTMC ; Q21KB0, TIG_SACD2 ; -DR A4F9F6, TIG_SACEN ; B5EXI7, TIG_SALA4 ; A8M1L0, TIG_SALAI ; -DR A9MM24, TIG_SALAR ; Q57SB6, TIG_SALCH ; B5FKV2, TIG_SALDC ; -DR B5QTJ5, TIG_SALEP ; B5R6U8, TIG_SALG2 ; B4T9E2, TIG_SALHS ; -DR B4SWU0, TIG_SALNS ; Q5PFN3, TIG_SALPA ; A9MWX9, TIG_SALPB ; -DR C0Q7X2, TIG_SALPC ; B5BD84, TIG_SALPK ; Q2RZ60, TIG_SALRD ; -DR B4TMC5, TIG_SALSV ; P66933, TIG_SALTI ; P66932, TIG_SALTY ; -DR A8GAQ8, TIG_SERP5 ; A1S4X4, TIG_SHEAM ; B8E5F0, TIG_SHEB2 ; -DR A3D304, TIG_SHEB5 ; A6WLQ0, TIG_SHEB8 ; A9KWH6, TIG_SHEB9 ; -DR Q12LA0, TIG_SHEDO ; Q07ZX7, TIG_SHEFN ; B0TLV0, TIG_SHEHH ; -DR A3QFX7, TIG_SHELP ; Q8EG20, TIG_SHEON ; A8H615, TIG_SHEPA ; -DR A4Y5I1, TIG_SHEPC ; A0KYM0, TIG_SHESA ; A8FTH8, TIG_SHESH ; -DR Q0HHA0, TIG_SHESM ; Q0HTK6, TIG_SHESR ; A1RL90, TIG_SHESW ; -DR B1KLT8, TIG_SHEWM ; B2U4P1, TIG_SHIB3 ; Q325G5, TIG_SHIBS ; -DR Q32JJ2, TIG_SHIDS ; Q0T7E7, TIG_SHIF8 ; P0A852, TIG_SHIFL ; -DR Q3Z4W7, TIG_SHISS ; Q5WEN8, TIG_SHOC1 ; C3MBV9, TIG_SINFN ; -DR A6U8Q2, TIG_SINMW ; Q2NV80, TIG_SODGM ; C4XH04, TIG_SOLM1 ; -DR Q026Q4, TIG_SOLUE ; Q1GUW1, TIG_SPHAL ; A7X397, TIG_STAA1 ; -DR A6U2E3, TIG_STAA2 ; Q2FG61, TIG_STAA3 ; Q2FXQ6, TIG_STAA8 ; -DR A5ITK0, TIG_STAA9 ; Q2YTB4, TIG_STAAB ; Q5HF97, TIG_STAAC ; -DR A6QHK9, TIG_STAAE ; P66934, TIG_STAAM ; P99080, TIG_STAAN ; -DR Q6GG30, TIG_STAAR ; Q6G8Q0, TIG_STAAS ; A8Z2J6, TIG_STAAT ; -DR P66935, TIG_STAAW ; B9DNC1, TIG_STACT ; Q5HNM8, TIG_STAEQ ; -DR Q8CNY4, TIG_STAES ; Q4L716, TIG_STAHJ ; Q49YA7, TIG_STAS1 ; -DR Q3K3S4, TIG_STRA1 ; Q8E7Q0, TIG_STRA3 ; Q8E292, TIG_STRA5 ; -DR Q82CA7, TIG_STRAW ; Q9F314, TIG_STRCO ; C0M8K8, TIG_STRE4 ; -DR B4U4Y3, TIG_STREM ; A8AVB8, TIG_STRGC ; B1VXA5, TIG_STRGG ; -DR B4SLN0, TIG_STRM5 ; B2FQR1, TIG_STRMK ; Q8CWZ6, TIG_STRMU ; -DR P0C0E1, TIG_STRP1 ; Q04M73, TIG_STRP2 ; P0DF98, TIG_STRP3 ; -DR B5E7E2, TIG_STRP4 ; Q5XA08, TIG_STRP6 ; C1C5D8, TIG_STRP7 ; -DR Q8NZF6, TIG_STRP8 ; Q1JK21, TIG_STRPC ; Q1JF14, TIG_STRPD ; -DR Q1J4W9, TIG_STRPF ; A2RCL1, TIG_STRPG ; B1I9J5, TIG_STRPI ; -DR B8ZLG8, TIG_STRPJ ; Q48RE9, TIG_STRPM ; Q97SG9, TIG_STRPN ; -DR P0DF99, TIG_STRPQ ; B2ILU5, TIG_STRPS ; B5XIG1, TIG_STRPZ ; -DR Q8DR29, TIG_STRR6 ; A4VZE3, TIG_STRS2 ; C0MFQ7, TIG_STRS7 ; -DR A3CQB4, TIG_STRSV ; A4VT57, TIG_STRSY ; Q5M1S9, TIG_STRT1 ; -DR Q5M6C2, TIG_STRT2 ; Q03MQ9, TIG_STRTD ; B9DTJ5, TIG_STRU0 ; -DR C1CCG7, TIG_STRZJ ; C1CIQ2, TIG_STRZP ; C1CPR1, TIG_STRZT ; -DR A4VL77, TIG_STUS1 ; Q30NX0, TIG_SULDN ; A6Q674, TIG_SULNB ; -DR Q67SK1, TIG_SYMTH ; Q2LTK6, TIG_SYNAS ; Q3A3X4, TIG_SYNC1 ; -DR Q935Z3, TIG_SYNE7 ; A0LEF2, TIG_SYNFM ; Q2JV31, TIG_SYNJA ; -DR Q2JQ33, TIG_SYNJB ; Q5N1P5, TIG_SYNP6 ; A5GHT2, TIG_SYNPW ; -DR A5GQ11, TIG_SYNR3 ; Q0IE18, TIG_SYNS3 ; Q3B0U0, TIG_SYNS9 ; -DR Q3ANI7, TIG_SYNSC ; Q0AWE9, TIG_SYNWW ; Q55511, TIG_SYNY3 ; -DR C5BTI9, TIG_TERTT ; Q47MU1, TIG_THEFY ; Q9WZF8, TIG_THEMA ; -DR B9KAT4, TIG_THENN ; A5IJ92, TIG_THEP1 ; B0KBA5, TIG_THEP3 ; -DR B0K534, TIG_THEPX ; B9L1E4, TIG_THERP ; B1L813, TIG_THESQ ; -DR Q72L16, TIG_THET2 ; Q5SKM9, TIG_THET8 ; Q8DLI3, TIG_THEVB ; -DR B5YI37, TIG_THEYD ; Q3SI97, TIG_THIDA ; B8GNT7, TIG_THISH ; -DR C4LDB2, TIG_TOLAT ; Q73M39, TIG_TREDE ; O83519, TIG_TREPA ; -DR B2S3A0, TIG_TREPS ; Q118P4, TIG_TRIEI ; B3E1Z5, TIG_TRIL1 ; -DR Q3M725, TIG_TRIV2 ; B1AIY6, TIG_UREP2 ; Q9PQE4, TIG_UREPA ; -DR B5ZBF7, TIG_UREU1 ; C5CJT3, TIG_VARPS ; A1WR16, TIG_VEREI ; -DR A5CXJ7, TIG_VESOH ; B7VI01, TIG_VIBA3 ; A7MV84, TIG_VIBC1 ; -DR A5F6X1, TIG_VIBC3 ; Q9KQS5, TIG_VIBCH ; C3LNM7, TIG_VIBCM ; -DR Q87R81, TIG_VIBPA ; Q8DG25, TIG_VIBVU ; Q7MMG8, TIG_VIBVY ; -DR Q73I58, TIG_WOLPM ; B3CLB0, TIG_WOLPP ; Q7M7M4, TIG_WOLSU ; -DR Q5GS82, TIG_WOLTR ; Q8PNI6, TIG_XANAC ; Q3BWQ2, TIG_XANC5 ; +DR A0LDT5, TIG_MAGMM ; Q8EV76, TIG_MALP2 ; Q65RF4, TIG_MANSM ; +DR Q0AQ08, TIG_MARMM ; A6VW19, TIG_MARMS ; A1U1Q4, TIG_MARN8 ; +DR C6BVE8, TIG_MARSD ; Q6F159, TIG_MESFL ; Q601G9, TIG_MESH2 ; +DR Q4A8L6, TIG_MESH7 ; Q4AAI5, TIG_MESHJ ; B7KNS9, TIG_METC4 ; +DR A9W5F4, TIG_METEP ; Q1H1G1, TIG_METFK ; B8IN25, TIG_METNO ; +DR B1Z9C6, TIG_METPB ; A2SFB4, TIG_METPP ; B1LV84, TIG_METRJ ; +DR B0UD17, TIG_METS4 ; B8EIL1, TIG_METSB ; B0JL93, TIG_MICAN ; +DR Q2RL32, TIG_MOOTA ; A0QDF1, TIG_MYCA1 ; B1MMV3, TIG_MYCA9 ; +DR Q7TYJ1, TIG_MYCBO ; A1KLF8, TIG_MYCBP ; C1AES9, TIG_MYCBT ; +DR Q2SRX4, TIG_MYCCT ; Q7NBA6, TIG_MYCGA ; P47480, TIG_MYCGE ; +DR A4T2P3, TIG_MYCGI ; B8ZRP5, TIG_MYCLB ; Q9CBY2, TIG_MYCLE ; +DR Q6KIK5, TIG_MYCM1 ; B2HNG6, TIG_MYCMM ; Q6MTF5, TIG_MYCMS ; +DR Q73XM7, TIG_MYCPA ; P75454, TIG_MYCPN ; Q98R01, TIG_MYCPU ; +DR A0R199, TIG_MYCS2 ; Q4A5G1, TIG_MYCS5 ; A3Q2I4, TIG_MYCSJ ; +DR A1UJ38, TIG_MYCSK ; Q1B5Z8, TIG_MYCSS ; A5U5F8, TIG_MYCTA ; +DR P9WG54, TIG_MYCTO ; P9WG55, TIG_MYCTU ; A0PU35, TIG_MYCUA ; +DR A1TCB8, TIG_MYCVP ; Q1DAT1, TIG_MYXXD ; B2A157, TIG_NATTJ ; +DR Q5F915, TIG_NEIG1 ; B4RMG6, TIG_NEIG2 ; A9LZP0, TIG_NEIM0 ; +DR Q9JU32, TIG_NEIMA ; Q9JZ37, TIG_NEIMB ; A1KUE0, TIG_NEIMF ; +DR Q0AJI1, TIG_NITEC ; Q82Y58, TIG_NITEU ; Q1QL75, TIG_NITHX ; +DR Q2Y6I9, TIG_NITMU ; Q3JAJ7, TIG_NITOC ; A6Q1C0, TIG_NITSB ; +DR Q72CE9, TIG_NITV2 ; A1VE86, TIG_NITV4 ; B8DNL3, TIG_NITV9 ; +DR Q3SRD1, TIG_NITWN ; Q5Z064, TIG_NOCFA ; A1SME5, TIG_NOCSJ ; +DR B2IT89, TIG_NOSP7 ; Q8YQX9, TIG_NOSS1 ; Q2G3S9, TIG_NOVAD ; +DR Q8CXB7, TIG_OCEIH ; Q04D98, TIG_OENOB ; Q9RLJ3, TIG_OENOE ; +DR Q30Z77, TIG_OLEA2 ; Q6YQC6, TIG_ONYPE ; B1ZW06, TIG_OPITP ; +DR A1R7A5, TIG_PAEAT ; A1TM63, TIG_PARC0 ; A1B0F4, TIG_PARDP ; +DR A7HY57, TIG_PARL1 ; Q2W3H8, TIG_PARM1 ; Q7UA35, TIG_PARMW ; +DR B2JGL4, TIG_PARP8 ; B2T3Z9, TIG_PARPJ ; A8L1X3, TIG_PARS2 ; +DR Q6MBF0, TIG_PARUW ; Q13Z16, TIG_PARXL ; P57980, TIG_PASMU ; +DR Q6D828, TIG_PECAS ; C6DB54, TIG_PECCP ; Q03F26, TIG_PEDPA ; +DR B4SFE7, TIG_PELPB ; A1AN86, TIG_PELPD ; A5D446, TIG_PELTS ; +DR Q4FM95, TIG_PELUB ; Q7N0L2, TIG_PHOLL ; Q6LNV9, TIG_PHOPR ; +DR B1XL18, TIG_PICP2 ; A4SXD5, TIG_POLAQ ; A1VRH9, TIG_POLNA ; +DR B1XUT0, TIG_POLNS ; Q12BY3, TIG_POLSJ ; B4S4S0, TIG_PROA2 ; +DR A3PFE3, TIG_PROM0 ; A2C5C0, TIG_PROM1 ; A8G7G0, TIG_PROM2 ; +DR A2C5R7, TIG_PROM3 ; A9BD99, TIG_PROM4 ; A2BZ41, TIG_PROM5 ; +DR Q317Y7, TIG_PROM9 ; Q7V9L7, TIG_PROMA ; B4EU52, TIG_PROMH ; +DR Q7V991, TIG_PROMM ; Q7UZK8, TIG_PROMP ; A2BTN6, TIG_PROMS ; +DR Q46ID5, TIG_PROMT ; Q48KZ1, TIG_PSE14 ; Q15R45, TIG_PSEA6 ; +DR A6V720, TIG_PSEA7 ; B7VB77, TIG_PSEA8 ; Q02KU3, TIG_PSEAB ; +DR Q9I2U2, TIG_PSEAE ; B8HA36, TIG_PSECP ; Q1ICA9, TIG_PSEE4 ; +DR Q4K9J5, TIG_PSEF5 ; C3JYK1, TIG_PSEFS ; A8F755, TIG_PSELT ; +DR A4XTZ4, TIG_PSEMY ; A5W636, TIG_PSEP1 ; Q3K9W8, TIG_PSEPF ; +DR B0KJG5, TIG_PSEPG ; Q88KJ1, TIG_PSEPK ; B1J691, TIG_PSEPW ; +DR Q87YR5, TIG_PSESM ; Q3IF53, TIG_PSET1 ; Q4ZVM8, TIG_PSEU2 ; +DR Q4FQC0, TIG_PSYA2 ; Q1Q8J3, TIG_PSYCK ; A1SUW6, TIG_PSYIN ; +DR A5WC71, TIG_PSYWF ; Q8XYP8, TIG_RALN1 ; A9WUW4, TIG_RENSM ; +DR B3PXV9, TIG_RHIE6 ; Q2K952, TIG_RHIEC ; Q1MHK9, TIG_RHIJ3 ; +DR Q98LE8, TIG_RHILO ; B5ZMH5, TIG_RHILW ; Q92Q12, TIG_RHIME ; +DR B9JEI6, TIG_RHIR8 ; A5V3U6, TIG_RHIWR ; Q7URG5, TIG_RHOBA ; +DR O68129, TIG_RHOCB ; B6ISY8, TIG_RHOCS ; C1A1N9, TIG_RHOE4 ; +DR Q0SGY9, TIG_RHOJR ; C1AVQ6, TIG_RHOOB ; Q2IWZ5, TIG_RHOP2 ; +DR Q07NN7, TIG_RHOP5 ; Q6N5L2, TIG_RHOPA ; Q215J3, TIG_RHOPB ; +DR Q135W6, TIG_RHOPS ; B3Q7P6, TIG_RHOPT ; Q2RU46, TIG_RHORT ; +DR C3PLX7, TIG_RICAE ; A8GQ54, TIG_RICAH ; A8GUQ0, TIG_RICB8 ; +DR Q1RGS0, TIG_RICBR ; A8F062, TIG_RICCK ; Q92G20, TIG_RICCN ; +DR Q4UJV2, TIG_RICFE ; A8F2Y2, TIG_RICM5 ; Q9ZCB7, TIG_RICPR ; +DR C4K233, TIG_RICPU ; B0BVJ0, TIG_RICRO ; A8GTZ8, TIG_RICRS ; +DR Q68VS2, TIG_RICTY ; B7JW76, TIG_RIPO1 ; Q164N1, TIG_ROSDO ; +DR A5UZG3, TIG_ROSS1 ; Q1AVS8, TIG_RUBXD ; Q5LR43, TIG_RUEPO ; +DR Q1GHV0, TIG_RUEST ; B8I8F4, TIG_RUMCH ; A1AVN5, TIG_RUTMC ; +DR Q21KB0, TIG_SACD2 ; A4F9F6, TIG_SACEN ; B5EXI7, TIG_SALA4 ; +DR A8M1L0, TIG_SALAI ; A9MM24, TIG_SALAR ; Q57SB6, TIG_SALCH ; +DR B5FKV2, TIG_SALDC ; B5QTJ5, TIG_SALEP ; B5R6U8, TIG_SALG2 ; +DR B4T9E2, TIG_SALHS ; B4SWU0, TIG_SALNS ; Q5PFN3, TIG_SALPA ; +DR A9MWX9, TIG_SALPB ; C0Q7X2, TIG_SALPC ; B5BD84, TIG_SALPK ; +DR Q2RZ60, TIG_SALRD ; B4TMC5, TIG_SALSV ; P66933, TIG_SALTI ; +DR P66932, TIG_SALTY ; A8GAQ8, TIG_SERP5 ; A1S4X4, TIG_SHEAM ; +DR B8E5F0, TIG_SHEB2 ; A3D304, TIG_SHEB5 ; A6WLQ0, TIG_SHEB8 ; +DR A9KWH6, TIG_SHEB9 ; Q12LA0, TIG_SHEDO ; Q07ZX7, TIG_SHEFN ; +DR B0TLV0, TIG_SHEHH ; A3QFX7, TIG_SHELP ; Q8EG20, TIG_SHEON ; +DR A8H615, TIG_SHEPA ; A4Y5I1, TIG_SHEPC ; A0KYM0, TIG_SHESA ; +DR A8FTH8, TIG_SHESH ; Q0HHA0, TIG_SHESM ; Q0HTK6, TIG_SHESR ; +DR A1RL90, TIG_SHESW ; B1KLT8, TIG_SHEWM ; B2U4P1, TIG_SHIB3 ; +DR Q325G5, TIG_SHIBS ; Q32JJ2, TIG_SHIDS ; Q0T7E7, TIG_SHIF8 ; +DR P0A852, TIG_SHIFL ; Q3Z4W7, TIG_SHISS ; Q5WEN8, TIG_SHOC1 ; +DR C3MBV9, TIG_SINFN ; A6U8Q2, TIG_SINMW ; Q2NV80, TIG_SODGM ; +DR C4XH04, TIG_SOLM1 ; Q026Q4, TIG_SOLUE ; Q1GUW1, TIG_SPHAL ; +DR A7X397, TIG_STAA1 ; A6U2E3, TIG_STAA2 ; Q2FG61, TIG_STAA3 ; +DR Q2FXQ6, TIG_STAA8 ; A5ITK0, TIG_STAA9 ; Q2YTB4, TIG_STAAB ; +DR Q5HF97, TIG_STAAC ; A6QHK9, TIG_STAAE ; P66934, TIG_STAAM ; +DR P99080, TIG_STAAN ; Q6GG30, TIG_STAAR ; Q6G8Q0, TIG_STAAS ; +DR A8Z2J6, TIG_STAAT ; P66935, TIG_STAAW ; B9DNC1, TIG_STACT ; +DR Q5HNM8, TIG_STAEQ ; Q8CNY4, TIG_STAES ; Q4L716, TIG_STAHJ ; +DR Q49YA7, TIG_STAS1 ; Q3K3S4, TIG_STRA1 ; Q8E7Q0, TIG_STRA3 ; +DR Q8E292, TIG_STRA5 ; Q82CA7, TIG_STRAW ; Q9F314, TIG_STRCO ; +DR C0M8K8, TIG_STRE4 ; B4U4Y3, TIG_STREM ; A8AVB8, TIG_STRGC ; +DR B1VXA5, TIG_STRGG ; B4SLN0, TIG_STRM5 ; B2FQR1, TIG_STRMK ; +DR Q8CWZ6, TIG_STRMU ; P0C0E1, TIG_STRP1 ; Q04M73, TIG_STRP2 ; +DR P0DF98, TIG_STRP3 ; B5E7E2, TIG_STRP4 ; Q5XA08, TIG_STRP6 ; +DR C1C5D8, TIG_STRP7 ; Q8NZF6, TIG_STRP8 ; Q1JK21, TIG_STRPC ; +DR Q1JF14, TIG_STRPD ; Q1J4W9, TIG_STRPF ; A2RCL1, TIG_STRPG ; +DR B1I9J5, TIG_STRPI ; B8ZLG8, TIG_STRPJ ; Q48RE9, TIG_STRPM ; +DR Q97SG9, TIG_STRPN ; P0DF99, TIG_STRPQ ; B2ILU5, TIG_STRPS ; +DR B5XIG1, TIG_STRPZ ; Q8DR29, TIG_STRR6 ; A4VZE3, TIG_STRS2 ; +DR C0MFQ7, TIG_STRS7 ; A3CQB4, TIG_STRSV ; A4VT57, TIG_STRSY ; +DR Q5M1S9, TIG_STRT1 ; Q5M6C2, TIG_STRT2 ; Q03MQ9, TIG_STRTD ; +DR B9DTJ5, TIG_STRU0 ; C1CCG7, TIG_STRZJ ; C1CIQ2, TIG_STRZP ; +DR C1CPR1, TIG_STRZT ; A4VL77, TIG_STUS1 ; Q30NX0, TIG_SULDN ; +DR A6Q674, TIG_SULNB ; Q67SK1, TIG_SYMTH ; Q2LTK6, TIG_SYNAS ; +DR Q3A3X4, TIG_SYNC1 ; Q935Z3, TIG_SYNE7 ; A0LEF2, TIG_SYNFM ; +DR Q2JV31, TIG_SYNJA ; Q2JQ33, TIG_SYNJB ; Q5N1P5, TIG_SYNP6 ; +DR A5GHT2, TIG_SYNPW ; A5GQ11, TIG_SYNR3 ; Q0IE18, TIG_SYNS3 ; +DR Q3B0U0, TIG_SYNS9 ; Q3ANI7, TIG_SYNSC ; Q0AWE9, TIG_SYNWW ; +DR Q55511, TIG_SYNY3 ; C5BTI9, TIG_TERTT ; Q47MU1, TIG_THEFY ; +DR Q9WZF8, TIG_THEMA ; B9KAT4, TIG_THENN ; A5IJ92, TIG_THEP1 ; +DR B0KBA5, TIG_THEP3 ; B0K534, TIG_THEPX ; B9L1E4, TIG_THERP ; +DR B1L813, TIG_THESQ ; Q72L16, TIG_THET2 ; Q5SKM9, TIG_THET8 ; +DR Q8DLI3, TIG_THEVB ; B5YI37, TIG_THEYD ; Q3SI97, TIG_THIDA ; +DR B8GNT7, TIG_THISH ; C4LDB2, TIG_TOLAT ; Q73M39, TIG_TREDE ; +DR O83519, TIG_TREPA ; B2S3A0, TIG_TREPS ; Q118P4, TIG_TRIEI ; +DR B3E1Z5, TIG_TRIL1 ; Q3M725, TIG_TRIV2 ; B1AIY6, TIG_UREP2 ; +DR Q9PQE4, TIG_UREPA ; B5ZBF7, TIG_UREU1 ; C5CJT3, TIG_VARPS ; +DR A1WR16, TIG_VEREI ; A5CXJ7, TIG_VESOH ; B7VI01, TIG_VIBA3 ; +DR A7MV84, TIG_VIBC1 ; A5F6X1, TIG_VIBC3 ; Q9KQS5, TIG_VIBCH ; +DR C3LNM7, TIG_VIBCM ; Q87R81, TIG_VIBPA ; Q8DG25, TIG_VIBVU ; +DR Q7MMG8, TIG_VIBVY ; Q73I58, TIG_WOLPM ; B3CLB0, TIG_WOLPP ; +DR Q7M7M4, TIG_WOLSU ; Q5GS82, TIG_WOLTR ; Q8PNI6, TIG_XANAC ; DR Q4URL3, TIG_XANC8 ; B0RTF8, TIG_XANCB ; Q8PBY7, TIG_XANCP ; -DR Q2P6Z1, TIG_XANOM ; B2SMI4, TIG_XANOP ; Q5H435, TIG_XANOR ; -DR A7ILC5, TIG_XANP2 ; B2I8K2, TIG_XYLF2 ; Q9PE42, TIG_XYLFA ; -DR B0U5N0, TIG_XYLFM ; Q87E52, TIG_XYLFT ; A1JNN4, TIG_YERE8 ; -DR A7FLC5, TIG_YERP3 ; Q1C4K7, TIG_YERPA ; B2K6V6, TIG_YERPB ; -DR Q8ZC64, TIG_YERPE ; A9QZQ4, TIG_YERPG ; Q1CL66, TIG_YERPN ; -DR A4TPE4, TIG_YERPP ; Q66DT5, TIG_YERPS ; B1JHS2, TIG_YERPY ; -DR Q5NNZ0, TIG_ZYMMO ; P82536, TLP20_SPIOL; O49939, TLP40_SPIOL; -DR Q9ZMQ7, Y161_HELPJ ; P56112, Y175_HELPY ; Q1RJQ6, Y327_RICBR ; -DR Q68WY2, Y383_RICTY ; Q9ZDD6, Y395_RICPR ; Q92I78, Y542_RICCN ; -DR Q4ULV6, Y616_RICFE ; P37566, YACD_BACSU ; +DR Q3BWQ2, TIG_XANE5 ; Q2P6Z1, TIG_XANOM ; B2SMI4, TIG_XANOP ; +DR Q5H435, TIG_XANOR ; A7ILC5, TIG_XANP2 ; B2I8K2, TIG_XYLF2 ; +DR Q9PE42, TIG_XYLFA ; B0U5N0, TIG_XYLFM ; Q87E52, TIG_XYLFT ; +DR A1JNN4, TIG_YERE8 ; A7FLC5, TIG_YERP3 ; Q1C4K7, TIG_YERPA ; +DR B2K6V6, TIG_YERPB ; Q8ZC64, TIG_YERPE ; A9QZQ4, TIG_YERPG ; +DR Q1CL66, TIG_YERPN ; A4TPE4, TIG_YERPP ; Q66DT5, TIG_YERPS ; +DR B1JHS2, TIG_YERPY ; Q5NNZ0, TIG_ZYMMO ; P82536, TLP20_SPIOL; +DR O49939, TLP40_SPIOL; Q9ZMQ7, Y161_HELPJ ; P56112, Y175_HELPY ; +DR Q1RJQ6, Y327_RICBR ; Q68WY2, Y383_RICTY ; Q9ZDD6, Y395_RICPR ; +DR Q92I78, Y542_RICCN ; Q4ULV6, Y616_RICFE ; P37566, YACD_BACSU ; // ID 5.2.1.9 DE farnesol 2-isomerase. @@ -142005,8 +142917,7 @@ DR P30741, TPIS_CULTA ; Q0KCT2, TPIS_CUPNH ; Q473U5, TPIS_CUPPJ ; DR B3R3W5, TPIS_CUPTR ; Q6A9J2, TPIS_CUTAK ; Q11PZ7, TPIS_CYTH3 ; DR Q6BMB8, TPIS_DEBHA ; Q47HH8, TPIS_DECAR ; Q3Z8H2, TPIS_DEHM1 ; DR A5FRB6, TPIS_DEHMB ; Q3ZXC5, TPIS_DEHMC ; Q1IZA2, TPIS_DEIGD ; -DR Q9RUP5, TPIS_DEIRA ; A9BNB6, TPIS_DELAS ; Q72BF9, TPIS_DESVH ; -DR B8DJI3, TPIS_DESVM ; A1VDB2, TPIS_DESVV ; Q869R8, TPIS_DICDI ; +DR Q9RUP5, TPIS_DEIRA ; A9BNB6, TPIS_DELAS ; Q869R8, TPIS_DICDI ; DR A5EUT5, TPIS_DICNV ; B5YE97, TPIS_DICT6 ; B8E2R2, TPIS_DICTD ; DR A8LPW1, TPIS_DINSH ; P29613, TPIS_DROME ; Q7JNS1, TPIS_DROSI ; DR O77458, TPIS_DROYA ; A7ZUD3, TPIS_ECO24 ; B7MI51, TPIS_ECO45 ; @@ -142053,17 +142964,17 @@ DR Q60HC9, TPIS_MACFA ; P15426, TPIS_MACMU ; A0L8V0, TPIS_MAGMM ; DR P12863, TPIS_MAIZE ; Q8EW34, TPIS_MALP2 ; A1U604, TPIS_MARN8 ; DR P86216, TPIS_MESAU ; P48779, TPIS_MESFC ; P0C0J6, TPIS_MESH2 ; DR Q4A8R0, TPIS_MESH7 ; Q4AAM8, TPIS_MESHJ ; P0C0J5, TPIS_MESHO ; -DR P50919, TPIS_MESHY ; Q6KHM5, TPIS_MESM1 ; Q8THB0, TPIS_METAC ; -DR Q46DY6, TPIS_METBF ; O74025, TPIS_METBR ; Q12UK2, TPIS_METBU ; -DR Q60B10, TPIS_METCA ; Q1GZK6, TPIS_METFK ; Q9UWN5, TPIS_METFV ; -DR Q58923, TPIS_METJA ; Q8TUT9, TPIS_METKA ; A2SSN5, TPIS_METLZ ; -DR Q8PXE2, TPIS_METMA ; A3CV22, TPIS_METMJ ; A5ULP6, TPIS_METS3 ; -DR A4YGQ6, TPIS_METS5 ; O27120, TPIS_METTH ; Q2RLU0, TPIS_MOOTA ; -DR P50921, TPIS_MORMI ; Q01893, TPIS_MORSP ; P17751, TPIS_MOUSE ; -DR A0QHY3, TPIS_MYCA1 ; B1MC85, TPIS_MYCA9 ; A5IYV3, TPIS_MYCAP ; -DR P66941, TPIS_MYCBO ; A1KIM7, TPIS_MYCBP ; Q2SRB2, TPIS_MYCCT ; -DR Q7NAQ4, TPIS_MYCGA ; P47670, TPIS_MYCGE ; A4TC25, TPIS_MYCGI ; -DR P46711, TPIS_MYCLE ; B2HP86, TPIS_MYCMM ; Q6MSF2, TPIS_MYCMS ; +DR P50919, TPIS_MESHY ; Q8THB0, TPIS_METAC ; Q46DY6, TPIS_METBF ; +DR O74025, TPIS_METBR ; Q12UK2, TPIS_METBU ; Q60B10, TPIS_METCA ; +DR Q1GZK6, TPIS_METFK ; Q9UWN5, TPIS_METFV ; Q58923, TPIS_METJA ; +DR Q8TUT9, TPIS_METKA ; A2SSN5, TPIS_METLZ ; Q8PXE2, TPIS_METMA ; +DR A3CV22, TPIS_METMJ ; A5ULP6, TPIS_METS3 ; A4YGQ6, TPIS_METS5 ; +DR O27120, TPIS_METTH ; Q2RLU0, TPIS_MOOTA ; P50921, TPIS_MORMI ; +DR Q01893, TPIS_MORSP ; P17751, TPIS_MOUSE ; A0QHY3, TPIS_MYCA1 ; +DR B1MC85, TPIS_MYCA9 ; A5IYV3, TPIS_MYCAP ; P66941, TPIS_MYCBO ; +DR A1KIM7, TPIS_MYCBP ; Q2SRB2, TPIS_MYCCT ; Q7NAQ4, TPIS_MYCGA ; +DR P47670, TPIS_MYCGE ; A4TC25, TPIS_MYCGI ; P46711, TPIS_MYCLE ; +DR Q6KHM5, TPIS_MYCM1 ; B2HP86, TPIS_MYCMM ; Q6MSF2, TPIS_MYCMS ; DR Q741C5, TPIS_MYCPA ; P47721, TPIS_MYCPI ; P78010, TPIS_MYCPN ; DR Q98QA8, TPIS_MYCPU ; Q4A5S6, TPIS_MYCS5 ; A3PZA3, TPIS_MYCSJ ; DR A1UFP1, TPIS_MYCSK ; Q1B9C0, TPIS_MYCSS ; A5U2E0, TPIS_MYCTA ; @@ -142071,7 +142982,8 @@ DR P9WG42, TPIS_MYCTO ; P9WG43, TPIS_MYCTU ; A0PPN4, TPIS_MYCUA ; DR A1T8L2, TPIS_MYCVP ; Q1D8I9, TPIS_MYXXD ; B2A6Z3, TPIS_NATTJ ; DR Q9JW31, TPIS_NEIMA ; Q9JXT8, TPIS_NEIMB ; Q7S2Z9, TPIS_NEUCR ; DR P19118, TPIS_NICPL ; Q0AHK2, TPIS_NITEC ; Q82TU1, TPIS_NITEU ; -DR Q3J827, TPIS_NITOC ; A6Q538, TPIS_NITSB ; Q5YTQ6, TPIS_NOCFA ; +DR Q3J827, TPIS_NITOC ; A6Q538, TPIS_NITSB ; Q72BF9, TPIS_NITV2 ; +DR A1VDB2, TPIS_NITV4 ; B8DJI3, TPIS_NITV9 ; Q5YTQ6, TPIS_NOCFA ; DR B2JA20, TPIS_NOSP7 ; Q8YP17, TPIS_NOSS1 ; Q8ENP4, TPIS_OCEIH ; DR Q30ZW0, TPIS_OLEA2 ; Q6YR48, TPIS_ONYPE ; A5CC41, TPIS_ORITB ; DR B3CTU9, TPIS_ORITI ; Q589R5, TPIS_ORYLA ; P48494, TPIS_ORYSJ ; @@ -142153,8 +143065,8 @@ DR Q9PQW2, TPIS_UREPA ; A5CVF7, TPIS_VESOH ; Q9KNR1, TPIS_VIBCH ; DR Q87T31, TPIS_VIBPA ; Q56738, TPIS_VIBSA ; Q8DCQ3, TPIS_VIBVU ; DR Q7MH47, TPIS_VIBVY ; Q8D2T0, TPIS_WIGBR ; Q73IR2, TPIS_WOLPM ; DR B3CPY7, TPIS_WOLPP ; Q7MA77, TPIS_WOLSU ; Q5GSM8, TPIS_WOLTR ; -DR Q8PJ38, TPIS_XANAC ; Q3BRM7, TPIS_XANC5 ; Q4UWC0, TPIS_XANC8 ; -DR Q8P7T0, TPIS_XANCP ; P96190, TPIS_XANFL ; Q2P0V3, TPIS_XANOM ; +DR Q8PJ38, TPIS_XANAC ; Q4UWC0, TPIS_XANC8 ; Q8P7T0, TPIS_XANCP ; +DR Q3BRM7, TPIS_XANE5 ; P96190, TPIS_XANFL ; Q2P0V3, TPIS_XANOM ; DR B2SVM1, TPIS_XANOP ; A7INK7, TPIS_XANP2 ; Q7ZWN5, TPIS_XENLA ; DR B0BM40, TPIS_XENTR ; B2I782, TPIS_XYLF2 ; Q9PGJ7, TPIS_XYLFA ; DR B0U1W3, TPIS_XYLFM ; Q87EQ7, TPIS_XYLFT ; Q6C2T9, TPIS_YARLI ; @@ -142199,7 +143111,7 @@ DR A0KJI0, ARAA_AERHH ; A4SNH3, ARAA_AERS4 ; B7GGW0, ARAA_ANOFW ; DR A0JRF5, ARAA_ARTS2 ; P94523, ARAA_BACSU ; Q8AAW1, ARAA_BACTN ; DR B8DV60, ARAA_BIFA0 ; A1A3A8, ARAA_BIFAA ; B3DTJ5, ARAA_BIFLD ; DR Q8G7J3, ARAA_BIFLO ; B3PD57, ARAA_CELJU ; A0LZ81, ARAA_CHRFK ; -DR A8ALP0, ARAA_CITK8 ; A5CPB7, ARAA_CLAM3 ; B0RIE3, ARAA_CLAMS ; +DR A8ALP0, ARAA_CITK8 ; A5CPB7, ARAA_CLAM3 ; B0RIE3, ARAA_CLASE ; DR A6M1T6, ARAA_CLOB8 ; A7ZHF3, ARAA_ECO24 ; B7UIA8, ARAA_ECO27 ; DR B7MAI5, ARAA_ECO45 ; B7L4I3, ARAA_ECO55 ; P58538, ARAA_ECO57 ; DR B5YZ98, ARAA_ECO5E ; B7NHG8, ARAA_ECO7I ; B7MNR9, ARAA_ECO81 ; @@ -142269,7 +143181,7 @@ DR B1KB47, XYLA_BURO0 ; Q1BG90, XYLA_BURO1 ; Q2SW40, XYLA_BURTA ; DR A4JSU5, XYLA_BURVG ; B9MPG8, XYLA_CALBD ; Q9KGU2, XYLA_CALSX ; DR A3PNM4, XYLA_CERS1 ; Q3IYM4, XYLA_CERS4 ; A4WVT8, XYLA_CERS5 ; DR B9KPP8, XYLA_CERSK ; Q11EH9, XYLA_CHESB ; A5CPC1, XYLA_CLAM3 ; -DR B0RIF1, XYLA_CLAMS ; A7MNI5, XYLA_CROS8 ; A8LP53, XYLA_DINSH ; +DR B0RIF1, XYLA_CLASE ; A7MNI5, XYLA_CROS8 ; A8LP53, XYLA_DINSH ; DR A7ZTB2, XYLA_ECO24 ; B7ULC6, XYLA_ECO27 ; B7MES1, XYLA_ECO45 ; DR B7L6Y0, XYLA_ECO55 ; Q7A9X4, XYLA_ECO57 ; B5YVL8, XYLA_ECO5E ; DR B7NP65, XYLA_ECO7I ; B7N1L9, XYLA_ECO81 ; B7M3I8, XYLA_ECO8A ; @@ -142311,7 +143223,7 @@ DR P56681, XYLA_THECA ; Q9X1Z5, XYLA_THEMA ; P45687, XYLA_THENE ; DR B9K7G3, XYLA_THENN ; A5ILR5, XYLA_THEP1 ; P22842, XYLA_THEP3 ; DR B0K1L3, XYLA_THEPX ; P30435, XYLA_THESA ; B1LB08, XYLA_THESQ ; DR P26997, XYLA_THET8 ; P29441, XYLA_THETC ; P19148, XYLA_THETU ; -DR Q3BMF2, XYLA_XANC5 ; Q2NXR2, XYLA_XANOM ; A1JT10, XYLA_YERE8 ; +DR Q3BMF2, XYLA_XANE5 ; Q2NXR2, XYLA_XANOM ; A1JT10, XYLA_YERE8 ; DR A7FP68, XYLA_YERP3 ; Q1C0D3, XYLA_YERPA ; B2K7D2, XYLA_YERPB ; DR Q8Z9Z1, XYLA_YERPE ; A9R5Q1, XYLA_YERPG ; Q1CDB8, XYLA_YERPN ; DR A4TS63, XYLA_YERPP ; Q663Y3, XYLA_YERPS ; B1JH40, XYLA_YERPY ; @@ -142477,8 +143389,8 @@ DR Q4P6V4, RPIA_USTMA ; A7TLF7, RPIA_VANPO ; A5CXI2, RPIA_VESOH ; DR B7VK98, RPIA_VIBA3 ; A7MTQ9, RPIA_VIBC1 ; A5F5G0, RPIA_VIBC3 ; DR Q9KP93, RPIA_VIBCH ; C3LR22, RPIA_VIBCM ; Q87LL9, RPIA_VIBPA ; DR Q8DC93, RPIA_VIBVU ; Q7MHL9, RPIA_VIBVY ; Q8D252, RPIA_WIGBR ; -DR Q8PH49, RPIA_XANAC ; Q3BPQ4, RPIA_XANC5 ; Q4UYA0, RPIA_XANC8 ; -DR B0RP81, RPIA_XANCB ; Q8P5S1, RPIA_XANCP ; Q2P6P9, RPIA_XANOM ; +DR Q8PH49, RPIA_XANAC ; Q4UYA0, RPIA_XANC8 ; B0RP81, RPIA_XANCB ; +DR Q8P5S1, RPIA_XANCP ; Q3BPQ4, RPIA_XANE5 ; Q2P6P9, RPIA_XANOM ; DR B2SLM6, RPIA_XANOP ; Q5H3U0, RPIA_XANOR ; Q9PBX0, RPIA_XYLFA ; DR B0U767, RPIA_XYLFM ; Q87D89, RPIA_XYLFT ; Q6CFH4, RPIA_YARLI ; DR A6ZNU5, RPIA_YEAS7 ; Q12189, RPIA_YEAST ; A1JPP4, RPIA_YERE8 ; @@ -142650,25 +143562,25 @@ DR Q03Z94, G6PI_LEUMM ; Q03QV7, G6PI_LEVBA ; Q1WUR2, G6PI_LIGS1 ; DR Q83XM3, G6PI_LIMFE ; A5VIL5, G6PI_LIMRD ; B2G649, G6PI_LIMRJ ; DR Q928R6, G6PI_LISIN ; Q71X61, G6PI_LISMF ; Q8Y4R7, G6PI_LISMO ; DR A0AL52, G6PI_LISW6 ; Q4R591, G6PI_MACFA ; A0L900, G6PI_MAGMM ; -DR Q2VYV7, G6PI_MAGSA ; P49105, G6PI_MAIZE ; Q8EVU1, G6PI_MALP2 ; -DR Q65TC2, G6PI_MANSM ; A6W2I5, G6PI_MARMS ; Q6F1L2, G6PI_MESFL ; -DR Q600A8, G6PI_MESH2 ; Q4A7J2, G6PI_MESH7 ; Q4A9F3, G6PI_MESHJ ; -DR Q6KH90, G6PI_MESM1 ; Q609I7, G6PI_METCA ; Q1H1P4, G6PI_METFK ; -DR Q59000, G6PI_METJA ; Q6LXQ4, G6PI_METMP ; A2SKF8, G6PI_METPP ; -DR B8ENL8, G6PI_METSB ; B0JVE7, G6PI_MICAN ; P06745, G6PI_MOUSE ; -DR A0QBN4, G6PI_MYCA1 ; P64193, G6PI_MYCBO ; A1KH80, G6PI_MYCBP ; -DR C1ALT2, G6PI_MYCBT ; Q2SS24, G6PI_MYCCT ; Q9KX58, G6PI_MYCGA ; -DR P47357, G6PI_MYCGE ; A4T6W8, G6PI_MYCGI ; B8ZTZ5, G6PI_MYCLB ; -DR Q9CD75, G6PI_MYCLE ; B2HED8, G6PI_MYCMM ; Q6MTA3, G6PI_MYCMS ; -DR Q742E4, G6PI_MYCPA ; P78033, G6PI_MYCPN ; Q98R79, G6PI_MYCPU ; -DR A0R3N9, G6PI_MYCS2 ; Q4A5S9, G6PI_MYCS5 ; P96803, G6PI_MYCSM ; -DR A5U0Y6, G6PI_MYCTA ; P9WN68, G6PI_MYCTO ; P9WN69, G6PI_MYCTU ; -DR A0PVN7, G6PI_MYCUA ; A1TEQ0, G6PI_MYCVP ; Q1CX51, G6PI_MYXXD ; -DR Q3IMS0, G6PI_NATPD ; Q7S986, G6PI_NEUCR ; Q82SP4, G6PI_NITEU ; -DR Q2YBU4, G6PI_NITMU ; Q3JCN1, G6PI_NITOC ; Q5YPP1, G6PI_NOCFA ; -DR B2J5F1, G6PI_NOSP7 ; Q8YY05, G6PI_NOSS1 ; Q2G7C4, G6PI_NOVAD ; -DR Q8ENY8, G6PI_OCEIH ; Q04G44, G6PI_OENOB ; P54243, G6PI_OENSH ; -DR Q6YQU0, G6PI_ONYPE ; A6L8C4, G6PI_PARD8 ; Q7U6T0, G6PI_PARMW ; +DR P49105, G6PI_MAIZE ; Q8EVU1, G6PI_MALP2 ; Q65TC2, G6PI_MANSM ; +DR A6W2I5, G6PI_MARMS ; Q6F1L2, G6PI_MESFL ; Q600A8, G6PI_MESH2 ; +DR Q4A7J2, G6PI_MESH7 ; Q4A9F3, G6PI_MESHJ ; Q609I7, G6PI_METCA ; +DR Q1H1P4, G6PI_METFK ; Q59000, G6PI_METJA ; Q6LXQ4, G6PI_METMP ; +DR A2SKF8, G6PI_METPP ; B8ENL8, G6PI_METSB ; B0JVE7, G6PI_MICAN ; +DR P06745, G6PI_MOUSE ; A0QBN4, G6PI_MYCA1 ; P64193, G6PI_MYCBO ; +DR A1KH80, G6PI_MYCBP ; C1ALT2, G6PI_MYCBT ; Q2SS24, G6PI_MYCCT ; +DR Q9KX58, G6PI_MYCGA ; P47357, G6PI_MYCGE ; A4T6W8, G6PI_MYCGI ; +DR B8ZTZ5, G6PI_MYCLB ; Q9CD75, G6PI_MYCLE ; Q6KH90, G6PI_MYCM1 ; +DR B2HED8, G6PI_MYCMM ; Q6MTA3, G6PI_MYCMS ; Q742E4, G6PI_MYCPA ; +DR P78033, G6PI_MYCPN ; Q98R79, G6PI_MYCPU ; A0R3N9, G6PI_MYCS2 ; +DR Q4A5S9, G6PI_MYCS5 ; P96803, G6PI_MYCSM ; A5U0Y6, G6PI_MYCTA ; +DR P9WN68, G6PI_MYCTO ; P9WN69, G6PI_MYCTU ; A0PVN7, G6PI_MYCUA ; +DR A1TEQ0, G6PI_MYCVP ; Q1CX51, G6PI_MYXXD ; Q3IMS0, G6PI_NATPD ; +DR Q7S986, G6PI_NEUCR ; Q82SP4, G6PI_NITEU ; Q2YBU4, G6PI_NITMU ; +DR Q3JCN1, G6PI_NITOC ; Q5YPP1, G6PI_NOCFA ; B2J5F1, G6PI_NOSP7 ; +DR Q8YY05, G6PI_NOSS1 ; Q2G7C4, G6PI_NOVAD ; Q8ENY8, G6PI_OCEIH ; +DR Q04G44, G6PI_OENOB ; P54243, G6PI_OENSH ; Q6YQU0, G6PI_ONYPE ; +DR A6L8C4, G6PI_PARD8 ; Q2VYV7, G6PI_PARM1 ; Q7U6T0, G6PI_PARMW ; DR B2JGM3, G6PI_PARP8 ; B2T411, G6PI_PARPJ ; Q6MD44, G6PI_PARUW ; DR Q13Z07, G6PI_PARXL ; Q9CNL2, G6PI_PASMU ; Q6D022, G6PI_PECAS ; DR C6DFP4, G6PI_PECCP ; Q03EI3, G6PI_PEDPA ; Q7MZB4, G6PI_PHOLL ; @@ -142736,8 +143648,8 @@ DR B2S370, G6PI_TREPS ; Q3M6S3, G6PI_TRIV2 ; P13377, G6PI_TRYBB ; DR B7VI73, G6PI_VIBA3 ; A7MSY9, G6PI_VIBC1 ; A5F3J3, G6PI_VIBC3 ; DR Q9KUY4, G6PI_VIBCH ; C3LRA6, G6PI_VIBCM ; Q87L81, G6PI_VIBPA ; DR Q8DCK7, G6PI_VIBVU ; Q7MH97, G6PI_VIBVY ; Q8D1V8, G6PI_WIGBR ; -DR P0A0T0, G6PI_XANAC ; Q3BUL3, G6PI_XANC5 ; Q4UTV8, G6PI_XANC8 ; -DR B0RTT8, G6PI_XANCB ; P0A0T1, G6PI_XANCI ; Q8P9S7, G6PI_XANCP ; +DR P0A0T0, G6PI_XANAC ; Q4UTV8, G6PI_XANC8 ; B0RTT8, G6PI_XANCB ; +DR P0A0T1, G6PI_XANCI ; Q8P9S7, G6PI_XANCP ; Q3BUL3, G6PI_XANE5 ; DR Q2P380, G6PI_XANOM ; B2SJM1, G6PI_XANOP ; Q5H0A7, G6PI_XANOR ; DR A7IEQ6, G6PI_XANP2 ; B2I723, G6PI_XYLF2 ; Q9PGR6, G6PI_XYLFA ; DR B0U1Q5, G6PI_XYLFM ; Q87EV7, G6PI_XYLFT ; P12709, G6PI_YEAST ; @@ -142801,8 +143713,8 @@ DR Q8E0M9, UXAC_STRA5 ; C0MA32, UXAC_STRE4 ; B4U237, UXAC_STREM ; DR C1CAV7, UXAC_STRP7 ; C0MCL4, UXAC_STRS7 ; B9DSL9, UXAC_STRU0 ; DR Q9WXR9, UXAC_THEMA ; B9K773, UXAC_THENN ; A5IL06, UXAC_THEP1 ; DR B1LA87, UXAC_THESQ ; Q87FH3, UXAC_VIBPA ; Q8D556, UXAC_VIBVU ; -DR Q7MBZ3, UXAC_VIBVY ; Q8PET9, UXAC_XANAC ; Q3BMC5, UXAC_XANC5 ; -DR Q4UNX6, UXAC_XANC8 ; B0RZ13, UXAC_XANCB ; Q8P3F4, UXAC_XANCP ; +DR Q7MBZ3, UXAC_VIBVY ; Q8PET9, UXAC_XANAC ; Q4UNX6, UXAC_XANC8 ; +DR B0RZ13, UXAC_XANCB ; Q8P3F4, UXAC_XANCP ; Q3BMC5, UXAC_XANE5 ; DR Q2NXQ2, UXAC_XANOM ; Q9AM27, UXAC_XANOR ; A1JR25, UXAC_YERE8 ; DR A7FE06, UXAC_YERP3 ; Q1C300, UXAC_YERPA ; B2K3C6, UXAC_YERPB ; DR Q8ZIC6, UXAC_YERPE ; A9R1P0, UXAC_YERPG ; Q1CMK0, UXAC_YERPN ; @@ -142951,7 +143863,6 @@ DR Q3Z6V7, HIS4_DEHM1 ; Q3ZYM9, HIS4_DEHMC ; Q1IWD2, HIS4_DEIGD ; DR Q9RRJ5, HIS4_DEIRA ; A9BX71, HIS4_DELAS ; B8FBL5, HIS4_DESAL ; DR B1I557, HIS4_DESAP ; B8J249, HIS4_DESDA ; B8FP23, HIS4_DESHD ; DR Q24QJ4, HIS4_DESHY ; A8ZUC6, HIS4_DESOH ; A4J708, HIS4_DESRM ; -DR P62353, HIS4_DESVH ; B8DNB4, HIS4_DESVM ; A1VEV5, HIS4_DESVV ; DR B5YE89, HIS4_DICT6 ; B8E2C7, HIS4_DICTD ; A8LHX7, HIS4_DINSH ; DR A7ZNJ6, HIS4_ECO24 ; B7UT61, HIS4_ECO27 ; B7MDH8, HIS4_ECO45 ; DR B7L9Q1, HIS4_ECO55 ; Q9S5G4, HIS4_ECO57 ; B5YU80, HIS4_ECO5E ; @@ -142964,56 +143875,57 @@ DR C5BG15, HIS4_EDWI9 ; B2KCM6, HIS4_ELUMP ; B1H0E7, HIS4_ENDTX ; DR A4WC73, HIS4_ENT38 ; Q75AP1, HIS4_EREGS ; B2VFL2, HIS4_ERWT9 ; DR Q2N8I7, HIS4_ERYLH ; B7LUF5, HIS4_ESCF3 ; A5FFX7, HIS4_FLAJ1 ; DR A6GY76, HIS4_FLAPJ ; Q0RFX1, HIS4_FRAAA ; Q2J8L2, HIS4_FRACC ; -DR B0TY42, HIS4_FRAP2 ; A8LGR0, HIS4_FRASN ; C1A4L9, HIS4_GEMAT ; -DR B9M0L9, HIS4_GEODF ; Q5KVC9, HIS4_GEOKA ; Q39YP3, HIS4_GEOMG ; -DR P60581, HIS4_GEOSL ; C6E7F5, HIS4_GEOSM ; A4ISR3, HIS4_GEOTN ; -DR A5G8T0, HIS4_GEOUR ; B7KEI6, HIS4_GLOC7 ; Q7NMQ9, HIS4_GLOVI ; -DR Q0BPX3, HIS4_GRABC ; Q4QN70, HIS4_HAEI8 ; A5UA16, HIS4_HAEIE ; -DR A5UGY5, HIS4_HAEIG ; P44435, HIS4_HAEIN ; Q2SMB3, HIS4_HAHCH ; -DR Q9K6Z5, HIS4_HALH5 ; A1WW06, HIS4_HALHL ; Q5UZH1, HIS4_HALMA ; -DR B8D115, HIS4_HALOH ; Q9HN14, HIS4_HALSA ; Q18DL2, HIS4_HALWD ; -DR Q7VHY5, HIS4_HELHP ; B0TDM8, HIS4_HELMI ; A9B5I3, HIS4_HERA2 ; -DR A4G9I7, HIS4_HERAR ; Q31E65, HIS4_HYDCU ; Q0C639, HIS4_HYPNA ; -DR Q5QWQ6, HIS4_IDILO ; A6T377, HIS4_JANMA ; Q28NK3, HIS4_JANSC ; -DR B5XPE3, HIS4_KLEP3 ; A6TBC7, HIS4_KLEP7 ; Q6CQL7, HIS4_KLULA ; -DR B3WED2, HIS4_LACCB ; Q02131, HIS4_LACLA ; A2RKR8, HIS4_LACLM ; -DR Q02YX0, HIS4_LACLS ; Q039B4, HIS4_LACP3 ; A9KNX3, HIS4_LACP7 ; -DR Q88UE2, HIS4_LACPL ; Q5X5X3, HIS4_LEGPA ; A5IB92, HIS4_LEGPC ; -DR Q5ZW91, HIS4_LEGPH ; Q5WX95, HIS4_LEGPL ; Q6AE15, HIS4_LEIXX ; -DR B0SDS6, HIS4_LEPBA ; Q04W72, HIS4_LEPBJ ; Q056S8, HIS4_LEPBL ; -DR B0SLU9, HIS4_LEPBP ; B1XX77, HIS4_LEPCP ; P62354, HIS4_LEPIC ; -DR Q8F9R5, HIS4_LEPIN ; Q03VX9, HIS4_LEUMM ; Q92E87, HIS4_LISIN ; -DR C1L0J3, HIS4_LISMC ; Q722Y6, HIS4_LISMF ; B8DA61, HIS4_LISMH ; -DR Q8Y9G4, HIS4_LISMO ; A0AG16, HIS4_LISW6 ; A0LCF2, HIS4_MAGMM ; -DR Q2VYI9, HIS4_MAGSA ; Q65RC0, HIS4_MANSM ; Q0AP83, HIS4_MARMM ; -DR A1U5H6, HIS4_MARN8 ; C6BSE3, HIS4_MARSD ; A6UWA5, HIS4_META3 ; -DR Q8TU55, HIS4_METAC ; Q0W0J3, HIS4_METAR ; A7I773, HIS4_METB6 ; -DR Q46CW8, HIS4_METBF ; Q12WC6, HIS4_METBU ; Q603K2, HIS4_METCA ; -DR Q1H4R3, HIS4_METFK ; Q2FN18, HIS4_METHJ ; Q58927, HIS4_METJA ; -DR Q8TYD6, HIS4_METKA ; A2SQR0, HIS4_METLZ ; A4FZ85, HIS4_METM5 ; -DR A9A6L5, HIS4_METM6 ; A6VJ52, HIS4_METM7 ; Q8PWS2, HIS4_METMA ; -DR A3CTR9, HIS4_METMJ ; P62357, HIS4_METMP ; B8IPH4, HIS4_METNO ; -DR B8GJY2, HIS4_METPE ; A2SE08, HIS4_METPP ; B0UHR6, HIS4_METS4 ; -DR B8EM86, HIS4_METSB ; Q2NHB3, HIS4_METST ; O26931, HIS4_METTH ; -DR Q50757, HIS4_METTL ; A0B7W4, HIS4_METTP ; P05324, HIS4_METVA ; -DR P05325, HIS4_METVO ; A6US29, HIS4_METVS ; B0JGL3, HIS4_MICAN ; -DR Q2RGW1, HIS4_MOOTA ; A0QHH8, HIS4_MYCA1 ; B1MBX5, HIS4_MYCA9 ; -DR P60579, HIS4_MYCBO ; A1KJ19, HIS4_MYCBP ; C1ANM5, HIS4_MYCBT ; -DR Q9CC56, HIS4_MYCLE ; P60583, HIS4_MYCPA ; A3Q127, HIS4_MYCSJ ; -DR A1UHK4, HIS4_MYCSK ; Q1B7G8, HIS4_MYCSS ; A5U2V9, HIS4_MYCTA ; -DR P9WMM4, HIS4_MYCTO ; P9WMM5, HIS4_MYCTU ; A0PP18, HIS4_MYCUA ; -DR A1T8W5, HIS4_MYCVP ; Q1D4M2, HIS4_MYXXD ; Q3IT10, HIS4_NATPD ; -DR B9L7G2, HIS4_NAUPA ; Q5FA22, HIS4_NEIG1 ; B4RJN4, HIS4_NEIG2 ; -DR A9M2Q6, HIS4_NEIM0 ; Q9JVH4, HIS4_NEIMA ; Q9K0H3, HIS4_NEIMB ; -DR A1KSN7, HIS4_NEIMF ; Q7RXQ8, HIS4_NEUCR ; Q0AEU2, HIS4_NITEC ; -DR Q82WM5, HIS4_NITEU ; Q1QRX1, HIS4_NITHX ; A9A5X1, HIS4_NITMS ; -DR Q2YAU9, HIS4_NITMU ; Q3J6Q2, HIS4_NITOC ; A6Q4V9, HIS4_NITSB ; -DR Q3SWF0, HIS4_NITWN ; Q5YYP5, HIS4_NOCFA ; A1SL57, HIS4_NOCSJ ; -DR B2J2G1, HIS4_NOSP7 ; Q8YNQ6, HIS4_NOSS1 ; Q2G9L9, HIS4_NOVAD ; -DR Q8ESS1, HIS4_OCEIH ; Q311Y2, HIS4_OLEA2 ; B1ZW12, HIS4_OPITP ; -DR A1R562, HIS4_PAEAT ; A1TKZ3, HIS4_PARC0 ; A6LDI6, HIS4_PARD8 ; -DR A1B387, HIS4_PARDP ; A7HSH1, HIS4_PARL1 ; Q7U851, HIS4_PARMW ; -DR B2JHY0, HIS4_PARP8 ; B2SZ60, HIS4_PARPJ ; Q13TQ9, HIS4_PARXL ; +DR B0TY42, HIS4_FRAP2 ; C1A4L9, HIS4_GEMAT ; B9M0L9, HIS4_GEODF ; +DR Q5KVC9, HIS4_GEOKA ; Q39YP3, HIS4_GEOMG ; P60581, HIS4_GEOSL ; +DR C6E7F5, HIS4_GEOSM ; A4ISR3, HIS4_GEOTN ; A5G8T0, HIS4_GEOUR ; +DR B7KEI6, HIS4_GLOC7 ; Q7NMQ9, HIS4_GLOVI ; Q0BPX3, HIS4_GRABC ; +DR Q4QN70, HIS4_HAEI8 ; A5UA16, HIS4_HAEIE ; A5UGY5, HIS4_HAEIG ; +DR P44435, HIS4_HAEIN ; Q2SMB3, HIS4_HAHCH ; Q9K6Z5, HIS4_HALH5 ; +DR A1WW06, HIS4_HALHL ; Q5UZH1, HIS4_HALMA ; B8D115, HIS4_HALOH ; +DR Q9HN14, HIS4_HALSA ; Q18DL2, HIS4_HALWD ; Q7VHY5, HIS4_HELHP ; +DR B0TDM8, HIS4_HELMI ; A9B5I3, HIS4_HERA2 ; A4G9I7, HIS4_HERAR ; +DR Q31E65, HIS4_HYDCU ; Q0C639, HIS4_HYPNA ; Q5QWQ6, HIS4_IDILO ; +DR A6T377, HIS4_JANMA ; Q28NK3, HIS4_JANSC ; B5XPE3, HIS4_KLEP3 ; +DR A6TBC7, HIS4_KLEP7 ; Q6CQL7, HIS4_KLULA ; B3WED2, HIS4_LACCB ; +DR Q02131, HIS4_LACLA ; A2RKR8, HIS4_LACLM ; Q02YX0, HIS4_LACLS ; +DR Q039B4, HIS4_LACP3 ; A9KNX3, HIS4_LACP7 ; Q88UE2, HIS4_LACPL ; +DR Q5X5X3, HIS4_LEGPA ; A5IB92, HIS4_LEGPC ; Q5ZW91, HIS4_LEGPH ; +DR Q5WX95, HIS4_LEGPL ; Q6AE15, HIS4_LEIXX ; B0SDS6, HIS4_LEPBA ; +DR Q04W72, HIS4_LEPBJ ; Q056S8, HIS4_LEPBL ; B0SLU9, HIS4_LEPBP ; +DR B1XX77, HIS4_LEPCP ; P62354, HIS4_LEPIC ; Q8F9R5, HIS4_LEPIN ; +DR Q03VX9, HIS4_LEUMM ; Q92E87, HIS4_LISIN ; C1L0J3, HIS4_LISMC ; +DR Q722Y6, HIS4_LISMF ; B8DA61, HIS4_LISMH ; Q8Y9G4, HIS4_LISMO ; +DR A0AG16, HIS4_LISW6 ; A0LCF2, HIS4_MAGMM ; Q65RC0, HIS4_MANSM ; +DR Q0AP83, HIS4_MARMM ; A1U5H6, HIS4_MARN8 ; C6BSE3, HIS4_MARSD ; +DR A6UWA5, HIS4_META3 ; Q8TU55, HIS4_METAC ; Q0W0J3, HIS4_METAR ; +DR A7I773, HIS4_METB6 ; Q46CW8, HIS4_METBF ; Q12WC6, HIS4_METBU ; +DR Q603K2, HIS4_METCA ; Q1H4R3, HIS4_METFK ; Q2FN18, HIS4_METHJ ; +DR Q58927, HIS4_METJA ; Q8TYD6, HIS4_METKA ; A2SQR0, HIS4_METLZ ; +DR A4FZ85, HIS4_METM5 ; A9A6L5, HIS4_METM6 ; A6VJ52, HIS4_METM7 ; +DR Q8PWS2, HIS4_METMA ; A3CTR9, HIS4_METMJ ; P62357, HIS4_METMP ; +DR B8IPH4, HIS4_METNO ; B8GJY2, HIS4_METPE ; A2SE08, HIS4_METPP ; +DR B0UHR6, HIS4_METS4 ; B8EM86, HIS4_METSB ; Q2NHB3, HIS4_METST ; +DR O26931, HIS4_METTH ; Q50757, HIS4_METTL ; A0B7W4, HIS4_METTP ; +DR P05324, HIS4_METVA ; P05325, HIS4_METVO ; A6US29, HIS4_METVS ; +DR B0JGL3, HIS4_MICAN ; Q2RGW1, HIS4_MOOTA ; A0QHH8, HIS4_MYCA1 ; +DR B1MBX5, HIS4_MYCA9 ; P60579, HIS4_MYCBO ; A1KJ19, HIS4_MYCBP ; +DR C1ANM5, HIS4_MYCBT ; Q9CC56, HIS4_MYCLE ; P60583, HIS4_MYCPA ; +DR A3Q127, HIS4_MYCSJ ; A1UHK4, HIS4_MYCSK ; Q1B7G8, HIS4_MYCSS ; +DR A5U2V9, HIS4_MYCTA ; P9WMM4, HIS4_MYCTO ; P9WMM5, HIS4_MYCTU ; +DR A0PP18, HIS4_MYCUA ; A1T8W5, HIS4_MYCVP ; Q1D4M2, HIS4_MYXXD ; +DR Q3IT10, HIS4_NATPD ; B9L7G2, HIS4_NAUPA ; Q5FA22, HIS4_NEIG1 ; +DR B4RJN4, HIS4_NEIG2 ; A9M2Q6, HIS4_NEIM0 ; Q9JVH4, HIS4_NEIMA ; +DR Q9K0H3, HIS4_NEIMB ; A1KSN7, HIS4_NEIMF ; Q7RXQ8, HIS4_NEUCR ; +DR Q0AEU2, HIS4_NITEC ; Q82WM5, HIS4_NITEU ; Q1QRX1, HIS4_NITHX ; +DR A9A5X1, HIS4_NITMS ; Q2YAU9, HIS4_NITMU ; Q3J6Q2, HIS4_NITOC ; +DR A6Q4V9, HIS4_NITSB ; P62353, HIS4_NITV2 ; A1VEV5, HIS4_NITV4 ; +DR B8DNB4, HIS4_NITV9 ; Q3SWF0, HIS4_NITWN ; Q5YYP5, HIS4_NOCFA ; +DR A1SL57, HIS4_NOCSJ ; B2J2G1, HIS4_NOSP7 ; Q8YNQ6, HIS4_NOSS1 ; +DR Q2G9L9, HIS4_NOVAD ; Q8ESS1, HIS4_OCEIH ; Q311Y2, HIS4_OLEA2 ; +DR B1ZW12, HIS4_OPITP ; A1R562, HIS4_PAEAT ; A1TKZ3, HIS4_PARC0 ; +DR A6LDI6, HIS4_PARD8 ; A1B387, HIS4_PARDP ; A7HSH1, HIS4_PARL1 ; +DR Q2VYI9, HIS4_PARM1 ; Q7U851, HIS4_PARMW ; B2JHY0, HIS4_PARP8 ; +DR B2SZ60, HIS4_PARPJ ; A8LGR0, HIS4_PARS2 ; Q13TQ9, HIS4_PARXL ; DR Q9CLM1, HIS4_PASMU ; Q6D407, HIS4_PECAS ; C6DF72, HIS4_PECCP ; DR B4SCY8, HIS4_PELPB ; A1ATI1, HIS4_PELPD ; A5CZ74, HIS4_PELTS ; DR Q4FNT6, HIS4_PELUB ; C0QRW6, HIS4_PERMH ; P62355, HIS4_PHOPR ; @@ -143085,8 +143997,8 @@ DR Q10Y87, HIS4_TRIEI ; B3E618, HIS4_TRIL1 ; Q3M7Q7, HIS4_TRIV2 ; DR C5CQJ5, HIS4_VARPS ; A1WR23, HIS4_VEREI ; A5CVQ5, HIS4_VESOH ; DR A7MX07, HIS4_VIBC1 ; Q9KSW9, HIS4_VIBCH ; Q87QK7, HIS4_VIBPA ; DR Q8D8Q4, HIS4_VIBVU ; Q7MLS2, HIS4_VIBVY ; Q7M9W9, HIS4_WOLSU ; -DR Q8PLG7, HIS4_XANAC ; Q3BUF3, HIS4_XANC5 ; Q4UU44, HIS4_XANC8 ; -DR B0RSL8, HIS4_XANCB ; Q8P9P0, HIS4_XANCP ; Q2P3J9, HIS4_XANOM ; +DR Q8PLG7, HIS4_XANAC ; Q4UU44, HIS4_XANC8 ; B0RSL8, HIS4_XANCB ; +DR Q8P9P0, HIS4_XANCP ; Q3BUF3, HIS4_XANE5 ; Q2P3J9, HIS4_XANOM ; DR B2SKN4, HIS4_XANOP ; Q5H0K7, HIS4_XANOR ; A7IHP0, HIS4_XANP2 ; DR B2I5X7, HIS4_XYLF2 ; Q9PBC9, HIS4_XYLFA ; B0U3A9, HIS4_XYLFM ; DR Q87C33, HIS4_XYLFT ; Q6C2U0, HIS4_YARLI ; P40545, HIS4_YEAST ; @@ -143128,8 +144040,8 @@ DR B5BFI4, KDUI_SALPK ; B4TUN8, KDUI_SALSV ; Q8Z3Z9, KDUI_SALTI ; DR Q8ZM98, KDUI_SALTY ; B2TYP7, KDUI_SHIB3 ; Q31XE5, KDUI_SHIBS ; DR Q0T121, KDUI_SHIF8 ; Q83QB2, KDUI_SHIFL ; Q3YY15, KDUI_SHISS ; DR Q5WJC2, KDUI_SHOC1 ; C4LDM6, KDUI_TOLAT ; Q8PR01, KDUI_XANAC ; -DR Q3BZD0, KDUI_XANC5 ; Q4V0C6, KDUI_XANC8 ; B0RLD0, KDUI_XANCB ; -DR Q8PE32, KDUI_XANCP ; A1JMF5, KDUI_YERE8 ; A7FHE3, KDUI_YERP3 ; +DR Q4V0C6, KDUI_XANC8 ; B0RLD0, KDUI_XANCB ; Q8PE32, KDUI_XANCP ; +DR Q3BZD0, KDUI_XANE5 ; A1JMF5, KDUI_YERE8 ; A7FHE3, KDUI_YERP3 ; DR Q1C713, KDUI_YERPA ; B2K682, KDUI_YERPB ; Q8ZFH8, KDUI_YERPE ; DR A9R0C4, KDUI_YERPG ; Q1CIE6, KDUI_YERPN ; A4TLE6, KDUI_YERPP ; DR Q669X6, KDUI_YERPS ; B1JJ01, KDUI_YERPY ; T2KN98, PLH5_FORAG ; @@ -143200,7 +144112,6 @@ DR Q6BZH5, MTNA_DEBHA ; Q47AR7, MTNA_DECAR ; Q3Z937, MTNA_DEHM1 ; DR A5FRU8, MTNA_DEHMB ; Q3ZZT1, MTNA_DEHMC ; B8FLU0, MTNA_DESAL ; DR B1I2P1, MTNA_DESAP ; B8J4S7, MTNA_DESDA ; B8FRM1, MTNA_DESHD ; DR Q24UA0, MTNA_DESHY ; A8ZYA5, MTNA_DESOH ; A4J678, MTNA_DESRM ; -DR Q72FX9, MTNA_DESVH ; B8DQQ9, MTNA_DESVM ; A1VHH2, MTNA_DESVV ; DR B3M098, MTNA_DROAN ; B3P538, MTNA_DROER ; B4JRX2, MTNA_DROGR ; DR Q9V9X4, MTNA_DROME ; B4K8A4, MTNA_DROMO ; B4GYU1, MTNA_DROPE ; DR Q29BB3, MTNA_DROPS ; B4I029, MTNA_DROSE ; B4QSM8, MTNA_DROSI ; @@ -143219,17 +144130,18 @@ DR B0D0U4, MTNA_LACBS ; C5DHL1, MTNA_LACTC ; A4HQ10, MTNA_LEIBR ; DR A4ICE5, MTNA_LEIIN ; Q4Q0R9, MTNA_LEIMA ; B0SFD6, MTNA_LEPBA ; DR Q04RD6, MTNA_LEPBJ ; Q053E2, MTNA_LEPBL ; B0SNY3, MTNA_LEPBP ; DR Q72T46, MTNA_LEPIC ; Q8F2A8, MTNA_LEPIN ; A5DUX4, MTNA_LODEL ; -DR A0L909, MTNA_MAGMM ; Q2VZP8, MTNA_MAGSA ; B6TZD1, MTNA_MAIZE ; -DR A1U3J9, MTNA_MARN8 ; C6C0F7, MTNA_MARSD ; Q8TUJ1, MTNA_METAC ; -DR B7KZ66, MTNA_METC4 ; Q606P2, MTNA_METCA ; Q57896, MTNA_METJA ; -DR B8IEX1, MTNA_METNO ; B1ZL76, MTNA_METPB ; B8ES44, MTNA_METSB ; -DR Q2NFJ6, MTNA_METST ; O27900, MTNA_METTH ; A8YD90, MTNA_MICAE ; -DR B0JPT8, MTNA_MICAN ; A9UQ62, MTNA_MONBE ; Q9CQT1, MTNA_MOUSE ; -DR D2VAA9, MTNA_NAEGR ; B2A5S2, MTNA_NATTJ ; A7RF00, MTNA_NEMVE ; -DR A1CY38, MTNA_NEOFI ; Q7S4G7, MTNA_NEUCR ; Q3J8U5, MTNA_NITOC ; -DR B2J5P6, MTNA_NOSP7 ; Q8YR82, MTNA_NOSS1 ; Q317L9, MTNA_OLEA2 ; -DR A2ZCP0, MTNA_ORYSI ; Q0ITU1, MTNA_ORYSJ ; A4S068, MTNA_OSTLU ; -DR C1G9Q3, MTNA_PARBD ; C0S1C8, MTNA_PARBP ; A6LE92, MTNA_PARD8 ; +DR A0L909, MTNA_MAGMM ; B6TZD1, MTNA_MAIZE ; A1U3J9, MTNA_MARN8 ; +DR C6C0F7, MTNA_MARSD ; Q8TUJ1, MTNA_METAC ; B7KZ66, MTNA_METC4 ; +DR Q606P2, MTNA_METCA ; Q57896, MTNA_METJA ; B8IEX1, MTNA_METNO ; +DR B1ZL76, MTNA_METPB ; B8ES44, MTNA_METSB ; Q2NFJ6, MTNA_METST ; +DR O27900, MTNA_METTH ; A8YD90, MTNA_MICAE ; B0JPT8, MTNA_MICAN ; +DR A9UQ62, MTNA_MONBE ; Q9CQT1, MTNA_MOUSE ; D2VAA9, MTNA_NAEGR ; +DR B2A5S2, MTNA_NATTJ ; A7RF00, MTNA_NEMVE ; A1CY38, MTNA_NEOFI ; +DR Q7S4G7, MTNA_NEUCR ; Q3J8U5, MTNA_NITOC ; Q72FX9, MTNA_NITV2 ; +DR A1VHH2, MTNA_NITV4 ; B8DQQ9, MTNA_NITV9 ; B2J5P6, MTNA_NOSP7 ; +DR Q8YR82, MTNA_NOSS1 ; Q317L9, MTNA_OLEA2 ; A2ZCP0, MTNA_ORYSI ; +DR Q0ITU1, MTNA_ORYSJ ; A4S068, MTNA_OSTLU ; C1G9Q3, MTNA_PARBD ; +DR C0S1C8, MTNA_PARBP ; A6LE92, MTNA_PARD8 ; Q2VZP8, MTNA_PARM1 ; DR Q7U4V1, MTNA_PARMW ; C6DCZ1, MTNA_PECCP ; A1ALC1, MTNA_PELPD ; DR A5D1G8, MTNA_PELTS ; B6H5R4, MTNA_PENRW ; C0QUC0, MTNA_PERMH ; DR A9BHC5, MTNA_PETMO ; A5DNT0, MTNA_PICGU ; B1XJK0, MTNA_PICP2 ; @@ -143260,8 +144172,8 @@ DR B5YGA0, MTNA_THEYD ; B8GRR4, MTNA_THISH ; Q948X8, MTNA_TOBAC ; DR B3RLE6, MTNA_TRIAD ; Q113K5, MTNA_TRIEI ; B3E3M5, MTNA_TRIL1 ; DR Q3M785, MTNA_TRIV2 ; Q383H9, MTNA_TRYB2 ; D0A8W2, MTNA_TRYB9 ; DR C4JWQ7, MTNA_UNCRE ; A7TSA5, MTNA_VANPO ; C9SB02, MTNA_VERA1 ; -DR D7TCD0, MTNA_VITVI ; Q8PM04, MTNA_XANAC ; Q3BV11, MTNA_XANC5 ; -DR Q4UTB3, MTNA_XANC8 ; B0RUX9, MTNA_XANCB ; Q8PAB2, MTNA_XANCP ; +DR D7TCD0, MTNA_VITVI ; Q8PM04, MTNA_XANAC ; Q4UTB3, MTNA_XANC8 ; +DR B0RUX9, MTNA_XANCB ; Q8PAB2, MTNA_XANCP ; Q3BV11, MTNA_XANE5 ; DR Q2P337, MTNA_XANOM ; B2SIW1, MTNA_XANOP ; Q5H060, MTNA_XANOR ; DR Q4FZP2, MTNA_XENLA ; Q0VFN1, MTNA_XENTR ; B2I9S0, MTNA_XYLF2 ; DR Q9PAG5, MTNA_XYLFA ; B0U5G3, MTNA_XYLFM ; Q87A92, MTNA_XYLFT ; @@ -143292,7 +144204,7 @@ DR P57366, TRPC_BUCAI ; P42393, TRPC_BUCAP ; P59459, TRPC_BUCBP ; DR O68427, TRPC_BUCDN ; Q44603, TRPC_BUCSC ; P06560, TRPC_CORGL ; DR Q8X7B7, TRPC_ECO57 ; P00909, TRPC_ECOLI ; P46451, TRPC_HAEIN ; DR Q9ZJU8, TRPC_HELPJ ; O25867, TRPC_HELPY ; P57855, TRPC_PASMU ; -DR P24920, TRPC_PHYPR ; Q8Z7D9, TRPC_SALTI ; P00910, TRPC_SALTY ; +DR P24920, TRPC_PHYNI ; Q8Z7D9, TRPC_SALTI ; P00910, TRPC_SALTY ; DR Q9KST5, TRPC_VIBCH ; P22098, TRPC_VIBPA ; Q8ZEG8, TRPC_YERPE ; DR Q8PT98, TRPF1_METMA; Q8PRX4, TRPF2_METMA; B0CA72, TRPF_ACAM1 ; DR A3DDS6, TRPF_ACET2 ; P16923, TRPF_ACICA ; A5FZ94, TRPF_ACICJ ; @@ -143341,22 +144253,22 @@ DR Q5WX33, TRPF_LEGPL ; Q04RT3, TRPF_LEPBJ ; Q051T8, TRPF_LEPBL ; DR B1XY47, TRPF_LEPCP ; Q72RH2, TRPF_LEPIC ; Q8F495, TRPF_LEPIN ; DR Q01128, TRPF_LIPST ; Q92B80, TRPF_LISIN ; C1KVS6, TRPF_LISMC ; DR Q71Z39, TRPF_LISMF ; B8DHB3, TRPF_LISMH ; Q8Y6Q5, TRPF_LISMO ; -DR A0AJ81, TRPF_LISW6 ; A0LA38, TRPF_MAGMM ; Q2W020, TRPF_MAGSA ; -DR Q0ATJ7, TRPF_MARMM ; A6VWY4, TRPF_MARMS ; A1U0X4, TRPF_MARN8 ; -DR C6C1D3, TRPF_MARSD ; A6UW24, TRPF_META3 ; Q8TLP6, TRPF_METAC ; -DR Q0W628, TRPF_METAR ; A7I4T5, TRPF_METB6 ; Q57893, TRPF_METJA ; -DR Q8TXZ9, TRPF_METKA ; A4FXH5, TRPF_METM5 ; A9AAU4, TRPF_METM6 ; -DR A6VFU0, TRPF_METM7 ; Q6LYI7, TRPF_METMP ; A2SHS5, TRPF_METPP ; -DR O27695, TRPF_METTH ; P26941, TRPF_METTM ; A0B9D8, TRPF_METTP ; -DR P14718, TRPF_METVO ; A6UP16, TRPF_METVS ; B0JNJ4, TRPF_MICAN ; -DR Q2RIT8, TRPF_MOOTA ; Q1CZH4, TRPF_MYXXD ; Q3IQ37, TRPF_NATPD ; -DR Q5F9X5, TRPF_NEIG1 ; B4RJU3, TRPF_NEIG2 ; A9M342, TRPF_NEIM0 ; -DR Q9JVD1, TRPF_NEIMA ; Q9K0C6, TRPF_NEIMB ; A1KSV1, TRPF_NEIMF ; -DR Q0AGX6, TRPF_NITEC ; Q82WI3, TRPF_NITEU ; Q1QS32, TRPF_NITHX ; -DR Q2Y7R3, TRPF_NITMU ; Q3JCB9, TRPF_NITOC ; A6Q1S6, TRPF_NITSB ; -DR Q3SWL7, TRPF_NITWN ; B2J1L6, TRPF_NOSP7 ; Q8YLL0, TRPF_NOSS1 ; -DR Q8ESU3, TRPF_OCEIH ; A6L9J9, TRPF_PARD8 ; A1B8L1, TRPF_PARDP ; -DR A7HPD4, TRPF_PARL1 ; B4SD44, TRPF_PELPB ; A1ANJ2, TRPF_PELPD ; +DR A0AJ81, TRPF_LISW6 ; A0LA38, TRPF_MAGMM ; Q0ATJ7, TRPF_MARMM ; +DR A6VWY4, TRPF_MARMS ; A1U0X4, TRPF_MARN8 ; C6C1D3, TRPF_MARSD ; +DR A6UW24, TRPF_META3 ; Q8TLP6, TRPF_METAC ; Q0W628, TRPF_METAR ; +DR A7I4T5, TRPF_METB6 ; Q57893, TRPF_METJA ; Q8TXZ9, TRPF_METKA ; +DR A4FXH5, TRPF_METM5 ; A9AAU4, TRPF_METM6 ; A6VFU0, TRPF_METM7 ; +DR Q6LYI7, TRPF_METMP ; A2SHS5, TRPF_METPP ; O27695, TRPF_METTH ; +DR P26941, TRPF_METTM ; A0B9D8, TRPF_METTP ; P14718, TRPF_METVO ; +DR A6UP16, TRPF_METVS ; B0JNJ4, TRPF_MICAN ; Q2RIT8, TRPF_MOOTA ; +DR Q1CZH4, TRPF_MYXXD ; Q3IQ37, TRPF_NATPD ; Q5F9X5, TRPF_NEIG1 ; +DR B4RJU3, TRPF_NEIG2 ; A9M342, TRPF_NEIM0 ; Q9JVD1, TRPF_NEIMA ; +DR Q9K0C6, TRPF_NEIMB ; A1KSV1, TRPF_NEIMF ; Q0AGX6, TRPF_NITEC ; +DR Q82WI3, TRPF_NITEU ; Q1QS32, TRPF_NITHX ; Q2Y7R3, TRPF_NITMU ; +DR Q3JCB9, TRPF_NITOC ; A6Q1S6, TRPF_NITSB ; Q3SWL7, TRPF_NITWN ; +DR B2J1L6, TRPF_NOSP7 ; Q8YLL0, TRPF_NOSS1 ; Q8ESU3, TRPF_OCEIH ; +DR A6L9J9, TRPF_PARD8 ; A1B8L1, TRPF_PARDP ; A7HPD4, TRPF_PARL1 ; +DR Q2W020, TRPF_PARM1 ; B4SD44, TRPF_PELPB ; A1ANJ2, TRPF_PELPD ; DR A9BHQ4, TRPF_PETMO ; A6L7N0, TRPF_PHOV8 ; B1XNB2, TRPF_PICP2 ; DR O13504, TRPF_PICPA ; P70938, TRPF_PRIM1 ; B4S715, TRPF_PROA2 ; DR Q48L25, TRPF_PSE14 ; A6V2W1, TRPF_PSEA7 ; B7VBQ7, TRPF_PSEA8 ; @@ -143394,8 +144306,8 @@ DR B0K8T5, TRPF_THEP3 ; B0K2U0, TRPF_THEPX ; B1LA13, TRPF_THESQ ; DR Q8DGP3, TRPF_THEVB ; Q979V6, TRPF_THEVO ; B5YKL4, TRPF_THEYD ; DR Q3SHL8, TRPF_THIDA ; Q10XS2, TRPF_TRIEI ; B3E754, TRPF_TRIL1 ; DR Q3MA33, TRPF_TRIV2 ; Q875I3, TRPF_WICAO ; Q8PJ26, TRPF_XANAC ; -DR Q3BRL1, TRPF_XANC5 ; Q4UWD4, TRPF_XANC8 ; B0RR82, TRPF_XANCB ; -DR Q8P7R6, TRPF_XANCP ; Q2P0U0, TRPF_XANOM ; B2SVN9, TRPF_XANOP ; +DR Q4UWD4, TRPF_XANC8 ; B0RR82, TRPF_XANCB ; Q8P7R6, TRPF_XANCP ; +DR Q3BRL1, TRPF_XANE5 ; Q2P0U0, TRPF_XANOM ; B2SVN9, TRPF_XANOP ; DR Q5GXR3, TRPF_XANOR ; B2I9J1, TRPF_XYLF2 ; Q9PDK5, TRPF_XYLFA ; DR B0U6K5, TRPF_XYLFM ; Q87DS0, TRPF_XYLFT ; P00912, TRPF_YEAST ; DR Q9HFW8, TRPF_ZYGBA ; Q5NPZ5, TRPF_ZYMMO ; Q9S3U4, TRPF_ZYMMT ; @@ -143526,32 +144438,32 @@ DR Q1QVF5, GMHA_CHRSD ; B5EGN2, GMHA_CITBB ; Q97EQ4, GMHA_CLOAB ; DR Q47VU0, GMHA_COLP3 ; B6J4R0, GMHA_COXB1 ; B6J2U5, GMHA_COXB2 ; DR A9KBY6, GMHA_COXBN ; A9NAA5, GMHA_COXBR ; Q83AY4, GMHA_COXBU ; DR B1WYG5, GMHA_CROS5 ; A7MI45, GMHA_CROS8 ; Q11Y71, GMHA_CYTH3 ; -DR Q47IS3, GMHA_DECAR ; B8J0B1, GMHA_DESDA ; Q72AV1, GMHA_DESVH ; -DR B8DKW0, GMHA_DESVM ; A7ZHY1, GMHA_ECO24 ; B7UJB5, GMHA_ECO27 ; -DR B7MC74, GMHA_ECO45 ; B7LHF3, GMHA_ECO55 ; P63225, GMHA_ECO57 ; -DR B5Z0M1, GMHA_ECO5E ; B7NKV9, GMHA_ECO7I ; B7MQ59, GMHA_ECO81 ; -DR B7M252, GMHA_ECO8A ; C4ZRV8, GMHA_ECOBW ; B1XD84, GMHA_ECODH ; -DR A7ZWI6, GMHA_ECOHS ; Q0TL93, GMHA_ECOL5 ; P63226, GMHA_ECOL6 ; -DR B1IPP6, GMHA_ECOLC ; P63224, GMHA_ECOLI ; B7N8A8, GMHA_ECOLU ; -DR B6HZW0, GMHA_ECOSE ; B1LHM8, GMHA_ECOSM ; C5B7W2, GMHA_EDWI9 ; -DR A4W6W5, GMHA_ENT38 ; B2VIQ7, GMHA_ERWT9 ; B7LW94, GMHA_ESCF3 ; -DR Q8R6A2, GMHA_FUSNN ; B9M5R7, GMHA_GEODF ; Q39X62, GMHA_GEOMG ; -DR Q74BF4, GMHA_GEOSL ; C6E6C5, GMHA_GEOSM ; A5G5G9, GMHA_GEOUR ; -DR B8F3D3, GMHA_GLAP5 ; Q0BRW8, GMHA_GRABC ; O87340, GMHA_HAEDU ; -DR Q4QLB7, GMHA_HAEI8 ; A5UCS8, GMHA_HAEIE ; A5UIU8, GMHA_HAEIG ; -DR P45093, GMHA_HAEIN ; A1WYV6, GMHA_HALHL ; C4K7X8, GMHA_HAMD5 ; -DR Q7VFZ4, GMHA_HELHP ; B6JM81, GMHA_HELP2 ; Q1CT15, GMHA_HELPH ; -DR Q9ZKZ1, GMHA_HELPJ ; B2USX3, GMHA_HELPS ; O25528, GMHA_HELPY ; -DR B0USS3, GMHA_HISS2 ; B5Y1F4, GMHA_KLEP3 ; A6T518, GMHA_KLEP7 ; -DR C1D5I3, GMHA_LARHH ; B0SHL8, GMHA_LEPBA ; Q04RN4, GMHA_LEPBJ ; -DR Q051Y7, GMHA_LEPBL ; B0SR27, GMHA_LEPBP ; Q72RC1, GMHA_LEPIC ; -DR Q8F4E9, GMHA_LEPIN ; Q2WBD9, GMHA_MAGSA ; C6C0L8, GMHA_MARSD ; +DR Q47IS3, GMHA_DECAR ; B8J0B1, GMHA_DESDA ; A7ZHY1, GMHA_ECO24 ; +DR B7UJB5, GMHA_ECO27 ; B7MC74, GMHA_ECO45 ; B7LHF3, GMHA_ECO55 ; +DR P63225, GMHA_ECO57 ; B5Z0M1, GMHA_ECO5E ; B7NKV9, GMHA_ECO7I ; +DR B7MQ59, GMHA_ECO81 ; B7M252, GMHA_ECO8A ; C4ZRV8, GMHA_ECOBW ; +DR B1XD84, GMHA_ECODH ; A7ZWI6, GMHA_ECOHS ; Q0TL93, GMHA_ECOL5 ; +DR P63226, GMHA_ECOL6 ; B1IPP6, GMHA_ECOLC ; P63224, GMHA_ECOLI ; +DR B7N8A8, GMHA_ECOLU ; B6HZW0, GMHA_ECOSE ; B1LHM8, GMHA_ECOSM ; +DR C5B7W2, GMHA_EDWI9 ; A4W6W5, GMHA_ENT38 ; B2VIQ7, GMHA_ERWT9 ; +DR B7LW94, GMHA_ESCF3 ; Q8R6A2, GMHA_FUSNN ; B9M5R7, GMHA_GEODF ; +DR Q39X62, GMHA_GEOMG ; Q74BF4, GMHA_GEOSL ; C6E6C5, GMHA_GEOSM ; +DR A5G5G9, GMHA_GEOUR ; B8F3D3, GMHA_GLAP5 ; Q0BRW8, GMHA_GRABC ; +DR O87340, GMHA_HAEDU ; Q4QLB7, GMHA_HAEI8 ; A5UCS8, GMHA_HAEIE ; +DR A5UIU8, GMHA_HAEIG ; P45093, GMHA_HAEIN ; A1WYV6, GMHA_HALHL ; +DR C4K7X8, GMHA_HAMD5 ; Q7VFZ4, GMHA_HELHP ; B6JM81, GMHA_HELP2 ; +DR Q1CT15, GMHA_HELPH ; Q9ZKZ1, GMHA_HELPJ ; B2USX3, GMHA_HELPS ; +DR O25528, GMHA_HELPY ; B0USS3, GMHA_HISS2 ; B5Y1F4, GMHA_KLEP3 ; +DR A6T518, GMHA_KLEP7 ; C1D5I3, GMHA_LARHH ; B0SHL8, GMHA_LEPBA ; +DR Q04RN4, GMHA_LEPBJ ; Q051Y7, GMHA_LEPBL ; B0SR27, GMHA_LEPBP ; +DR Q72RC1, GMHA_LEPIC ; Q8F4E9, GMHA_LEPIN ; C6C0L8, GMHA_MARSD ; DR Q60CC5, GMHA_METCA ; Q58731, GMHA_METJA ; A2SMC9, GMHA_METPP ; DR P0A605, GMHA_MYCBO ; A1KET4, GMHA_MYCBP ; C1AJD9, GMHA_MYCBT ; DR A5TYI7, GMHA_MYCTA ; P9WGG0, GMHA_MYCTO ; P9WGG1, GMHA_MYCTU ; DR Q5F5E3, GMHA_NEIG1 ; B4RQP9, GMHA_NEIG2 ; A9M479, GMHA_NEIM0 ; DR P0A0Y5, GMHA_NEIMA ; P0A0Y6, GMHA_NEIMB ; A1KWG6, GMHA_NEIMF ; -DR A6Q4Z5, GMHA_NITSB ; P57814, GMHA_PASMU ; Q6D1H3, GMHA_PECAS ; +DR A6Q4Z5, GMHA_NITSB ; Q72AV1, GMHA_NITV2 ; B8DKW0, GMHA_NITV9 ; +DR Q2WBD9, GMHA_PARM1 ; P57814, GMHA_PASMU ; Q6D1H3, GMHA_PECAS ; DR C6DCY7, GMHA_PECCP ; B4SGD2, GMHA_PELPB ; A1AV13, GMHA_PELPD ; DR Q7N7F7, GMHA_PHOLL ; B4EUT1, GMHA_PROMH ; Q15PJ1, GMHA_PSEA6 ; DR A6VB98, GMHA_PSEA7 ; B7UZK3, GMHA_PSEA8 ; Q02H15, GMHA_PSEAB ; @@ -143701,8 +144613,15 @@ DE oxaloacetate tautomerase. AN oxalacetic keto--enol isomerase. AN oxaloacetate keto--enol tautomerase. CA oxaloacetate = enol-oxaloacetate. +DR F1MLX0, FAH2A_BOVIN; Q96GK7, FAH2A_HUMAN; Q3TC72, FAH2A_MOUSE; +DR B2RYW9, FAH2A_RAT ; Q2KIB0, FAH2B_BOVIN; Q6P2I3, FAH2B_HUMAN; +DR Q93ZE5, FAHD1_ARATH; Q2HJ98, FAHD1_BOVIN; P34673, FAHD1_CAEEL; +DR Q6P587, FAHD1_HUMAN; Q8R0F8, FAHD1_MOUSE; A3AJ77, FAHD1_ORYSJ; +DR Q5RDW0, FAHD1_PONAB; Q6AYQ8, FAHD1_RAT ; Q9LUR3, FAHD2_ARATH; +DR Q10B63, FAHD2_ORYSJ; Q6GLT8, FAHD2_XENLA; P53889, FMP41_YEAST; DR Q8X4P8, FUMA_ECO57 ; P0AC34, FUMA_ECOL6 ; P0AC33, FUMA_ECOLI ; -DR P40720, FUMA_SALTY ; +DR P40720, FUMA_SALTY ; Q9P7L4, OAA1_SCHPO ; P76004, YCGM_ECOLI ; +DR O06724, YISK_BACSU ; // ID 5.3.2.3 DE TDP-4-oxo-6-deoxy-alpha-D-glucose-3,4-oxoisomerase (dTDP-3-dehydro-6- @@ -143890,35 +144809,36 @@ DR C6A3U0, IDI2_THESM ; Q746I8, IDI2_THET2 ; Q8DJ26, IDI2_THEVB ; DR Q97CC2, IDI2_THEVO ; Q3MAB0, IDI2_TRIV2 ; A7N787, IDI2_VIBC1 ; DR Q87JH5, IDI2_VIBPA ; A7IMW3, IDI2_XANP2 ; Q8KP37, IDI_AGRME ; DR Q5E7U8, IDI_ALIF1 ; B5F9P6, IDI_ALIFM ; Q9KK75, IDI_BRELN ; -DR A9AST0, IDI_BURM1 ; A3PL07, IDI_CERS1 ; Q9Z5D3, IDI_CERS4 ; -DR A4WRA6, IDI_CERS5 ; B9KK15, IDI_CERSK ; Q7X5H2, IDI_CITFR ; -DR A8AP95, IDI_CITK8 ; A5CV36, IDI_CLAM3 ; B0RIB7, IDI_CLAMS ; -DR P60923, IDI_CORDI ; Q8FND7, IDI_COREF ; A4QG13, IDI_CORGB ; -DR Q8NN99, IDI_CORGL ; Q6A5Z1, IDI_CUTAK ; Q9NH02, IDI_DICDI ; -DR A8LQ20, IDI_DINSH ; A7ZQZ8, IDI_ECO24 ; B7UHT8, IDI_ECO27 ; -DR B7MM76, IDI_ECO45 ; Q8XD58, IDI_ECO57 ; B5YQ81, IDI_ECO5E ; -DR B7NW30, IDI_ECO7I ; B7MZ42, IDI_ECO81 ; B7LYF3, IDI_ECO8A ; -DR C5A0G1, IDI_ECOBW ; B1XEH6, IDI_ECODH ; A8A430, IDI_ECOHS ; -DR A1AF79, IDI_ECOK1 ; Q0TDW3, IDI_ECOL5 ; Q8FE75, IDI_ECOL6 ; -DR B1ITB3, IDI_ECOLC ; Q46822, IDI_ECOLI ; B7N7D3, IDI_ECOLU ; -DR B6I722, IDI_ECOSE ; B1LR71, IDI_ECOSM ; Q1R7E2, IDI_ECOUT ; -DR A4WE41, IDI_ENT38 ; Q0RBQ7, IDI_FRAAA ; A1WXH5, IDI_HALHL ; -DR Q5UX45, IDI_HALMA ; Q9HP40, IDI_HALSA ; Q28W27, IDI_JANSC ; -DR B5XUF5, IDI_KLEP3 ; A6TDP3, IDI_KLEP7 ; B2GFH1, IDI_KOCRD ; -DR Q6AC73, IDI_LEIXX ; Q7VEU0, IDI_MYCBO ; A1KJG2, IDI_MYCBP ; -DR C1AP18, IDI_MYCBT ; A5U3A5, IDI_MYCTA ; P9WKK4, IDI_MYCTO ; -DR P9WKK5, IDI_MYCTU ; A1T5G2, IDI_MYCVP ; Q5YYB6, IDI_NOCFA ; -DR A1R1M6, IDI_PAEAT ; Q6D3F5, IDI_PECAS ; Q6LUX5, IDI_PHOPR ; -DR Q9KWD1, IDI_RHIRH ; P26173, IDI_RHOCB ; Q16DR2, IDI_ROSDO ; -DR Q5LWT6, IDI_RUEPO ; A4FK76, IDI_SACEN ; B5F5G3, IDI_SALA4 ; -DR A9MRI5, IDI_SALAR ; Q57K77, IDI_SALCH ; B5FUF2, IDI_SALDC ; -DR B5QXG6, IDI_SALEP ; B5RE00, IDI_SALG2 ; B4TGV9, IDI_SALHS ; -DR B4T534, IDI_SALNS ; Q5PL31, IDI_SALPA ; A9N3L5, IDI_SALPB ; -DR C0PY11, IDI_SALPC ; B5BFK4, IDI_SALPK ; B4TUQ7, IDI_SALSV ; -DR Q8Z3X9, IDI_SALTI ; Q8ZM82, IDI_SALTY ; A8GDW2, IDI_SERP5 ; -DR B2U0Q6, IDI_SHIB3 ; Q31WF1, IDI_SHIBS ; Q32BV2, IDI_SHIDS ; -DR Q0T107, IDI_SHIF8 ; Q83MJ9, IDI_SHIFL ; Q3YXY0, IDI_SHISS ; -DR Q82MJ7, IDI_STRAW ; Q9X7Q6, IDI_STRCO ; B1VTW2, IDI_STRGG ; +DR A9AST0, IDI_BURM1 ; A0A7C9FSB8, IDI_CANSA ; A3PL07, IDI_CERS1 ; +DR Q9Z5D3, IDI_CERS4 ; A4WRA6, IDI_CERS5 ; B9KK15, IDI_CERSK ; +DR Q7X5H2, IDI_CITFR ; A8AP95, IDI_CITK8 ; A5CV36, IDI_CLAM3 ; +DR B0RIB7, IDI_CLASE ; P60923, IDI_CORDI ; Q8FND7, IDI_COREF ; +DR A4QG13, IDI_CORGB ; Q8NN99, IDI_CORGL ; Q6A5Z1, IDI_CUTAK ; +DR Q9NH02, IDI_DICDI ; A8LQ20, IDI_DINSH ; A7ZQZ8, IDI_ECO24 ; +DR B7UHT8, IDI_ECO27 ; B7MM76, IDI_ECO45 ; Q8XD58, IDI_ECO57 ; +DR B5YQ81, IDI_ECO5E ; B7NW30, IDI_ECO7I ; B7MZ42, IDI_ECO81 ; +DR B7LYF3, IDI_ECO8A ; C5A0G1, IDI_ECOBW ; B1XEH6, IDI_ECODH ; +DR A8A430, IDI_ECOHS ; A1AF79, IDI_ECOK1 ; Q0TDW3, IDI_ECOL5 ; +DR Q8FE75, IDI_ECOL6 ; B1ITB3, IDI_ECOLC ; Q46822, IDI_ECOLI ; +DR B7N7D3, IDI_ECOLU ; B6I722, IDI_ECOSE ; B1LR71, IDI_ECOSM ; +DR Q1R7E2, IDI_ECOUT ; A4WE41, IDI_ENT38 ; Q0RBQ7, IDI_FRAAA ; +DR A1WXH5, IDI_HALHL ; Q5UX45, IDI_HALMA ; Q9HP40, IDI_HALSA ; +DR Q28W27, IDI_JANSC ; B5XUF5, IDI_KLEP3 ; A6TDP3, IDI_KLEP7 ; +DR B2GFH1, IDI_KOCRD ; Q6AC73, IDI_LEIXX ; Q7VEU0, IDI_MYCBO ; +DR A1KJG2, IDI_MYCBP ; C1AP18, IDI_MYCBT ; A5U3A5, IDI_MYCTA ; +DR P9WKK4, IDI_MYCTO ; P9WKK5, IDI_MYCTU ; A1T5G2, IDI_MYCVP ; +DR Q5YYB6, IDI_NOCFA ; A1R1M6, IDI_PAEAT ; Q6D3F5, IDI_PECAS ; +DR Q6LUX5, IDI_PHOPR ; Q9KWD1, IDI_RHIRH ; P26173, IDI_RHOCB ; +DR Q16DR2, IDI_ROSDO ; Q5LWT6, IDI_RUEPO ; A4FK76, IDI_SACEN ; +DR B5F5G3, IDI_SALA4 ; A9MRI5, IDI_SALAR ; Q57K77, IDI_SALCH ; +DR B5FUF2, IDI_SALDC ; B5QXG6, IDI_SALEP ; B5RE00, IDI_SALG2 ; +DR B4TGV9, IDI_SALHS ; B4T534, IDI_SALNS ; Q5PL31, IDI_SALPA ; +DR A9N3L5, IDI_SALPB ; C0PY11, IDI_SALPC ; B5BFK4, IDI_SALPK ; +DR B4TUQ7, IDI_SALSV ; Q8Z3X9, IDI_SALTI ; Q8ZM82, IDI_SALTY ; +DR A8GDW2, IDI_SERP5 ; B2U0Q6, IDI_SHIB3 ; Q31WF1, IDI_SHIBS ; +DR Q32BV2, IDI_SHIDS ; Q0T107, IDI_SHIF8 ; Q83MJ9, IDI_SHIFL ; +DR Q3YXY0, IDI_SHISS ; Q82MJ7, IDI_STRAW ; Q9X7Q6, IDI_STRCO ; +DR B1VTW2, IDI_STRGG ; // ID 5.3.3.3 DE vinylacetyl-CoA Delta-isomerase. @@ -144173,8 +145093,8 @@ DR B2FLR1, FABA_STRMK ; A4VKR6, FABA_STUS1 ; C5BQA1, FABA_TERTT ; DR A7N0M3, FABA_VIBC1 ; A5F850, FABA_VIBC3 ; Q9KS00, FABA_VIBCH ; DR C3LMG6, FABA_VIBCM ; Q87PC5, FABA_VIBPA ; Q8D9H3, FABA_VIBVU ; DR Q7M7J5, FABA_VIBVY ; Q8D2Q4, FABA_WIGBR ; Q8PGJ2, FABA_XANAC ; -DR Q3BP41, FABA_XANC5 ; Q4UQI1, FABA_XANC8 ; B0RVP4, FABA_XANCB ; -DR Q8PCW9, FABA_XANCP ; Q2P7N0, FABA_XANOM ; Q5H4V4, FABA_XANOR ; +DR Q4UQI1, FABA_XANC8 ; B0RVP4, FABA_XANCB ; Q8PCW9, FABA_XANCP ; +DR Q3BP41, FABA_XANE5 ; Q2P7N0, FABA_XANOM ; Q5H4V4, FABA_XANOR ; DR B2I7H0, FABA_XYLF2 ; Q9PFT5, FABA_XYLFA ; B0U452, FABA_XYLFM ; DR Q87B86, FABA_XYLFT ; A1JMS5, FABA_YERE8 ; A7FJT3, FABA_YERP3 ; DR Q1CA31, FABA_YERPA ; Q8ZG80, FABA_YERPE ; A9R7H1, FABA_YERPG ; @@ -144279,41 +145199,41 @@ CA Catalyzes the rearrangement of -S-S- bonds in proteins. CC -!- Needs reducing agents or partly reduced enzyme; the reaction depends CC on sulfhydryl-disulfide interchange. DR Q5EA46, CREL1_BOVIN; Q19267, CREL1_CAEEL; Q96HD1, CREL1_HUMAN; -DR Q91XD7, CREL1_MOUSE; Q4V7F2, CREL1_RAT ; Q2KIT5, CREL2_BOVIN; -DR Q60438, CREL2_CRIGR; Q6UXH1, CREL2_HUMAN; Q9CYA0, CREL2_MOUSE; -DR Q4G063, CREL2_RAT ; P40557, EPS1_YEAST ; Q92249, ERP38_NEUCR; -DR P38658, ERP60_SCHMA; P32474, EUG1_YEAST ; Q8GSJ6, LQY1_ARATH ; -DR Q12404, MPD1_YEAST ; Q99316, MPD2_YEAST ; Q9XI01, PDI11_ARATH; -DR Q53LQ0, PDI11_ORYSJ; Q9SRG3, PDI12_ARATH; Q7XRB5, PDI12_ORYSJ; -DR Q8VX13, PDI13_ARATH; Q9FF55, PDI14_ARATH; Q67IX6, PDI14_ORYSJ; -DR A3KPF5, PDI15_ARATH; Q5WA72, PDI15_ORYSJ; Q66GQ3, PDI16_ARATH; -DR Q17967, PDI1_CAEEL ; Q86IA3, PDI1_DICDI ; Q10057, PDI1_SCHPO ; -DR O22263, PDI21_ARATH; Q75M08, PDI21_ORYSJ; Q9MAU6, PDI22_ARATH; -DR Q942L2, PDI22_ORYSJ; O48773, PDI23_ARATH; Q67UF5, PDI23_ORYSJ; -DR Q17770, PDI2_CAEEL ; Q54EN4, PDI2_DICDI ; O13811, PDI2_SCHPO ; -DR P05307, PDIA1_BOVIN; P09102, PDIA1_CHICK; Q8R4U2, PDIA1_CRIGR; -DR P07237, PDIA1_HUMAN; Q2HWU2, PDIA1_MACFU; P09103, PDIA1_MOUSE; -DR Q5R5B6, PDIA1_PONAB; P21195, PDIA1_RABIT; P04785, PDIA1_RAT ; -DR Q13087, PDIA2_HUMAN; D3Z6P0, PDIA2_MOUSE; Q5RCH2, PDIA2_PONAB; -DR P38657, PDIA3_BOVIN; Q8JG64, PDIA3_CHICK; Q4VIT4, PDIA3_CHLAE; -DR P30101, PDIA3_HUMAN; P86235, PDIA3_MESAU; P27773, PDIA3_MOUSE; -DR P81246, PDIA3_PAPHA; Q5RDG4, PDIA3_PONAB; P11598, PDIA3_RAT ; -DR Q29RV1, PDIA4_BOVIN; P34329, PDIA4_CAEEL; P13667, PDIA4_HUMAN; -DR P08003, PDIA4_MOUSE; P38659, PDIA4_RAT ; Q2KIL5, PDIA5_BOVIN; -DR Q14554, PDIA5_HUMAN; Q921X9, PDIA5_MOUSE; Q5I0H9, PDIA5_RAT ; -DR Q11067, PDIA6_CAEEL; Q9V438, PDIA6_DROME; Q15084, PDIA6_HUMAN; -DR P38661, PDIA6_MEDSA; P38660, PDIA6_MESAU; Q922R8, PDIA6_MOUSE; -DR Q5R6T1, PDIA6_PONAB; Q63081, PDIA6_RAT ; Q00002, PDI_ALTAL ; -DR D4B2L8, PDI_ARTBC ; Q12730, PDI_ASPNG ; Q00248, PDI_ASPOR ; -DR Q9XF61, PDI_DATGL ; P54399, PDI_DROME ; P80284, PDI_HORVU ; -DR P55059, PDI_HUMIN ; P52588, PDI_MAIZE ; P29828, PDI_MEDSA ; -DR Q43116, PDI_RICCO ; P52589, PDI_WHEAT ; P17967, PDI_YEAST ; -DR Q69ST6, PID13_ORYSJ; A1A6M1, PTAC5_ARATH; Q93YN0, SCO2_ARATH ; -DR Q00216, TIGA_ASPNG ; Q0Z7W6, TMX1_BOVIN ; Q9H3N1, TMX1_HUMAN ; -DR Q8VBT0, TMX1_MOUSE ; A0A8M1N5Y4, TMX3A_DANRE; Q96JJ7, TMX3_HUMAN ; -DR Q8BXZ1, TMX3_MOUSE ; Q5R875, TMX3_PONAB ; Q6GNG3, TMX3_XENLA ; -DR Q8NBS9, TXND5_HUMAN; Q91W90, TXND5_MOUSE; Q869Z0, Y5025_DICDI; -DR Q9P4X1, YKV5_SCHPO ; +DR Q91XD7, CREL1_MOUSE; Q4V7F2, CREL1_RAT ; A0A6I8RMG7, CREL1_XENTR; +DR Q2KIT5, CREL2_BOVIN; Q60438, CREL2_CRIGR; Q6UXH1, CREL2_HUMAN; +DR Q9CYA0, CREL2_MOUSE; Q4G063, CREL2_RAT ; P40557, EPS1_YEAST ; +DR Q92249, ERP38_NEUCR; P38658, ERP60_SCHMA; P32474, EUG1_YEAST ; +DR Q8GSJ6, LQY1_ARATH ; Q12404, MPD1_YEAST ; Q99316, MPD2_YEAST ; +DR Q9XI01, PDI11_ARATH; Q53LQ0, PDI11_ORYSJ; Q9SRG3, PDI12_ARATH; +DR Q7XRB5, PDI12_ORYSJ; Q8VX13, PDI13_ARATH; Q9FF55, PDI14_ARATH; +DR Q67IX6, PDI14_ORYSJ; A3KPF5, PDI15_ARATH; Q5WA72, PDI15_ORYSJ; +DR Q66GQ3, PDI16_ARATH; Q17967, PDI1_CAEEL ; Q86IA3, PDI1_DICDI ; +DR Q10057, PDI1_SCHPO ; O22263, PDI21_ARATH; Q75M08, PDI21_ORYSJ; +DR Q9MAU6, PDI22_ARATH; Q942L2, PDI22_ORYSJ; O48773, PDI23_ARATH; +DR Q67UF5, PDI23_ORYSJ; Q17770, PDI2_CAEEL ; Q54EN4, PDI2_DICDI ; +DR O13811, PDI2_SCHPO ; P05307, PDIA1_BOVIN; P09102, PDIA1_CHICK; +DR Q8R4U2, PDIA1_CRIGR; P07237, PDIA1_HUMAN; Q2HWU2, PDIA1_MACFU; +DR P09103, PDIA1_MOUSE; Q5R5B6, PDIA1_PONAB; P21195, PDIA1_RABIT; +DR P04785, PDIA1_RAT ; Q13087, PDIA2_HUMAN; D3Z6P0, PDIA2_MOUSE; +DR Q5RCH2, PDIA2_PONAB; P38657, PDIA3_BOVIN; Q8JG64, PDIA3_CHICK; +DR Q4VIT4, PDIA3_CHLAE; P30101, PDIA3_HUMAN; P86235, PDIA3_MESAU; +DR P27773, PDIA3_MOUSE; P81246, PDIA3_PAPHA; Q5RDG4, PDIA3_PONAB; +DR P11598, PDIA3_RAT ; Q29RV1, PDIA4_BOVIN; P34329, PDIA4_CAEEL; +DR P13667, PDIA4_HUMAN; P08003, PDIA4_MOUSE; P38659, PDIA4_RAT ; +DR Q2KIL5, PDIA5_BOVIN; Q14554, PDIA5_HUMAN; Q921X9, PDIA5_MOUSE; +DR Q5I0H9, PDIA5_RAT ; Q11067, PDIA6_CAEEL; Q9V438, PDIA6_DROME; +DR Q15084, PDIA6_HUMAN; P38661, PDIA6_MEDSA; P38660, PDIA6_MESAU; +DR Q922R8, PDIA6_MOUSE; Q5R6T1, PDIA6_PONAB; Q63081, PDIA6_RAT ; +DR Q00002, PDI_ALTAL ; D4B2L8, PDI_ARTBC ; Q12730, PDI_ASPNG ; +DR Q00248, PDI_ASPOR ; Q9XF61, PDI_DATGL ; P54399, PDI_DROME ; +DR P80284, PDI_HORVU ; P55059, PDI_HUMIN ; P52588, PDI_MAIZE ; +DR P29828, PDI_MEDSA ; Q43116, PDI_RICCO ; P52589, PDI_WHEAT ; +DR P17967, PDI_YEAST ; Q69ST6, PID13_ORYSJ; A1A6M1, PTAC5_ARATH; +DR Q93YN0, SCO2_ARATH ; Q00216, TIGA_ASPNG ; Q0Z7W6, TMX1_BOVIN ; +DR Q9H3N1, TMX1_HUMAN ; Q8VBT0, TMX1_MOUSE ; A0A8M1N5Y4, TMX3A_DANRE; +DR Q96JJ7, TMX3_HUMAN ; Q8BXZ1, TMX3_MOUSE ; Q5R875, TMX3_PONAB ; +DR Q6GNG3, TMX3_XENLA ; Q8NBS9, TXND5_HUMAN; Q91W90, TXND5_MOUSE; +DR Q869Z0, Y5025_DICDI; Q9P4X1, YKV5_SCHPO ; // ID 5.3.99.1 DE Deleted entry. @@ -144443,6 +145363,7 @@ CC -!- The enzyme from Allium cepa (onion) acts on (E)-prop-1-en-1- CC SO-peroxol and produces (Z)-propanethial oxide, while the enzyme from CC Allium siculum (honey garlic) acts on (E)-but-1-en-1-SO-peroxol and CC produces (Z)-butanethial oxide. +DR P59082, LFS_ALLCE ; // ID 5.3.99.n1 DE Transferred entry: 5.3.99.11. @@ -144507,13 +145428,13 @@ DR O02606, PGM2_PARTE ; Q5RFI8, PGM2_PONAB ; P37012, PGM2_YEAST ; DR O49299, PGMC1_ARATH; P93804, PGMC1_MAIZE; Q9SGC1, PGMC2_ARATH; DR P93805, PGMC2_MAIZE; Q9SNX2, PGMC_BROIN ; P93262, PGMC_MESCR ; DR Q9SM60, PGMC_PEA ; Q9ZSQ4, PGMC_POPTN ; Q9M4G4, PGMC_SOLTU ; -DR Q68BJ6, PGMMM_THEKO; Q9SCY0, PGMP_ARATH ; Q9SMM0, PGMP_BRANA ; -DR Q9SM59, PGMP_PEA ; Q9M4G5, PGMP_SOLTU ; Q4WY53, PGM_ASPFU ; -DR P57749, PGM_ASPOR ; Q9VUY9, PGM_DROME ; P36938, PGM_ECOLI ; -DR Q9P931, PGM_EMENI ; O18719, PGM_ENTDI ; O15820, PGM_ENTH1 ; -DR P38569, PGM_KOMXY ; P40390, PGM_NEIGO ; P57002, PGM_NEIMA ; -DR P40391, PGM_NEIMB ; P39671, PGM_RHIRD ; O74374, PGM_SCHPO ; -DR B0RVK5, XANA_XANCB ; P0C7J2, XANA_XANCP ; +DR Q68BJ6, PGMMM_THEKO; A0A2R6W0K6, PGMP1_MARPO; Q9SCY0, PGMP_ARATH ; +DR Q9SMM0, PGMP_BRANA ; Q9SM59, PGMP_PEA ; Q9M4G5, PGMP_SOLTU ; +DR Q4WY53, PGM_ASPFU ; P57749, PGM_ASPOR ; Q9VUY9, PGM_DROME ; +DR P36938, PGM_ECOLI ; Q9P931, PGM_EMENI ; O18719, PGM_ENTDI ; +DR O15820, PGM_ENTH1 ; P38569, PGM_KOMXY ; P40390, PGM_NEIGO ; +DR P57002, PGM_NEIMA ; P40391, PGM_NEIMB ; P39671, PGM_RHIRD ; +DR O74374, PGM_SCHPO ; B0RVK5, XANA_XANCB ; P0C7J2, XANA_XANCP ; // ID 5.4.2.3 DE phosphoacetylglucosamine mutase. @@ -144576,6 +145497,8 @@ CC -!- Once the phosphorylated enzyme is formed, it generates the reaction CC intermediate beta-D-glucose 1,6-bisphosphate, which can be used to CC phosphorylate the enzyme in subsequent cycles. cf. EC 5.4.2.2. DR O06995, PGMB_BACSU ; P77366, PGMB_ECOLI ; P71447, PGMB_LACLA ; +DR P65070, PGMB_MYCBO ; Q49741, PGMB_MYCLE ; P9WKZ6, PGMB_MYCTO ; +DR P9WKZ7, PGMB_MYCTU ; // ID 5.4.2.7 DE phosphopentomutase. @@ -144718,7 +145641,7 @@ CA H(+) + phosphoenolpyruvate = 3-phosphonopyruvate. CC -!- Involved in the biosynthesis of the C-P bond, although the CC equilibrium greatly favors phosphoenolpyruvate. DR P96074, FOM1_STRWE ; P56839, PEPM_MYTED ; P29247, PEPM_STRHY ; -DR O86937, PEPM_STRVT ; P33182, PEPM_TETPY ; +DR Q0ZQ45, PEPM_STRR3 ; O86937, PEPM_STRVT ; P33182, PEPM_TETPY ; // ID 5.4.2.10 DE phosphoglucosamine mutase. @@ -144787,7 +145710,7 @@ DR Q821Z6, GLMM_CHLCV ; Q255P2, GLMM_CHLFF ; Q9PLA5, GLMM_CHLMU ; DR Q9Z6U1, GLMM_CHLPN ; B0B944, GLMM_CHLT2 ; Q3KKM5, GLMM_CHLTA ; DR B0BAS3, GLMM_CHLTB ; O84822, GLMM_CHLTR ; Q1QSY5, GLMM_CHRSD ; DR Q7NRI6, GLMM_CHRVO ; B5EHA7, GLMM_CITBB ; A8AQ65, GLMM_CITK8 ; -DR A5CU74, GLMM_CLAM3 ; B0RB78, GLMM_CLAMS ; Q97LS0, GLMM_CLOAB ; +DR A5CU74, GLMM_CLAM3 ; B0RB78, GLMM_CLASE ; Q97LS0, GLMM_CLOAB ; DR A7FZ14, GLMM_CLOB1 ; C3KVJ0, GLMM_CLOB6 ; A6LPX0, GLMM_CLOB8 ; DR B2UYH3, GLMM_CLOBA ; B2TIN7, GLMM_CLOBB ; A5I7E5, GLMM_CLOBH ; DR C1FMP0, GLMM_CLOBJ ; B1IG08, GLMM_CLOBK ; A7GJ15, GLMM_CLOBL ; @@ -144804,8 +145727,7 @@ DR B3R1R9, GLMM_CUPTR ; Q6A6T5, GLMM_CUTAK ; Q47HH9, GLMM_DECAR ; DR C1CWA3, GLMM_DEIDV ; Q1IXS5, GLMM_DEIGD ; Q9RSQ3, GLMM_DEIRA ; DR A9BMK7, GLMM_DELAS ; C0QGV9, GLMM_DESAH ; B1I1Y5, GLMM_DESAP ; DR B8J1K3, GLMM_DESDA ; Q24NW7, GLMM_DESHY ; Q6AMQ5, GLMM_DESPS ; -DR A4J190, GLMM_DESRM ; Q72CK1, GLMM_DESVH ; B8DN76, GLMM_DESVM ; -DR A1VED4, GLMM_DESVV ; A5EUT6, GLMM_DICNV ; B5YDY1, GLMM_DICT6 ; +DR A4J190, GLMM_DESRM ; A5EUT6, GLMM_DICNV ; B5YDY1, GLMM_DICT6 ; DR B8E222, GLMM_DICTD ; A8LS40, GLMM_DINSH ; A7ZS72, GLMM_ECO24 ; DR B7UJ69, GLMM_ECO27 ; B7MB95, GLMM_ECO45 ; B7LHN9, GLMM_ECO55 ; DR Q8X9L2, GLMM_ECO57 ; B5YS65, GLMM_ECO5E ; B7NKP3, GLMM_ECO7I ; @@ -144817,63 +145739,64 @@ DR B1LFS6, GLMM_ECOSM ; Q1R6G2, GLMM_ECOUT ; C5BFB3, GLMM_EDWI9 ; DR A4WEY7, GLMM_ENT38 ; B2VGT8, GLMM_ERWT9 ; Q2N850, GLMM_ERYLH ; DR B7LR43, GLMM_ESCF3 ; B1YH95, GLMM_EXIS2 ; C4KZK4, GLMM_EXISA ; DR B0S2Q1, GLMM_FINM2 ; Q0RRN7, GLMM_FRAAA ; Q2JFE2, GLMM_FRACC ; -DR B0TWU1, GLMM_FRAP2 ; A8LAZ9, GLMM_FRASN ; Q14JZ1, GLMM_FRAT1 ; -DR A7NEF9, GLMM_FRATF ; Q2A1J6, GLMM_FRATH ; B2SEZ6, GLMM_FRATM ; -DR A0Q8C5, GLMM_FRATN ; Q0BK99, GLMM_FRATO ; Q5NII8, GLMM_FRATT ; -DR A4IW39, GLMM_FRATW ; Q8R6A7, GLMM_FUSNN ; B9M5K3, GLMM_GEODF ; -DR Q5L3P1, GLMM_GEOKA ; Q39UF9, GLMM_GEOMG ; Q74C70, GLMM_GEOSL ; -DR C6E5P5, GLMM_GEOSM ; A4IJN4, GLMM_GEOTN ; A5G536, GLMM_GEOUR ; -DR B8F5R2, GLMM_GLAP5 ; B7KL75, GLMM_GLOC7 ; A9HB20, GLMM_GLUDA ; -DR Q5FQB4, GLMM_GLUOX ; Q0BT42, GLMM_GRABC ; Q7VP94, GLMM_HAEDU ; -DR Q4QKI9, GLMM_HAEI8 ; A5UC76, GLMM_HAEIE ; P45164, GLMM_HAEIN ; -DR Q2SML8, GLMM_HAHCH ; Q9KG46, GLMM_HALH5 ; A1WXX0, GLMM_HALHL ; -DR B8D0U9, GLMM_HALOH ; C4K7K5, GLMM_HAMD5 ; Q17VS9, GLMM_HELAH ; -DR Q7VF98, GLMM_HELHP ; B0TCS1, GLMM_HELMI ; B6JPH8, GLMM_HELP2 ; -DR B5Z677, GLMM_HELPG ; Q1CV79, GLMM_HELPH ; Q9ZMZ2, GLMM_HELPJ ; -DR B2UW73, GLMM_HELPS ; P25177, GLMM_HELPY ; A4G4B3, GLMM_HERAR ; -DR Q0I2Q5, GLMM_HISS1 ; B0UTS2, GLMM_HISS2 ; Q31HG3, GLMM_HYDCU ; -DR Q0C5U1, GLMM_HYPNA ; Q5R0R2, GLMM_IDILO ; A6T078, GLMM_JANMA ; -DR Q28NS0, GLMM_JANSC ; A6W5X2, GLMM_KINRD ; B5XSW5, GLMM_KLEP3 ; -DR A6TEJ5, GLMM_KLEP7 ; B2GJ26, GLMM_KOCRD ; Q1IV19, GLMM_KORVE ; -DR Q5FL35, GLMM_LACAC ; B3WD16, GLMM_LACCB ; Q1GB12, GLMM_LACDA ; -DR Q04BF6, GLMM_LACDB ; C4Z1Z8, GLMM_LACE2 ; Q042H3, GLMM_LACGA ; -DR A8YUF8, GLMM_LACH4 ; Q74K59, GLMM_LACJO ; Q9CID9, GLMM_LACLA ; -DR A2RIG0, GLMM_LACLM ; Q031P2, GLMM_LACLS ; Q03AF8, GLMM_LACP3 ; -DR A9KSW8, GLMM_LACP7 ; Q88YE8, GLMM_LACPL ; Q38VX2, GLMM_LATSS ; -DR Q1MRX8, GLMM_LAWIP ; Q5X1A3, GLMM_LEGPA ; A5IHW7, GLMM_LEGPC ; -DR Q5ZRT4, GLMM_LEGPH ; Q5WT16, GLMM_LEGPL ; Q6AD28, GLMM_LEIXX ; -DR B1XXG0, GLMM_LEPCP ; B1N017, GLMM_LEUCK ; Q03VW4, GLMM_LEUMM ; -DR Q03SJ3, GLMM_LEVBA ; Q1WSZ9, GLMM_LIGS1 ; B2GAN5, GLMM_LIMF3 ; -DR A5VIK4, GLMM_LIMRD ; B2G638, GLMM_LIMRJ ; Q929Q1, GLMM_LISIN ; -DR Q71XP5, GLMM_LISMF ; Q8Y5E6, GLMM_LISMO ; A0AKM3, GLMM_LISW6 ; -DR B1HMT3, GLMM_LYSSC ; B9E9W9, GLMM_MACCJ ; A0L4J3, GLMM_MAGMM ; -DR Q2W2C2, GLMM_MAGSA ; Q65TY6, GLMM_MANSM ; Q0ALR7, GLMM_MARMM ; -DR A6VU24, GLMM_MARMS ; A1U605, GLMM_MARN8 ; C6BTS9, GLMM_MARSD ; -DR A6UU47, GLMM_META3 ; Q8TLL2, GLMM_METAC ; Q0W4I8, GLMM_METAR ; -DR Q46AY7, GLMM_METBF ; Q12TN0, GLMM_METBU ; B7KWJ1, GLMM_METC4 ; -DR Q607B4, GLMM_METCA ; A9W9G7, GLMM_METEP ; Q1H384, GLMM_METFK ; -DR Q58500, GLMM_METJA ; Q8TWY8, GLMM_METKA ; A4FX97, GLMM_METM5 ; -DR A6VG24, GLMM_METM7 ; Q8Q037, GLMM_METMA ; Q6LYB4, GLMM_METMP ; -DR B8ID24, GLMM_METNO ; B1ZBR8, GLMM_METPB ; A2SF93, GLMM_METPP ; -DR B1M3G3, GLMM_METRJ ; A5UKY3, GLMM_METS3 ; B0ULF6, GLMM_METS4 ; -DR B8ER03, GLMM_METSB ; Q2NES6, GLMM_METST ; O27627, GLMM_METTH ; -DR A6UP86, GLMM_METVS ; B0JVZ6, GLMM_MICAN ; Q2RGA6, GLMM_MOOTA ; -DR A0QKT1, GLMM_MYCA1 ; Q7TWH9, GLMM_MYCBO ; A1KPC8, GLMM_MYCBP ; -DR C1AHQ0, GLMM_MYCBT ; A4TEL0, GLMM_MYCGI ; B8ZUC1, GLMM_MYCLB ; -DR Q49869, GLMM_MYCLE ; B2HCZ2, GLMM_MYCMM ; Q73S29, GLMM_MYCPA ; -DR A0QSQ1, GLMM_MYCS2 ; A3PVN7, GLMM_MYCSJ ; A1UC06, GLMM_MYCSK ; -DR Q1BCY7, GLMM_MYCSS ; A5U8B7, GLMM_MYCTA ; P9WN40, GLMM_MYCTO ; -DR P9WN41, GLMM_MYCTU ; A0PMD3, GLMM_MYCUA ; A1T554, GLMM_MYCVP ; -DR Q1D498, GLMM_MYXXD ; B2A4R9, GLMM_NATTJ ; B9L5Z7, GLMM_NAUPA ; -DR Q5F746, GLMM_NEIG1 ; A9M1R2, GLMM_NEIM0 ; Q9JT71, GLMM_NEIMA ; -DR Q9JY89, GLMM_NEIMB ; A1KV99, GLMM_NEIMF ; Q70GH6, GLMM_NEISU ; -DR Q0AHC3, GLMM_NITEC ; Q82WX6, GLMM_NITEU ; Q1QP86, GLMM_NITHX ; -DR Q2YBS8, GLMM_NITMU ; Q3J826, GLMM_NITOC ; A6Q164, GLMM_NITSB ; -DR Q3SNB8, GLMM_NITWN ; Q5Z1H8, GLMM_NOCFA ; A1SF29, GLMM_NOCSJ ; -DR B2J997, GLMM_NOSP7 ; Q8YVS4, GLMM_NOSS1 ; Q2GB44, GLMM_NOVAD ; -DR Q8ETM7, GLMM_OCEIH ; Q311T0, GLMM_OLEA2 ; A1R8Q0, GLMM_PAEAT ; -DR A1TQF3, GLMM_PARC0 ; A1AZG3, GLMM_PARDP ; A7HV12, GLMM_PARL1 ; -DR Q7U9H6, GLMM_PARMW ; B2JFP2, GLMM_PARP8 ; B2SZR6, GLMM_PARPJ ; +DR B0TWU1, GLMM_FRAP2 ; Q14JZ1, GLMM_FRAT1 ; A7NEF9, GLMM_FRATF ; +DR Q2A1J6, GLMM_FRATH ; B2SEZ6, GLMM_FRATM ; A0Q8C5, GLMM_FRATN ; +DR Q0BK99, GLMM_FRATO ; Q5NII8, GLMM_FRATT ; A4IW39, GLMM_FRATW ; +DR Q8R6A7, GLMM_FUSNN ; B9M5K3, GLMM_GEODF ; Q5L3P1, GLMM_GEOKA ; +DR Q39UF9, GLMM_GEOMG ; Q74C70, GLMM_GEOSL ; C6E5P5, GLMM_GEOSM ; +DR A4IJN4, GLMM_GEOTN ; A5G536, GLMM_GEOUR ; B8F5R2, GLMM_GLAP5 ; +DR B7KL75, GLMM_GLOC7 ; A9HB20, GLMM_GLUDA ; Q5FQB4, GLMM_GLUOX ; +DR Q0BT42, GLMM_GRABC ; Q7VP94, GLMM_HAEDU ; Q4QKI9, GLMM_HAEI8 ; +DR A5UC76, GLMM_HAEIE ; P45164, GLMM_HAEIN ; Q2SML8, GLMM_HAHCH ; +DR Q9KG46, GLMM_HALH5 ; A1WXX0, GLMM_HALHL ; B8D0U9, GLMM_HALOH ; +DR C4K7K5, GLMM_HAMD5 ; Q17VS9, GLMM_HELAH ; Q7VF98, GLMM_HELHP ; +DR B0TCS1, GLMM_HELMI ; B6JPH8, GLMM_HELP2 ; B5Z677, GLMM_HELPG ; +DR Q1CV79, GLMM_HELPH ; Q9ZMZ2, GLMM_HELPJ ; B2UW73, GLMM_HELPS ; +DR P25177, GLMM_HELPY ; A4G4B3, GLMM_HERAR ; Q0I2Q5, GLMM_HISS1 ; +DR B0UTS2, GLMM_HISS2 ; Q31HG3, GLMM_HYDCU ; Q0C5U1, GLMM_HYPNA ; +DR Q5R0R2, GLMM_IDILO ; A6T078, GLMM_JANMA ; Q28NS0, GLMM_JANSC ; +DR A6W5X2, GLMM_KINRD ; B5XSW5, GLMM_KLEP3 ; A6TEJ5, GLMM_KLEP7 ; +DR B2GJ26, GLMM_KOCRD ; Q1IV19, GLMM_KORVE ; Q5FL35, GLMM_LACAC ; +DR B3WD16, GLMM_LACCB ; Q1GB12, GLMM_LACDA ; Q04BF6, GLMM_LACDB ; +DR C4Z1Z8, GLMM_LACE2 ; Q042H3, GLMM_LACGA ; A8YUF8, GLMM_LACH4 ; +DR Q74K59, GLMM_LACJO ; Q9CID9, GLMM_LACLA ; A2RIG0, GLMM_LACLM ; +DR Q031P2, GLMM_LACLS ; Q03AF8, GLMM_LACP3 ; A9KSW8, GLMM_LACP7 ; +DR Q88YE8, GLMM_LACPL ; Q38VX2, GLMM_LATSS ; Q1MRX8, GLMM_LAWIP ; +DR Q5X1A3, GLMM_LEGPA ; A5IHW7, GLMM_LEGPC ; Q5ZRT4, GLMM_LEGPH ; +DR Q5WT16, GLMM_LEGPL ; Q6AD28, GLMM_LEIXX ; B1XXG0, GLMM_LEPCP ; +DR B1N017, GLMM_LEUCK ; Q03VW4, GLMM_LEUMM ; Q03SJ3, GLMM_LEVBA ; +DR Q1WSZ9, GLMM_LIGS1 ; B2GAN5, GLMM_LIMF3 ; A5VIK4, GLMM_LIMRD ; +DR B2G638, GLMM_LIMRJ ; Q929Q1, GLMM_LISIN ; Q71XP5, GLMM_LISMF ; +DR Q8Y5E6, GLMM_LISMO ; A0AKM3, GLMM_LISW6 ; B1HMT3, GLMM_LYSSC ; +DR B9E9W9, GLMM_MACCJ ; A0L4J3, GLMM_MAGMM ; Q65TY6, GLMM_MANSM ; +DR Q0ALR7, GLMM_MARMM ; A6VU24, GLMM_MARMS ; A1U605, GLMM_MARN8 ; +DR C6BTS9, GLMM_MARSD ; A6UU47, GLMM_META3 ; Q8TLL2, GLMM_METAC ; +DR Q0W4I8, GLMM_METAR ; Q46AY7, GLMM_METBF ; Q12TN0, GLMM_METBU ; +DR B7KWJ1, GLMM_METC4 ; Q607B4, GLMM_METCA ; A9W9G7, GLMM_METEP ; +DR Q1H384, GLMM_METFK ; Q58500, GLMM_METJA ; Q8TWY8, GLMM_METKA ; +DR A4FX97, GLMM_METM5 ; A6VG24, GLMM_METM7 ; Q8Q037, GLMM_METMA ; +DR Q6LYB4, GLMM_METMP ; B8ID24, GLMM_METNO ; B1ZBR8, GLMM_METPB ; +DR A2SF93, GLMM_METPP ; B1M3G3, GLMM_METRJ ; A5UKY3, GLMM_METS3 ; +DR B0ULF6, GLMM_METS4 ; B8ER03, GLMM_METSB ; Q2NES6, GLMM_METST ; +DR O27627, GLMM_METTH ; A6UP86, GLMM_METVS ; B0JVZ6, GLMM_MICAN ; +DR Q2RGA6, GLMM_MOOTA ; A0QKT1, GLMM_MYCA1 ; Q7TWH9, GLMM_MYCBO ; +DR A1KPC8, GLMM_MYCBP ; C1AHQ0, GLMM_MYCBT ; A4TEL0, GLMM_MYCGI ; +DR B8ZUC1, GLMM_MYCLB ; Q49869, GLMM_MYCLE ; B2HCZ2, GLMM_MYCMM ; +DR Q73S29, GLMM_MYCPA ; A0QSQ1, GLMM_MYCS2 ; A3PVN7, GLMM_MYCSJ ; +DR A1UC06, GLMM_MYCSK ; Q1BCY7, GLMM_MYCSS ; A5U8B7, GLMM_MYCTA ; +DR P9WN40, GLMM_MYCTO ; P9WN41, GLMM_MYCTU ; A0PMD3, GLMM_MYCUA ; +DR A1T554, GLMM_MYCVP ; Q1D498, GLMM_MYXXD ; B2A4R9, GLMM_NATTJ ; +DR B9L5Z7, GLMM_NAUPA ; Q5F746, GLMM_NEIG1 ; A9M1R2, GLMM_NEIM0 ; +DR Q9JT71, GLMM_NEIMA ; Q9JY89, GLMM_NEIMB ; A1KV99, GLMM_NEIMF ; +DR Q70GH6, GLMM_NEISU ; Q0AHC3, GLMM_NITEC ; Q82WX6, GLMM_NITEU ; +DR Q1QP86, GLMM_NITHX ; Q2YBS8, GLMM_NITMU ; Q3J826, GLMM_NITOC ; +DR A6Q164, GLMM_NITSB ; Q72CK1, GLMM_NITV2 ; A1VED4, GLMM_NITV4 ; +DR B8DN76, GLMM_NITV9 ; Q3SNB8, GLMM_NITWN ; Q5Z1H8, GLMM_NOCFA ; +DR A1SF29, GLMM_NOCSJ ; B2J997, GLMM_NOSP7 ; Q8YVS4, GLMM_NOSS1 ; +DR Q2GB44, GLMM_NOVAD ; Q8ETM7, GLMM_OCEIH ; Q311T0, GLMM_OLEA2 ; +DR A1R8Q0, GLMM_PAEAT ; A1TQF3, GLMM_PARC0 ; A1AZG3, GLMM_PARDP ; +DR A7HV12, GLMM_PARL1 ; Q2W2C2, GLMM_PARM1 ; Q7U9H6, GLMM_PARMW ; +DR B2JFP2, GLMM_PARP8 ; B2SZR6, GLMM_PARPJ ; A8LAZ9, GLMM_PARS2 ; DR Q6MBL8, GLMM_PARUW ; Q13W50, GLMM_PARXL ; Q9CNJ0, GLMM_PASMU ; DR Q6D9B6, GLMM_PECAS ; C6DKI6, GLMM_PECCP ; Q03GV0, GLMM_PEDPA ; DR A1AR93, GLMM_PELPD ; A5D4W7, GLMM_PELTS ; Q4FN15, GLMM_PELUB ; @@ -144954,8 +145877,8 @@ DR A5CXP9, GLMM_VESOH ; B7VJI1, GLMM_VIBA3 ; A7MUV2, GLMM_VIBC1 ; DR A5F930, GLMM_VIBC3 ; Q9KU84, GLMM_VIBCH ; C3LSP4, GLMM_VIBCM ; DR Q87LZ7, GLMM_VIBPA ; Q8DBW4, GLMM_VIBVU ; Q7MI04, GLMM_VIBVY ; DR Q8D2X3, GLMM_WIGBR ; Q7M9M2, GLMM_WOLSU ; Q8PJ31, GLMM_XANAC ; -DR Q3BRL9, GLMM_XANC5 ; Q4UWC8, GLMM_XANC8 ; B0RR88, GLMM_XANCB ; -DR Q8P7S2, GLMM_XANCP ; Q2P0U5, GLMM_XANOM ; B2SVN3, GLMM_XANOP ; +DR Q4UWC8, GLMM_XANC8 ; B0RR88, GLMM_XANCB ; Q8P7S2, GLMM_XANCP ; +DR Q3BRL9, GLMM_XANE5 ; Q2P0U5, GLMM_XANOM ; B2SVN3, GLMM_XANOP ; DR Q5GXR8, GLMM_XANOR ; A7IIG5, GLMM_XANP2 ; B2IA03, GLMM_XYLF2 ; DR Q9PDB1, GLMM_XYLFA ; B0U6T2, GLMM_XYLFM ; Q87DJ6, GLMM_XYLFT ; DR A1JIW5, GLMM_YERE8 ; A7FMS6, GLMM_YERP3 ; Q1CC03, GLMM_YERPA ; @@ -145029,13 +145952,12 @@ DR B3EN99, GPMA_CHLPB ; A1BE55, GPMA_CHLPD ; A4SDM0, GPMA_CHLPM ; DR Q9Z743, GPMA_CHLPN ; B0B8U8, GPMA_CHLT2 ; B3QVL0, GPMA_CHLT3 ; DR Q3KKX2, GPMA_CHLTA ; B0BAH7, GPMA_CHLTB ; Q8KFC8, GPMA_CHLTE ; DR O84727, GPMA_CHLTR ; B5EC38, GPMA_CITBB ; A8AJ40, GPMA_CITK8 ; -DR A5CTZ0, GPMA_CLAM3 ; B0RAW4, GPMA_CLAMS ; Q97FJ6, GPMA_CLOAB ; +DR A5CTZ0, GPMA_CLAM3 ; B0RAW4, GPMA_CLASE ; Q97FJ6, GPMA_CLOAB ; DR A6LUA1, GPMA_CLOB8 ; B5Y7Q7, GPMA_COPPD ; Q6NJL2, GPMA_CORDI ; DR Q8FSH0, GPMA_COREF ; A4QB41, GPMA_CORGB ; Q8NTA5, GPMA_CORGL ; DR Q4JSW4, GPMA_CORJK ; C4LLD4, GPMA_CORK4 ; A7MIX7, GPMA_CROS8 ; DR Q0KET8, GPMA_CUPNH ; Q476J7, GPMA_CUPPJ ; B2AGP7, GPMA_CUPTR ; DR Q6AAU8, GPMA_CUTAK ; Q11SV1, GPMA_CYTH3 ; A9BUZ3, GPMA_DELAS ; -DR Q727C0, GPMA_DESVH ; B8DLN4, GPMA_DESVM ; A1VAI9, GPMA_DESVV ; DR A5EV29, GPMA_DICNV ; A7ZJD0, GPMA_ECO24 ; B7ULM8, GPMA_ECO27 ; DR B7MGL2, GPMA_ECO45 ; B7LAF6, GPMA_ECO55 ; P62709, GPMA_ECO57 ; DR B5YRF2, GPMA_ECO5E ; B7NNH7, GPMA_ECO7I ; B7MPN9, GPMA_ECO81 ; @@ -145069,6 +145991,7 @@ DR P9WIC8, GPMA_MYCTO ; P9WIC9, GPMA_MYCTU ; A0PVZ3, GPMA_MYCUA ; DR B9L9H5, GPMA_NAUPA ; Q5F7C0, GPMA_NEIG1 ; B4RIY7, GPMA_NEIG2 ; DR A9M1A2, GPMA_NEIM0 ; Q9JTF2, GPMA_NEIMA ; Q9JYF7, GPMA_NEIMB ; DR A1KV25, GPMA_NEIMF ; Q1QRT7, GPMA_NITHX ; Q3JBA8, GPMA_NITOC ; +DR Q727C0, GPMA_NITV2 ; A1VAI9, GPMA_NITV4 ; B8DLN4, GPMA_NITV9 ; DR Q3SW71, GPMA_NITWN ; Q5YP50, GPMA_NOCFA ; A1SP05, GPMA_NOCSJ ; DR Q2G373, GPMA_NOVAD ; Q30WZ8, GPMA_OLEA2 ; A1TTW5, GPMA_PARC0 ; DR A6L9K8, GPMA_PARD8 ; A7HZ35, GPMA_PARL1 ; B2JC95, GPMA_PARP8 ; @@ -145116,8 +146039,8 @@ DR Q47KS8, GPMA_THEFY ; B0KBW9, GPMA_THEP3 ; B0K4E2, GPMA_THEPX ; DR Q73M14, GPMA_TREDE ; P96121, GPMA_TREPA ; B2S2B5, GPMA_TREPS ; DR Q83HD5, GPMA_TROW8 ; Q83FQ7, GPMA_TROWT ; C5CWV9, GPMA_VARPS ; DR A1WDX2, GPMA_VEREI ; Q8D2Y4, GPMA_WIGBR ; Q8PIM1, GPMA_XANAC ; -DR Q3BR53, GPMA_XANC5 ; Q4UWV1, GPMA_XANC8 ; B0RQR7, GPMA_XANCB ; -DR Q8P7A1, GPMA_XANCP ; Q2P5R0, GPMA_XANOM ; B2SRM8, GPMA_XANOP ; +DR Q4UWV1, GPMA_XANC8 ; B0RQR7, GPMA_XANCB ; Q8P7A1, GPMA_XANCP ; +DR Q3BR53, GPMA_XANE5 ; Q2P5R0, GPMA_XANOM ; B2SRM8, GPMA_XANOP ; DR Q5H2V7, GPMA_XANOR ; A7IC75, GPMA_XANP2 ; B2I4U0, GPMA_XYLF2 ; DR Q9PC88, GPMA_XYLFA ; B0U2F2, GPMA_XYLFM ; Q87CZ1, GPMA_XYLFT ; DR A1JRT1, GPMA_YERE8 ; A7FKP6, GPMA_YERP3 ; Q1C964, GPMA_YERPA ; @@ -145190,35 +146113,35 @@ DR A5N2N6, GPMI_CLOK5 ; A0PYP3, GPMI_CLONN ; Q0TQY9, GPMI_CLOP1 ; DR Q8XKU2, GPMI_CLOPE ; Q0STD7, GPMI_CLOPS ; Q898R1, GPMI_CLOTE ; DR Q47VY2, GPMI_COLP3 ; A9KF70, GPMI_COXBN ; A9N970, GPMI_COXBR ; DR Q83BH2, GPMI_COXBU ; A7MID1, GPMI_CROS8 ; B8HVP2, GPMI_CYAP4 ; -DR B1I0X9, GPMI_DESAP ; Q72BL6, GPMI_DESVH ; A8LKJ5, GPMI_DINSH ; -DR A7ZTG6, GPMI_ECO24 ; Q8XDE9, GPMI_ECO57 ; A8A677, GPMI_ECOHS ; -DR A1AHE9, GPMI_ECOK1 ; Q0TBJ4, GPMI_ECOL5 ; Q8FCA6, GPMI_ECOL6 ; -DR B1IZH8, GPMI_ECOLC ; P37689, GPMI_ECOLI ; Q3YRU6, GPMI_EHRCJ ; -DR Q2GGW3, GPMI_EHRCR ; Q5FFL8, GPMI_EHRRG ; Q5HB16, GPMI_EHRRW ; -DR A4W533, GPMI_ENT38 ; A5FJ26, GPMI_FLAJ1 ; A6H1H2, GPMI_FLAPJ ; -DR B0TYM8, GPMI_FRAP2 ; Q14GR4, GPMI_FRAT1 ; A7NDJ7, GPMI_FRATF ; -DR Q2A2B1, GPMI_FRATH ; A0Q5M6, GPMI_FRATN ; Q0BKX8, GPMI_FRATO ; -DR Q5NFB1, GPMI_FRATT ; A4IZ68, GPMI_FRATW ; Q5KVE6, GPMI_GEOKA ; -DR Q9X519, GPMI_GEOSE ; Q747Q8, GPMI_GEOSL ; A4ISP5, GPMI_GEOTN ; -DR B7KGG1, GPMI_GLOC7 ; Q7NMK9, GPMI_GLOVI ; Q5FU33, GPMI_GLUOX ; -DR Q6B8L5, GPMI_GRATL ; Q2SMA7, GPMI_HAHCH ; Q9K716, GPMI_HALH5 ; -DR Q5UXB9, GPMI_HALMA ; B8CYG0, GPMI_HALOH ; Q9HNY7, GPMI_HALSA ; -DR Q18GK9, GPMI_HALWD ; Q17X03, GPMI_HELAH ; Q7VGZ8, GPMI_HELHP ; -DR Q1CSQ0, GPMI_HELPH ; Q9ZKM7, GPMI_HELPJ ; P56196, GPMI_HELPY ; -DR A9AYE8, GPMI_HERA2 ; Q31E77, GPMI_HYDCU ; Q5QZA9, GPMI_IDILO ; -DR Q1ISS4, GPMI_KORVE ; A9KPF4, GPMI_LACP7 ; C1DDB1, GPMI_LARHH ; -DR Q1MPK8, GPMI_LAWIP ; Q5X7P2, GPMI_LEGPA ; A5IH96, GPMI_LEGPC ; -DR Q5ZY71, GPMI_LEGPH ; Q5WZ43, GPMI_LEGPL ; Q72VB8, GPMI_LEPIC ; -DR P59173, GPMI_LEPIN ; Q928I2, GPMI_LISIN ; Q71WX0, GPMI_LISMF ; -DR Q8Y4I4, GPMI_LISMO ; A0ALE0, GPMI_LISW6 ; A0LDF3, GPMI_MAGMM ; -DR Q8EW33, GPMI_MALP2 ; Q6F0W3, GPMI_MESFL ; Q5ZZU2, GPMI_MESH2 ; -DR Q4A7D1, GPMI_MESH7 ; Q4A992, GPMI_MESHJ ; Q6KHV9, GPMI_MESM1 ; -DR Q12UT0, GPMI_METBU ; Q1GZ82, GPMI_METFK ; Q6Y8Q8, GPMI_METH1 ; -DR Q8PYF8, GPMI_METMA ; B0JLN5, GPMI_MICAN ; Q2RLT9, GPMI_MOOTA ; -DR Q49006, GPMI_MYCCT ; Q7NAQ5, GPMI_MYCGA ; P47669, GPMI_MYCGE ; -DR Q6MSF0, GPMI_MYCMS ; P75167, GPMI_MYCPN ; Q98QA7, GPMI_MYCPU ; -DR Q4A5A8, GPMI_MYCS5 ; Q1DCX8, GPMI_MYXXD ; Q3IS17, GPMI_NATPD ; -DR Q1XDA8, GPMI_NEOYE ; Q3JF23, GPMI_NITOC ; B2ITL6, GPMI_NOSP7 ; +DR B1I0X9, GPMI_DESAP ; A8LKJ5, GPMI_DINSH ; A7ZTG6, GPMI_ECO24 ; +DR Q8XDE9, GPMI_ECO57 ; A8A677, GPMI_ECOHS ; A1AHE9, GPMI_ECOK1 ; +DR Q0TBJ4, GPMI_ECOL5 ; Q8FCA6, GPMI_ECOL6 ; B1IZH8, GPMI_ECOLC ; +DR P37689, GPMI_ECOLI ; Q3YRU6, GPMI_EHRCJ ; Q2GGW3, GPMI_EHRCR ; +DR Q5FFL8, GPMI_EHRRG ; Q5HB16, GPMI_EHRRW ; A4W533, GPMI_ENT38 ; +DR A5FJ26, GPMI_FLAJ1 ; A6H1H2, GPMI_FLAPJ ; B0TYM8, GPMI_FRAP2 ; +DR Q14GR4, GPMI_FRAT1 ; A7NDJ7, GPMI_FRATF ; Q2A2B1, GPMI_FRATH ; +DR A0Q5M6, GPMI_FRATN ; Q0BKX8, GPMI_FRATO ; Q5NFB1, GPMI_FRATT ; +DR A4IZ68, GPMI_FRATW ; Q5KVE6, GPMI_GEOKA ; Q9X519, GPMI_GEOSE ; +DR Q747Q8, GPMI_GEOSL ; A4ISP5, GPMI_GEOTN ; B7KGG1, GPMI_GLOC7 ; +DR Q7NMK9, GPMI_GLOVI ; Q5FU33, GPMI_GLUOX ; Q6B8L5, GPMI_GRATL ; +DR Q2SMA7, GPMI_HAHCH ; Q9K716, GPMI_HALH5 ; Q5UXB9, GPMI_HALMA ; +DR B8CYG0, GPMI_HALOH ; Q9HNY7, GPMI_HALSA ; Q18GK9, GPMI_HALWD ; +DR Q17X03, GPMI_HELAH ; Q7VGZ8, GPMI_HELHP ; Q1CSQ0, GPMI_HELPH ; +DR Q9ZKM7, GPMI_HELPJ ; P56196, GPMI_HELPY ; A9AYE8, GPMI_HERA2 ; +DR Q31E77, GPMI_HYDCU ; Q5QZA9, GPMI_IDILO ; Q1ISS4, GPMI_KORVE ; +DR A9KPF4, GPMI_LACP7 ; C1DDB1, GPMI_LARHH ; Q1MPK8, GPMI_LAWIP ; +DR Q5X7P2, GPMI_LEGPA ; A5IH96, GPMI_LEGPC ; Q5ZY71, GPMI_LEGPH ; +DR Q5WZ43, GPMI_LEGPL ; Q72VB8, GPMI_LEPIC ; P59173, GPMI_LEPIN ; +DR Q928I2, GPMI_LISIN ; Q71WX0, GPMI_LISMF ; Q8Y4I4, GPMI_LISMO ; +DR A0ALE0, GPMI_LISW6 ; A0LDF3, GPMI_MAGMM ; Q8EW33, GPMI_MALP2 ; +DR Q6F0W3, GPMI_MESFL ; Q5ZZU2, GPMI_MESH2 ; Q4A7D1, GPMI_MESH7 ; +DR Q4A992, GPMI_MESHJ ; Q12UT0, GPMI_METBU ; Q1GZ82, GPMI_METFK ; +DR Q6Y8Q8, GPMI_METH1 ; Q8PYF8, GPMI_METMA ; B0JLN5, GPMI_MICAN ; +DR Q2RLT9, GPMI_MOOTA ; Q49006, GPMI_MYCCT ; Q7NAQ5, GPMI_MYCGA ; +DR P47669, GPMI_MYCGE ; Q6KHV9, GPMI_MYCM1 ; Q6MSF0, GPMI_MYCMS ; +DR P75167, GPMI_MYCPN ; Q98QA7, GPMI_MYCPU ; Q4A5A8, GPMI_MYCS5 ; +DR Q1DCX8, GPMI_MYXXD ; Q3IS17, GPMI_NATPD ; Q1XDA8, GPMI_NEOYE ; +DR Q3JF23, GPMI_NITOC ; Q72BL6, GPMI_NITV2 ; B2ITL6, GPMI_NOSP7 ; DR Q8YPL2, GPMI_NOSS1 ; P59174, GPMI_OCEIH ; I6LDA6, GPMI_ONCVO ; DR Q6YQT8, GPMI_ONYPE ; A6LFB1, GPMI_PARD8 ; A1B4Z9, GPMI_PARDP ; DR Q7U8U2, GPMI_PARMW ; Q6LVL2, GPMI_PHOPR ; A6L050, GPMI_PHOV8 ; @@ -145405,7 +146328,7 @@ DR Q39566, GSA_CHLRE ; B9LKS0, GSA_CHLSY ; B0B9W0, GSA_CHLT2 ; DR B3QSA6, GSA_CHLT3 ; Q3KMF2, GSA_CHLTA ; B0BBJ0, GSA_CHLTB ; DR Q8KAQ7, GSA_CHLTE ; O84212, GSA_CHLTR ; A0LXY3, GSA_CHRFK ; DR Q1QSB0, GSA_CHRSD ; Q7P1Z5, GSA_CHRVO ; B5EFG4, GSA_CITBB ; -DR A8ALD5, GSA_CITK8 ; A5CNI7, GSA_CLAM3 ; B0RBL3, GSA_CLAMS ; +DR A8ALD5, GSA_CITK8 ; A5CNI7, GSA_CLAM3 ; B0RBL3, GSA_CLASE ; DR Q97MU2, GSA_CLOAB ; A6LSY8, GSA_CLOB8 ; B2UX41, GSA_CLOBA ; DR B2TPD4, GSA_CLOBB ; B9DZG0, GSA_CLOK1 ; A5N5Y1, GSA_CLOK5 ; DR A0Q2A8, GSA_CLONN ; Q0TQG7, GSA_CLOP1 ; P0C2D9, GSA_CLOPE ; @@ -145421,8 +146344,7 @@ DR Q478V1, GSA_DECAR ; C1CWI8, GSA_DEIDV ; Q1IWZ8, GSA_DEIGD ; DR Q9RWW0, GSA_DEIRA ; A9BY74, GSA_DELAS ; C0QCR9, GSA_DESAH ; DR B8FBA1, GSA_DESAL ; B1I4L1, GSA_DESAP ; B8J3A3, GSA_DESDA ; DR B8G2L6, GSA_DESHD ; Q24VD4, GSA_DESHY ; A8ZZU9, GSA_DESOH ; -DR Q6AQ32, GSA_DESPS ; A4J6H0, GSA_DESRM ; Q725I1, GSA_DESVH ; -DR B8DN02, GSA_DESVM ; A1V9X6, GSA_DESVV ; A5EXX1, GSA_DICNV ; +DR Q6AQ32, GSA_DESPS ; A4J6H0, GSA_DESRM ; A5EXX1, GSA_DICNV ; DR A7ZHP6, GSA_ECO24 ; B7UIK1, GSA_ECO27 ; B7MBD7, GSA_ECO45 ; DR B7LGL6, GSA_ECO55 ; Q8X4V5, GSA_ECO57 ; B5Z0D4, GSA_ECO5E ; DR B7NIB7, GSA_ECO7I ; B7MP16, GSA_ECO81 ; B7M195, GSA_ECO8A ; @@ -145433,55 +146355,56 @@ DR B6HZD0, GSA_ECOSE ; B1LGV7, GSA_ECOSM ; Q1RG34, GSA_ECOUT ; DR C5BAP9, GSA_EDWI9 ; A4W6Q1, GSA_ENT38 ; B2VE25, GSA_ERWT9 ; DR B7LWB5, GSA_ESCF3 ; A5FIM3, GSA_FLAJ1 ; A6GYW4, GSA_FLAPJ ; DR Q0RS03, GSA_FRAAA ; Q2JFQ1, GSA_FRACC ; B0U0T6, GSA_FRAP2 ; -DR A8LCD0, GSA_FRASN ; Q14HS1, GSA_FRAT1 ; A7NCX8, GSA_FRATF ; -DR Q2A2U8, GSA_FRATH ; B2SGG7, GSA_FRATM ; A0Q628, GSA_FRATN ; -DR Q0BLC7, GSA_FRATO ; Q5NGB9, GSA_FRATT ; A4IXN8, GSA_FRATW ; -DR Q8RFY7, GSA_FUSNN ; C1A7K7, GSA_GEMAT ; B9LZL6, GSA_GEODF ; -DR Q39QA6, GSA_GEOMG ; Q74GA9, GSA_GEOSL ; A5G9C0, GSA_GEOUR ; -DR B8F7H5, GSA_GLAP5 ; B7KA18, GSA_GLOC7 ; Q7NPI4, GSA_GLOVI ; -DR Q2S8X9, GSA_HAHCH ; A1WYL3, GSA_HALHL ; B9LTZ9, GSA_HALLT ; -DR Q5UZ90, GSA_HALMA ; B0R7L9, GSA_HALS3 ; Q9HMY8, GSA_HALSA ; -DR Q18ES5, GSA_HALWD ; C4K6Y5, GSA_HAMD5 ; Q17X40, GSA_HELAH ; -DR Q7VHK3, GSA_HELHP ; B0TFV0, GSA_HELMI ; B6JKN5, GSA_HELP2 ; -DR B5ZA72, GSA_HELPG ; Q1CUJ7, GSA_HELPH ; Q9ZMD0, GSA_HELPJ ; -DR B2USD7, GSA_HELPS ; P56115, GSA_HELPY ; A9B550, GSA_HERA2 ; -DR A4G8N0, GSA_HERAR ; Q0I3R7, GSA_HISS1 ; B0UST3, GSA_HISS2 ; -DR P18492, GSA_HORVU ; Q31FB1, GSA_HYDCU ; B4U8M6, GSA_HYDS0 ; -DR A2BL27, GSA_HYPBU ; Q5QVP9, GSA_IDILO ; A8AAB3, GSA_IGNH4 ; -DR A6T2A2, GSA_JANMA ; A6W5M6, GSA_KINRD ; B5Y1L5, GSA_KLEP3 ; -DR A6T4V8, GSA_KLEP7 ; B2GL27, GSA_KOCRD ; Q1IHV2, GSA_KORVE ; -DR C1D9B6, GSA_LARHH ; Q1MPW7, GSA_LAWIP ; Q5X529, GSA_LEGPA ; -DR A5IC29, GSA_LEGPC ; Q5ZVA6, GSA_LEGPH ; Q5WWG1, GSA_LEGPL ; -DR Q6AHE8, GSA_LEIXX ; B0SF64, GSA_LEPBA ; Q04NV4, GSA_LEPBJ ; -DR Q04X52, GSA_LEPBL ; B0SNK3, GSA_LEPBP ; B1Y8G2, GSA_LEPCP ; -DR Q75G04, GSA_LEPIC ; Q8EY44, GSA_LEPIN ; A5VM65, GSA_LIMRD ; -DR B2G9H2, GSA_LIMRJ ; A0L3S9, GSA_MAGMM ; Q65U43, GSA_MANSM ; -DR A6VUX8, GSA_MARMS ; A1TYG5, GSA_MARN8 ; A6UWB3, GSA_META3 ; -DR Q8TT57, GSA_METAC ; Q0W5T3, GSA_METAR ; A7I7P2, GSA_METB6 ; -DR Q46CH1, GSA_METBF ; Q12WM7, GSA_METBU ; Q60CV0, GSA_METCA ; -DR Q1GXW0, GSA_METFK ; Q2FTK5, GSA_METHJ ; B3DY05, GSA_METI4 ; -DR Q58020, GSA_METJA ; Q8TYL6, GSA_METKA ; A2SQU3, GSA_METLZ ; -DR A4FZY1, GSA_METM5 ; A9A875, GSA_METM6 ; A6VIL1, GSA_METM7 ; -DR Q8PW58, GSA_METMA ; A3CU65, GSA_METMJ ; Q6M0P5, GSA_METMP ; -DR B8GJJ2, GSA_METPE ; A2SKQ7, GSA_METPP ; A5UML0, GSA_METS3 ; -DR A4YD91, GSA_METS5 ; Q2NF42, GSA_METST ; O26330, GSA_METTH ; -DR A0B885, GSA_METTP ; A6URL2, GSA_METVS ; B0JPW6, GSA_MICAN ; -DR Q2RJ31, GSA_MOOTA ; A0QLG2, GSA_MYCA1 ; B1MHH1, GSA_MYCA9 ; -DR P63507, GSA_MYCBO ; A1KG00, GSA_MYCBP ; C1AKK4, GSA_MYCBT ; -DR A4T358, GSA_MYCGI ; B8ZT67, GSA_MYCLB ; P46716, GSA_MYCLE ; -DR B2HRL5, GSA_MYCMM ; Q73SQ3, GSA_MYCPA ; A0QR33, GSA_MYCS2 ; -DR A3PUB7, GSA_MYCSJ ; A1UAR1, GSA_MYCSK ; Q1BE73, GSA_MYCSS ; -DR A5TZQ4, GSA_MYCTA ; P9WMN8, GSA_MYCTO ; P9WMN9, GSA_MYCTU ; -DR A0PLS0, GSA_MYCUA ; A1T3F2, GSA_MYCVP ; Q1DFA7, GSA_MYXXD ; -DR Q3IT20, GSA_NATPD ; B2A1H4, GSA_NATTJ ; B9LA83, GSA_NAUPA ; -DR Q5FAH9, GSA_NEIG1 ; B4RNX2, GSA_NEIG2 ; A9M1G6, GSA_NEIM0 ; -DR Q9JW10, GSA_NEIMA ; Q9JXW0, GSA_NEIMB ; A1KS34, GSA_NEIMF ; -DR Q0AFV1, GSA_NITEC ; Q82UQ8, GSA_NITEU ; A9A1A0, GSA_NITMS ; -DR Q2Y5Q5, GSA_NITMU ; Q3JDH7, GSA_NITOC ; A6Q2X6, GSA_NITSB ; -DR Q5YP79, GSA_NOCFA ; A1SE06, GSA_NOCSJ ; B2J7M9, GSA_NOSP7 ; -DR Q8YS26, GSA_NOSS1 ; Q30WH2, GSA_OLEA2 ; B1ZVF7, GSA_OPITP ; -DR Q6YZE2, GSA_ORYSJ ; A1R898, GSA_PAEAT ; A1TKK8, GSA_PARC0 ; -DR Q7U598, GSA_PARMW ; B2JED5, GSA_PARP8 ; B2T6C2, GSA_PARPJ ; +DR Q14HS1, GSA_FRAT1 ; A7NCX8, GSA_FRATF ; Q2A2U8, GSA_FRATH ; +DR B2SGG7, GSA_FRATM ; A0Q628, GSA_FRATN ; Q0BLC7, GSA_FRATO ; +DR Q5NGB9, GSA_FRATT ; A4IXN8, GSA_FRATW ; Q8RFY7, GSA_FUSNN ; +DR C1A7K7, GSA_GEMAT ; B9LZL6, GSA_GEODF ; Q39QA6, GSA_GEOMG ; +DR Q74GA9, GSA_GEOSL ; A5G9C0, GSA_GEOUR ; B8F7H5, GSA_GLAP5 ; +DR B7KA18, GSA_GLOC7 ; Q7NPI4, GSA_GLOVI ; Q2S8X9, GSA_HAHCH ; +DR A1WYL3, GSA_HALHL ; B9LTZ9, GSA_HALLT ; Q5UZ90, GSA_HALMA ; +DR B0R7L9, GSA_HALS3 ; Q9HMY8, GSA_HALSA ; Q18ES5, GSA_HALWD ; +DR C4K6Y5, GSA_HAMD5 ; Q17X40, GSA_HELAH ; Q7VHK3, GSA_HELHP ; +DR B0TFV0, GSA_HELMI ; B6JKN5, GSA_HELP2 ; B5ZA72, GSA_HELPG ; +DR Q1CUJ7, GSA_HELPH ; Q9ZMD0, GSA_HELPJ ; B2USD7, GSA_HELPS ; +DR P56115, GSA_HELPY ; A9B550, GSA_HERA2 ; A4G8N0, GSA_HERAR ; +DR Q0I3R7, GSA_HISS1 ; B0UST3, GSA_HISS2 ; P18492, GSA_HORVU ; +DR Q31FB1, GSA_HYDCU ; B4U8M6, GSA_HYDS0 ; A2BL27, GSA_HYPBU ; +DR Q5QVP9, GSA_IDILO ; A8AAB3, GSA_IGNH4 ; A6T2A2, GSA_JANMA ; +DR A6W5M6, GSA_KINRD ; B5Y1L5, GSA_KLEP3 ; A6T4V8, GSA_KLEP7 ; +DR B2GL27, GSA_KOCRD ; Q1IHV2, GSA_KORVE ; C1D9B6, GSA_LARHH ; +DR Q1MPW7, GSA_LAWIP ; Q5X529, GSA_LEGPA ; A5IC29, GSA_LEGPC ; +DR Q5ZVA6, GSA_LEGPH ; Q5WWG1, GSA_LEGPL ; Q6AHE8, GSA_LEIXX ; +DR B0SF64, GSA_LEPBA ; Q04NV4, GSA_LEPBJ ; Q04X52, GSA_LEPBL ; +DR B0SNK3, GSA_LEPBP ; B1Y8G2, GSA_LEPCP ; Q75G04, GSA_LEPIC ; +DR Q8EY44, GSA_LEPIN ; A5VM65, GSA_LIMRD ; B2G9H2, GSA_LIMRJ ; +DR A0L3S9, GSA_MAGMM ; Q65U43, GSA_MANSM ; A6VUX8, GSA_MARMS ; +DR A1TYG5, GSA_MARN8 ; A6UWB3, GSA_META3 ; Q8TT57, GSA_METAC ; +DR Q0W5T3, GSA_METAR ; A7I7P2, GSA_METB6 ; Q46CH1, GSA_METBF ; +DR Q12WM7, GSA_METBU ; Q60CV0, GSA_METCA ; Q1GXW0, GSA_METFK ; +DR Q2FTK5, GSA_METHJ ; B3DY05, GSA_METI4 ; Q58020, GSA_METJA ; +DR Q8TYL6, GSA_METKA ; A2SQU3, GSA_METLZ ; A4FZY1, GSA_METM5 ; +DR A9A875, GSA_METM6 ; A6VIL1, GSA_METM7 ; Q8PW58, GSA_METMA ; +DR A3CU65, GSA_METMJ ; Q6M0P5, GSA_METMP ; B8GJJ2, GSA_METPE ; +DR A2SKQ7, GSA_METPP ; A5UML0, GSA_METS3 ; A4YD91, GSA_METS5 ; +DR Q2NF42, GSA_METST ; O26330, GSA_METTH ; A0B885, GSA_METTP ; +DR A6URL2, GSA_METVS ; B0JPW6, GSA_MICAN ; Q2RJ31, GSA_MOOTA ; +DR A0QLG2, GSA_MYCA1 ; B1MHH1, GSA_MYCA9 ; P63507, GSA_MYCBO ; +DR A1KG00, GSA_MYCBP ; C1AKK4, GSA_MYCBT ; A4T358, GSA_MYCGI ; +DR B8ZT67, GSA_MYCLB ; P46716, GSA_MYCLE ; B2HRL5, GSA_MYCMM ; +DR Q73SQ3, GSA_MYCPA ; A0QR33, GSA_MYCS2 ; A3PUB7, GSA_MYCSJ ; +DR A1UAR1, GSA_MYCSK ; Q1BE73, GSA_MYCSS ; A5TZQ4, GSA_MYCTA ; +DR P9WMN8, GSA_MYCTO ; P9WMN9, GSA_MYCTU ; A0PLS0, GSA_MYCUA ; +DR A1T3F2, GSA_MYCVP ; Q1DFA7, GSA_MYXXD ; Q3IT20, GSA_NATPD ; +DR B2A1H4, GSA_NATTJ ; B9LA83, GSA_NAUPA ; Q5FAH9, GSA_NEIG1 ; +DR B4RNX2, GSA_NEIG2 ; A9M1G6, GSA_NEIM0 ; Q9JW10, GSA_NEIMA ; +DR Q9JXW0, GSA_NEIMB ; A1KS34, GSA_NEIMF ; Q0AFV1, GSA_NITEC ; +DR Q82UQ8, GSA_NITEU ; A9A1A0, GSA_NITMS ; Q2Y5Q5, GSA_NITMU ; +DR Q3JDH7, GSA_NITOC ; A6Q2X6, GSA_NITSB ; Q725I1, GSA_NITV2 ; +DR A1V9X6, GSA_NITV4 ; B8DN02, GSA_NITV9 ; Q5YP79, GSA_NOCFA ; +DR A1SE06, GSA_NOCSJ ; B2J7M9, GSA_NOSP7 ; Q8YS26, GSA_NOSS1 ; +DR Q30WH2, GSA_OLEA2 ; B1ZVF7, GSA_OPITP ; Q6YZE2, GSA_ORYSJ ; +DR A1R898, GSA_PAEAT ; A1TKK8, GSA_PARC0 ; Q7U598, GSA_PARMW ; +DR B2JED5, GSA_PARP8 ; B2T6C2, GSA_PARPJ ; A8LCD0, GSA_PARS2 ; DR Q6MAC7, GSA_PARUW ; Q13V40, GSA_PARXL ; Q9CNG9, GSA_PASMU ; DR Q6D1Z0, GSA_PECAS ; C6DC32, GSA_PECCP ; B4SGW1, GSA_PELPB ; DR A1ASE9, GSA_PELPD ; A5D3M2, GSA_PELTS ; C0QQ98, GSA_PERMH ; @@ -145546,8 +146469,8 @@ DR A1WMA0, GSA_VEREI ; A5CXH8, GSA_VESOH ; B7VJJ5, GSA_VIBA3 ; DR A7MUU9, GSA_VIBC1 ; A5F945, GSA_VIBC3 ; Q9KU97, GSA_VIBCH ; DR C3LSN1, GSA_VIBCM ; Q87LY3, GSA_VIBPA ; Q8DBX8, GSA_VIBVU ; DR Q7MHY9, GSA_VIBVY ; Q8D3C8, GSA_WIGBR ; Q7M847, GSA_WOLSU ; -DR Q8PH40, GSA_XANAC ; Q3BPP7, GSA_XANC5 ; Q4UYA7, GSA_XANC8 ; -DR B0RP74, GSA_XANCB ; Q06741, GSA_XANCH ; Q8P5R4, GSA_XANCP ; +DR Q8PH40, GSA_XANAC ; Q4UYA7, GSA_XANC8 ; B0RP74, GSA_XANCB ; +DR Q06741, GSA_XANCH ; Q8P5R4, GSA_XANCP ; Q3BPP7, GSA_XANE5 ; DR Q2P6E4, GSA_XANOM ; B2SKS0, GSA_XANOP ; Q5H3I5, GSA_XANOR ; DR B2I6C2, GSA_XYLF2 ; Q9PB43, GSA_XYLFA ; B0U328, GSA_XYLFM ; DR Q87BW3, GSA_XYLFT ; A1JJQ1, GSA_YERE8 ; A7FM09, GSA_YERP3 ; @@ -145777,9 +146700,9 @@ DR E2IUB0, CASS_KALDA ; Q6Z2X6, CAS_ORYSJ ; A0A125SXN3, LCA_LYCCL ; ID 5.4.99.9 DE UDP-galactopyranose mutase. CA UDP-alpha-D-galactose = UDP-alpha-D-galactofuranose. -DR Q48485, GLF1_KLEPN ; Q48481, GLF8_KLEPN ; P37747, GLF_ECOLI ; -DR Q49398, GLF_MYCGE ; P75499, GLF_MYCPN ; P9WIQ0, GLF_MYCTO ; -DR P9WIQ1, GLF_MYCTU ; +DR Q48485, GLF1_KLEPN ; Q48481, GLF8_KLEPN ; Q4W1X2, GLFA_ASPFM ; +DR P37747, GLF_ECOLI ; Q49398, GLF_MYCGE ; P75499, GLF_MYCPN ; +DR P9WIQ0, GLF_MYCTO ; P9WIQ1, GLF_MYCTU ; // ID 5.4.99.10 DE Transferred entry: 5.4.99.11. @@ -145866,7 +146789,6 @@ DR A9KFZ5, TRUA_COXBN ; A9ND24, TRUA_COXBR ; A7MH65, TRUA_CROS8 ; DR Q0K8H3, TRUA_CUPNH ; Q46YW3, TRUA_CUPPJ ; B3R117, TRUA_CUPTR ; DR Q6A6S8, TRUA_CUTAK ; Q47HQ7, TRUA_DECAR ; Q9RS37, TRUA_DEIRA ; DR A9BNH5, TRUA_DELAS ; B1I1B5, TRUA_DESAP ; A4J151, TRUA_DESRM ; -DR Q72DL8, TRUA_DESVH ; B8DRQ6, TRUA_DESVM ; A1VF73, TRUA_DESVV ; DR B5YDX5, TRUA_DICT6 ; B8E1G5, TRUA_DICTD ; A8LNZ7, TRUA_DINSH ; DR A7ZPD3, TRUA_ECO24 ; B7UFX6, TRUA_ECO27 ; B7MG82, TRUA_ECO45 ; DR B7LBH2, TRUA_ECO55 ; P65845, TRUA_ECO57 ; B5YXV8, TRUA_ECO5E ; @@ -145906,31 +146828,32 @@ DR Q03ZL3, TRUA_LEUMM ; Q03PY8, TRUA_LEVBA ; Q1WSC1, TRUA_LIGS1 ; DR B2GDT8, TRUA_LIMF3 ; A5VLH4, TRUA_LIMRD ; B2G8U7, TRUA_LIMRJ ; DR Q927P1, TRUA_LISIN ; C1KZ13, TRUA_LISMC ; Q71WI0, TRUA_LISMF ; DR B8DB42, TRUA_LISMH ; Q8Y457, TRUA_LISMO ; A0ALT4, TRUA_LISW6 ; -DR B1HMV0, TRUA_LYSSC ; Q2WAT0, TRUA_MAGSA ; Q8CXQ1, TRUA_MALP2 ; -DR Q65TC8, TRUA_MANSM ; Q0ASJ7, TRUA_MARMM ; C6BW69, TRUA_MARSD ; -DR Q6F1W2, TRUA_MESFL ; Q8TU65, TRUA_METAC ; Q0W2P8, TRUA_METAR ; -DR Q46CU8, TRUA_METBF ; Q12VJ7, TRUA_METBU ; B7KVW3, TRUA_METC4 ; -DR Q604P1, TRUA_METCA ; A9W377, TRUA_METEP ; Q1H0L9, TRUA_METFK ; -DR B3E0A0, TRUA_METI4 ; Q59069, TRUA_METJA ; Q8TWZ3, TRUA_METKA ; -DR A2SU30, TRUA_METLZ ; A9A828, TRUA_METM6 ; Q8PWT1, TRUA_METMA ; -DR A3CXX4, TRUA_METMJ ; Q6M0K2, TRUA_METMP ; B8IFQ2, TRUA_METNO ; -DR B1ZGA6, TRUA_METPB ; B8GFU5, TRUA_METPE ; A2SHS6, TRUA_METPP ; -DR B1M6N9, TRUA_METRJ ; A5ULI2, TRUA_METS3 ; B0UP40, TRUA_METS4 ; -DR B8ENG8, TRUA_METSB ; Q2NHB4, TRUA_METST ; O26928, TRUA_METTH ; -DR A0B7V0, TRUA_METTP ; Q2RFT1, TRUA_MOOTA ; P65847, TRUA_MYCBO ; -DR Q2SRI4, TRUA_MYCCT ; Q7NAQ9, TRUA_MYCGA ; P47428, TRUA_MYCGE ; -DR Q9X796, TRUA_MYCLE ; Q6MSQ4, TRUA_MYCMS ; Q73S41, TRUA_MYCPA ; -DR Q50291, TRUA_MYCPN ; P9WHP8, TRUA_MYCTO ; P9WHP9, TRUA_MYCTU ; -DR Q93NE2, TRUA_MYXXA ; P60354, TRUA_NANEQ ; Q3IMP6, TRUA_NATPD ; -DR B2A4Q5, TRUA_NATTJ ; Q5F5V8, TRUA_NEIG1 ; B4RR02, TRUA_NEIG2 ; -DR A9M0B8, TRUA_NEIM0 ; Q9JWF1, TRUA_NEIMA ; Q9JXI2, TRUA_NEIMB ; -DR A1KWB6, TRUA_NEIMF ; Q2GF33, TRUA_NEOSM ; Q0AGX7, TRUA_NITEC ; -DR Q820P8, TRUA_NITEU ; Q1QH76, TRUA_NITHX ; Q3JCC0, TRUA_NITOC ; -DR Q3SN27, TRUA_NITWN ; Q5Z1K7, TRUA_NOCFA ; Q8YPK5, TRUA_NOSS1 ; -DR Q8CXP1, TRUA_OCEIH ; Q04G54, TRUA_OENOB ; Q30XU3, TRUA_OLEA2 ; -DR P60351, TRUA_ONYPE ; A5CET3, TRUA_ORITB ; B3CSN9, TRUA_ORITI ; -DR A1TLH0, TRUA_PARC0 ; A6LDA7, TRUA_PARD8 ; A1AZF2, TRUA_PARDP ; -DR A7HPQ3, TRUA_PARL1 ; Q7TTT1, TRUA_PARMW ; B2JQE6, TRUA_PARP8 ; +DR B1HMV0, TRUA_LYSSC ; Q8CXQ1, TRUA_MALP2 ; Q65TC8, TRUA_MANSM ; +DR Q0ASJ7, TRUA_MARMM ; C6BW69, TRUA_MARSD ; Q6F1W2, TRUA_MESFL ; +DR Q8TU65, TRUA_METAC ; Q0W2P8, TRUA_METAR ; Q46CU8, TRUA_METBF ; +DR Q12VJ7, TRUA_METBU ; B7KVW3, TRUA_METC4 ; Q604P1, TRUA_METCA ; +DR A9W377, TRUA_METEP ; Q1H0L9, TRUA_METFK ; B3E0A0, TRUA_METI4 ; +DR Q59069, TRUA_METJA ; Q8TWZ3, TRUA_METKA ; A2SU30, TRUA_METLZ ; +DR A9A828, TRUA_METM6 ; Q8PWT1, TRUA_METMA ; A3CXX4, TRUA_METMJ ; +DR Q6M0K2, TRUA_METMP ; B8IFQ2, TRUA_METNO ; B1ZGA6, TRUA_METPB ; +DR B8GFU5, TRUA_METPE ; A2SHS6, TRUA_METPP ; B1M6N9, TRUA_METRJ ; +DR A5ULI2, TRUA_METS3 ; B0UP40, TRUA_METS4 ; B8ENG8, TRUA_METSB ; +DR Q2NHB4, TRUA_METST ; O26928, TRUA_METTH ; A0B7V0, TRUA_METTP ; +DR Q2RFT1, TRUA_MOOTA ; P65847, TRUA_MYCBO ; Q2SRI4, TRUA_MYCCT ; +DR Q7NAQ9, TRUA_MYCGA ; P47428, TRUA_MYCGE ; Q9X796, TRUA_MYCLE ; +DR Q6MSQ4, TRUA_MYCMS ; Q73S41, TRUA_MYCPA ; Q50291, TRUA_MYCPN ; +DR P9WHP8, TRUA_MYCTO ; P9WHP9, TRUA_MYCTU ; Q93NE2, TRUA_MYXXA ; +DR P60354, TRUA_NANEQ ; Q3IMP6, TRUA_NATPD ; B2A4Q5, TRUA_NATTJ ; +DR Q5F5V8, TRUA_NEIG1 ; B4RR02, TRUA_NEIG2 ; A9M0B8, TRUA_NEIM0 ; +DR Q9JWF1, TRUA_NEIMA ; Q9JXI2, TRUA_NEIMB ; A1KWB6, TRUA_NEIMF ; +DR Q2GF33, TRUA_NEOSM ; Q0AGX7, TRUA_NITEC ; Q820P8, TRUA_NITEU ; +DR Q1QH76, TRUA_NITHX ; Q3JCC0, TRUA_NITOC ; Q72DL8, TRUA_NITV2 ; +DR A1VF73, TRUA_NITV4 ; B8DRQ6, TRUA_NITV9 ; Q3SN27, TRUA_NITWN ; +DR Q5Z1K7, TRUA_NOCFA ; Q8YPK5, TRUA_NOSS1 ; Q8CXP1, TRUA_OCEIH ; +DR Q04G54, TRUA_OENOB ; Q30XU3, TRUA_OLEA2 ; P60351, TRUA_ONYPE ; +DR A5CET3, TRUA_ORITB ; B3CSN9, TRUA_ORITI ; A1TLH0, TRUA_PARC0 ; +DR A6LDA7, TRUA_PARD8 ; A1AZF2, TRUA_PARDP ; A7HPQ3, TRUA_PARL1 ; +DR Q2WAT0, TRUA_PARM1 ; Q7TTT1, TRUA_PARMW ; B2JQE6, TRUA_PARP8 ; DR B2T9N4, TRUA_PARPJ ; Q13S27, TRUA_PARXL ; P57861, TRUA_PASMU ; DR Q6D2N7, TRUA_PECAS ; B4SA76, TRUA_PELPB ; A1AUF4, TRUA_PELPD ; DR Q4FNF9, TRUA_PELUB ; A9BGW7, TRUA_PETMO ; Q7MB17, TRUA_PHOLL ; @@ -146008,8 +146931,8 @@ DR B7VL84, TRUA_VIBA3 ; A7MS76, TRUA_VIBC1 ; A5F2T4, TRUA_VIBC3 ; DR Q9KTA4, TRUA_VIBCH ; C3LTP7, TRUA_VIBCM ; Q87MP1, TRUA_VIBPA ; DR Q8CWK3, TRUA_VIBVU ; Q7M7J4, TRUA_VIBVY ; Q8D2P5, TRUA_WIGBR ; DR Q73G93, TRUA_WOLPM ; B3CMC1, TRUA_WOLPP ; Q7M9U3, TRUA_WOLSU ; -DR C0R4F9, TRUA_WOLWR ; Q8PJ25, TRUA_XANAC ; Q3BRL0, TRUA_XANC5 ; -DR Q4UWD5, TRUA_XANC8 ; B0RR81, TRUA_XANCB ; Q8P7R5, TRUA_XANCP ; +DR C0R4F9, TRUA_WOLWR ; Q8PJ25, TRUA_XANAC ; Q4UWD5, TRUA_XANC8 ; +DR B0RR81, TRUA_XANCB ; Q8P7R5, TRUA_XANCP ; Q3BRL0, TRUA_XANE5 ; DR Q2P0T9, TRUA_XANOM ; B2SVP0, TRUA_XANOP ; Q5GXR2, TRUA_XANOR ; DR A7IKI9, TRUA_XANP2 ; B2I9J0, TRUA_XYLF2 ; Q9PDK6, TRUA_XYLFA ; DR B0U6K4, TRUA_XYLFM ; Q87DS1, TRUA_XYLFT ; A7FGM1, TRUA_YERP3 ; @@ -146026,8 +146949,7 @@ DE 4-carboxymethyl-4-methylbutenolide mutase. AN 4-methyl-2-enelactone methyl-isomerase. AN 4-methyl-3-enelactone methyl isomerase. AN 4-methylmuconolactone methylisomerase. -CA 4-carboxymethyl-4-methylbut-2-en-1,4-olide = 4-carboxymethyl-3-methylbut- -CA 2-en-1,4-olide. +CA 4-methylmuconolactone = 3-methylmuconolactone. // ID 5.4.99.15 DE (1->4)-alpha-D-glucan 1-alpha-D-glucosylmutase. @@ -146232,38 +147154,37 @@ DR Q4AAX7, TRUB_COXBU ; A7MQD9, TRUB_CROS8 ; Q1LLR8, TRUB_CUPMC ; DR Q46ZP3, TRUB_CUPPJ ; B3R1E2, TRUB_CUPTR ; Q6A7P0, TRUB_CUTAK ; DR Q47D96, TRUB_DECAR ; Q3Z7U5, TRUB_DEHM1 ; A5FQR4, TRUB_DEHMB ; DR Q3ZXU5, TRUB_DEHMC ; C1D1L3, TRUB_DEIDV ; Q1J0C1, TRUB_DEIGD ; -DR Q9RUQ9, TRUB_DEIRA ; Q6AJY7, TRUB_DESPS ; Q72ER4, TRUB_DESVH ; -DR B8DN09, TRUB_DESVM ; A8LL26, TRUB_DINSH ; A7ZS63, TRUB_ECO24 ; -DR P60342, TRUB_ECO57 ; A8A4Y2, TRUB_ECOHS ; A1AG71, TRUB_ECOK1 ; -DR Q0TCU3, TRUB_ECOL5 ; P60341, TRUB_ECOL6 ; B1IQV5, TRUB_ECOLC ; -DR P60340, TRUB_ECOLI ; Q1R6H2, TRUB_ECOUT ; Q3YSC6, TRUB_EHRCJ ; -DR Q2GGA2, TRUB_EHRCR ; Q5FHK7, TRUB_EHRRG ; Q5HBH8, TRUB_EHRRW ; -DR B1GZN9, TRUB_ENDTX ; A4WEY1, TRUB_ENT38 ; Q9RB36, TRUB_FLAJ1 ; -DR B0TXH9, TRUB_FRAP2 ; Q14G67, TRUB_FRAT1 ; A7NAR1, TRUB_FRATF ; -DR Q2A4N1, TRUB_FRATH ; A0Q7W5, TRUB_FRATN ; Q0BN06, TRUB_FRATO ; -DR Q5NER4, TRUB_FRATT ; A4IWL0, TRUB_FRATW ; Q8R5X8, TRUB_FUSNN ; -DR Q5L0I5, TRUB_GEOKA ; Q39VA3, TRUB_GEOMG ; P60344, TRUB_GEOSL ; -DR A4IME0, TRUB_GEOTN ; A5GF89, TRUB_GEOUR ; B7KGX7, TRUB_GLOC7 ; -DR Q7MBB8, TRUB_GLOVI ; A9HF26, TRUB_GLUDA ; Q5FQM1, TRUB_GLUOX ; -DR P59878, TRUB_HAEDU ; Q4QK43, TRUB_HAEI8 ; A5UBU2, TRUB_HAEIE ; -DR A5UF28, TRUB_HAEIG ; P45142, TRUB_HAEIN ; Q2SML1, TRUB_HAHCH ; -DR Q9KA80, TRUB_HALH5 ; A1WXU9, TRUB_HALHL ; Q5UXH1, TRUB_HALMA ; -DR B0R686, TRUB_HALS3 ; Q9HPA4, TRUB_HALSA ; C4K3E8, TRUB_HAMD5 ; -DR Q7U330, TRUB_HELHP ; B0THR7, TRUB_HELMI ; Q8GB99, TRUB_HELMO ; -DR Q0I3P3, TRUB_HISS1 ; B0UU15, TRUB_HISS2 ; Q31GK3, TRUB_HYDCU ; -DR Q5QTZ0, TRUB_IDILO ; Q28K11, TRUB_JANSC ; A6TEI5, TRUB_KLEP7 ; -DR B1L793, TRUB_KORCO ; Q5FJN8, TRUB_LACAC ; B3WER2, TRUB_LACCB ; -DR Q1G9Q1, TRUB_LACDA ; Q049V7, TRUB_LACDB ; Q044B5, TRUB_LACGA ; -DR Q74IT0, TRUB_LACJO ; Q9CGH0, TRUB_LACLA ; A2RL47, TRUB_LACLM ; -DR Q02Z55, TRUB_LACLS ; Q038M8, TRUB_LACP3 ; A9KNW1, TRUB_LACP7 ; -DR Q88VL5, TRUB_LACPL ; Q38W87, TRUB_LATSS ; Q5X1C5, TRUB_LEGPA ; -DR A5IHU5, TRUB_LEGPC ; Q5ZRV6, TRUB_LEGPH ; Q5WT38, TRUB_LEGPL ; -DR Q6AG41, TRUB_LEIXX ; Q72NX5, TRUB_LEPIC ; Q8CXU1, TRUB_LEPIN ; -DR Q03QT7, TRUB_LEVBA ; Q1WUF2, TRUB_LIGS1 ; A5VJE2, TRUB_LIMRD ; -DR Q92C26, TRUB_LISIN ; Q71ZZ4, TRUB_LISMF ; Q8Y7F3, TRUB_LISMO ; -DR A0AIC9, TRUB_LISW6 ; Q8CXQ2, TRUB_MALP2 ; Q65SL2, TRUB_MANSM ; -DR Q0AK64, TRUB_MARMM ; A6VU31, TRUB_MARMS ; A1U5Z8, TRUB_MARN8 ; -DR Q6F1I4, TRUB_MESFL ; Q601U7, TRUB_MESH2 ; Q6KHH8, TRUB_MESM1 ; +DR Q9RUQ9, TRUB_DEIRA ; Q6AJY7, TRUB_DESPS ; A8LL26, TRUB_DINSH ; +DR A7ZS63, TRUB_ECO24 ; P60342, TRUB_ECO57 ; A8A4Y2, TRUB_ECOHS ; +DR A1AG71, TRUB_ECOK1 ; Q0TCU3, TRUB_ECOL5 ; P60341, TRUB_ECOL6 ; +DR B1IQV5, TRUB_ECOLC ; P60340, TRUB_ECOLI ; Q1R6H2, TRUB_ECOUT ; +DR Q3YSC6, TRUB_EHRCJ ; Q2GGA2, TRUB_EHRCR ; Q5FHK7, TRUB_EHRRG ; +DR Q5HBH8, TRUB_EHRRW ; B1GZN9, TRUB_ENDTX ; A4WEY1, TRUB_ENT38 ; +DR Q9RB36, TRUB_FLAJ1 ; B0TXH9, TRUB_FRAP2 ; Q14G67, TRUB_FRAT1 ; +DR A7NAR1, TRUB_FRATF ; Q2A4N1, TRUB_FRATH ; A0Q7W5, TRUB_FRATN ; +DR Q0BN06, TRUB_FRATO ; Q5NER4, TRUB_FRATT ; A4IWL0, TRUB_FRATW ; +DR Q8R5X8, TRUB_FUSNN ; Q5L0I5, TRUB_GEOKA ; Q39VA3, TRUB_GEOMG ; +DR P60344, TRUB_GEOSL ; A4IME0, TRUB_GEOTN ; A5GF89, TRUB_GEOUR ; +DR B7KGX7, TRUB_GLOC7 ; Q7MBB8, TRUB_GLOVI ; A9HF26, TRUB_GLUDA ; +DR Q5FQM1, TRUB_GLUOX ; P59878, TRUB_HAEDU ; Q4QK43, TRUB_HAEI8 ; +DR A5UBU2, TRUB_HAEIE ; A5UF28, TRUB_HAEIG ; P45142, TRUB_HAEIN ; +DR Q2SML1, TRUB_HAHCH ; Q9KA80, TRUB_HALH5 ; A1WXU9, TRUB_HALHL ; +DR Q5UXH1, TRUB_HALMA ; B0R686, TRUB_HALS3 ; Q9HPA4, TRUB_HALSA ; +DR C4K3E8, TRUB_HAMD5 ; Q7U330, TRUB_HELHP ; B0THR7, TRUB_HELMI ; +DR Q8GB99, TRUB_HELMO ; Q0I3P3, TRUB_HISS1 ; B0UU15, TRUB_HISS2 ; +DR Q31GK3, TRUB_HYDCU ; Q5QTZ0, TRUB_IDILO ; Q28K11, TRUB_JANSC ; +DR A6TEI5, TRUB_KLEP7 ; B1L793, TRUB_KORCO ; Q5FJN8, TRUB_LACAC ; +DR B3WER2, TRUB_LACCB ; Q1G9Q1, TRUB_LACDA ; Q049V7, TRUB_LACDB ; +DR Q044B5, TRUB_LACGA ; Q74IT0, TRUB_LACJO ; Q9CGH0, TRUB_LACLA ; +DR A2RL47, TRUB_LACLM ; Q02Z55, TRUB_LACLS ; Q038M8, TRUB_LACP3 ; +DR A9KNW1, TRUB_LACP7 ; Q88VL5, TRUB_LACPL ; Q38W87, TRUB_LATSS ; +DR Q5X1C5, TRUB_LEGPA ; A5IHU5, TRUB_LEGPC ; Q5ZRV6, TRUB_LEGPH ; +DR Q5WT38, TRUB_LEGPL ; Q6AG41, TRUB_LEIXX ; Q72NX5, TRUB_LEPIC ; +DR Q8CXU1, TRUB_LEPIN ; Q03QT7, TRUB_LEVBA ; Q1WUF2, TRUB_LIGS1 ; +DR A5VJE2, TRUB_LIMRD ; Q92C26, TRUB_LISIN ; Q71ZZ4, TRUB_LISMF ; +DR Q8Y7F3, TRUB_LISMO ; A0AIC9, TRUB_LISW6 ; Q8CXQ2, TRUB_MALP2 ; +DR Q65SL2, TRUB_MANSM ; Q0AK64, TRUB_MARMM ; A6VU31, TRUB_MARMS ; +DR A1U5Z8, TRUB_MARN8 ; Q6F1I4, TRUB_MESFL ; Q601U7, TRUB_MESH2 ; DR A6UWC6, TRUB_META3 ; Q8TRR5, TRUB_METAC ; Q46GC3, TRUB_METBF ; DR Q609C2, TRUB_METCA ; Q1GXD4, TRUB_METFK ; Q57612, TRUB_METJA ; DR Q8TZ08, TRUB_METKA ; A4G0N3, TRUB_METM5 ; A9A8X7, TRUB_METM6 ; @@ -146271,13 +147192,14 @@ DR A6VHV2, TRUB_METM7 ; Q8PV20, TRUB_METMA ; Q6LWM3, TRUB_METMP ; DR O26140, TRUB_METTH ; B0JJJ5, TRUB_MICAN ; Q2RJM2, TRUB_MOOTA ; DR A0QIX1, TRUB_MYCA1 ; B1MD72, TRUB_MYCA9 ; P62189, TRUB_MYCBO ; DR A1KMD6, TRUB_MYCBP ; Q2SSF2, TRUB_MYCCT ; P59879, TRUB_MYCGA ; -DR Q9Z5I4, TRUB_MYCLE ; Q6MTR0, TRUB_MYCMS ; Q73VW3, TRUB_MYCPA ; -DR Q98Q19, TRUB_MYCPU ; A3PY88, TRUB_MYCSJ ; A1UET1, TRUB_MYCSK ; -DR Q1BA81, TRUB_MYCSS ; A5U6E6, TRUB_MYCTA ; P9WHP6, TRUB_MYCTO ; -DR P9WHP7, TRUB_MYCTU ; A0PQD9, TRUB_MYCUA ; P60346, TRUB_NANEQ ; -DR Q5F8W8, TRUB_NEIG1 ; B4RMB1, TRUB_NEIG2 ; Q9JTX5, TRUB_NEIMA ; -DR Q9JYY1, TRUB_NEIMB ; Q820P2, TRUB_NITEU ; Q2Y7W4, TRUB_NITMU ; -DR Q3J9B8, TRUB_NITOC ; A6Q522, TRUB_NITSB ; Q3SWP7, TRUB_NITWN ; +DR Q9Z5I4, TRUB_MYCLE ; Q6KHH8, TRUB_MYCM1 ; Q6MTR0, TRUB_MYCMS ; +DR Q73VW3, TRUB_MYCPA ; Q98Q19, TRUB_MYCPU ; A3PY88, TRUB_MYCSJ ; +DR A1UET1, TRUB_MYCSK ; Q1BA81, TRUB_MYCSS ; A5U6E6, TRUB_MYCTA ; +DR P9WHP6, TRUB_MYCTO ; P9WHP7, TRUB_MYCTU ; A0PQD9, TRUB_MYCUA ; +DR P60346, TRUB_NANEQ ; Q5F8W8, TRUB_NEIG1 ; B4RMB1, TRUB_NEIG2 ; +DR Q9JTX5, TRUB_NEIMA ; Q9JYY1, TRUB_NEIMB ; Q820P2, TRUB_NITEU ; +DR Q2Y7W4, TRUB_NITMU ; Q3J9B8, TRUB_NITOC ; A6Q522, TRUB_NITSB ; +DR Q72ER4, TRUB_NITV2 ; B8DN09, TRUB_NITV9 ; Q3SWP7, TRUB_NITWN ; DR Q5YSE0, TRUB_NOCFA ; Q8YWR1, TRUB_NOSS1 ; Q2G5F3, TRUB_NOVAD ; DR Q8CXG9, TRUB_OCEIH ; Q04ED7, TRUB_OENOB ; Q30WI7, TRUB_OLEA2 ; DR Q6YQY6, TRUB_ONYPE ; B1ZX46, TRUB_OPITP ; A1R520, TRUB_PAEAT ; @@ -146347,8 +147269,8 @@ DR B5ZBG4, TRUB_UREU1 ; A1WLI1, TRUB_VEREI ; B7VJH5, TRUB_VIBA3 ; DR A7MZI3, TRUB_VIBC1 ; A5F928, TRUB_VIBC3 ; Q9KU78, TRUB_VIBCH ; DR C3LSQ0, TRUB_VIBCM ; Q87M04, TRUB_VIBPA ; Q8DBV8, TRUB_VIBVU ; DR Q7MI11, TRUB_VIBVY ; Q8D2X8, TRUB_WIGBR ; B3CM19, TRUB_WOLPP ; -DR Q7M9J1, TRUB_WOLSU ; Q8PJ57, TRUB_XANAC ; Q3BRP7, TRUB_XANC5 ; -DR Q4UWA0, TRUB_XANC8 ; B0RRB6, TRUB_XANCB ; Q8P7U9, TRUB_XANCP ; +DR Q7M9J1, TRUB_WOLSU ; Q8PJ57, TRUB_XANAC ; Q4UWA0, TRUB_XANC8 ; +DR B0RRB6, TRUB_XANCB ; Q8P7U9, TRUB_XANCP ; Q3BRP7, TRUB_XANE5 ; DR Q2P0X3, TRUB_XANOM ; Q5GXV1, TRUB_XANOR ; Q9PGR1, TRUB_XYLFA ; DR Q87EV2, TRUB_XYLFT ; A1JIX1, TRUB_YERE8 ; O34273, TRUB_YEREN ; DR A7FMS0, TRUB_YERP3 ; Q1CC09, TRUB_YERPA ; Q8ZBC4, TRUB_YERPE ; @@ -146434,8 +147356,8 @@ DR C6A1K9, TRUD_THESM ; Q72IG5, TRUD_THET2 ; Q5SI49, TRUD_THET8 ; DR Q978K9, TRUD_THEVO ; A7MTT9, TRUD_VIBC1 ; A5F9D8, TRUD_VIBC3 ; DR Q9KUJ0, TRUD_VIBCH ; C3LS20, TRUD_VIBCM ; Q87LQ4, TRUD_VIBPA ; DR Q8DC58, TRUD_VIBVU ; Q7MHQ6, TRUD_VIBVY ; P59893, TRUD_WOLSU ; -DR Q8PLR6, TRUD_XANAC ; Q3BUS6, TRUD_XANC5 ; Q4UTP6, TRUD_XANC8 ; -DR B0RU01, TRUD_XANCB ; Q8P9Y9, TRUD_XANCP ; Q2P1L2, TRUD_XANOM ; +DR Q8PLR6, TRUD_XANAC ; Q4UTP6, TRUD_XANC8 ; B0RU01, TRUD_XANCB ; +DR Q8P9Y9, TRUD_XANCP ; Q3BUS6, TRUD_XANE5 ; Q2P1L2, TRUD_XANOM ; DR Q5GYK8, TRUD_XANOR ; A1JJT6, TRUD_YERE8 ; A7FLX6, TRUD_YERP3 ; DR Q1C476, TRUD_YERPA ; B2K579, TRUD_YERPB ; Q8ZBP8, TRUD_YERPE ; DR A9R117, TRUD_YERPG ; Q1CLR4, TRUD_YERPN ; A4TPZ9, TRUD_YERPP ; @@ -146672,7 +147594,7 @@ DR E7DN64, DAMS_SOLLC ; // ID 5.4.99.56 DE tirucalladienol synthase. -CA (S)-2,3-epoxysqualene = tirucalladienol. +CA (S)-2,3-epoxysqualene = tirucalla-7,24-dien-3beta-ol. CC -!- The product from Arabidopsis thaliana is 85% tirucalla-7,24-dien- CC 3beta-ol with trace amounts of other triterpenoids. DR Q9LVY2, PEN3_ARATH ; @@ -146829,8 +147751,7 @@ DR I3VE77, HCMA_AQUTE ; I3VE74, HCMB_AQUTE ; // ID 5.4.99.65 DE pre-alpha-onocerin synthase. -CA (3S,22S)-2,3:22,23-diepoxy-2,3,22,23-tetrahydrosqualene = pre-alpha- -CA onocerin. +CA (3S,22S)-2,3:22,23-diepoxysqualene = pre-alpha-onocerin. CC -!- Isolated from the plant Lycopodium clavatum. CC -!- The enzyme does not act on (3S)-2,3-epoxy-2,3-dihydrosqualene and CC does not form any alpha-onocerin. @@ -146943,7 +147864,7 @@ DR A0A2U7XUH7, CHIL1_HUMLU; A0A2U7XUE3, CHIL2_HUMLU; ID 5.5.1.7 DE chloromuconate cycloisomerase. AN muconate cycloisomerase II. -CA (2R)-2-chloro-2,5-dihydro-5-oxofuran-2-acetate = 3-chloro-cis,cis- +CA 2-[(2R)-2-chloro-2,5-dihydro-5-oxofuryl]acetate = 3-chloro-cis,cis- CA muconate + H(+). CC -!- Spontaneous elimination of HCl produces cis-4-carboxymethylenebut-2- CC en-4-olide. @@ -146985,7 +147906,7 @@ CC -!- Both rings of pinene are cleaved in the reaction. // ID 5.5.1.11 DE dichloromuconate cycloisomerase. -CA 2,4-dichloro-5-oxo-2,5-dihydro-2-furylacetate = (2E,4E)-2,4- +CA 2-(2,4-dichloro-5-oxo-2,5-dihydrofuryl)acetate = (2E,4E)-2,4- CA dichloromuconate + H(+). CC -!- The product of cyclisomerization of dichloro-cis,cis-muconate CC spontaneously eliminates chloride to produce cis-4-carboxymethylene- @@ -147027,8 +147948,9 @@ DR Q41771, AN1_MAIZE ; A0A1D6K6U5, CPPS2_MAIZE; G3E4M6, CPS1_ISOER ; DR A0A5P8DI15, CPS1_ISOJA ; Q6ET36, CPS1_ORYSJ ; G3E4M4, CPS2_ISOER ; DR Q5MQ85, CPS2_ORYSI ; Q6Z5I0, CPS2_ORYSJ ; A0A3G1QTU5, CPS3_ISOER ; DR A0A1W6QDJ1, CPS4_ISORU ; A0A1X9ISN9, CPS5_ISORU ; A0A0U3LQ20, CPS5_SALMI ; -DR Q9UVY5, CPSKS_GIBFU; O13284, CPSKS_PHASA; Q5KSN5, ECDPS_STREO; -DR S0EA85, GA6_GIBF5 ; Q38802, KSA_ARATH ; O04408, KSA_PEA ; +DR Q9UVY5, CPSKS_GIBFU; O13284, CPSKS_PHASA; A5A8G0, CPSKS_PHYPA; +DR Q5KSN5, ECDPS_STREO; S0EA85, GA6_GIBF5 ; Q38802, KSA_ARATH ; +DR O04408, KSA_PEA ; // ID 5.5.1.14 DE syn-copalyl-diphosphate synthase. @@ -147253,6 +148175,24 @@ CC stereoisomers responsible for the psychoactive effects catnip has on CC cats. DR A0A3Q8GLE8, NEPS3_NEPRA; // +ID 5.5.1.36 +DE hapalindole U synthase. +CA 3-geranyl-3-[(Z)-2-isocyanoethenyl]-1H-indole = hapalindole U. +CC -!- Requires Ca(2+). +CC -!- The enzyme, which belongs to the Stig cyclases, has been +CC characterized from multiple species of the cyanobacterial genera +CC Fischerella and Westiellopsis. +CC -!- Stig cyclases catalyze a three step process including a Cope +CC rearrangement, 6-exo-trig cyclization and electrophilic aromatic +CC substitution. +CC -!- The enzyme is a heterodimer of two different proteins (AmbU1 and +CC AmbU4). On their own, AmbU1 catalyzes a different reaction, producing +CC 12-epi-hapalindole U (cf. EC 5.5.1.32) while AmbU4 appears to be +CC inactive. +CC -!- Formation of hapalindole U leads to the biosynthesis of additional +CC terpenoid indole alkaloids such as hapalindole G, ambiguine H, +CC and ambiguine A. +// ID 5.5.1.n1 DE Transferred entry: 5.4.99.62. // @@ -147318,6 +148258,7 @@ CC -!- The motor domain, which contains the ATP- and microtubule-binding CC activities, is located at the N-terminus while the C-terminus links CC to the cargo being transported. CC -!- Formerly EC 3.6.4.4. +DR O60333, KIF1B_HUMAN; Q60575, KIF1B_MOUSE; O88658, KIF1B_RAT ; // ID 5.6.1.4 DE minus-end-directed kinesin ATPase. @@ -147548,7 +148489,7 @@ DR A1BHS5, CH60_CHLPD ; A4SDP9, CH60_CHLPM ; B0B9L8, CH60_CHLT2 ; DR B3QSM9, CH60_CHLT3 ; Q3KMQ9, CH60_CHLTA ; B0BB97, CH60_CHLTB ; DR Q8KF02, CH60_CHLTE ; P0C0Z7, CH60_CHLTR ; A0M7D9, CH60_CHRFK ; DR Q1QVJ7, CH60_CHRSD ; B5E9Y2, CH60_CITBB ; A8AMQ6, CH60_CITK8 ; -DR A5CTX3, CH60_CLAM3 ; B0RAY1, CH60_CLAMS ; P30717, CH60_CLOAB ; +DR A5CTX3, CH60_CLAM3 ; B0RAY1, CH60_CLASE ; P30717, CH60_CLOAB ; DR A7FYP3, CH60_CLOB1 ; C3KUC8, CH60_CLOB6 ; A6LQ87, CH60_CLOB8 ; DR B2UZ02, CH60_CLOBA ; B2TIX0, CH60_CLOBB ; A5I723, CH60_CLOBH ; DR C1FLV5, CH60_CLOBJ ; B1IFD4, CH60_CLOBK ; A7GIN3, CH60_CLOBL ; @@ -147567,8 +148508,7 @@ DR Q3ZYW8, CH60_DEHMC ; C1CZP1, CH60_DEIDV ; Q1IW59, CH60_DEIGD ; DR Q9RWQ9, CH60_DEIRA ; Q9R5K5, CH60_DELAC ; A9BXL3, CH60_DELAS ; DR B8FM86, CH60_DESAL ; B1I661, CH60_DESAP ; B8J123, CH60_DESDA ; DR B8FNT7, CH60_DESHD ; Q24QE3, CH60_DESHY ; A8ZU48, CH60_DESOH ; -DR Q6ARV6, CH60_DESPS ; A4J8H4, CH60_DESRM ; Q72AL6, CH60_DESVH ; -DR B8DJC4, CH60_DESVM ; A1VCQ0, CH60_DESVV ; A5EX17, CH60_DICNV ; +DR Q6ARV6, CH60_DESPS ; A4J8H4, CH60_DESRM ; A5EX17, CH60_DICNV ; DR B5YDR9, CH60_DICT6 ; B8E1A9, CH60_DICTD ; A8LJP9, CH60_DINSH ; DR A7ZV12, CH60_ECO24 ; B7UPW3, CH60_ECO27 ; B7MKU8, CH60_ECO45 ; DR B7LC02, CH60_ECO55 ; P0A6F7, CH60_ECO57 ; B5Z2F2, CH60_ECO5E ; @@ -147623,34 +148563,35 @@ DR B2GAI0, CH60_LIMF3 ; A5VIE9, CH60_LIMRD ; B2G5X7, CH60_LIMRJ ; DR Q929V0, CH60_LISIN ; C1KX21, CH60_LISMC ; Q71XU6, CH60_LISMF ; DR B8DH59, CH60_LISMH ; Q9AGE6, CH60_LISMO ; A0AKH5, CH60_LISW6 ; DR B1HT15, CH60_LYSSC ; B9E899, CH60_MACCJ ; A0L4C9, CH60_MAGMM ; -DR Q2WAW8, CH60_MAGSA ; Q8CXQ7, CH60_MALP2 ; Q65VE4, CH60_MANSM ; -DR Q0AS40, CH60_MARMM ; A6VWY0, CH60_MARMS ; A1U292, CH60_MARN8 ; -DR P86206, CH60_MESAU ; Q8TGX7, CH60_METAC ; A7I798, CH60_METB6 ; -DR Q46CA1, CH60_METBF ; Q1H4F2, CH60_METFK ; Q2FPN5, CH60_METHJ ; -DR B3DZP5, CH60_METI4 ; Q8PW06, CH60_METMA ; B1ZAU5, CH60_METPB ; -DR A2SCV1, CH60_METPP ; B1LVA0, CH60_METRJ ; B8ER20, CH60_METSB ; -DR Q9WWL4, CH60_METSS ; A6UNR2, CH60_METVS ; P63038, CH60_MOUSE ; -DR Q48883, CH60_MYCAG ; Q48884, CH60_MYCAS ; Q48900, CH60_MYCAV ; -DR Q49093, CH60_MYCCH ; Q49025, CH60_MYCCI ; Q49155, CH60_MYCFA ; -DR Q49160, CH60_MYCFO ; Q7MBB2, CH60_MYCGA ; P47632, CH60_MYCGE ; -DR Q49374, CH60_MYCGN ; Q49375, CH60_MYCGO ; Q49373, CH60_MYCGS ; -DR Q49564, CH60_MYCIT ; Q49594, CH60_MYCKA ; Q50212, CH60_MYCMA ; -DR Q50220, CH60_MYCMR ; Q50255, CH60_MYCNO ; Q50270, CH60_MYCPH ; -DR P78012, CH60_MYCPN ; Q50271, CH60_MYCPV ; Q50373, CH60_MYCRH ; -DR Q50382, CH60_MYCSC ; Q50383, CH60_MYCSH ; P80673, CH60_MYCSM ; -DR Q50826, CH60_MYCUL ; Q50827, CH60_MYCVA ; Q50852, CH60_MYCXE ; -DR B2A5V3, CH60_NATTJ ; B9L698, CH60_NAUPA ; P48215, CH60_NEIFL ; -DR Q5F541, CH60_NEIG1 ; B4RRA1, CH60_NEIG2 ; P29842, CH60_NEIGO ; -DR A9M0Q6, CH60_NEIM0 ; P57006, CH60_NEIMA ; P42385, CH60_NEIMB ; -DR A1KW52, CH60_NEIMF ; P48214, CH60_NEORS ; O32606, CH60_NEOSE ; -DR Q2GDC6, CH60_NEOSM ; Q1XDD8, CH60_NEOYE ; Q0AJH9, CH60_NITEC ; -DR Q82Y60, CH60_NITEU ; Q2Y6I6, CH60_NITMU ; Q3J729, CH60_NITOC ; -DR A6Q2B4, CH60_NITSB ; Q9AFC5, CH60_NOCAS ; Q2G2Z4, CH60_NOVAD ; -DR Q8CXL3, CH60_OCEIH ; Q04E64, CH60_OENOB ; Q30YH6, CH60_OLEA2 ; -DR Q8KM30, CH60_OLEAN ; Q6YR94, CH60_ONYPE ; A5CDL9, CH60_ORITB ; -DR B3CQ26, CH60_ORITI ; P16625, CH60_ORITS ; O66218, CH60_PANAN ; -DR A1TKQ5, CH60_PARC0 ; A6LIG0, CH60_PARD8 ; Q9Z462, CH60_PARDE ; -DR Q9KI71, CH60_PARDN ; A1B877, CH60_PARDP ; A7HQQ0, CH60_PARL1 ; +DR Q8CXQ7, CH60_MALP2 ; Q65VE4, CH60_MANSM ; Q0AS40, CH60_MARMM ; +DR A6VWY0, CH60_MARMS ; A1U292, CH60_MARN8 ; P86206, CH60_MESAU ; +DR Q8TGX7, CH60_METAC ; A7I798, CH60_METB6 ; Q46CA1, CH60_METBF ; +DR Q1H4F2, CH60_METFK ; Q2FPN5, CH60_METHJ ; B3DZP5, CH60_METI4 ; +DR Q8PW06, CH60_METMA ; B1ZAU5, CH60_METPB ; A2SCV1, CH60_METPP ; +DR B1LVA0, CH60_METRJ ; B8ER20, CH60_METSB ; Q9WWL4, CH60_METSS ; +DR A6UNR2, CH60_METVS ; P63038, CH60_MOUSE ; Q48883, CH60_MYCAG ; +DR Q48884, CH60_MYCAS ; Q48900, CH60_MYCAV ; Q49093, CH60_MYCCH ; +DR Q49025, CH60_MYCCI ; Q49155, CH60_MYCFA ; Q49160, CH60_MYCFO ; +DR Q7MBB2, CH60_MYCGA ; P47632, CH60_MYCGE ; Q49374, CH60_MYCGN ; +DR Q49375, CH60_MYCGO ; Q49373, CH60_MYCGS ; Q49564, CH60_MYCIT ; +DR Q49594, CH60_MYCKA ; Q50212, CH60_MYCMA ; Q50220, CH60_MYCMR ; +DR Q50255, CH60_MYCNO ; Q50270, CH60_MYCPH ; P78012, CH60_MYCPN ; +DR Q50271, CH60_MYCPV ; Q50373, CH60_MYCRH ; Q50382, CH60_MYCSC ; +DR Q50383, CH60_MYCSH ; P80673, CH60_MYCSM ; Q50826, CH60_MYCUL ; +DR Q50827, CH60_MYCVA ; Q50852, CH60_MYCXE ; B2A5V3, CH60_NATTJ ; +DR B9L698, CH60_NAUPA ; P48215, CH60_NEIFL ; Q5F541, CH60_NEIG1 ; +DR B4RRA1, CH60_NEIG2 ; P29842, CH60_NEIGO ; A9M0Q6, CH60_NEIM0 ; +DR P57006, CH60_NEIMA ; P42385, CH60_NEIMB ; A1KW52, CH60_NEIMF ; +DR P48214, CH60_NEORS ; O32606, CH60_NEOSE ; Q2GDC6, CH60_NEOSM ; +DR Q1XDD8, CH60_NEOYE ; Q0AJH9, CH60_NITEC ; Q82Y60, CH60_NITEU ; +DR Q2Y6I6, CH60_NITMU ; Q3J729, CH60_NITOC ; A6Q2B4, CH60_NITSB ; +DR Q72AL6, CH60_NITV2 ; A1VCQ0, CH60_NITV4 ; B8DJC4, CH60_NITV9 ; +DR Q9AFC5, CH60_NOCAS ; Q2G2Z4, CH60_NOVAD ; Q8CXL3, CH60_OCEIH ; +DR Q04E64, CH60_OENOB ; Q30YH6, CH60_OLEA2 ; Q8KM30, CH60_OLEAN ; +DR Q6YR94, CH60_ONYPE ; A5CDL9, CH60_ORITB ; B3CQ26, CH60_ORITI ; +DR P16625, CH60_ORITS ; O66218, CH60_PANAN ; A1TKQ5, CH60_PARC0 ; +DR A6LIG0, CH60_PARD8 ; Q9Z462, CH60_PARDE ; Q9KI71, CH60_PARDN ; +DR A1B877, CH60_PARDP ; A7HQQ0, CH60_PARL1 ; Q2WAW8, CH60_PARM1 ; DR B2JFE0, CH60_PARP8 ; B2T0I0, CH60_PARPJ ; Q8VV84, CH60_PARTM ; DR Q59687, CH60_PASMU ; Q6D9J0, CH60_PECAS ; O66220, CH60_PECCC ; DR C6DKC7, CH60_PECCP ; Q03H05, CH60_PEDPA ; B4SEN1, CH60_PELPB ; @@ -147733,8 +148674,8 @@ DR Q9AFA5, CH60_TSUPA ; P97086, CH60_TSUTY ; C5CPP8, CH60_VARPS ; DR A1WL05, CH60_VEREI ; A5CWP6, CH60_VESOH ; A7MX54, CH60_VIBC1 ; DR Q9ANR9, CH60_WIGBR ; Q73I71, CH60_WOLPM ; B3CL71, CH60_WOLPP ; DR Q7MAE3, CH60_WOLSU ; Q5GST5, CH60_WOLTR ; C0R2V3, CH60_WOLWR ; -DR Q8PPZ1, CH60_XANAC ; Q3BY61, CH60_XANC5 ; Q4UZA7, CH60_XANC8 ; -DR B0RN52, CH60_XANCB ; Q8RIT7, CH60_XANCH ; Q8PD23, CH60_XANCP ; +DR Q8PPZ1, CH60_XANAC ; Q4UZA7, CH60_XANC8 ; B0RN52, CH60_XANCB ; +DR Q8RIT7, CH60_XANCH ; Q8PD23, CH60_XANCP ; Q3BY61, CH60_XANE5 ; DR Q2NY29, CH60_XANOM ; B2SJG4, CH60_XANOP ; Q5GUT1, CH60_XANOR ; DR B2I7D4, CH60_XYLF2 ; Q9PFP2, CH60_XYLFA ; B0U418, CH60_XYLFM ; DR Q87BC0, CH60_XYLFT ; A1JIP3, CH60_YERE8 ; P48219, CH60_YEREN ; @@ -148007,12 +148948,44 @@ CC -!- Once every 500-2000 nucleotides, primase is stimulated by DnaB CC helicase to synthesize a primer at the replication fork. CC -!- This primer is elongated by the lagging strand half of DNA polymerase CC III holoenzyme. +DR A1CJ34, CHL1_ASPCL ; Q4WWE9, CHL1_ASPFU ; A2QY22, CHL1_ASPNC ; +DR Q2U587, CHL1_ASPOR ; Q21489, CHL1_CAEEL ; Q5AD67, CHL1_CANAL ; +DR Q6FKT4, CHL1_CANGA ; Q1E5T3, CHL1_COCIM ; Q6BZD9, CHL1_DEBHA ; +DR Q750G3, CHL1_EREGS ; Q6CIF0, CHL1_KLULA ; A5DUW8, CHL1_LODEL ; +DR A1D8E4, CHL1_NEOFI ; A7UXD4, CHL1_NEUCR ; A5DNW6, CHL1_PICGU ; +DR A3LN13, CHL1_PICST ; O14147, CHL1_SCHPO ; A7ERG1, CHL1_SCLS1 ; +DR A7TTL0, CHL1_VANPO ; Q6CAX3, CHL1_YARLI ; A6ZWN8, CHL1_YEAS7 ; +DR P22516, CHL1_YEAST ; F1R345, DDX11_DANRE; Q96FC9, DDX11_HUMAN; +DR Q6AXC6, DDX11_MOUSE; Q8X7X9, DING_ECO57 ; Q8FJN1, DING_ECOL6 ; +DR P27296, DING_ECOLI ; P64315, DING_MYCBO ; A5U229, DING_MYCTA ; +DR P9WMR4, DING_MYCTO ; P9WMR5, DING_MYCTU ; P29741, DING_PHOPR ; +DR Q57RD7, DING_SALCH ; Q5PG19, DING_SALPA ; Q8ZQN7, DING_SALTY ; +DR Q83LU7, DING_SHIFL ; P57611, DNAB_BUCAI ; Q8K932, DNAB_BUCAP ; +DR Q89A52, DNAB_BUCBP ; Q8X5V3, DNAB_ECO57 ; Q8FB22, DNAB_ECOL6 ; +DR P0ACB0, DNAB_ECOLI ; Q9X4C9, DNAB_GEOSE ; O78411, DNAB_GUITH ; +DR P45256, DNAB_HAEIN ; Q9ZJM5, DNAB_HELPJ ; O25916, DNAB_HELPY ; +DR Q6ABX1, DNAB_LEIXX ; P59966, DNAB_MYCBO ; P47340, DNAB_MYCGE ; +DR Q9F5P4, DNAB_MYCIT ; P46394, DNAB_MYCLE ; P75539, DNAB_MYCPN ; +DR P9WMR2, DNAB_MYCTO ; P9WMR3, DNAB_MYCTU ; Q1XDF3, DNAB_NEOYE ; +DR Q8YZA1, DNAB_NOSS1 ; Q9CNL6, DNAB_PASMU ; P51333, DNAB_PORPU ; +DR O30477, DNAB_RHOMR ; Q1RI04, DNAB_RICBR ; Q92HG8, DNAB_RICCN ; +DR Q4UL62, DNAB_RICFE ; Q9ZD08, DNAB_RICPR ; Q68WJ2, DNAB_RICTY ; +DR P0A1Q5, DNAB_SALTI ; P0A1Q4, DNAB_SALTY ; P0ACB1, DNAB_SHIFL ; +DR Q55418, DNAB_SYNY3 ; O83097, DNAB_TREPA ; P49519, DNAB_TRICV ; +DR P37469, DNAC_BACSU ; Q8W4M7, ERCC2_ARATH; A6QLJ0, ERCC2_BOVIN; +DR Q60452, ERCC2_CRIGR; Q55G81, ERCC2_DICDI; P18074, ERCC2_HUMAN; +DR O08811, ERCC2_MOUSE; Q3YK19, FANCJ_CHICK; Q9BX63, FANCJ_HUMAN; +DR Q5SXJ3, FANCJ_MOUSE; A0A8J1M587, FANCJ_XENLA; Q46437, GP1D_CHLMU ; +DR Q46259, GP1D_CHLPS ; B0BCM3, GP1D_CHLT2 ; P0CE16, GP1D_CHLTH ; DR F0NDL2, HELS_SULIR ; Q974S1, HELS_SULTO ; Q5ZIW1, PEO1_CHICK ; DR Q9VL76, PEO1_DROME ; Q96RR1, PEO1_HUMAN ; Q8CIW5, PEO1_MOUSE ; -DR O34481, RECD2_BACSU; Q9RT63, RECD2_DEIRA; P57530, RECD_BUCAI ; -DR Q8K9A8, RECD_BUCAP ; Q89AB2, RECD_BUCBP ; P04993, RECD_ECOLI ; -DR P45158, RECD_HAEIN ; A0QS28, RECD_MYCS2 ; P9WHJ0, RECD_MYCTO ; -DR P9WHJ1, RECD_MYCTU ; Q86YA3, ZGRF1_HUMAN; Q0VGT4, ZGRF1_MOUSE; +DR P26659, RAD15_SCHPO; P06839, RAD3_YEAST ; O34481, RECD2_BACSU; +DR Q9RT63, RECD2_DEIRA; P57530, RECD_BUCAI ; Q8K9A8, RECD_BUCAP ; +DR Q89AB2, RECD_BUCBP ; P04993, RECD_ECOLI ; P45158, RECD_HAEIN ; +DR A0QS28, RECD_MYCS2 ; P9WHJ0, RECD_MYCTO ; P9WHJ1, RECD_MYCTU ; +DR P03006, VG12_BPP22 ; Q4JC68, XPD_SULAC ; Q9HM14, XPD_THEAC ; +DR Q58352, Y942_METJA ; P76257, YOAA_ECOLI ; P44680, YOAA_HAEIN ; +DR P50831, YPVA_BACSU ; Q86YA3, ZGRF1_HUMAN; Q0VGT4, ZGRF1_MOUSE; // ID 5.6.2.4 DE DNA 3'-5' helicase. @@ -148088,48 +149061,146 @@ DR Q5LY80, ADDA_STRT1 ; Q5M2T7, ADDA_STRT2 ; Q03IZ8, ADDA_STRTD ; DR B9DRV0, ADDA_STRU0 ; Q67MD5, ADDA_SYMTH ; Q0AXU8, ADDA_SYNWW ; DR B0KDB7, ADDA_THEP3 ; B0K213, ADDA_THEPX ; O18017, BLM_CAEEL ; DR Q9I920, BLM_CHICK ; Q9VGI8, BLM_DROME ; P54132, BLM_HUMAN ; -DR O88700, BLM_MOUSE ; Q9DEY9, BLM_XENLA ; Q9VDA0, FANCM_DROME; -DR F1ND48, FBH1_CHICK ; Q8NFZ0, FBH1_HUMAN ; Q8K2I9, FBH1_MOUSE ; -DR Q9USU3, FBH1_SCHPO ; P15038, HELD_ECOLI ; Q9YFQ8, HELS_AERPE ; -DR P0DMI1, HELS_ARCFU ; A8MB76, HELS_CALMQ ; Q5UYM9, HELS_HALMA ; -DR B0R7Q2, HELS_HALS3 ; Q9HMV6, HELS_HALSA ; Q8TL39, HELS_METAC ; -DR Q0W6L1, HELS_METAR ; A7IB61, HELS_METB6 ; Q465R3, HELS_METBF ; -DR Q12WZ6, HELS_METBU ; Q58524, HELS_METJA ; Q8PZR7, HELS_METMA ; -DR O26901, HELS_METTH ; A6UN73, HELS_METVS ; Q3IU46, HELS_NATPD ; -DR Q9V0A9, HELS_PYRAB ; A3MSA1, HELS_PYRCJ ; O73946, HELS_PYRFU ; -DR O59025, HELS_PYRHO ; Q97VY9, HELS_SACS2 ; D0KN27, HELS_SACS9 ; -DR Q4JC00, HELS_SULAC ; F0NDL2, HELS_SULIR ; Q974S1, HELS_SULTO ; -DR Q9HJX7, HELS_THEAC ; Q5JGV6, HELS_THEKO ; Q97AI2, HELS_THEVO ; -DR Q12039, HMI1_YEAST ; Q09811, HUS2_SCHPO ; O34580, PCRA_BACSU ; -DR P56255, PCRA_GEOSE ; Q9S3Q0, PCRA_LEUCI ; Q53727, PCRA_STAA8 ; -DR Q5HEL7, PCRA_STAAC ; P64318, PCRA_STAAM ; P64319, PCRA_STAAN ; -DR Q6GFF2, PCRA_STAAR ; Q6G828, PCRA_STAAS ; Q8NVT1, PCRA_STAAW ; -DR Q5HN29, PCRA_STAEQ ; Q8CRT9, PCRA_STAES ; O51578, RECB_BORBU ; -DR P57529, RECB_BUCAI ; Q8K9A9, RECB_BUCAP ; Q89AB3, RECB_BUCBP ; -DR Q9PLT8, RECB_CHLMU ; Q9Z7G7, RECB_CHLPN ; O84645, RECB_CHLTR ; -DR P08394, RECB_ECOLI ; P45157, RECB_HAEIN ; A0QS29, RECB_MYCS2 ; -DR P9WMQ2, RECB_MYCTO ; P9WMQ3, RECB_MYCTU ; A8WK63, RECQ1_CAEBR; -DR Q9TXJ8, RECQ1_CAEEL; P46063, RECQ1_HUMAN; Q9Z129, RECQ1_MOUSE; -DR Q5RF63, RECQ1_PONAB; Q6AYJ1, RECQ1_RAT ; Q9FT73, RECQ2_ARATH; -DR O94761, RECQ4_HUMAN; Q75NR7, RECQ4_MOUSE; O94762, RECQ5_HUMAN; -DR Q8VID5, RECQ5_MOUSE; D4ACP5, RECQ5_RAT ; O34748, RECQ_BACSU ; -DR P15043, RECQ_ECOLI ; P71359, RECQ_HAEIN ; Q9CL21, RECQ_PASMU ; -DR P40724, RECQ_SALTY ; P73421, RECQ_SYNY3 ; P50729, RECS_BACSU ; -DR P57654, REP_BUCAI ; O51889, REP_BUCAP ; Q89A21, REP_BUCBP ; -DR P09980, REP_ECOLI ; P44804, REP_HAEIN ; Q9L6S1, REP_SALTY ; -DR Q9FT74, RQL1_ARATH ; Q9FT72, RQL3_ARATH ; Q8L840, RQL4A_ARATH; -DR Q9FT70, RQL4B_ARATH; Q0WVW7, RQL5_ARATH ; Q9FT69, RQSIM_ARATH; -DR P35187, SGS1_YEAST ; D1KF50, SRS2L_ARATH; Q10213, SRS2_SCHPO ; -DR P12954, SRS2_YEAST ; P0CT33, TLH1_SCHPO ; Q1RKN3, TLH2_SCHPO ; -DR P0A5A4, UVRD1_MYCBO; Q9CD72, UVRD1_MYCLE; P9WMQ0, UVRD1_MYCTO; -DR P9WMQ1, UVRD1_MYCTU; P64321, UVRD2_MYCBO; P53528, UVRD2_MYCLE; -DR P9WMP8, UVRD2_MYCTO; P9WMP9, UVRD2_MYCTU; P03018, UVRD_ECOLI ; -DR Q02322, UVRD_HAEIN ; P45612, UVRD_MYCCT ; P47486, UVRD_MYCGE ; -DR P75437, UVRD_MYCPN ; Q1RIP8, UVRD_RICBR ; Q92HZ6, UVRD_RICCN ; -DR Q4ULN5, UVRD_RICFE ; Q9ZD95, UVRD_RICPR ; Q68WT1, UVRD_RICTY ; -DR Q05311, UVRD_SALTY ; Q19546, WRN_CAEEL ; Q14191, WRN_HUMAN ; -DR O09053, WRN_MOUSE ; O93530, WRN_XENLA ; P75438, Y340_MYCPN ; -DR O31626, YJCD_BACSU ; Q5UR49, YR568_MIMIV; +DR O88700, BLM_MOUSE ; Q9DEY9, BLM_XENLA ; Q1RMT1, ERCC3_BOVIN; +DR Q5ZKK7, ERCC3_CHICK; Q7ZVV1, ERCC3_DANRE; O00835, ERCC3_DICDI; +DR Q02870, ERCC3_DROME; P19447, ERCC3_HUMAN; Q60HG1, ERCC3_MACFA; +DR P49135, ERCC3_MOUSE; Q5RA62, ERCC3_PONAB; Q4G005, ERCC3_RAT ; +DR O13768, ERCC3_SCHPO; Q9VDA0, FANCM_DROME; F1ND48, FBH1_CHICK ; +DR Q8NFZ0, FBH1_HUMAN ; Q8K2I9, FBH1_MOUSE ; Q9USU3, FBH1_SCHPO ; +DR P15038, HELD_ECOLI ; Q9YFQ8, HELS_AERPE ; P0DMI1, HELS_ARCFU ; +DR A8MB76, HELS_CALMQ ; Q5UYM9, HELS_HALMA ; B0R7Q2, HELS_HALS3 ; +DR Q9HMV6, HELS_HALSA ; Q8TL39, HELS_METAC ; Q0W6L1, HELS_METAR ; +DR A7IB61, HELS_METB6 ; Q465R3, HELS_METBF ; Q12WZ6, HELS_METBU ; +DR Q58524, HELS_METJA ; Q8PZR7, HELS_METMA ; O26901, HELS_METTH ; +DR A6UN73, HELS_METVS ; Q3IU46, HELS_NATPD ; Q9V0A9, HELS_PYRAB ; +DR A3MSA1, HELS_PYRCJ ; O73946, HELS_PYRFU ; O59025, HELS_PYRHO ; +DR Q97VY9, HELS_SACS2 ; D0KN27, HELS_SACS9 ; Q4JC00, HELS_SULAC ; +DR F0NDL2, HELS_SULIR ; Q974S1, HELS_SULTO ; Q9HJX7, HELS_THEAC ; +DR Q5JGV6, HELS_THEKO ; Q97AI2, HELS_THEVO ; Q12039, HMI1_YEAST ; +DR Q09811, HUS2_SCHPO ; P13894, LT_BFPYV ; P14999, LT_POVBA ; +DR P0DOJ4, LT_POVBG ; P03071, LT_POVBK ; P24851, LT_POVBO ; +DR P03075, LT_POVHA ; P03072, LT_POVJC ; P0DOI7, LT_POVK3 ; +DR P0DOI6, LT_POVK6 ; P0DOI5, LT_POVKI ; P04008, LT_POVLY ; +DR P0DOJ6, LT_POVM1 ; P0DOJ5, LT_POVM3 ; P03073, LT_POVMA ; +DR P12905, LT_POVMC ; P24597, LT_POVMK ; Q3L6L5, LT_POVS1 ; +DR A8Y984, LT_POVSM ; A5HBG1, LT_POVWU ; P03070, LT_SV40 ; +DR O34580, PCRA_BACSU ; P56255, PCRA_GEOSE ; Q9S3Q0, PCRA_LEUCI ; +DR Q53727, PCRA_STAA8 ; Q5HEL7, PCRA_STAAC ; P64318, PCRA_STAAM ; +DR P64319, PCRA_STAAN ; Q6GFF2, PCRA_STAAR ; Q6G828, PCRA_STAAS ; +DR Q8NVT1, PCRA_STAAW ; Q5HN29, PCRA_STAEQ ; Q8CRT9, PCRA_STAES ; +DR Q6E6J3, RAD25_ANTLO; Q8SSK1, RAD25_ENCCU; A9CRJ7, RAD25_ENTBH; +DR Q5V5F7, RAD25_HALMA; Q9HPZ2, RAD25_HALSA; C4V922, RAD25_VAIC1; +DR Q00578, RAD25_YEAST; O51578, RECB_BORBU ; P57529, RECB_BUCAI ; +DR Q8K9A9, RECB_BUCAP ; Q89AB3, RECB_BUCBP ; Q9PLT8, RECB_CHLMU ; +DR Q9Z7G7, RECB_CHLPN ; O84645, RECB_CHLTR ; P08394, RECB_ECOLI ; +DR P45157, RECB_HAEIN ; A0QS29, RECB_MYCS2 ; P9WMQ2, RECB_MYCTO ; +DR P9WMQ3, RECB_MYCTU ; A8WK63, RECQ1_CAEBR; Q9TXJ8, RECQ1_CAEEL; +DR P46063, RECQ1_HUMAN; Q9Z129, RECQ1_MOUSE; Q5RF63, RECQ1_PONAB; +DR Q6AYJ1, RECQ1_RAT ; Q9FT73, RECQ2_ARATH; O94761, RECQ4_HUMAN; +DR Q75NR7, RECQ4_MOUSE; O94762, RECQ5_HUMAN; Q8VID5, RECQ5_MOUSE; +DR D4ACP5, RECQ5_RAT ; O34748, RECQ_BACSU ; P15043, RECQ_ECOLI ; +DR P71359, RECQ_HAEIN ; Q9CL21, RECQ_PASMU ; P40724, RECQ_SALTY ; +DR P73421, RECQ_SYNY3 ; P50729, RECS_BACSU ; P57654, REP_BUCAI ; +DR O51889, REP_BUCAP ; Q89A21, REP_BUCBP ; P09980, REP_ECOLI ; +DR P44804, REP_HAEIN ; Q9L6S1, REP_SALTY ; Q9FT74, RQL1_ARATH ; +DR Q9FT72, RQL3_ARATH ; Q8L840, RQL4A_ARATH; Q9FT70, RQL4B_ARATH; +DR Q0WVW7, RQL5_ARATH ; Q9FT69, RQSIM_ARATH; P35187, SGS1_YEAST ; +DR D1KF50, SRS2L_ARATH; Q10213, SRS2_SCHPO ; P12954, SRS2_YEAST ; +DR P0CT33, TLH1_SCHPO ; Q1RKN3, TLH2_SCHPO ; P0A5A4, UVRD1_MYCBO; +DR Q9CD72, UVRD1_MYCLE; P9WMQ0, UVRD1_MYCTO; P9WMQ1, UVRD1_MYCTU; +DR P64321, UVRD2_MYCBO; P53528, UVRD2_MYCLE; P9WMP8, UVRD2_MYCTO; +DR P9WMP9, UVRD2_MYCTU; P03018, UVRD_ECOLI ; Q02322, UVRD_HAEIN ; +DR P45612, UVRD_MYCCT ; P47486, UVRD_MYCGE ; P75437, UVRD_MYCPN ; +DR Q1RIP8, UVRD_RICBR ; Q92HZ6, UVRD_RICCN ; Q4ULN5, UVRD_RICFE ; +DR Q9ZD95, UVRD_RICPR ; Q68WT1, UVRD_RICTY ; Q05311, UVRD_SALTY ; +DR Q19546, WRN_CAEEL ; Q14191, WRN_HUMAN ; O09053, WRN_MOUSE ; +DR O93530, WRN_XENLA ; Q38861, XPB1_ARATH ; Q971U1, XPB1_SULTO ; +DR Q9FUG4, XPB2_ARATH ; Q970I2, XPB2_SULTO ; Q381F9, XPBR_TRYB2 ; +DR O29889, XPB_ARCFU ; A6WE36, XPB_KINRD ; O53873, XPB_MYCTU ; +DR Q580W5, XPB_TRYB2 ; P75438, Y340_MYCPN ; O31626, YJCD_BACSU ; +DR Q5UR49, YR568_MIMIV; +// +ID 5.6.2.5 +DE RNA 5'-3' helicase. +CA n ATP + n H2O + wound RNA = n ADP + n phosphate + unwound RNA. +CC -!- RNA helicases, which participate in nearly all aspects of RNA +CC metabolism, utilize the energy from ATP hydrolysis to unwind RNA. +CC -!- The engine core of helicases is usually made of a pair of RecA-like +CC domains that form an NTP binding cleft at their interface. +CC -!- Changes in the chemical state of the NTP binding cleft (binding of +CC the NTP or its hydrolysis products) alter the relative positions of +CC the RecA-like domains and nucleic acid-binding domains, creating +CC structural motions that disrupt the pairing of the nucleic acid, +CC causing separation and unwinding. +CC -!- Most RNA helicases utilize a mechanism known as canonical duplex +CC unwinding, in which the helicase binds to a single stranded region +CC adjacent to the duplex and then translocates along the bound strand +CC with defined directionality, displacing the complementary strand. +CC -!- Most of these helicases proceed 3' to 5' (type A polarity - cf. +CC EC 5.6.2.6), but some proceed 5' to 3' (type B polarity), and some +CC are able to catalyze unwinding in either direction. +CC -!- Most canonically operating helicases require substrates with single +CC stranded regions in a defined orientation (polarity) with respect to +CC the duplex. +CC -!- A different class of RNA helicases, EC 5.6.2.7, use a different +CC mechanism and unwind short stretches of RNA with no translocation. +DR O07635, PHOH2_BACSU; A0R2V5, PHOH2_MYCS2; O53443, PHOH2_MYCTU; +DR D6Y851, PHOH2_THEBD; +// +ID 5.6.2.6 +DE RNA 3'-5' helicase. +CA n ATP + n H2O + wound RNA = n ADP + n phosphate + unwound RNA. +CC -!- RNA helicases, which participate in nearly all aspects of RNA +CC metabolism, utilize the energy from ATP hydrolysis to unwind RNA. +CC -!- The engine core of helicases is usually made of a pair of RecA-like +CC domains that form an NTP binding cleft at their interface. +CC -!- Changes in the chemical state of the NTP binding cleft (binding of +CC the NTP or its hydrolysis products) alter the relative positions of +CC the RecA-like domains and nucleic acid-binding domains, creating +CC structural motions that disrupt the pairing of the nucleic acid, +CC causing separation and unwinding. +CC -!- Most RNA helicases utilize a mechanism known as canonical duplex +CC unwinding, in which the helicase binds to a single stranded region +CC adjacent to the duplex and then translocates along the bound strand +CC with defined directionality, displacing the complementary strand. +CC -!- Most of these helicases proceed 3' to 5' (type A polarity), but some +CC proceed 5' to 3' (type B polarity - cf. EC 5.6.2.5), and some are +CC able to catalyze unwinding in either direction. +CC -!- Most canonically operating helicases require substrates with single +CC stranded regions in a defined orientation (polarity) with respect to +CC the duplex. +CC -!- A different class of RNA helicases, EC 5.6.2.7, use a different +CC mechanism and unwind short stretches of RNA with no translocation. +// +ID 5.6.2.7 +DE DEAD-box RNA helicase. +CA ATP + H2O + wound RNA = ADP + phosphate + unwound RNA. +CC -!- RNA helicases, which participate in nearly all aspects of RNA +CC metabolism, utilize the energy from ATP hydrolysis to unwind RNA. +CC -!- The engine core of helicases is usually made of a pair of RecA-like +CC domains that form an NTP binding cleft at their interface. +CC -!- Changes in the chemical state of the NTP binding cleft (binding of +CC the NTP or its hydrolysis products) alter the relative positions of +CC the RecA-like domains and nucleic acid-binding domains, creating +CC structural motions that disrupt the pairing of the nucleic acid, +CC causing separation and unwinding. +CC -!- While most RNA helicases utilize a mechanism known as canonical +CC duplex unwinding and translocate along the RNA (cf. EC 5.6.2.5 and +CC EC 5.6.2.6), DEAD-box RNA helicases differ by unwinding RNA via the +CC local strand separation mechanism, which does not involve +CC translocation. +CC -!- These helicases load directly on the duplex region, aided by single +CC stranded or structured nucleic acid regions. +CC -!- Upon loading, the DEAD-box protein locally opens the duplex strands. +CC This step requires binding of ATP, which is not hydrolyzed. +CC -!- The local helix opening causes the remaining basepairs to dissociate +CC without further action from the enzyme. +CC -!- Unwinding occurs without apparent polarity, and is limited to +CC relatively short distances. +CC -!- ATP hydrolysis is required for release of the DEAD-box protein from +CC the RNA. +CC -!- The name originates from the sequence D-E-A-D, which is found in +CC Motif II of these proteins. // ID 5.99.1.1 DE thiocyanate isomerase. @@ -148228,38 +149299,37 @@ DR Q475S5, SYY_CUPPJ ; Q6A7W0, SYY_CUTAK ; Q11UV9, SYY_CYTH3 ; DR Q47B76, SYY_DECAR ; Q3Z8V6, SYY_DEHM1 ; Q3ZX03, SYY_DEHMC ; DR Q9RR63, SYY_DEIRA ; B8FGS9, SYY_DESAL ; B8G0N6, SYY_DESHD ; DR Q251G4, SYY_DESHY ; A8ZUK6, SYY_DESOH ; Q6AJ82, SYY_DESPS ; -DR Q72DH6, SYY_DESVH ; A8LQM0, SYY_DINSH ; A7ZM99, SYY_ECO24 ; -DR B7URX8, SYY_ECO27 ; B7M9Z1, SYY_ECO45 ; B7L5J0, SYY_ECO55 ; -DR P0AGK0, SYY_ECO57 ; B5Z471, SYY_ECO5E ; B7NTZ5, SYY_ECO7I ; -DR B7MVB5, SYY_ECO81 ; B7M0J4, SYY_ECO8A ; C4ZYA0, SYY_ECOBW ; -DR B1XFU9, SYY_ECODH ; A8A0I0, SYY_ECOHS ; A1ABI2, SYY_ECOK1 ; -DR Q8FH88, SYY_ECOL6 ; B1IQB7, SYY_ECOLC ; P0AGJ9, SYY_ECOLI ; -DR B7NB91, SYY_ECOLU ; B6IB76, SYY_ECOSE ; B1LEP9, SYY_ECOSM ; -DR Q1RBF8, SYY_ECOUT ; Q3YT49, SYY_EHRCJ ; Q2GI13, SYY_EHRCR ; -DR Q5FF40, SYY_EHRRG ; Q5HCB5, SYY_EHRRW ; A4W9W0, SYY_ENT38 ; -DR B2VEN3, SYY_ERWT9 ; B7LQN3, SYY_ESCF3 ; A5FMI1, SYY_FLAJ1 ; -DR A6GW04, SYY_FLAPJ ; Q5NGY5, SYY_FRATT ; Q8RH57, SYY_FUSNN ; -DR Q5KW48, SYY_GEOKA ; Q39WF4, SYY_GEOMG ; P00952, SYY_GEOSE ; -DR Q74E25, SYY_GEOSL ; Q7ND21, SYY_GLOVI ; Q5FR80, SYY_GLUOX ; -DR Q7VN81, SYY_HAEDU ; Q4QL45, SYY_HAEI8 ; P43836, SYY_HAEIN ; -DR Q2S8Y9, SYY_HAHCH ; Q9K7X9, SYY_HALH5 ; B9LTA6, SYY_HALLT ; -DR Q5V4J1, SYY_HALMA ; B0R7E0, SYY_HALS3 ; Q9HN62, SYY_HALSA ; -DR C4K4B6, SYY_HAMD5 ; Q7VHY1, SYY_HELHP ; Q9ZL69, SYY_HELPJ ; -DR P56417, SYY_HELPY ; Q31E84, SYY_HYDCU ; Q5QVP5, SYY_IDILO ; -DR A6WCS8, SYY_KINRD ; B5XWP0, SYY_KLEP3 ; A6T9Y5, SYY_KLEP7 ; -DR Q5FMI6, SYY_LACAC ; Q1GBW9, SYY_LACDA ; Q04CC7, SYY_LACDB ; -DR A8YX30, SYY_LACH4 ; Q74LL0, SYY_LACJO ; Q9CIH5, SYY_LACLA ; -DR A2RIB1, SYY_LACLM ; Q031T7, SYY_LACLS ; A9KMS8, SYY_LACP7 ; -DR Q88TV5, SYY_LACPL ; C1DCW5, SYY_LARHH ; Q38XK7, SYY_LATSS ; -DR Q5X7H7, SYY_LEGPA ; Q5ZY07, SYY_LEGPH ; Q5WYX4, SYY_LEGPL ; -DR Q6AGC2, SYY_LEIXX ; Q72RP6, SYY_LEPIC ; Q8F411, SYY_LEPIN ; -DR B1MW54, SYY_LEUCK ; Q03UK8, SYY_LEUMM ; Q7B9Y9, SYY_LEVBR ; -DR Q1WSF8, SYY_LIGS1 ; B2GF15, SYY_LIMF3 ; A5VHU6, SYY_LIMRD ; -DR Q92BB1, SYY_LISIN ; C1KVP5, SYY_LISMC ; Q71Z70, SYY_LISMF ; -DR B8DHE4, SYY_LISMH ; Q8Y6T4, SYY_LISMO ; A0AJ48, SYY_LISW6 ; -DR B9E7E5, SYY_MACCJ ; Q2W2T6, SYY_MAGSA ; Q8EUX2, SYY_MALP2 ; -DR Q65T71, SYY_MANSM ; Q6F0M8, SYY_MESFL ; Q601Y5, SYY_MESH2 ; -DR Q4A8U9, SYY_MESH7 ; Q4AAX3, SYY_MESHJ ; Q6KH97, SYY_MESM1 ; +DR A8LQM0, SYY_DINSH ; A7ZM99, SYY_ECO24 ; B7URX8, SYY_ECO27 ; +DR B7M9Z1, SYY_ECO45 ; B7L5J0, SYY_ECO55 ; P0AGK0, SYY_ECO57 ; +DR B5Z471, SYY_ECO5E ; B7NTZ5, SYY_ECO7I ; B7MVB5, SYY_ECO81 ; +DR B7M0J4, SYY_ECO8A ; C4ZYA0, SYY_ECOBW ; B1XFU9, SYY_ECODH ; +DR A8A0I0, SYY_ECOHS ; A1ABI2, SYY_ECOK1 ; Q8FH88, SYY_ECOL6 ; +DR B1IQB7, SYY_ECOLC ; P0AGJ9, SYY_ECOLI ; B7NB91, SYY_ECOLU ; +DR B6IB76, SYY_ECOSE ; B1LEP9, SYY_ECOSM ; Q1RBF8, SYY_ECOUT ; +DR Q3YT49, SYY_EHRCJ ; Q2GI13, SYY_EHRCR ; Q5FF40, SYY_EHRRG ; +DR Q5HCB5, SYY_EHRRW ; A4W9W0, SYY_ENT38 ; B2VEN3, SYY_ERWT9 ; +DR B7LQN3, SYY_ESCF3 ; A5FMI1, SYY_FLAJ1 ; A6GW04, SYY_FLAPJ ; +DR Q5NGY5, SYY_FRATT ; Q8RH57, SYY_FUSNN ; Q5KW48, SYY_GEOKA ; +DR Q39WF4, SYY_GEOMG ; P00952, SYY_GEOSE ; Q74E25, SYY_GEOSL ; +DR Q7ND21, SYY_GLOVI ; Q5FR80, SYY_GLUOX ; Q7VN81, SYY_HAEDU ; +DR Q4QL45, SYY_HAEI8 ; P43836, SYY_HAEIN ; Q2S8Y9, SYY_HAHCH ; +DR Q9K7X9, SYY_HALH5 ; B9LTA6, SYY_HALLT ; Q5V4J1, SYY_HALMA ; +DR B0R7E0, SYY_HALS3 ; Q9HN62, SYY_HALSA ; C4K4B6, SYY_HAMD5 ; +DR Q7VHY1, SYY_HELHP ; Q9ZL69, SYY_HELPJ ; P56417, SYY_HELPY ; +DR Q31E84, SYY_HYDCU ; Q5QVP5, SYY_IDILO ; A6WCS8, SYY_KINRD ; +DR B5XWP0, SYY_KLEP3 ; A6T9Y5, SYY_KLEP7 ; Q5FMI6, SYY_LACAC ; +DR Q1GBW9, SYY_LACDA ; Q04CC7, SYY_LACDB ; A8YX30, SYY_LACH4 ; +DR Q74LL0, SYY_LACJO ; Q9CIH5, SYY_LACLA ; A2RIB1, SYY_LACLM ; +DR Q031T7, SYY_LACLS ; A9KMS8, SYY_LACP7 ; Q88TV5, SYY_LACPL ; +DR C1DCW5, SYY_LARHH ; Q38XK7, SYY_LATSS ; Q5X7H7, SYY_LEGPA ; +DR Q5ZY07, SYY_LEGPH ; Q5WYX4, SYY_LEGPL ; Q6AGC2, SYY_LEIXX ; +DR Q72RP6, SYY_LEPIC ; Q8F411, SYY_LEPIN ; B1MW54, SYY_LEUCK ; +DR Q03UK8, SYY_LEUMM ; Q7B9Y9, SYY_LEVBR ; Q1WSF8, SYY_LIGS1 ; +DR B2GF15, SYY_LIMF3 ; A5VHU6, SYY_LIMRD ; Q92BB1, SYY_LISIN ; +DR C1KVP5, SYY_LISMC ; Q71Z70, SYY_LISMF ; B8DHE4, SYY_LISMH ; +DR Q8Y6T4, SYY_LISMO ; A0AJ48, SYY_LISW6 ; B9E7E5, SYY_MACCJ ; +DR Q8EUX2, SYY_MALP2 ; Q65T71, SYY_MANSM ; Q6F0M8, SYY_MESFL ; +DR Q601Y5, SYY_MESH2 ; Q4A8U9, SYY_MESH7 ; Q4AAX3, SYY_MESHJ ; DR Q8TSI1, SYY_METAC ; Q46BQ5, SYY_METBF ; Q12W06, SYY_METBU ; DR Q60AU5, SYY_METCA ; Q2FNA1, SYY_METHJ ; Q57834, SYY_METJA ; DR Q8TXZ2, SYY_METKA ; A2SU89, SYY_METLZ ; Q8PVK0, SYY_METMA ; @@ -148268,18 +149338,19 @@ DR B8EI82, SYY_METSB ; Q2NHE1, SYY_METST ; O27795, SYY_METTH ; DR A6URQ1, SYY_METVS ; Q5UPJ7, SYY_MIMIV ; Q2RHS8, SYY_MOOTA ; DR A5IZH1, SYY_MYCAP ; P67612, SYY_MYCBO ; Q2SRK6, SYY_MYCCT ; DR Q9EUU8, SYY_MYCFO ; Q7NBH9, SYY_MYCGA ; P47693, SYY_MYCGE ; -DR Q49900, SYY_MYCLE ; Q6MST3, SYY_MYCMS ; Q740F5, SYY_MYCPA ; -DR P75122, SYY_MYCPN ; Q98Q81, SYY_MYCPU ; Q4A5E2, SYY_MYCS5 ; -DR A3Q0S2, SYY_MYCSJ ; A1UH85, SYY_MYCSK ; Q1B7S2, SYY_MYCSS ; -DR P9WFT0, SYY_MYCTO ; P9WFT1, SYY_MYCTU ; Q74MD3, SYY_NANEQ ; -DR Q3IQU8, SYY_NATPD ; Q5FAF7, SYY_NEIG1 ; B4RP13, SYY_NEIG2 ; -DR A9M1J5, SYY_NEIM0 ; Q9JVY6, SYY_NEIMA ; Q9JXY5, SYY_NEIMB ; -DR A1KS60, SYY_NEIMF ; Q82UQ1, SYY_NITEU ; Q2YBR1, SYY_NITMU ; -DR Q3JCM3, SYY_NITOC ; Q3SS12, SYY_NITWN ; Q5YYA4, SYY_NOCFA ; -DR Q8YSU9, SYY_NOSS1 ; Q2G6I4, SYY_NOVAD ; Q8CXA5, SYY_OCEIH ; -DR Q04D20, SYY_OENOB ; Q316W7, SYY_OLEA2 ; Q6YQA6, SYY_ONYPE ; -DR B1ZUZ4, SYY_OPITP ; A5CC73, SYY_ORITB ; B3CV32, SYY_ORITI ; -DR A6LGF1, SYY_PARD8 ; A1B3B3, SYY_PARDP ; Q7TTW9, SYY_PARMW ; +DR Q49900, SYY_MYCLE ; Q6KH97, SYY_MYCM1 ; Q6MST3, SYY_MYCMS ; +DR Q740F5, SYY_MYCPA ; P75122, SYY_MYCPN ; Q98Q81, SYY_MYCPU ; +DR Q4A5E2, SYY_MYCS5 ; A3Q0S2, SYY_MYCSJ ; A1UH85, SYY_MYCSK ; +DR Q1B7S2, SYY_MYCSS ; P9WFT0, SYY_MYCTO ; P9WFT1, SYY_MYCTU ; +DR Q74MD3, SYY_NANEQ ; Q3IQU8, SYY_NATPD ; Q5FAF7, SYY_NEIG1 ; +DR B4RP13, SYY_NEIG2 ; A9M1J5, SYY_NEIM0 ; Q9JVY6, SYY_NEIMA ; +DR Q9JXY5, SYY_NEIMB ; A1KS60, SYY_NEIMF ; Q82UQ1, SYY_NITEU ; +DR Q2YBR1, SYY_NITMU ; Q3JCM3, SYY_NITOC ; Q72DH6, SYY_NITV2 ; +DR Q3SS12, SYY_NITWN ; Q5YYA4, SYY_NOCFA ; Q8YSU9, SYY_NOSS1 ; +DR Q2G6I4, SYY_NOVAD ; Q8CXA5, SYY_OCEIH ; Q04D20, SYY_OENOB ; +DR Q316W7, SYY_OLEA2 ; Q6YQA6, SYY_ONYPE ; B1ZUZ4, SYY_OPITP ; +DR A5CC73, SYY_ORITB ; B3CV32, SYY_ORITI ; A6LGF1, SYY_PARD8 ; +DR A1B3B3, SYY_PARDP ; Q2W2T6, SYY_PARM1 ; Q7TTW9, SYY_PARMW ; DR Q6MC06, SYY_PARUW ; Q9CMQ8, SYY_PASMU ; Q6D5V2, SYY_PECAS ; DR C6DK25, SYY_PECCP ; Q03HI6, SYY_PEDPA ; Q4FMN5, SYY_PELUB ; DR Q6LUR9, SYY_PHOPR ; A6KZL8, SYY_PHOV8 ; B1VAA7, SYY_PHYAS ; @@ -148342,7 +149413,7 @@ DR Q83HH5, SYY_TROW8 ; Q83GS7, SYY_TROWT ; B1AIA6, SYY_UREP2 ; DR Q9PR27, SYY_UREPA ; B5ZAU9, SYY_UREU1 ; Q8D2L6, SYY_WIGBR ; DR Q73G50, SYY_WOLPM ; B3CM50, SYY_WOLPP ; Q7MAH6, SYY_WOLSU ; DR Q5GT37, SYY_WOLTR ; C0R4X5, SYY_WOLWR ; Q8PFT1, SYY_XANAC ; -DR Q3BNC2, SYY_XANC5 ; Q4UPQ9, SYY_XANC8 ; Q8P475, SYY_XANCP ; +DR Q4UPQ9, SYY_XANC8 ; Q8P475, SYY_XANCP ; Q3BNC2, SYY_XANE5 ; DR Q2P892, SYY_XANOM ; Q5H5K1, SYY_XANOR ; A7INU9, SYY_XANP2 ; DR Q9PGX7, SYY_XYLFA ; Q87F06, SYY_XYLFT ; A1JNV3, SYY_YERE8 ; DR A7FHM0, SYY_YERP3 ; Q1C791, SYY_YERPA ; B2K5H0, SYY_YERPB ; @@ -148499,8 +149570,7 @@ DR Q47CM4, SYT_DECAR ; Q3Z8G2, SYT_DEHM1 ; A5FRB3, SYT_DEHMB ; DR Q3ZXB5, SYT_DEHMC ; C1D0W2, SYT_DEIDV ; Q1IY82, SYT_DEIGD ; DR Q9RSP3, SYT_DEIRA ; A9C3D4, SYT_DELAS ; C0QAP1, SYT_DESAH ; DR B8FN26, SYT_DESAL ; B8J4E4, SYT_DESDA ; A9A078, SYT_DESOH ; -DR A4J4Y7, SYT_DESRM ; Q728R5, SYT_DESVH ; B8DPN2, SYT_DESVM ; -DR A1VBB4, SYT_DESVV ; A5EVK6, SYT_DICNV ; A8LQX9, SYT_DINSH ; +DR A4J4Y7, SYT_DESRM ; A5EVK6, SYT_DICNV ; A8LQX9, SYT_DINSH ; DR A7ZMI6, SYT_ECO24 ; B7USA2, SYT_ECO27 ; B7MAS9, SYT_ECO45 ; DR B7L6J2, SYT_ECO55 ; Q8XE27, SYT_ECO57 ; B5YQ07, SYT_ECO5E ; DR B7NT58, SYT_ECO7I ; B7MVJ7, SYT_ECO81 ; B7M1C7, SYT_ECO8A ; @@ -148513,62 +149583,63 @@ DR Q5FGP1, SYT_EHRRG ; Q5H9Z4, SYT_EHRRW ; A4W9M3, SYT_ENT38 ; DR Q830D0, SYT_ENTFA ; B2VEM1, SYT_ERWT9 ; Q2N6X5, SYT_ERYLH ; DR B7LQ71, SYT_ESCF3 ; C4L461, SYT_EXISA ; B0S169, SYT_FINM2 ; DR A5FP01, SYT_FLAJ1 ; A6GY22, SYT_FLAPJ ; B0TY89, SYT_FRAP2 ; -DR A8LE67, SYT_FRASN ; Q14I20, SYT_FRAT1 ; A7NDB6, SYT_FRATF ; -DR Q2A2J0, SYT_FRATH ; B2SGS3, SYT_FRATM ; A0Q762, SYT_FRATN ; -DR Q0BL41, SYT_FRATO ; Q5NGL8, SYT_FRATT ; A4IX68, SYT_FRATW ; -DR Q8RFS6, SYT_FUSNN ; Q5KWD2, SYT_GEOKA ; Q74D04, SYT_GEOSL ; -DR C6DYJ5, SYT_GEOSM ; C5D639, SYT_GEOSW ; B8F5H9, SYT_GLAP5 ; -DR Q7NCU0, SYT_GLOVI ; A9HFP5, SYT_GLUDA ; Q5FSP9, SYT_GLUOX ; -DR Q0BRP0, SYT_GRABC ; Q7VKR9, SYT_HAEDU ; Q4QK77, SYT_HAEI8 ; -DR A5UBX5, SYT_HAEIE ; A5UEK1, SYT_HAEIG ; P43014, SYT_HAEIN ; -DR Q2SDJ2, SYT_HAHCH ; Q9K866, SYT_HALH5 ; A1WU53, SYT_HALHL ; -DR Q5UX65, SYT_HALMA ; B0R6G6, SYT_HALS3 ; Q9HP27, SYT_HALSA ; -DR Q18H54, SYT_HALWD ; C4K776, SYT_HAMD5 ; Q17VZ5, SYT_HELAH ; -DR Q7VJ09, SYT_HELHP ; B6JPM2, SYT_HELP2 ; B5Z9Q1, SYT_HELPG ; -DR Q1CV33, SYT_HELPH ; Q9ZMV3, SYT_HELPJ ; B2URV1, SYT_HELPS ; -DR P56071, SYT_HELPY ; A4G619, SYT_HERAR ; Q0I3M2, SYT_HISS1 ; -DR B0UU42, SYT_HISS2 ; Q31F14, SYT_HYDCU ; A2BLF3, SYT_HYPBU ; -DR Q0BXC2, SYT_HYPNA ; Q5QYN4, SYT_IDILO ; A6SY30, SYT_JANMA ; -DR B5XQC6, SYT_KLEP3 ; C5CI64, SYT_KOSOT ; Q5FIW3, SYT_LACAC ; -DR B3WF49, SYT_LACCB ; Q041U6, SYT_LACGA ; A8YWE1, SYT_LACH4 ; -DR Q74IC0, SYT_LACJO ; Q9CED2, SYT_LACLA ; A2RN48, SYT_LACLM ; -DR Q02WN1, SYT_LACLS ; Q037Z6, SYT_LACP3 ; Q88WU9, SYT_LACPL ; -DR C1DDA6, SYT_LARHH ; Q38VT0, SYT_LATSS ; Q1MRV8, SYT_LAWIP ; -DR Q5X1H3, SYT_LEGPA ; A5IAK9, SYT_LEGPC ; Q5ZS05, SYT_LEGPH ; -DR Q5WT82, SYT_LEGPL ; Q6AFC3, SYT_LEIXX ; Q04R58, SYT_LEPBJ ; -DR Q04ZG7, SYT_LEPBL ; B1XYZ3, SYT_LEPCP ; Q72PK6, SYT_LEPIC ; -DR Q8F6R1, SYT_LEPIN ; B1MXZ5, SYT_LEUCK ; Q03YF0, SYT_LEUMM ; -DR Q03RK3, SYT_LEVBA ; Q1WUN2, SYT_LIGS1 ; Q92BF5, SYT_LISIN ; -DR C1KVK6, SYT_LISMC ; Q71ZA9, SYT_LISMF ; B8DHI9, SYT_LISMH ; -DR Q8Y6X2, SYT_LISMO ; A0AJ08, SYT_LISW6 ; A0L4J6, SYT_MAGMM ; -DR Q2WAI1, SYT_MAGSA ; Q65TQ0, SYT_MANSM ; Q0AM08, SYT_MARMM ; -DR A6VYI1, SYT_MARMS ; A1U2C3, SYT_MARN8 ; C6BRH1, SYT_MARSD ; -DR A6UW94, SYT_META3 ; Q8TLX7, SYT_METAC ; Q0W3X9, SYT_METAR ; -DR A7I6P0, SYT_METB6 ; Q467V2, SYT_METBF ; Q12WD4, SYT_METBU ; -DR Q60AZ3, SYT_METCA ; Q1GZR7, SYT_METFK ; Q2FPK3, SYT_METHJ ; -DR Q58597, SYT_METJA ; Q8TXW5, SYT_METKA ; A4FZ87, SYT_METM5 ; -DR A9A6L7, SYT_METM6 ; A6VJ50, SYT_METM7 ; Q8PRY4, SYT_METMA ; -DR A3CTJ9, SYT_METMJ ; Q6M057, SYT_METMP ; B8GHN2, SYT_METPE ; -DR A2SH07, SYT_METPP ; A5UMJ1, SYT_METS3 ; Q2NE13, SYT_METST ; -DR O27504, SYT_METTH ; A0B8D4, SYT_METTP ; A6US27, SYT_METVS ; -DR C5CBI2, SYT_MICLC ; A0QID4, SYT_MYCA1 ; B1MCK6, SYT_MYCA9 ; -DR P67583, SYT_MYCBO ; A1KLW4, SYT_MYCBP ; C1AF85, SYT_MYCBT ; -DR Q7NBT5, SYT_MYCGA ; P47615, SYT_MYCGE ; A4TD09, SYT_MYCGI ; -DR B8ZUG9, SYT_MYCLB ; O07151, SYT_MYCLE ; B2HM74, SYT_MYCMM ; -DR Q73WE4, SYT_MYCPA ; P75225, SYT_MYCPN ; Q98PH6, SYT_MYCPU ; -DR A0QWG2, SYT_MYCS2 ; A3PYU0, SYT_MYCSJ ; A1UF79, SYT_MYCSK ; -DR Q1B9T4, SYT_MYCSS ; A5U5W5, SYT_MYCTA ; P9WFT4, SYT_MYCTO ; -DR P9WFT5, SYT_MYCTU ; A0PSZ4, SYT_MYCUA ; A1T868, SYT_MYCVP ; -DR Q1D6E3, SYT_MYXXD ; Q74MP3, SYT_NANEQ ; Q3IRE7, SYT_NATPD ; -DR B2A5P2, SYT_NATTJ ; B9L5U7, SYT_NAUPA ; Q5F9U4, SYT_NEIG1 ; -DR A9M375, SYT_NEIM0 ; Q9JVA3, SYT_NEIMA ; Q9K095, SYT_NEIMB ; -DR Q2GEB1, SYT_NEOSM ; Q0ADN4, SYT_NITEC ; Q82VV1, SYT_NITEU ; -DR A9A2B1, SYT_NITMS ; Q2YBS6, SYT_NITMU ; Q3JC02, SYT_NITOC ; -DR A1SJ90, SYT_NOCSJ ; Q2GBX1, SYT_NOVAD ; Q8EPF3, SYT_OCEIH ; -DR Q30Y11, SYT_OLEA2 ; A5CD12, SYT_ORITB ; B3CSS5, SYT_ORITI ; -DR A1R735, SYT_PAEAT ; A1TR39, SYT_PARC0 ; A6L9S2, SYT_PARD8 ; -DR A1B0M2, SYT_PARDP ; A7HWJ3, SYT_PARL1 ; Q7U662, SYT_PARMW ; -DR B2JJJ7, SYT_PARP8 ; B2SZG2, SYT_PARPJ ; Q6M9L0, SYT_PARUW ; +DR Q14I20, SYT_FRAT1 ; A7NDB6, SYT_FRATF ; Q2A2J0, SYT_FRATH ; +DR B2SGS3, SYT_FRATM ; A0Q762, SYT_FRATN ; Q0BL41, SYT_FRATO ; +DR Q5NGL8, SYT_FRATT ; A4IX68, SYT_FRATW ; Q8RFS6, SYT_FUSNN ; +DR Q5KWD2, SYT_GEOKA ; Q74D04, SYT_GEOSL ; C6DYJ5, SYT_GEOSM ; +DR C5D639, SYT_GEOSW ; B8F5H9, SYT_GLAP5 ; Q7NCU0, SYT_GLOVI ; +DR A9HFP5, SYT_GLUDA ; Q5FSP9, SYT_GLUOX ; Q0BRP0, SYT_GRABC ; +DR Q7VKR9, SYT_HAEDU ; Q4QK77, SYT_HAEI8 ; A5UBX5, SYT_HAEIE ; +DR A5UEK1, SYT_HAEIG ; P43014, SYT_HAEIN ; Q2SDJ2, SYT_HAHCH ; +DR Q9K866, SYT_HALH5 ; A1WU53, SYT_HALHL ; Q5UX65, SYT_HALMA ; +DR B0R6G6, SYT_HALS3 ; Q9HP27, SYT_HALSA ; Q18H54, SYT_HALWD ; +DR C4K776, SYT_HAMD5 ; Q17VZ5, SYT_HELAH ; Q7VJ09, SYT_HELHP ; +DR B6JPM2, SYT_HELP2 ; B5Z9Q1, SYT_HELPG ; Q1CV33, SYT_HELPH ; +DR Q9ZMV3, SYT_HELPJ ; B2URV1, SYT_HELPS ; P56071, SYT_HELPY ; +DR A4G619, SYT_HERAR ; Q0I3M2, SYT_HISS1 ; B0UU42, SYT_HISS2 ; +DR Q31F14, SYT_HYDCU ; A2BLF3, SYT_HYPBU ; Q0BXC2, SYT_HYPNA ; +DR Q5QYN4, SYT_IDILO ; A6SY30, SYT_JANMA ; B5XQC6, SYT_KLEP3 ; +DR C5CI64, SYT_KOSOT ; Q5FIW3, SYT_LACAC ; B3WF49, SYT_LACCB ; +DR Q041U6, SYT_LACGA ; A8YWE1, SYT_LACH4 ; Q74IC0, SYT_LACJO ; +DR Q9CED2, SYT_LACLA ; A2RN48, SYT_LACLM ; Q02WN1, SYT_LACLS ; +DR Q037Z6, SYT_LACP3 ; Q88WU9, SYT_LACPL ; C1DDA6, SYT_LARHH ; +DR Q38VT0, SYT_LATSS ; Q1MRV8, SYT_LAWIP ; Q5X1H3, SYT_LEGPA ; +DR A5IAK9, SYT_LEGPC ; Q5ZS05, SYT_LEGPH ; Q5WT82, SYT_LEGPL ; +DR Q6AFC3, SYT_LEIXX ; Q04R58, SYT_LEPBJ ; Q04ZG7, SYT_LEPBL ; +DR B1XYZ3, SYT_LEPCP ; Q72PK6, SYT_LEPIC ; Q8F6R1, SYT_LEPIN ; +DR B1MXZ5, SYT_LEUCK ; Q03YF0, SYT_LEUMM ; Q03RK3, SYT_LEVBA ; +DR Q1WUN2, SYT_LIGS1 ; Q92BF5, SYT_LISIN ; C1KVK6, SYT_LISMC ; +DR Q71ZA9, SYT_LISMF ; B8DHI9, SYT_LISMH ; Q8Y6X2, SYT_LISMO ; +DR A0AJ08, SYT_LISW6 ; A0L4J6, SYT_MAGMM ; Q65TQ0, SYT_MANSM ; +DR Q0AM08, SYT_MARMM ; A6VYI1, SYT_MARMS ; A1U2C3, SYT_MARN8 ; +DR C6BRH1, SYT_MARSD ; A6UW94, SYT_META3 ; Q8TLX7, SYT_METAC ; +DR Q0W3X9, SYT_METAR ; A7I6P0, SYT_METB6 ; Q467V2, SYT_METBF ; +DR Q12WD4, SYT_METBU ; Q60AZ3, SYT_METCA ; Q1GZR7, SYT_METFK ; +DR Q2FPK3, SYT_METHJ ; Q58597, SYT_METJA ; Q8TXW5, SYT_METKA ; +DR A4FZ87, SYT_METM5 ; A9A6L7, SYT_METM6 ; A6VJ50, SYT_METM7 ; +DR Q8PRY4, SYT_METMA ; A3CTJ9, SYT_METMJ ; Q6M057, SYT_METMP ; +DR B8GHN2, SYT_METPE ; A2SH07, SYT_METPP ; A5UMJ1, SYT_METS3 ; +DR Q2NE13, SYT_METST ; O27504, SYT_METTH ; A0B8D4, SYT_METTP ; +DR A6US27, SYT_METVS ; C5CBI2, SYT_MICLC ; A0QID4, SYT_MYCA1 ; +DR B1MCK6, SYT_MYCA9 ; P67583, SYT_MYCBO ; A1KLW4, SYT_MYCBP ; +DR C1AF85, SYT_MYCBT ; Q7NBT5, SYT_MYCGA ; P47615, SYT_MYCGE ; +DR A4TD09, SYT_MYCGI ; B8ZUG9, SYT_MYCLB ; O07151, SYT_MYCLE ; +DR B2HM74, SYT_MYCMM ; Q73WE4, SYT_MYCPA ; P75225, SYT_MYCPN ; +DR Q98PH6, SYT_MYCPU ; A0QWG2, SYT_MYCS2 ; A3PYU0, SYT_MYCSJ ; +DR A1UF79, SYT_MYCSK ; Q1B9T4, SYT_MYCSS ; A5U5W5, SYT_MYCTA ; +DR P9WFT4, SYT_MYCTO ; P9WFT5, SYT_MYCTU ; A0PSZ4, SYT_MYCUA ; +DR A1T868, SYT_MYCVP ; Q1D6E3, SYT_MYXXD ; Q74MP3, SYT_NANEQ ; +DR Q3IRE7, SYT_NATPD ; B2A5P2, SYT_NATTJ ; B9L5U7, SYT_NAUPA ; +DR Q5F9U4, SYT_NEIG1 ; A9M375, SYT_NEIM0 ; Q9JVA3, SYT_NEIMA ; +DR Q9K095, SYT_NEIMB ; Q2GEB1, SYT_NEOSM ; Q0ADN4, SYT_NITEC ; +DR Q82VV1, SYT_NITEU ; A9A2B1, SYT_NITMS ; Q2YBS6, SYT_NITMU ; +DR Q3JC02, SYT_NITOC ; Q728R5, SYT_NITV2 ; A1VBB4, SYT_NITV4 ; +DR B8DPN2, SYT_NITV9 ; A1SJ90, SYT_NOCSJ ; Q2GBX1, SYT_NOVAD ; +DR Q8EPF3, SYT_OCEIH ; Q30Y11, SYT_OLEA2 ; A5CD12, SYT_ORITB ; +DR B3CSS5, SYT_ORITI ; A1R735, SYT_PAEAT ; A1TR39, SYT_PARC0 ; +DR A6L9S2, SYT_PARD8 ; A1B0M2, SYT_PARDP ; A7HWJ3, SYT_PARL1 ; +DR Q2WAI1, SYT_PARM1 ; Q7U662, SYT_PARMW ; B2JJJ7, SYT_PARP8 ; +DR B2SZG2, SYT_PARPJ ; A8LE67, SYT_PARS2 ; Q6M9L0, SYT_PARUW ; DR Q13WF7, SYT_PARXL ; P57857, SYT_PASMU ; Q6D4G8, SYT_PECAS ; DR C6DFY6, SYT_PECCP ; Q03GB7, SYT_PEDPA ; B4SB93, SYT_PELPB ; DR A1ARE5, SYT_PELPD ; Q4FNH9, SYT_PELUB ; A9BHF0, SYT_PETMO ; @@ -148654,8 +149725,8 @@ DR A5CWF9, SYT_VESOH ; A7N009, SYT_VIBC1 ; A5EZ18, SYT_VIBC3 ; DR Q9KMN7, SYT_VIBCH ; C3LUV8, SYT_VIBCM ; Q87Q70, SYT_VIBPA ; DR Q8DA13, SYT_VIBVU ; Q7MK65, SYT_VIBVY ; Q8D3C0, SYT_WIGBR ; DR Q73GH6, SYT_WOLPM ; B3CMJ4, SYT_WOLPP ; Q5GSG4, SYT_WOLTR ; -DR C0R403, SYT_WOLWR ; Q8PJE1, SYT_XANAC ; Q3BRT7, SYT_XANC5 ; -DR Q4UW57, SYT_XANC8 ; B0RRG9, SYT_XANCB ; Q8P7Z2, SYT_XANCP ; +DR C0R403, SYT_WOLWR ; Q8PJE1, SYT_XANAC ; Q4UW57, SYT_XANC8 ; +DR B0RRG9, SYT_XANCB ; Q8P7Z2, SYT_XANCP ; Q3BRT7, SYT_XANE5 ; DR Q2P0Z5, SYT_XANOM ; Q5GXY0, SYT_XANOR ; B2I9P8, SYT_XYLF2 ; DR Q9PFE2, SYT_XYLFA ; B0U5E3, SYT_XYLFM ; Q87AB2, SYT_XYLFT ; DR A1JMJ9, SYT_YERE8 ; A7FHG1, SYT_YERP3 ; Q1C728, SYT_YERPA ; @@ -148736,7 +149807,7 @@ DR Q9Z930, SYL_CHLPN ; B0B9V9, SYL_CHLT2 ; B3QRU2, SYL_CHLT3 ; DR Q3KMF3, SYL_CHLTA ; B0BBI9, SYL_CHLTB ; Q8KBY2, SYL_CHLTE ; DR O84211, SYL_CHLTR ; A0M5T1, SYL_CHRFK ; Q1QV15, SYL_CHRSD ; DR Q7P0R1, SYL_CHRVO ; B5EE39, SYL_CITBB ; A8AJG0, SYL_CITK8 ; -DR A5CR89, SYL_CLAM3 ; B0RDA6, SYL_CLAMS ; Q97LB6, SYL_CLOAB ; +DR A5CR89, SYL_CLAM3 ; B0RDA6, SYL_CLASE ; Q97LB6, SYL_CLOAB ; DR A7FPP5, SYL_CLOB1 ; A6M268, SYL_CLOB8 ; A5HY79, SYL_CLOBH ; DR A7G9T9, SYL_CLOBL ; Q182K8, SYL_CLOD6 ; A5N399, SYL_CLOK5 ; DR A0PYK3, SYL_CLONN ; Q0TTD0, SYL_CLOP1 ; Q8XML8, SYL_CLOPE ; @@ -148751,8 +149822,7 @@ DR Q3ZA07, SYL_DEHM1 ; A5FP73, SYL_DEHMB ; Q3ZWQ1, SYL_DEHMC ; DR Q1J0W5, SYL_DEIGD ; Q9RSF0, SYL_DEIRA ; A9C1G8, SYL_DELAS ; DR C0QI75, SYL_DESAH ; B8F9F0, SYL_DESAL ; B1I5R7, SYL_DESAP ; DR B8FUR3, SYL_DESHD ; Q24SP5, SYL_DESHY ; Q6AJZ7, SYL_DESPS ; -DR A4J7H2, SYL_DESRM ; Q72CT7, SYL_DESVH ; B8DJF0, SYL_DESVM ; -DR A1VEL2, SYL_DESVV ; A5EWD6, SYL_DICNV ; A8LJY0, SYL_DINSH ; +DR A4J7H2, SYL_DESRM ; A5EWD6, SYL_DICNV ; A8LJY0, SYL_DINSH ; DR A7ZJ31, SYL_ECO24 ; B7UKT2, SYL_ECO27 ; B7MFR5, SYL_ECO45 ; DR B7L9I6, SYL_ECO55 ; Q8XBN8, SYL_ECO57 ; B5YQJ4, SYL_ECO5E ; DR B7NM01, SYL_ECO7I ; B7MRS9, SYL_ECO81 ; B7M5G9, SYL_ECO8A ; @@ -148797,33 +149867,34 @@ DR B2GDF8, SYL_LIMF3 ; A5VL28, SYL_LIMRD ; B2G8G2, SYL_LIMRJ ; DR Q92AZ9, SYL_LISIN ; C1KVV9, SYL_LISMC ; Q71Z07, SYL_LISMF ; DR B8DFR1, SYL_LISMH ; Q8Y6M4, SYL_LISMO ; A0AJB5, SYL_LISW6 ; DR B1HXY7, SYL_LYSSC ; B9E7H4, SYL_MACCJ ; A0L4R4, SYL_MAGMM ; -DR Q2WBE4, SYL_MAGSA ; Q8EW18, SYL_MALP2 ; Q65VR5, SYL_MANSM ; -DR Q0AKF5, SYL_MARMM ; A6VZE7, SYL_MARMS ; A1U4A0, SYL_MARN8 ; -DR Q6F0X5, SYL_MESFL ; A6UTK3, SYL_META3 ; Q8TQD3, SYL_METAC ; -DR Q46AW0, SYL_METBF ; Q12WA2, SYL_METBU ; Q608N7, SYL_METCA ; -DR Q1GZB5, SYL_METFK ; Q58050, SYL_METJA ; Q8TVM4, SYL_METKA ; -DR A4FYA3, SYL_METM5 ; A6VK04, SYL_METM7 ; Q8Q054, SYL_METMA ; -DR Q6LZD2, SYL_METMP ; A2SC91, SYL_METPP ; B8EQP4, SYL_METSB ; -DR O27552, SYL_METTH ; A0B7B7, SYL_METTP ; A6USJ5, SYL_METVS ; -DR Q2RKZ1, SYL_MOOTA ; A0Q8W7, SYL_MYCA1 ; P67511, SYL_MYCBO ; -DR A1KEK9, SYL_MYCBP ; C1AJ38, SYL_MYCBT ; Q2SRI9, SYL_MYCCT ; -DR Q7NB47, SYL_MYCGA ; P47508, SYL_MYCGE ; A4T4R2, SYL_MYCGI ; -DR B8ZTR5, SYL_MYCLB ; Q50192, SYL_MYCLE ; B2HIA2, SYL_MYCMM ; -DR Q6MSR0, SYL_MYCMS ; Q744V3, SYL_MYCPA ; P75398, SYL_MYCPN ; -DR Q98RB6, SYL_MYCPU ; A0R7H5, SYL_MYCS2 ; A3Q8Q1, SYL_MYCSJ ; -DR A1UPA5, SYL_MYCSK ; Q1B0U5, SYL_MYCSS ; A5TYB2, SYL_MYCTA ; -DR P9WFV0, SYL_MYCTO ; P9WFV1, SYL_MYCTU ; A0PKG2, SYL_MYCUA ; -DR A1TI06, SYL_MYCVP ; P61760, SYL_NANEQ ; B2A6C2, SYL_NATTJ ; -DR Q5FAJ3, SYL_NEIG1 ; B4RNT1, SYL_NEIG2 ; A9M162, SYL_NEIM0 ; -DR Q9JW39, SYL_NEIMA ; Q9JXT2, SYL_NEIMB ; A1KS07, SYL_NEIMF ; -DR Q2GDQ6, SYL_NEOSM ; Q0AG57, SYL_NITEC ; Q820M7, SYL_NITEU ; -DR Q1QRZ8, SYL_NITHX ; Q2YBQ2, SYL_NITMU ; Q3J7S8, SYL_NITOC ; -DR A6Q512, SYL_NITSB ; Q3SWI2, SYL_NITWN ; Q5YN65, SYL_NOCFA ; -DR A1SHV9, SYL_NOCSJ ; B2J7T9, SYL_NOSP7 ; Q8YS09, SYL_NOSS1 ; -DR Q2G3C3, SYL_NOVAD ; Q8EP12, SYL_OCEIH ; Q04FL2, SYL_OENOB ; -DR Q30YL0, SYL_OLEA2 ; A5CCT4, SYL_ORITB ; A1R6X5, SYL_PAEAT ; -DR A1TVU7, SYL_PARC0 ; A6LGA2, SYL_PARD8 ; A1B5Q5, SYL_PARDP ; -DR A7HSL7, SYL_PARL1 ; Q7U6T1, SYL_PARMW ; B2JGX6, SYL_PARP8 ; +DR Q8EW18, SYL_MALP2 ; Q65VR5, SYL_MANSM ; Q0AKF5, SYL_MARMM ; +DR A6VZE7, SYL_MARMS ; A1U4A0, SYL_MARN8 ; Q6F0X5, SYL_MESFL ; +DR A6UTK3, SYL_META3 ; Q8TQD3, SYL_METAC ; Q46AW0, SYL_METBF ; +DR Q12WA2, SYL_METBU ; Q608N7, SYL_METCA ; Q1GZB5, SYL_METFK ; +DR Q58050, SYL_METJA ; Q8TVM4, SYL_METKA ; A4FYA3, SYL_METM5 ; +DR A6VK04, SYL_METM7 ; Q8Q054, SYL_METMA ; Q6LZD2, SYL_METMP ; +DR A2SC91, SYL_METPP ; B8EQP4, SYL_METSB ; O27552, SYL_METTH ; +DR A0B7B7, SYL_METTP ; A6USJ5, SYL_METVS ; Q2RKZ1, SYL_MOOTA ; +DR A0Q8W7, SYL_MYCA1 ; P67511, SYL_MYCBO ; A1KEK9, SYL_MYCBP ; +DR C1AJ38, SYL_MYCBT ; Q2SRI9, SYL_MYCCT ; Q7NB47, SYL_MYCGA ; +DR P47508, SYL_MYCGE ; A4T4R2, SYL_MYCGI ; B8ZTR5, SYL_MYCLB ; +DR Q50192, SYL_MYCLE ; B2HIA2, SYL_MYCMM ; Q6MSR0, SYL_MYCMS ; +DR Q744V3, SYL_MYCPA ; P75398, SYL_MYCPN ; Q98RB6, SYL_MYCPU ; +DR A0R7H5, SYL_MYCS2 ; A3Q8Q1, SYL_MYCSJ ; A1UPA5, SYL_MYCSK ; +DR Q1B0U5, SYL_MYCSS ; A5TYB2, SYL_MYCTA ; P9WFV0, SYL_MYCTO ; +DR P9WFV1, SYL_MYCTU ; A0PKG2, SYL_MYCUA ; A1TI06, SYL_MYCVP ; +DR P61760, SYL_NANEQ ; B2A6C2, SYL_NATTJ ; Q5FAJ3, SYL_NEIG1 ; +DR B4RNT1, SYL_NEIG2 ; A9M162, SYL_NEIM0 ; Q9JW39, SYL_NEIMA ; +DR Q9JXT2, SYL_NEIMB ; A1KS07, SYL_NEIMF ; Q2GDQ6, SYL_NEOSM ; +DR Q0AG57, SYL_NITEC ; Q820M7, SYL_NITEU ; Q1QRZ8, SYL_NITHX ; +DR Q2YBQ2, SYL_NITMU ; Q3J7S8, SYL_NITOC ; A6Q512, SYL_NITSB ; +DR Q72CT7, SYL_NITV2 ; A1VEL2, SYL_NITV4 ; B8DJF0, SYL_NITV9 ; +DR Q3SWI2, SYL_NITWN ; Q5YN65, SYL_NOCFA ; A1SHV9, SYL_NOCSJ ; +DR B2J7T9, SYL_NOSP7 ; Q8YS09, SYL_NOSS1 ; Q2G3C3, SYL_NOVAD ; +DR Q8EP12, SYL_OCEIH ; Q04FL2, SYL_OENOB ; Q30YL0, SYL_OLEA2 ; +DR A5CCT4, SYL_ORITB ; A1R6X5, SYL_PAEAT ; A1TVU7, SYL_PARC0 ; +DR A6LGA2, SYL_PARD8 ; A1B5Q5, SYL_PARDP ; A7HSL7, SYL_PARL1 ; +DR Q2WBE4, SYL_PARM1 ; Q7U6T1, SYL_PARMW ; B2JGX6, SYL_PARP8 ; DR Q6MCC8, SYL_PARUW ; Q13U82, SYL_PARXL ; P57923, SYL_PASMU ; DR Q6D7L6, SYL_PECAS ; C6DBW8, SYL_PECCP ; Q03GG4, SYL_PEDPA ; DR B4SDX3, SYL_PELPB ; A1APS3, SYL_PELPD ; A5D416, SYL_PELTS ; @@ -148915,8 +149986,8 @@ DR A7MY86, SYL_VIBC1 ; A5F2X0, SYL_VIBC3 ; Q9KTE6, SYL_VIBCH ; DR Q87RQ0, SYL_VIBPA ; Q8DFE2, SYL_VIBVU ; Q7MN06, SYL_VIBVY ; DR Q8D333, SYL_WIGBR ; Q73IT7, SYL_WOLPM ; B3CLT1, SYL_WOLPP ; DR Q7M926, SYL_WOLSU ; Q5GS31, SYL_WOLTR ; C0R573, SYL_WOLWR ; -DR Q8PIW4, SYL_XANAC ; Q3BRE4, SYL_XANC5 ; Q4UWK8, SYL_XANC8 ; -DR B0RR06, SYL_XANCB ; Q8P7J1, SYL_XANCP ; Q2P0N0, SYL_XANOM ; +DR Q8PIW4, SYL_XANAC ; Q4UWK8, SYL_XANC8 ; B0RR06, SYL_XANCB ; +DR Q8P7J1, SYL_XANCP ; Q3BRE4, SYL_XANE5 ; Q2P0N0, SYL_XANOM ; DR B2SWH2, SYL_XANOP ; Q5GXI8, SYL_XANOR ; B2I5T5, SYL_XYLF2 ; DR Q9PBG8, SYL_XYLFA ; B0U376, SYL_XYLFM ; Q87C65, SYL_XYLFT ; DR A1JQ25, SYL_YERE8 ; A7FKW0, SYL_YERP3 ; Q1C521, SYL_YERPA ; @@ -148990,7 +150061,6 @@ DR B8HMX3, SYI_CYAP4 ; Q11NV4, SYI_CYTH3 ; Q47BK5, SYI_DECAR ; DR Q3Z7P5, SYI_DEHM1 ; Q3ZY20, SYI_DEHMC ; Q9RUP8, SYI_DEIRA ; DR B1I4A3, SYI_DESAP ; B8J3R3, SYI_DESDA ; B8FT35, SYI_DESHD ; DR Q24TH1, SYI_DESHY ; Q6AK45, SYI_DESPS ; A4J2F4, SYI_DESRM ; -DR Q72AR5, SYI_DESVH ; B8DPD6, SYI_DESVM ; A1VCU3, SYI_DESVV ; DR A5EWT0, SYI_DICNV ; A7ZHB5, SYI_ECO24 ; B7UI71, SYI_ECO27 ; DR B7MAE6, SYI_ECO45 ; B7L4E8, SYI_ECO55 ; Q8XA49, SYI_ECO57 ; DR B5YYB8, SYI_ECO5E ; B7NHD0, SYI_ECO7I ; B7MNN1, SYI_ECO81 ; @@ -149031,22 +150101,23 @@ DR Q71Y01, SYI_LISMF ; B8DBR2, SYI_LISMH ; Q8Y5N8, SYI_LISMO ; DR A0AKC5, SYI_LISW6 ; B9EB60, SYI_MACCJ ; Q8EUN9, SYI_MALP2 ; DR Q65RQ2, SYI_MANSM ; A6W346, SYI_MARMS ; A1TYY9, SYI_MARN8 ; DR C6BV89, SYI_MARSD ; Q6F175, SYI_MESFL ; Q602B7, SYI_MESH2 ; -DR Q4A8Y0, SYI_MESH7 ; Q4AAS1, SYI_MESHJ ; Q6KHN7, SYI_MESM1 ; -DR A6UVK2, SYI_META3 ; Q8TN62, SYI_METAC ; Q0W720, SYI_METAR ; -DR A7IAM2, SYI_METB6 ; Q465G4, SYI_METBF ; Q12ZD1, SYI_METBU ; -DR Q605M7, SYI_METCA ; Q2FPJ4, SYI_METHJ ; B3DYQ6, SYI_METI4 ; -DR Q58357, SYI_METJA ; Q8TWY2, SYI_METKA ; A2SPV6, SYI_METLZ ; -DR Q8PSV9, SYI_METMA ; A3CSI6, SYI_METMJ ; Q6LX78, SYI_METMP ; -DR O27428, SYI_METTH ; P26499, SYI_METTM ; A0B7P3, SYI_METTP ; -DR B0JSP4, SYI_MICAN ; Q2RK59, SYI_MOOTA ; A5IY09, SYI_MYCAP ; -DR Q7VEZ0, SYI_MYCBO ; Q7NBG0, SYI_MYCGA ; P47587, SYI_MYCGE ; -DR Q9X7E5, SYI_MYCLE ; Q6MT28, SYI_MYCMS ; Q740U6, SYI_MYCPA ; +DR Q4A8Y0, SYI_MESH7 ; Q4AAS1, SYI_MESHJ ; A6UVK2, SYI_META3 ; +DR Q8TN62, SYI_METAC ; Q0W720, SYI_METAR ; A7IAM2, SYI_METB6 ; +DR Q465G4, SYI_METBF ; Q12ZD1, SYI_METBU ; Q605M7, SYI_METCA ; +DR Q2FPJ4, SYI_METHJ ; B3DYQ6, SYI_METI4 ; Q58357, SYI_METJA ; +DR Q8TWY2, SYI_METKA ; A2SPV6, SYI_METLZ ; Q8PSV9, SYI_METMA ; +DR A3CSI6, SYI_METMJ ; Q6LX78, SYI_METMP ; O27428, SYI_METTH ; +DR P26499, SYI_METTM ; A0B7P3, SYI_METTP ; B0JSP4, SYI_MICAN ; +DR Q2RK59, SYI_MOOTA ; A5IY09, SYI_MYCAP ; Q7VEZ0, SYI_MYCBO ; +DR Q7NBG0, SYI_MYCGA ; P47587, SYI_MYCGE ; Q9X7E5, SYI_MYCLE ; +DR Q6KHN7, SYI_MYCM1 ; Q6MT28, SYI_MYCMS ; Q740U6, SYI_MYCPA ; DR P75258, SYI_MYCPN ; Q98PQ2, SYI_MYCPU ; Q4A5K5, SYI_MYCS5 ; DR P9WFV2, SYI_MYCTO ; P9WFV3, SYI_MYCTU ; Q3ITY7, SYI_NATPD ; DR B2A2I8, SYI_NATTJ ; B9L8Z9, SYI_NAUPA ; Q5FAF5, SYI_NEIG1 ; DR B4RPY6, SYI_NEIG2 ; A9M1J7, SYI_NEIM0 ; Q9JVY4, SYI_NEIMA ; DR Q9JXY7, SYI_NEIMB ; A1KS62, SYI_NEIMF ; Q820M6, SYI_NITEU ; -DR Q3J8W1, SYI_NITOC ; A6Q4I1, SYI_NITSB ; Q3SPJ6, SYI_NITWN ; +DR Q3J8W1, SYI_NITOC ; A6Q4I1, SYI_NITSB ; Q72AR5, SYI_NITV2 ; +DR A1VCU3, SYI_NITV4 ; B8DPD6, SYI_NITV9 ; Q3SPJ6, SYI_NITWN ; DR Q5YYW9, SYI_NOCFA ; B2IZP5, SYI_NOSP7 ; Q8YXY3, SYI_NOSS1 ; DR Q30ZF7, SYI_OLEA2 ; Q6YR34, SYI_ONYPE ; Q7U9G9, SYI_PARMW ; DR B2JDY9, SYI_PARP8 ; B2T6I7, SYI_PARPJ ; Q6MDY1, SYI_PARUW ; @@ -149117,8 +150188,8 @@ DR B7VJ87, SYI_VIBA3 ; A7MTD6, SYI_VIBC1 ; A5F8Z3, SYI_VIBC3 ; DR Q9KU47, SYI_VIBCH ; C3LST7, SYI_VIBCM ; Q87S90, SYI_VIBPA ; DR Q8DES7, SYI_VIBVU ; Q7MNM8, SYI_VIBVY ; Q8D2R0, SYI_WIGBR ; DR Q73HW7, SYI_WOLPM ; Q7MAL0, SYI_WOLSU ; Q5GSS3, SYI_WOLTR ; -DR Q8PN19, SYI_XANAC ; Q3BW42, SYI_XANC5 ; Q4US40, SYI_XANC8 ; -DR B0RY28, SYI_XANCB ; Q8PBG6, SYI_XANCP ; Q2P5B0, SYI_XANOM ; +DR Q8PN19, SYI_XANAC ; Q4US40, SYI_XANC8 ; B0RY28, SYI_XANCB ; +DR Q8PBG6, SYI_XANCP ; Q3BW42, SYI_XANE5 ; Q2P5B0, SYI_XANOM ; DR Q5H2E1, SYI_XANOR ; B2I6V2, SYI_XYLF2 ; Q9PAS7, SYI_XYLFA ; DR B0U3Q9, SYI_XYLFM ; Q87BL5, SYI_XYLFT ; A1JJE1, SYI_YERE8 ; DR A7FMD7, SYI_YERP3 ; Q1C0J3, SYI_YERPA ; B2K3M6, SYI_YERPB ; @@ -149214,15 +150285,15 @@ DR Q8F4P5, SYK_LEPIN ; B1MVJ0, SYK_LEUCK ; Q03Z44, SYK_LEUMM ; DR B2GA78, SYK_LIMF3 ; Q92F47, SYK_LISIN ; Q724I4, SYK_LISMF ; DR Q8YAB8, SYK_LISMO ; A0AF28, SYK_LISW6 ; B1HSY5, SYK_LYSSC ; DR A0L6F7, SYK_MAGMM ; Q8EUS8, SYK_MALP2 ; Q65SB0, SYK_MANSM ; -DR Q4A8F8, SYK_MESH7 ; Q4AAC7, SYK_MESHJ ; Q6KIP6, SYK_MESM1 ; -DR B3PNH7, SYK_META1 ; Q9C4B7, SYK_METBA ; Q46CD2, SYK_METBF ; -DR Q1H372, SYK_METFK ; P46191, SYK_METH1 ; Q2FSN8, SYK_METHJ ; -DR Q57959, SYK_METJA ; Q8TWP6, SYK_METKA ; P0CW66, SYK_METMI ; -DR A3CY14, SYK_METMJ ; P0CW67, SYK_METMP ; A2SDC3, SYK_METPP ; -DR Q2NHG8, SYK_METST ; O27585, SYK_METTH ; Q2RM49, SYK_MOOTA ; -DR Q99MN1, SYK_MOUSE ; A1KPT4, SYK_MYCBP ; C1AI57, SYK_MYCBT ; -DR Q2SR35, SYK_MYCCT ; Q49158, SYK_MYCFP ; Q7NC34, SYK_MYCGA ; -DR P47382, SYK_MYCGE ; A4T5M9, SYK_MYCGI ; P46861, SYK_MYCLE ; +DR Q4A8F8, SYK_MESH7 ; Q4AAC7, SYK_MESHJ ; B3PNH7, SYK_META1 ; +DR Q9C4B7, SYK_METBA ; Q46CD2, SYK_METBF ; Q1H372, SYK_METFK ; +DR P46191, SYK_METH1 ; Q2FSN8, SYK_METHJ ; Q57959, SYK_METJA ; +DR Q8TWP6, SYK_METKA ; P0CW66, SYK_METMI ; A3CY14, SYK_METMJ ; +DR P0CW67, SYK_METMP ; A2SDC3, SYK_METPP ; Q2NHG8, SYK_METST ; +DR O27585, SYK_METTH ; Q2RM49, SYK_MOOTA ; Q99MN1, SYK_MOUSE ; +DR A1KPT4, SYK_MYCBP ; C1AI57, SYK_MYCBT ; Q2SR35, SYK_MYCCT ; +DR Q49158, SYK_MYCFP ; Q7NC34, SYK_MYCGA ; P47382, SYK_MYCGE ; +DR A4T5M9, SYK_MYCGI ; P46861, SYK_MYCLE ; Q6KIP6, SYK_MYCM1 ; DR Q6MUG2, SYK_MYCMS ; P75500, SYK_MYCPN ; Q4A5F3, SYK_MYCS5 ; DR A5U8S4, SYK_MYCTA ; Q3IRL7, SYK_NATPD ; Q5F6U2, SYK_NEIG1 ; DR B4RP57, SYK_NEIG2 ; Q9JTT7, SYK_NEIMA ; Q9JYU6, SYK_NEIMB ; @@ -149295,8 +150366,8 @@ DR B1AI47, SYK_UREP2 ; Q9PR83, SYK_UREPA ; B5ZAP2, SYK_UREU1 ; DR C5CSG3, SYK_VARPS ; A5CWL4, SYK_VESOH ; A7MXL2, SYK_VIBC1 ; DR Q9KU60, SYK_VIBCH ; Q87SB1, SYK_VIBPA ; Q8DEQ9, SYK_VIBVU ; DR Q7MNP6, SYK_VIBVY ; Q8D2B3, SYK_WIGBR ; Q7MAR1, SYK_WOLSU ; -DR Q8PLC6, SYK_XANAC ; Q3BUB6, SYK_XANC5 ; Q4UU84, SYK_XANC8 ; -DR B0RSQ8, SYK_XANCB ; Q9L3G6, SYK_XANCP ; Q2P1U6, SYK_XANOM ; +DR Q8PLC6, SYK_XANAC ; Q4UU84, SYK_XANC8 ; B0RSQ8, SYK_XANCB ; +DR Q9L3G6, SYK_XANCP ; Q3BUB6, SYK_XANE5 ; Q2P1U6, SYK_XANOM ; DR B2SV97, SYK_XANOP ; B2I848, SYK_XYLF2 ; Q9PEB6, SYK_XYLFA ; DR B0U572, SYK_XYLFM ; Q87EB3, SYK_XYLFT ; A1JPL4, SYK_YERE8 ; DR A7FF39, SYK_YERP3 ; Q1CB23, SYK_YERPA ; B2K0N6, SYK_YERPB ; @@ -149366,7 +150437,7 @@ DR A4SGJ6, SYA_CHLPM ; Q9Z714, SYA_CHLPN ; B0B8X5, SYA_CHLT2 ; DR Q3KKU4, SYA_CHLTA ; B0BAK4, SYA_CHLTB ; Q8KG04, SYA_CHLTE ; DR O84754, SYA_CHLTR ; A0LXX3, SYA_CHRFK ; Q1QZX1, SYA_CHRSD ; DR Q7NXM2, SYA_CHRVO ; A8ANQ1, SYA_CITK8 ; A5CRZ5, SYA_CLAM3 ; -DR B0REK2, SYA_CLAMS ; Q97IG3, SYA_CLOAB ; A7FWJ5, SYA_CLOB1 ; +DR B0REK2, SYA_CLASE ; Q97IG3, SYA_CLOAB ; A7FWJ5, SYA_CLOB1 ; DR A6LSF6, SYA_CLOB8 ; B2V3W2, SYA_CLOBA ; B2THN0, SYA_CLOBB ; DR A5I4Z5, SYA_CLOBH ; B1IJG7, SYA_CLOBK ; A7GGF1, SYA_CLOBL ; DR B1KXB7, SYA_CLOBM ; Q18BE7, SYA_CLOD6 ; A5N7T5, SYA_CLOK5 ; @@ -149381,18 +150452,17 @@ DR Q11V49, SYA_CYTH3 ; Q47AU8, SYA_DECAR ; Q3ZAE4, SYA_DEHM1 ; DR A5FSU1, SYA_DEHMB ; Q3ZWC3, SYA_DEHMC ; Q1IW89, SYA_DEIGD ; DR Q9RS27, SYA_DEIRA ; A9C0B9, SYA_DELAS ; B1I370, SYA_DESAP ; DR Q24UT2, SYA_DESHY ; A8ZY67, SYA_DESOH ; Q6AQ16, SYA_DESPS ; -DR A4J2K4, SYA_DESRM ; P61700, SYA_DESVH ; A1VEQ6, SYA_DESVV ; -DR A5EW88, SYA_DICNV ; A8LL20, SYA_DINSH ; A7ZQC5, SYA_ECO24 ; -DR Q8X3W8, SYA_ECO57 ; B1XCM5, SYA_ECODH ; A8A3H4, SYA_ECOHS ; -DR A1AEN7, SYA_ECOK1 ; Q0TEI3, SYA_ECOL5 ; B1IUY2, SYA_ECOLC ; -DR P00957, SYA_ECOLI ; B1LQ15, SYA_ECOSM ; Q1R804, SYA_ECOUT ; -DR Q3YSV8, SYA_EHRCJ ; Q2GFL5, SYA_EHRCR ; Q5FH56, SYA_EHRRG ; -DR Q5HC27, SYA_EHRRW ; B2KAQ0, SYA_ELUMP ; Q5AQL1, SYA_EMENI ; -DR B1GZ43, SYA_ENDTX ; A4WDQ6, SYA_ENT38 ; Q835J8, SYA_ENTFA ; -DR Q2N9K5, SYA_ERYLH ; B1YJE5, SYA_EXIS2 ; A7HN59, SYA_FERNB ; -DR B0S104, SYA_FINM2 ; A5FIP9, SYA_FLAJ1 ; A6H0Y3, SYA_FLAPJ ; -DR Q0RF65, SYA_FRAAA ; Q2J821, SYA_FRACC ; B0TZY8, SYA_FRAP2 ; -DR A8LCW4, SYA_FRASN ; Q14HB9, SYA_FRAT1 ; A7NCD9, SYA_FRATF ; +DR A4J2K4, SYA_DESRM ; A5EW88, SYA_DICNV ; A8LL20, SYA_DINSH ; +DR A7ZQC5, SYA_ECO24 ; Q8X3W8, SYA_ECO57 ; B1XCM5, SYA_ECODH ; +DR A8A3H4, SYA_ECOHS ; A1AEN7, SYA_ECOK1 ; Q0TEI3, SYA_ECOL5 ; +DR B1IUY2, SYA_ECOLC ; P00957, SYA_ECOLI ; B1LQ15, SYA_ECOSM ; +DR Q1R804, SYA_ECOUT ; Q3YSV8, SYA_EHRCJ ; Q2GFL5, SYA_EHRCR ; +DR Q5FH56, SYA_EHRRG ; Q5HC27, SYA_EHRRW ; B2KAQ0, SYA_ELUMP ; +DR Q5AQL1, SYA_EMENI ; B1GZ43, SYA_ENDTX ; A4WDQ6, SYA_ENT38 ; +DR Q835J8, SYA_ENTFA ; Q2N9K5, SYA_ERYLH ; B1YJE5, SYA_EXIS2 ; +DR A7HN59, SYA_FERNB ; B0S104, SYA_FINM2 ; A5FIP9, SYA_FLAJ1 ; +DR A6H0Y3, SYA_FLAPJ ; Q0RF65, SYA_FRAAA ; Q2J821, SYA_FRACC ; +DR B0TZY8, SYA_FRAP2 ; Q14HB9, SYA_FRAT1 ; A7NCD9, SYA_FRATF ; DR Q2A3A9, SYA_FRATH ; B2SH99, SYA_FRATM ; A0Q604, SYA_FRATN ; DR Q0BLS9, SYA_FRATO ; Q5NFW7, SYA_FRATT ; A4IZ01, SYA_FRATW ; DR Q8RFJ8, SYA_FUSNN ; Q5KWU5, SYA_GEOKA ; Q39Z77, SYA_GEOMG ; @@ -149421,42 +150491,43 @@ DR B0SPT4, SYA_LEPBP ; B1Y1G9, SYA_LEPCP ; P61703, SYA_LEPIC ; DR Q8F0T4, SYA_LEPIN ; B1MXP8, SYA_LEUCK ; Q03YQ2, SYA_LEUMM ; DR Q03R43, SYA_LEVBA ; Q1WT32, SYA_LIGS1 ; Q92BK9, SYA_LISIN ; DR Q71ZG6, SYA_LISMF ; Q8Y722, SYA_LISMO ; A0AIV3, SYA_LISW6 ; -DR B1HUK4, SYA_LYSSC ; A0L3J9, SYA_MAGMM ; Q2W1D9, SYA_MAGSA ; -DR Q8EUR6, SYA_MALP2 ; Q65VQ5, SYA_MANSM ; Q0AQY6, SYA_MARMM ; -DR A6W1F1, SYA_MARMS ; A1TZ92, SYA_MARN8 ; Q6F0K3, SYA_MESFL ; -DR Q601M2, SYA_MESH2 ; Q4A8G4, SYA_MESH7 ; Q4AAD3, SYA_MESHJ ; -DR Q6KHK5, SYA_MESM1 ; A6UUN3, SYA_META3 ; Q8TU79, SYA_METAC ; -DR Q0W5Q9, SYA_METAR ; A7I7S4, SYA_METB6 ; Q46CS0, SYA_METBF ; -DR Q12U25, SYA_METBU ; Q60BS6, SYA_METCA ; A9W5Y4, SYA_METEP ; -DR Q1H3U9, SYA_METFK ; Q2FQD6, SYA_METHJ ; B3E044, SYA_METI4 ; -DR Q57984, SYA_METJA ; Q8TWY1, SYA_METKA ; A2ST90, SYA_METLZ ; -DR A4FZA5, SYA_METM5 ; A9A6Q2, SYA_METM6 ; A6VJ32, SYA_METM7 ; -DR Q8PWU0, SYA_METMA ; A3CVP2, SYA_METMJ ; P61710, SYA_METMP ; -DR B1ZC90, SYA_METPB ; A2SI90, SYA_METPP ; B1M0N0, SYA_METRJ ; -DR A5UKU6, SYA_METS3 ; B0UGC4, SYA_METS4 ; A4YH91, SYA_METS5 ; -DR Q2NEW4, SYA_METST ; O27718, SYA_METTH ; A0B6X3, SYA_METTP ; -DR A6US09, SYA_METVS ; B0JI84, SYA_MICAN ; Q2RHZ3, SYA_MOOTA ; -DR A0QI75, SYA_MYCA1 ; A5IYK5, SYA_MYCAP ; Q7TYB1, SYA_MYCBO ; -DR A1KLQ3, SYA_MYCBP ; Q2SSW4, SYA_MYCCT ; Q7NBY8, SYA_MYCGA ; -DR P47534, SYA_MYCGE ; A4TBW4, SYA_MYCGI ; Q9CCT0, SYA_MYCLE ; -DR B2HNC1, SYA_MYCMM ; P61704, SYA_MYCMS ; P61705, SYA_MYCPA ; -DR P75368, SYA_MYCPN ; Q98Q12, SYA_MYCPU ; A0QWQ4, SYA_MYCS2 ; -DR Q4A633, SYA_MYCS5 ; A3PZ44, SYA_MYCSJ ; A1UFI3, SYA_MYCSK ; -DR Q1B9I0, SYA_MYCSS ; A5U5Q5, SYA_MYCTA ; P9WFW6, SYA_MYCTO ; -DR P9WFW7, SYA_MYCTU ; A0PPG6, SYA_MYCUA ; A1T8E8, SYA_MYCVP ; -DR Q1D084, SYA_MYXXD ; Q3ITT7, SYA_NATPD ; B2A5J7, SYA_NATTJ ; -DR Q5F7C4, SYA_NEIG1 ; A9M198, SYA_NEIM0 ; Q9JTG4, SYA_NEIMA ; -DR Q9JYG6, SYA_NEIMB ; A1KV20, SYA_NEIMF ; Q2GEP2, SYA_NEOSM ; -DR Q0AHX2, SYA_NITEC ; Q82TF8, SYA_NITEU ; Q1QMV7, SYA_NITHX ; -DR A9A565, SYA_NITMS ; Q2YD40, SYA_NITMU ; Q3JCK8, SYA_NITOC ; -DR A6Q576, SYA_NITSB ; Q3ST43, SYA_NITWN ; Q5YTJ9, SYA_NOCFA ; -DR A1SJC7, SYA_NOCSJ ; B2J876, SYA_NOSP7 ; Q8YUD4, SYA_NOSS1 ; -DR Q2G8V0, SYA_NOVAD ; Q8EPS9, SYA_OCEIH ; Q04EQ9, SYA_OENOB ; -DR Q30YS5, SYA_OLEA2 ; Q6YQR8, SYA_ONYPE ; B1ZZ40, SYA_OPITP ; -DR A5CD03, SYA_ORITB ; B3CST3, SYA_ORITI ; A1R709, SYA_PAEAT ; -DR A1TRL4, SYA_PARC0 ; A6LEZ8, SYA_PARD8 ; A1AZL6, SYA_PARDP ; -DR A7HWA5, SYA_PARL1 ; Q7U3R9, SYA_PARMW ; B2JK72, SYA_PARP8 ; -DR B2SZN0, SYA_PARPJ ; Q6MB06, SYA_PARUW ; Q13W97, SYA_PARXL ; +DR B1HUK4, SYA_LYSSC ; A0L3J9, SYA_MAGMM ; Q8EUR6, SYA_MALP2 ; +DR Q65VQ5, SYA_MANSM ; Q0AQY6, SYA_MARMM ; A6W1F1, SYA_MARMS ; +DR A1TZ92, SYA_MARN8 ; Q6F0K3, SYA_MESFL ; Q601M2, SYA_MESH2 ; +DR Q4A8G4, SYA_MESH7 ; Q4AAD3, SYA_MESHJ ; A6UUN3, SYA_META3 ; +DR Q8TU79, SYA_METAC ; Q0W5Q9, SYA_METAR ; A7I7S4, SYA_METB6 ; +DR Q46CS0, SYA_METBF ; Q12U25, SYA_METBU ; Q60BS6, SYA_METCA ; +DR A9W5Y4, SYA_METEP ; Q1H3U9, SYA_METFK ; Q2FQD6, SYA_METHJ ; +DR B3E044, SYA_METI4 ; Q57984, SYA_METJA ; Q8TWY1, SYA_METKA ; +DR A2ST90, SYA_METLZ ; A4FZA5, SYA_METM5 ; A9A6Q2, SYA_METM6 ; +DR A6VJ32, SYA_METM7 ; Q8PWU0, SYA_METMA ; A3CVP2, SYA_METMJ ; +DR P61710, SYA_METMP ; B1ZC90, SYA_METPB ; A2SI90, SYA_METPP ; +DR B1M0N0, SYA_METRJ ; A5UKU6, SYA_METS3 ; B0UGC4, SYA_METS4 ; +DR A4YH91, SYA_METS5 ; Q2NEW4, SYA_METST ; O27718, SYA_METTH ; +DR A0B6X3, SYA_METTP ; A6US09, SYA_METVS ; B0JI84, SYA_MICAN ; +DR Q2RHZ3, SYA_MOOTA ; A0QI75, SYA_MYCA1 ; A5IYK5, SYA_MYCAP ; +DR Q7TYB1, SYA_MYCBO ; A1KLQ3, SYA_MYCBP ; Q2SSW4, SYA_MYCCT ; +DR Q7NBY8, SYA_MYCGA ; P47534, SYA_MYCGE ; A4TBW4, SYA_MYCGI ; +DR Q9CCT0, SYA_MYCLE ; Q6KHK5, SYA_MYCM1 ; B2HNC1, SYA_MYCMM ; +DR P61704, SYA_MYCMS ; P61705, SYA_MYCPA ; P75368, SYA_MYCPN ; +DR Q98Q12, SYA_MYCPU ; A0QWQ4, SYA_MYCS2 ; Q4A633, SYA_MYCS5 ; +DR A3PZ44, SYA_MYCSJ ; A1UFI3, SYA_MYCSK ; Q1B9I0, SYA_MYCSS ; +DR A5U5Q5, SYA_MYCTA ; P9WFW6, SYA_MYCTO ; P9WFW7, SYA_MYCTU ; +DR A0PPG6, SYA_MYCUA ; A1T8E8, SYA_MYCVP ; Q1D084, SYA_MYXXD ; +DR Q3ITT7, SYA_NATPD ; B2A5J7, SYA_NATTJ ; Q5F7C4, SYA_NEIG1 ; +DR A9M198, SYA_NEIM0 ; Q9JTG4, SYA_NEIMA ; Q9JYG6, SYA_NEIMB ; +DR A1KV20, SYA_NEIMF ; Q2GEP2, SYA_NEOSM ; Q0AHX2, SYA_NITEC ; +DR Q82TF8, SYA_NITEU ; Q1QMV7, SYA_NITHX ; A9A565, SYA_NITMS ; +DR Q2YD40, SYA_NITMU ; Q3JCK8, SYA_NITOC ; A6Q576, SYA_NITSB ; +DR P61700, SYA_NITV2 ; A1VEQ6, SYA_NITV4 ; Q3ST43, SYA_NITWN ; +DR Q5YTJ9, SYA_NOCFA ; A1SJC7, SYA_NOCSJ ; B2J876, SYA_NOSP7 ; +DR Q8YUD4, SYA_NOSS1 ; Q2G8V0, SYA_NOVAD ; Q8EPS9, SYA_OCEIH ; +DR Q04EQ9, SYA_OENOB ; Q30YS5, SYA_OLEA2 ; Q6YQR8, SYA_ONYPE ; +DR B1ZZ40, SYA_OPITP ; A5CD03, SYA_ORITB ; B3CST3, SYA_ORITI ; +DR A1R709, SYA_PAEAT ; A1TRL4, SYA_PARC0 ; A6LEZ8, SYA_PARD8 ; +DR A1AZL6, SYA_PARDP ; A7HWA5, SYA_PARL1 ; Q2W1D9, SYA_PARM1 ; +DR Q7U3R9, SYA_PARMW ; B2JK72, SYA_PARP8 ; B2SZN0, SYA_PARPJ ; +DR A8LCW4, SYA_PARS2 ; Q6MB06, SYA_PARUW ; Q13W97, SYA_PARXL ; DR P57933, SYA_PASMU ; Q6D1T0, SYA_PECAS ; Q03ER8, SYA_PEDPA ; DR A1ATU9, SYA_PELPD ; A5D3F4, SYA_PELTS ; Q4FMX6, SYA_PELUB ; DR A9BJE0, SYA_PETMO ; Q7N7A5, SYA_PHOLL ; Q6LMU3, SYA_PHOPR ; @@ -149539,8 +150610,8 @@ DR A5CVU0, SYA_VESOH ; A7MYT5, SYA_VIBC1 ; A5F9B7, SYA_VIBC3 ; DR Q56648, SYA_VIBCH ; Q87LR3, SYA_VIBPA ; Q8DC49, SYA_VIBVU ; DR Q7MHR6, SYA_VIBVY ; Q8D2W8, SYA_WIGBR ; P61709, SYA_WOLPM ; DR Q7MAD3, SYA_WOLSU ; Q5GSS5, SYA_WOLTR ; Q8PLQ0, SYA_XANAC ; -DR Q3BUQ7, SYA_XANC5 ; Q4UTR6, SYA_XANC8 ; B0RTY1, SYA_XANCB ; -DR Q8P9X0, SYA_XANCP ; Q2P1N1, SYA_XANOM ; B2SUD0, SYA_XANOP ; +DR Q4UTR6, SYA_XANC8 ; B0RTY1, SYA_XANCB ; Q8P9X0, SYA_XANCP ; +DR Q3BUQ7, SYA_XANE5 ; Q2P1N1, SYA_XANOM ; B2SUD0, SYA_XANOP ; DR Q5GYM8, SYA_XANOR ; A7IMR0, SYA_XANP2 ; B2I6K2, SYA_XYLF2 ; DR Q9PH22, SYA_XYLFA ; B0U1K9, SYA_XYLFM ; Q87F43, SYA_XYLFT ; DR P40825, SYA_YEAST ; A1JK09, SYA_YERE8 ; A7FLR7, SYA_YERP3 ; @@ -149589,36 +150660,36 @@ DR Q6NFV0, SYV_CORDI ; Q8FN65, SYV_COREF ; Q8NN37, SYV_CORGL ; DR Q4JWU8, SYV_CORJK ; Q83DD0, SYV_COXBU ; Q474E1, SYV_CUPPJ ; DR Q6A7F4, SYV_CUTAK ; Q47BG6, SYV_DECAR ; Q3Z9C5, SYV_DEHM1 ; DR Q3ZZG9, SYV_DEHMC ; Q9RY06, SYV_DEIRA ; Q6AMA0, SYV_DESPS ; -DR Q72E47, SYV_DESVH ; Q8XCB3, SYV_ECO57 ; Q8FAD1, SYV_ECOL6 ; -DR P07118, SYV_ECOLI ; Q3YT16, SYV_EHRCJ ; Q5FF72, SYV_EHRRG ; -DR Q5HC99, SYV_EHRRW ; Q82ZW6, SYV_ENTFA ; A7HJX5, SYV_FERNB ; -DR Q5NHZ4, SYV_FRATT ; Q8RHK3, SYV_FUSNN ; Q5KWL3, SYV_GEOKA ; -DR P11931, SYV_GEOSE ; Q74BJ6, SYV_GEOSL ; Q7NCQ9, SYV_GLOVI ; -DR Q5FN28, SYV_GLUOX ; Q0BTM1, SYV_GRABC ; Q7VN93, SYV_HAEDU ; -DR Q4QKA4, SYV_HAEI8 ; A5UBZ9, SYV_HAEIE ; A5UEN9, SYV_HAEIG ; -DR P43834, SYV_HAEIN ; P36432, SYV_HAEPA ; Q9K8G8, SYV_HALH5 ; -DR Q5V1H0, SYV_HALMA ; B0R841, SYV_HALS3 ; Q9HMG9, SYV_HALSA ; -DR Q7VHN2, SYV_HELHP ; Q9ZK61, SYV_HELPJ ; P56000, SYV_HELPY ; -DR A4G1V2, SYV_HERAR ; B0USP0, SYV_HISS2 ; Q5QY15, SYV_IDILO ; -DR A6SUQ8, SYV_JANMA ; Q5FKW5, SYV_LACAC ; P36420, SYV_LACCA ; -DR Q74JZ8, SYV_LACJO ; Q9CDP6, SYV_LACLA ; Q88UX7, SYV_LACPL ; -DR C1D6J9, SYV_LARHH ; Q38XD1, SYV_LATSS ; Q5X728, SYV_LEGPA ; -DR Q5ZXL2, SYV_LEGPH ; Q5WYI0, SYV_LEGPL ; Q6AFZ2, SYV_LEIXX ; -DR Q72V30, SYV_LEPIC ; Q8EZT8, SYV_LEPIN ; Q92BG2, SYV_LISIN ; -DR Q71ZB6, SYV_LISMF ; Q8Y6X9, SYV_LISMO ; Q8EX08, SYV_MALP2 ; -DR Q65S97, SYV_MANSM ; Q6F1B1, SYV_MESFL ; Q5ZZL4, SYV_MESH2 ; -DR Q4A755, SYV_MESH7 ; Q4A917, SYV_MESHJ ; Q6KID2, SYV_MESM1 ; -DR Q8TLI4, SYV_METAC ; Q46B32, SYV_METBF ; Q606C1, SYV_METCA ; -DR Q58413, SYV_METJA ; Q8TVG5, SYV_METKA ; Q8Q024, SYV_METMA ; -DR Q6LZP0, SYV_METMP ; O26861, SYV_METTH ; A0B7C2, SYV_METTP ; -DR P67600, SYV_MYCBO ; Q7NAR7, SYV_MYCGA ; P47576, SYV_MYCGE ; -DR Q9CBY7, SYV_MYCLE ; Q6MTU2, SYV_MYCMS ; Q73XN8, SYV_MYCPA ; -DR P75304, SYV_MYCPN ; Q98QV4, SYV_MYCPU ; Q4A6B0, SYV_MYCS5 ; -DR P9WFS8, SYV_MYCTO ; P9WFS9, SYV_MYCTU ; Q74NF3, SYV_NANEQ ; -DR Q3IUE5, SYV_NATPD ; Q5F5W0, SYV_NEIG1 ; Q9JX22, SYV_NEIMA ; -DR Q9K1H7, SYV_NEIMB ; P28350, SYV_NEUCR ; Q0AIF2, SYV_NITEC ; -DR Q82X51, SYV_NITEU ; Q2YB22, SYV_NITMU ; Q3JC50, SYV_NITOC ; -DR A6Q3R4, SYV_NITSB ; Q3SSP4, SYV_NITWN ; Q5Z048, SYV_NOCFA ; +DR Q8XCB3, SYV_ECO57 ; Q8FAD1, SYV_ECOL6 ; P07118, SYV_ECOLI ; +DR Q3YT16, SYV_EHRCJ ; Q5FF72, SYV_EHRRG ; Q5HC99, SYV_EHRRW ; +DR Q82ZW6, SYV_ENTFA ; A7HJX5, SYV_FERNB ; Q5NHZ4, SYV_FRATT ; +DR Q8RHK3, SYV_FUSNN ; Q5KWL3, SYV_GEOKA ; P11931, SYV_GEOSE ; +DR Q74BJ6, SYV_GEOSL ; Q7NCQ9, SYV_GLOVI ; Q5FN28, SYV_GLUOX ; +DR Q0BTM1, SYV_GRABC ; Q7VN93, SYV_HAEDU ; Q4QKA4, SYV_HAEI8 ; +DR A5UBZ9, SYV_HAEIE ; A5UEN9, SYV_HAEIG ; P43834, SYV_HAEIN ; +DR P36432, SYV_HAEPA ; Q9K8G8, SYV_HALH5 ; Q5V1H0, SYV_HALMA ; +DR B0R841, SYV_HALS3 ; Q9HMG9, SYV_HALSA ; Q7VHN2, SYV_HELHP ; +DR Q9ZK61, SYV_HELPJ ; P56000, SYV_HELPY ; A4G1V2, SYV_HERAR ; +DR B0USP0, SYV_HISS2 ; Q5QY15, SYV_IDILO ; A6SUQ8, SYV_JANMA ; +DR Q5FKW5, SYV_LACAC ; P36420, SYV_LACCA ; Q74JZ8, SYV_LACJO ; +DR Q9CDP6, SYV_LACLA ; Q88UX7, SYV_LACPL ; C1D6J9, SYV_LARHH ; +DR Q38XD1, SYV_LATSS ; Q5X728, SYV_LEGPA ; Q5ZXL2, SYV_LEGPH ; +DR Q5WYI0, SYV_LEGPL ; Q6AFZ2, SYV_LEIXX ; Q72V30, SYV_LEPIC ; +DR Q8EZT8, SYV_LEPIN ; Q92BG2, SYV_LISIN ; Q71ZB6, SYV_LISMF ; +DR Q8Y6X9, SYV_LISMO ; Q8EX08, SYV_MALP2 ; Q65S97, SYV_MANSM ; +DR Q6F1B1, SYV_MESFL ; Q5ZZL4, SYV_MESH2 ; Q4A755, SYV_MESH7 ; +DR Q4A917, SYV_MESHJ ; Q8TLI4, SYV_METAC ; Q46B32, SYV_METBF ; +DR Q606C1, SYV_METCA ; Q58413, SYV_METJA ; Q8TVG5, SYV_METKA ; +DR Q8Q024, SYV_METMA ; Q6LZP0, SYV_METMP ; O26861, SYV_METTH ; +DR A0B7C2, SYV_METTP ; P67600, SYV_MYCBO ; Q7NAR7, SYV_MYCGA ; +DR P47576, SYV_MYCGE ; Q9CBY7, SYV_MYCLE ; Q6KID2, SYV_MYCM1 ; +DR Q6MTU2, SYV_MYCMS ; Q73XN8, SYV_MYCPA ; P75304, SYV_MYCPN ; +DR Q98QV4, SYV_MYCPU ; Q4A6B0, SYV_MYCS5 ; P9WFS8, SYV_MYCTO ; +DR P9WFS9, SYV_MYCTU ; Q74NF3, SYV_NANEQ ; Q3IUE5, SYV_NATPD ; +DR Q5F5W0, SYV_NEIG1 ; Q9JX22, SYV_NEIMA ; Q9K1H7, SYV_NEIMB ; +DR P28350, SYV_NEUCR ; Q0AIF2, SYV_NITEC ; Q82X51, SYV_NITEU ; +DR Q2YB22, SYV_NITMU ; Q3JC50, SYV_NITOC ; A6Q3R4, SYV_NITSB ; +DR Q72E47, SYV_NITV2 ; Q3SSP4, SYV_NITWN ; Q5Z048, SYV_NOCFA ; DR Q8YX97, SYV_NOSS1 ; Q8EPN2, SYV_OCEIH ; Q6YRJ6, SYV_ONYPE ; DR A5CCE0, SYV_ORITB ; A6LIG7, SYV_PARD8 ; Q7U3N4, SYV_PARMW ; DR Q6MAM1, SYV_PARUW ; Q9CMK5, SYV_PASMU ; Q6DA54, SYV_PECAS ; @@ -149665,8 +150736,8 @@ DR Q83I17, SYV_TROW8 ; Q83G51, SYV_TROWT ; Q9PQM4, SYV_UREPA ; DR Q9KP73, SYV_VIBCH ; Q87LG6, SYV_VIBPA ; Q8DCE7, SYV_VIBVU ; DR Q7MHG1, SYV_VIBVY ; Q8D294, SYV_WIGBR ; Q73HS9, SYV_WOLPM ; DR Q7M8H7, SYV_WOLSU ; Q5GRK0, SYV_WOLTR ; Q8PGQ7, SYV_XANAC ; -DR Q3BP98, SYV_XANC5 ; Q4UQP3, SYV_XANC8 ; B0RVI4, SYV_XANCB ; -DR Q8PCR7, SYV_XANCP ; Q2P7G5, SYV_XANOM ; B2SPF0, SYV_XANOP ; +DR Q4UQP3, SYV_XANC8 ; B0RVI4, SYV_XANCB ; Q8PCR7, SYV_XANCP ; +DR Q3BP98, SYV_XANE5 ; Q2P7G5, SYV_XANOM ; B2SPF0, SYV_XANOP ; DR Q5H4N5, SYV_XANOR ; B2I6K9, SYV_XYLF2 ; Q9PH12, SYV_XYLFA ; DR B0U1L1, SYV_XYLFM ; Q87F36, SYV_XYLFT ; P07806, SYV_YEAST ; DR Q8ZBH1, SYV_YERPE ; Q66F11, SYV_YERPS ; Q5NLA8, SYV_ZYMMO ; @@ -149844,8 +150915,8 @@ DR O83776, SYM_TREPA ; Q9PQU6, SYM_UREPA ; A1WRC4, SYM_VEREI ; DR A5CWL9, SYM_VESOH ; B7VLW8, SYM_VIBA3 ; A7MZT3, SYM_VIBC1 ; DR A5F2P8, SYM_VIBC3 ; Q9KT69, SYM_VIBCH ; Q87N07, SYM_VIBPA ; DR Q8D8F2, SYM_VIBVU ; Q7MM14, SYM_VIBVY ; Q8D219, SYM_WIGBR ; -DR Q8PMP0, SYM_XANAC ; Q3BVP1, SYM_XANC5 ; Q4USM5, SYM_XANC8 ; -DR B0RWA1, SYM_XANCB ; Q8PAY7, SYM_XANCP ; Q2P4E9, SYM_XANOM ; +DR Q8PMP0, SYM_XANAC ; Q4USM5, SYM_XANC8 ; B0RWA1, SYM_XANCB ; +DR Q8PAY7, SYM_XANCP ; Q3BVP1, SYM_XANE5 ; Q2P4E9, SYM_XANOM ; DR B2SRQ4, SYM_XANOP ; Q5H1J3, SYM_XANOR ; B2I7S0, SYM_XYLF2 ; DR Q9PFV8, SYM_XYLFA ; B0U472, SYM_XYLFM ; Q87B68, SYM_XYLFT ; DR A1JTX6, SYM_YERE8 ; A7FJJ6, SYM_YERP3 ; Q1C9T8, SYM_YERPA ; @@ -149940,7 +151011,7 @@ DR Q9Z736, SYS_CHLPN ; B9LIV1, SYS_CHLSY ; B0B8V5, SYS_CHLT2 ; DR B3QV79, SYS_CHLT3 ; Q3KKW5, SYS_CHLTA ; B0BAI4, SYS_CHLTB ; DR Q8KES6, SYS_CHLTE ; O84734, SYS_CHLTR ; Q1QV43, SYS_CHRSD ; DR Q7NY99, SYS_CHRVO ; B5E8F6, SYS_CITBB ; A8AII9, SYS_CITK8 ; -DR A5CNA2, SYS_CLAM3 ; B0RCF1, SYS_CLAMS ; A7FQ53, SYS_CLOB1 ; +DR A5CNA2, SYS_CLAM3 ; B0RCF1, SYS_CLASE ; A7FQ53, SYS_CLOB1 ; DR C3KXS1, SYS_CLOB6 ; B2UX54, SYS_CLOBA ; B2THC5, SYS_CLOBB ; DR A5HXR1, SYS_CLOBH ; C1FPI7, SYS_CLOBJ ; B1IDV4, SYS_CLOBK ; DR A7G9C5, SYS_CLOBL ; B1L1M0, SYS_CLOBM ; B9DXT9, SYS_CLOK1 ; @@ -149957,8 +151028,7 @@ DR Q1IZU9, SYS_DEIGD ; Q9RUV5, SYS_DEIRA ; A9BYK5, SYS_DELAS ; DR B8D3V1, SYS_DESA1 ; C0QLD3, SYS_DESAH ; B8FNA6, SYS_DESAL ; DR B1I161, SYS_DESAP ; B8J4S2, SYS_DESDA ; B8FXX3, SYS_DESHD ; DR Q252J5, SYS_DESHY ; A8ZXS1, SYS_DESOH ; Q6AMD2, SYS_DESPS ; -DR A4J0G4, SYS_DESRM ; Q72FH6, SYS_DESVH ; B8DQP8, SYS_DESVM ; -DR A1VH35, SYS_DESVV ; A5EXS3, SYS_DICNV ; B5YEY8, SYS_DICT6 ; +DR A4J0G4, SYS_DESRM ; A5EXS3, SYS_DICNV ; B5YEY8, SYS_DICT6 ; DR B8E0R9, SYS_DICTD ; A7ZJW2, SYS_ECO24 ; B7UMY4, SYS_ECO27 ; DR B7MHK5, SYS_ECO45 ; B7LD85, SYS_ECO55 ; P0A8L3, SYS_ECO57 ; DR B5YT28, SYS_ECO5E ; B7NM82, SYS_ECO7I ; B7MRV6, SYS_ECO81 ; @@ -150007,36 +151077,37 @@ DR Q1WVB3, SYS_LIGS1 ; B2GF13, SYS_LIMF3 ; A5VHP5, SYS_LIMRD ; DR B2G575, SYS_LIMRJ ; Q926Z9, SYS_LISIN ; C1L082, SYS_LISMC ; DR Q71W17, SYS_LISMF ; B8DD73, SYS_LISMH ; Q8Y3T4, SYS_LISMO ; DR A0AM81, SYS_LISW6 ; B1HS47, SYS_LYSSC ; B9E909, SYS_MACCJ ; -DR A0L6J8, SYS_MAGMM ; Q2W4A0, SYS_MAGSA ; Q8EW01, SYS_MALP2 ; -DR Q65SK3, SYS_MANSM ; Q0AND9, SYS_MARMM ; A6W0C9, SYS_MARMS ; -DR A1U0W2, SYS_MARN8 ; C6BS43, SYS_MARSD ; Q6F2A0, SYS_MESFL ; -DR Q6KIJ8, SYS_MESM1 ; B3PNG9, SYS_META1 ; Q8TIU3, SYS_METAC ; -DR Q0W8S5, SYS_METAR ; A7I890, SYS_METB6 ; Q46F20, SYS_METBF ; -DR B7KPY5, SYS_METC4 ; Q606P5, SYS_METCA ; A9VY49, SYS_METEP ; -DR Q1H290, SYS_METFK ; Q2FS27, SYS_METHJ ; B3DX68, SYS_METI4 ; -DR A2SRC6, SYS_METLZ ; Q8PYJ6, SYS_METMA ; A3CTP4, SYS_METMJ ; -DR B8IN20, SYS_METNO ; B1ZJ12, SYS_METPB ; A2SJA7, SYS_METPP ; -DR B0UD12, SYS_METS4 ; A4YI40, SYS_METS5 ; B8ELG9, SYS_METSB ; -DR Q2NEU9, SYS_METST ; B0JTT9, SYS_MICAN ; C5C878, SYS_MICLC ; -DR Q2RMH8, SYS_MOOTA ; A0Q999, SYS_MYCA1 ; B1MEI9, SYS_MYCA9 ; -DR A5IXJ4, SYS_MYCAP ; P67562, SYS_MYCBO ; A1KQG9, SYS_MYCBP ; -DR C1AIU0, SYS_MYCBT ; Q2SR32, SYS_MYCCT ; Q7NAD6, SYS_MYCGA ; -DR P47251, SYS_MYCGE ; B8ZTU5, SYS_MYCLB ; Q9CDC1, SYS_MYCLE ; -DR B2HMM1, SYS_MYCMM ; Q6MUG5, SYS_MYCMS ; Q745I8, SYS_MYCPA ; -DR P75107, SYS_MYCPN ; Q98RH5, SYS_MYCPU ; A0R638, SYS_MYCS2 ; -DR A3Q7P6, SYS_MYCSJ ; A1UN98, SYS_MYCSK ; Q1B1V1, SYS_MYCSS ; -DR A5U9G3, SYS_MYCTA ; P9WFT6, SYS_MYCTO ; P9WFT7, SYS_MYCTU ; -DR A0PX13, SYS_MYCUA ; A1TGX4, SYS_MYCVP ; Q1DAZ4, SYS_MYXXD ; -DR B2A2Z8, SYS_NATTJ ; B9L7B0, SYS_NAUPA ; Q5F752, SYS_NEIG1 ; -DR B4RN50, SYS_NEIG2 ; A9M1Q6, SYS_NEIM0 ; Q9JT77, SYS_NEIMA ; -DR Q9JY95, SYS_NEIMB ; A1KV93, SYS_NEIMF ; Q0AJC4, SYS_NITEC ; -DR Q820S5, SYS_NITEU ; Q1QME2, SYS_NITHX ; A9A4V3, SYS_NITMS ; -DR Q2YCN3, SYS_NITMU ; Q3JCA2, SYS_NITOC ; A6Q4S8, SYS_NITSB ; -DR Q5Z3K9, SYS_NOCFA ; A1SD34, SYS_NOCSJ ; B2J6K8, SYS_NOSP7 ; -DR Q8YQ59, SYS_NOSS1 ; Q2GA28, SYS_NOVAD ; Q8EU77, SYS_OCEIH ; -DR Q04GM3, SYS_OENOB ; Q316Z9, SYS_OLEA2 ; Q6YRD2, SYS_ONYPE ; -DR A5CDU5, SYS_ORITB ; B3CQX9, SYS_ORITI ; A1R120, SYS_PAEAT ; -DR A1TTM6, SYS_PARC0 ; A1B4S2, SYS_PARDP ; A7HXK4, SYS_PARL1 ; +DR A0L6J8, SYS_MAGMM ; Q8EW01, SYS_MALP2 ; Q65SK3, SYS_MANSM ; +DR Q0AND9, SYS_MARMM ; A6W0C9, SYS_MARMS ; A1U0W2, SYS_MARN8 ; +DR C6BS43, SYS_MARSD ; Q6F2A0, SYS_MESFL ; B3PNG9, SYS_META1 ; +DR Q8TIU3, SYS_METAC ; Q0W8S5, SYS_METAR ; A7I890, SYS_METB6 ; +DR Q46F20, SYS_METBF ; B7KPY5, SYS_METC4 ; Q606P5, SYS_METCA ; +DR A9VY49, SYS_METEP ; Q1H290, SYS_METFK ; Q2FS27, SYS_METHJ ; +DR B3DX68, SYS_METI4 ; A2SRC6, SYS_METLZ ; Q8PYJ6, SYS_METMA ; +DR A3CTP4, SYS_METMJ ; B8IN20, SYS_METNO ; B1ZJ12, SYS_METPB ; +DR A2SJA7, SYS_METPP ; B0UD12, SYS_METS4 ; A4YI40, SYS_METS5 ; +DR B8ELG9, SYS_METSB ; Q2NEU9, SYS_METST ; B0JTT9, SYS_MICAN ; +DR C5C878, SYS_MICLC ; Q2RMH8, SYS_MOOTA ; A0Q999, SYS_MYCA1 ; +DR B1MEI9, SYS_MYCA9 ; A5IXJ4, SYS_MYCAP ; P67562, SYS_MYCBO ; +DR A1KQG9, SYS_MYCBP ; C1AIU0, SYS_MYCBT ; Q2SR32, SYS_MYCCT ; +DR Q7NAD6, SYS_MYCGA ; P47251, SYS_MYCGE ; B8ZTU5, SYS_MYCLB ; +DR Q9CDC1, SYS_MYCLE ; Q6KIJ8, SYS_MYCM1 ; B2HMM1, SYS_MYCMM ; +DR Q6MUG5, SYS_MYCMS ; Q745I8, SYS_MYCPA ; P75107, SYS_MYCPN ; +DR Q98RH5, SYS_MYCPU ; A0R638, SYS_MYCS2 ; A3Q7P6, SYS_MYCSJ ; +DR A1UN98, SYS_MYCSK ; Q1B1V1, SYS_MYCSS ; A5U9G3, SYS_MYCTA ; +DR P9WFT6, SYS_MYCTO ; P9WFT7, SYS_MYCTU ; A0PX13, SYS_MYCUA ; +DR A1TGX4, SYS_MYCVP ; Q1DAZ4, SYS_MYXXD ; B2A2Z8, SYS_NATTJ ; +DR B9L7B0, SYS_NAUPA ; Q5F752, SYS_NEIG1 ; B4RN50, SYS_NEIG2 ; +DR A9M1Q6, SYS_NEIM0 ; Q9JT77, SYS_NEIMA ; Q9JY95, SYS_NEIMB ; +DR A1KV93, SYS_NEIMF ; Q0AJC4, SYS_NITEC ; Q820S5, SYS_NITEU ; +DR Q1QME2, SYS_NITHX ; A9A4V3, SYS_NITMS ; Q2YCN3, SYS_NITMU ; +DR Q3JCA2, SYS_NITOC ; A6Q4S8, SYS_NITSB ; Q72FH6, SYS_NITV2 ; +DR A1VH35, SYS_NITV4 ; B8DQP8, SYS_NITV9 ; Q5Z3K9, SYS_NOCFA ; +DR A1SD34, SYS_NOCSJ ; B2J6K8, SYS_NOSP7 ; Q8YQ59, SYS_NOSS1 ; +DR Q2GA28, SYS_NOVAD ; Q8EU77, SYS_OCEIH ; Q04GM3, SYS_OENOB ; +DR Q316Z9, SYS_OLEA2 ; Q6YRD2, SYS_ONYPE ; A5CDU5, SYS_ORITB ; +DR B3CQX9, SYS_ORITI ; A1R120, SYS_PAEAT ; A1TTM6, SYS_PARC0 ; +DR A1B4S2, SYS_PARDP ; A7HXK4, SYS_PARL1 ; Q2W4A0, SYS_PARM1 ; DR Q7U518, SYS_PARMW ; B2JEF5, SYS_PARP8 ; B2T1A6, SYS_PARPJ ; DR Q143D9, SYS_PARXL ; P57836, SYS_PASMU ; Q6D3V0, SYS_PECAS ; DR C6DF54, SYS_PECCP ; Q03EA5, SYS_PEDPA ; B4SF71, SYS_PELPB ; @@ -150134,8 +151205,8 @@ DR A7MSW8, SYS_VIBC1 ; A5F2H1, SYS_VIBC3 ; Q9KSZ6, SYS_VIBCH ; DR C3LU07, SYS_VIBCM ; Q87QP1, SYS_VIBPA ; Q8D8M6, SYS_VIBVU ; DR Q7MLV2, SYS_VIBVY ; Q8D265, SYS_WIGBR ; Q73IW5, SYS_WOLPM ; DR B3CQ06, SYS_WOLPP ; Q7M9J5, SYS_WOLSU ; Q5GSH2, SYS_WOLTR ; -DR Q8PLY2, SYS_XANAC ; Q3BUY8, SYS_XANC5 ; Q4UTD4, SYS_XANC8 ; -DR B0RUV8, SYS_XANCB ; Q8PA92, SYS_XANCP ; Q2P3Y4, SYS_XANOM ; +DR Q8PLY2, SYS_XANAC ; Q4UTD4, SYS_XANC8 ; B0RUV8, SYS_XANCB ; +DR Q8PA92, SYS_XANCP ; Q3BUY8, SYS_XANE5 ; Q2P3Y4, SYS_XANOM ; DR A7INN1, SYS_XANP2 ; B2I631, SYS_XYLF2 ; Q9PB58, SYS_XYLFA ; DR B0U3G5, SYS_XYLFM ; Q87BX8, SYS_XYLFT ; A1JMG0, SYS_YERE8 ; DR A7FJY0, SYS_YERP3 ; Q1CA85, SYS_YERPA ; B2KA12, SYS_YERPB ; @@ -150244,8 +151315,8 @@ DR P36419, SYD_THETH ; Q979P6, SYD_THEVO ; C4LBN4, SYD_TOLAT ; DR Q9PQK5, SYD_UREPA ; B7VMI0, SYD_VIBA3 ; A7N1J1, SYD_VIBC1 ; DR A5F263, SYD_VIBC3 ; Q9KSU0, SYD_VIBCH ; C3LLL2, SYD_VIBCM ; DR Q87QV2, SYD_VIBPA ; Q8DAN7, SYD_VIBVU ; Q7MJ74, SYD_VIBVY ; -DR Q8PHU5, SYD_XANAC ; Q3BQE6, SYD_XANC5 ; Q4UXM5, SYD_XANC8 ; -DR B0RPX9, SYD_XANCB ; Q8P6E0, SYD_XANCP ; Q2P582, SYD_XANOM ; +DR Q8PHU5, SYD_XANAC ; Q4UXM5, SYD_XANC8 ; B0RPX9, SYD_XANCB ; +DR Q8P6E0, SYD_XANCP ; Q3BQE6, SYD_XANE5 ; Q2P582, SYD_XANOM ; DR B2STK7, SYD_XANOP ; Q5H2B1, SYD_XANOR ; B2I4Y5, SYD_XYLF2 ; DR Q9PCC5, SYD_XYLFA ; B0U2I5, SYD_XYLFM ; Q87CW0, SYD_XYLFT ; DR A1JRL1, SYD_YERE8 ; A7FID0, SYD_YERP3 ; Q1C820, SYD_YERPA ; @@ -150301,8 +151372,7 @@ DR Q1LR92, SYGA_CUPMC ; B2AH98, SYGA_CUPTR ; B8HU74, SYGA_CYAP4 ; DR A9BXZ7, SYGA_DELAS ; C0QJ90, SYGA_DESAH ; B8FKD9, SYGA_DESAL ; DR B1I1S8, SYGA_DESAP ; B8IZ95, SYGA_DESDA ; B8FUJ1, SYGA_DESHD ; DR Q24SW9, SYGA_DESHY ; A9A0L5, SYGA_DESOH ; Q6AS28, SYGA_DESPS ; -DR A4J7D0, SYGA_DESRM ; Q72AU2, SYGA_DESVH ; B8DPG0, SYGA_DESVM ; -DR A1VCW8, SYGA_DESVV ; A5EV42, SYGA_DICNV ; B5YES5, SYGA_DICT6 ; +DR A4J7D0, SYGA_DESRM ; A5EV42, SYGA_DICNV ; B5YES5, SYGA_DICT6 ; DR B8E0E9, SYGA_DICTD ; A7ZTA6, SYGA_ECO24 ; B7ULC0, SYGA_ECO27 ; DR B7MER5, SYGA_ECO45 ; B7L6X1, SYGA_ECO55 ; P67026, SYGA_ECO57 ; DR B5YVL2, SYGA_ECO5E ; B7NP56, SYGA_ECO7I ; B7N203, SYGA_ECO81 ; @@ -150335,7 +151405,8 @@ DR A2SL95, SYGA_METPP ; B1M1W4, SYGA_METRJ ; B0JSD7, SYGA_MICAN ; DR Q2RKV6, SYGA_MOOTA ; P77892, SYGA_MORCA ; B2A1Y5, SYGA_NATTJ ; DR Q5F4Y8, SYGA_NEIG1 ; B4RJG2, SYGA_NEIG2 ; A9M125, SYGA_NEIM0 ; DR P67028, SYGA_NEIMA ; P67029, SYGA_NEIMB ; A1KW09, SYGA_NEIMF ; -DR Q2YBL2, SYGA_NITMU ; A6Q559, SYGA_NITSB ; B2J0V5, SYGA_NOSP7 ; +DR Q2YBL2, SYGA_NITMU ; A6Q559, SYGA_NITSB ; Q72AU2, SYGA_NITV2 ; +DR A1VCW8, SYGA_NITV4 ; B8DPG0, SYGA_NITV9 ; B2J0V5, SYGA_NOSP7 ; DR Q8YVJ2, SYGA_NOSS1 ; Q8EPY1, SYGA_OCEIH ; Q04F71, SYGA_OENOB ; DR Q30ZR5, SYGA_OLEA2 ; A1TUT1, SYGA_PARC0 ; A1AZF6, SYGA_PARDP ; DR Q7U5N2, SYGA_PARMW ; P57904, SYGA_PASMU ; Q6DB18, SYGA_PECAS ; @@ -150397,8 +151468,8 @@ DR Q10XW9, SYGA_TRIEI ; B3E622, SYGA_TRIL1 ; Q3M502, SYGA_TRIV2 ; DR C5CM90, SYGA_VARPS ; B7VGK7, SYGA_VIBA3 ; A7N1D9, SYGA_VIBC1 ; DR Q9KVW7, SYGA_VIBCH ; Q87TP7, SYGA_VIBPA ; Q8DDJ8, SYGA_VIBVU ; DR Q7MQI7, SYGA_VIBVY ; Q8D1W3, SYGA_WIGBR ; Q7M7S2, SYGA_WOLSU ; -DR Q8PEX9, SYGA_XANAC ; Q3BMH1, SYGA_XANC5 ; Q4UP07, SYGA_XANC8 ; -DR B0RYX4, SYGA_XANCB ; Q8P3I4, SYGA_XANCP ; Q2NXS9, SYGA_XANOM ; +DR Q8PEX9, SYGA_XANAC ; Q4UP07, SYGA_XANC8 ; B0RYX4, SYGA_XANCB ; +DR Q8P3I4, SYGA_XANCP ; Q3BMH1, SYGA_XANE5 ; Q2NXS9, SYGA_XANOM ; DR B2SII2, SYGA_XANOP ; B2I4M8, SYGA_XYLF2 ; Q9PC25, SYGA_XYLFA ; DR B0U7B1, SYGA_XYLFM ; Q87D46, SYGA_XYLFT ; A1JT51, SYGA_YERE8 ; DR A7FP96, SYGA_YERP3 ; Q1C3J9, SYGA_YERPA ; B2K7F7, SYGA_YERPB ; @@ -150424,7 +151495,6 @@ DR A9KBT7, SYGB_COXBN ; A9NB99, SYGB_COXBR ; P45651, SYGB_COXBU ; DR A7MKS3, SYGB_CROS8 ; Q47A67, SYGB_DECAR ; A9BXZ8, SYGB_DELAS ; DR C0QJ89, SYGB_DESAH ; B8FKD8, SYGB_DESAL ; B1I1T4, SYGB_DESAP ; DR B8FUJ0, SYGB_DESHD ; Q24SX0, SYGB_DESHY ; A4J7C9, SYGB_DESRM ; -DR Q72AU3, SYGB_DESVH ; B8DPG1, SYGB_DESVM ; A1VCW9, SYGB_DESVV ; DR A5EV43, SYGB_DICNV ; B5YES4, SYGB_DICT6 ; B8E0E8, SYGB_DICTD ; DR A8LS45, SYGB_DINSH ; A7ZTA5, SYGB_ECO24 ; B7ULB9, SYGB_ECO27 ; DR B7MER4, SYGB_ECO45 ; B7L6X3, SYGB_ECO55 ; P67031, SYGB_ECO57 ; @@ -150454,16 +151524,17 @@ DR B1MZ60, SYGB_LEUCK ; Q03WY1, SYGB_LEUMM ; Q03SC5, SYGB_LEVBA ; DR Q1WTP1, SYGB_LIGS1 ; B2GBZ7, SYGB_LIMF3 ; A5VJI1, SYGB_LIMRD ; DR B2G6Z6, SYGB_LIMRJ ; Q92BQ2, SYGB_LISIN ; C1KVA5, SYGB_LISMC ; DR Q71ZL2, SYGB_LISMF ; B8DE53, SYGB_LISMH ; Q8Y754, SYGB_LISMO ; -DR A0AIQ9, SYGB_LISW6 ; A0L7K9, SYGB_MAGMM ; Q2W3X1, SYGB_MAGSA ; -DR Q65R47, SYGB_MANSM ; A1TWM6, SYGB_MARN8 ; B7KUK7, SYGB_METC4 ; -DR Q1H3M3, SYGB_METFK ; B8IBI6, SYGB_METNO ; B1M1W2, SYGB_METRJ ; -DR B0UNU2, SYGB_METS4 ; Q2RKV5, SYGB_MOOTA ; P77891, SYGB_MORCA ; -DR Q1D7R9, SYGB_MYXXD ; B2A1Y6, SYGB_NATTJ ; Q5F4Y7, SYGB_NEIG1 ; -DR B4RJG3, SYGB_NEIG2 ; Q50945, SYGB_NEIGO ; A9M127, SYGB_NEIM0 ; -DR Q9JW67, SYGB_NEIMA ; Q9JXQ5, SYGB_NEIMB ; A1KW08, SYGB_NEIMF ; -DR Q0AEY2, SYGB_NITEC ; Q82VB0, SYGB_NITEU ; Q8YPT0, SYGB_NOSS1 ; -DR Q8EPY2, SYGB_OCEIH ; Q04F69, SYGB_OENOB ; Q30ZR6, SYGB_OLEA2 ; -DR A1TUT0, SYGB_PARC0 ; A1AZF8, SYGB_PARDP ; P57905, SYGB_PASMU ; +DR A0AIQ9, SYGB_LISW6 ; A0L7K9, SYGB_MAGMM ; Q65R47, SYGB_MANSM ; +DR A1TWM6, SYGB_MARN8 ; B7KUK7, SYGB_METC4 ; Q1H3M3, SYGB_METFK ; +DR B8IBI6, SYGB_METNO ; B1M1W2, SYGB_METRJ ; B0UNU2, SYGB_METS4 ; +DR Q2RKV5, SYGB_MOOTA ; P77891, SYGB_MORCA ; Q1D7R9, SYGB_MYXXD ; +DR B2A1Y6, SYGB_NATTJ ; Q5F4Y7, SYGB_NEIG1 ; B4RJG3, SYGB_NEIG2 ; +DR Q50945, SYGB_NEIGO ; A9M127, SYGB_NEIM0 ; Q9JW67, SYGB_NEIMA ; +DR Q9JXQ5, SYGB_NEIMB ; A1KW08, SYGB_NEIMF ; Q0AEY2, SYGB_NITEC ; +DR Q82VB0, SYGB_NITEU ; Q72AU3, SYGB_NITV2 ; A1VCW9, SYGB_NITV4 ; +DR B8DPG1, SYGB_NITV9 ; Q8YPT0, SYGB_NOSS1 ; Q8EPY2, SYGB_OCEIH ; +DR Q04F69, SYGB_OENOB ; Q30ZR6, SYGB_OLEA2 ; A1TUT0, SYGB_PARC0 ; +DR A1AZF8, SYGB_PARDP ; Q2W3X1, SYGB_PARM1 ; P57905, SYGB_PASMU ; DR Q6DB17, SYGB_PECAS ; C6DII7, SYGB_PECCP ; Q03F66, SYGB_PEDPA ; DR C0QUJ3, SYGB_PERMH ; B4R9A9, SYGB_PHEZH ; Q7MB99, SYGB_PHOLL ; DR Q6LW15, SYGB_PHOPR ; B1XK79, SYGB_PICP2 ; A1VJD8, SYGB_POLNA ; @@ -150636,7 +151707,7 @@ DR B0B7W3, SYP_CHLT2 ; B3QYP1, SYP_CHLT3 ; Q3KLW0, SYP_CHLTA ; DR B0BC28, SYP_CHLTB ; Q8KCD1, SYP_CHLTE ; P36431, SYP_CHLTR ; DR A0M4Z3, SYP_CHRFK ; Q1QVL8, SYP_CHRSD ; Q7P0J3, SYP_CHRVO ; DR B5EIT9, SYP_CITBB ; A8AL94, SYP_CITK8 ; A5CSZ7, SYP_CLAM3 ; -DR B0RDZ1, SYP_CLAMS ; Q97ED5, SYP_CLOAB ; A7FYU0, SYP_CLOB1 ; +DR B0RDZ1, SYP_CLASE ; Q97ED5, SYP_CLOAB ; A7FYU0, SYP_CLOB1 ; DR C3KUV8, SYP_CLOB6 ; A6LPP0, SYP_CLOB8 ; B2UY89, SYP_CLOBA ; DR B2TIF5, SYP_CLOBB ; A5I768, SYP_CLOBH ; C1FM10, SYP_CLOBJ ; DR B1IFI2, SYP_CLOBK ; A7GIT0, SYP_CLOBL ; B1L224, SYP_CLOBM ; @@ -150652,8 +151723,7 @@ DR Q11Q45, SYP_CYTH3 ; Q47ID0, SYP_DECAR ; Q3Z9I5, SYP_DEHM1 ; DR A5FS84, SYP_DEHMB ; Q3ZZD0, SYP_DEHMC ; Q1J0W2, SYP_DEIGD ; DR Q9RUW4, SYP_DEIRA ; A9BP65, SYP_DELAS ; B1I2J1, SYP_DESAP ; DR B8IZD1, SYP_DESDA ; B8FR28, SYP_DESHD ; Q24UG7, SYP_DESHY ; -DR Q6AP31, SYP_DESPS ; A4J5Y2, SYP_DESRM ; Q72CD8, SYP_DESVH ; -DR B8DNM5, SYP_DESVM ; A1VE74, SYP_DESVV ; A5EXK9, SYP_DICNV ; +DR Q6AP31, SYP_DESPS ; A4J5Y2, SYP_DESRM ; A5EXK9, SYP_DICNV ; DR A8LQU6, SYP_DINSH ; A7ZHT6, SYP_ECO24 ; B7UJ96, SYP_ECO27 ; DR B7MBH6, SYP_ECO45 ; B7LHA4, SYP_ECO55 ; Q8X8W2, SYP_ECO57 ; DR B5Z0H4, SYP_ECO5E ; B7NKX8, SYP_ECO7I ; B7MP55, SYP_ECO81 ; @@ -150703,40 +151773,41 @@ DR Q1WUG0, SYP_LIGS1 ; B2GBM5, SYP_LIMF3 ; A5VJD4, SYP_LIMRD ; DR B2G6V0, SYP_LIMRJ ; Q92C35, SYP_LISIN ; C1L2M5, SYP_LISMC ; DR Q720A3, SYP_LISMF ; B8DG08, SYP_LISMH ; Q8Y7G2, SYP_LISMO ; DR A0AIC0, SYP_LISW6 ; B1HQZ9, SYP_LYSSC ; B9EBE4, SYP_MACCJ ; -DR A0L8I2, SYP_MAGMM ; Q2W136, SYP_MAGSA ; Q8EUW7, SYP_MALP2 ; -DR Q65QU0, SYP_MANSM ; Q0APX0, SYP_MARMM ; A6VXT1, SYP_MARMS ; -DR A1U1F0, SYP_MARN8 ; C6BYX7, SYP_MARSD ; Q6F0Y9, SYP_MESFL ; -DR Q600Q7, SYP_MESH2 ; Q4A7Y3, SYP_MESH7 ; Q4A9V2, SYP_MESHJ ; -DR Q6KIE6, SYP_MESM1 ; A6UTK4, SYP_META3 ; Q8TJA2, SYP_METAC ; -DR Q0W0C9, SYP_METAR ; A7I9R7, SYP_METB6 ; Q46G28, SYP_METBF ; -DR Q12ZC6, SYP_METBU ; B7KPK1, SYP_METC4 ; Q606K3, SYP_METCA ; -DR A9W1L5, SYP_METEP ; Q1H497, SYP_METFK ; Q2FLY5, SYP_METHJ ; -DR Q58635, SYP_METJA ; Q8TW09, SYP_METKA ; A2ST96, SYP_METLZ ; -DR A4FYA4, SYP_METM5 ; A9A787, SYP_METM6 ; A6VK03, SYP_METM7 ; -DR Q8PYZ1, SYP_METMA ; A3CX68, SYP_METMJ ; Q6LZD3, SYP_METMP ; -DR B8IUW4, SYP_METNO ; B1ZA28, SYP_METPB ; A2SD40, SYP_METPP ; -DR B1LUL8, SYP_METRJ ; A5UJW4, SYP_METS3 ; B0ULM2, SYP_METS4 ; -DR A4YI09, SYP_METS5 ; B8EP84, SYP_METSB ; Q2NFL1, SYP_METST ; -DR O26708, SYP_METTH ; A0B9N3, SYP_METTP ; A6USJ4, SYP_METVS ; -DR B0JTD7, SYP_MICAN ; C5C9S6, SYP_MICLC ; Q2RJN1, SYP_MOOTA ; -DR A0QIY9, SYP_MYCA1 ; B1MD96, SYP_MYCA9 ; Q7TXQ5, SYP_MYCBO ; -DR A1KMI8, SYP_MYCBP ; Q2SSG0, SYP_MYCCT ; Q7NBP5, SYP_MYCGA ; -DR P47525, SYP_MYCGE ; B8ZRT2, SYP_MYCLB ; Q9Z5I7, SYP_MYCLE ; -DR Q6MTR9, SYP_MYCMS ; Q73VU8, SYP_MYCPA ; P75382, SYP_MYCPN ; -DR Q98R27, SYP_MYCPU ; A0QVM0, SYP_MYCS2 ; Q4A5S0, SYP_MYCS5 ; -DR A1UER2, SYP_MYCSK ; Q1BAA0, SYP_MYCSS ; P9WFT8, SYP_MYCTO ; -DR P9WFT9, SYP_MYCTU ; A0PQB8, SYP_MYCUA ; A1T7H2, SYP_MYCVP ; -DR Q1CXV1, SYP_MYXXD ; Q74ND5, SYP_NANEQ ; Q3IS99, SYP_NATPD ; -DR B2A5T8, SYP_NATTJ ; B9LA07, SYP_NAUPA ; Q5F938, SYP_NEIG1 ; -DR Q9JU09, SYP_NEIMA ; Q9JZ14, SYP_NEIMB ; A1KUG4, SYP_NEIMF ; -DR Q2GE40, SYP_NEOSM ; Q0AGN2, SYP_NITEC ; Q82UZ8, SYP_NITEU ; -DR Q1QLA8, SYP_NITHX ; Q2YBW3, SYP_NITMU ; Q3JCN7, SYP_NITOC ; -DR A6Q3S4, SYP_NITSB ; Q3SRG6, SYP_NITWN ; Q5YSB9, SYP_NOCFA ; -DR A1SLL4, SYP_NOCSJ ; B2J707, SYP_NOSP7 ; Q8YM83, SYP_NOSS1 ; -DR Q2G6Y3, SYP_NOVAD ; Q8ESQ5, SYP_OCEIH ; Q04F81, SYP_OENOB ; -DR Q30Z93, SYP_OLEA2 ; Q6YQX7, SYP_ONYPE ; A1R508, SYP_PAEAT ; -DR A1TTD0, SYP_PARC0 ; A6LAP3, SYP_PARD8 ; A1B1L0, SYP_PARDP ; -DR A7HY28, SYP_PARL1 ; Q7U5D6, SYP_PARMW ; B2JHD3, SYP_PARP8 ; +DR A0L8I2, SYP_MAGMM ; Q8EUW7, SYP_MALP2 ; Q65QU0, SYP_MANSM ; +DR Q0APX0, SYP_MARMM ; A6VXT1, SYP_MARMS ; A1U1F0, SYP_MARN8 ; +DR C6BYX7, SYP_MARSD ; Q6F0Y9, SYP_MESFL ; Q600Q7, SYP_MESH2 ; +DR Q4A7Y3, SYP_MESH7 ; Q4A9V2, SYP_MESHJ ; A6UTK4, SYP_META3 ; +DR Q8TJA2, SYP_METAC ; Q0W0C9, SYP_METAR ; A7I9R7, SYP_METB6 ; +DR Q46G28, SYP_METBF ; Q12ZC6, SYP_METBU ; B7KPK1, SYP_METC4 ; +DR Q606K3, SYP_METCA ; A9W1L5, SYP_METEP ; Q1H497, SYP_METFK ; +DR Q2FLY5, SYP_METHJ ; Q58635, SYP_METJA ; Q8TW09, SYP_METKA ; +DR A2ST96, SYP_METLZ ; A4FYA4, SYP_METM5 ; A9A787, SYP_METM6 ; +DR A6VK03, SYP_METM7 ; Q8PYZ1, SYP_METMA ; A3CX68, SYP_METMJ ; +DR Q6LZD3, SYP_METMP ; B8IUW4, SYP_METNO ; B1ZA28, SYP_METPB ; +DR A2SD40, SYP_METPP ; B1LUL8, SYP_METRJ ; A5UJW4, SYP_METS3 ; +DR B0ULM2, SYP_METS4 ; A4YI09, SYP_METS5 ; B8EP84, SYP_METSB ; +DR Q2NFL1, SYP_METST ; O26708, SYP_METTH ; A0B9N3, SYP_METTP ; +DR A6USJ4, SYP_METVS ; B0JTD7, SYP_MICAN ; C5C9S6, SYP_MICLC ; +DR Q2RJN1, SYP_MOOTA ; A0QIY9, SYP_MYCA1 ; B1MD96, SYP_MYCA9 ; +DR Q7TXQ5, SYP_MYCBO ; A1KMI8, SYP_MYCBP ; Q2SSG0, SYP_MYCCT ; +DR Q7NBP5, SYP_MYCGA ; P47525, SYP_MYCGE ; B8ZRT2, SYP_MYCLB ; +DR Q9Z5I7, SYP_MYCLE ; Q6KIE6, SYP_MYCM1 ; Q6MTR9, SYP_MYCMS ; +DR Q73VU8, SYP_MYCPA ; P75382, SYP_MYCPN ; Q98R27, SYP_MYCPU ; +DR A0QVM0, SYP_MYCS2 ; Q4A5S0, SYP_MYCS5 ; A1UER2, SYP_MYCSK ; +DR Q1BAA0, SYP_MYCSS ; P9WFT8, SYP_MYCTO ; P9WFT9, SYP_MYCTU ; +DR A0PQB8, SYP_MYCUA ; A1T7H2, SYP_MYCVP ; Q1CXV1, SYP_MYXXD ; +DR Q74ND5, SYP_NANEQ ; Q3IS99, SYP_NATPD ; B2A5T8, SYP_NATTJ ; +DR B9LA07, SYP_NAUPA ; Q5F938, SYP_NEIG1 ; Q9JU09, SYP_NEIMA ; +DR Q9JZ14, SYP_NEIMB ; A1KUG4, SYP_NEIMF ; Q2GE40, SYP_NEOSM ; +DR Q0AGN2, SYP_NITEC ; Q82UZ8, SYP_NITEU ; Q1QLA8, SYP_NITHX ; +DR Q2YBW3, SYP_NITMU ; Q3JCN7, SYP_NITOC ; A6Q3S4, SYP_NITSB ; +DR Q72CD8, SYP_NITV2 ; A1VE74, SYP_NITV4 ; B8DNM5, SYP_NITV9 ; +DR Q3SRG6, SYP_NITWN ; Q5YSB9, SYP_NOCFA ; A1SLL4, SYP_NOCSJ ; +DR B2J707, SYP_NOSP7 ; Q8YM83, SYP_NOSS1 ; Q2G6Y3, SYP_NOVAD ; +DR Q8ESQ5, SYP_OCEIH ; Q04F81, SYP_OENOB ; Q30Z93, SYP_OLEA2 ; +DR Q6YQX7, SYP_ONYPE ; A1R508, SYP_PAEAT ; A1TTD0, SYP_PARC0 ; +DR A6LAP3, SYP_PARD8 ; A1B1L0, SYP_PARDP ; A7HY28, SYP_PARL1 ; +DR Q2W136, SYP_PARM1 ; Q7U5D6, SYP_PARMW ; B2JHD3, SYP_PARP8 ; DR B2SYU8, SYP_PARPJ ; Q6MBK1, SYP_PARUW ; Q13U19, SYP_PARXL ; DR Q9CL72, SYP_PASMU ; Q6D1B9, SYP_PECAS ; C6DDF6, SYP_PECCP ; DR Q03FS9, SYP_PEDPA ; B4SG51, SYP_PELPB ; A1APU5, SYP_PELPD ; @@ -150836,8 +151907,8 @@ DR A5F340, SYP_VIBC3 ; Q9KTM7, SYP_VIBCH ; C3LTC5, SYP_VIBCM ; DR Q87MC3, SYP_VIBPA ; Q8DBH9, SYP_VIBVU ; Q7MIE5, SYP_VIBVY ; DR Q8D1V9, SYP_WIGBR ; Q73GW6, SYP_WOLPM ; Q7M8L1, SYP_WOLSU ; DR Q5GTK5, SYP_WOLTR ; C0R3N5, SYP_WOLWR ; Q8PGP9, SYP_XANAC ; -DR Q3BP90, SYP_XANC5 ; Q4UQN5, SYP_XANC8 ; B0RVJ2, SYP_XANCB ; -DR Q8PCS4, SYP_XANCP ; Q2P7I5, SYP_XANOM ; B2SPG9, SYP_XANOP ; +DR Q4UQN5, SYP_XANC8 ; B0RVJ2, SYP_XANCB ; Q8PCS4, SYP_XANCP ; +DR Q3BP90, SYP_XANE5 ; Q2P7I5, SYP_XANOM ; B2SPG9, SYP_XANOP ; DR Q5H4Q7, SYP_XANOR ; A7INT8, SYP_XANP2 ; B2I7W6, SYP_XYLF2 ; DR Q9PG57, SYP_XYLFA ; B0U4A7, SYP_XYLFM ; Q87B25, SYP_XYLFT ; DR A1JP53, SYP_YERE8 ; A7FFJ4, SYP_YERP3 ; Q1CAK9, SYP_YERPA ; @@ -150914,7 +151985,7 @@ DR Q821U7, SYC_CHLCV ; Q255U1, SYC_CHLFF ; Q3B6D2, SYC_CHLL3 ; DR Q9PLE0, SYC_CHLMU ; Q9Z6X4, SYC_CHLPN ; Q3KKR0, SYC_CHLTA ; DR Q8KAK2, SYC_CHLTE ; O84787, SYC_CHLTR ; A0M500, SYC_CHRFK ; DR Q1QVV6, SYC_CHRSD ; Q7NX82, SYC_CHRVO ; B5EEK6, SYC_CITBB ; -DR A5CTY3, SYC_CLAM3 ; B0RAX1, SYC_CLAMS ; Q97ED6, SYC_CLOAB ; +DR A5CTY3, SYC_CLAM3 ; B0RAX1, SYC_CLASE ; Q97ED6, SYC_CLOAB ; DR A7FZ91, SYC_CLOB1 ; C3KVS3, SYC_CLOB6 ; A6LPP1, SYC_CLOB8 ; DR B2UY90, SYC_CLOBA ; B2TIF6, SYC_CLOBB ; A5I7M8, SYC_CLOBH ; DR C1FMX3, SYC_CLOBJ ; B1IGH6, SYC_CLOBK ; A7GJ96, SYC_CLOBL ; @@ -150931,7 +152002,6 @@ DR Q3ZAD5, SYC_DEHM1 ; A5FP90, SYC_DEHMB ; Q3ZWG4, SYC_DEHMC ; DR Q1IXM5, SYC_DEIGD ; Q9RTT6, SYC_DEIRA ; A9BZ45, SYC_DELAS ; DR B1I0T1, SYC_DESAP ; B8J0S2, SYC_DESDA ; B8G1U2, SYC_DESHD ; DR Q250Q6, SYC_DESHY ; Q6AJ23, SYC_DESPS ; A4J0Y9, SYC_DESRM ; -DR Q72BQ5, SYC_DESVH ; B8DKL0, SYC_DESVM ; A1VDQ5, SYC_DESVV ; DR A5EWG6, SYC_DICNV ; B5YAD0, SYC_DICT6 ; B8E391, SYC_DICTD ; DR A8LLR2, SYC_DINSH ; A7ZIT5, SYC_ECO24 ; B7UKK3, SYC_ECO27 ; DR B7ME49, SYC_ECO45 ; B7L7F3, SYC_ECO55 ; Q8XCT9, SYC_ECO57 ; @@ -150979,33 +152049,34 @@ DR Q1WSS5, SYC_LIGS1 ; B2GAB5, SYC_LIMF3 ; A5VI99, SYC_LIMRD ; DR B2G5S5, SYC_LIMRJ ; Q92F36, SYC_LISIN ; C1KYH2, SYC_LISMC ; DR Q724H3, SYC_LISMF ; B8DF15, SYC_LISMH ; Q8YAB1, SYC_LISMO ; DR A0AF38, SYC_LISW6 ; B1HNM3, SYC_LYSSC ; A0L4P8, SYC_MAGMM ; -DR Q2W7Y5, SYC_MAGSA ; Q8EX28, SYC_MALP2 ; Q65UY1, SYC_MANSM ; -DR Q0AM03, SYC_MARMM ; A6VX53, SYC_MARMS ; A1U1Q7, SYC_MARN8 ; -DR C6BS23, SYC_MARSD ; Q6F230, SYC_MESFL ; Q5ZZP6, SYC_MESH2 ; -DR Q4A786, SYC_MESH7 ; Q4A947, SYC_MESHJ ; Q6KIE2, SYC_MESM1 ; -DR A6UWT0, SYC_META3 ; Q8TSP6, SYC_METAC ; Q46BZ5, SYC_METBF ; -DR Q60BG8, SYC_METCA ; Q1H417, SYC_METFK ; A9AAN8, SYC_METM6 ; -DR A6VG07, SYC_METM7 ; Q8PVQ1, SYC_METMA ; Q6LYD1, SYC_METMP ; -DR A2SIM2, SYC_METPP ; A4YIG5, SYC_METS5 ; B8EMY2, SYC_METSB ; -DR A6UP68, SYC_METVS ; B0JJL5, SYC_MICAN ; C5C8X5, SYC_MICLC ; -DR Q5UP36, SYC_MIMIV ; Q2RFM3, SYC_MOOTA ; A0QAB5, SYC_MYCA1 ; -DR P0A635, SYC_MYCBO ; A1KPR6, SYC_MYCBP ; C1AI39, SYC_MYCBT ; -DR Q2ST11, SYC_MYCCT ; Q7NAH7, SYC_MYCGA ; P47495, SYC_MYCGE ; -DR A4T5K9, SYC_MYCGI ; B8ZUA9, SYC_MYCLB ; P57990, SYC_MYCLE ; -DR B2HJ21, SYC_MYCMM ; Q6MS23, SYC_MYCMS ; Q743W3, SYC_MYCPA ; -DR P75423, SYC_MYCPN ; Q98R33, SYC_MYCPU ; A0R558, SYC_MYCS2 ; -DR A3Q6W0, SYC_MYCSJ ; A1UMF5, SYC_MYCSK ; Q1B2P3, SYC_MYCSS ; -DR A5U8Q5, SYC_MYCTA ; P9WFW0, SYC_MYCTO ; P9WFW1, SYC_MYCTU ; -DR A0PV27, SYC_MYCUA ; A1TG09, SYC_MYCVP ; Q74MI1, SYC_NANEQ ; -DR Q5F5D6, SYC_NEIG1 ; Q9JWJ3, SYC_NEIMA ; Q9JXE6, SYC_NEIMB ; -DR Q2GE74, SYC_NEOSM ; Q0AJJ4, SYC_NITEC ; Q82Y45, SYC_NITEU ; -DR Q1QN87, SYC_NITHX ; Q2Y7U5, SYC_NITMU ; Q3J8Y9, SYC_NITOC ; -DR A6Q401, SYC_NITSB ; Q3STA1, SYC_NITWN ; Q5Z2R1, SYC_NOCFA ; -DR A1SNY3, SYC_NOCSJ ; Q8YXW5, SYC_NOSS1 ; Q2G5Q6, SYC_NOVAD ; -DR Q8ETZ9, SYC_OCEIH ; Q04DQ8, SYC_OENOB ; Q30ZH8, SYC_OLEA2 ; -DR Q6YR75, SYC_ONYPE ; B1ZSX8, SYC_OPITP ; A5CFB8, SYC_ORITB ; -DR B3CRX9, SYC_ORITI ; A1R383, SYC_PAEAT ; A1TPK8, SYC_PARC0 ; -DR A6LFT6, SYC_PARD8 ; A1B9D5, SYC_PARDP ; A7HWJ0, SYC_PARL1 ; +DR Q8EX28, SYC_MALP2 ; Q65UY1, SYC_MANSM ; Q0AM03, SYC_MARMM ; +DR A6VX53, SYC_MARMS ; A1U1Q7, SYC_MARN8 ; C6BS23, SYC_MARSD ; +DR Q6F230, SYC_MESFL ; Q5ZZP6, SYC_MESH2 ; Q4A786, SYC_MESH7 ; +DR Q4A947, SYC_MESHJ ; A6UWT0, SYC_META3 ; Q8TSP6, SYC_METAC ; +DR Q46BZ5, SYC_METBF ; Q60BG8, SYC_METCA ; Q1H417, SYC_METFK ; +DR A9AAN8, SYC_METM6 ; A6VG07, SYC_METM7 ; Q8PVQ1, SYC_METMA ; +DR Q6LYD1, SYC_METMP ; A2SIM2, SYC_METPP ; A4YIG5, SYC_METS5 ; +DR B8EMY2, SYC_METSB ; A6UP68, SYC_METVS ; B0JJL5, SYC_MICAN ; +DR C5C8X5, SYC_MICLC ; Q5UP36, SYC_MIMIV ; Q2RFM3, SYC_MOOTA ; +DR A0QAB5, SYC_MYCA1 ; P0A635, SYC_MYCBO ; A1KPR6, SYC_MYCBP ; +DR C1AI39, SYC_MYCBT ; Q2ST11, SYC_MYCCT ; Q7NAH7, SYC_MYCGA ; +DR P47495, SYC_MYCGE ; A4T5K9, SYC_MYCGI ; B8ZUA9, SYC_MYCLB ; +DR P57990, SYC_MYCLE ; Q6KIE2, SYC_MYCM1 ; B2HJ21, SYC_MYCMM ; +DR Q6MS23, SYC_MYCMS ; Q743W3, SYC_MYCPA ; P75423, SYC_MYCPN ; +DR Q98R33, SYC_MYCPU ; A0R558, SYC_MYCS2 ; A3Q6W0, SYC_MYCSJ ; +DR A1UMF5, SYC_MYCSK ; Q1B2P3, SYC_MYCSS ; A5U8Q5, SYC_MYCTA ; +DR P9WFW0, SYC_MYCTO ; P9WFW1, SYC_MYCTU ; A0PV27, SYC_MYCUA ; +DR A1TG09, SYC_MYCVP ; Q74MI1, SYC_NANEQ ; Q5F5D6, SYC_NEIG1 ; +DR Q9JWJ3, SYC_NEIMA ; Q9JXE6, SYC_NEIMB ; Q2GE74, SYC_NEOSM ; +DR Q0AJJ4, SYC_NITEC ; Q82Y45, SYC_NITEU ; Q1QN87, SYC_NITHX ; +DR Q2Y7U5, SYC_NITMU ; Q3J8Y9, SYC_NITOC ; A6Q401, SYC_NITSB ; +DR Q72BQ5, SYC_NITV2 ; A1VDQ5, SYC_NITV4 ; B8DKL0, SYC_NITV9 ; +DR Q3STA1, SYC_NITWN ; Q5Z2R1, SYC_NOCFA ; A1SNY3, SYC_NOCSJ ; +DR Q8YXW5, SYC_NOSS1 ; Q2G5Q6, SYC_NOVAD ; Q8ETZ9, SYC_OCEIH ; +DR Q04DQ8, SYC_OENOB ; Q30ZH8, SYC_OLEA2 ; Q6YR75, SYC_ONYPE ; +DR B1ZSX8, SYC_OPITP ; A5CFB8, SYC_ORITB ; B3CRX9, SYC_ORITI ; +DR A1R383, SYC_PAEAT ; A1TPK8, SYC_PARC0 ; A6LFT6, SYC_PARD8 ; +DR A1B9D5, SYC_PARDP ; A7HWJ0, SYC_PARL1 ; Q2W7Y5, SYC_PARM1 ; DR Q7U8C0, SYC_PARMW ; Q6MBU0, SYC_PARUW ; Q13X60, SYC_PARXL ; DR P57890, SYC_PASMU ; Q6D2E4, SYC_PECAS ; C6DAX2, SYC_PECCP ; DR Q03E41, SYC_PEDPA ; A1AK01, SYC_PELPD ; A5D5M0, SYC_PELTS ; @@ -151091,7 +152162,7 @@ DR Q9KQZ9, SYC_VIBCH ; C3LNF1, SYC_VIBCM ; Q87QJ9, SYC_VIBPA ; DR Q8D8R1, SYC_VIBVU ; Q7MLR5, SYC_VIBVY ; Q8D2V9, SYC_WIGBR ; DR Q73IL1, SYC_WOLPM ; B3CN54, SYC_WOLPP ; Q7MA68, SYC_WOLSU ; DR Q5GRV6, SYC_WOLTR ; C0R5B6, SYC_WOLWR ; Q8PK23, SYC_XANAC ; -DR Q3BSH9, SYC_XANC5 ; Q4UVJ3, SYC_XANC8 ; Q8P8J0, SYC_XANCP ; +DR Q4UVJ3, SYC_XANC8 ; Q8P8J0, SYC_XANCP ; Q3BSH9, SYC_XANE5 ; DR Q2P2E8, SYC_XANOM ; Q5GZD9, SYC_XANOR ; A7IPJ0, SYC_XANP2 ; DR Q9PEN3, SYC_XYLFA ; Q87EL7, SYC_XYLFT ; P53852, SYC_YEAST ; DR A1JNP9, SYC_YERE8 ; A7FL46, SYC_YERP3 ; Q1C4U1, SYC_YERPA ; @@ -151125,11 +152196,11 @@ DR Q17WZ1, SYE1_HELAH ; Q7VHN8, SYE1_HELHP ; B6JL62, SYE1_HELP2 ; DR B5Z6J9, SYE1_HELPG ; Q1CU52, SYE1_HELPH ; Q9ZLZ7, SYE1_HELPJ ; DR B2UST7, SYE1_HELPS ; P96551, SYE1_HELPY ; Q0C1A6, SYE1_HYPNA ; DR Q28RA3, SYE1_JANSC ; Q1IVP4, SYE1_KORVE ; Q03U68, SYE1_LEVBA ; -DR Q2W7Y6, SYE1_MAGSA ; Q0AR08, SYE1_MARMM ; Q60BG7, SYE1_METCA ; -DR A9W910, SYE1_METEP ; B1Z9T1, SYE1_METPB ; B1LUJ9, SYE1_METRJ ; -DR B0UQ09, SYE1_METS4 ; Q2GDP4, SYE1_NEOSM ; Q3JEF2, SYE1_NITOC ; -DR A6Q354, SYE1_NITSB ; Q2G9R1, SYE1_NOVAD ; A5CD02, SYE1_ORITB ; -DR B3CRX8, SYE1_ORITI ; A1B0F1, SYE1_PARDP ; A7HS42, SYE1_PARL1 ; +DR Q0AR08, SYE1_MARMM ; Q60BG7, SYE1_METCA ; A9W910, SYE1_METEP ; +DR B1Z9T1, SYE1_METPB ; B1LUJ9, SYE1_METRJ ; B0UQ09, SYE1_METS4 ; +DR Q2GDP4, SYE1_NEOSM ; Q3JEF2, SYE1_NITOC ; A6Q354, SYE1_NITSB ; +DR Q2G9R1, SYE1_NOVAD ; A5CD02, SYE1_ORITB ; B3CRX8, SYE1_ORITI ; +DR A1B0F1, SYE1_PARDP ; A7HS42, SYE1_PARL1 ; Q2W7Y6, SYE1_PARM1 ; DR A9BJB2, SYE1_PETMO ; A8F597, SYE1_PSELT ; Q98MD0, SYE1_RHILO ; DR A5V932, SYE1_RHIWR ; B6ISG3, SYE1_RHOCS ; Q2RWK3, SYE1_RHORT ; DR A8GN11, SYE1_RICAH ; A8GWP2, SYE1_RICB8 ; Q1RIM2, SYE1_RICBR ; @@ -151163,11 +152234,11 @@ DR Q0BS88, SYE2_GRABC ; A1WWI7, SYE2_HALHL ; Q17WW9, SYE2_HELAH ; DR Q7VIM2, SYE2_HELHP ; B6JLN1, SYE2_HELP2 ; B5Z716, SYE2_HELPG ; DR Q1CTM7, SYE2_HELPH ; B2UTI4, SYE2_HELPS ; Q0BZ24, SYE2_HYPNA ; DR Q28L59, SYE2_JANSC ; Q1IVB1, SYE2_KORVE ; Q03SU7, SYE2_LEVBA ; -DR Q2W3G8, SYE2_MAGSA ; Q0APU9, SYE2_MARMM ; Q609J9, SYE2_METCA ; -DR A9W982, SYE2_METEP ; B1ZAR5, SYE2_METPB ; B1M0I6, SYE2_METRJ ; -DR B0UL61, SYE2_METS4 ; Q2GD33, SYE2_NEOSM ; Q3J8Y8, SYE2_NITOC ; -DR A6Q5I8, SYE2_NITSB ; Q2G6Q3, SYE2_NOVAD ; A5CFB7, SYE2_ORITB ; -DR B3CST4, SYE2_ORITI ; A1B8E0, SYE2_PARDP ; A7HY03, SYE2_PARL1 ; +DR Q0APU9, SYE2_MARMM ; Q609J9, SYE2_METCA ; A9W982, SYE2_METEP ; +DR B1ZAR5, SYE2_METPB ; B1M0I6, SYE2_METRJ ; B0UL61, SYE2_METS4 ; +DR Q2GD33, SYE2_NEOSM ; Q3J8Y8, SYE2_NITOC ; A6Q5I8, SYE2_NITSB ; +DR Q2G6Q3, SYE2_NOVAD ; A5CFB7, SYE2_ORITB ; B3CST4, SYE2_ORITI ; +DR A1B8E0, SYE2_PARDP ; A7HY03, SYE2_PARL1 ; Q2W3G8, SYE2_PARM1 ; DR A9BGT8, SYE2_PETMO ; A8F791, SYE2_PSELT ; Q98LZ1, SYE2_RHILO ; DR A5VB94, SYE2_RHIWR ; B6IST4, SYE2_RHOCS ; Q2RTZ4, SYE2_RHORT ; DR A8GPB2, SYE2_RICAH ; A8GX08, SYE2_RICB8 ; Q1RJC6, SYE2_RICBR ; @@ -151230,7 +152301,7 @@ DR Q9Z7Z3, SYE_CHLPN ; B0B818, SYE_CHLT2 ; B3QYR1, SYE_CHLT3 ; DR Q3KLQ4, SYE_CHLTA ; B0BC83, SYE_CHLTB ; Q9F724, SYE_CHLTE ; DR O84451, SYE_CHLTR ; A0M6K0, SYE_CHRFK ; Q1QY92, SYE_CHRSD ; DR Q7NWP4, SYE_CHRVO ; B5EEE6, SYE_CITBB ; A8ADJ2, SYE_CITK8 ; -DR A5CPZ8, SYE_CLAM3 ; B0RIP8, SYE_CLAMS ; Q97KC9, SYE_CLOAB ; +DR A5CPZ8, SYE_CLAM3 ; B0RIP8, SYE_CLASE ; Q97KC9, SYE_CLOAB ; DR A7FSY9, SYE_CLOB1 ; A6LTC5, SYE_CLOB8 ; B2V5H4, SYE_CLOBA ; DR B2TND7, SYE_CLOBB ; A5I0T6, SYE_CLOBH ; B1IIG7, SYE_CLOBK ; DR A7GCD9, SYE_CLOBL ; B1KYV1, SYE_CLOBM ; Q18CD6, SYE_CLOD6 ; @@ -151245,17 +152316,16 @@ DR Q11PQ4, SYE_CYTH3 ; Q47GG0, SYE_DECAR ; Q3Z6S3, SYE_DEHM1 ; DR A5FPX2, SYE_DEHMB ; Q3ZYP4, SYE_DEHMC ; Q1IY50, SYE_DEIGD ; DR Q9RX30, SYE_DEIRA ; A9BM51, SYE_DELAS ; B1I4Z1, SYE_DESAP ; DR Q250Q8, SYE_DESHY ; A8ZWA3, SYE_DESOH ; Q6AJL4, SYE_DESPS ; -DR A4J0Y7, SYE_DESRM ; Q728Q1, SYE_DESVH ; A1VBA3, SYE_DESVV ; -DR A5EV06, SYE_DICNV ; B5YEP5, SYE_DICT6 ; A7ZPK7, SYE_ECO24 ; -DR Q8XBN2, SYE_ECO57 ; B5YZV2, SYE_ECO5E ; B1X9R9, SYE_ECODH ; -DR A8A2Q2, SYE_ECOHS ; A1ADS2, SYE_ECOK1 ; Q0TF64, SYE_ECOL5 ; -DR Q8FFC9, SYE_ECOL6 ; B1IX65, SYE_ECOLC ; P04805, SYE_ECOLI ; -DR B6I6U7, SYE_ECOSE ; B1LMJ5, SYE_ECOSM ; Q1R8W9, SYE_ECOUT ; -DR B2KAV3, SYE_ELUMP ; B1H0J3, SYE_ENDTX ; A4WD15, SYE_ENT38 ; -DR Q839V7, SYE_ENTFA ; B2VDY5, SYE_ERWT9 ; B1YGS7, SYE_EXIS2 ; -DR B0S0W2, SYE_FINM2 ; A5FL73, SYE_FLAJ1 ; A6H2H7, SYE_FLAPJ ; -DR Q0RF57, SYE_FRAAA ; Q2J816, SYE_FRACC ; B0U106, SYE_FRAP2 ; -DR A8LCV4, SYE_FRASN ; Q14JD8, SYE_FRAT1 ; A7N9Q8, SYE_FRATF ; +DR A4J0Y7, SYE_DESRM ; A5EV06, SYE_DICNV ; B5YEP5, SYE_DICT6 ; +DR A7ZPK7, SYE_ECO24 ; Q8XBN2, SYE_ECO57 ; B5YZV2, SYE_ECO5E ; +DR B1X9R9, SYE_ECODH ; A8A2Q2, SYE_ECOHS ; A1ADS2, SYE_ECOK1 ; +DR Q0TF64, SYE_ECOL5 ; Q8FFC9, SYE_ECOL6 ; B1IX65, SYE_ECOLC ; +DR P04805, SYE_ECOLI ; B6I6U7, SYE_ECOSE ; B1LMJ5, SYE_ECOSM ; +DR Q1R8W9, SYE_ECOUT ; B2KAV3, SYE_ELUMP ; B1H0J3, SYE_ENDTX ; +DR A4WD15, SYE_ENT38 ; Q839V7, SYE_ENTFA ; B2VDY5, SYE_ERWT9 ; +DR B1YGS7, SYE_EXIS2 ; B0S0W2, SYE_FINM2 ; A5FL73, SYE_FLAJ1 ; +DR A6H2H7, SYE_FLAPJ ; Q0RF57, SYE_FRAAA ; Q2J816, SYE_FRACC ; +DR B0U106, SYE_FRAP2 ; Q14JD8, SYE_FRAT1 ; A7N9Q8, SYE_FRATF ; DR Q2A5I8, SYE_FRATH ; B2SE01, SYE_FRATM ; A0Q4G6, SYE_FRATN ; DR Q0BNU3, SYE_FRATO ; Q5NHY6, SYE_FRATT ; A4IZU9, SYE_FRATW ; DR Q8RDZ8, SYE_FUSNN ; Q5L431, SYE_GEOKA ; Q39UV7, SYE_GEOMG ; @@ -151286,19 +152356,19 @@ DR Q8YAB3, SYE_LISMO ; A0AF36, SYE_LISW6 ; B1HNM5, SYE_LYSSC ; DR A0L669, SYE_MAGMM ; Q8EU94, SYE_MALP2 ; Q65VB3, SYE_MANSM ; DR A6VZB3, SYE_MARMS ; A1U1V3, SYE_MARN8 ; Q6F0G6, SYE_MESFL ; DR Q601G1, SYE_MESH2 ; Q4A8M4, SYE_MESH7 ; Q4AAJ3, SYE_MESHJ ; -DR Q6KIT3, SYE_MESM1 ; B3PN19, SYE_META1 ; A6UW15, SYE_META3 ; -DR Q8TT52, SYE_METAC ; Q0W8L2, SYE_METAR ; A7IAG1, SYE_METB6 ; -DR Q46CG5, SYE_METBF ; Q12TN7, SYE_METBU ; Q1H0X9, SYE_METFK ; -DR Q2FTH6, SYE_METHJ ; B3DXK4, SYE_METI4 ; Q58772, SYE_METJA ; -DR Q8TXB7, SYE_METKA ; A2SRG2, SYE_METLZ ; A4FXG8, SYE_METM5 ; -DR A9AAT7, SYE_METM6 ; A6VFU7, SYE_METM7 ; Q8PW52, SYE_METMA ; -DR A3CWJ3, SYE_METMJ ; Q6LYI0, SYE_METMP ; A5UN79, SYE_METS3 ; -DR A4YIL8, SYE_METS5 ; Q2NFU2, SYE_METST ; O26157, SYE_METTH ; -DR Q50543, SYE_METTM ; A0B966, SYE_METTP ; A6UP25, SYE_METVS ; -DR B0JY53, SYE_MICAN ; Q2RJE3, SYE_MOOTA ; B1MDQ5, SYE_MYCA9 ; -DR A5IZ19, SYE_MYCAP ; P0A637, SYE_MYCBO ; A1KMY6, SYE_MYCBP ; -DR Q2SSZ1, SYE_MYCCT ; Q7NAE5, SYE_MYCGA ; P47700, SYE_MYCGE ; -DR A4TE16, SYE_MYCGI ; O33120, SYE_MYCLE ; B2HIH4, SYE_MYCMM ; +DR B3PN19, SYE_META1 ; A6UW15, SYE_META3 ; Q8TT52, SYE_METAC ; +DR Q0W8L2, SYE_METAR ; A7IAG1, SYE_METB6 ; Q46CG5, SYE_METBF ; +DR Q12TN7, SYE_METBU ; Q1H0X9, SYE_METFK ; Q2FTH6, SYE_METHJ ; +DR B3DXK4, SYE_METI4 ; Q58772, SYE_METJA ; Q8TXB7, SYE_METKA ; +DR A2SRG2, SYE_METLZ ; A4FXG8, SYE_METM5 ; A9AAT7, SYE_METM6 ; +DR A6VFU7, SYE_METM7 ; Q8PW52, SYE_METMA ; A3CWJ3, SYE_METMJ ; +DR Q6LYI0, SYE_METMP ; A5UN79, SYE_METS3 ; A4YIL8, SYE_METS5 ; +DR Q2NFU2, SYE_METST ; O26157, SYE_METTH ; Q50543, SYE_METTM ; +DR A0B966, SYE_METTP ; A6UP25, SYE_METVS ; B0JY53, SYE_MICAN ; +DR Q2RJE3, SYE_MOOTA ; B1MDQ5, SYE_MYCA9 ; A5IZ19, SYE_MYCAP ; +DR P0A637, SYE_MYCBO ; A1KMY6, SYE_MYCBP ; Q2SSZ1, SYE_MYCCT ; +DR Q7NAE5, SYE_MYCGA ; P47700, SYE_MYCGE ; A4TE16, SYE_MYCGI ; +DR O33120, SYE_MYCLE ; Q6KIT3, SYE_MYCM1 ; B2HIH4, SYE_MYCMM ; DR Q6MUA6, SYE_MYCMS ; Q73VI4, SYE_MYCPA ; P75114, SYE_MYCPN ; DR P53662, SYE_MYCPU ; A0QUY7, SYE_MYCS2 ; Q4A6V0, SYE_MYCS5 ; DR A3PXR0, SYE_MYCSJ ; A1UEA6, SYE_MYCSK ; Q1BAQ6, SYE_MYCSS ; @@ -151308,12 +152378,13 @@ DR Q74MU5, SYE_NANEQ ; Q3IPL2, SYE_NATPD ; B2A4B3, SYE_NATTJ ; DR Q5F5J8, SYE_NEIG1 ; B4RPQ3, SYE_NEIG2 ; A9LZH6, SYE_NEIM0 ; DR Q9JWT4, SYE_NEIMA ; Q9K1R6, SYE_NEIMB ; A1KWM9, SYE_NEIMF ; DR Q0AIP6, SYE_NITEC ; Q82U77, SYE_NITEU ; Q1QMM2, SYE_NITHX ; -DR A9A423, SYE_NITMS ; Q2Y8L6, SYE_NITMU ; Q3SRI7, SYE_NITWN ; -DR Q5YRX6, SYE_NOCFA ; A1SM03, SYE_NOCSJ ; B2IYI1, SYE_NOSP7 ; -DR Q8YS86, SYE_NOSS1 ; Q8EU02, SYE_OCEIH ; Q04GX5, SYE_OENOB ; -DR Q30Y02, SYE_OLEA2 ; Q6YR76, SYE_ONYPE ; B1ZUV7, SYE_OPITP ; -DR A1R7K6, SYE_PAEAT ; A1TNB1, SYE_PARC0 ; A6LEA1, SYE_PARD8 ; -DR Q7U581, SYE_PARMW ; B2JIQ8, SYE_PARP8 ; B2SXN5, SYE_PARPJ ; +DR A9A423, SYE_NITMS ; Q2Y8L6, SYE_NITMU ; Q728Q1, SYE_NITV2 ; +DR A1VBA3, SYE_NITV4 ; Q3SRI7, SYE_NITWN ; Q5YRX6, SYE_NOCFA ; +DR A1SM03, SYE_NOCSJ ; B2IYI1, SYE_NOSP7 ; Q8YS86, SYE_NOSS1 ; +DR Q8EU02, SYE_OCEIH ; Q04GX5, SYE_OENOB ; Q30Y02, SYE_OLEA2 ; +DR Q6YR76, SYE_ONYPE ; B1ZUV7, SYE_OPITP ; A1R7K6, SYE_PAEAT ; +DR A1TNB1, SYE_PARC0 ; A6LEA1, SYE_PARD8 ; Q7U581, SYE_PARMW ; +DR B2JIQ8, SYE_PARP8 ; B2SXN5, SYE_PARPJ ; A8LCV4, SYE_PARS2 ; DR Q6MEN1, SYE_PARUW ; Q13X76, SYE_PARXL ; P57906, SYE_PASMU ; DR Q6D206, SYE_PECAS ; Q03E40, SYE_PEDPA ; B4SCV6, SYE_PELPB ; DR A1AUQ6, SYE_PELPD ; A5D5L8, SYE_PELTS ; Q4FM56, SYE_PELUB ; @@ -151392,8 +152463,8 @@ DR B1AJP0, SYE_UREP2 ; Q9PPP0, SYE_UREPA ; B5ZCB4, SYE_UREU1 ; DR A1WN86, SYE_VEREI ; A5CWX9, SYE_VESOH ; A7MY61, SYE_VIBC1 ; DR A5F649, SYE_VIBC3 ; P0C6Q1, SYE_VIBCH ; Q87RL6, SYE_VIBPA ; DR Q8DFH5, SYE_VIBVU ; Q7MMW8, SYE_VIBVY ; Q8D375, SYE_WIGBR ; -DR Q8PIP8, SYE_XANAC ; Q3BR75, SYE_XANC5 ; Q4UWS6, SYE_XANC8 ; -DR B0RQU0, SYE_XANCB ; Q8P7C5, SYE_XANCP ; Q2P5M8, SYE_XANOM ; +DR Q8PIP8, SYE_XANAC ; Q4UWS6, SYE_XANC8 ; B0RQU0, SYE_XANCB ; +DR Q8P7C5, SYE_XANCP ; Q3BR75, SYE_XANE5 ; Q2P5M8, SYE_XANOM ; DR B2SSC6, SYE_XANOP ; Q5H2R3, SYE_XANOR ; B2I994, SYE_XYLF2 ; DR Q9PF56, SYE_XYLFA ; B0U4X9, SYE_XYLFM ; Q87AH7, SYE_XYLFT ; DR A1JLB3, SYE_YERE8 ; A7FGC6, SYE_YERP3 ; Q1C5Y4, SYE_YERPA ; @@ -151451,8 +152522,8 @@ DR Q83LY4, SYQ_SHIFL ; Q3Z4C0, SYQ_SHISS ; Q2NUP0, SYQ_SODGM ; DR A4VL72, SYQ_STUS1 ; C4L887, SYQ_TOLAT ; C4V819, SYQ_VAIC1 ; DR B7VIH6, SYQ_VIBA3 ; A7MT45, SYQ_VIBC1 ; A5F2T1, SYQ_VIBC3 ; DR Q9KTA6, SYQ_VIBCH ; C3LTP5, SYQ_VIBCM ; Q87RG4, SYQ_VIBPA ; -DR Q7MMQ4, SYQ_VIBVY ; Q8PNZ5, SYQ_XANAC ; Q3BX52, SYQ_XANC5 ; -DR Q4UR70, SYQ_XANC8 ; Q8PCB3, SYQ_XANCP ; Q2NZL7, SYQ_XANOM ; +DR Q7MMQ4, SYQ_VIBVY ; Q8PNZ5, SYQ_XANAC ; Q4UR70, SYQ_XANC8 ; +DR Q8PCB3, SYQ_XANCP ; Q3BX52, SYQ_XANE5 ; Q2NZL7, SYQ_XANOM ; DR Q5GWF4, SYQ_XANOR ; Q9PDP1, SYQ_XYLFA ; B0U6D0, SYQ_XYLFM ; DR Q87DU6, SYQ_XYLFT ; P13188, SYQ_YEAST ; A1JQH0, SYQ_YERE8 ; DR A7FKU1, SYQ_YERP3 ; Q1C540, SYQ_YERPA ; B2K8A4, SYQ_YERPB ; @@ -151525,7 +152596,7 @@ DR B3QLU7, SYR_CHLP8 ; B3EQ83, SYR_CHLPB ; A1BJV9, SYR_CHLPD ; DR A4SGY3, SYR_CHLPM ; Q9Z7Y3, SYR_CHLPN ; B9LGY2, SYR_CHLSY ; DR Q3KLP4, SYR_CHLTA ; Q8KGF3, SYR_CHLTE ; O84460, SYR_CHLTR ; DR Q1QZZ4, SYR_CHRSD ; Q7NWM1, SYR_CHRVO ; B5EEF0, SYR_CITBB ; -DR A8AFG5, SYR_CITK8 ; B0RAP7, SYR_CLAMS ; Q97K78, SYR_CLOAB ; +DR A8AFG5, SYR_CITK8 ; B0RAP7, SYR_CLASE ; Q97K78, SYR_CLOAB ; DR A7FSW7, SYR_CLOB1 ; C3KSZ0, SYR_CLOB6 ; A6LS73, SYR_CLOB8 ; DR B2UW74, SYR_CLOBA ; A5I0R5, SYR_CLOBH ; C1FK28, SYR_CLOBJ ; DR B1IIE6, SYR_CLOBK ; A7GCB9, SYR_CLOBL ; B1KYT1, SYR_CLOBM ; @@ -151542,8 +152613,7 @@ DR A5FQ65, SYR_DEHMB ; Q3ZYF0, SYR_DEHMC ; Q9RRC4, SYR_DEIRA ; DR A9BRF4, SYR_DELAS ; C0QKZ8, SYR_DESAH ; B8FCL2, SYR_DESAL ; DR B1I6Q5, SYR_DESAP ; B8IYS4, SYR_DESDA ; B8FZ89, SYR_DESHD ; DR Q24MK7, SYR_DESHY ; A9A099, SYR_DESOH ; Q6AJJ9, SYR_DESPS ; -DR A4J9D2, SYR_DESRM ; Q72CN5, SYR_DESVH ; B8DNX4, SYR_DESVM ; -DR A1VEG5, SYR_DESVV ; A5EXU4, SYR_DICNV ; A7ZN02, SYR_ECO24 ; +DR A4J9D2, SYR_DESRM ; A5EXU4, SYR_DICNV ; A7ZN02, SYR_ECO24 ; DR B7USQ3, SYR_ECO27 ; B7MBT5, SYR_ECO45 ; B7L7S9, SYR_ECO55 ; DR Q8XCH2, SYR_ECO57 ; B5YR22, SYR_ECO5E ; B7NS42, SYR_ECO7I ; DR B7MW70, SYR_ECO81 ; B7M2G7, SYR_ECO8A ; C4ZQG0, SYR_ECOBW ; @@ -151556,42 +152626,41 @@ DR Q5HB39, SYR_EHRRW ; B2KD56, SYR_ELUMP ; Q8SRD8, SYR_ENCCU ; DR A4WBN1, SYR_ENT38 ; Q831N1, SYR_ENTFA ; B2VJB6, SYR_ERWT9 ; DR B7LPH0, SYR_ESCF3 ; B1YFI1, SYR_EXIS2 ; C4L0Z5, SYR_EXISA ; DR A5FND6, SYR_FLAJ1 ; A6GZP8, SYR_FLAPJ ; Q0RD93, SYR_FRAAA ; -DR Q2J9H6, SYR_FRACC ; A8L3U5, SYR_FRASN ; Q14IZ0, SYR_FRAT1 ; -DR A7NDV6, SYR_FRATF ; Q2A215, SYR_FRATH ; B2SDQ4, SYR_FRATM ; -DR A0Q5D7, SYR_FRATN ; Q0BKP4, SYR_FRATO ; Q5NHI8, SYR_FRATT ; -DR A4IZF4, SYR_FRATW ; Q8RG14, SYR_FUSNN ; B9M2S2, SYR_GEODF ; -DR Q5KUF0, SYR_GEOKA ; Q39VQ6, SYR_GEOMG ; Q74C63, SYR_GEOSL ; -DR C6E805, SYR_GEOSM ; C5D9R0, SYR_GEOSW ; A4ITM9, SYR_GEOTN ; -DR A5G3W5, SYR_GEOUR ; B7KCT7, SYR_GLOC7 ; Q7NDF6, SYR_GLOVI ; -DR Q5FQ54, SYR_GLUOX ; Q7VP38, SYR_HAEDU ; Q4QL12, SYR_HAEI8 ; -DR A5UCH1, SYR_HAEIE ; A5UJ40, SYR_HAEIG ; P43832, SYR_HAEIN ; -DR Q2SMY0, SYR_HAHCH ; A1WZR7, SYR_HALHL ; B9LRF1, SYR_HALLT ; -DR Q5UXX8, SYR_HALMA ; B8CWA9, SYR_HALOH ; Q9HHN2, SYR_HALSA ; -DR Q18FC1, SYR_HALWD ; C4K487, SYR_HAMD5 ; Q17X54, SYR_HELAH ; -DR Q7VI99, SYR_HELHP ; B0TI89, SYR_HELMI ; B6JKP5, SYR_HELP2 ; -DR B5ZA86, SYR_HELPG ; Q1CUI3, SYR_HELPH ; Q9ZMB9, SYR_HELPJ ; -DR B2USE8, SYR_HELPS ; P56128, SYR_HELPY ; A4G1E2, SYR_HERAR ; -DR Q0I3B0, SYR_HISS1 ; B0UUF1, SYR_HISS2 ; Q31J79, SYR_HYDCU ; -DR Q0BYP8, SYR_HYPNA ; Q5QV46, SYR_IDILO ; A8AB06, SYR_IGNH4 ; -DR A6SU56, SYR_JANMA ; Q28S88, SYR_JANSC ; A6W7E9, SYR_KINRD ; -DR B5XPZ2, SYR_KLEP3 ; A6TB43, SYR_KLEP7 ; B2GLW8, SYR_KOCRD ; -DR B1L3E4, SYR_KORCO ; Q5FIQ9, SYR_LACAC ; Q1GAN1, SYR_LACDA ; -DR Q04B18, SYR_LACDB ; Q74KR5, SYR_LACJO ; Q9CE12, SYR_LACLA ; -DR A2RNI8, SYR_LACLM ; Q02W95, SYR_LACLS ; Q88X53, SYR_LACPL ; -DR C1D5W4, SYR_LARHH ; Q38VQ9, SYR_LATSS ; Q1MRU1, SYR_LAWIP ; -DR Q5X3M1, SYR_LEGPA ; A5IDL4, SYR_LEGPC ; Q5ZTX7, SYR_LEGPH ; -DR Q5WV09, SYR_LEGPL ; Q6AG81, SYR_LEIXX ; B0SB29, SYR_LEPBA ; -DR Q04TG2, SYR_LEPBJ ; Q052J1, SYR_LEPBL ; B0SSV1, SYR_LEPBP ; -DR B1XYP5, SYR_LEPCP ; Q72QL1, SYR_LEPIC ; Q8F5J3, SYR_LEPIN ; -DR B1MZ82, SYR_LEUCK ; Q03WV9, SYR_LEUMM ; Q03QD4, SYR_LEVBA ; -DR Q1WU48, SYR_LIGS1 ; B2GDD7, SYR_LIMF3 ; A5VL03, SYR_LIMRD ; -DR B2G8D8, SYR_LIMRJ ; Q927T2, SYR_LISIN ; C1KYX7, SYR_LISMC ; -DR Q71WL8, SYR_LISMF ; B8DBE8, SYR_LISMH ; Q8Y493, SYR_LISMO ; -DR A0ALP7, SYR_LISW6 ; A0L5I2, SYR_MAGMM ; Q2W492, SYR_MAGSA ; -DR Q8EVF2, SYR_MALP2 ; Q65SX3, SYR_MANSM ; Q0AMI8, SYR_MARMM ; -DR A6W2V1, SYR_MARMS ; A1TYU8, SYR_MARN8 ; C6BU27, SYR_MARSD ; -DR Q6F0R1, SYR_MESFL ; Q602D8, SYR_MESH2 ; Q4A900, SYR_MESH7 ; -DR Q4AAT7, SYR_MESHJ ; Q6KIG6, SYR_MESM1 ; B3PM19, SYR_META1 ; +DR Q2J9H6, SYR_FRACC ; Q14IZ0, SYR_FRAT1 ; A7NDV6, SYR_FRATF ; +DR Q2A215, SYR_FRATH ; B2SDQ4, SYR_FRATM ; A0Q5D7, SYR_FRATN ; +DR Q0BKP4, SYR_FRATO ; Q5NHI8, SYR_FRATT ; A4IZF4, SYR_FRATW ; +DR Q8RG14, SYR_FUSNN ; B9M2S2, SYR_GEODF ; Q5KUF0, SYR_GEOKA ; +DR Q39VQ6, SYR_GEOMG ; Q74C63, SYR_GEOSL ; C6E805, SYR_GEOSM ; +DR C5D9R0, SYR_GEOSW ; A4ITM9, SYR_GEOTN ; A5G3W5, SYR_GEOUR ; +DR B7KCT7, SYR_GLOC7 ; Q7NDF6, SYR_GLOVI ; Q5FQ54, SYR_GLUOX ; +DR Q7VP38, SYR_HAEDU ; Q4QL12, SYR_HAEI8 ; A5UCH1, SYR_HAEIE ; +DR A5UJ40, SYR_HAEIG ; P43832, SYR_HAEIN ; Q2SMY0, SYR_HAHCH ; +DR A1WZR7, SYR_HALHL ; B9LRF1, SYR_HALLT ; Q5UXX8, SYR_HALMA ; +DR B8CWA9, SYR_HALOH ; Q9HHN2, SYR_HALSA ; Q18FC1, SYR_HALWD ; +DR C4K487, SYR_HAMD5 ; Q17X54, SYR_HELAH ; Q7VI99, SYR_HELHP ; +DR B0TI89, SYR_HELMI ; B6JKP5, SYR_HELP2 ; B5ZA86, SYR_HELPG ; +DR Q1CUI3, SYR_HELPH ; Q9ZMB9, SYR_HELPJ ; B2USE8, SYR_HELPS ; +DR P56128, SYR_HELPY ; A4G1E2, SYR_HERAR ; Q0I3B0, SYR_HISS1 ; +DR B0UUF1, SYR_HISS2 ; Q31J79, SYR_HYDCU ; Q0BYP8, SYR_HYPNA ; +DR Q5QV46, SYR_IDILO ; A8AB06, SYR_IGNH4 ; A6SU56, SYR_JANMA ; +DR Q28S88, SYR_JANSC ; A6W7E9, SYR_KINRD ; B5XPZ2, SYR_KLEP3 ; +DR A6TB43, SYR_KLEP7 ; B2GLW8, SYR_KOCRD ; B1L3E4, SYR_KORCO ; +DR Q5FIQ9, SYR_LACAC ; Q1GAN1, SYR_LACDA ; Q04B18, SYR_LACDB ; +DR Q74KR5, SYR_LACJO ; Q9CE12, SYR_LACLA ; A2RNI8, SYR_LACLM ; +DR Q02W95, SYR_LACLS ; Q88X53, SYR_LACPL ; C1D5W4, SYR_LARHH ; +DR Q38VQ9, SYR_LATSS ; Q1MRU1, SYR_LAWIP ; Q5X3M1, SYR_LEGPA ; +DR A5IDL4, SYR_LEGPC ; Q5ZTX7, SYR_LEGPH ; Q5WV09, SYR_LEGPL ; +DR Q6AG81, SYR_LEIXX ; B0SB29, SYR_LEPBA ; Q04TG2, SYR_LEPBJ ; +DR Q052J1, SYR_LEPBL ; B0SSV1, SYR_LEPBP ; B1XYP5, SYR_LEPCP ; +DR Q72QL1, SYR_LEPIC ; Q8F5J3, SYR_LEPIN ; B1MZ82, SYR_LEUCK ; +DR Q03WV9, SYR_LEUMM ; Q03QD4, SYR_LEVBA ; Q1WU48, SYR_LIGS1 ; +DR B2GDD7, SYR_LIMF3 ; A5VL03, SYR_LIMRD ; B2G8D8, SYR_LIMRJ ; +DR Q927T2, SYR_LISIN ; C1KYX7, SYR_LISMC ; Q71WL8, SYR_LISMF ; +DR B8DBE8, SYR_LISMH ; Q8Y493, SYR_LISMO ; A0ALP7, SYR_LISW6 ; +DR A0L5I2, SYR_MAGMM ; Q8EVF2, SYR_MALP2 ; Q65SX3, SYR_MANSM ; +DR Q0AMI8, SYR_MARMM ; A6W2V1, SYR_MARMS ; A1TYU8, SYR_MARN8 ; +DR C6BU27, SYR_MARSD ; Q6F0R1, SYR_MESFL ; Q602D8, SYR_MESH2 ; +DR Q4A900, SYR_MESH7 ; Q4AAT7, SYR_MESHJ ; B3PM19, SYR_META1 ; DR A6UW07, SYR_META3 ; Q8TUM3, SYR_METAC ; Q0W6L7, SYR_METAR ; DR A7I4Y2, SYR_METB6 ; Q46DR6, SYR_METBF ; Q12V97, SYR_METBU ; DR B7KWG7, SYR_METC4 ; Q602H4, SYR_METCA ; A9W7L3, SYR_METEP ; @@ -151606,21 +152675,23 @@ DR Q5UQ59, SYR_MIMIV ; Q2RFU7, SYR_MOOTA ; B1MLU2, SYR_MYCA9 ; DR P67570, SYR_MYCBO ; A1KI80, SYR_MYCBP ; C1AMT6, SYR_MYCBT ; DR Q2SSA3, SYR_MYCCT ; Q7NC67, SYR_MYCGA ; P47618, SYR_MYCGE ; DR A4T8M4, SYR_MYCGI ; B8ZR24, SYR_MYCLB ; P45840, SYR_MYCLE ; -DR B2HR81, SYR_MYCMM ; Q6MT14, SYR_MYCMS ; Q73X40, SYR_MYCPA ; -DR P75222, SYR_MYCPN ; Q9X5M0, SYR_MYCS2 ; A3Q3D3, SYR_MYCSJ ; -DR A1UK06, SYR_MYCSK ; Q1B531, SYR_MYCSS ; A5U1Z1, SYR_MYCTA ; -DR P9WFW4, SYR_MYCTO ; P9WFW5, SYR_MYCTU ; A0PUL8, SYR_MYCUA ; -DR A1TD77, SYR_MYCVP ; Q3IUQ6, SYR_NATPD ; B9L8B8, SYR_NAUPA ; -DR Q5F835, SYR_NEIG1 ; B4RL22, SYR_NEIG2 ; Q9JTM7, SYR_NEIMA ; -DR Q9JYM8, SYR_NEIMB ; A1KUU4, SYR_NEIMF ; Q2GEZ6, SYR_NEOSM ; -DR Q0AFN4, SYR_NITEC ; Q82XC1, SYR_NITEU ; Q1QMH5, SYR_NITHX ; -DR Q2Y676, SYR_NITMU ; Q3JF27, SYR_NITOC ; A6Q543, SYR_NITSB ; -DR Q3SRM3, SYR_NITWN ; Q5Z0Z9, SYR_NOCFA ; B2J6I0, SYR_NOSP7 ; -DR Q8YQU9, SYR_NOSS1 ; Q2G9D9, SYR_NOVAD ; Q8EM45, SYR_OCEIH ; -DR Q04FF6, SYR_OENOB ; Q30Z04, SYR_OLEA2 ; A5CD00, SYR_ORITB ; -DR B3CST6, SYR_ORITI ; A1R7X2, SYR_PAEAT ; A1TJ83, SYR_PARC0 ; -DR A6LHY5, SYR_PARD8 ; A1B373, SYR_PARDP ; A7HXJ6, SYR_PARL1 ; -DR Q7U3V8, SYR_PARMW ; B2JKJ2, SYR_PARP8 ; B2SWV4, SYR_PARPJ ; +DR Q6KIG6, SYR_MYCM1 ; B2HR81, SYR_MYCMM ; Q6MT14, SYR_MYCMS ; +DR Q73X40, SYR_MYCPA ; P75222, SYR_MYCPN ; Q9X5M0, SYR_MYCS2 ; +DR A3Q3D3, SYR_MYCSJ ; A1UK06, SYR_MYCSK ; Q1B531, SYR_MYCSS ; +DR A5U1Z1, SYR_MYCTA ; P9WFW4, SYR_MYCTO ; P9WFW5, SYR_MYCTU ; +DR A0PUL8, SYR_MYCUA ; A1TD77, SYR_MYCVP ; Q3IUQ6, SYR_NATPD ; +DR B9L8B8, SYR_NAUPA ; Q5F835, SYR_NEIG1 ; B4RL22, SYR_NEIG2 ; +DR Q9JTM7, SYR_NEIMA ; Q9JYM8, SYR_NEIMB ; A1KUU4, SYR_NEIMF ; +DR Q2GEZ6, SYR_NEOSM ; Q0AFN4, SYR_NITEC ; Q82XC1, SYR_NITEU ; +DR Q1QMH5, SYR_NITHX ; Q2Y676, SYR_NITMU ; Q3JF27, SYR_NITOC ; +DR A6Q543, SYR_NITSB ; Q72CN5, SYR_NITV2 ; A1VEG5, SYR_NITV4 ; +DR B8DNX4, SYR_NITV9 ; Q3SRM3, SYR_NITWN ; Q5Z0Z9, SYR_NOCFA ; +DR B2J6I0, SYR_NOSP7 ; Q8YQU9, SYR_NOSS1 ; Q2G9D9, SYR_NOVAD ; +DR Q8EM45, SYR_OCEIH ; Q04FF6, SYR_OENOB ; Q30Z04, SYR_OLEA2 ; +DR A5CD00, SYR_ORITB ; B3CST6, SYR_ORITI ; A1R7X2, SYR_PAEAT ; +DR A1TJ83, SYR_PARC0 ; A6LHY5, SYR_PARD8 ; A1B373, SYR_PARDP ; +DR A7HXJ6, SYR_PARL1 ; Q2W492, SYR_PARM1 ; Q7U3V8, SYR_PARMW ; +DR B2JKJ2, SYR_PARP8 ; B2SWV4, SYR_PARPJ ; A8L3U5, SYR_PARS2 ; DR Q6MEP4, SYR_PARUW ; Q146I4, SYR_PARXL ; P57851, SYR_PASMU ; DR Q6D474, SYR_PECAS ; C6DFD9, SYR_PECCP ; Q03GE2, SYR_PEDPA ; DR B4SH34, SYR_PELPB ; Q4FM10, SYR_PELUB ; B4R8T9, SYR_PHEZH ; @@ -151705,8 +152776,8 @@ DR A5CXW2, SYR_VESOH ; B7VI24, SYR_VIBA3 ; A7MT26, SYR_VIBC1 ; DR Q9KQC6, SYR_VIBCH ; Q87RD6, SYR_VIBPA ; Q8DFR1, SYR_VIBVU ; DR Q7MMM3, SYR_VIBVY ; Q8D372, SYR_WIGBR ; Q73HY6, SYR_WOLPM ; DR B3CNF3, SYR_WOLPP ; Q7MAK6, SYR_WOLSU ; Q5GT78, SYR_WOLTR ; -DR Q8PFR2, SYR_XANAC ; Q3BNA3, SYR_XANC5 ; Q4UPN9, SYR_XANC8 ; -DR B0RXM6, SYR_XANCB ; Q8P455, SYR_XANCP ; Q2P8B1, SYR_XANOM ; +DR Q8PFR2, SYR_XANAC ; Q4UPN9, SYR_XANC8 ; B0RXM6, SYR_XANCB ; +DR Q8P455, SYR_XANCP ; Q3BNA3, SYR_XANE5 ; Q2P8B1, SYR_XANOM ; DR B2SS22, SYR_XANOP ; Q5H5M2, SYR_XANOR ; A7IN73, SYR_XANP2 ; DR B2I6M4, SYR_XYLF2 ; Q9PGZ9, SYR_XYLFA ; B0U1H9, SYR_XYLFM ; DR Q87F22, SYR_XYLFT ; A1JRM9, SYR_YERE8 ; A7FID8, SYR_YERP3 ; @@ -151784,8 +152855,7 @@ DR A5FS95, SYFA_DEHMB ; Q3ZZD3, SYFA_DEHMC ; C1CYT5, SYFA_DEIDV ; DR Q1J1V8, SYFA_DEIGD ; Q9RRX8, SYFA_DEIRA ; A9C3D0, SYFA_DELAS ; DR B8FFU3, SYFA_DESAL ; B1I4I5, SYFA_DESAP ; B8J4E0, SYFA_DESDA ; DR B8G0L8, SYFA_DESHD ; Q251I2, SYFA_DESHY ; A8ZZ70, SYFA_DESOH ; -DR Q6ANC1, SYFA_DESPS ; A4J4Z4, SYFA_DESRM ; Q728R9, SYFA_DESVH ; -DR B8DPM8, SYFA_DESVM ; A1VBB8, SYFA_DESVV ; Q54KS8, SYFA_DICDI ; +DR Q6ANC1, SYFA_DESPS ; A4J4Z4, SYFA_DESRM ; Q54KS8, SYFA_DICDI ; DR B5YER5, SYFA_DICT6 ; B8E0D9, SYFA_DICTD ; A8LLH4, SYFA_DINSH ; DR Q9W3J5, SYFA_DROME ; A7ZMI2, SYFA_ECO24 ; B7US97, SYFA_ECO27 ; DR B7MAS5, SYFA_ECO45 ; B7L6I7, SYFA_ECO55 ; P67037, SYFA_ECO57 ; @@ -151849,6 +152919,7 @@ DR P9WFU2, SYFA_MYCTO ; P9WFU3, SYFA_MYCTU ; A1TAB5, SYFA_MYCVP ; DR Q1D6E0, SYFA_MYXXD ; B2A5N5, SYFA_NATTJ ; Q5F9U0, SYFA_NEIG1 ; DR Q9JR76, SYFA_NEIMA ; Q9K092, SYFA_NEIMB ; Q82VV5, SYFA_NITEU ; DR Q1QS22, SYFA_NITHX ; Q2YBS2, SYFA_NITMU ; Q3JBZ8, SYFA_NITOC ; +DR Q728R9, SYFA_NITV2 ; A1VBB8, SYFA_NITV4 ; B8DPM8, SYFA_NITV9 ; DR Q3SWK7, SYFA_NITWN ; Q5YYH7, SYFA_NOCFA ; B2IUA1, SYFA_NOSP7 ; DR Q8YMT4, SYFA_NOSS1 ; Q2GAI8, SYFA_NOVAD ; Q8EPH4, SYFA_OCEIH ; DR Q04FD8, SYFA_OENOB ; Q30Y15, SYFA_OLEA2 ; Q6YPX9, SYFA_ONYPE ; @@ -151930,8 +153001,8 @@ DR A5F1W4, SYFA_VIBC3 ; Q9KSN7, SYFA_VIBCH ; C3LLR5, SYFA_VIBCM ; DR Q87Q60, SYFA_VIBPA ; Q8DA40, SYFA_VIBVU ; Q7MK39, SYFA_VIBVY ; DR Q8D3B6, SYFA_WIGBR ; Q73IM5, SYFA_WOLPM ; B3CMZ6, SYFA_WOLPP ; DR Q7M8Y9, SYFA_WOLSU ; Q5GTJ5, SYFA_WOLTR ; C0R5D1, SYFA_WOLWR ; -DR Q8PJE4, SYFA_XANAC ; Q3BRU1, SYFA_XANC5 ; Q4UW53, SYFA_XANC8 ; -DR B0RRH3, SYFA_XANCB ; Q8P7Z5, SYFA_XANCP ; Q2P0Z9, SYFA_XANOM ; +DR Q8PJE4, SYFA_XANAC ; Q4UW53, SYFA_XANC8 ; B0RRH3, SYFA_XANCB ; +DR Q8P7Z5, SYFA_XANCP ; Q3BRU1, SYFA_XANE5 ; Q2P0Z9, SYFA_XANOM ; DR B2SUL9, SYFA_XANOP ; Q5GXY4, SYFA_XANOR ; B2I9P4, SYFA_XYLF2 ; DR Q9PFD7, SYFA_XYLFA ; B0U5D9, SYFA_XYLFM ; Q87AB5, SYFA_XYLFT ; DR P15625, SYFA_YEAST ; A1JML2, SYFA_YERE8 ; A7FHG5, SYFA_YERP3 ; @@ -151966,28 +153037,27 @@ DR Q47ZS5, SYFB_COLP3 ; Q6NHH1, SYFB_CORDI ; Q8FTP0, SYFB_COREF ; DR Q8NQN6, SYFB_CORGL ; Q4JW05, SYFB_CORJK ; Q83C15, SYFB_COXBU ; DR Q472N3, SYFB_CUPPJ ; Q6A7V6, SYFB_CUTAK ; Q47CM9, SYFB_DECAR ; DR Q3Z9I7, SYFB_DEHM1 ; Q3ZZD2, SYFB_DEHMC ; Q9RRX5, SYFB_DEIRA ; -DR Q6ANC2, SYFB_DESPS ; Q728S0, SYFB_DESVH ; P37984, SYFB_DICD3 ; -DR Q550D2, SYFB_DICDI ; Q9VCA5, SYFB_DROME ; Q8XE32, SYFB_ECO57 ; -DR P59664, SYFB_ECOL6 ; P07395, SYFB_ECOLI ; Q3YRN4, SYFB_EHRCJ ; -DR Q5FFS3, SYFB_EHRRG ; Q5HAU7, SYFB_EHRRW ; Q8SS40, SYFB_ENCCU ; -DR A9CS50, SYFB_ENTBH ; Q836J5, SYFB_ENTFA ; Q5NG54, SYFB_FRATT ; -DR Q8RHB5, SYFB_FUSNN ; Q5KWE5, SYFB_GEOKA ; Q39VS4, SYFB_GEOMG ; -DR Q74CZ9, SYFB_GEOSL ; Q7NCQ2, SYFB_GLOVI ; Q5FUA2, SYFB_GLUOX ; -DR Q6B8Z8, SYFB_GRATL ; Q7VLG3, SYFB_HAEDU ; Q4QKM3, SYFB_HAEI8 ; -DR P43820, SYFB_HAEIN ; Q2SDJ7, SYFB_HAHCH ; Q9K896, SYFB_HALH5 ; -DR B9LU47, SYFB_HALLT ; Q5UYF3, SYFB_HALMA ; B0R807, SYFB_HALS3 ; -DR Q9HMK3, SYFB_HALSA ; Q7VK65, SYFB_HELHP ; Q9ZKF8, SYFB_HELPJ ; -DR P56145, SYFB_HELPY ; Q9NSD9, SYFB_HUMAN ; Q31F19, SYFB_HYDCU ; -DR Q5QXL8, SYFB_IDILO ; B1L7C0, SYFB_KORCO ; Q5FIY7, SYFB_LACAC ; -DR Q74IE2, SYFB_LACJO ; Q9CEB5, SYFB_LACLA ; Q88WR2, SYFB_LACPL ; -DR Q38VV4, SYFB_LATSS ; Q5X1H8, SYFB_LEGPA ; Q5ZS09, SYFB_LEGPH ; -DR Q5WT87, SYFB_LEGPL ; Q6AGD6, SYFB_LEIXX ; B0SAR6, SYFB_LEPBA ; -DR Q04VV0, SYFB_LEPBJ ; Q04XL9, SYFB_LEPBL ; B0SJF2, SYFB_LEPBP ; -DR Q72MG8, SYFB_LEPIC ; Q8EZ26, SYFB_LEPIN ; Q92CI6, SYFB_LISIN ; -DR Q720K7, SYFB_LISMF ; Q8Y7Q1, SYFB_LISMO ; Q2VYZ1, SYFB_MAGSA ; -DR Q8EUJ9, SYFB_MALP2 ; Q65TL3, SYFB_MANSM ; Q6F166, SYFB_MESFL ; -DR Q601U6, SYFB_MESH2 ; Q4A891, SYFB_MESH7 ; Q4AA64, SYFB_MESHJ ; -DR Q6KHC8, SYFB_MESM1 ; A6UWT1, SYFB_META3 ; Q8TPF7, SYFB_METAC ; +DR Q6ANC2, SYFB_DESPS ; P37984, SYFB_DICD3 ; Q550D2, SYFB_DICDI ; +DR Q9VCA5, SYFB_DROME ; Q8XE32, SYFB_ECO57 ; P59664, SYFB_ECOL6 ; +DR P07395, SYFB_ECOLI ; Q3YRN4, SYFB_EHRCJ ; Q5FFS3, SYFB_EHRRG ; +DR Q5HAU7, SYFB_EHRRW ; Q8SS40, SYFB_ENCCU ; A9CS50, SYFB_ENTBH ; +DR Q836J5, SYFB_ENTFA ; Q5NG54, SYFB_FRATT ; Q8RHB5, SYFB_FUSNN ; +DR Q5KWE5, SYFB_GEOKA ; Q39VS4, SYFB_GEOMG ; Q74CZ9, SYFB_GEOSL ; +DR Q7NCQ2, SYFB_GLOVI ; Q5FUA2, SYFB_GLUOX ; Q6B8Z8, SYFB_GRATL ; +DR Q7VLG3, SYFB_HAEDU ; Q4QKM3, SYFB_HAEI8 ; P43820, SYFB_HAEIN ; +DR Q2SDJ7, SYFB_HAHCH ; Q9K896, SYFB_HALH5 ; B9LU47, SYFB_HALLT ; +DR Q5UYF3, SYFB_HALMA ; B0R807, SYFB_HALS3 ; Q9HMK3, SYFB_HALSA ; +DR Q7VK65, SYFB_HELHP ; Q9ZKF8, SYFB_HELPJ ; P56145, SYFB_HELPY ; +DR Q9NSD9, SYFB_HUMAN ; Q31F19, SYFB_HYDCU ; Q5QXL8, SYFB_IDILO ; +DR B1L7C0, SYFB_KORCO ; Q5FIY7, SYFB_LACAC ; Q74IE2, SYFB_LACJO ; +DR Q9CEB5, SYFB_LACLA ; Q88WR2, SYFB_LACPL ; Q38VV4, SYFB_LATSS ; +DR Q5X1H8, SYFB_LEGPA ; Q5ZS09, SYFB_LEGPH ; Q5WT87, SYFB_LEGPL ; +DR Q6AGD6, SYFB_LEIXX ; B0SAR6, SYFB_LEPBA ; Q04VV0, SYFB_LEPBJ ; +DR Q04XL9, SYFB_LEPBL ; B0SJF2, SYFB_LEPBP ; Q72MG8, SYFB_LEPIC ; +DR Q8EZ26, SYFB_LEPIN ; Q92CI6, SYFB_LISIN ; Q720K7, SYFB_LISMF ; +DR Q8Y7Q1, SYFB_LISMO ; Q8EUJ9, SYFB_MALP2 ; Q65TL3, SYFB_MANSM ; +DR Q6F166, SYFB_MESFL ; Q601U6, SYFB_MESH2 ; Q4A891, SYFB_MESH7 ; +DR Q4AA64, SYFB_MESHJ ; A6UWT1, SYFB_META3 ; Q8TPF7, SYFB_METAC ; DR Q0W0X4, SYFB_METAR ; A7I615, SYFB_METB6 ; Q468N7, SYFB_METBF ; DR Q12YP2, SYFB_METBU ; Q60AY9, SYFB_METCA ; Q2FLL1, SYFB_METHJ ; DR Q58508, SYFB_METJA ; Q8TX56, SYFB_METKA ; A2ST82, SYFB_METLZ ; @@ -151997,14 +153067,15 @@ DR B8GEX4, SYFB_METPE ; A4YIL0, SYFB_METS5 ; Q2NGX9, SYFB_METST ; DR O26864, SYFB_METTH ; A0B993, SYFB_METTP ; A6UPQ4, SYFB_METVS ; DR Q2RHN8, SYFB_MOOTA ; Q9WUA2, SYFB_MOUSE ; Q7VEV3, SYFB_MYCBO ; DR Q2SS99, SYFB_MYCCT ; Q7NBB7, SYFB_MYCGA ; P47437, SYFB_MYCGE ; -DR Q9CC16, SYFB_MYCLE ; Q6MT18, SYFB_MYCMS ; Q740J0, SYFB_MYCPA ; -DR P75563, SYFB_MYCPN ; Q98QL4, SYFB_MYCPU ; Q4A6A2, SYFB_MYCS5 ; -DR P9WFU0, SYFB_MYCTO ; P9WFU1, SYFB_MYCTU ; Q3ITU5, SYFB_NATPD ; -DR Q5F9T6, SYFB_NEIG1 ; Q9JVA0, SYFB_NEIMA ; Q9K089, SYFB_NEIMB ; -DR Q1XDE1, SYFB_NEOYE ; Q82VV6, SYFB_NITEU ; Q2YBS1, SYFB_NITMU ; -DR Q3JBZ7, SYFB_NITOC ; Q3SWK8, SYFB_NITWN ; Q5YYH6, SYFB_NOCFA ; -DR Q8YMH5, SYFB_NOSS1 ; Q2GAI7, SYFB_NOVAD ; Q8EPH5, SYFB_OCEIH ; -DR Q30Y16, SYFB_OLEA2 ; Q6YPX7, SYFB_ONYPE ; Q7U6V9, SYFB_PARMW ; +DR Q9CC16, SYFB_MYCLE ; Q6KHC8, SYFB_MYCM1 ; Q6MT18, SYFB_MYCMS ; +DR Q740J0, SYFB_MYCPA ; P75563, SYFB_MYCPN ; Q98QL4, SYFB_MYCPU ; +DR Q4A6A2, SYFB_MYCS5 ; P9WFU0, SYFB_MYCTO ; P9WFU1, SYFB_MYCTU ; +DR Q3ITU5, SYFB_NATPD ; Q5F9T6, SYFB_NEIG1 ; Q9JVA0, SYFB_NEIMA ; +DR Q9K089, SYFB_NEIMB ; Q1XDE1, SYFB_NEOYE ; Q82VV6, SYFB_NITEU ; +DR Q2YBS1, SYFB_NITMU ; Q3JBZ7, SYFB_NITOC ; Q728S0, SYFB_NITV2 ; +DR Q3SWK8, SYFB_NITWN ; Q5YYH6, SYFB_NOCFA ; Q8YMH5, SYFB_NOSS1 ; +DR Q2GAI7, SYFB_NOVAD ; Q8EPH5, SYFB_OCEIH ; Q30Y16, SYFB_OLEA2 ; +DR Q6YPX7, SYFB_ONYPE ; Q2VYZ1, SYFB_PARM1 ; Q7U6V9, SYFB_PARMW ; DR Q6MEA6, SYFB_PARUW ; P57859, SYFB_PASMU ; Q6D4H3, SYFB_PECAS ; DR Q4FNH4, SYFB_PELUB ; A0T0H4, SYFB_PHATC ; Q7N3Q1, SYFB_PHOLL ; DR Q6LQ73, SYFB_PHOPR ; A5K464, SYFB_PLAVS ; Q5R7F7, SYFB_PONAB ; @@ -152049,8 +153120,8 @@ DR Q3MAZ7, SYFB_TRIV2 ; Q83HH4, SYFB_TROW8 ; Q83GS8, SYFB_TROWT ; DR Q9PQ33, SYFB_UREPA ; C4VA52, SYFB_VAIC1 ; Q9KSN6, SYFB_VIBCH ; DR Q87Q59, SYFB_VIBPA ; Q8DA39, SYFB_VIBVU ; Q7MK40, SYFB_VIBVY ; DR Q8D3B5, SYFB_WIGBR ; Q73HW5, SYFB_WOLPM ; Q7M8Y8, SYFB_WOLSU ; -DR Q5GSH5, SYFB_WOLTR ; Q8PJE5, SYFB_XANAC ; Q3BRU2, SYFB_XANC5 ; -DR Q4UW52, SYFB_XANC8 ; Q8P7Z6, SYFB_XANCP ; Q2P100, SYFB_XANOM ; +DR Q5GSH5, SYFB_WOLTR ; Q8PJE5, SYFB_XANAC ; Q4UW52, SYFB_XANC8 ; +DR Q8P7Z6, SYFB_XANCP ; Q3BRU2, SYFB_XANE5 ; Q2P100, SYFB_XANOM ; DR Q5GXY5, SYFB_XANOR ; Q9PFD6, SYFB_XYLFA ; Q87AB6, SYFB_XYLFT ; DR P15624, SYFB_YEAST ; Q8ZDX1, SYFB_YERPE ; Q669Z6, SYFB_YERPS ; DR Q5NMC3, SYFB_ZYMMO ; Q94K73, SYFM_ARATH ; Q86A68, SYFM_DICDI ; @@ -152133,52 +153204,51 @@ DR Q3ZAI8, SYH_DEHM1 ; A5FSR7, SYH_DEHMB ; Q3ZWB6, SYH_DEHMC ; DR C1CV35, SYH_DEIDV ; Q1IZB5, SYH_DEIGD ; Q9RUN5, SYH_DEIRA ; DR C0QFI0, SYH_DESAH ; B8FKS7, SYH_DESAL ; B1I363, SYH_DESAP ; DR B8FQR7, SYH_DESHD ; Q24US1, SYH_DESHY ; A8ZUR6, SYH_DESOH ; -DR Q6AQS3, SYH_DESPS ; A4J2J1, SYH_DESRM ; P62379, SYH_DESVH ; -DR A1V9B1, SYH_DESVV ; B5YDT1, SYH_DICT6 ; B8E1C1, SYH_DICTD ; -DR A8LKA5, SYH_DINSH ; A7ZPV7, SYH_ECO24 ; B7UGW0, SYH_ECO27 ; -DR B7MHZ9, SYH_ECO45 ; B7LCQ4, SYH_ECO55 ; P60908, SYH_ECO57 ; -DR B5Z0Y3, SYH_ECO5E ; B7NRG4, SYH_ECO7I ; B7MYE9, SYH_ECO81 ; -DR B7M7L8, SYH_ECO8A ; C4ZX89, SYH_ECOBW ; B1XAY9, SYH_ECODH ; -DR A8A320, SYH_ECOHS ; A1AE52, SYH_ECOK1 ; Q0TEX1, SYH_ECOL5 ; -DR P60907, SYH_ECOL6 ; B1IWE7, SYH_ECOLC ; P60906, SYH_ECOLI ; -DR B7N6A2, SYH_ECOLU ; B6I586, SYH_ECOSE ; B1LNG9, SYH_ECOSM ; -DR Q1R8L9, SYH_ECOUT ; C5BET0, SYH_EDWI9 ; Q3YRB1, SYH_EHRCJ ; -DR Q2GHH1, SYH_EHRCR ; Q5FG57, SYH_EHRRG ; Q5HAI0, SYH_EHRRW ; -DR B2KBC0, SYH_ELUMP ; B1H0I8, SYH_ENDTX ; A4WD92, SYH_ENT38 ; -DR Q833I1, SYH_ENTFA ; B2VE90, SYH_ERWT9 ; Q2N5U7, SYH_ERYLH ; -DR B7LKC4, SYH_ESCF3 ; C4L534, SYH_EXISA ; A7HN13, SYH_FERNB ; -DR B0S168, SYH_FINM2 ; A5F9R5, SYH_FLAJ1 ; B0TWR5, SYH_FRAP2 ; -DR Q14K18, SYH_FRAT1 ; A7NEI6, SYH_FRATF ; Q2A1H0, SYH_FRATH ; -DR B2SEW9, SYH_FRATM ; A0Q8F1, SYH_FRATN ; Q0BK72, SYH_FRATO ; -DR Q5NIL5, SYH_FRATT ; A4IW12, SYH_FRATW ; Q8RGJ5, SYH_FUSNN ; -DR Q5KWS8, SYH_GEOKA ; Q39UD2, SYH_GEOMG ; P60915, SYH_GEOSL ; -DR C5D510, SYH_GEOSW ; A4IR95, SYH_GEOTN ; B7KFP0, SYH_GLOC7 ; -DR Q7NHH9, SYH_GLOVI ; A9HJ49, SYH_GLUDA ; Q5FUR8, SYH_GLUOX ; -DR Q6B910, SYH_GRATL ; Q7VME1, SYH_HAEDU ; Q4QNH3, SYH_HAEI8 ; -DR A5UAB7, SYH_HAEIE ; A5UGH2, SYH_HAEIG ; P43823, SYH_HAEIN ; -DR Q9KDG2, SYH_HALH5 ; A1WXZ0, SYH_HALHL ; B9LRS2, SYH_HALLT ; -DR Q5UXW4, SYH_HALMA ; B8CXE6, SYH_HALOH ; B0R6V2, SYH_HALS3 ; -DR Q9HNP5, SYH_HALSA ; Q18DQ2, SYH_HALWD ; Q17VP5, SYH_HELAH ; -DR Q7VF68, SYH_HELHP ; B0TF88, SYH_HELMI ; B6JN30, SYH_HELP2 ; -DR B5Z8I6, SYH_HELPG ; Q1CS74, SYH_HELPH ; Q9ZK27, SYH_HELPJ ; -DR B2UUV2, SYH_HELPS ; P56455, SYH_HELPY ; Q0I2E8, SYH_HISS1 ; -DR B0USG9, SYH_HISS2 ; Q31I05, SYH_HYDCU ; Q5QYB0, SYH_IDILO ; -DR Q28TV0, SYH_JANSC ; B5XNL6, SYH_KLEP3 ; B1L6B4, SYH_KORCO ; -DR Q1ISE2, SYH_KORVE ; Q5FKI5, SYH_LACAC ; B3WEM3, SYH_LACCB ; -DR Q1GAG8, SYH_LACDA ; Q04AV4, SYH_LACDB ; Q043X4, SYH_LACGA ; -DR A8YUZ9, SYH_LACH4 ; P60916, SYH_LACJO ; Q9CE78, SYH_LACLA ; -DR A2RN96, SYH_LACLM ; Q02WI8, SYH_LACLS ; Q038S0, SYH_LACP3 ; -DR A9KIA5, SYH_LACP7 ; Q88VQ7, SYH_LACPL ; C1DD44, SYH_LARHH ; -DR Q38XB7, SYH_LATSS ; Q5X519, SYH_LEGPA ; Q5ZV96, SYH_LEGPH ; -DR Q5WWH1, SYH_LEGPL ; Q6ADR4, SYH_LEIXX ; B0SH39, SYH_LEPBA ; -DR Q04WC4, SYH_LEPBJ ; Q04X87, SYH_LEPBL ; B0SQQ4, SYH_LEPBP ; -DR P62371, SYH_LEPIC ; Q8F9Y3, SYH_LEPIN ; Q03SE4, SYH_LEVBA ; -DR Q1WTV0, SYH_LIGS1 ; B2GBY6, SYH_LIMF3 ; Q92BJ3, SYH_LISIN ; -DR Q71ZF0, SYH_LISMF ; Q8Y708, SYH_LISMO ; B1HV72, SYH_LYSSC ; -DR B9E707, SYH_MACCJ ; Q8EWB8, SYH_MALP2 ; Q65R83, SYH_MANSM ; -DR A6VV07, SYH_MARMS ; C6BVJ9, SYH_MARSD ; Q6F199, SYH_MESFL ; -DR Q601R3, SYH_MESH2 ; Q4A8C3, SYH_MESH7 ; Q4AA96, SYH_MESHJ ; -DR Q6KI17, SYH_MESM1 ; A6UT01, SYH_META3 ; Q8TS62, SYH_METAC ; +DR Q6AQS3, SYH_DESPS ; A4J2J1, SYH_DESRM ; B5YDT1, SYH_DICT6 ; +DR B8E1C1, SYH_DICTD ; A8LKA5, SYH_DINSH ; A7ZPV7, SYH_ECO24 ; +DR B7UGW0, SYH_ECO27 ; B7MHZ9, SYH_ECO45 ; B7LCQ4, SYH_ECO55 ; +DR P60908, SYH_ECO57 ; B5Z0Y3, SYH_ECO5E ; B7NRG4, SYH_ECO7I ; +DR B7MYE9, SYH_ECO81 ; B7M7L8, SYH_ECO8A ; C4ZX89, SYH_ECOBW ; +DR B1XAY9, SYH_ECODH ; A8A320, SYH_ECOHS ; A1AE52, SYH_ECOK1 ; +DR Q0TEX1, SYH_ECOL5 ; P60907, SYH_ECOL6 ; B1IWE7, SYH_ECOLC ; +DR P60906, SYH_ECOLI ; B7N6A2, SYH_ECOLU ; B6I586, SYH_ECOSE ; +DR B1LNG9, SYH_ECOSM ; Q1R8L9, SYH_ECOUT ; C5BET0, SYH_EDWI9 ; +DR Q3YRB1, SYH_EHRCJ ; Q2GHH1, SYH_EHRCR ; Q5FG57, SYH_EHRRG ; +DR Q5HAI0, SYH_EHRRW ; B2KBC0, SYH_ELUMP ; B1H0I8, SYH_ENDTX ; +DR A4WD92, SYH_ENT38 ; Q833I1, SYH_ENTFA ; B2VE90, SYH_ERWT9 ; +DR Q2N5U7, SYH_ERYLH ; B7LKC4, SYH_ESCF3 ; C4L534, SYH_EXISA ; +DR A7HN13, SYH_FERNB ; B0S168, SYH_FINM2 ; A5F9R5, SYH_FLAJ1 ; +DR B0TWR5, SYH_FRAP2 ; Q14K18, SYH_FRAT1 ; A7NEI6, SYH_FRATF ; +DR Q2A1H0, SYH_FRATH ; B2SEW9, SYH_FRATM ; A0Q8F1, SYH_FRATN ; +DR Q0BK72, SYH_FRATO ; Q5NIL5, SYH_FRATT ; A4IW12, SYH_FRATW ; +DR Q8RGJ5, SYH_FUSNN ; Q5KWS8, SYH_GEOKA ; Q39UD2, SYH_GEOMG ; +DR P60915, SYH_GEOSL ; C5D510, SYH_GEOSW ; A4IR95, SYH_GEOTN ; +DR B7KFP0, SYH_GLOC7 ; Q7NHH9, SYH_GLOVI ; A9HJ49, SYH_GLUDA ; +DR Q5FUR8, SYH_GLUOX ; Q6B910, SYH_GRATL ; Q7VME1, SYH_HAEDU ; +DR Q4QNH3, SYH_HAEI8 ; A5UAB7, SYH_HAEIE ; A5UGH2, SYH_HAEIG ; +DR P43823, SYH_HAEIN ; Q9KDG2, SYH_HALH5 ; A1WXZ0, SYH_HALHL ; +DR B9LRS2, SYH_HALLT ; Q5UXW4, SYH_HALMA ; B8CXE6, SYH_HALOH ; +DR B0R6V2, SYH_HALS3 ; Q9HNP5, SYH_HALSA ; Q18DQ2, SYH_HALWD ; +DR Q17VP5, SYH_HELAH ; Q7VF68, SYH_HELHP ; B0TF88, SYH_HELMI ; +DR B6JN30, SYH_HELP2 ; B5Z8I6, SYH_HELPG ; Q1CS74, SYH_HELPH ; +DR Q9ZK27, SYH_HELPJ ; B2UUV2, SYH_HELPS ; P56455, SYH_HELPY ; +DR Q0I2E8, SYH_HISS1 ; B0USG9, SYH_HISS2 ; Q31I05, SYH_HYDCU ; +DR Q5QYB0, SYH_IDILO ; Q28TV0, SYH_JANSC ; B5XNL6, SYH_KLEP3 ; +DR B1L6B4, SYH_KORCO ; Q1ISE2, SYH_KORVE ; Q5FKI5, SYH_LACAC ; +DR B3WEM3, SYH_LACCB ; Q1GAG8, SYH_LACDA ; Q04AV4, SYH_LACDB ; +DR Q043X4, SYH_LACGA ; A8YUZ9, SYH_LACH4 ; P60916, SYH_LACJO ; +DR Q9CE78, SYH_LACLA ; A2RN96, SYH_LACLM ; Q02WI8, SYH_LACLS ; +DR Q038S0, SYH_LACP3 ; A9KIA5, SYH_LACP7 ; Q88VQ7, SYH_LACPL ; +DR C1DD44, SYH_LARHH ; Q38XB7, SYH_LATSS ; Q5X519, SYH_LEGPA ; +DR Q5ZV96, SYH_LEGPH ; Q5WWH1, SYH_LEGPL ; Q6ADR4, SYH_LEIXX ; +DR B0SH39, SYH_LEPBA ; Q04WC4, SYH_LEPBJ ; Q04X87, SYH_LEPBL ; +DR B0SQQ4, SYH_LEPBP ; P62371, SYH_LEPIC ; Q8F9Y3, SYH_LEPIN ; +DR Q03SE4, SYH_LEVBA ; Q1WTV0, SYH_LIGS1 ; B2GBY6, SYH_LIMF3 ; +DR Q92BJ3, SYH_LISIN ; Q71ZF0, SYH_LISMF ; Q8Y708, SYH_LISMO ; +DR B1HV72, SYH_LYSSC ; B9E707, SYH_MACCJ ; Q8EWB8, SYH_MALP2 ; +DR Q65R83, SYH_MANSM ; A6VV07, SYH_MARMS ; C6BVJ9, SYH_MARSD ; +DR Q6F199, SYH_MESFL ; Q601R3, SYH_MESH2 ; Q4A8C3, SYH_MESH7 ; +DR Q4AA96, SYH_MESHJ ; A6UT01, SYH_META3 ; Q8TS62, SYH_METAC ; DR A7I940, SYH_METB6 ; Q603B8, SYH_METCA ; Q1H0V0, SYH_METFK ; DR Q2FTC5, SYH_METHJ ; Q58406, SYH_METJA ; Q8TV61, SYH_METKA ; DR A2SQI5, SYH_METLZ ; A4G0V7, SYH_METM5 ; A9A947, SYH_METM6 ; @@ -152188,15 +153258,16 @@ DR B8ER30, SYH_METSB ; O26346, SYH_METTH ; A6UQQ6, SYH_METVS ; DR B0JRF1, SYH_MICAN ; C5CCH4, SYH_MICLC ; Q2RHW0, SYH_MOOTA ; DR P67484, SYH_MYCBO ; A1KLS8, SYH_MYCBP ; C1AF49, SYH_MYCBT ; DR Q2SSF4, SYH_MYCCT ; Q7NBS9, SYH_MYCGA ; P47281, SYH_MYCGE ; -DR P46696, SYH_MYCLE ; B2HN79, SYH_MYCMM ; P62372, SYH_MYCMS ; -DR P60917, SYH_MYCPA ; P75069, SYH_MYCPN ; Q98QM8, SYH_MYCPU ; -DR Q4A5X2, SYH_MYCS5 ; A5U5T0, SYH_MYCTA ; P9WFV4, SYH_MYCTO ; -DR P9WFV5, SYH_MYCTU ; A0PPE8, SYH_MYCUA ; A1T898, SYH_MYCVP ; -DR P60922, SYH_NANEQ ; Q3IMP5, SYH_NATPD ; B2A2F9, SYH_NATTJ ; -DR Q5F9G8, SYH_NEIG1 ; A9M402, SYH_NEIM0 ; Q9JUZ9, SYH_NEIMA ; -DR Q9JZX9, SYH_NEIMB ; A1KT95, SYH_NEIMF ; Q2GCZ0, SYH_NEOSM ; -DR Q1XDD9, SYH_NEOYE ; Q0AE43, SYH_NITEC ; Q82XU9, SYH_NITEU ; -DR A6Q371, SYH_NITSB ; Q5YTH9, SYH_NOCFA ; B2J5J5, SYH_NOSP7 ; +DR P46696, SYH_MYCLE ; Q6KI17, SYH_MYCM1 ; B2HN79, SYH_MYCMM ; +DR P62372, SYH_MYCMS ; P60917, SYH_MYCPA ; P75069, SYH_MYCPN ; +DR Q98QM8, SYH_MYCPU ; Q4A5X2, SYH_MYCS5 ; A5U5T0, SYH_MYCTA ; +DR P9WFV4, SYH_MYCTO ; P9WFV5, SYH_MYCTU ; A0PPE8, SYH_MYCUA ; +DR A1T898, SYH_MYCVP ; P60922, SYH_NANEQ ; Q3IMP5, SYH_NATPD ; +DR B2A2F9, SYH_NATTJ ; Q5F9G8, SYH_NEIG1 ; A9M402, SYH_NEIM0 ; +DR Q9JUZ9, SYH_NEIMA ; Q9JZX9, SYH_NEIMB ; A1KT95, SYH_NEIMF ; +DR Q2GCZ0, SYH_NEOSM ; Q1XDD9, SYH_NEOYE ; Q0AE43, SYH_NITEC ; +DR Q82XU9, SYH_NITEU ; A6Q371, SYH_NITSB ; P62379, SYH_NITV2 ; +DR A1V9B1, SYH_NITV4 ; Q5YTH9, SYH_NOCFA ; B2J5J5, SYH_NOSP7 ; DR Q8YMC2, SYH_NOSS1 ; Q2GBN6, SYH_NOVAD ; Q8EPR9, SYH_OCEIH ; DR Q317R4, SYH_OLEA2 ; P60918, SYH_ONYPE ; B1ZUW6, SYH_OPITP ; DR A5CEP8, SYH_ORITB ; B3CTK8, SYH_ORITI ; A6LIF7, SYH_PARD8 ; @@ -152290,8 +153361,8 @@ DR A5F3G1, SYH_VIBC3 ; Q9KTX0, SYH_VIBCH ; C3LT13, SYH_VIBCM ; DR Q87S15, SYH_VIBPA ; Q8DEZ9, SYH_VIBVU ; Q7MNF0, SYH_VIBVY ; DR Q8D1Y2, SYH_WIGBR ; P62351, SYH_WOLPM ; B3CLR6, SYH_WOLPP ; DR Q7M8S6, SYH_WOLSU ; Q5GSM4, SYH_WOLTR ; C0R4G6, SYH_WOLWR ; -DR Q8PLH2, SYH_XANAC ; Q3BUG0, SYH_XANC5 ; Q4UU37, SYH_XANC8 ; -DR Q8P9P5, SYH_XANCP ; Q2P3K8, SYH_XANOM ; B2SKP3, SYH_XANOP ; +DR Q8PLH2, SYH_XANAC ; Q4UU37, SYH_XANC8 ; Q8P9P5, SYH_XANCP ; +DR Q3BUG0, SYH_XANE5 ; Q2P3K8, SYH_XANOM ; B2SKP3, SYH_XANOP ; DR Q5H0L6, SYH_XANOR ; B2I5Y4, SYH_XYLF2 ; Q9PBC2, SYH_XYLFA ; DR B0U3B6, SYH_XYLFM ; Q87C26, SYH_XYLFT ; P07263, SYH_YEAST ; DR A1JKS3, SYH_YERE8 ; A7FFZ0, SYH_YERP3 ; Q1C5I9, SYH_YERPA ; @@ -152332,30 +153403,30 @@ DR A0PY64, SYN_CLONN ; Q0TMF3, SYN_CLOP1 ; P58693, SYN_CLOPE ; DR Q0SQ51, SYN_CLOPS ; Q899M9, SYN_CLOTE ; Q481G3, SYN_COLP3 ; DR Q11Q97, SYN_CYTH3 ; C1CV26, SYN_DEIDV ; Q1IZA1, SYN_DEIGD ; DR Q24MK1, SYN_DESHY ; Q6ANL4, SYN_DESPS ; A4J412, SYN_DESRM ; -DR Q72G53, SYN_DESVH ; A1V9B8, SYN_DESVV ; A7ZK21, SYN_ECO24 ; -DR P58694, SYN_ECO57 ; A7ZYN3, SYN_ECOHS ; Q0TJC3, SYN_ECOL5 ; -DR P0A8M1, SYN_ECOL6 ; B1IW01, SYN_ECOLC ; P0A8M0, SYN_ECOLI ; -DR Q1RDS7, SYN_ECOUT ; A4W8U9, SYN_ENT38 ; Q831X4, SYN_ENTFA ; -DR Q8RH70, SYN_FUSNN ; Q39SY7, SYN_GEOMG ; Q74E08, SYN_GEOSL ; -DR A4IQ54, SYN_GEOTN ; A5G5R2, SYN_GEOUR ; B8F3Y5, SYN_GLAP5 ; -DR Q7VLL7, SYN_HAEDU ; A5UCB9, SYN_HAEIE ; A5UF16, SYN_HAEIG ; -DR P43829, SYN_HAEIN ; Q2SJV9, SYN_HAHCH ; Q9KC78, SYN_HALH5 ; -DR A9AYM5, SYN_HERA2 ; Q0I2M9, SYN_HISS1 ; B0UTU8, SYN_HISS2 ; -DR Q5QZ13, SYN_IDILO ; A6T726, SYN_KLEP7 ; Q1IHQ3, SYN_KORVE ; -DR P54262, SYN_LACDA ; Q043G9, SYN_LACGA ; A8YVJ7, SYN_LACH4 ; -DR Q74JA9, SYN_LACJO ; Q9CEK9, SYN_LACLA ; A2RMQ1, SYN_LACLM ; -DR Q02X21, SYN_LACLS ; Q038W1, SYN_LACP3 ; Q38X65, SYN_LATSS ; -DR Q1MQG9, SYN_LAWIP ; Q5X300, SYN_LEGPA ; A5IE87, SYN_LEGPC ; -DR Q5WUG0, SYN_LEGPL ; Q04SB3, SYN_LEPBJ ; Q050D9, SYN_LEPBL ; -DR Q72QT4, SYN_LEPIC ; Q8F522, SYN_LEPIN ; Q1WU36, SYN_LIGS1 ; -DR A5VMP9, SYN_LIMRD ; B2GA02, SYN_LIMRJ ; Q92AB2, SYN_LISIN ; -DR Q71YB9, SYN_LISMF ; P58695, SYN_LISMO ; A0AK01, SYN_LISW6 ; -DR Q8EW03, SYN_MALP2 ; Q65TR1, SYN_MANSM ; Q6F0Y5, SYN_MESFL ; -DR Q600N9, SYN_MESH2 ; Q4A7W9, SYN_MESH7 ; Q4A9S1, SYN_MESHJ ; -DR Q6KHD7, SYN_MESM1 ; B3PNG8, SYN_META1 ; B0JN99, SYN_MICAN ; +DR A7ZK21, SYN_ECO24 ; P58694, SYN_ECO57 ; A7ZYN3, SYN_ECOHS ; +DR Q0TJC3, SYN_ECOL5 ; P0A8M1, SYN_ECOL6 ; B1IW01, SYN_ECOLC ; +DR P0A8M0, SYN_ECOLI ; Q1RDS7, SYN_ECOUT ; A4W8U9, SYN_ENT38 ; +DR Q831X4, SYN_ENTFA ; Q8RH70, SYN_FUSNN ; Q39SY7, SYN_GEOMG ; +DR Q74E08, SYN_GEOSL ; A4IQ54, SYN_GEOTN ; A5G5R2, SYN_GEOUR ; +DR B8F3Y5, SYN_GLAP5 ; Q7VLL7, SYN_HAEDU ; A5UCB9, SYN_HAEIE ; +DR A5UF16, SYN_HAEIG ; P43829, SYN_HAEIN ; Q2SJV9, SYN_HAHCH ; +DR Q9KC78, SYN_HALH5 ; A9AYM5, SYN_HERA2 ; Q0I2M9, SYN_HISS1 ; +DR B0UTU8, SYN_HISS2 ; Q5QZ13, SYN_IDILO ; A6T726, SYN_KLEP7 ; +DR Q1IHQ3, SYN_KORVE ; P54262, SYN_LACDA ; Q043G9, SYN_LACGA ; +DR A8YVJ7, SYN_LACH4 ; Q74JA9, SYN_LACJO ; Q9CEK9, SYN_LACLA ; +DR A2RMQ1, SYN_LACLM ; Q02X21, SYN_LACLS ; Q038W1, SYN_LACP3 ; +DR Q38X65, SYN_LATSS ; Q1MQG9, SYN_LAWIP ; Q5X300, SYN_LEGPA ; +DR A5IE87, SYN_LEGPC ; Q5WUG0, SYN_LEGPL ; Q04SB3, SYN_LEPBJ ; +DR Q050D9, SYN_LEPBL ; Q72QT4, SYN_LEPIC ; Q8F522, SYN_LEPIN ; +DR Q1WU36, SYN_LIGS1 ; A5VMP9, SYN_LIMRD ; B2GA02, SYN_LIMRJ ; +DR Q92AB2, SYN_LISIN ; Q71YB9, SYN_LISMF ; P58695, SYN_LISMO ; +DR A0AK01, SYN_LISW6 ; Q8EW03, SYN_MALP2 ; Q65TR1, SYN_MANSM ; +DR Q6F0Y5, SYN_MESFL ; Q600N9, SYN_MESH2 ; Q4A7W9, SYN_MESH7 ; +DR Q4A9S1, SYN_MESHJ ; B3PNG8, SYN_META1 ; B0JN99, SYN_MICAN ; DR Q2SR42, SYN_MYCCT ; Q7NBM9, SYN_MYCGA ; P47359, SYN_MYCGE ; -DR Q6MUF2, SYN_MYCMS ; P75521, SYN_MYCPN ; Q98PF2, SYN_MYCPU ; -DR Q1DA04, SYN_MYXXD ; P58692, SYN_NOSS1 ; Q8EQE2, SYN_OCEIH ; +DR Q6KHD7, SYN_MYCM1 ; Q6MUF2, SYN_MYCMS ; P75521, SYN_MYCPN ; +DR Q98PF2, SYN_MYCPU ; Q1DA04, SYN_MYXXD ; Q72G53, SYN_NITV2 ; +DR A1V9B8, SYN_NITV4 ; P58692, SYN_NOSS1 ; Q8EQE2, SYN_OCEIH ; DR Q04EX6, SYN_OENOB ; Q317J6, SYN_OLEA2 ; Q6YPH3, SYN_ONYPE ; DR A6LIA1, SYN_PARD8 ; Q6MEC9, SYN_PARUW ; Q9CN06, SYN_PASMU ; DR Q6D453, SYN_PECAS ; A1APP8, SYN_PELPD ; A5D2C2, SYN_PELTS ; @@ -152396,7 +153467,7 @@ DR Q73P19, SYN_TREDE ; O83618, SYN_TREPA ; B2S3J9, SYN_TREPS ; DR B1AJ04, SYN_UREP2 ; Q9PQC6, SYN_UREPA ; B5ZBH7, SYN_UREU1 ; DR Q9KSF9, SYN_VIBCH ; Q87NH5, SYN_VIBPA ; Q8DAF0, SYN_VIBVU ; DR Q7MJS0, SYN_VIBVY ; Q8D2U1, SYN_WIGBR ; Q8PM16, SYN_XANAC ; -DR Q3BV23, SYN_XANC5 ; Q4UTA1, SYN_XANC8 ; Q8PAC4, SYN_XANCP ; +DR Q4UTA1, SYN_XANC8 ; Q8PAC4, SYN_XANCP ; Q3BV23, SYN_XANE5 ; DR Q2P326, SYN_XANOM ; Q5H049, SYN_XANOR ; Q9PAF5, SYN_XYLFA ; DR Q87A82, SYN_XYLFT ; A1JMN8, SYN_YERE8 ; A7FJU5, SYN_YERP3 ; DR Q1CA47, SYN_YERPA ; P58697, SYN_YERPE ; Q1CGI7, SYN_YERPN ; @@ -152478,49 +153549,49 @@ DR Q6A8J1, SYDND_CUTAK; B8HXQ8, SYDND_CYAP4; Q47IE0, SYDND_DECAR; DR Q3Z8K0, SYDND_DEHM1; A5FRE3, SYDND_DEHMB; Q3ZX84, SYDND_DEHMC; DR Q9RVH4, SYDND_DEIRA; A9BP37, SYDND_DELAS; C0QFI1, SYDND_DESAH; DR B8FKS6, SYDND_DESAL; A8ZUR7, SYDND_DESOH; Q6AQS4, SYDND_DESPS; -DR A4J2J2, SYDND_DESRM; Q725Q7, SYDND_DESVH; B5YDT0, SYDND_DICT6; -DR B8E1C0, SYDND_DICTD; A8LI32, SYDND_DINSH; Q3YRF1, SYDND_EHRCJ; -DR Q2GHC9, SYDND_EHRCR; Q5FG09, SYDND_EHRRG; Q5HAL5, SYDND_EHRRW; -DR B2KBB9, SYDND_ELUMP; B1GZY6, SYDND_ENDTX; Q2NBQ6, SYDND_ERYLH; -DR B0TW08, SYDND_FRAP2; A7N949, SYDND_FRATF; Q2A622, SYDND_FRATH; -DR Q0BPA2, SYDND_FRATO; Q5NIQ4, SYDND_FRATT; A4J0C7, SYDND_FRATW; -DR B9M1C9, SYDND_GEODF; Q39VY3, SYDND_GEOMG; Q74D56, SYDND_GEOSL; -DR C6E3W7, SYDND_GEOSM; C5D509, SYDND_GEOSW; A5G3L5, SYDND_GEOUR; -DR B7KB89, SYDND_GLOC7; Q7NJA4, SYDND_GLOVI; Q5FQ60, SYDND_GLUOX; -DR Q2SCK8, SYDND_HAHCH; Q5V1N2, SYDND_HALMA; B8CXE5, SYDND_HALOH; -DR O07683, SYDND_HALSA; O24822, SYDND_HALVO; Q18KP5, SYDND_HALWD; -DR Q17XK9, SYDND_HELAH; Q7VF76, SYDND_HELHP; B0TF89, SYDND_HELMI; -DR B6JLK1, SYDND_HELP2; B5Z6Y8, SYDND_HELPG; Q1CTQ7, SYDND_HELPH; -DR Q9ZLL9, SYDND_HELPJ; B2UTL0, SYDND_HELPS; P56459, SYDND_HELPY; -DR A9B392, SYDND_HERA2; A4G8X1, SYDND_HERAR; Q31H87, SYDND_HYDCU; -DR B4U7P3, SYDND_HYDS0; Q0BZZ1, SYDND_HYPNA; Q28MH9, SYDND_JANSC; -DR A6WCG5, SYDND_KINRD; A9KIA6, SYDND_LACP7; C1DB91, SYDND_LARHH; -DR Q5X586, SYDND_LEGPA; A5IBW8, SYDND_LEGPC; Q5ZVG2, SYDND_LEGPH; -DR Q5WWA3, SYDND_LEGPL; B1XWR8, SYDND_LEPCP; A0L667, SYDND_MAGMM; -DR Q2W3D5, SYDND_MAGSA; Q0AQ87, SYDND_MARMM; A6VXD0, SYDND_MARMS; -DR A1U1C2, SYDND_MARN8; A6USZ9, SYDND_META3; Q8TQ68, SYDND_METAC; -DR Q466Y5, SYDND_METBF; Q12XU7, SYDND_METBU; B7KN33, SYDND_METC4; -DR Q607I4, SYDND_METCA; Q1GYN8, SYDND_METFK; Q2FRU5, SYDND_METHJ; -DR B3DX01, SYDND_METI4; Q58950, SYDND_METJA; Q8TXG4, SYDND_METKA; -DR A2SPG1, SYDND_METLZ; A4G0V5, SYDND_METM5; A9A945, SYDND_METM6; -DR A6VHK5, SYDND_METM7; Q8Q0R2, SYDND_METMA; A3CXH4, SYDND_METMJ; -DR Q6LWU0, SYDND_METMP; B8IUT2, SYDND_METNO; B1ZFX6, SYDND_METPB; -DR A2SEP2, SYDND_METPP; B0UI66, SYDND_METS4; B8EN55, SYDND_METSB; -DR Q2NHT0, SYDND_METST; O26328, SYDND_METTH; A6UQQ8, SYDND_METVS; -DR B0JNW9, SYDND_MICAN; C5CCH2, SYDND_MICLC; Q2RHW1, SYDND_MOOTA; -DR A0QI91, SYDND_MYCA1; B1MCH3, SYDND_MYCA9; Q7TYA6, SYDND_MYCBO; -DR A4TBU4, SYDND_MYCGI; B8ZUJ3, SYDND_MYCLB; P36429, SYDND_MYCLE; -DR Q741M7, SYDND_MYCPA; A0QWN3, SYDND_MYCS2; A3PZ05, SYDND_MYCSJ; -DR A1UFE5, SYDND_MYCSK; P9WFW2, SYDND_MYCTO; P9WFW3, SYDND_MYCTU; -DR Q3IT59, SYDND_NATPD; B2A2G0, SYDND_NATTJ; B4RPA1, SYDND_NEIG2; -DR A9M257, SYDND_NEIM0; Q9JT23, SYDND_NEIMA; Q9K0U5, SYDND_NEIMB; -DR A1KVG2, SYDND_NEIMF; Q0AIE4, SYDND_NITEC; Q82SQ5, SYDND_NITEU; -DR Q1QLI9, SYDND_NITHX; Q2YBG1, SYDND_NITMU; Q3JEB6, SYDND_NITOC; -DR Q3SS92, SYDND_NITWN; Q5YTJ4, SYDND_NOCFA; A1SJB8, SYDND_NOCSJ; -DR B2J116, SYDND_NOSP7; Q8YUB6, SYDND_NOSS1; Q2G8P1, SYDND_NOVAD; -DR Q317R3, SYDND_OLEA2; B1ZSW8, SYDND_OPITP; A5CC91, SYDND_ORITB; -DR B3CV53, SYDND_ORITI; A1TT99, SYDND_PARC0; A1B431, SYDND_PARDP; -DR A7HYC4, SYDND_PARL1; Q7U3K6, SYDND_PARMW; B2JCV5, SYDND_PARP8; +DR A4J2J2, SYDND_DESRM; B5YDT0, SYDND_DICT6; B8E1C0, SYDND_DICTD; +DR A8LI32, SYDND_DINSH; Q3YRF1, SYDND_EHRCJ; Q2GHC9, SYDND_EHRCR; +DR Q5FG09, SYDND_EHRRG; Q5HAL5, SYDND_EHRRW; B2KBB9, SYDND_ELUMP; +DR B1GZY6, SYDND_ENDTX; Q2NBQ6, SYDND_ERYLH; B0TW08, SYDND_FRAP2; +DR A7N949, SYDND_FRATF; Q2A622, SYDND_FRATH; Q0BPA2, SYDND_FRATO; +DR Q5NIQ4, SYDND_FRATT; A4J0C7, SYDND_FRATW; B9M1C9, SYDND_GEODF; +DR Q39VY3, SYDND_GEOMG; Q74D56, SYDND_GEOSL; C6E3W7, SYDND_GEOSM; +DR C5D509, SYDND_GEOSW; A5G3L5, SYDND_GEOUR; B7KB89, SYDND_GLOC7; +DR Q7NJA4, SYDND_GLOVI; Q5FQ60, SYDND_GLUOX; Q2SCK8, SYDND_HAHCH; +DR Q5V1N2, SYDND_HALMA; B8CXE5, SYDND_HALOH; O07683, SYDND_HALSA; +DR O24822, SYDND_HALVO; Q18KP5, SYDND_HALWD; Q17XK9, SYDND_HELAH; +DR Q7VF76, SYDND_HELHP; B0TF89, SYDND_HELMI; B6JLK1, SYDND_HELP2; +DR B5Z6Y8, SYDND_HELPG; Q1CTQ7, SYDND_HELPH; Q9ZLL9, SYDND_HELPJ; +DR B2UTL0, SYDND_HELPS; P56459, SYDND_HELPY; A9B392, SYDND_HERA2; +DR A4G8X1, SYDND_HERAR; Q31H87, SYDND_HYDCU; B4U7P3, SYDND_HYDS0; +DR Q0BZZ1, SYDND_HYPNA; Q28MH9, SYDND_JANSC; A6WCG5, SYDND_KINRD; +DR A9KIA6, SYDND_LACP7; C1DB91, SYDND_LARHH; Q5X586, SYDND_LEGPA; +DR A5IBW8, SYDND_LEGPC; Q5ZVG2, SYDND_LEGPH; Q5WWA3, SYDND_LEGPL; +DR B1XWR8, SYDND_LEPCP; A0L667, SYDND_MAGMM; Q0AQ87, SYDND_MARMM; +DR A6VXD0, SYDND_MARMS; A1U1C2, SYDND_MARN8; A6USZ9, SYDND_META3; +DR Q8TQ68, SYDND_METAC; Q466Y5, SYDND_METBF; Q12XU7, SYDND_METBU; +DR B7KN33, SYDND_METC4; Q607I4, SYDND_METCA; Q1GYN8, SYDND_METFK; +DR Q2FRU5, SYDND_METHJ; B3DX01, SYDND_METI4; Q58950, SYDND_METJA; +DR Q8TXG4, SYDND_METKA; A2SPG1, SYDND_METLZ; A4G0V5, SYDND_METM5; +DR A9A945, SYDND_METM6; A6VHK5, SYDND_METM7; Q8Q0R2, SYDND_METMA; +DR A3CXH4, SYDND_METMJ; Q6LWU0, SYDND_METMP; B8IUT2, SYDND_METNO; +DR B1ZFX6, SYDND_METPB; A2SEP2, SYDND_METPP; B0UI66, SYDND_METS4; +DR B8EN55, SYDND_METSB; Q2NHT0, SYDND_METST; O26328, SYDND_METTH; +DR A6UQQ8, SYDND_METVS; B0JNW9, SYDND_MICAN; C5CCH2, SYDND_MICLC; +DR Q2RHW1, SYDND_MOOTA; A0QI91, SYDND_MYCA1; B1MCH3, SYDND_MYCA9; +DR Q7TYA6, SYDND_MYCBO; A4TBU4, SYDND_MYCGI; B8ZUJ3, SYDND_MYCLB; +DR P36429, SYDND_MYCLE; Q741M7, SYDND_MYCPA; A0QWN3, SYDND_MYCS2; +DR A3PZ05, SYDND_MYCSJ; A1UFE5, SYDND_MYCSK; P9WFW2, SYDND_MYCTO; +DR P9WFW3, SYDND_MYCTU; Q3IT59, SYDND_NATPD; B2A2G0, SYDND_NATTJ; +DR B4RPA1, SYDND_NEIG2; A9M257, SYDND_NEIM0; Q9JT23, SYDND_NEIMA; +DR Q9K0U5, SYDND_NEIMB; A1KVG2, SYDND_NEIMF; Q0AIE4, SYDND_NITEC; +DR Q82SQ5, SYDND_NITEU; Q1QLI9, SYDND_NITHX; Q2YBG1, SYDND_NITMU; +DR Q3JEB6, SYDND_NITOC; Q725Q7, SYDND_NITV2; Q3SS92, SYDND_NITWN; +DR Q5YTJ4, SYDND_NOCFA; A1SJB8, SYDND_NOCSJ; B2J116, SYDND_NOSP7; +DR Q8YUB6, SYDND_NOSS1; Q2G8P1, SYDND_NOVAD; Q317R3, SYDND_OLEA2; +DR B1ZSW8, SYDND_OPITP; A5CC91, SYDND_ORITB; B3CV53, SYDND_ORITI; +DR A1TT99, SYDND_PARC0; A1B431, SYDND_PARDP; A7HYC4, SYDND_PARL1; +DR Q2W3D5, SYDND_PARM1; Q7U3K6, SYDND_PARMW; B2JCV5, SYDND_PARP8; DR B2SX42, SYDND_PARPJ; Q6ME91, SYDND_PARUW; Q145N3, SYDND_PARXL; DR B4SAH1, SYDND_PELPB; A5D3E3, SYDND_PELTS; Q4FMP8, SYDND_PELUB; DR C0QT74, SYDND_PERMH; B4RCT1, SYDND_PHEZH; B1XNY9, SYDND_PICP2; @@ -152928,41 +153999,41 @@ DR Q3YSV6, SUCC_EHRCJ ; Q2GFL7, SUCC_EHRCR ; Q5FH54, SUCC_EHRRG ; DR Q5HC25, SUCC_EHRRW ; A4W879, SUCC_ENT38 ; B2VBR6, SUCC_ERWT9 ; DR Q2N695, SUCC_ERYLH ; B1YIL7, SUCC_EXIS2 ; C4L610, SUCC_EXISA ; DR A5FHX8, SUCC_FLAJ1 ; A6GY30, SUCC_FLAPJ ; Q2JFA7, SUCC_FRACC ; -DR B0TZ23, SUCC_FRAP2 ; A8LAW3, SUCC_FRASN ; Q14IV5, SUCC_FRAT1 ; -DR A7NDR1, SUCC_FRATF ; Q2A253, SUCC_FRATH ; B2SDM1, SUCC_FRATM ; -DR A0Q5H4, SUCC_FRATN ; Q0BKS4, SUCC_FRATO ; Q5NHF3, SUCC_FRATT ; -DR A4IZC2, SUCC_FRATW ; C1A8X8, SUCC_GEMAT ; Q5L0N7, SUCC_GEOKA ; -DR Q74EA5, SUCC_GEOSL ; C5D8V2, SUCC_GEOSW ; A4IM83, SUCC_GEOTN ; -DR B8F4Q2, SUCC_GLAP5 ; Q4QLA3, SUCC_HAEI8 ; A5UCR4, SUCC_HAEIE ; -DR A5UIW0, SUCC_HAEIG ; P45101, SUCC_HAEIN ; Q2SD35, SUCC_HAHCH ; -DR Q9KA20, SUCC_HALH5 ; A1WZ92, SUCC_HALHL ; B9LRR0, SUCC_HALLT ; -DR Q5V4Q4, SUCC_HALMA ; B0R5U5, SUCC_HALS3 ; Q9HPP1, SUCC_HALSA ; -DR C4K7D7, SUCC_HAMD5 ; A9B0I2, SUCC_HERA2 ; A4G230, SUCC_HERAR ; -DR Q0I3A8, SUCC_HISS1 ; B0UUF3, SUCC_HISS2 ; Q31FV4, SUCC_HYDCU ; -DR B4U901, SUCC_HYDS0 ; Q0C5F3, SUCC_HYPNA ; Q5QU21, SUCC_IDILO ; -DR A8A8L8, SUCC_IGNH4 ; A6SUY3, SUCC_JANMA ; Q28U74, SUCC_JANSC ; -DR B5XZD1, SUCC_KLEP3 ; A6T6F6, SUCC_KLEP7 ; B2GM49, SUCC_KOCRD ; -DR Q1IJS5, SUCC_KORVE ; C1DB55, SUCC_LARHH ; Q5X7K6, SUCC_LEGPA ; -DR A5IH21, SUCC_LEGPC ; Q5WZ04, SUCC_LEGPL ; Q6AD57, SUCC_LEIXX ; -DR B0SAP0, SUCC_LEPBA ; Q04QS3, SUCC_LEPBJ ; Q053V6, SUCC_LEPBL ; -DR Q72PA2, SUCC_LEPIC ; Q8F746, SUCC_LEPIN ; B9EBC7, SUCC_MACCJ ; -DR Q2W063, SUCC_MAGSA ; Q65SV1, SUCC_MANSM ; Q0AKU3, SUCC_MARMM ; -DR A6VZ30, SUCC_MARMS ; A1TZS9, SUCC_MARN8 ; Q1H031, SUCC_METFK ; -DR Q57663, SUCC_METJA ; O27115, SUCC_METTH ; C5C916, SUCC_MICLC ; -DR A0QBP0, SUCC_MYCA1 ; B1MJJ0, SUCC_MYCA9 ; Q7U0Z1, SUCC_MYCBO ; -DR A1KH85, SUCC_MYCBP ; C1ALT7, SUCC_MYCBT ; A4T6V7, SUCC_MYCGI ; -DR B8ZU00, SUCC_MYCLB ; Q9Z5H8, SUCC_MYCLE ; B2HED1, SUCC_MYCMM ; -DR A0R3M4, SUCC_MYCS2 ; A3Q5P5, SUCC_MYCSJ ; A1UL96, SUCC_MYCSK ; -DR Q1B3V2, SUCC_MYCSS ; A5U0Z1, SUCC_MYCTA ; P9WGC4, SUCC_MYCTO ; -DR P9WGC5, SUCC_MYCTU ; A0PWD1, SUCC_MYCUA ; A1TEP3, SUCC_MYCVP ; -DR Q1D6I9, SUCC_MYXXD ; Q3INN3, SUCC_NATPD ; B9L5I6, SUCC_NAUPA ; -DR Q5F878, SUCC_NEIG1 ; B4RL77, SUCC_NEIG2 ; A9M4F8, SUCC_NEIM0 ; -DR Q9JUT0, SUCC_NEIMA ; Q9JZP4, SUCC_NEIMB ; A1KTM6, SUCC_NEIMF ; -DR Q2GEF1, SUCC_NEOSM ; Q1QQR3, SUCC_NITHX ; A6Q391, SUCC_NITSB ; -DR Q3SVK4, SUCC_NITWN ; Q5YPP8, SUCC_NOCFA ; A1SMQ5, SUCC_NOCSJ ; -DR Q2G3G8, SUCC_NOVAD ; B1ZP17, SUCC_OPITP ; A5CC52, SUCC_ORITB ; -DR B3CTW0, SUCC_ORITI ; A1R3M0, SUCC_PAEAT ; A1TW81, SUCC_PARC0 ; -DR A1AZH7, SUCC_PARDP ; A7HT39, SUCC_PARL1 ; B2SYE8, SUCC_PARPJ ; +DR B0TZ23, SUCC_FRAP2 ; Q14IV5, SUCC_FRAT1 ; A7NDR1, SUCC_FRATF ; +DR Q2A253, SUCC_FRATH ; B2SDM1, SUCC_FRATM ; A0Q5H4, SUCC_FRATN ; +DR Q0BKS4, SUCC_FRATO ; Q5NHF3, SUCC_FRATT ; A4IZC2, SUCC_FRATW ; +DR C1A8X8, SUCC_GEMAT ; Q5L0N7, SUCC_GEOKA ; Q74EA5, SUCC_GEOSL ; +DR C5D8V2, SUCC_GEOSW ; A4IM83, SUCC_GEOTN ; B8F4Q2, SUCC_GLAP5 ; +DR Q4QLA3, SUCC_HAEI8 ; A5UCR4, SUCC_HAEIE ; A5UIW0, SUCC_HAEIG ; +DR P45101, SUCC_HAEIN ; Q2SD35, SUCC_HAHCH ; Q9KA20, SUCC_HALH5 ; +DR A1WZ92, SUCC_HALHL ; B9LRR0, SUCC_HALLT ; Q5V4Q4, SUCC_HALMA ; +DR B0R5U5, SUCC_HALS3 ; Q9HPP1, SUCC_HALSA ; C4K7D7, SUCC_HAMD5 ; +DR A9B0I2, SUCC_HERA2 ; A4G230, SUCC_HERAR ; Q0I3A8, SUCC_HISS1 ; +DR B0UUF3, SUCC_HISS2 ; Q31FV4, SUCC_HYDCU ; B4U901, SUCC_HYDS0 ; +DR Q0C5F3, SUCC_HYPNA ; Q5QU21, SUCC_IDILO ; A8A8L8, SUCC_IGNH4 ; +DR A6SUY3, SUCC_JANMA ; Q28U74, SUCC_JANSC ; B5XZD1, SUCC_KLEP3 ; +DR A6T6F6, SUCC_KLEP7 ; B2GM49, SUCC_KOCRD ; Q1IJS5, SUCC_KORVE ; +DR C1DB55, SUCC_LARHH ; Q5X7K6, SUCC_LEGPA ; A5IH21, SUCC_LEGPC ; +DR Q5WZ04, SUCC_LEGPL ; Q6AD57, SUCC_LEIXX ; B0SAP0, SUCC_LEPBA ; +DR Q04QS3, SUCC_LEPBJ ; Q053V6, SUCC_LEPBL ; Q72PA2, SUCC_LEPIC ; +DR Q8F746, SUCC_LEPIN ; B9EBC7, SUCC_MACCJ ; Q65SV1, SUCC_MANSM ; +DR Q0AKU3, SUCC_MARMM ; A6VZ30, SUCC_MARMS ; A1TZS9, SUCC_MARN8 ; +DR Q1H031, SUCC_METFK ; Q57663, SUCC_METJA ; O27115, SUCC_METTH ; +DR C5C916, SUCC_MICLC ; A0QBP0, SUCC_MYCA1 ; B1MJJ0, SUCC_MYCA9 ; +DR Q7U0Z1, SUCC_MYCBO ; A1KH85, SUCC_MYCBP ; C1ALT7, SUCC_MYCBT ; +DR A4T6V7, SUCC_MYCGI ; B8ZU00, SUCC_MYCLB ; Q9Z5H8, SUCC_MYCLE ; +DR B2HED1, SUCC_MYCMM ; A0R3M4, SUCC_MYCS2 ; A3Q5P5, SUCC_MYCSJ ; +DR A1UL96, SUCC_MYCSK ; Q1B3V2, SUCC_MYCSS ; A5U0Z1, SUCC_MYCTA ; +DR P9WGC4, SUCC_MYCTO ; P9WGC5, SUCC_MYCTU ; A0PWD1, SUCC_MYCUA ; +DR A1TEP3, SUCC_MYCVP ; Q1D6I9, SUCC_MYXXD ; Q3INN3, SUCC_NATPD ; +DR B9L5I6, SUCC_NAUPA ; Q5F878, SUCC_NEIG1 ; B4RL77, SUCC_NEIG2 ; +DR A9M4F8, SUCC_NEIM0 ; Q9JUT0, SUCC_NEIMA ; Q9JZP4, SUCC_NEIMB ; +DR A1KTM6, SUCC_NEIMF ; Q2GEF1, SUCC_NEOSM ; Q1QQR3, SUCC_NITHX ; +DR A6Q391, SUCC_NITSB ; Q3SVK4, SUCC_NITWN ; Q5YPP8, SUCC_NOCFA ; +DR A1SMQ5, SUCC_NOCSJ ; Q2G3G8, SUCC_NOVAD ; B1ZP17, SUCC_OPITP ; +DR A5CC52, SUCC_ORITB ; B3CTW0, SUCC_ORITI ; A1R3M0, SUCC_PAEAT ; +DR A1TW81, SUCC_PARC0 ; A1AZH7, SUCC_PARDP ; A7HT39, SUCC_PARL1 ; +DR Q2W063, SUCC_PARM1 ; B2SYE8, SUCC_PARPJ ; A8LAW3, SUCC_PARS2 ; DR Q6MBM7, SUCC_PARUW ; Q13UH9, SUCC_PARXL ; Q9CNZ0, SUCC_PASMU ; DR Q6D7G2, SUCC_PECAS ; C6DCD6, SUCC_PECCP ; B4SEH6, SUCC_PELPB ; DR A1APQ8, SUCC_PELPD ; Q4FP29, SUCC_PELUB ; C0QQH3, SUCC_PERMH ; @@ -153024,8 +154095,8 @@ DR B7VI35, SUCC_VIBA3 ; A7N158, SUCC_VIBC1 ; A5F6G6, SUCC_VIBC3 ; DR Q9KQB5, SUCC_VIBCH ; C3LP35, SUCC_VIBCM ; Q87RE8, SUCC_VIBPA ; DR Q8DFQ1, SUCC_VIBVU ; Q7MMN3, SUCC_VIBVY ; Q73FW3, SUCC_WOLPM ; DR B3CME9, SUCC_WOLPP ; Q7M9A6, SUCC_WOLSU ; Q5GSB6, SUCC_WOLTR ; -DR C0R4N4, SUCC_WOLWR ; Q8PHL5, SUCC_XANAC ; Q3BQ83, SUCC_XANC5 ; -DR Q4UXU0, SUCC_XANC8 ; B0RPQ9, SUCC_XANCB ; Q8P676, SUCC_XANCP ; +DR C0R4N4, SUCC_WOLWR ; Q8PHL5, SUCC_XANAC ; Q4UXU0, SUCC_XANC8 ; +DR B0RPQ9, SUCC_XANCB ; Q8P676, SUCC_XANCP ; Q3BQ83, SUCC_XANE5 ; DR Q2P5E6, SUCC_XANOM ; B2ST87, SUCC_XANOP ; Q5H2H4, SUCC_XANOR ; DR B2I9R4, SUCC_XYLF2 ; Q9PAH1, SUCC_XYLFA ; B0U5F8, SUCC_XYLFM ; DR Q87A98, SUCC_XYLFT ; A1JRB6, SUCC_YERE8 ; A7FKR4, SUCC_YERP3 ; @@ -154436,21 +155507,21 @@ DR Q4JXD7, MSHC1_CORJK; B1VEQ2, MSHC1_CORU7; Q4JVN7, MSHC2_CORJK; DR B1VDU4, MSHC2_CORU7; A0LU34, MSHC_ACIC1 ; C6WIA0, MSHC_ACTMD ; DR A0JWX8, MSHC_ARTS2 ; C5BVB1, MSHC_BEUC1 ; C7MCZ4, MSHC_BRAFD ; DR C7Q9B2, MSHC_CATAD ; D5UFA8, MSHC_CELFN ; A5CRN7, MSHC_CLAM3 ; -DR B0RC50, MSHC_CLAMS ; C3PG89, MSHC_CORA7 ; Q6NH81, MSHC_CORDI ; +DR B0RC50, MSHC_CLASE ; C3PG89, MSHC_CORA7 ; Q6NH81, MSHC_CORDI ; DR Q8FTD0, MSHC_COREF ; A4QEA0, MSHC_CORGB ; Q8NQC4, MSHC_CORGL ; DR C4LIL9, MSHC_CORK4 ; Q9FB57, MSHC_CORST ; Q0RLV2, MSHC_FRAAA ; -DR Q2J9N8, MSHC_FRACC ; A8LH67, MSHC_FRASN ; D2S6C9, MSHC_GEOOG ; -DR D0LDR0, MSHC_GORB4 ; C7R3Z4, MSHC_JONDD ; A6W933, MSHC_KINRD ; -DR B2GIP6, MSHC_KOCRD ; D2PPT3, MSHC_KRIFD ; C7NHQ9, MSHC_KYTSD ; -DR C5CBT9, MSHC_MICLC ; A0QF76, MSHC_MYCA1 ; B1MPE6, MSHC_MYCA9 ; -DR P67018, MSHC_MYCBO ; A1KKH3, MSHC_MYCBP ; C1AQ46, MSHC_MYCBT ; -DR A4TB85, MSHC_MYCGI ; B8ZRD9, MSHC_MYCLB ; Q49784, MSHC_MYCLE ; -DR B2HFY1, MSHC_MYCMM ; Q73YS9, MSHC_MYCPA ; A0QZY0, MSHC_MYCS2 ; -DR A3Q1B7, MSHC_MYCSJ ; A1UHV1, MSHC_MYCSK ; Q1B774, MSHC_MYCSS ; -DR A5U4F6, MSHC_MYCTA ; A5WPA3, MSHC_MYCTF ; C6DPT0, MSHC_MYCTK ; -DR P9WJM8, MSHC_MYCTO ; P9WJM9, MSHC_MYCTU ; A0PQV5, MSHC_MYCUA ; -DR A1TAS3, MSHC_MYCVP ; C8X8S1, MSHC_NAKMY ; D7B412, MSHC_NOCDD ; -DR Q5YVL0, MSHC_NOCFA ; A1SJZ6, MSHC_NOCSJ ; A1R6P9, MSHC_PAEAT ; +DR Q2J9N8, MSHC_FRACC ; D2S6C9, MSHC_GEOOG ; D0LDR0, MSHC_GORB4 ; +DR C7R3Z4, MSHC_JONDD ; A6W933, MSHC_KINRD ; B2GIP6, MSHC_KOCRD ; +DR D2PPT3, MSHC_KRIFD ; C7NHQ9, MSHC_KYTSD ; C5CBT9, MSHC_MICLC ; +DR A0QF76, MSHC_MYCA1 ; B1MPE6, MSHC_MYCA9 ; P67018, MSHC_MYCBO ; +DR A1KKH3, MSHC_MYCBP ; C1AQ46, MSHC_MYCBT ; A4TB85, MSHC_MYCGI ; +DR B8ZRD9, MSHC_MYCLB ; Q49784, MSHC_MYCLE ; B2HFY1, MSHC_MYCMM ; +DR Q73YS9, MSHC_MYCPA ; A0QZY0, MSHC_MYCS2 ; A3Q1B7, MSHC_MYCSJ ; +DR A1UHV1, MSHC_MYCSK ; Q1B774, MSHC_MYCSS ; A5U4F6, MSHC_MYCTA ; +DR A5WPA3, MSHC_MYCTF ; C6DPT0, MSHC_MYCTK ; P9WJM8, MSHC_MYCTO ; +DR P9WJM9, MSHC_MYCTU ; A0PQV5, MSHC_MYCUA ; A1TAS3, MSHC_MYCVP ; +DR C8X8S1, MSHC_NAKMY ; D7B412, MSHC_NOCDD ; Q5YVL0, MSHC_NOCFA ; +DR A1SJZ6, MSHC_NOCSJ ; A1R6P9, MSHC_PAEAT ; A8LH67, MSHC_PARS2 ; DR B8H8K8, MSHC_PSECP ; A9WSI9, MSHC_RENSM ; C0ZZW9, MSHC_RHOE4 ; DR Q0SIC6, MSHC_RHOJR ; C1ASS8, MSHC_RHOOB ; D2NT85, MSHC_ROTMD ; DR A4FBV6, MSHC_SACEN ; C7MWX8, MSHC_SACVD ; A8M264, MSHC_SALAI ; @@ -154537,18 +155608,18 @@ DR Q8G3G3, PAFA_BIFLO ; B7GUN9, PAFA_BIFLS ; C7MCY7, PAFA_BRAFD ; DR C7PVV4, PAFA_CATAD ; C3PGA3, PAFA_CORA7 ; Q6NH95, PAFA_CORDI ; DR Q8FTE6, PAFA_COREF ; A4QE80, PAFA_CORGB ; Q8NQE1, PAFA_CORGL ; DR Q4JVP8, PAFA_CORJK ; C4LIK9, PAFA_CORK4 ; B1VDV5, PAFA_CORU7 ; -DR Q0RLT2, PAFA_FRAAA ; Q2J9R8, PAFA_FRACC ; A8LH49, PAFA_FRASN ; -DR D2S6E4, PAFA_GEOOG ; D0LDT3, PAFA_GORB4 ; C7R405, PAFA_JONDD ; -DR A6W972, PAFA_KINRD ; B2GIN9, PAFA_KOCRD ; D2Q3K3, PAFA_KRIFD ; -DR C5CBV0, PAFA_MICLC ; A0QFB7, PAFA_MYCA1 ; B1MAJ3, PAFA_MYCA9 ; -DR P64944, PAFA_MYCBO ; A1KKE3, PAFA_MYCBP ; C1AQ16, PAFA_MYCBT ; -DR A4TB47, PAFA_MYCGI ; B8ZRF5, PAFA_MYCLB ; P54077, PAFA_MYCLE ; -DR B2HFV4, PAFA_MYCMM ; Q73YX0, PAFA_MYCPA ; A0QZ42, PAFA_MYCS2 ; -DR A3PZG1, PAFA_MYCSJ ; A1UFV1, PAFA_MYCSK ; Q1B959, PAFA_MYCSS ; -DR A5U4C3, PAFA_MYCTA ; A5WP74, PAFA_MYCTF ; C6DPW7, PAFA_MYCTK ; -DR P9WNU6, PAFA_MYCTO ; P9WNU7, PAFA_MYCTU ; A0PQT1, PAFA_MYCUA ; -DR A1TAP0, PAFA_MYCVP ; C8XAP5, PAFA_NAKMY ; Q5YUX4, PAFA_NOCFA ; -DR A1SK16, PAFA_NOCSJ ; A1R6Q9, PAFA_PAEAT ; B8H8L8, PAFA_PSECP ; +DR Q0RLT2, PAFA_FRAAA ; Q2J9R8, PAFA_FRACC ; D2S6E4, PAFA_GEOOG ; +DR D0LDT3, PAFA_GORB4 ; C7R405, PAFA_JONDD ; A6W972, PAFA_KINRD ; +DR B2GIN9, PAFA_KOCRD ; D2Q3K3, PAFA_KRIFD ; C5CBV0, PAFA_MICLC ; +DR A0QFB7, PAFA_MYCA1 ; B1MAJ3, PAFA_MYCA9 ; P64944, PAFA_MYCBO ; +DR A1KKE3, PAFA_MYCBP ; C1AQ16, PAFA_MYCBT ; A4TB47, PAFA_MYCGI ; +DR B8ZRF5, PAFA_MYCLB ; P54077, PAFA_MYCLE ; B2HFV4, PAFA_MYCMM ; +DR Q73YX0, PAFA_MYCPA ; A0QZ42, PAFA_MYCS2 ; A3PZG1, PAFA_MYCSJ ; +DR A1UFV1, PAFA_MYCSK ; Q1B959, PAFA_MYCSS ; A5U4C3, PAFA_MYCTA ; +DR A5WP74, PAFA_MYCTF ; C6DPW7, PAFA_MYCTK ; P9WNU6, PAFA_MYCTO ; +DR P9WNU7, PAFA_MYCTU ; A0PQT1, PAFA_MYCUA ; A1TAP0, PAFA_MYCVP ; +DR C8XAP5, PAFA_NAKMY ; Q5YUX4, PAFA_NOCFA ; A1SK16, PAFA_NOCSJ ; +DR A1R6Q9, PAFA_PAEAT ; A8LH49, PAFA_PARS2 ; B8H8L8, PAFA_PSECP ; DR A9WSH9, PAFA_RENSM ; C0ZZU4, PAFA_RHOE4 ; Q0SIG2, PAFA_RHOJR ; DR C1ASP4, PAFA_RHOOB ; D2NT93, PAFA_ROTMD ; A4FBY4, PAFA_SACEN ; DR C7MWV3, PAFA_SACVD ; A8M2A6, PAFA_SALAI ; A4X747, PAFA_SALTO ; @@ -154636,7 +155707,6 @@ DR Q8KDJ0, PURT_CHLTE ; Q8FMB3, PURT_COREF ; A4QHG1, PURT_CORGB ; DR Q8NM23, PURT_CORGL ; Q4JXR6, PURT_CORJK ; A7MEA0, PURT_CROS8 ; DR Q1LMC7, PURT_CUPMC ; Q0KAH8, PURT_CUPNH ; Q470L8, PURT_CUPPJ ; DR B3R259, PURT_CUPTR ; Q47A50, PURT_DECAR ; A9BNI6, PURT_DELAS ; -DR Q72E56, PURT_DESVH ; B8DJ34, PURT_DESVM ; A1VFP6, PURT_DESVV ; DR Q8XCJ9, PURT_ECO57 ; C4ZZK6, PURT_ECOBW ; B1XHB7, PURT_ECODH ; DR A1AC10, PURT_ECOK1 ; Q0TGY3, PURT_ECOL5 ; P33221, PURT_ECOLI ; DR Q1RAT6, PURT_ECOUT ; C5BGW0, PURT_EDWI9 ; B2VJA4, PURT_ERWT9 ; @@ -154654,6 +155724,7 @@ DR Q606K7, PURT_METCA ; Q1H1W4, PURT_METFK ; Q58881, PURT_METJA ; DR A4G068, PURT_METM5 ; A6VIB2, PURT_METM7 ; Q6M0Z5, PURT_METMP ; DR A6URA6, PURT_METVS ; B1MKI7, PURT_MYCA9 ; A4T9D5, PURT_MYCGI ; DR A0R2Y2, PURT_MYCS2 ; A1TE53, PURT_MYCVP ; A6Q186, PURT_NITSB ; +DR Q72E56, PURT_NITV2 ; A1VFP6, PURT_NITV4 ; B8DJ34, PURT_NITV9 ; DR Q8YXB6, PURT_NOSS1 ; Q30XN3, PURT_OLEA2 ; A1TV10, PURT_PARC0 ; DR A6LHW2, PURT_PARD8 ; Q7U3B3, PURT_PARMW ; Q142Q7, PURT_PARXL ; DR Q9CLZ5, PURT_PASMU ; Q6D4B6, PURT_PECAS ; C6DFT2, PURT_PECCP ; @@ -154688,8 +155759,8 @@ DR Q3SKP9, PURT_THIDA ; B8GRA4, PURT_THISH ; C4LDC0, PURT_TOLAT ; DR Q3M8Q4, PURT_TRIV2 ; C5CP83, PURT_VARPS ; A7MVH5, PURT_VIBC1 ; DR Q9KSM8, PURT_VIBCH ; C3LLS4, PURT_VIBCM ; Q87Q53, PURT_VIBPA ; DR Q8DA32, PURT_VIBVU ; Q7MK47, PURT_VIBVY ; Q8D2R3, PURT_WIGBR ; -DR Q7M8I0, PURT_WOLSU ; Q8PN36, PURT_XANAC ; Q3BW63, PURT_XANC5 ; -DR Q4US21, PURT_XANC8 ; B0RY47, PURT_XANCB ; Q8PBI2, PURT_XANCP ; +DR Q7M8I0, PURT_WOLSU ; Q8PN36, PURT_XANAC ; Q4US21, PURT_XANC8 ; +DR B0RY47, PURT_XANCB ; Q8PBI2, PURT_XANCP ; Q3BW63, PURT_XANE5 ; DR Q2P047, PURT_XANOM ; B2SRI5, PURT_XANOP ; Q5GWZ8, PURT_XANOR ; DR A1JLK9, PURT_YERE8 ; Q1C8V8, PURT_YERPA ; B2K0H3, PURT_YERPB ; DR Q7CHW4, PURT_YERPE ; A9R5W9, PURT_YERPG ; Q1CH54, PURT_YERPN ; @@ -154772,8 +155843,7 @@ DR Q47B65, PANC_DECAR ; Q3Z8B3, PANC_DEHM1 ; A5FR69, PANC_DEHMB ; DR Q3ZXF9, PANC_DEHMC ; Q1J0L2, PANC_DEIGD ; Q9RV66, PANC_DEIRA ; DR A9BV01, PANC_DELAS ; C0QHN3, PANC_DESAH ; B8FJ17, PANC_DESAL ; DR B8J4Q1, PANC_DESDA ; B8FZE0, PANC_DESHD ; Q251P2, PANC_DESHY ; -DR Q6ALV3, PANC_DESPS ; Q729A4, PANC_DESVH ; B8DSC4, PANC_DESVM ; -DR A1VBJ2, PANC_DESVV ; Q54I80, PANC_DICDI ; A8LKA2, PANC_DINSH ; +DR Q6ALV3, PANC_DESPS ; Q54I80, PANC_DICDI ; A8LKA2, PANC_DINSH ; DR A7ZHM3, PANC_ECO24 ; B7UII1, PANC_ECO27 ; B7MBB6, PANC_ECO45 ; DR B7LGJ5, PANC_ECO55 ; Q8X930, PANC_ECO57 ; B5YZH0, PANC_ECO5E ; DR B7NI93, PANC_ECO7I ; B7MNZ5, PANC_ECO81 ; B7M174, PANC_ECO8A ; @@ -154805,22 +155875,23 @@ DR B0SS40, PANC_LEPBP ; B1Y4K7, PANC_LEPCP ; Q72SD0, PANC_LEPIC ; DR Q8F394, PANC_LEPIN ; Q92AA7, PANC_LISIN ; C1KWK1, PANC_LISMC ; DR Q71YB4, PANC_LISMF ; B8DC25, PANC_LISMH ; Q8Y602, PANC_LISMO ; DR A0AK06, PANC_LISW6 ; O24035, PANC_LOTJA ; B1HU20, PANC_LYSSC ; -DR A0L3M5, PANC_MAGMM ; Q2VZ00, PANC_MAGSA ; Q0ANX4, PANC_MARMM ; -DR A6W2I4, PANC_MARMS ; A1TYE5, PANC_MARN8 ; C6C1U6, PANC_MARSD ; -DR Q605G9, PANC_METCA ; Q1H3S1, PANC_METFK ; A2SEX7, PANC_METPP ; -DR Q2RM60, PANC_MOOTA ; A0QA93, PANC_MYCA1 ; P0A5R1, PANC_MYCBO ; -DR A1KPT7, PANC_MYCBP ; O69524, PANC_MYCLE ; Q743Y5, PANC_MYCPA ; -DR A0R580, PANC_MYCS2 ; A3Q6Y5, PANC_MYCSJ ; A1UMI0, PANC_MYCSK ; -DR Q1B2L8, PANC_MYCSS ; A5U8S7, PANC_MYCTA ; P9WIL4, PANC_MYCTO ; -DR P9WIL5, PANC_MYCTU ; A0PV50, PANC_MYCUA ; A1TG35, PANC_MYCVP ; -DR Q1DAN8, PANC_MYXXD ; B9L5Y8, PANC_NAUPA ; Q5F9F8, PANC_NEIG1 ; -DR P57035, PANC_NEIMA ; P57036, PANC_NEIMB ; A1KTB2, PANC_NEIMF ; -DR Q0ADS3, PANC_NITEC ; Q82Y17, PANC_NITEU ; Q1QKN4, PANC_NITHX ; -DR Q2YAP0, PANC_NITMU ; Q3JCP8, PANC_NITOC ; A6Q581, PANC_NITSB ; -DR Q3SRX8, PANC_NITWN ; Q5Z2U3, PANC_NOCFA ; A1SDW7, PANC_NOCSJ ; -DR Q2G319, PANC_NOVAD ; Q8CX59, PANC_OCEIH ; Q311U9, PANC_OLEA2 ; -DR O24210, PANC_ORYSJ ; A1R163, PANC_PAEAT ; A1TTW0, PANC_PARC0 ; -DR A6L8I6, PANC_PARD8 ; A1B2L1, PANC_PARDP ; B2JEQ7, PANC_PARP8 ; +DR A0L3M5, PANC_MAGMM ; Q0ANX4, PANC_MARMM ; A6W2I4, PANC_MARMS ; +DR A1TYE5, PANC_MARN8 ; C6C1U6, PANC_MARSD ; Q605G9, PANC_METCA ; +DR Q1H3S1, PANC_METFK ; A2SEX7, PANC_METPP ; Q2RM60, PANC_MOOTA ; +DR A0QA93, PANC_MYCA1 ; P0A5R1, PANC_MYCBO ; A1KPT7, PANC_MYCBP ; +DR O69524, PANC_MYCLE ; Q743Y5, PANC_MYCPA ; A0R580, PANC_MYCS2 ; +DR A3Q6Y5, PANC_MYCSJ ; A1UMI0, PANC_MYCSK ; Q1B2L8, PANC_MYCSS ; +DR A5U8S7, PANC_MYCTA ; P9WIL4, PANC_MYCTO ; P9WIL5, PANC_MYCTU ; +DR A0PV50, PANC_MYCUA ; A1TG35, PANC_MYCVP ; Q1DAN8, PANC_MYXXD ; +DR B9L5Y8, PANC_NAUPA ; Q5F9F8, PANC_NEIG1 ; P57035, PANC_NEIMA ; +DR P57036, PANC_NEIMB ; A1KTB2, PANC_NEIMF ; Q0ADS3, PANC_NITEC ; +DR Q82Y17, PANC_NITEU ; Q1QKN4, PANC_NITHX ; Q2YAP0, PANC_NITMU ; +DR Q3JCP8, PANC_NITOC ; A6Q581, PANC_NITSB ; Q729A4, PANC_NITV2 ; +DR A1VBJ2, PANC_NITV4 ; B8DSC4, PANC_NITV9 ; Q3SRX8, PANC_NITWN ; +DR Q5Z2U3, PANC_NOCFA ; A1SDW7, PANC_NOCSJ ; Q2G319, PANC_NOVAD ; +DR Q8CX59, PANC_OCEIH ; Q311U9, PANC_OLEA2 ; O24210, PANC_ORYSJ ; +DR A1R163, PANC_PAEAT ; A1TTW0, PANC_PARC0 ; A6L8I6, PANC_PARD8 ; +DR A1B2L1, PANC_PARDP ; Q2VZ00, PANC_PARM1 ; B2JEQ7, PANC_PARP8 ; DR B2T172, PANC_PARPJ ; Q143J2, PANC_PARXL ; Q6D1X5, PANC_PECAS ; DR C6DC48, PANC_PECCP ; B4SDX5, PANC_PELPB ; A1AUV7, PANC_PELPD ; DR A5D5T5, PANC_PELTS ; Q4FLP6, PANC_PELUB ; Q7N870, PANC_PHOLL ; @@ -154882,8 +155953,8 @@ DR A1WDW5, PANC_VEREI ; A5CX21, PANC_VESOH ; B7VK04, PANC_VIBA3 ; DR A7MYX3, PANC_VIBC1 ; A5F974, PANC_VIBC3 ; Q9KUD1, PANC_VIBCH ; DR C3LS81, PANC_VIBCM ; Q87LV1, PANC_VIBPA ; Q8DC12, PANC_VIBVU ; DR Q7MHV3, PANC_VIBVY ; Q8D2A6, PANC_WIGBR ; Q7MAP3, PANC_WOLSU ; -DR Q8PLL0, PANC_XANAC ; Q3BUL5, PANC_XANC5 ; Q4UTV6, PANC_XANC8 ; -DR B0RTU0, PANC_XANCB ; Q8P9S9, PANC_XANCP ; Q2P378, PANC_XANOM ; +DR Q8PLL0, PANC_XANAC ; Q4UTV6, PANC_XANC8 ; B0RTU0, PANC_XANCB ; +DR Q8P9S9, PANC_XANCP ; Q3BUL5, PANC_XANE5 ; Q2P378, PANC_XANOM ; DR B2SJL9, PANC_XANOP ; Q5H0A4, PANC_XANOR ; B2I721, PANC_XYLF2 ; DR Q9PGR8, PANC_XYLFA ; B0U1Q3, PANC_XYLFM ; Q87EV9, PANC_XYLFT ; DR P40459, PANC_YEAST ; A1JJN7, PANC_YERE8 ; A7FM23, PANC_YERP3 ; @@ -154925,7 +155996,7 @@ DR B1K1H9, GCS2_BURO0 ; Q1BZN8, GCS2_BURO1 ; A3NPL5, GCS2_BURP0 ; DR Q3JXS3, GCS2_BURP1 ; A3N3Y5, GCS2_BURP6 ; Q63Z36, GCS2_BURPS ; DR Q2T2K3, GCS2_BURTA ; A4J9Z8, GCS2_BURVG ; A9WAH5, GCS2_CHLAA ; DR B8GCV1, GCS2_CHLAD ; B9LEN6, GCS2_CHLSY ; Q7NTZ9, GCS2_CHRVO ; -DR A8AJN1, GCS2_CITK8 ; A5CQQ7, GCS2_CLAM3 ; B0REM7, GCS2_CLAMS ; +DR A8AJN1, GCS2_CITK8 ; A5CQQ7, GCS2_CLAM3 ; B0REM7, GCS2_CLASE ; DR Q6NF59, GCS2_CORDI ; A4QHD8, GCS2_CORGB ; Q8NM44, GCS2_CORGL ; DR Q4JXP1, GCS2_CORJK ; B1VHM9, GCS2_CORU7 ; A7MNP0, GCS2_CROS8 ; DR Q1LHL9, GCS2_CUPMC ; Q0K5N7, GCS2_CUPNH ; Q46VZ0, GCS2_CUPPJ ; @@ -155123,40 +156194,39 @@ DR A9N8L3, DDL_COXBR ; Q83BZ9, DDL_COXBU ; Q1LIM8, DDL_CUPMC ; DR Q0K6M6, DDL_CUPNH ; Q46WZ6, DDL_CUPPJ ; B3R6V7, DDL_CUPTR ; DR Q47AA6, DDL_DECAR ; Q1IWG9, DDL_DEIGD ; Q9RXF1, DDL_DEIRA ; DR A9BUK8, DDL_DELAS ; B1I3W6, DDL_DESAP ; B8IZ52, DDL_DESDA ; -DR Q6ASD8, DDL_DESPS ; A4J5G8, DDL_DESRM ; Q72F80, DDL_DESVH ; -DR A1VGU5, DDL_DESVV ; A5EY21, DDL_DICNV ; A8LS60, DDL_DINSH ; -DR Q47758, DDL_ENTFA ; Q47823, DDL_ENTGA ; Q47827, DDL_ENTHA ; -DR B2VD93, DDL_ERWT9 ; Q2NCY7, DDL_ERYLH ; A7HNE8, DDL_FERNB ; -DR B0S093, DDL_FINM2 ; A5FGN3, DDL_FLAJ1 ; A6GXD5, DDL_FLAPJ ; -DR Q2J6Y1, DDL_FRACC ; B0TVX5, DDL_FRAP2 ; Q14JP9, DDL_FRAT1 ; -DR A7NET9, DDL_FRATF ; Q2A182, DDL_FRATH ; A0Q4A6, DDL_FRATN ; -DR Q0BK01, DDL_FRATO ; Q5NI96, DDL_FRATT ; A4J053, DDL_FRATW ; -DR Q8RDQ4, DDL_FUSNN ; Q5L3H2, DDL_GEOKA ; Q748D8, DDL_GEOSL ; -DR C6DZK9, DDL_GEOSM ; A4IJS8, DDL_GEOTN ; A5G8J7, DDL_GEOUR ; -DR B8F3B8, DDL_GLAP5 ; B7K991, DDL_GLOC7 ; Q7NNW1, DDL_GLOVI ; -DR Q5FUJ2, DDL_GLUOX ; Q0BV28, DDL_GRABC ; Q7VMY2, DDL_HAEDU ; -DR Q4QLF6, DDL_HAEI8 ; A5UCW6, DDL_HAEIE ; A5UIR4, DDL_HAEIG ; -DR P44405, DDL_HAEIN ; Q9KCF0, DDL_HALH5 ; A1WYU0, DDL_HALHL ; -DR B8CWI5, DDL_HALOH ; C4K734, DDL_HAMD5 ; Q17XZ1, DDL_HELAH ; -DR Q7VJW2, DDL_HELHP ; B0TAZ6, DDL_HELMI ; B6JLX1, DDL_HELP2 ; -DR Q1CTD3, DDL_HELPH ; Q9ZLA5, DDL_HELPJ ; B2UT94, DDL_HELPS ; -DR P56191, DDL_HELPY ; A9B406, DDL_HERA2 ; A4G8T6, DDL_HERAR ; -DR Q0I1D1, DDL_HISS1 ; B0US69, DDL_HISS2 ; Q31I42, DDL_HYDCU ; -DR Q0C570, DDL_HYPNA ; Q5R0N1, DDL_IDILO ; A6T2F6, DDL_JANMA ; -DR Q28NP2, DDL_JANSC ; A6W7R2, DDL_KINRD ; B2GFL1, DDL_KOCRD ; -DR Q5FMN6, DDL_LACAC ; B3W7C1, DDL_LACCB ; Q1G7Q5, DDL_LACDA ; -DR Q04CI2, DDL_LACDB ; Q046V3, DDL_LACGA ; A8YWP6, DDL_LACH4 ; -DR Q74LS5, DDL_LACJO ; Q9CIL5, DDL_LACLA ; A2RI72, DDL_LACLM ; -DR Q031X8, DDL_LACLS ; Q03CR5, DDL_LACP3 ; Q88UV8, DDL_LACPL ; -DR C1D5L4, DDL_LARHH ; Q38ZM8, DDL_LATSS ; Q1MQJ1, DDL_LAWIP ; -DR Q5X1S8, DDL_LEGPA ; A5IAW4, DDL_LEGPC ; Q5ZSA7, DDL_LEGPH ; -DR Q5WTI9, DDL_LEGPL ; B0S9U5, DDL_LEPBA ; Q04RK6, DDL_LEPBJ ; -DR Q052B5, DDL_LEPBL ; B0SS77, DDL_LEPBP ; Q72R93, DDL_LEPIC ; -DR Q8F4I2, DDL_LEPIN ; B1MWZ3, DDL_LEUCK ; Q48745, DDL_LEUME ; -DR Q03ZI1, DDL_LEUMM ; Q03QZ9, DDL_LEVBA ; Q1WT60, DDL_LIGS1 ; -DR B2GAV5, DDL_LIMF3 ; A5VIS1, DDL_LIMRD ; Q92DG5, DDL_LISIN ; -DR Q721W2, DDL_LISMF ; Q8Y8P1, DDL_LISMO ; A0AGY4, DDL_LISW6 ; -DR B9E8D0, DDL_MACCJ ; A0L5M8, DDL_MAGMM ; Q2W0H0, DDL_MAGSA ; +DR Q6ASD8, DDL_DESPS ; A4J5G8, DDL_DESRM ; A5EY21, DDL_DICNV ; +DR A8LS60, DDL_DINSH ; Q47758, DDL_ENTFA ; Q47823, DDL_ENTGA ; +DR Q47827, DDL_ENTHA ; B2VD93, DDL_ERWT9 ; Q2NCY7, DDL_ERYLH ; +DR A7HNE8, DDL_FERNB ; B0S093, DDL_FINM2 ; A5FGN3, DDL_FLAJ1 ; +DR A6GXD5, DDL_FLAPJ ; Q2J6Y1, DDL_FRACC ; B0TVX5, DDL_FRAP2 ; +DR Q14JP9, DDL_FRAT1 ; A7NET9, DDL_FRATF ; Q2A182, DDL_FRATH ; +DR A0Q4A6, DDL_FRATN ; Q0BK01, DDL_FRATO ; Q5NI96, DDL_FRATT ; +DR A4J053, DDL_FRATW ; Q8RDQ4, DDL_FUSNN ; Q5L3H2, DDL_GEOKA ; +DR Q748D8, DDL_GEOSL ; C6DZK9, DDL_GEOSM ; A4IJS8, DDL_GEOTN ; +DR A5G8J7, DDL_GEOUR ; B8F3B8, DDL_GLAP5 ; B7K991, DDL_GLOC7 ; +DR Q7NNW1, DDL_GLOVI ; Q5FUJ2, DDL_GLUOX ; Q0BV28, DDL_GRABC ; +DR Q7VMY2, DDL_HAEDU ; Q4QLF6, DDL_HAEI8 ; A5UCW6, DDL_HAEIE ; +DR A5UIR4, DDL_HAEIG ; P44405, DDL_HAEIN ; Q9KCF0, DDL_HALH5 ; +DR A1WYU0, DDL_HALHL ; B8CWI5, DDL_HALOH ; C4K734, DDL_HAMD5 ; +DR Q17XZ1, DDL_HELAH ; Q7VJW2, DDL_HELHP ; B0TAZ6, DDL_HELMI ; +DR B6JLX1, DDL_HELP2 ; Q1CTD3, DDL_HELPH ; Q9ZLA5, DDL_HELPJ ; +DR B2UT94, DDL_HELPS ; P56191, DDL_HELPY ; A9B406, DDL_HERA2 ; +DR A4G8T6, DDL_HERAR ; Q0I1D1, DDL_HISS1 ; B0US69, DDL_HISS2 ; +DR Q31I42, DDL_HYDCU ; Q0C570, DDL_HYPNA ; Q5R0N1, DDL_IDILO ; +DR A6T2F6, DDL_JANMA ; Q28NP2, DDL_JANSC ; A6W7R2, DDL_KINRD ; +DR B2GFL1, DDL_KOCRD ; Q5FMN6, DDL_LACAC ; B3W7C1, DDL_LACCB ; +DR Q1G7Q5, DDL_LACDA ; Q04CI2, DDL_LACDB ; Q046V3, DDL_LACGA ; +DR A8YWP6, DDL_LACH4 ; Q74LS5, DDL_LACJO ; Q9CIL5, DDL_LACLA ; +DR A2RI72, DDL_LACLM ; Q031X8, DDL_LACLS ; Q03CR5, DDL_LACP3 ; +DR Q88UV8, DDL_LACPL ; C1D5L4, DDL_LARHH ; Q38ZM8, DDL_LATSS ; +DR Q1MQJ1, DDL_LAWIP ; Q5X1S8, DDL_LEGPA ; A5IAW4, DDL_LEGPC ; +DR Q5ZSA7, DDL_LEGPH ; Q5WTI9, DDL_LEGPL ; B0S9U5, DDL_LEPBA ; +DR Q04RK6, DDL_LEPBJ ; Q052B5, DDL_LEPBL ; B0SS77, DDL_LEPBP ; +DR Q72R93, DDL_LEPIC ; Q8F4I2, DDL_LEPIN ; B1MWZ3, DDL_LEUCK ; +DR Q48745, DDL_LEUME ; Q03ZI1, DDL_LEUMM ; Q03QZ9, DDL_LEVBA ; +DR Q1WT60, DDL_LIGS1 ; B2GAV5, DDL_LIMF3 ; A5VIS1, DDL_LIMRD ; +DR Q92DG5, DDL_LISIN ; Q721W2, DDL_LISMF ; Q8Y8P1, DDL_LISMO ; +DR A0AGY4, DDL_LISW6 ; B9E8D0, DDL_MACCJ ; A0L5M8, DDL_MAGMM ; DR Q65RY9, DDL_MANSM ; Q0AMX1, DDL_MARMM ; A6VYJ6, DDL_MARMS ; DR A1U3F6, DDL_MARN8 ; C6C0B2, DDL_MARSD ; B7KSC6, DDL_METC4 ; DR Q604W0, DDL_METCA ; A9VWV8, DDL_METEP ; Q1GZ04, DDL_METFK ; @@ -155171,11 +156241,12 @@ DR P9WP31, DDL_MYCTU ; A0PQ03, DDL_MYCUA ; A1T708, DDL_MYCVP ; DR B2A2Z6, DDL_NATTJ ; Q5F6M0, DDL_NEIG1 ; B4RQC3, DDL_NEIG2 ; DR Q9JSZ9, DDL_NEIMA ; Q9K0Y0, DDL_NEIMB ; A1KVL1, DDL_NEIMF ; DR Q0AJE4, DDL_NITEC ; Q82VS0, DDL_NITEU ; Q2Y641, DDL_NITMU ; -DR Q3J792, DDL_NITOC ; A6Q3Z7, DDL_NITSB ; Q5YRY7, DDL_NOCFA ; -DR B2J0J6, DDL_NOSP7 ; Q8YY71, DDL_NOSS1 ; Q2G992, DDL_NOVAD ; -DR Q8ERJ6, DDL_OCEIH ; Q04G13, DDL_OENOB ; Q316H9, DDL_OLEA2 ; -DR A1R7J5, DDL_PAEAT ; A1TKD3, DDL_PARC0 ; A6LFD0, DDL_PARD8 ; -DR A7HVV0, DDL_PARL1 ; Q7U5Q9, DDL_PARMW ; B2JHF8, DDL_PARP8 ; +DR Q3J792, DDL_NITOC ; A6Q3Z7, DDL_NITSB ; Q72F80, DDL_NITV2 ; +DR A1VGU5, DDL_NITV4 ; Q5YRY7, DDL_NOCFA ; B2J0J6, DDL_NOSP7 ; +DR Q8YY71, DDL_NOSS1 ; Q2G992, DDL_NOVAD ; Q8ERJ6, DDL_OCEIH ; +DR Q04G13, DDL_OENOB ; Q316H9, DDL_OLEA2 ; A1R7J5, DDL_PAEAT ; +DR A1TKD3, DDL_PARC0 ; A6LFD0, DDL_PARD8 ; A7HVV0, DDL_PARL1 ; +DR Q2W0H0, DDL_PARM1 ; Q7U5Q9, DDL_PARMW ; B2JHF8, DDL_PARP8 ; DR B2SYX3, DDL_PARPJ ; Q13TZ4, DDL_PARXL ; P57819, DDL_PASMU ; DR Q6D0I5, DDL_PECAS ; C6DEU1, DDL_PECCP ; Q03EM9, DDL_PEDPA ; DR B4SAI2, DDL_PELPB ; A1AU58, DDL_PELPD ; A5D2F9, DDL_PELTS ; @@ -155454,8 +156525,8 @@ DR A7MVN0, PUR7_VIBC1 ; Q9KSR6, PUR7_VIBCH ; Q87Q87, PUR7_VIBPA ; DR Q8D915, PUR7_VIBVU ; Q7MLF9, PUR7_VIBVY ; Q07463, PUR7_VIGAC ; DR Q8D2M4, PUR7_WIGBR ; Q73GD4, PUR7_WOLPM ; B3CM64, PUR7_WOLPP ; DR Q7M9X5, PUR7_WOLSU ; Q5GT56, PUR7_WOLTR ; C0R444, PUR7_WOLWR ; -DR Q8PQ58, PUR7_XANAC ; Q3BYD2, PUR7_XANC5 ; Q4UZH5, PUR7_XANC8 ; -DR B0RMY6, PUR7_XANCB ; Q8PD87, PUR7_XANCP ; Q2NYP3, PUR7_XANOM ; +DR Q8PQ58, PUR7_XANAC ; Q4UZH5, PUR7_XANC8 ; B0RMY6, PUR7_XANCB ; +DR Q8PD87, PUR7_XANCP ; Q3BYD2, PUR7_XANE5 ; Q2NYP3, PUR7_XANOM ; DR B2SM33, PUR7_XANOP ; Q5GVG5, PUR7_XANOR ; B2I6R9, PUR7_XYLF2 ; DR Q9PGU3, PUR7_XYLFA ; B0U1N3, PUR7_XYLFM ; Q87EX9, PUR7_XYLFT ; DR P27616, PUR7_YEAST ; A1JL09, PUR7_YERE8 ; A7FG51, PUR7_YERP3 ; @@ -155564,7 +156635,7 @@ DR Q3ANV2, MURC_CHLCH ; B3EIK7, MURC_CHLL2 ; Q3B130, MURC_CHLL3 ; DR B3QLW3, MURC_CHLP8 ; B3EQB7, MURC_CHLPB ; A1BJX7, MURC_CHLPD ; DR A4SH01, MURC_CHLPM ; Q8KGD5, MURC_CHLTE ; A0M526, MURC_CHRFK ; DR Q1QVG8, MURC_CHRSD ; Q7NQ00, MURC_CHRVO ; B5EBQ2, MURC_CITBB ; -DR A8ALK5, MURC_CITK8 ; A5CS50, MURC_CLAM3 ; B0RIJ4, MURC_CLAMS ; +DR A8ALK5, MURC_CITK8 ; A5CS50, MURC_CLAM3 ; B0RIJ4, MURC_CLASE ; DR Q97E89, MURC_CLOAB ; A7FPH5, MURC_CLOB1 ; C3KWA4, MURC_CLOB6 ; DR A6LPI8, MURC_CLOB8 ; B2UXS3, MURC_CLOBA ; B2TI04, MURC_CLOBB ; DR A5I7S3, MURC_CLOBH ; C1FNF4, MURC_CLOBJ ; B1IH05, MURC_CLOBK ; @@ -155582,49 +156653,48 @@ DR B8HWY0, MURC_CYAP4 ; Q11RH6, MURC_CYTH3 ; Q47AA5, MURC_DECAR ; DR Q1IXV8, MURC_DEIGD ; Q9RWN9, MURC_DEIRA ; A9BUK7, MURC_DELAS ; DR C0Q8P4, MURC_DESAH ; B8FBR7, MURC_DESAL ; B8IZU2, MURC_DESDA ; DR Q24ZG1, MURC_DESHY ; A8ZXW2, MURC_DESOH ; Q6AJ54, MURC_DESPS ; -DR A4J2B2, MURC_DESRM ; P61678, MURC_DESVH ; A1VBE9, MURC_DESVV ; -DR A5EY22, MURC_DICNV ; B5YEL2, MURC_DICT6 ; B8E324, MURC_DICTD ; -DR A8LS63, MURC_DINSH ; A7ZHI2, MURC_ECO24 ; B7UIE1, MURC_ECO27 ; -DR B7MAL4, MURC_ECO45 ; B7LFW1, MURC_ECO55 ; P65471, MURC_ECO57 ; -DR B5YZC7, MURC_ECO5E ; B7NHJ7, MURC_ECO7I ; B7MNV0, MURC_ECO81 ; -DR B7M134, MURC_ECO8A ; C4ZRI6, MURC_ECOBW ; B1XC68, MURC_ECODH ; -DR A7ZW43, MURC_ECOHS ; A1A7D6, MURC_ECOK1 ; Q0TLP8, MURC_ECOL5 ; -DR P65470, MURC_ECOL6 ; B1IR87, MURC_ECOLC ; P17952, MURC_ECOLI ; -DR B7N7W4, MURC_ECOLU ; B6HZ68, MURC_ECOSE ; B1LG28, MURC_ECOSM ; -DR Q1RGA4, MURC_ECOUT ; B1GYM8, MURC_ENDTX ; A4W6J4, MURC_ENT38 ; -DR Q833N6, MURC_ENTFA ; Q2NCY9, MURC_ERYLH ; B7LWF7, MURC_ESCF3 ; -DR B1YKE8, MURC_EXIS2 ; C4L4P1, MURC_EXISA ; A5FIY4, MURC_FLAJ1 ; -DR A6H194, MURC_FLAPJ ; Q0RNN9, MURC_FRAAA ; Q2JD48, MURC_FRACC ; -DR B0TW67, MURC_FRAP2 ; Q14JK2, MURC_FRAT1 ; A7N9L2, MURC_FRATF ; -DR Q2A5N4, MURC_FRATH ; B2SE51, MURC_FRATM ; A0Q425, MURC_FRATN ; -DR Q5NI50, MURC_FRATT ; A4J011, MURC_FRATW ; Q8RDQ2, MURC_FUSNN ; -DR B9M173, MURC_GEODF ; Q5KW36, MURC_GEOKA ; Q39YL8, MURC_GEOMG ; -DR P61679, MURC_GEOSL ; C6DZK7, MURC_GEOSM ; C5D6B2, MURC_GEOSW ; -DR A4IRW1, MURC_GEOTN ; A5G8J9, MURC_GEOUR ; B8F3B7, MURC_GLAP5 ; -DR B7KHE9, MURC_GLOC7 ; Q7NI67, MURC_GLOVI ; A9H0J3, MURC_GLUDA ; -DR Q5FUJ4, MURC_GLUOX ; Q0BV26, MURC_GRABC ; Q7VMY1, MURC_HAEDU ; -DR Q4QLF7, MURC_HAEI8 ; A5UCW7, MURC_HAEIE ; A5UIR3, MURC_HAEIG ; -DR P45066, MURC_HAEIN ; Q2S9Z3, MURC_HAHCH ; Q9K7W1, MURC_HALH5 ; -DR A1WYU2, MURC_HALHL ; C4K735, MURC_HAMD5 ; B6JLL1, MURC_HELP2 ; -DR Q1CTP9, MURC_HELPH ; Q9ZLL2, MURC_HELPJ ; B2UTK2, MURC_HELPS ; -DR O25340, MURC_HELPY ; A4G8T7, MURC_HERAR ; Q0I1D2, MURC_HISS1 ; -DR B0US68, MURC_HISS2 ; Q31I43, MURC_HYDCU ; B4U813, MURC_HYDS0 ; -DR Q0BXU4, MURC_HYPNA ; Q5R0M0, MURC_IDILO ; A6T2F7, MURC_JANMA ; -DR Q28NN6, MURC_JANSC ; A6WCX3, MURC_KINRD ; B5Y1U6, MURC_KLEP3 ; -DR A6T4N4, MURC_KLEP7 ; Q1IKH1, MURC_KORVE ; Q5FIS8, MURC_LACAC ; -DR B3WF58, MURC_LACCB ; Q1G9A0, MURC_LACDA ; Q049E9, MURC_LACDB ; -DR C4Z4L9, MURC_LACE2 ; Q041T4, MURC_LACGA ; A8YWG1, MURC_LACH4 ; -DR P61680, MURC_LACJO ; Q9CE10, MURC_LACLA ; A2RNJ0, MURC_LACLM ; -DR Q02W92, MURC_LACLS ; Q037Y8, MURC_LACP3 ; A9KQI8, MURC_LACP7 ; -DR Q88WZ5, MURC_LACPL ; C1D5L5, MURC_LARHH ; Q38XY8, MURC_LATSS ; -DR Q1MPB8, MURC_LAWIP ; Q5X1S6, MURC_LEGPA ; A5IAW2, MURC_LEGPC ; -DR Q5ZSA5, MURC_LEGPH ; Q5WTI7, MURC_LEGPL ; Q6AE65, MURC_LEIXX ; -DR B1XYR4, MURC_LEPCP ; B1MZK4, MURC_LEUCK ; Q03YA3, MURC_LEUMM ; -DR Q03RJ2, MURC_LEVBA ; Q1WUP1, MURC_LIGS1 ; B2GDC4, MURC_LIMF3 ; -DR A5VKY3, MURC_LIMRD ; Q92BA4, MURC_LISIN ; C1KVQ2, MURC_LISMC ; -DR Q71Z62, MURC_LISMF ; B8DHD7, MURC_LISMH ; Q8Y6S8, MURC_LISMO ; -DR A0AJ57, MURC_LISW6 ; B1HX90, MURC_LYSSC ; B9E7F6, MURC_MACCJ ; -DR A0L5N0, MURC_MAGMM ; Q2W0H2, MURC_MAGSA ; Q65RY7, MURC_MANSM ; +DR A4J2B2, MURC_DESRM ; A5EY22, MURC_DICNV ; B5YEL2, MURC_DICT6 ; +DR B8E324, MURC_DICTD ; A8LS63, MURC_DINSH ; A7ZHI2, MURC_ECO24 ; +DR B7UIE1, MURC_ECO27 ; B7MAL4, MURC_ECO45 ; B7LFW1, MURC_ECO55 ; +DR P65471, MURC_ECO57 ; B5YZC7, MURC_ECO5E ; B7NHJ7, MURC_ECO7I ; +DR B7MNV0, MURC_ECO81 ; B7M134, MURC_ECO8A ; C4ZRI6, MURC_ECOBW ; +DR B1XC68, MURC_ECODH ; A7ZW43, MURC_ECOHS ; A1A7D6, MURC_ECOK1 ; +DR Q0TLP8, MURC_ECOL5 ; P65470, MURC_ECOL6 ; B1IR87, MURC_ECOLC ; +DR P17952, MURC_ECOLI ; B7N7W4, MURC_ECOLU ; B6HZ68, MURC_ECOSE ; +DR B1LG28, MURC_ECOSM ; Q1RGA4, MURC_ECOUT ; B1GYM8, MURC_ENDTX ; +DR A4W6J4, MURC_ENT38 ; Q833N6, MURC_ENTFA ; Q2NCY9, MURC_ERYLH ; +DR B7LWF7, MURC_ESCF3 ; B1YKE8, MURC_EXIS2 ; C4L4P1, MURC_EXISA ; +DR A5FIY4, MURC_FLAJ1 ; A6H194, MURC_FLAPJ ; Q0RNN9, MURC_FRAAA ; +DR Q2JD48, MURC_FRACC ; B0TW67, MURC_FRAP2 ; Q14JK2, MURC_FRAT1 ; +DR A7N9L2, MURC_FRATF ; Q2A5N4, MURC_FRATH ; B2SE51, MURC_FRATM ; +DR A0Q425, MURC_FRATN ; Q5NI50, MURC_FRATT ; A4J011, MURC_FRATW ; +DR Q8RDQ2, MURC_FUSNN ; B9M173, MURC_GEODF ; Q5KW36, MURC_GEOKA ; +DR Q39YL8, MURC_GEOMG ; P61679, MURC_GEOSL ; C6DZK7, MURC_GEOSM ; +DR C5D6B2, MURC_GEOSW ; A4IRW1, MURC_GEOTN ; A5G8J9, MURC_GEOUR ; +DR B8F3B7, MURC_GLAP5 ; B7KHE9, MURC_GLOC7 ; Q7NI67, MURC_GLOVI ; +DR A9H0J3, MURC_GLUDA ; Q5FUJ4, MURC_GLUOX ; Q0BV26, MURC_GRABC ; +DR Q7VMY1, MURC_HAEDU ; Q4QLF7, MURC_HAEI8 ; A5UCW7, MURC_HAEIE ; +DR A5UIR3, MURC_HAEIG ; P45066, MURC_HAEIN ; Q2S9Z3, MURC_HAHCH ; +DR Q9K7W1, MURC_HALH5 ; A1WYU2, MURC_HALHL ; C4K735, MURC_HAMD5 ; +DR B6JLL1, MURC_HELP2 ; Q1CTP9, MURC_HELPH ; Q9ZLL2, MURC_HELPJ ; +DR B2UTK2, MURC_HELPS ; O25340, MURC_HELPY ; A4G8T7, MURC_HERAR ; +DR Q0I1D2, MURC_HISS1 ; B0US68, MURC_HISS2 ; Q31I43, MURC_HYDCU ; +DR B4U813, MURC_HYDS0 ; Q0BXU4, MURC_HYPNA ; Q5R0M0, MURC_IDILO ; +DR A6T2F7, MURC_JANMA ; Q28NN6, MURC_JANSC ; A6WCX3, MURC_KINRD ; +DR B5Y1U6, MURC_KLEP3 ; A6T4N4, MURC_KLEP7 ; Q1IKH1, MURC_KORVE ; +DR Q5FIS8, MURC_LACAC ; B3WF58, MURC_LACCB ; Q1G9A0, MURC_LACDA ; +DR Q049E9, MURC_LACDB ; C4Z4L9, MURC_LACE2 ; Q041T4, MURC_LACGA ; +DR A8YWG1, MURC_LACH4 ; P61680, MURC_LACJO ; Q9CE10, MURC_LACLA ; +DR A2RNJ0, MURC_LACLM ; Q02W92, MURC_LACLS ; Q037Y8, MURC_LACP3 ; +DR A9KQI8, MURC_LACP7 ; Q88WZ5, MURC_LACPL ; C1D5L5, MURC_LARHH ; +DR Q38XY8, MURC_LATSS ; Q1MPB8, MURC_LAWIP ; Q5X1S6, MURC_LEGPA ; +DR A5IAW2, MURC_LEGPC ; Q5ZSA5, MURC_LEGPH ; Q5WTI7, MURC_LEGPL ; +DR Q6AE65, MURC_LEIXX ; B1XYR4, MURC_LEPCP ; B1MZK4, MURC_LEUCK ; +DR Q03YA3, MURC_LEUMM ; Q03RJ2, MURC_LEVBA ; Q1WUP1, MURC_LIGS1 ; +DR B2GDC4, MURC_LIMF3 ; A5VKY3, MURC_LIMRD ; Q92BA4, MURC_LISIN ; +DR C1KVQ2, MURC_LISMC ; Q71Z62, MURC_LISMF ; B8DHD7, MURC_LISMH ; +DR Q8Y6S8, MURC_LISMO ; A0AJ57, MURC_LISW6 ; B1HX90, MURC_LYSSC ; +DR B9E7F6, MURC_MACCJ ; A0L5N0, MURC_MAGMM ; Q65RY7, MURC_MANSM ; DR Q0AMW8, MURC_MARMM ; A6VYJ7, MURC_MARMS ; A1U3F7, MURC_MARN8 ; DR C6BYG5, MURC_MARSD ; B7KSC2, MURC_METC4 ; Q604V8, MURC_METCA ; DR A9VWV4, MURC_METEP ; Q1GZ02, MURC_METFK ; B8IN63, MURC_METNO ; @@ -155640,12 +156710,13 @@ DR A0PTI6, MURC_MYCUA ; A1TAW7, MURC_MYCVP ; Q1D0T1, MURC_MYXXD ; DR Q5F6L9, MURC_NEIG1 ; A9M2H2, MURC_NEIM0 ; Q9JSZ8, MURC_NEIMA ; DR Q9K0Y1, MURC_NEIMB ; A1KVL2, MURC_NEIMF ; Q0AJE2, MURC_NITEC ; DR Q82VS2, MURC_NITEU ; Q1QNU2, MURC_NITHX ; Q2Y639, MURC_NITMU ; -DR Q3J790, MURC_NITOC ; Q3STS7, MURC_NITWN ; Q5YYX8, MURC_NOCFA ; -DR A1SL79, MURC_NOCSJ ; B2J717, MURC_NOSP7 ; Q8YM75, MURC_NOSS1 ; -DR Q2G994, MURC_NOVAD ; Q8EP84, MURC_OCEIH ; Q04EI0, MURC_OENOB ; -DR Q313Q2, MURC_OLEA2 ; A5CD22, MURC_ORITB ; A1R5F9, MURC_PAEAT ; -DR A1TKD2, MURC_PARC0 ; A6LEU2, MURC_PARD8 ; A1BAL4, MURC_PARDP ; -DR A7HVU8, MURC_PARL1 ; Q7UA71, MURC_PARMW ; B2JHF9, MURC_PARP8 ; +DR Q3J790, MURC_NITOC ; P61678, MURC_NITV2 ; A1VBE9, MURC_NITV4 ; +DR Q3STS7, MURC_NITWN ; Q5YYX8, MURC_NOCFA ; A1SL79, MURC_NOCSJ ; +DR B2J717, MURC_NOSP7 ; Q8YM75, MURC_NOSS1 ; Q2G994, MURC_NOVAD ; +DR Q8EP84, MURC_OCEIH ; Q04EI0, MURC_OENOB ; Q313Q2, MURC_OLEA2 ; +DR A5CD22, MURC_ORITB ; A1R5F9, MURC_PAEAT ; A1TKD2, MURC_PARC0 ; +DR A6LEU2, MURC_PARD8 ; A1BAL4, MURC_PARDP ; A7HVU8, MURC_PARL1 ; +DR Q2W0H2, MURC_PARM1 ; Q7UA71, MURC_PARMW ; B2JHF9, MURC_PARP8 ; DR B2SYX4, MURC_PARPJ ; Q6MBS8, MURC_PARUW ; Q13TZ3, MURC_PARXL ; DR P57818, MURC_PASMU ; Q6D0I4, MURC_PECAS ; C6DEU2, MURC_PECCP ; DR Q03GC5, MURC_PEDPA ; B4SH48, MURC_PELPB ; A1AU60, MURC_PELPD ; @@ -155730,8 +156801,8 @@ DR A1WRL2, MURC_VEREI ; A5CW53, MURC_VESOH ; B7VJ04, MURC_VIBA3 ; DR A7MXR2, MURC_VIBC1 ; A5F5M8, MURC_VIBC3 ; Q9KPG8, MURC_VIBCH ; DR Q87SG3, MURC_VIBPA ; Q8DEL1, MURC_VIBVU ; Q7MNV0, MURC_VIBVY ; DR Q8D2Z7, MURC_WIGBR ; P61683, MURC_WOLPM ; Q5GTG5, MURC_WOLTR ; -DR C0R5N3, MURC_WOLWR ; Q8PPA7, MURC_XANAC ; Q3BXF1, MURC_XANC5 ; -DR Q4UQX1, MURC_XANC8 ; B0RVA4, MURC_XANCB ; Q8PCJ9, MURC_XANCP ; +DR C0R5N3, MURC_WOLWR ; Q8PPA7, MURC_XANAC ; Q4UQX1, MURC_XANC8 ; +DR B0RVA4, MURC_XANCB ; Q8PCJ9, MURC_XANCP ; Q3BXF1, MURC_XANE5 ; DR Q2NZB9, MURC_XANOM ; B2SNZ4, MURC_XANOP ; Q5GW42, MURC_XANOR ; DR A7IEJ8, MURC_XANP2 ; B2I9B2, MURC_XYLF2 ; Q9PF80, MURC_XYLFA ; DR B0U4Z6, MURC_XYLFM ; Q87AG0, MURC_XYLFT ; A1JJJ4, MURC_YERE8 ; @@ -155808,7 +156879,6 @@ DR B8HW13, MURD_CYAP4 ; Q11RH3, MURD_CYTH3 ; Q47AA2, MURD_DECAR ; DR Q1J147, MURD_DEIGD ; Q9RRJ4, MURD_DEIRA ; B8FBS0, MURD_DESAL ; DR B8IZT9, MURD_DESDA ; B8FT58, MURD_DESHD ; Q24TE4, MURD_DESHY ; DR A8ZXW5, MURD_DESOH ; Q6AJ52, MURD_DESPS ; A4J2A9, MURD_DESRM ; -DR Q728U6, MURD_DESVH ; B8DP81, MURD_DESVM ; A1VBE6, MURD_DESVV ; DR A8LS92, MURD_DINSH ; Q8X9Y9, MURD_ECO57 ; Q0TLQ1, MURD_ECOL5 ; DR Q8FL65, MURD_ECOL6 ; P14900, MURD_ECOLI ; Q1RGA7, MURD_ECOUT ; DR B2KEW4, MURD_ELUMP ; O07108, MURD_ENTFA ; O07669, MURD_ENTHR ; @@ -155836,20 +156906,21 @@ DR Q04Z09, MURD_LEPBL ; Q72NP4, MURD_LEPIC ; Q8F7V4, MURD_LEPIN ; DR B1MXV9, MURD_LEUCK ; Q03W34, MURD_LEUMM ; Q1WT99, MURD_LIGS1 ; DR B2GB77, MURD_LIMF3 ; A5VJ32, MURD_LIMRD ; B2G6K4, MURD_LIMRJ ; DR Q929Y1, MURD_LISIN ; Q71XX7, MURD_LISMF ; Q8Y5M1, MURD_LISMO ; -DR B9EB51, MURD_MACCJ ; Q2W0H5, MURD_MAGSA ; Q65RY4, MURD_MANSM ; -DR A1U3G0, MURD_MARN8 ; Q604V5, MURD_METCA ; Q1GYZ9, MURD_METFK ; -DR B0JRM9, MURD_MICAN ; Q2RK81, MURD_MOOTA ; A0QF50, MURD_MYCA1 ; -DR Q7VEP7, MURD_MYCBO ; A1KKJ8, MURD_MYCBP ; C1AQ71, MURD_MYCBT ; -DR B8ZQP8, MURD_MYCLB ; P57995, MURD_MYCLE ; Q73YQ6, MURD_MYCPA ; -DR A0R018, MURD_MYCS2 ; A5U4I2, MURD_MYCTA ; P9WJL4, MURD_MYCTO ; -DR P9WJL5, MURD_MYCTU ; A1TAX0, MURD_MYCVP ; Q1D0S8, MURD_MYXXD ; -DR B2A2H0, MURD_NATTJ ; Q5F6L6, MURD_NEIG1 ; B4RQC7, MURD_NEIG2 ; -DR A9M2H5, MURD_NEIM0 ; Q9JSZ5, MURD_NEIMA ; Q9K0Y4, MURD_NEIMB ; -DR A1KVL5, MURD_NEIMF ; Q0AJD9, MURD_NITEC ; Q82VS5, MURD_NITEU ; -DR Q1QNU5, MURD_NITHX ; Q2Y636, MURD_NITMU ; Q3J787, MURD_NITOC ; -DR Q3STT0, MURD_NITWN ; Q5YYY1, MURD_NOCFA ; B2J6I3, MURD_NOSP7 ; -DR Q8YPS9, MURD_NOSS1 ; Q2G997, MURD_NOVAD ; Q8ER50, MURD_OCEIH ; -DR Q04ES9, MURD_OENOB ; Q313Q5, MURD_OLEA2 ; A1AZK7, MURD_PARDP ; +DR B9EB51, MURD_MACCJ ; Q65RY4, MURD_MANSM ; A1U3G0, MURD_MARN8 ; +DR Q604V5, MURD_METCA ; Q1GYZ9, MURD_METFK ; B0JRM9, MURD_MICAN ; +DR Q2RK81, MURD_MOOTA ; A0QF50, MURD_MYCA1 ; Q7VEP7, MURD_MYCBO ; +DR A1KKJ8, MURD_MYCBP ; C1AQ71, MURD_MYCBT ; B8ZQP8, MURD_MYCLB ; +DR P57995, MURD_MYCLE ; Q73YQ6, MURD_MYCPA ; A0R018, MURD_MYCS2 ; +DR A5U4I2, MURD_MYCTA ; P9WJL4, MURD_MYCTO ; P9WJL5, MURD_MYCTU ; +DR A1TAX0, MURD_MYCVP ; Q1D0S8, MURD_MYXXD ; B2A2H0, MURD_NATTJ ; +DR Q5F6L6, MURD_NEIG1 ; B4RQC7, MURD_NEIG2 ; A9M2H5, MURD_NEIM0 ; +DR Q9JSZ5, MURD_NEIMA ; Q9K0Y4, MURD_NEIMB ; A1KVL5, MURD_NEIMF ; +DR Q0AJD9, MURD_NITEC ; Q82VS5, MURD_NITEU ; Q1QNU5, MURD_NITHX ; +DR Q2Y636, MURD_NITMU ; Q3J787, MURD_NITOC ; Q728U6, MURD_NITV2 ; +DR A1VBE6, MURD_NITV4 ; B8DP81, MURD_NITV9 ; Q3STT0, MURD_NITWN ; +DR Q5YYY1, MURD_NOCFA ; B2J6I3, MURD_NOSP7 ; Q8YPS9, MURD_NOSS1 ; +DR Q2G997, MURD_NOVAD ; Q8ER50, MURD_OCEIH ; Q04ES9, MURD_OENOB ; +DR Q313Q5, MURD_OLEA2 ; A1AZK7, MURD_PARDP ; Q2W0H5, MURD_PARM1 ; DR Q7U8T1, MURD_PARMW ; B2JHG2, MURD_PARP8 ; B2SYX8, MURD_PARPJ ; DR Q6MBS4, MURD_PARUW ; Q13TZ0, MURD_PARXL ; Q9CPB0, MURD_PASMU ; DR Q6D0I1, MURD_PECAS ; Q03EY1, MURD_PEDPA ; B4SHE6, MURD_PELPB ; @@ -156525,6 +157596,7 @@ CC -!- ATP is required for activation of isoleucine, which is then condensed CC with acetoacetyl-CoA. CC -!- Cyclization and release from the enzyme are catalyzed by the KS CC domain. +DR A0A067MTM1, TAS1_BOTB1 ; G3J9P0, TAS1_CORMM ; S7RK07, TAS1_GLOTA ; DR G4N137, TAS1_PYRO7 ; // ID 6.3.2.51 @@ -156563,7 +157635,7 @@ CC -!- The combined activity of this enzyme and EC 5.1.1.23 provides an CC alternative route for incorporating D-glutamate into peptidoglycan, CC replacing the more common combination of EC 5.1.1.3 and EC 6.3.2.9. DR C4RJF7, MURD2_MICS3; A4X981, MURD2_SALTO; Q8PII9, MURD2_XANAC; -DR Q3BR29, MURD2_XANC5; Q4UWX9, MURD2_XANC8; Q8P775, MURD2_XANCP; +DR Q4UWX9, MURD2_XANC8; Q8P775, MURD2_XANCP; Q3BR29, MURD2_XANE5; DR Q2P5V2, MURD2_XANOM; Q5H2Y1, MURD2_XANOR; Q9PEB0, MURD2_XYLFA; DR Q87EA7, MURD2_XYLFT; // @@ -156708,6 +157780,32 @@ CC regular peptide bonds to the gamma-linked residue. CC -!- This entry describes enzymes that act on beta-tubulins and other CC proteins with glutamate-rich regions but not on alpha-tubulins. // +ID 6.3.2.63 +DE putrebactin synthase. +CA 2 ATP + 2 N-(3-carboxypropanoyl)-N-hydroxyputrescine = 2 AMP + +CA 2 diphosphate + 2 H(+) + putrebactin. +CC -!- Requires Mg(2+). +CC -!- The enzyme, characterized from the bacteria Shewanella spp. MR-4 and +CC MR-7, catalyze the last step in the biosynthesis of the siderophore +CC putrebactin. +CC -!- The enzyme catalyzes the reaction in two steps - concatenation of two +CC molecules of N(1)-hydroxy-N(1)-succinylputrescine, followed by +CC cyclization. +DR P0DXD6, PUBC_SHESM ; Q0HWI9, PUBC_SHESR ; +// +ID 6.3.2.64 +DE bisucaberin synthase. +CA 2 ATP + 2 N-(3-carboxypropanoyl)-N-hydroxycadaverine = 2 AMP + +CA bisucaberin + 2 diphosphate + 2 H(+). +CC -!- Requires Mg(2+). +CC -!- The enzyme, characterized from the bacterium Aliivibrio salmonicida, +CC catalyzes the last step in the biosynthesis of the siderophore +CC bisucaberin. +CC -!- The enzyme catalyzes the reaction in two steps - concatenation of two +CC molecules of N(1)-hydroxy-N(1)-succinylcadaverine, followed by +CC cyclization. +DR B6EP94, BIBC_ALISL ; +// ID 6.3.2.n1 DE Transferred entry: 6.3.2.37. // @@ -156790,45 +157888,45 @@ DR Q83AZ0, PUR5_COXBU ; B1WPZ0, PUR5_CROS5 ; A7ML12, PUR5_CROS8 ; DR Q1LJ92, PUR5_CUPMC ; Q0K769, PUR5_CUPNH ; Q46XJ9, PUR5_CUPPJ ; DR B3R6D1, PUR5_CUPTR ; B8HPV7, PUR5_CYAP4 ; Q47B77, PUR5_DECAR ; DR B8FJY6, PUR5_DESAL ; B8FP03, PUR5_DESHD ; Q24QH4, PUR5_DESHY ; -DR Q6AK63, PUR5_DESPS ; B8DNV5, PUR5_DESVM ; A8LNB8, PUR5_DINSH ; -DR A7ZPU2, PUR5_ECO24 ; B7UGN7, PUR5_ECO27 ; B7MHY0, PUR5_ECO45 ; -DR B7LCN9, PUR5_ECO55 ; Q8XAC5, PUR5_ECO57 ; B5Z036, PUR5_ECO5E ; -DR B7NQN8, PUR5_ECO7I ; B7MYC7, PUR5_ECO81 ; B7M7K3, PUR5_ECO8A ; -DR C4ZX74, PUR5_ECOBW ; B1XAX4, PUR5_ECODH ; A8A2Z1, PUR5_ECOHS ; -DR Q0TEY9, PUR5_ECOL5 ; Q8FF72, PUR5_ECOL6 ; B1IWG1, PUR5_ECOLC ; -DR P08178, PUR5_ECOLI ; B7N681, PUR5_ECOLU ; B6I571, PUR5_ECOSE ; -DR B1LNF0, PUR5_ECOSM ; Q1R8N9, PUR5_ECOUT ; C5BHQ4, PUR5_EDWI9 ; -DR A4WD72, PUR5_ENT38 ; Q833Z1, PUR5_ENTFA ; B2VE71, PUR5_ERWT9 ; -DR Q2N8X9, PUR5_ERYLH ; B7LKE3, PUR5_ESCF3 ; B1YJ07, PUR5_EXIS2 ; -DR C4L2A1, PUR5_EXISA ; B0S0R2, PUR5_FINM2 ; Q8REV3, PUR5_FUSNN ; -DR B9M1P4, PUR5_GEODF ; Q5L3D0, PUR5_GEOKA ; Q39UK1, PUR5_GEOMG ; -DR Q74CB6, PUR5_GEOSL ; C6E6M9, PUR5_GEOSM ; C5D4I2, PUR5_GEOSW ; -DR A4IJX5, PUR5_GEOTN ; A5G3H3, PUR5_GEOUR ; B8F5E6, PUR5_GLAP5 ; -DR B7KJK8, PUR5_GLOC7 ; Q7NMP5, PUR5_GLOVI ; Q4QKF3, PUR5_HAEI8 ; -DR A5UC39, PUR5_HAEIE ; A5UEU3, PUR5_HAEIG ; P43848, PUR5_HAEIN ; -DR Q2SKT3, PUR5_HAHCH ; Q9KF55, PUR5_HALH5 ; C4K4D1, PUR5_HAMD5 ; -DR Q0I5D1, PUR5_HISS1 ; B0URN5, PUR5_HISS2 ; Q31GT2, PUR5_HYDCU ; -DR Q5QUP9, PUR5_IDILO ; Q28RA9, PUR5_JANSC ; B5XNQ0, PUR5_KLEP3 ; -DR A6TCB3, PUR5_KLEP7 ; Q5FIV3, PUR5_LACAC ; Q1G9G0, PUR5_LACDA ; -DR Q049L9, PUR5_LACDB ; C4Z478, PUR5_LACE2 ; A8YW83, PUR5_LACH4 ; -DR Q9CFF4, PUR5_LACLA ; O68186, PUR5_LACLM ; A9KHX3, PUR5_LACP7 ; -DR C1DC84, PUR5_LARHH ; Q93MM7, PUR5_LATSS ; Q1MRM4, PUR5_LAWIP ; -DR Q72T98, PUR5_LEPIC ; Q8F242, PUR5_LEPIN ; Q1WU57, PUR5_LIGS1 ; -DR B2GF76, PUR5_LIMF3 ; A5VHU0, PUR5_LIMRD ; B2G5C0, PUR5_LIMRJ ; -DR Q92AP1, PUR5_LISIN ; C1KW66, PUR5_LISMC ; Q71YQ1, PUR5_LISMF ; -DR B8DDZ0, PUR5_LISMH ; Q8Y6C3, PUR5_LISMO ; A0AJM1, PUR5_LISW6 ; -DR B1HTV6, PUR5_LYSSC ; B9EAZ0, PUR5_MACCJ ; A0LA23, PUR5_MAGMM ; -DR Q65UX7, PUR5_MANSM ; A1TZ73, PUR5_MARN8 ; Q8TUD7, PUR5_METAC ; -DR Q46E56, PUR5_METBF ; Q12UL8, PUR5_METBU ; Q60BU2, PUR5_METCA ; -DR Q1H4W1, PUR5_METFK ; Q57656, PUR5_METJA ; Q8TW12, PUR5_METKA ; -DR A4FWS4, PUR5_METM5 ; A9AA59, PUR5_METM6 ; A6VGJ3, PUR5_METM7 ; -DR Q8PX06, PUR5_METMA ; Q6LXU3, PUR5_METMP ; B8IP71, PUR5_METNO ; -DR A5UM16, PUR5_METS3 ; B0UKC4, PUR5_METS4 ; B8EJY5, PUR5_METSB ; -DR O27272, PUR5_METTH ; A6UPQ3, PUR5_METVS ; B0JTF5, PUR5_MICAN ; -DR Q2RGU7, PUR5_MOOTA ; Q1D8V5, PUR5_MYXXD ; Q5F973, PUR5_NEIG1 ; -DR A9LZD2, PUR5_NEIM0 ; Q9JUA2, PUR5_NEIMA ; Q9JZ80, PUR5_NEIMB ; -DR A1KU60, PUR5_NEIMF ; Q0ADT8, PUR5_NITEC ; Q82Y02, PUR5_NITEU ; -DR Q1QLI2, PUR5_NITHX ; Q2Y5R7, PUR5_NITMU ; Q3JBW2, PUR5_NITOC ; +DR Q6AK63, PUR5_DESPS ; A8LNB8, PUR5_DINSH ; A7ZPU2, PUR5_ECO24 ; +DR B7UGN7, PUR5_ECO27 ; B7MHY0, PUR5_ECO45 ; B7LCN9, PUR5_ECO55 ; +DR Q8XAC5, PUR5_ECO57 ; B5Z036, PUR5_ECO5E ; B7NQN8, PUR5_ECO7I ; +DR B7MYC7, PUR5_ECO81 ; B7M7K3, PUR5_ECO8A ; C4ZX74, PUR5_ECOBW ; +DR B1XAX4, PUR5_ECODH ; A8A2Z1, PUR5_ECOHS ; Q0TEY9, PUR5_ECOL5 ; +DR Q8FF72, PUR5_ECOL6 ; B1IWG1, PUR5_ECOLC ; P08178, PUR5_ECOLI ; +DR B7N681, PUR5_ECOLU ; B6I571, PUR5_ECOSE ; B1LNF0, PUR5_ECOSM ; +DR Q1R8N9, PUR5_ECOUT ; C5BHQ4, PUR5_EDWI9 ; A4WD72, PUR5_ENT38 ; +DR Q833Z1, PUR5_ENTFA ; B2VE71, PUR5_ERWT9 ; Q2N8X9, PUR5_ERYLH ; +DR B7LKE3, PUR5_ESCF3 ; B1YJ07, PUR5_EXIS2 ; C4L2A1, PUR5_EXISA ; +DR B0S0R2, PUR5_FINM2 ; Q8REV3, PUR5_FUSNN ; B9M1P4, PUR5_GEODF ; +DR Q5L3D0, PUR5_GEOKA ; Q39UK1, PUR5_GEOMG ; Q74CB6, PUR5_GEOSL ; +DR C6E6M9, PUR5_GEOSM ; C5D4I2, PUR5_GEOSW ; A4IJX5, PUR5_GEOTN ; +DR A5G3H3, PUR5_GEOUR ; B8F5E6, PUR5_GLAP5 ; B7KJK8, PUR5_GLOC7 ; +DR Q7NMP5, PUR5_GLOVI ; Q4QKF3, PUR5_HAEI8 ; A5UC39, PUR5_HAEIE ; +DR A5UEU3, PUR5_HAEIG ; P43848, PUR5_HAEIN ; Q2SKT3, PUR5_HAHCH ; +DR Q9KF55, PUR5_HALH5 ; C4K4D1, PUR5_HAMD5 ; Q0I5D1, PUR5_HISS1 ; +DR B0URN5, PUR5_HISS2 ; Q31GT2, PUR5_HYDCU ; Q5QUP9, PUR5_IDILO ; +DR Q28RA9, PUR5_JANSC ; B5XNQ0, PUR5_KLEP3 ; A6TCB3, PUR5_KLEP7 ; +DR Q5FIV3, PUR5_LACAC ; Q1G9G0, PUR5_LACDA ; Q049L9, PUR5_LACDB ; +DR C4Z478, PUR5_LACE2 ; A8YW83, PUR5_LACH4 ; Q9CFF4, PUR5_LACLA ; +DR O68186, PUR5_LACLM ; A9KHX3, PUR5_LACP7 ; C1DC84, PUR5_LARHH ; +DR Q93MM7, PUR5_LATSS ; Q1MRM4, PUR5_LAWIP ; Q72T98, PUR5_LEPIC ; +DR Q8F242, PUR5_LEPIN ; Q1WU57, PUR5_LIGS1 ; B2GF76, PUR5_LIMF3 ; +DR A5VHU0, PUR5_LIMRD ; B2G5C0, PUR5_LIMRJ ; Q92AP1, PUR5_LISIN ; +DR C1KW66, PUR5_LISMC ; Q71YQ1, PUR5_LISMF ; B8DDZ0, PUR5_LISMH ; +DR Q8Y6C3, PUR5_LISMO ; A0AJM1, PUR5_LISW6 ; B1HTV6, PUR5_LYSSC ; +DR B9EAZ0, PUR5_MACCJ ; A0LA23, PUR5_MAGMM ; Q65UX7, PUR5_MANSM ; +DR A1TZ73, PUR5_MARN8 ; Q8TUD7, PUR5_METAC ; Q46E56, PUR5_METBF ; +DR Q12UL8, PUR5_METBU ; Q60BU2, PUR5_METCA ; Q1H4W1, PUR5_METFK ; +DR Q57656, PUR5_METJA ; Q8TW12, PUR5_METKA ; A4FWS4, PUR5_METM5 ; +DR A9AA59, PUR5_METM6 ; A6VGJ3, PUR5_METM7 ; Q8PX06, PUR5_METMA ; +DR Q6LXU3, PUR5_METMP ; B8IP71, PUR5_METNO ; A5UM16, PUR5_METS3 ; +DR B0UKC4, PUR5_METS4 ; B8EJY5, PUR5_METSB ; O27272, PUR5_METTH ; +DR A6UPQ3, PUR5_METVS ; B0JTF5, PUR5_MICAN ; Q2RGU7, PUR5_MOOTA ; +DR Q1D8V5, PUR5_MYXXD ; Q5F973, PUR5_NEIG1 ; A9LZD2, PUR5_NEIM0 ; +DR Q9JUA2, PUR5_NEIMA ; Q9JZ80, PUR5_NEIMB ; A1KU60, PUR5_NEIMF ; +DR Q0ADT8, PUR5_NITEC ; Q82Y02, PUR5_NITEU ; Q1QLI2, PUR5_NITHX ; +DR Q2Y5R7, PUR5_NITMU ; Q3JBW2, PUR5_NITOC ; B8DNV5, PUR5_NITV9 ; DR Q3SS83, PUR5_NITWN ; Q2G9X9, PUR5_NOVAD ; Q8ES94, PUR5_OCEIH ; DR Q311C7, PUR5_OLEA2 ; A7HYF2, PUR5_PARL1 ; Q7U4N8, PUR5_PARMW ; DR B2JGD2, PUR5_PARP8 ; B2T067, PUR5_PARPJ ; Q145C6, PUR5_PARXL ; @@ -156896,8 +157994,8 @@ DR Q97CD7, PUR5_THEVO ; B5YKG0, PUR5_THEYD ; C4LC65, PUR5_TOLAT ; DR B3E3K3, PUR5_TRIL1 ; B7VIN4, PUR5_VIBA3 ; A7MY25, PUR5_VIBC1 ; DR A5F643, PUR5_VIBC3 ; Q9KPY6, PUR5_VIBCH ; C3LPN0, PUR5_VIBCM ; DR Q87MH0, PUR5_VIBPA ; Q8DBC2, PUR5_VIBVU ; Q7MIK1, PUR5_VIBVY ; -DR P52424, PUR5_VIGUN ; Q8PID9, PUR5_XANAC ; Q3BQX8, PUR5_XANC5 ; -DR Q4UX30, PUR5_XANC8 ; B0RQI6, PUR5_XANCB ; Q8P725, PUR5_XANCP ; +DR P52424, PUR5_VIGUN ; Q8PID9, PUR5_XANAC ; Q4UX30, PUR5_XANC8 ; +DR B0RQI6, PUR5_XANCB ; Q8P725, PUR5_XANCP ; Q3BQX8, PUR5_XANE5 ; DR Q2P674, PUR5_XANOM ; B2SJY0, PUR5_XANOP ; Q5H3C0, PUR5_XANOR ; DR Q9PFS0, PUR5_XYLFA ; Q87B94, PUR5_XYLFT ; A1JKZ7, PUR5_YERE8 ; DR A7FG37, PUR5_YERP3 ; Q1C5P2, PUR5_YERPA ; B2K9K0, PUR5_YERPB ; @@ -156967,31 +158065,31 @@ DR Q0TQ60, BIOD_CLOP1 ; Q8XK60, BIOD_CLOPE ; Q893G4, BIOD_CLOTE ; DR Q6NHE6, BIOD_CORDI ; Q8FPS0, BIOD_COREF ; A4QH04, BIOD_CORGB ; DR P46397, BIOD_CORGL ; C4LIG1, BIOD_CORK4 ; B1WZW5, BIOD_CROS5 ; DR B8HNL6, BIOD_CYAP4 ; Q11QU6, BIOD_CYTH3 ; B1H0L0, BIOD_ENDTX ; -DR Q2J6H9, BIOD_FRACC ; B0U0S6, BIOD_FRAP2 ; A8L2N1, BIOD_FRASN ; -DR Q14HR7, BIOD_FRAT1 ; A7NCX0, BIOD_FRATF ; Q2A2V6, BIOD_FRATH ; -DR B2SGE0, BIOD_FRATM ; A0Q635, BIOD_FRATN ; Q0BLD2, BIOD_FRATO ; -DR Q5NGB5, BIOD_FRATT ; A4IXP2, BIOD_FRATW ; Q8RET9, BIOD_FUSNN ; -DR Q5KVI4, BIOD_GEOKA ; C5D7L1, BIOD_GEOSW ; B7KBS1, BIOD_GLOC7 ; -DR Q7NFL5, BIOD_GLOVI ; Q9KER6, BIOD_HALH5 ; I3R9K1, BIOD_HALMT ; -DR Q9ZN34, BIOD_HELPJ ; B2UW31, BIOD_HELPS ; O24872, BIOD_HELPY ; -DR B4U7U3, BIOD_HYDS0 ; Q5QZ19, BIOD_IDILO ; A6SU65, BIOD_JANMA ; -DR Q1MR97, BIOD_LAWIP ; Q5X589, BIOD_LEGPA ; A5IBW5, BIOD_LEGPC ; -DR Q5ZVG5, BIOD_LEGPH ; Q5WWA0, BIOD_LEGPL ; Q04RS7, BIOD_LEPBJ ; -DR Q051U4, BIOD_LEPBL ; Q72RG6, BIOD_LEPIC ; Q8F4A0, BIOD_LEPIN ; -DR B1HRT5, BIOD_LYSSC ; P22818, BIOD_LYSSH ; Q2W3K9, BIOD_MAGSA ; -DR Q65TU7, BIOD_MANSM ; A1U4A9, BIOD_MARN8 ; A6UVE3, BIOD_META3 ; -DR Q58695, BIOD_METJA ; B8IBW1, BIOD_METNO ; A6UQL8, BIOD_METVS ; -DR B0JX07, BIOD_MICAN ; A0QHJ8, BIOD_MYCA1 ; B1MBZ5, BIOD_MYCA9 ; -DR O52587, BIOD_MYCBO ; A1KJ01, BIOD_MYCBP ; C1ANK7, BIOD_MYCBT ; -DR A4T9L2, BIOD_MYCGI ; B8ZR85, BIOD_MYCLB ; P45486, BIOD_MYCLE ; -DR B2HQ91, BIOD_MYCMM ; A0QX66, BIOD_MYCS2 ; A3Q145, BIOD_MYCSJ ; -DR A1UHM2, BIOD_MYCSK ; Q1B7F1, BIOD_MYCSS ; A5U2S7, BIOD_MYCTA ; -DR P9WPQ4, BIOD_MYCTO ; P9WPQ5, BIOD_MYCTU ; A0PP03, BIOD_MYCUA ; -DR A1T8U7, BIOD_MYCVP ; Q5F9T1, BIOD_NEIG1 ; B4RJZ8, BIOD_NEIG2 ; -DR A9M388, BIOD_NEIM0 ; Q9JV95, BIOD_NEIMA ; Q9K085, BIOD_NEIMB ; -DR A1KSZ5, BIOD_NEIMF ; Q2GDE9, BIOD_NEOSM ; Q1QJL1, BIOD_NITHX ; -DR A9A5K8, BIOD_NITMS ; Q2Y9Y5, BIOD_NITMU ; Q3SPW7, BIOD_NITWN ; -DR Q5YYS5, BIOD_NOCFA ; Q2GAF9, BIOD_NOVAD ; B2JKH5, BIOD_PARP8 ; +DR Q2J6H9, BIOD_FRACC ; B0U0S6, BIOD_FRAP2 ; Q14HR7, BIOD_FRAT1 ; +DR A7NCX0, BIOD_FRATF ; Q2A2V6, BIOD_FRATH ; B2SGE0, BIOD_FRATM ; +DR A0Q635, BIOD_FRATN ; Q0BLD2, BIOD_FRATO ; Q5NGB5, BIOD_FRATT ; +DR A4IXP2, BIOD_FRATW ; Q8RET9, BIOD_FUSNN ; Q5KVI4, BIOD_GEOKA ; +DR C5D7L1, BIOD_GEOSW ; B7KBS1, BIOD_GLOC7 ; Q7NFL5, BIOD_GLOVI ; +DR Q9KER6, BIOD_HALH5 ; I3R9K1, BIOD_HALMT ; Q9ZN34, BIOD_HELPJ ; +DR B2UW31, BIOD_HELPS ; O24872, BIOD_HELPY ; B4U7U3, BIOD_HYDS0 ; +DR Q5QZ19, BIOD_IDILO ; A6SU65, BIOD_JANMA ; Q1MR97, BIOD_LAWIP ; +DR Q5X589, BIOD_LEGPA ; A5IBW5, BIOD_LEGPC ; Q5ZVG5, BIOD_LEGPH ; +DR Q5WWA0, BIOD_LEGPL ; Q04RS7, BIOD_LEPBJ ; Q051U4, BIOD_LEPBL ; +DR Q72RG6, BIOD_LEPIC ; Q8F4A0, BIOD_LEPIN ; B1HRT5, BIOD_LYSSC ; +DR P22818, BIOD_LYSSH ; Q65TU7, BIOD_MANSM ; A1U4A9, BIOD_MARN8 ; +DR A6UVE3, BIOD_META3 ; Q58695, BIOD_METJA ; B8IBW1, BIOD_METNO ; +DR A6UQL8, BIOD_METVS ; B0JX07, BIOD_MICAN ; A0QHJ8, BIOD_MYCA1 ; +DR B1MBZ5, BIOD_MYCA9 ; O52587, BIOD_MYCBO ; A1KJ01, BIOD_MYCBP ; +DR C1ANK7, BIOD_MYCBT ; A4T9L2, BIOD_MYCGI ; B8ZR85, BIOD_MYCLB ; +DR P45486, BIOD_MYCLE ; B2HQ91, BIOD_MYCMM ; A0QX66, BIOD_MYCS2 ; +DR A3Q145, BIOD_MYCSJ ; A1UHM2, BIOD_MYCSK ; Q1B7F1, BIOD_MYCSS ; +DR A5U2S7, BIOD_MYCTA ; P9WPQ4, BIOD_MYCTO ; P9WPQ5, BIOD_MYCTU ; +DR A0PP03, BIOD_MYCUA ; A1T8U7, BIOD_MYCVP ; Q5F9T1, BIOD_NEIG1 ; +DR B4RJZ8, BIOD_NEIG2 ; A9M388, BIOD_NEIM0 ; Q9JV95, BIOD_NEIMA ; +DR Q9K085, BIOD_NEIMB ; A1KSZ5, BIOD_NEIMF ; Q2GDE9, BIOD_NEOSM ; +DR Q1QJL1, BIOD_NITHX ; A9A5K8, BIOD_NITMS ; Q2Y9Y5, BIOD_NITMU ; +DR Q3SPW7, BIOD_NITWN ; Q5YYS5, BIOD_NOCFA ; Q2GAF9, BIOD_NOVAD ; +DR Q2W3K9, BIOD_PARM1 ; B2JKH5, BIOD_PARP8 ; A8L2N1, BIOD_PARS2 ; DR B4RFX6, BIOD_PHEZH ; Q6LPR5, BIOD_PHOPR ; A6UYW4, BIOD_PSEA7 ; DR B7V489, BIOD_PSEA8 ; Q02TR2, BIOD_PSEAB ; Q9I614, BIOD_PSEAE ; DR Q3IGS9, BIOD_PSET1 ; O06899, BIOD_PSEVU ; Q8XZC2, BIOD_RALN1 ; @@ -157006,8 +158104,8 @@ DR Q55849, BIOD_SYNY3 ; B5YHS9, BIOD_THEYD ; C4LDD0, BIOD_TOLAT ; DR A5CY11, BIOD_VESOH ; A7MX33, BIOD_VIBC1 ; Q9KSZ1, BIOD_VIBCH ; DR Q87QN3, BIOD_VIBPA ; Q8D8N2, BIOD_VIBVU ; Q7MLU7, BIOD_VIBVY ; DR Q8D298, BIOD_WIGBR ; Q7MAC6, BIOD_WOLSU ; Q8PGK0, BIOD_XANAC ; -DR Q3BP46, BIOD_XANC5 ; Q4UQI6, BIOD_XANC8 ; B0RVN9, BIOD_XANCB ; -DR Q8PCW4, BIOD_XANCP ; Q2P7M5, BIOD_XANOM ; B2SQ77, BIOD_XANOP ; +DR Q4UQI6, BIOD_XANC8 ; B0RVN9, BIOD_XANCB ; Q8PCW4, BIOD_XANCP ; +DR Q3BP46, BIOD_XANE5 ; Q2P7M5, BIOD_XANOM ; B2SQ77, BIOD_XANOP ; DR Q9PAL9, BIOD_XYLFA ; B0U3W7, BIOD_XYLFM ; Q87BG0, BIOD_XYLFT ; DR P53630, BIOD_YEAST ; A9R3D1, BIOD_YERPG ; P69954, BIOD_YERPS ; // @@ -157143,8 +158241,7 @@ DR Q6A7X4, PYRG_CUTAK ; B8HNM9, PYRG_CYAP4 ; Q11S24, PYRG_CYTH3 ; DR Q47DH9, PYRG_DECAR ; Q3Z6N1, PYRG_DEHM1 ; A5FPS8, PYRG_DEHMB ; DR Q3ZYU1, PYRG_DEHMC ; C1CWM4, PYRG_DEIDV ; Q1J055, PYRG_DEIGD ; DR Q9RU23, PYRG_DEIRA ; A9BN39, PYRG_DELAS ; B8IZF5, PYRG_DESDA ; -DR Q24MK9, PYRG_DESHY ; Q6AQ78, PYRG_DESPS ; Q72BL2, PYRG_DESVH ; -DR B8DJR8, PYRG_DESVM ; A1VDL2, PYRG_DESVV ; Q54V77, PYRG_DICDI ; +DR Q24MK9, PYRG_DESHY ; Q6AQ78, PYRG_DESPS ; Q54V77, PYRG_DICDI ; DR A5EW22, PYRG_DICNV ; A8LIN6, PYRG_DINSH ; Q9VUL1, PYRG_DROME ; DR Q2M197, PYRG_DROPS ; A7ZQM3, PYRG_ECO24 ; B7UHJ6, PYRG_ECO27 ; DR B7MLA1, PYRG_ECO45 ; B7LEK0, PYRG_ECO55 ; P0A7E7, PYRG_ECO57 ; @@ -157183,35 +158280,36 @@ DR Q1MR71, PYRG_LAWIP ; Q5X5Y6, PYRG_LEGPA ; A5IB79, PYRG_LEGPC ; DR Q5ZWA4, PYRG_LEGPH ; Q5WXA8, PYRG_LEGPL ; Q6AGG5, PYRG_LEIXX ; DR B1Y4K6, PYRG_LEPCP ; Q72S46, PYRG_LEPIC ; Q8F3J3, PYRG_LEPIN ; DR Q03T27, PYRG_LEVBA ; Q1WV30, PYRG_LIGS1 ; Q927T4, PYRG_LISIN ; -DR Q71WM0, PYRG_LISMF ; Q8Y495, PYRG_LISMO ; Q2W6A0, PYRG_MAGSA ; -DR Q65VZ8, PYRG_MANSM ; Q0APT7, PYRG_MARMM ; A1TZ46, PYRG_MARN8 ; -DR C6BWN7, PYRG_MARSD ; Q6F0G9, PYRG_MESFL ; A6UTE4, PYRG_META3 ; -DR Q8TKW5, PYRG_METAC ; A7IA93, PYRG_METB6 ; Q465Q4, PYRG_METBF ; -DR Q12WH5, PYRG_METBU ; B7KUU9, PYRG_METC4 ; Q604M6, PYRG_METCA ; -DR Q1H009, PYRG_METFK ; Q2FSE6, PYRG_METHJ ; Q58574, PYRG_METJA ; -DR Q8TYT7, PYRG_METKA ; A2SSJ7, PYRG_METLZ ; Q8Q0L8, PYRG_METMA ; -DR A3CWS5, PYRG_METMJ ; Q6LYU4, PYRG_METMP ; B8IP92, PYRG_METNO ; -DR B1Z9R0, PYRG_METPB ; B8GIB3, PYRG_METPE ; B1M5Q9, PYRG_METRJ ; -DR B0U802, PYRG_METS4 ; B8EJS8, PYRG_METSB ; Q2NH50, PYRG_METST ; -DR O26519, PYRG_METTH ; A0B7H6, PYRG_METTP ; B0JU82, PYRG_MICAN ; -DR Q2RFU8, PYRG_MOOTA ; A0QH68, PYRG_MYCA1 ; P0A5U3, PYRG_MYCBO ; -DR A1KJB5, PYRG_MYCBP ; C1ANX1, PYRG_MYCBT ; Q93DW6, PYRG_MYCCC ; -DR Q48965, PYRG_MYCCT ; A4T9Y6, PYRG_MYCGI ; B8ZRH6, PYRG_MYCLB ; -DR P53529, PYRG_MYCLE ; B2HR69, PYRG_MYCMM ; Q6MUA3, PYRG_MYCMS ; -DR Q740E5, PYRG_MYCPA ; Q98PQ3, PYRG_MYCPU ; A0QYQ7, PYRG_MYCS2 ; -DR A3Q0R1, PYRG_MYCSJ ; A1UH74, PYRG_MYCSK ; Q1B7T3, PYRG_MYCSS ; -DR A5U357, PYRG_MYCTA ; P9WHK6, PYRG_MYCTO ; P9WHK7, PYRG_MYCTU ; -DR A0PPA8, PYRG_MYCUA ; A1TA81, PYRG_MYCVP ; Q1DDB7, PYRG_MYXXD ; -DR Q3IS15, PYRG_NATPD ; B2A3K5, PYRG_NATTJ ; B9L7R9, PYRG_NAUPA ; -DR Q5F7G6, PYRG_NEIG1 ; B4RJ40, PYRG_NEIG2 ; A9M0Y3, PYRG_NEIM0 ; -DR Q9JTK1, PYRG_NEIMA ; Q9JYJ8, PYRG_NEIMB ; A1KUX8, PYRG_NEIMF ; -DR Q2GCQ2, PYRG_NEOSM ; Q7RZV2, PYRG_NEUCR ; Q0AD92, PYRG_NITEC ; -DR O85347, PYRG_NITEU ; Q1QMJ4, PYRG_NITHX ; Q2Y9P1, PYRG_NITMU ; -DR Q3JCT3, PYRG_NITOC ; Q3SRJ8, PYRG_NITWN ; Q5YY90, PYRG_NOCFA ; -DR A1SJK4, PYRG_NOCSJ ; B2IUT0, PYRG_NOSP7 ; Q8YMD4, PYRG_NOSS1 ; -DR Q2G6R7, PYRG_NOVAD ; Q8EM53, PYRG_OCEIH ; Q310T4, PYRG_OLEA2 ; -DR Q6YPW4, PYRG_ONYPE ; A1TLT0, PYRG_PARC0 ; A1B8D4, PYRG_PARDP ; -DR A7HXX9, PYRG_PARL1 ; Q7U3K4, PYRG_PARMW ; B2JIX2, PYRG_PARP8 ; +DR Q71WM0, PYRG_LISMF ; Q8Y495, PYRG_LISMO ; Q65VZ8, PYRG_MANSM ; +DR Q0APT7, PYRG_MARMM ; A1TZ46, PYRG_MARN8 ; C6BWN7, PYRG_MARSD ; +DR Q6F0G9, PYRG_MESFL ; A6UTE4, PYRG_META3 ; Q8TKW5, PYRG_METAC ; +DR A7IA93, PYRG_METB6 ; Q465Q4, PYRG_METBF ; Q12WH5, PYRG_METBU ; +DR B7KUU9, PYRG_METC4 ; Q604M6, PYRG_METCA ; Q1H009, PYRG_METFK ; +DR Q2FSE6, PYRG_METHJ ; Q58574, PYRG_METJA ; Q8TYT7, PYRG_METKA ; +DR A2SSJ7, PYRG_METLZ ; Q8Q0L8, PYRG_METMA ; A3CWS5, PYRG_METMJ ; +DR Q6LYU4, PYRG_METMP ; B8IP92, PYRG_METNO ; B1Z9R0, PYRG_METPB ; +DR B8GIB3, PYRG_METPE ; B1M5Q9, PYRG_METRJ ; B0U802, PYRG_METS4 ; +DR B8EJS8, PYRG_METSB ; Q2NH50, PYRG_METST ; O26519, PYRG_METTH ; +DR A0B7H6, PYRG_METTP ; B0JU82, PYRG_MICAN ; Q2RFU8, PYRG_MOOTA ; +DR A0QH68, PYRG_MYCA1 ; P0A5U3, PYRG_MYCBO ; A1KJB5, PYRG_MYCBP ; +DR C1ANX1, PYRG_MYCBT ; Q93DW6, PYRG_MYCCC ; Q48965, PYRG_MYCCT ; +DR A4T9Y6, PYRG_MYCGI ; B8ZRH6, PYRG_MYCLB ; P53529, PYRG_MYCLE ; +DR B2HR69, PYRG_MYCMM ; Q6MUA3, PYRG_MYCMS ; Q740E5, PYRG_MYCPA ; +DR Q98PQ3, PYRG_MYCPU ; A0QYQ7, PYRG_MYCS2 ; A3Q0R1, PYRG_MYCSJ ; +DR A1UH74, PYRG_MYCSK ; Q1B7T3, PYRG_MYCSS ; A5U357, PYRG_MYCTA ; +DR P9WHK6, PYRG_MYCTO ; P9WHK7, PYRG_MYCTU ; A0PPA8, PYRG_MYCUA ; +DR A1TA81, PYRG_MYCVP ; Q1DDB7, PYRG_MYXXD ; Q3IS15, PYRG_NATPD ; +DR B2A3K5, PYRG_NATTJ ; B9L7R9, PYRG_NAUPA ; Q5F7G6, PYRG_NEIG1 ; +DR B4RJ40, PYRG_NEIG2 ; A9M0Y3, PYRG_NEIM0 ; Q9JTK1, PYRG_NEIMA ; +DR Q9JYJ8, PYRG_NEIMB ; A1KUX8, PYRG_NEIMF ; Q2GCQ2, PYRG_NEOSM ; +DR Q7RZV2, PYRG_NEUCR ; Q0AD92, PYRG_NITEC ; O85347, PYRG_NITEU ; +DR Q1QMJ4, PYRG_NITHX ; Q2Y9P1, PYRG_NITMU ; Q3JCT3, PYRG_NITOC ; +DR Q72BL2, PYRG_NITV2 ; A1VDL2, PYRG_NITV4 ; B8DJR8, PYRG_NITV9 ; +DR Q3SRJ8, PYRG_NITWN ; Q5YY90, PYRG_NOCFA ; A1SJK4, PYRG_NOCSJ ; +DR B2IUT0, PYRG_NOSP7 ; Q8YMD4, PYRG_NOSS1 ; Q2G6R7, PYRG_NOVAD ; +DR Q8EM53, PYRG_OCEIH ; Q310T4, PYRG_OLEA2 ; Q6YPW4, PYRG_ONYPE ; +DR A1TLT0, PYRG_PARC0 ; A1B8D4, PYRG_PARDP ; A7HXX9, PYRG_PARL1 ; +DR Q2W6A0, PYRG_PARM1 ; Q7U3K4, PYRG_PARMW ; B2JIX2, PYRG_PARP8 ; DR B2SXV1, PYRG_PARPJ ; Q6MD01, PYRG_PARUW ; Q13X05, PYRG_PARXL ; DR Q9CJW9, PYRG_PASMU ; Q6D181, PYRG_PECAS ; C6DDJ6, PYRG_PECCP ; DR B4SAT4, PYRG_PELPB ; A1APF9, PYRG_PELPD ; A5CYA0, PYRG_PELTS ; @@ -157296,8 +158394,8 @@ DR A7MTS6, PYRG_VIBC1 ; A5F5I4, PYRG_VIBC3 ; Q9KPC4, PYRG_VIBCH ; DR C3LQZ1, PYRG_VIBCM ; Q87LP9, PYRG_VIBPA ; Q8DC63, PYRG_VIBVU ; DR Q7MHQ0, PYRG_VIBVY ; Q8D2K0, PYRG_WIGBR ; Q73HS5, PYRG_WOLPM ; DR Q7MAI3, PYRG_WOLSU ; Q5GTB4, PYRG_WOLTR ; Q8PLS3, PYRG_XANAC ; -DR Q3BUT3, PYRG_XANC5 ; Q4UTN9, PYRG_XANC8 ; B0RUK3, PYRG_XANCB ; -DR Q8P9Z6, PYRG_XANCP ; Q2P1K5, PYRG_XANOM ; B2SUA3, PYRG_XANOP ; +DR Q4UTN9, PYRG_XANC8 ; B0RUK3, PYRG_XANCB ; Q8P9Z6, PYRG_XANCP ; +DR Q3BUT3, PYRG_XANE5 ; Q2P1K5, PYRG_XANOM ; B2SUA3, PYRG_XANOP ; DR Q5GYK0, PYRG_XANOR ; B2I935, PYRG_XYLF2 ; Q9PDU1, PYRG_XYLFA ; DR B0U656, PYRG_XYLFM ; Q87DY8, PYRG_XYLFT ; A1JJR3, PYRG_YERE8 ; DR A7FLZ6, PYRG_YERP3 ; Q1C3Y5, PYRG_YERPA ; B2K560, PYRG_YERPB ; @@ -157515,8 +158613,7 @@ DR Q3ZXV0, PURA_DEHMC ; C1CZ40, PURA_DEIDV ; Q1J1X6, PURA_DEIGD ; DR Q9RYB5, PURA_DEIRA ; A9BMU3, PURA_DELAS ; C0QB49, PURA_DESAH ; DR B8FB83, PURA_DESAL ; B1I6P8, PURA_DESAP ; B8J4N1, PURA_DESDA ; DR B8G0I5, PURA_DESHD ; Q24MC6, PURA_DESHY ; A8ZTF0, PURA_DESOH ; -DR Q6AN65, PURA_DESPS ; A4J9P7, PURA_DESRM ; Q725K9, PURA_DESVH ; -DR B8DQ18, PURA_DESVM ; A1V9U1, PURA_DESVV ; P21900, PURA_DICDI ; +DR Q6AN65, PURA_DESPS ; A4J9P7, PURA_DESRM ; P21900, PURA_DICDI ; DR A5EVE1, PURA_DICNV ; A8LIN4, PURA_DINSH ; B3M343, PURA_DROAN ; DR B3P321, PURA_DROER ; B4JUE4, PURA_DROGR ; Q9Y0Y2, PURA_DROME ; DR B4K8W7, PURA_DROMO ; B4G518, PURA_DROPE ; Q299D3, PURA_DROPS ; @@ -157535,75 +158632,76 @@ DR Q839Y4, PURA_ENTFA ; Q75E56, PURA_EREGS ; B2VCW8, PURA_ERWT9 ; DR Q2NCV0, PURA_ERYLH ; B7LLV9, PURA_ESCF3 ; B1YG93, PURA_EXIS2 ; DR C4L014, PURA_EXISA ; A7HMJ8, PURA_FERNB ; B0RZL3, PURA_FINM2 ; DR A5FHR3, PURA_FLAJ1 ; A6H0U4, PURA_FLAPJ ; Q0RBA3, PURA_FRAAA ; -DR Q2J4S8, PURA_FRACC ; B0TVV8, PURA_FRAP2 ; A8LDR3, PURA_FRASN ; -DR Q14JN1, PURA_FRAT1 ; A7NEW1, PURA_FRATF ; Q2A167, PURA_FRATH ; -DR B2SE78, PURA_FRATM ; A0Q4C3, PURA_FRATN ; Q0BJY9, PURA_FRATO ; -DR Q5NI78, PURA_FRATT ; A4J037, PURA_FRATW ; P58793, PURA_FUSNN ; -DR O68581, PURA_FUSNU ; C7Z193, PURA_FUSV7 ; B9M1R2, PURA_GEODF ; -DR Q5KU76, PURA_GEOKA ; Q39QK1, PURA_GEOMG ; Q747F9, PURA_GEOSL ; -DR C6DZQ7, PURA_GEOSM ; C5D9W9, PURA_GEOSW ; A4ITU9, PURA_GEOTN ; -DR A5GC19, PURA_GEOUR ; B8F8E6, PURA_GLAP5 ; B7KCX9, PURA_GLOC7 ; -DR Q7NG93, PURA_GLOVI ; A9HLQ1, PURA_GLUDA ; Q5FQZ9, PURA_GLUOX ; -DR Q0BTV7, PURA_GRABC ; Q7VKR5, PURA_HAEDU ; Q4QL68, PURA_HAEI8 ; -DR A5UCM6, PURA_HAEIE ; A5UIZ2, PURA_HAEIG ; P45283, PURA_HAEIN ; -DR Q2SBC8, PURA_HAHCH ; Q9K5R0, PURA_HALH5 ; A1WUT0, PURA_HALHL ; -DR Q5V2N1, PURA_HALMA ; B8D1A3, PURA_HALOH ; B0R4U8, PURA_HALS3 ; -DR Q9HQM6, PURA_HALSA ; C4K3C2, PURA_HAMD5 ; Q17W85, PURA_HELAH ; -DR Q7VHL2, PURA_HELHP ; B0TA52, PURA_HELMI ; B6JKI4, PURA_HELP2 ; -DR B5ZA21, PURA_HELPG ; Q1CUP8, PURA_HELPH ; Q9ZMI1, PURA_HELPJ ; -DR B2US87, PURA_HELPS ; P56137, PURA_HELPY ; A4G4L2, PURA_HERAR ; -DR Q0I4Q5, PURA_HISS1 ; B0UW92, PURA_HISS2 ; Q31GN4, PURA_HYDCU ; -DR B4U9K9, PURA_HYDS0 ; Q0BXJ3, PURA_HYPNA ; Q5QW95, PURA_IDILO ; -DR Q28MG6, PURA_JANSC ; A6WFJ3, PURA_KINRD ; B5Y325, PURA_KLEP3 ; -DR A6TH93, PURA_KLEP7 ; Q6CQ65, PURA_KLULA ; B2GL12, PURA_KOCRD ; -DR C4R8E8, PURA_KOMPG ; Q1IJT2, PURA_KORVE ; Q5FHY4, PURA_LACAC ; -DR B3W7G1, PURA_LACCB ; Q1GBV4, PURA_LACDA ; Q045S7, PURA_LACGA ; -DR A8YTK4, PURA_LACH4 ; Q74KY3, PURA_LACJO ; Q9CE93, PURA_LACLA ; -DR A2RN80, PURA_LACLM ; Q02WK8, PURA_LACLS ; Q03CT6, PURA_LACP3 ; -DR Q88SV6, PURA_LACPL ; C5DD42, PURA_LACTC ; Q38ZL5, PURA_LATSS ; -DR Q1MRW8, PURA_LAWIP ; Q5X7Q5, PURA_LEGPA ; A5IHA9, PURA_LEGPC ; -DR Q5ZY86, PURA_LEGPH ; Q5WZ56, PURA_LEGPL ; Q8RNM2, PURA_LEGPN ; -DR A4H7A3, PURA_LEIBR ; A7LBL2, PURA_LEIDO ; A4HVP7, PURA_LEIIN ; -DR Q4QG35, PURA_LEIMA ; Q6ACB0, PURA_LEIXX ; Q72PA7, PURA_LEPIC ; -DR Q8F738, PURA_LEPIN ; B1N002, PURA_LEUCK ; Q03W69, PURA_LEUMM ; -DR Q03TS9, PURA_LEVBA ; Q1WRH2, PURA_LIGS1 ; B2GEZ1, PURA_LIMF3 ; -DR A5VHM0, PURA_LIMRD ; B2G550, PURA_LIMRJ ; Q92FQ5, PURA_LISIN ; -DR C1KV62, PURA_LISMC ; Q725A8, PURA_LISMF ; B8DAL0, PURA_LISMH ; -DR Q8YAR1, PURA_LISMO ; A0AEN2, PURA_LISW6 ; A5DSZ3, PURA_LODEL ; -DR B1HPK4, PURA_LYSSC ; A0L7T9, PURA_MAGMM ; Q2W2D1, PURA_MAGSA ; -DR O24578, PURA_MAIZE ; A8Q0E3, PURA_MALGO ; Q8EVI1, PURA_MALP2 ; -DR Q65S32, PURA_MANSM ; Q0AS86, PURA_MARMM ; A6VYL0, PURA_MARMS ; -DR A1U4C0, PURA_MARN8 ; C6BRT2, PURA_MARSD ; Q6F243, PURA_MESFL ; -DR A6UT04, PURA_META3 ; Q46FF6, PURA_METBF ; Q12ZI9, PURA_METBU ; -DR B7L289, PURA_METC4 ; Q606N8, PURA_METCA ; Q1H0Y6, PURA_METFK ; -DR Q57981, PURA_METJA ; A4FW92, PURA_METM5 ; A9A9N1, PURA_METM6 ; -DR A6VH18, PURA_METM7 ; Q8PYQ9, PURA_METMA ; Q6LXC0, PURA_METMP ; -DR B8IPM5, PURA_METNO ; B1Z962, PURA_METPB ; A2SHA4, PURA_METPP ; -DR B1M1K0, PURA_METRJ ; A5UN95, PURA_METS3 ; B0UJ78, PURA_METS4 ; -DR B8EK29, PURA_METSB ; Q2NFM9, PURA_METST ; O26712, PURA_METTH ; -DR A0B8Q8, PURA_METTP ; A6UQ77, PURA_METVS ; B0JXF6, PURA_MICAN ; -DR C5C8H9, PURA_MICLC ; A9UTP3, PURA_MONBE ; Q2RG43, PURA_MOOTA ; -DR A0QLW6, PURA_MYCA1 ; B1MIV1, PURA_MYCA9 ; P65881, PURA_MYCBO ; -DR A1KFH8, PURA_MYCBP ; C1AK32, PURA_MYCBT ; Q2SR96, PURA_MYCCT ; -DR A4T142, PURA_MYCGI ; B8ZU80, PURA_MYCLB ; O69595, PURA_MYCLE ; -DR B2HPW4, PURA_MYCMM ; Q6MSC7, PURA_MYCMS ; Q73T50, PURA_MYCPA ; -DR A0QQH7, PURA_MYCS2 ; A3PTT9, PURA_MYCSJ ; A1UA84, PURA_MYCSK ; -DR Q1BEP8, PURA_MYCSS ; A5TZ84, PURA_MYCTA ; P9WHN2, PURA_MYCTO ; -DR P9WHN3, PURA_MYCTU ; A0PS01, PURA_MYCUA ; A1T2W5, PURA_MYCVP ; -DR Q1D936, PURA_MYXXD ; Q3ISN0, PURA_NATPD ; B2A449, PURA_NATTJ ; -DR B9L6S4, PURA_NAUPA ; Q5F9J5, PURA_NEIG1 ; B4RK98, PURA_NEIG2 ; -DR A9M3P7, PURA_NEIM0 ; Q9JV25, PURA_NEIMA ; Q9K012, PURA_NEIMB ; -DR A1KT71, PURA_NEIMF ; A1D1M2, PURA_NEOFI ; Q2GEH7, PURA_NEOSM ; -DR Q7S604, PURA_NEUCR ; Q0AHF5, PURA_NITEC ; Q82V29, PURA_NITEU ; -DR Q1QP77, PURA_NITHX ; Q2YBX2, PURA_NITMU ; Q3J808, PURA_NITOC ; -DR A6Q5H2, PURA_NITSB ; Q3SNC6, PURA_NITWN ; Q5YNL6, PURA_NOCFA ; -DR A1SPV6, PURA_NOCSJ ; B2J8B7, PURA_NOSP7 ; Q8YMZ0, PURA_NOSS1 ; -DR Q2G4V4, PURA_NOVAD ; Q8EKX9, PURA_OCEIH ; Q04EU8, PURA_OENOB ; -DR Q317B9, PURA_OLEA2 ; A2XD35, PURA_ORYSI ; A4RYD2, PURA_OSTLU ; -DR Q017T9, PURA_OSTTA ; A1R2A8, PURA_PAEAT ; C1GUH5, PURA_PARBA ; -DR C1FYF6, PURA_PARBD ; C0S3Z3, PURA_PARBP ; A1TM37, PURA_PARC0 ; -DR A6LIF5, PURA_PARD8 ; A1AZM1, PURA_PARDP ; A7HV25, PURA_PARL1 ; -DR Q7U5D4, PURA_PARMW ; B2JIU0, PURA_PARP8 ; B2SXR9, PURA_PARPJ ; +DR Q2J4S8, PURA_FRACC ; B0TVV8, PURA_FRAP2 ; Q14JN1, PURA_FRAT1 ; +DR A7NEW1, PURA_FRATF ; Q2A167, PURA_FRATH ; B2SE78, PURA_FRATM ; +DR A0Q4C3, PURA_FRATN ; Q0BJY9, PURA_FRATO ; Q5NI78, PURA_FRATT ; +DR A4J037, PURA_FRATW ; P58793, PURA_FUSNN ; O68581, PURA_FUSNU ; +DR C7Z193, PURA_FUSV7 ; B9M1R2, PURA_GEODF ; Q5KU76, PURA_GEOKA ; +DR Q39QK1, PURA_GEOMG ; Q747F9, PURA_GEOSL ; C6DZQ7, PURA_GEOSM ; +DR C5D9W9, PURA_GEOSW ; A4ITU9, PURA_GEOTN ; A5GC19, PURA_GEOUR ; +DR B8F8E6, PURA_GLAP5 ; B7KCX9, PURA_GLOC7 ; Q7NG93, PURA_GLOVI ; +DR A9HLQ1, PURA_GLUDA ; Q5FQZ9, PURA_GLUOX ; Q0BTV7, PURA_GRABC ; +DR Q7VKR5, PURA_HAEDU ; Q4QL68, PURA_HAEI8 ; A5UCM6, PURA_HAEIE ; +DR A5UIZ2, PURA_HAEIG ; P45283, PURA_HAEIN ; Q2SBC8, PURA_HAHCH ; +DR Q9K5R0, PURA_HALH5 ; A1WUT0, PURA_HALHL ; Q5V2N1, PURA_HALMA ; +DR B8D1A3, PURA_HALOH ; B0R4U8, PURA_HALS3 ; Q9HQM6, PURA_HALSA ; +DR C4K3C2, PURA_HAMD5 ; Q17W85, PURA_HELAH ; Q7VHL2, PURA_HELHP ; +DR B0TA52, PURA_HELMI ; B6JKI4, PURA_HELP2 ; B5ZA21, PURA_HELPG ; +DR Q1CUP8, PURA_HELPH ; Q9ZMI1, PURA_HELPJ ; B2US87, PURA_HELPS ; +DR P56137, PURA_HELPY ; A4G4L2, PURA_HERAR ; Q0I4Q5, PURA_HISS1 ; +DR B0UW92, PURA_HISS2 ; Q31GN4, PURA_HYDCU ; B4U9K9, PURA_HYDS0 ; +DR Q0BXJ3, PURA_HYPNA ; Q5QW95, PURA_IDILO ; Q28MG6, PURA_JANSC ; +DR A6WFJ3, PURA_KINRD ; B5Y325, PURA_KLEP3 ; A6TH93, PURA_KLEP7 ; +DR Q6CQ65, PURA_KLULA ; B2GL12, PURA_KOCRD ; C4R8E8, PURA_KOMPG ; +DR Q1IJT2, PURA_KORVE ; Q5FHY4, PURA_LACAC ; B3W7G1, PURA_LACCB ; +DR Q1GBV4, PURA_LACDA ; Q045S7, PURA_LACGA ; A8YTK4, PURA_LACH4 ; +DR Q74KY3, PURA_LACJO ; Q9CE93, PURA_LACLA ; A2RN80, PURA_LACLM ; +DR Q02WK8, PURA_LACLS ; Q03CT6, PURA_LACP3 ; Q88SV6, PURA_LACPL ; +DR C5DD42, PURA_LACTC ; Q38ZL5, PURA_LATSS ; Q1MRW8, PURA_LAWIP ; +DR Q5X7Q5, PURA_LEGPA ; A5IHA9, PURA_LEGPC ; Q5ZY86, PURA_LEGPH ; +DR Q5WZ56, PURA_LEGPL ; Q8RNM2, PURA_LEGPN ; A4H7A3, PURA_LEIBR ; +DR A7LBL2, PURA_LEIDO ; A4HVP7, PURA_LEIIN ; Q4QG35, PURA_LEIMA ; +DR Q6ACB0, PURA_LEIXX ; Q72PA7, PURA_LEPIC ; Q8F738, PURA_LEPIN ; +DR B1N002, PURA_LEUCK ; Q03W69, PURA_LEUMM ; Q03TS9, PURA_LEVBA ; +DR Q1WRH2, PURA_LIGS1 ; B2GEZ1, PURA_LIMF3 ; A5VHM0, PURA_LIMRD ; +DR B2G550, PURA_LIMRJ ; Q92FQ5, PURA_LISIN ; C1KV62, PURA_LISMC ; +DR Q725A8, PURA_LISMF ; B8DAL0, PURA_LISMH ; Q8YAR1, PURA_LISMO ; +DR A0AEN2, PURA_LISW6 ; A5DSZ3, PURA_LODEL ; B1HPK4, PURA_LYSSC ; +DR A0L7T9, PURA_MAGMM ; O24578, PURA_MAIZE ; A8Q0E3, PURA_MALGO ; +DR Q8EVI1, PURA_MALP2 ; Q65S32, PURA_MANSM ; Q0AS86, PURA_MARMM ; +DR A6VYL0, PURA_MARMS ; A1U4C0, PURA_MARN8 ; C6BRT2, PURA_MARSD ; +DR Q6F243, PURA_MESFL ; A6UT04, PURA_META3 ; Q46FF6, PURA_METBF ; +DR Q12ZI9, PURA_METBU ; B7L289, PURA_METC4 ; Q606N8, PURA_METCA ; +DR Q1H0Y6, PURA_METFK ; Q57981, PURA_METJA ; A4FW92, PURA_METM5 ; +DR A9A9N1, PURA_METM6 ; A6VH18, PURA_METM7 ; Q8PYQ9, PURA_METMA ; +DR Q6LXC0, PURA_METMP ; B8IPM5, PURA_METNO ; B1Z962, PURA_METPB ; +DR A2SHA4, PURA_METPP ; B1M1K0, PURA_METRJ ; A5UN95, PURA_METS3 ; +DR B0UJ78, PURA_METS4 ; B8EK29, PURA_METSB ; Q2NFM9, PURA_METST ; +DR O26712, PURA_METTH ; A0B8Q8, PURA_METTP ; A6UQ77, PURA_METVS ; +DR B0JXF6, PURA_MICAN ; C5C8H9, PURA_MICLC ; A9UTP3, PURA_MONBE ; +DR Q2RG43, PURA_MOOTA ; A0QLW6, PURA_MYCA1 ; B1MIV1, PURA_MYCA9 ; +DR P65881, PURA_MYCBO ; A1KFH8, PURA_MYCBP ; C1AK32, PURA_MYCBT ; +DR Q2SR96, PURA_MYCCT ; A4T142, PURA_MYCGI ; B8ZU80, PURA_MYCLB ; +DR O69595, PURA_MYCLE ; B2HPW4, PURA_MYCMM ; Q6MSC7, PURA_MYCMS ; +DR Q73T50, PURA_MYCPA ; A0QQH7, PURA_MYCS2 ; A3PTT9, PURA_MYCSJ ; +DR A1UA84, PURA_MYCSK ; Q1BEP8, PURA_MYCSS ; A5TZ84, PURA_MYCTA ; +DR P9WHN2, PURA_MYCTO ; P9WHN3, PURA_MYCTU ; A0PS01, PURA_MYCUA ; +DR A1T2W5, PURA_MYCVP ; Q1D936, PURA_MYXXD ; Q3ISN0, PURA_NATPD ; +DR B2A449, PURA_NATTJ ; B9L6S4, PURA_NAUPA ; Q5F9J5, PURA_NEIG1 ; +DR B4RK98, PURA_NEIG2 ; A9M3P7, PURA_NEIM0 ; Q9JV25, PURA_NEIMA ; +DR Q9K012, PURA_NEIMB ; A1KT71, PURA_NEIMF ; A1D1M2, PURA_NEOFI ; +DR Q2GEH7, PURA_NEOSM ; Q7S604, PURA_NEUCR ; Q0AHF5, PURA_NITEC ; +DR Q82V29, PURA_NITEU ; Q1QP77, PURA_NITHX ; Q2YBX2, PURA_NITMU ; +DR Q3J808, PURA_NITOC ; A6Q5H2, PURA_NITSB ; Q725K9, PURA_NITV2 ; +DR A1V9U1, PURA_NITV4 ; B8DQ18, PURA_NITV9 ; Q3SNC6, PURA_NITWN ; +DR Q5YNL6, PURA_NOCFA ; A1SPV6, PURA_NOCSJ ; B2J8B7, PURA_NOSP7 ; +DR Q8YMZ0, PURA_NOSS1 ; Q2G4V4, PURA_NOVAD ; Q8EKX9, PURA_OCEIH ; +DR Q04EU8, PURA_OENOB ; Q317B9, PURA_OLEA2 ; A2XD35, PURA_ORYSI ; +DR A4RYD2, PURA_OSTLU ; Q017T9, PURA_OSTTA ; A1R2A8, PURA_PAEAT ; +DR C1GUH5, PURA_PARBA ; C1FYF6, PURA_PARBD ; C0S3Z3, PURA_PARBP ; +DR A1TM37, PURA_PARC0 ; A6LIF5, PURA_PARD8 ; A1AZM1, PURA_PARDP ; +DR A7HV25, PURA_PARL1 ; Q2W2D1, PURA_PARM1 ; Q7U5D4, PURA_PARMW ; +DR B2JIU0, PURA_PARP8 ; B2SXR9, PURA_PARPJ ; A8LDR3, PURA_PARS2 ; DR A0BD92, PURA_PARTE ; Q13X40, PURA_PARXL ; P57889, PURA_PASMU ; DR B1X5S1, PURA_PAUCH ; Q6D072, PURA_PECAS ; C6DFJ2, PURA_PECCP ; DR Q03ET4, PURA_PEDPA ; B4SC75, PURA_PELPB ; A1ALC9, PURA_PELPD ; @@ -157694,8 +158792,8 @@ DR C3LRR4, PURA_VIBCM ; P40607, PURA_VIBPA ; Q8DCU4, PURA_VIBVU ; DR Q7MH07, PURA_VIBVY ; O24396, PURA_WHEAT ; Q8D322, PURA_WIGBR ; DR Q73I44, PURA_WOLPM ; B3CL83, PURA_WOLPP ; Q7M7V8, PURA_WOLSU ; DR Q5GT12, PURA_WOLTR ; C0R2U5, PURA_WOLWR ; Q8PNB5, PURA_XANAC ; -DR Q3BWF4, PURA_XANC5 ; Q4URT6, PURA_XANC8 ; B0RYD5, PURA_XANCB ; -DR Q8PBR6, PURA_XANCP ; Q2P782, PURA_XANOM ; B2SNJ3, PURA_XANOP ; +DR Q4URT6, PURA_XANC8 ; B0RYD5, PURA_XANCB ; Q8PBR6, PURA_XANCP ; +DR Q3BWF4, PURA_XANE5 ; Q2P782, PURA_XANOM ; B2SNJ3, PURA_XANOP ; DR Q5H4F2, PURA_XANOR ; B2I7V8, PURA_XYLF2 ; Q9PG47, PURA_XYLFA ; DR B0U498, PURA_XYLFM ; Q87B33, PURA_XYLFT ; Q6C482, PURA_YARLI ; DR B3LP64, PURA_YEAS1 ; C7GPD7, PURA_YEAS2 ; B5VQJ1, PURA_YEAS6 ; @@ -157759,7 +158857,7 @@ DR B3ECP2, ASSY_CHLL2 ; Q3B425, ASSY_CHLL3 ; B3QN91, ASSY_CHLP8 ; DR B3EJ62, ASSY_CHLPB ; A1BG29, ASSY_CHLPD ; A4SEI8, ASSY_CHLPM ; DR Q8KDE0, ASSY_CHLTE ; Q1QVN0, ASSY_CHRSD ; Q7NWJ5, ASSY_CHRVO ; DR B5ED13, ASSY_CITBB ; A8AQ63, ASSY_CITK8 ; A5CSJ0, ASSY_CLAM3 ; -DR B0RHD5, ASSY_CLAMS ; Q97KE6, ASSY_CLOAB ; A7FWU6, ASSY_CLOB1 ; +DR B0RHD5, ASSY_CLASE ; Q97KE6, ASSY_CLOAB ; A7FWU6, ASSY_CLOB1 ; DR C3L1U3, ASSY_CLOB6 ; A6M1Z4, ASSY_CLOB8 ; B2UYI0, ASSY_CLOBA ; DR B2TQ23, ASSY_CLOBB ; A5I5A4, ASSY_CLOBH ; C1FU68, ASSY_CLOBJ ; DR B1IK08, ASSY_CLOBK ; A7GGQ9, ASSY_CLOBL ; B1KXY1, ASSY_CLOBM ; @@ -157773,8 +158871,7 @@ DR Q66I24, ASSY_DANRE ; Q47BM0, ASSY_DECAR ; Q3Z727, ASSY_DEHM1 ; DR A5FQ73, ASSY_DEHMB ; Q3ZYG0, ASSY_DEHMC ; C1CXR6, ASSY_DEIDV ; DR Q1IWM3, ASSY_DEIGD ; Q9RWJ4, ASSY_DEIRA ; A9BM60, ASSY_DELAS ; DR B8FH30, ASSY_DESAL ; B8FWX2, ASSY_DESHD ; Q24ZG8, ASSY_DESHY ; -DR Q6AR59, ASSY_DESPS ; A4J173, ASSY_DESRM ; P61522, ASSY_DESVH ; -DR B8DN64, ASSY_DESVM ; A1VEQ0, ASSY_DESVV ; P0C1A0, ASSY_DICCH ; +DR Q6AR59, ASSY_DESPS ; A4J173, ASSY_DESRM ; P0C1A0, ASSY_DICCH ; DR P0C1A1, ASSY_DICD3 ; B5YAL9, ASSY_DICT6 ; B8E0N9, ASSY_DICTD ; DR A8LPE0, ASSY_DINSH ; O97069, ASSY_DROME ; A7ZS69, ASSY_ECO24 ; DR B7UJ66, ASSY_ECO27 ; B7MB92, ASSY_ECO45 ; B7LHN6, ASSY_ECO55 ; @@ -157788,56 +158885,57 @@ DR Q3YS95, ASSY_EHRCJ ; Q2GGE6, ASSY_EHRCR ; Q5FH27, ASSY_EHRRG ; DR Q5HBF2, ASSY_EHRRW ; B1H0L3, ASSY_ENDTX ; A4WEY6, ASSY_ENT38 ; DR B2VGA8, ASSY_ERWT9 ; Q2N9H9, ASSY_ERYLH ; B7LR40, ASSY_ESCF3 ; DR B1YJ35, ASSY_EXIS2 ; Q0RFB2, ASSY_FRAAA ; Q2J866, ASSY_FRACC ; -DR A8LE46, ASSY_FRASN ; C1A3S5, ASSY_GEMAT ; B9M374, ASSY_GEODF ; -DR Q5KW94, ASSY_GEOKA ; Q39Z72, ASSY_GEOMG ; P61523, ASSY_GEOSL ; -DR C6E6Y6, ASSY_GEOSM ; C5D679, ASSY_GEOSW ; A4IRS3, ASSY_GEOTN ; -DR A5GDA4, ASSY_GEOUR ; Q7NCP5, ASSY_GLOVI ; A9HIQ4, ASSY_GLUDA ; -DR Q5FUA8, ASSY_GLUOX ; Q0BVJ1, ASSY_GRABC ; Q4QJM0, ASSY_HAEI8 ; -DR A5UBF3, ASSY_HAEIE ; A5UFF8, ASSY_HAEIG ; P44315, ASSY_HAEIN ; -DR Q2SCE5, ASSY_HAHCH ; Q9K820, ASSY_HALH5 ; A1WUZ5, ASSY_HALHL ; -DR Q5UZ46, ASSY_HALMA ; Q9HMQ2, ASSY_HALSA ; Q18E36, ASSY_HALWD ; -DR Q7VGU9, ASSY_HELHP ; Q8GDU2, ASSY_HELMO ; A4G3H1, ASSY_HERAR ; -DR Q0I4M1, ASSY_HISS1 ; B0UW58, ASSY_HISS2 ; P00966, ASSY_HUMAN ; -DR Q31H63, ASSY_HYDCU ; A2BJL6, ASSY_HYPBU ; Q0BWI1, ASSY_HYPNA ; -DR Q5QWZ9, ASSY_IDILO ; A8AA65, ASSY_IGNH4 ; A6SW90, ASSY_JANMA ; -DR Q28WC8, ASSY_JANSC ; A6W614, ASSY_KINRD ; B5XSX1, ASSY_KLEP3 ; -DR A6TEJ0, ASSY_KLEP7 ; B2GKD7, ASSY_KOCRD ; Q1IIZ2, ASSY_KORVE ; -DR C4Z4C1, ASSY_LACE2 ; P57799, ASSY_LACLA ; Q59491, ASSY_LACLM ; -DR Q032X6, ASSY_LACLS ; Q033U7, ASSY_LACP3 ; A9KHL4, ASSY_LACP7 ; -DR P59603, ASSY_LACPL ; C1D9Q4, ASSY_LARHH ; Q1MQL7, ASSY_LAWIP ; -DR Q5X7P9, ASSY_LEGPA ; A5IHA3, ASSY_LEGPC ; Q5ZY78, ASSY_LEGPH ; -DR Q5WZ50, ASSY_LEGPL ; Q6ACL1, ASSY_LEIXX ; B0S9J6, ASSY_LEPBA ; -DR Q04P84, ASSY_LEPBJ ; Q056F0, ASSY_LEPBL ; B0SJR2, ASSY_LEPBP ; -DR P61524, ASSY_LEPIC ; Q8EYP7, ASSY_LEPIN ; B1MZP4, ASSY_LEUCK ; -DR Q03W70, ASSY_LEUMM ; Q1WV65, ASSY_LIGS1 ; A5VJH1, ASSY_LIMRD ; -DR B2G6Y6, ASSY_LIMRJ ; Q929S9, ASSY_LISIN ; C1KX43, ASSY_LISMC ; -DR Q71XS4, ASSY_LISMF ; B8DH28, ASSY_LISMH ; Q8Y5H2, ASSY_LISMO ; -DR A0AKJ7, ASSY_LISW6 ; A0LE34, ASSY_MAGMM ; Q2W896, ASSY_MAGSA ; -DR Q65SH4, ASSY_MANSM ; Q0AKJ6, ASSY_MARMM ; A6VVI2, ASSY_MARMS ; -DR A1U3U4, ASSY_MARN8 ; Q8TNY5, ASSY_METAC ; P13257, ASSY_METBA ; -DR Q469Z8, ASSY_METBF ; Q12XK3, ASSY_METBU ; Q609X7, ASSY_METCA ; -DR Q1H0L1, ASSY_METFK ; Q2FLD8, ASSY_METHJ ; Q60174, ASSY_METJA ; -DR Q8TWU0, ASSY_METKA ; Q8Q0U5, ASSY_METMA ; P61527, ASSY_METMP ; -DR A2SK99, ASSY_METPP ; A4YI75, ASSY_METS5 ; B8ESL2, ASSY_METSB ; -DR Q2NEC4, ASSY_METST ; O27322, ASSY_METTH ; P13256, ASSY_METVA ; -DR B0JM14, ASSY_MICAN ; C5CAM5, ASSY_MICLC ; Q2RG67, ASSY_MOOTA ; -DR Q9K4Y8, ASSY_MORAB ; Q9K4Z3, ASSY_MORPR ; P16460, ASSY_MOUSE ; -DR A0QHA8, ASSY_MYCA1 ; P63643, ASSY_MYCBO ; A1KJ75, ASSY_MYCBP ; -DR C1ANT1, ASSY_MYCBT ; A4T9W4, ASSY_MYCGI ; Q9CC10, ASSY_MYCLE ; -DR B2HR32, ASSY_MYCMM ; P61525, ASSY_MYCPA ; A0QYS6, ASSY_MYCS2 ; -DR A3Q0T3, ASSY_MYCSJ ; A1UH96, ASSY_MYCSK ; Q1B7R1, ASSY_MYCSS ; -DR A5U315, ASSY_MYCTA ; P9WPW6, ASSY_MYCTO ; P9WPW7, ASSY_MYCTU ; -DR A0PP79, ASSY_MYCUA ; A1TAA6, ASSY_MYCVP ; Q3IME2, ASSY_NATPD ; -DR Q5F5G5, ASSY_NEIG1 ; B4RQS8, ASSY_NEIG2 ; A9M4B1, ASSY_NEIM0 ; -DR Q9JWM1, ASSY_NEIMA ; Q9JXC1, ASSY_NEIMB ; A1KWJ8, ASSY_NEIMF ; -DR Q0AEE4, ASSY_NITEC ; Q82UP5, ASSY_NITEU ; Q1QHE6, ASSY_NITHX ; -DR Q2YA75, ASSY_NITMU ; Q3J9C8, ASSY_NITOC ; A6Q3P9, ASSY_NITSB ; -DR Q3SNT5, ASSY_NITWN ; Q5YYD3, ASSY_NOCFA ; A1SJJ3, ASSY_NOCSJ ; -DR B2J6U2, ASSY_NOSP7 ; Q8YMX6, ASSY_NOSS1 ; Q2G933, ASSY_NOVAD ; -DR Q8ELT8, ASSY_OCEIH ; Q04FC0, ASSY_OENOB ; Q30YB8, ASSY_OLEA2 ; -DR A1R591, ASSY_PAEAT ; A1TNA2, ASSY_PARC0 ; A1AZB7, ASSY_PARDP ; -DR A7HSW4, ASSY_PARL1 ; Q7U3B9, ASSY_PARMW ; B2JP23, ASSY_PARP8 ; -DR B2SY63, ASSY_PARPJ ; Q13UR1, ASSY_PARXL ; P57877, ASSY_PASMU ; +DR C1A3S5, ASSY_GEMAT ; B9M374, ASSY_GEODF ; Q5KW94, ASSY_GEOKA ; +DR Q39Z72, ASSY_GEOMG ; P61523, ASSY_GEOSL ; C6E6Y6, ASSY_GEOSM ; +DR C5D679, ASSY_GEOSW ; A4IRS3, ASSY_GEOTN ; A5GDA4, ASSY_GEOUR ; +DR Q7NCP5, ASSY_GLOVI ; A9HIQ4, ASSY_GLUDA ; Q5FUA8, ASSY_GLUOX ; +DR Q0BVJ1, ASSY_GRABC ; Q4QJM0, ASSY_HAEI8 ; A5UBF3, ASSY_HAEIE ; +DR A5UFF8, ASSY_HAEIG ; P44315, ASSY_HAEIN ; Q2SCE5, ASSY_HAHCH ; +DR Q9K820, ASSY_HALH5 ; A1WUZ5, ASSY_HALHL ; Q5UZ46, ASSY_HALMA ; +DR Q9HMQ2, ASSY_HALSA ; Q18E36, ASSY_HALWD ; Q7VGU9, ASSY_HELHP ; +DR Q8GDU2, ASSY_HELMO ; A4G3H1, ASSY_HERAR ; Q0I4M1, ASSY_HISS1 ; +DR B0UW58, ASSY_HISS2 ; P00966, ASSY_HUMAN ; Q31H63, ASSY_HYDCU ; +DR A2BJL6, ASSY_HYPBU ; Q0BWI1, ASSY_HYPNA ; Q5QWZ9, ASSY_IDILO ; +DR A8AA65, ASSY_IGNH4 ; A6SW90, ASSY_JANMA ; Q28WC8, ASSY_JANSC ; +DR A6W614, ASSY_KINRD ; B5XSX1, ASSY_KLEP3 ; A6TEJ0, ASSY_KLEP7 ; +DR B2GKD7, ASSY_KOCRD ; Q1IIZ2, ASSY_KORVE ; C4Z4C1, ASSY_LACE2 ; +DR P57799, ASSY_LACLA ; Q59491, ASSY_LACLM ; Q032X6, ASSY_LACLS ; +DR Q033U7, ASSY_LACP3 ; A9KHL4, ASSY_LACP7 ; P59603, ASSY_LACPL ; +DR C1D9Q4, ASSY_LARHH ; Q1MQL7, ASSY_LAWIP ; Q5X7P9, ASSY_LEGPA ; +DR A5IHA3, ASSY_LEGPC ; Q5ZY78, ASSY_LEGPH ; Q5WZ50, ASSY_LEGPL ; +DR Q6ACL1, ASSY_LEIXX ; B0S9J6, ASSY_LEPBA ; Q04P84, ASSY_LEPBJ ; +DR Q056F0, ASSY_LEPBL ; B0SJR2, ASSY_LEPBP ; P61524, ASSY_LEPIC ; +DR Q8EYP7, ASSY_LEPIN ; B1MZP4, ASSY_LEUCK ; Q03W70, ASSY_LEUMM ; +DR Q1WV65, ASSY_LIGS1 ; A5VJH1, ASSY_LIMRD ; B2G6Y6, ASSY_LIMRJ ; +DR Q929S9, ASSY_LISIN ; C1KX43, ASSY_LISMC ; Q71XS4, ASSY_LISMF ; +DR B8DH28, ASSY_LISMH ; Q8Y5H2, ASSY_LISMO ; A0AKJ7, ASSY_LISW6 ; +DR A0LE34, ASSY_MAGMM ; Q65SH4, ASSY_MANSM ; Q0AKJ6, ASSY_MARMM ; +DR A6VVI2, ASSY_MARMS ; A1U3U4, ASSY_MARN8 ; Q8TNY5, ASSY_METAC ; +DR P13257, ASSY_METBA ; Q469Z8, ASSY_METBF ; Q12XK3, ASSY_METBU ; +DR Q609X7, ASSY_METCA ; Q1H0L1, ASSY_METFK ; Q2FLD8, ASSY_METHJ ; +DR Q60174, ASSY_METJA ; Q8TWU0, ASSY_METKA ; Q8Q0U5, ASSY_METMA ; +DR P61527, ASSY_METMP ; A2SK99, ASSY_METPP ; A4YI75, ASSY_METS5 ; +DR B8ESL2, ASSY_METSB ; Q2NEC4, ASSY_METST ; O27322, ASSY_METTH ; +DR P13256, ASSY_METVA ; B0JM14, ASSY_MICAN ; C5CAM5, ASSY_MICLC ; +DR Q2RG67, ASSY_MOOTA ; Q9K4Y8, ASSY_MORAB ; Q9K4Z3, ASSY_MORPR ; +DR P16460, ASSY_MOUSE ; A0QHA8, ASSY_MYCA1 ; P63643, ASSY_MYCBO ; +DR A1KJ75, ASSY_MYCBP ; C1ANT1, ASSY_MYCBT ; A4T9W4, ASSY_MYCGI ; +DR Q9CC10, ASSY_MYCLE ; B2HR32, ASSY_MYCMM ; P61525, ASSY_MYCPA ; +DR A0QYS6, ASSY_MYCS2 ; A3Q0T3, ASSY_MYCSJ ; A1UH96, ASSY_MYCSK ; +DR Q1B7R1, ASSY_MYCSS ; A5U315, ASSY_MYCTA ; P9WPW6, ASSY_MYCTO ; +DR P9WPW7, ASSY_MYCTU ; A0PP79, ASSY_MYCUA ; A1TAA6, ASSY_MYCVP ; +DR Q3IME2, ASSY_NATPD ; Q5F5G5, ASSY_NEIG1 ; B4RQS8, ASSY_NEIG2 ; +DR A9M4B1, ASSY_NEIM0 ; Q9JWM1, ASSY_NEIMA ; Q9JXC1, ASSY_NEIMB ; +DR A1KWJ8, ASSY_NEIMF ; Q0AEE4, ASSY_NITEC ; Q82UP5, ASSY_NITEU ; +DR Q1QHE6, ASSY_NITHX ; Q2YA75, ASSY_NITMU ; Q3J9C8, ASSY_NITOC ; +DR A6Q3P9, ASSY_NITSB ; P61522, ASSY_NITV2 ; A1VEQ0, ASSY_NITV4 ; +DR B8DN64, ASSY_NITV9 ; Q3SNT5, ASSY_NITWN ; Q5YYD3, ASSY_NOCFA ; +DR A1SJJ3, ASSY_NOCSJ ; B2J6U2, ASSY_NOSP7 ; Q8YMX6, ASSY_NOSS1 ; +DR Q2G933, ASSY_NOVAD ; Q8ELT8, ASSY_OCEIH ; Q04FC0, ASSY_OENOB ; +DR Q30YB8, ASSY_OLEA2 ; A1R591, ASSY_PAEAT ; A1TNA2, ASSY_PARC0 ; +DR A1AZB7, ASSY_PARDP ; A7HSW4, ASSY_PARL1 ; Q2W896, ASSY_PARM1 ; +DR Q7U3B9, ASSY_PARMW ; B2JP23, ASSY_PARP8 ; B2SY63, ASSY_PARPJ ; +DR A8LE46, ASSY_PARS2 ; Q13UR1, ASSY_PARXL ; P57877, ASSY_PASMU ; DR Q6DAZ8, ASSY_PECAS ; C6DIG9, ASSY_PECCP ; P55744, ASSY_PECPM ; DR B4S9U5, ASSY_PELPB ; A1ATU4, ASSY_PELPD ; A5D510, ASSY_PELTS ; DR Q4FNX4, ASSY_PELUB ; Q7MYD8, ASSY_PHOLL ; Q6LVG8, ASSY_PHOPR ; @@ -158118,7 +159216,7 @@ DR B3DQ32, CARB_BIFLD ; Q8G815, CARB_BIFLO ; B7GPW2, CARB_BIFLS ; DR Q8YIC2, CARB_BRUME ; Q8FZJ3, CARB_BRUSU ; P57244, CARB_BUCAI ; DR Q8K9Z7, CARB_BUCAP ; P59448, CARB_BUCBP ; Q8RBK0, CARB_CALS4 ; DR Q9PIL7, CARB_CAMJE ; Q9A4D6, CARB_CAUVC ; A5CRX5, CARB_CLAM3 ; -DR B0REV9, CARB_CLAMS ; Q97FT3, CARB_CLOAB ; A6LPD9, CARB_CLOB8 ; +DR B0REV9, CARB_CLASE ; Q97FT3, CARB_CLOAB ; A6LPD9, CARB_CLOB8 ; DR B2UX86, CARB_CLOBA ; B2THH3, CARB_CLOBB ; C1FNY3, CARB_CLOBJ ; DR A7GE89, CARB_CLOBL ; B1KT07, CARB_CLOBM ; Q0TM79, CARB_CLOP1 ; DR Q8XHB3, CARB_CLOPE ; Q0SPY4, CARB_CLOPS ; Q8FT42, CARB_COREF ; @@ -158263,33 +159361,33 @@ DR Q899H5, TILS_CLOTE ; Q6NF90, TILS_CORDI ; Q8FMG0, TILS_COREF ; DR Q6M2E8, TILS_CORGL ; Q83BJ9, TILS_COXBU ; Q6AB49, TILS_CUTAK ; DR Q9TLW9, TILS_CYACA ; Q85G85, TILS_CYAM1 ; Q3ZYX5, TILS_DEHMC ; DR C1D1Q9, TILS_DEIDV ; Q9RV23, TILS_DEIRA ; Q6AJ19, TILS_DESPS ; -DR Q72C25, TILS_DESVH ; Q8X8W8, TILS_ECO57 ; Q8FL00, TILS_ECOL6 ; -DR P52097, TILS_ECOLI ; C5B7T0, TILS_EDWI9 ; A4W6T3, TILS_ENT38 ; -DR Q839B3, TILS_ENTFA ; B1YGQ4, TILS_EXIS2 ; B0TYH9, TILS_FRAP2 ; -DR Q14H05, TILS_FRAT1 ; A7NB76, TILS_FRATF ; Q2A488, TILS_FRATH ; -DR B2SG31, TILS_FRATM ; A0Q7B6, TILS_FRATN ; Q0BMM2, TILS_FRATO ; -DR Q5NFK3, TILS_FRATT ; A4IXE6, TILS_FRATW ; Q8RHN5, TILS_FUSNN ; -DR C1A873, TILS_GEMAT ; Q5L3T3, TILS_GEOKA ; Q74C65, TILS_GEOSL ; -DR Q7NNL0, TILS_GLOVI ; Q5FQB6, TILS_GLUOX ; Q6B8L1, TILS_GRATL ; -DR Q7VPN7, TILS_HAEDU ; Q4QND8, TILS_HAEI8 ; A5UA84, TILS_HAEIE ; -DR A5UGS0, TILS_HAEIG ; P44689, TILS_HAEIN ; Q9KGH8, TILS_HALH5 ; -DR C4K338, TILS_HAMD5 ; Q7VGR5, TILS_HELHP ; Q9ZGE2, TILS_HELMO ; -DR Q9ZLB5, TILS_HELPJ ; O25428, TILS_HELPY ; Q2EEX9, TILS_HELSJ ; -DR Q0I3D1, TILS_HISS1 ; B0UUD3, TILS_HISS2 ; Q31G65, TILS_HYDCU ; -DR Q0C5V2, TILS_HYPNA ; Q5R0Q7, TILS_IDILO ; Q046D9, TILS_LACGA ; -DR Q74LA3, TILS_LACJO ; Q9CJH4, TILS_LACLA ; Q88Z33, TILS_LACPL ; -DR Q5X6W4, TILS_LEGPA ; Q5ZXE5, TILS_LEGPH ; Q5WYB4, TILS_LEGPL ; -DR Q6ACP8, TILS_LEIXX ; Q04W48, TILS_LEPBJ ; Q04XC4, TILS_LEPBL ; -DR Q72W10, TILS_LEPIC ; Q8F9P6, TILS_LEPIN ; Q92F56, TILS_LISIN ; -DR Q724J4, TILS_LISMF ; Q8YAC7, TILS_LISMO ; Q8EWQ7, TILS_MALP2 ; -DR Q65UE9, TILS_MANSM ; Q6F0E4, TILS_MESFL ; Q601M6, TILS_MESH2 ; -DR Q9MUR3, TILS_MESVI ; Q607F5, TILS_METCA ; B8IP16, TILS_METNO ; -DR A2SIL9, TILS_METPP ; B0UGN1, TILS_METS4 ; P67152, TILS_MYCBO ; -DR Q7NAI9, TILS_MYCGA ; P47330, TILS_MYCGE ; O69538, TILS_MYCLE ; -DR Q6MUI9, TILS_MYCMS ; Q744A3, TILS_MYCPA ; P75549, TILS_MYCPN ; -DR Q98PE3, TILS_MYCPU ; P9WG52, TILS_MYCTO ; P9WG53, TILS_MYCTU ; -DR Q5F8F6, TILS_NEIG1 ; Q9JUE9, TILS_NEIMA ; Q4W568, TILS_NEIMB ; -DR Q1XDA4, TILS_NEOYE ; Q9T390, TILS_NEPOL ; Q82VP4, TILS_NITEU ; +DR Q8X8W8, TILS_ECO57 ; Q8FL00, TILS_ECOL6 ; P52097, TILS_ECOLI ; +DR C5B7T0, TILS_EDWI9 ; A4W6T3, TILS_ENT38 ; Q839B3, TILS_ENTFA ; +DR B1YGQ4, TILS_EXIS2 ; B0TYH9, TILS_FRAP2 ; Q14H05, TILS_FRAT1 ; +DR A7NB76, TILS_FRATF ; Q2A488, TILS_FRATH ; B2SG31, TILS_FRATM ; +DR A0Q7B6, TILS_FRATN ; Q0BMM2, TILS_FRATO ; Q5NFK3, TILS_FRATT ; +DR A4IXE6, TILS_FRATW ; Q8RHN5, TILS_FUSNN ; C1A873, TILS_GEMAT ; +DR Q5L3T3, TILS_GEOKA ; Q74C65, TILS_GEOSL ; Q7NNL0, TILS_GLOVI ; +DR Q5FQB6, TILS_GLUOX ; Q6B8L1, TILS_GRATL ; Q7VPN7, TILS_HAEDU ; +DR Q4QND8, TILS_HAEI8 ; A5UA84, TILS_HAEIE ; A5UGS0, TILS_HAEIG ; +DR P44689, TILS_HAEIN ; Q9KGH8, TILS_HALH5 ; C4K338, TILS_HAMD5 ; +DR Q7VGR5, TILS_HELHP ; Q9ZGE2, TILS_HELMO ; Q9ZLB5, TILS_HELPJ ; +DR O25428, TILS_HELPY ; Q2EEX9, TILS_HELSJ ; Q0I3D1, TILS_HISS1 ; +DR B0UUD3, TILS_HISS2 ; Q31G65, TILS_HYDCU ; Q0C5V2, TILS_HYPNA ; +DR Q5R0Q7, TILS_IDILO ; Q046D9, TILS_LACGA ; Q74LA3, TILS_LACJO ; +DR Q9CJH4, TILS_LACLA ; Q88Z33, TILS_LACPL ; Q5X6W4, TILS_LEGPA ; +DR Q5ZXE5, TILS_LEGPH ; Q5WYB4, TILS_LEGPL ; Q6ACP8, TILS_LEIXX ; +DR Q04W48, TILS_LEPBJ ; Q04XC4, TILS_LEPBL ; Q72W10, TILS_LEPIC ; +DR Q8F9P6, TILS_LEPIN ; Q92F56, TILS_LISIN ; Q724J4, TILS_LISMF ; +DR Q8YAC7, TILS_LISMO ; Q8EWQ7, TILS_MALP2 ; Q65UE9, TILS_MANSM ; +DR Q6F0E4, TILS_MESFL ; Q601M6, TILS_MESH2 ; Q9MUR3, TILS_MESVI ; +DR Q607F5, TILS_METCA ; B8IP16, TILS_METNO ; A2SIL9, TILS_METPP ; +DR B0UGN1, TILS_METS4 ; P67152, TILS_MYCBO ; Q7NAI9, TILS_MYCGA ; +DR P47330, TILS_MYCGE ; O69538, TILS_MYCLE ; Q6MUI9, TILS_MYCMS ; +DR Q744A3, TILS_MYCPA ; P75549, TILS_MYCPN ; Q98PE3, TILS_MYCPU ; +DR P9WG52, TILS_MYCTO ; P9WG53, TILS_MYCTU ; Q5F8F6, TILS_NEIG1 ; +DR Q9JUE9, TILS_NEIMA ; Q4W568, TILS_NEIMB ; Q1XDA4, TILS_NEOYE ; +DR Q9T390, TILS_NEPOL ; Q82VP4, TILS_NITEU ; Q72C25, TILS_NITV2 ; DR Q5Z2W1, TILS_NOCFA ; Q8YYB8, TILS_NOSS1 ; Q2GC97, TILS_NOVAD ; DR Q8EU18, TILS_OCEIH ; Q6YR87, TILS_ONYPE ; A5CFP2, TILS_ORITB ; DR B3CUJ5, TILS_ORITI ; A6LBU3, TILS_PARD8 ; Q7UA26, TILS_PARMW ; @@ -158403,36 +159501,35 @@ DR A9NBS5, QUEC_COXBR ; Q83A28, QUEC_COXBU ; A7MFJ8, QUEC_CROS8 ; DR Q1LJY1, QUEC_CUPMC ; Q0K7W8, QUEC_CUPNH ; Q474K5, QUEC_CUPPJ ; DR B3R5T4, QUEC_CUPTR ; B8HQ99, QUEC_CYAP4 ; Q478G3, QUEC_DECAR ; DR B8FMW6, QUEC_DESAL ; B1I3W2, QUEC_DESAP ; B8G1I4, QUEC_DESHD ; -DR Q6ARX9, QUEC_DESPS ; A4J5C7, QUEC_DESRM ; Q728E4, QUEC_DESVH ; -DR A1VB03, QUEC_DESVV ; A7ZIK2, QUEC_ECO24 ; B7UJR7, QUEC_ECO27 ; -DR B7MDA3, QUEC_ECO45 ; B7L681, QUEC_ECO55 ; Q8XE52, QUEC_ECO57 ; -DR B5Z3V1, QUEC_ECO5E ; B7NJ50, QUEC_ECO7I ; B7MQG0, QUEC_ECO81 ; -DR B7M3T7, QUEC_ECO8A ; C4ZTK1, QUEC_ECOBW ; B1XFN2, QUEC_ECODH ; -DR A7ZXA2, QUEC_ECOHS ; A1A8B3, QUEC_ECOK1 ; Q0TKJ7, QUEC_ECOL5 ; -DR Q8FKA4, QUEC_ECOL6 ; B1J004, QUEC_ECOLC ; P77756, QUEC_ECOLI ; -DR B7N8Z8, QUEC_ECOLU ; B6HZQ1, QUEC_ECOSE ; B1LJK1, QUEC_ECOSM ; -DR Q1RF91, QUEC_ECOUT ; C5BCK3, QUEC_EDWI9 ; A4W7B5, QUEC_ENT38 ; -DR B2VIU4, QUEC_ERWT9 ; Q2N612, QUEC_ERYLH ; B7LMD5, QUEC_ESCF3 ; -DR B1YFM6, QUEC_EXIS2 ; C4L0V4, QUEC_EXISA ; Q2J7K8, QUEC_FRACC ; -DR B9M0M7, QUEC_GEODF ; Q5L1C0, QUEC_GEOKA ; Q39R35, QUEC_GEOMG ; -DR Q74FW9, QUEC_GEOSL ; C6E7E7, QUEC_GEOSM ; C5D7Y2, QUEC_GEOSW ; -DR A4ILN7, QUEC_GEOTN ; A5G8S2, QUEC_GEOUR ; B8F6L5, QUEC_GLAP5 ; -DR B7K7J4, QUEC_GLOC7 ; Q7NCE2, QUEC_GLOVI ; A9HRF6, QUEC_GLUDA ; -DR Q5FQR2, QUEC_GLUOX ; Q0BQ87, QUEC_GRABC ; Q7VNH6, QUEC_HAEDU ; -DR Q4QLA8, QUEC_HAEI8 ; A5UCR9, QUEC_HAEIE ; P44124, QUEC_HAEIN ; -DR Q2S7U9, QUEC_HAHCH ; Q9KAP3, QUEC_HALH5 ; A1WY18, QUEC_HALHL ; -DR Q5V0E6, QUEC_HALMA ; B0R9W5, QUEC_HALS3 ; Q9HHN8, QUEC_HALSA ; -DR Q17XR6, QUEC_HELAH ; B6JLM6, QUEC_HELP2 ; B5Z711, QUEC_HELPG ; -DR Q1CTN3, QUEC_HELPH ; Q9ZLJ7, QUEC_HELPJ ; B2UTI7, QUEC_HELPS ; -DR O25356, QUEC_HELPY ; A4G964, QUEC_HERAR ; Q31H76, QUEC_HYDCU ; -DR Q0C4T2, QUEC_HYPNA ; Q5QUZ6, QUEC_IDILO ; A6T2X9, QUEC_JANMA ; -DR A6WGA4, QUEC_KINRD ; B5Y0T5, QUEC_KLEP3 ; A6T5I7, QUEC_KLEP7 ; -DR Q1IHK6, QUEC_KORVE ; C1D6L0, QUEC_LARHH ; Q1MQ73, QUEC_LAWIP ; -DR Q5X101, QUEC_LEGPA ; A5II59, QUEC_LEGPC ; Q5ZRJ5, QUEC_LEGPH ; -DR Q5WSS7, QUEC_LEGPL ; B0S9S9, QUEC_LEPBA ; Q04PP1, QUEC_LEPBJ ; -DR Q055M9, QUEC_LEPBL ; B0SK77, QUEC_LEPBP ; B1Y8J4, QUEC_LEPCP ; -DR Q72VK9, QUEC_LEPIC ; Q8F964, QUEC_LEPIN ; B1HPF6, QUEC_LYSSC ; -DR A0L4R8, QUEC_MAGMM ; Q2W000, QUEC_MAGSA ; Q65RE8, QUEC_MANSM ; +DR Q6ARX9, QUEC_DESPS ; A4J5C7, QUEC_DESRM ; A7ZIK2, QUEC_ECO24 ; +DR B7UJR7, QUEC_ECO27 ; B7MDA3, QUEC_ECO45 ; B7L681, QUEC_ECO55 ; +DR Q8XE52, QUEC_ECO57 ; B5Z3V1, QUEC_ECO5E ; B7NJ50, QUEC_ECO7I ; +DR B7MQG0, QUEC_ECO81 ; B7M3T7, QUEC_ECO8A ; C4ZTK1, QUEC_ECOBW ; +DR B1XFN2, QUEC_ECODH ; A7ZXA2, QUEC_ECOHS ; A1A8B3, QUEC_ECOK1 ; +DR Q0TKJ7, QUEC_ECOL5 ; Q8FKA4, QUEC_ECOL6 ; B1J004, QUEC_ECOLC ; +DR P77756, QUEC_ECOLI ; B7N8Z8, QUEC_ECOLU ; B6HZQ1, QUEC_ECOSE ; +DR B1LJK1, QUEC_ECOSM ; Q1RF91, QUEC_ECOUT ; C5BCK3, QUEC_EDWI9 ; +DR A4W7B5, QUEC_ENT38 ; B2VIU4, QUEC_ERWT9 ; Q2N612, QUEC_ERYLH ; +DR B7LMD5, QUEC_ESCF3 ; B1YFM6, QUEC_EXIS2 ; C4L0V4, QUEC_EXISA ; +DR Q2J7K8, QUEC_FRACC ; B9M0M7, QUEC_GEODF ; Q5L1C0, QUEC_GEOKA ; +DR Q39R35, QUEC_GEOMG ; Q74FW9, QUEC_GEOSL ; C6E7E7, QUEC_GEOSM ; +DR C5D7Y2, QUEC_GEOSW ; A4ILN7, QUEC_GEOTN ; A5G8S2, QUEC_GEOUR ; +DR B8F6L5, QUEC_GLAP5 ; B7K7J4, QUEC_GLOC7 ; Q7NCE2, QUEC_GLOVI ; +DR A9HRF6, QUEC_GLUDA ; Q5FQR2, QUEC_GLUOX ; Q0BQ87, QUEC_GRABC ; +DR Q7VNH6, QUEC_HAEDU ; Q4QLA8, QUEC_HAEI8 ; A5UCR9, QUEC_HAEIE ; +DR P44124, QUEC_HAEIN ; Q2S7U9, QUEC_HAHCH ; Q9KAP3, QUEC_HALH5 ; +DR A1WY18, QUEC_HALHL ; Q5V0E6, QUEC_HALMA ; B0R9W5, QUEC_HALS3 ; +DR Q9HHN8, QUEC_HALSA ; Q17XR6, QUEC_HELAH ; B6JLM6, QUEC_HELP2 ; +DR B5Z711, QUEC_HELPG ; Q1CTN3, QUEC_HELPH ; Q9ZLJ7, QUEC_HELPJ ; +DR B2UTI7, QUEC_HELPS ; O25356, QUEC_HELPY ; A4G964, QUEC_HERAR ; +DR Q31H76, QUEC_HYDCU ; Q0C4T2, QUEC_HYPNA ; Q5QUZ6, QUEC_IDILO ; +DR A6T2X9, QUEC_JANMA ; A6WGA4, QUEC_KINRD ; B5Y0T5, QUEC_KLEP3 ; +DR A6T5I7, QUEC_KLEP7 ; Q1IHK6, QUEC_KORVE ; C1D6L0, QUEC_LARHH ; +DR Q1MQ73, QUEC_LAWIP ; Q5X101, QUEC_LEGPA ; A5II59, QUEC_LEGPC ; +DR Q5ZRJ5, QUEC_LEGPH ; Q5WSS7, QUEC_LEGPL ; B0S9S9, QUEC_LEPBA ; +DR Q04PP1, QUEC_LEPBJ ; Q055M9, QUEC_LEPBL ; B0SK77, QUEC_LEPBP ; +DR B1Y8J4, QUEC_LEPCP ; Q72VK9, QUEC_LEPIC ; Q8F964, QUEC_LEPIN ; +DR B1HPF6, QUEC_LYSSC ; A0L4R8, QUEC_MAGMM ; Q65RE8, QUEC_MANSM ; DR Q0ARS7, QUEC_MARMM ; A6VX48, QUEC_MARMS ; A1TWU4, QUEC_MARN8 ; DR A6UV33, QUEC_META3 ; Q8TIF3, QUEC_METAC ; A7I7A4, QUEC_METB6 ; DR Q46G70, QUEC_METBF ; Q12WI3, QUEC_METBU ; B7KR63, QUEC_METC4 ; @@ -158447,10 +159544,11 @@ DR Q1CYI2, QUEC_MYXXD ; B9L986, QUEC_NAUPA ; Q5FA99, QUEC_NEIG1 ; DR B4RQ61, QUEC_NEIG2 ; A9M1Y9, QUEC_NEIM0 ; Q9JVT8, QUEC_NEIMA ; DR Q9K0Q9, QUEC_NEIMB ; A1KSD4, QUEC_NEIMF ; Q0AJ94, QUEC_NITEC ; DR Q82XN5, QUEC_NITEU ; Q1QM87, QUEC_NITHX ; Q2Y5H4, QUEC_NITMU ; -DR Q3JER4, QUEC_NITOC ; A6Q342, QUEC_NITSB ; Q3SSM7, QUEC_NITWN ; -DR B2IUR7, QUEC_NOSP7 ; Q8YM45, QUEC_NOSS1 ; Q2G3K1, QUEC_NOVAD ; -DR Q8ETE9, QUEC_OCEIH ; A1TIG3, QUEC_PARC0 ; A6LIS9, QUEC_PARD8 ; -DR A1B9Q5, QUEC_PARDP ; A7HXX1, QUEC_PARL1 ; Q7U3K1, QUEC_PARMW ; +DR Q3JER4, QUEC_NITOC ; A6Q342, QUEC_NITSB ; Q728E4, QUEC_NITV2 ; +DR A1VB03, QUEC_NITV4 ; Q3SSM7, QUEC_NITWN ; B2IUR7, QUEC_NOSP7 ; +DR Q8YM45, QUEC_NOSS1 ; Q2G3K1, QUEC_NOVAD ; Q8ETE9, QUEC_OCEIH ; +DR A1TIG3, QUEC_PARC0 ; A6LIS9, QUEC_PARD8 ; A1B9Q5, QUEC_PARDP ; +DR A7HXX1, QUEC_PARL1 ; Q2W000, QUEC_PARM1 ; Q7U3K1, QUEC_PARMW ; DR B2JJV1, QUEC_PARP8 ; B2T1L3, QUEC_PARPJ ; Q146Z6, QUEC_PARXL ; DR Q9CP69, QUEC_PASMU ; Q6D820, QUEC_PECAS ; C6DB62, QUEC_PECCP ; DR A1ANI8, QUEC_PELPD ; A5D2E1, QUEC_PELTS ; C0QST3, QUEC_PERMH ; @@ -158515,8 +159613,8 @@ DR Q3MAK6, QUEC_TRIV2 ; A1WSR5, QUEC_VEREI ; A5CWP9, QUEC_VESOH ; DR A7MW43, QUEC_VIBC1 ; A5F8G4, QUEC_VIBC3 ; Q9KS93, QUEC_VIBCH ; DR C3LM61, QUEC_VIBCM ; Q87P80, QUEC_VIBPA ; Q8D985, QUEC_VIBVU ; DR Q7ML86, QUEC_VIBVY ; Q7M8H4, QUEC_WOLSU ; Q8PHW1, QUEC_XANAC ; -DR Q3BQG4, QUEC_XANC5 ; Q4UXK8, QUEC_XANC8 ; B0RPZ6, QUEC_XANCB ; -DR Q8P6F6, QUEC_XANCP ; Q2P553, QUEC_XANOM ; B2STI7, QUEC_XANOP ; +DR Q4UXK8, QUEC_XANC8 ; B0RPZ6, QUEC_XANCB ; Q8P6F6, QUEC_XANCP ; +DR Q3BQG4, QUEC_XANE5 ; Q2P553, QUEC_XANOM ; B2STI7, QUEC_XANOP ; DR Q5H288, QUEC_XANOR ; B2I4Y4, QUEC_XYLF2 ; Q9PCC3, QUEC_XYLFA ; DR B0U2I4, QUEC_XYLFM ; Q87CW1, QUEC_XYLFT ; A1JNM3, QUEC_YERE8 ; DR A7FLB7, QUEC_YERP3 ; Q1C4L5, QUEC_YERPA ; B2K6W4, QUEC_YERPB ; @@ -158594,8 +159692,8 @@ DR A6U5X9, PNCB_SINMW ; Q2NU84, PNCB_SODGM ; Q9HJ28, PNCB_THEAC ; DR A1WJL0, PNCB_VEREI ; A7N4I5, PNCB_VIBC1 ; A5F1F1, PNCB_VIBC3 ; DR Q9KN67, PNCB_VIBCH ; C3LUC2, PNCB_VIBCM ; Q87JE4, PNCB_VIBPA ; DR Q8DA38, PNCB_VIBVU ; Q7MK41, PNCB_VIBVY ; Q8PGU5, PNCB_XANAC ; -DR Q3BPD5, PNCB_XANC5 ; Q4UQS8, PNCB_XANC8 ; B0RVE9, PNCB_XANCB ; -DR Q8PCP3, PNCB_XANCP ; Q9PED1, PNCB_XYLFA ; Q87EC4, PNCB_XYLFT ; +DR Q4UQS8, PNCB_XANC8 ; B0RVE9, PNCB_XANCB ; Q8PCP3, PNCB_XANCP ; +DR Q3BPD5, PNCB_XANE5 ; Q9PED1, PNCB_XYLFA ; Q87EC4, PNCB_XYLFT ; DR A1JMP2, PNCB_YERE8 ; A7FJU4, PNCB_YERP3 ; Q8ZG93, PNCB_YERPE ; DR Q66CG6, PNCB_YERPS ; // @@ -158776,149 +159874,149 @@ DR O52831, GUAA_CORAM ; P60499, GUAA_CORDI ; Q8FRZ3, GUAA_COREF ; DR A4QBV0, GUAA_CORGB ; Q8NSR1, GUAA_CORGL ; Q4JTG0, GUAA_CORJK ; DR B6J7Z4, GUAA_COXB1 ; B6IZE2, GUAA_COXB2 ; A9KGD5, GUAA_COXBN ; DR A9N8L6, GUAA_COXBR ; Q83BZ6, GUAA_COXBU ; B1WY30, GUAA_CROS5 ; -DR A7MGU1, GUAA_CROS8 ; Q1LND0, GUAA_CUPMC ; Q0KA43, GUAA_CUPNH ; -DR Q470G4, GUAA_CUPPJ ; B3R290, GUAA_CUPTR ; Q6A6X1, GUAA_CUTAK ; -DR Q11WK3, GUAA_CYTH3 ; Q6BLS3, GUAA_DEBHA ; Q47DK8, GUAA_DECAR ; -DR Q3Z886, GUAA_DEHM1 ; Q3ZXH7, GUAA_DEHMC ; C1D0M2, GUAA_DEIDV ; -DR Q1J0T4, GUAA_DEIGD ; Q9RT91, GUAA_DEIRA ; Q6APU2, GUAA_DESPS ; -DR Q72D86, GUAA_DESVH ; B8DNB9, GUAA_DESVM ; A1VEV0, GUAA_DESVV ; -DR P32073, GUAA_DICDI ; A8LKW5, GUAA_DINSH ; A7ZPV1, GUAA_ECO24 ; -DR B7UGU5, GUAA_ECO27 ; B7MHY8, GUAA_ECO45 ; B7LCP7, GUAA_ECO55 ; -DR P64295, GUAA_ECO57 ; B5Z0X6, GUAA_ECO5E ; B7NQV3, GUAA_ECO7I ; -DR B7MYD5, GUAA_ECO81 ; B7M7L1, GUAA_ECO8A ; C4ZX82, GUAA_ECOBW ; -DR B1XAY2, GUAA_ECODH ; A8A313, GUAA_ECOHS ; A1AE43, GUAA_ECOK1 ; -DR Q0TEY1, GUAA_ECOL5 ; P64294, GUAA_ECOL6 ; B1IWF4, GUAA_ECOLC ; -DR P04079, GUAA_ECOLI ; B7N691, GUAA_ECOLU ; B6I579, GUAA_ECOSE ; -DR B1LNF9, GUAA_ECOSM ; Q1R8M9, GUAA_ECOUT ; C5BER5, GUAA_EDWI9 ; -DR Q3YT30, GUAA_EHRCJ ; Q2GHY2, GUAA_EHRCR ; Q5FF75, GUAA_EHRRG ; -DR Q5HCA2, GUAA_EHRRW ; B2KCS8, GUAA_ELUMP ; Q5B1L4, GUAA_EMENI ; -DR A4WD82, GUAA_ENT38 ; Q839J8, GUAA_ENTFA ; Q756B7, GUAA_EREGS ; -DR B7LKD4, GUAA_ESCF3 ; B1YIZ1, GUAA_EXIS2 ; B0S0S7, GUAA_FINM2 ; -DR A5FHB4, GUAA_FLAJ1 ; A6H0T6, GUAA_FLAPJ ; B0U0B2, GUAA_FRAP2 ; -DR A8LAX2, GUAA_FRASN ; Q14HJ0, GUAA_FRAT1 ; A7NCA3, GUAA_FRATF ; -DR Q2A3D4, GUAA_FRATH ; B2SGK4, GUAA_FRATM ; A0Q6C0, GUAA_FRATN ; -DR Q0BLV0, GUAA_FRATO ; Q5NG38, GUAA_FRATT ; A4IXW6, GUAA_FRATW ; -DR P83540, GUAA_FRUSA ; Q8RDR4, GUAA_FUSNN ; C1A3W7, GUAA_GEMAT ; -DR B9M9G4, GUAA_GEODF ; Q5L3E1, GUAA_GEOKA ; Q39TA7, GUAA_GEOMG ; -DR P60500, GUAA_GEOSL ; Q4HXF0, GUAA_GIBZE ; B8F3T2, GUAA_GLAP5 ; -DR B7K8T7, GUAA_GLOC7 ; Q7NHC2, GUAA_GLOVI ; Q5FPL0, GUAA_GLUOX ; -DR Q7VLE9, GUAA_HAEDU ; Q4QNW4, GUAA_HAEI8 ; A5UAR3, GUAA_HAEIE ; -DR A5UG27, GUAA_HAEIG ; P44335, GUAA_HAEIN ; Q2SCJ3, GUAA_HAHCH ; -DR Q9KF78, GUAA_HALH5 ; B8D0Z5, GUAA_HALOH ; C4K7H1, GUAA_HAMD5 ; -DR Q17YH9, GUAA_HELAH ; Q7VG78, GUAA_HELHP ; B0TI09, GUAA_HELMI ; -DR B6JMN5, GUAA_HELP2 ; B5Z842, GUAA_HELPG ; Q1CSM2, GUAA_HELPH ; -DR Q9ZKG4, GUAA_HELPJ ; B2UUF1, GUAA_HELPS ; O25165, GUAA_HELPY ; -DR A4G4U7, GUAA_HERAR ; Q0I2D2, GUAA_HISS1 ; B0USI5, GUAA_HISS2 ; -DR P49915, GUAA_HUMAN ; Q31F66, GUAA_HYDCU ; Q5QWW5, GUAA_IDILO ; -DR A6SZM5, GUAA_JANMA ; B5XNM4, GUAA_KLEP3 ; A6TCC2, GUAA_KLEP7 ; -DR Q6CU71, GUAA_KLULA ; Q5FMD6, GUAA_LACAC ; B3W952, GUAA_LACCB ; -DR Q1GBU7, GUAA_LACDA ; Q04CA4, GUAA_LACDB ; C4Z3X1, GUAA_LACE2 ; -DR Q046I2, GUAA_LACGA ; Q74LF7, GUAA_LACJO ; Q9CFJ0, GUAA_LACLA ; -DR Q9Z6H4, GUAA_LACLM ; Q02Y87, GUAA_LACLS ; Q036Y5, GUAA_LACP3 ; -DR Q88Y74, GUAA_LACPL ; O85192, GUAA_LACRH ; Q38ZE1, GUAA_LATSS ; -DR Q5X4I9, GUAA_LEGPA ; A5ICM2, GUAA_LEGPC ; Q5ZUS0, GUAA_LEGPH ; -DR Q5WVX4, GUAA_LEGPL ; Q6AD51, GUAA_LEIXX ; Q72RB7, GUAA_LEPIC ; -DR Q8F4F4, GUAA_LEPIN ; Q1WRY8, GUAA_LIGS1 ; A5VLY3, GUAA_LIMRD ; -DR B2G994, GUAA_LIMRJ ; Q92CU0, GUAA_LISIN ; Q720X7, GUAA_LISMF ; -DR Q8Y822, GUAA_LISMO ; A0AHK7, GUAA_LISW6 ; B9E8Y0, GUAA_MACCJ ; -DR Q8EWS9, GUAA_MALP2 ; Q65UI1, GUAA_MANSM ; A6W2W4, GUAA_MARMS ; -DR A1U1E2, GUAA_MARN8 ; C6BSD8, GUAA_MARSD ; Q6F1C4, GUAA_MESFL ; -DR Q60C21, GUAA_METCA ; Q1H280, GUAA_METFK ; A2SG95, GUAA_METPP ; -DR C5CBZ4, GUAA_MICLC ; Q2RGP2, GUAA_MOOTA ; Q3THK7, GUAA_MOUSE ; -DR P0A5A2, GUAA_MYCBO ; A1KP87, GUAA_MYCBP ; C1AHL0, GUAA_MYCBT ; -DR B8ZUE2, GUAA_MYCLB ; P46810, GUAA_MYCLE ; B2HDP0, GUAA_MYCMM ; -DR Q73U79, GUAA_MYCPA ; A5U871, GUAA_MYCTA ; P9WMS6, GUAA_MYCTO ; -DR P9WMS7, GUAA_MYCTU ; B2A5V5, GUAA_NATTJ ; Q5F4X9, GUAA_NEIG1 ; -DR B4RJH7, GUAA_NEIG2 ; A9M138, GUAA_NEIM0 ; Q9JW60, GUAA_NEIMA ; -DR Q9JXR2, GUAA_NEIMB ; A1KRY5, GUAA_NEIMF ; Q0ADW4, GUAA_NITEC ; -DR Q82XZ6, GUAA_NITEU ; Q1QKC3, GUAA_NITHX ; Q2Y9R9, GUAA_NITMU ; -DR Q3JDG3, GUAA_NITOC ; A6Q4N8, GUAA_NITSB ; Q3SQP4, GUAA_NITWN ; -DR Q5Z1E9, GUAA_NOCFA ; B2J9G3, GUAA_NOSP7 ; Q8YT80, GUAA_NOSS1 ; -DR Q8CXK8, GUAA_OCEIH ; Q311X7, GUAA_OLEA2 ; B1ZNB4, GUAA_OPITP ; -DR A6LD04, GUAA_PARD8 ; Q7UA53, GUAA_PARMW ; B2JIA0, GUAA_PARP8 ; -DR B2T5G8, GUAA_PARPJ ; Q13XE2, GUAA_PARXL ; Q9CNX8, GUAA_PASMU ; -DR Q6D288, GUAA_PECAS ; C6DBG3, GUAA_PECCP ; Q03H14, GUAA_PEDPA ; -DR B4SFX7, GUAA_PELPB ; A1AQJ8, GUAA_PELPD ; Q4FMW8, GUAA_PELUB ; -DR A9BER7, GUAA_PETMO ; Q0UHC4, GUAA_PHANO ; B4R9R7, GUAA_PHEZH ; -DR Q7N3K4, GUAA_PHOLL ; Q6LU31, GUAA_PHOPR ; A6L686, GUAA_PHOV8 ; -DR B1XLR5, GUAA_PICP2 ; Q8IJR9, GUAA_PLAF7 ; A4SYS2, GUAA_POLAQ ; -DR B1XTW6, GUAA_POLNS ; Q5RA96, GUAA_PONAB ; B2RIF9, GUAA_PORG3 ; -DR Q7MWL9, GUAA_PORGI ; A3PA84, GUAA_PROM0 ; A2BZD9, GUAA_PROM1 ; -DR A8G223, GUAA_PROM2 ; A2C5P2, GUAA_PROM3 ; A2BTY4, GUAA_PROM5 ; -DR Q31DE7, GUAA_PROM9 ; Q7VEH5, GUAA_PROMA ; B4EY59, GUAA_PROMH ; -DR Q7V9A9, GUAA_PROMM ; Q7V3N7, GUAA_PROMP ; A2BNG3, GUAA_PROMS ; -DR Q46I26, GUAA_PROMT ; Q48LY0, GUAA_PSE14 ; Q15R63, GUAA_PSEA6 ; -DR B7UXJ9, GUAA_PSEA8 ; Q02RS2, GUAA_PSEAB ; Q9HXM6, GUAA_PSEAE ; -DR Q1I5K9, GUAA_PSEE4 ; Q4K6W4, GUAA_PSEF5 ; C3K1K0, GUAA_PSEFS ; -DR A4XY17, GUAA_PSEMY ; A5VZC3, GUAA_PSEP1 ; Q3K7D0, GUAA_PSEPF ; -DR B0KRE6, GUAA_PSEPG ; Q88P21, GUAA_PSEPK ; B1JDH6, GUAA_PSEPW ; -DR Q886X5, GUAA_PSESM ; Q3IHJ1, GUAA_PSET1 ; Q4ZX09, GUAA_PSEU2 ; -DR Q4FVS5, GUAA_PSYA2 ; A1SYT6, GUAA_PSYIN ; Q8ZT92, GUAA_PYRAE ; -DR Q8XZG4, GUAA_RALN1 ; B2UBD1, GUAA_RALPJ ; Q4V7C6, GUAA_RAT ; -DR B3PYH7, GUAA_RHIE6 ; Q2KDG7, GUAA_RHIEC ; Q1MMJ7, GUAA_RHIJ3 ; -DR Q987R3, GUAA_RHILO ; B5ZYE9, GUAA_RHILW ; Q92SQ3, GUAA_RHIME ; -DR B9J7L1, GUAA_RHIR8 ; Q7UFS3, GUAA_RHOBA ; Q2IV75, GUAA_RHOP2 ; -DR P60501, GUAA_RHOPA ; Q212S9, GUAA_RHOPB ; Q2RXI5, GUAA_RHORT ; -DR B7JXM2, GUAA_RIPO1 ; Q165N4, GUAA_ROSDO ; Q5LRL6, GUAA_RUEPO ; -DR Q1GGV8, GUAA_RUEST ; B8I4P0, GUAA_RUMCH ; A1AXH0, GUAA_RUTMC ; -DR B5F185, GUAA_SALA4 ; A9MHM5, GUAA_SALAR ; Q57LJ8, GUAA_SALCH ; -DR B5FR52, GUAA_SALDC ; B5R569, GUAA_SALEP ; B5RCX9, GUAA_SALG2 ; -DR B4TD82, GUAA_SALHS ; B4T0N7, GUAA_SALNS ; Q5PI52, GUAA_SALPA ; -DR A9N218, GUAA_SALPB ; C0PYP4, GUAA_SALPC ; B5BAZ5, GUAA_SALPK ; -DR Q2S0V0, GUAA_SALRD ; B4TR83, GUAA_SALSV ; Q8Z4Q3, GUAA_SALTI ; -DR Q8ZN60, GUAA_SALTY ; Q9P772, GUAA_SCHPO ; A8GHV1, GUAA_SERP5 ; -DR A1S856, GUAA_SHEAM ; B8E9T4, GUAA_SHEB2 ; A3D6V2, GUAA_SHEB5 ; -DR A6WQP0, GUAA_SHEB8 ; A9KWW6, GUAA_SHEB9 ; Q12PS0, GUAA_SHEDO ; -DR Q085S4, GUAA_SHEFN ; B0TLJ4, GUAA_SHEHH ; A3QCH0, GUAA_SHELP ; -DR Q8EC52, GUAA_SHEON ; A8H254, GUAA_SHEPA ; A4Y8T3, GUAA_SHEPC ; -DR B8CKS4, GUAA_SHEPW ; A0KUK2, GUAA_SHESA ; A8FY04, GUAA_SHESH ; -DR Q0HKV2, GUAA_SHESM ; Q0HX50, GUAA_SHESR ; A1RHR0, GUAA_SHESW ; -DR B1KLC1, GUAA_SHEWM ; B2TXT2, GUAA_SHIB3 ; Q31XY3, GUAA_SHIBS ; -DR Q32D55, GUAA_SHIDS ; Q0T212, GUAA_SHIF8 ; Q83QL1, GUAA_SHIFL ; -DR Q3YZ45, GUAA_SHISS ; Q5WJI0, GUAA_SHOC1 ; C3MCS5, GUAA_SINFN ; -DR A6UFA3, GUAA_SINMW ; Q2NS52, GUAA_SODGM ; C4XSN8, GUAA_SOLM1 ; -DR P60502, GUAA_SPIKU ; A7WY93, GUAA_STAA1 ; A6TYP2, GUAA_STAA2 ; -DR Q2FJM5, GUAA_STAA3 ; Q2G0Y6, GUAA_STAA8 ; A5IPX0, GUAA_STAA9 ; -DR Q2YVL5, GUAA_STAAB ; Q5HIQ6, GUAA_STAAC ; A6QE71, GUAA_STAAE ; -DR P64296, GUAA_STAAM ; P99105, GUAA_STAAN ; Q6GJQ6, GUAA_STAAR ; -DR Q6GC81, GUAA_STAAS ; A8Z0R1, GUAA_STAAT ; Q8NY69, GUAA_STAAW ; -DR B9DLM7, GUAA_STACT ; Q5HRX1, GUAA_STAEQ ; Q8CMQ8, GUAA_STAES ; -DR Q4L386, GUAA_STAHJ ; Q49UU9, GUAA_STAS1 ; Q3K1C0, GUAA_STRA1 ; -DR Q8E5M8, GUAA_STRA3 ; Q8DZX7, GUAA_STRA5 ; Q82HM9, GUAA_STRAW ; -DR Q9L0H2, GUAA_STRCO ; C0MAM2, GUAA_STRE4 ; B4SSX7, GUAA_STRM5 ; -DR B2FNS1, GUAA_STRMK ; Q8DU81, GUAA_STRMU ; P64299, GUAA_STRP1 ; -DR Q04JQ8, GUAA_STRP2 ; P0DB54, GUAA_STRP3 ; B5E5U0, GUAA_STRP4 ; -DR Q5XC20, GUAA_STRP6 ; C1C842, GUAA_STRP7 ; P64300, GUAA_STRP8 ; -DR Q1JBM8, GUAA_STRPB ; Q1JLL1, GUAA_STRPC ; Q1JGP6, GUAA_STRPD ; -DR Q1J6G5, GUAA_STRPF ; A2RED2, GUAA_STRPG ; B1ICM9, GUAA_STRPI ; -DR B8ZKZ5, GUAA_STRPJ ; Q48TF6, GUAA_STRPM ; P64297, GUAA_STRPN ; -DR P0DB55, GUAA_STRPQ ; B2IQR1, GUAA_STRPS ; B5XLN9, GUAA_STRPZ ; -DR P64298, GUAA_STRR6 ; C0MFC7, GUAA_STRS7 ; Q5M029, GUAA_STRT1 ; -DR Q5M4P4, GUAA_STRT2 ; B9DUB2, GUAA_STRU0 ; C1CF29, GUAA_STRZJ ; -DR C1CLE8, GUAA_STRZP ; C1CQS0, GUAA_STRZT ; Q30TH8, GUAA_SULDN ; -DR A6QBI5, GUAA_SULNB ; Q67S57, GUAA_SYMTH ; Q3A590, GUAA_SYNC1 ; -DR Q5N2F8, GUAA_SYNP6 ; Q0IE37, GUAA_SYNS3 ; Q3B0W1, GUAA_SYNS9 ; -DR Q3ANK7, GUAA_SYNSC ; Q0AW22, GUAA_SYNWW ; P49057, GUAA_SYNY3 ; -DR C5BLU3, GUAA_TERTT ; B7IHI2, GUAA_THEAB ; Q47LQ0, GUAA_THEFY ; -DR A6LKY1, GUAA_THEM4 ; Q9X2E0, GUAA_THEMA ; A5ILP6, GUAA_THEP1 ; -DR B9L0W3, GUAA_THERP ; B1LAK3, GUAA_THESQ ; Q72IE5, GUAA_THET2 ; -DR Q5SI28, GUAA_THET8 ; Q8DGA5, GUAA_THEVB ; Q3SI29, GUAA_THIDA ; -DR C4L8C4, GUAA_TOLAT ; Q73LZ4, GUAA_TREDE ; Q3MEA8, GUAA_TRIV2 ; -DR Q83ID3, GUAA_TROW8 ; Q83GZ6, GUAA_TROWT ; Q4P763, GUAA_USTMA ; -DR A5CVV4, GUAA_VESOH ; B7VJU8, GUAA_VIBA3 ; A7MU26, GUAA_VIBC1 ; -DR A5F3F1, GUAA_VIBC3 ; Q9KTW2, GUAA_VIBCH ; C3LT21, GUAA_VIBCM ; -DR Q87S07, GUAA_VIBPA ; Q8DF07, GUAA_VIBVU ; Q7MNE1, GUAA_VIBVY ; -DR Q8D1V0, GUAA_WIGBR ; Q73IH1, GUAA_WOLPM ; B3CPU7, GUAA_WOLPP ; -DR Q7M8K2, GUAA_WOLSU ; Q5GSJ3, GUAA_WOLTR ; C0R5H8, GUAA_WOLWR ; -DR Q8PK88, GUAA_XANAC ; Q3BSP7, GUAA_XANC5 ; Q4UVC5, GUAA_XANC8 ; -DR B0RSB6, GUAA_XANCB ; Q8P8Q6, GUAA_XANCP ; Q2P3Q9, GUAA_XANOM ; -DR B2SLG1, GUAA_XANOP ; Q5H0S2, GUAA_XANOR ; B2I6W2, GUAA_XYLF2 ; -DR Q9PAR6, GUAA_XYLFA ; B0U3R8, GUAA_XYLFM ; Q87BK6, GUAA_XYLFT ; -DR Q6CEF3, GUAA_YARLI ; P38625, GUAA_YEAST ; A1JKT2, GUAA_YERE8 ; -DR A7FFZ9, GUAA_YERP3 ; Q1C5J6, GUAA_YERPA ; B2K9P0, GUAA_YERPB ; -DR Q8ZCU4, GUAA_YERPE ; A9R7Z2, GUAA_YERPG ; Q1CK82, GUAA_YERPN ; -DR A4TMS8, GUAA_YERPP ; Q668A8, GUAA_YERPS ; B1JSB0, GUAA_YERPY ; -DR Q5NN19, GUAA_ZYMMO ; +DR A7MGU1, GUAA_CROS8 ; J9VUY6, GUAA_CRYNH ; Q5K9E9, GUAA_CRYNJ ; +DR Q1LND0, GUAA_CUPMC ; Q0KA43, GUAA_CUPNH ; Q470G4, GUAA_CUPPJ ; +DR B3R290, GUAA_CUPTR ; Q6A6X1, GUAA_CUTAK ; Q11WK3, GUAA_CYTH3 ; +DR Q6BLS3, GUAA_DEBHA ; Q47DK8, GUAA_DECAR ; Q3Z886, GUAA_DEHM1 ; +DR Q3ZXH7, GUAA_DEHMC ; C1D0M2, GUAA_DEIDV ; Q1J0T4, GUAA_DEIGD ; +DR Q9RT91, GUAA_DEIRA ; Q6APU2, GUAA_DESPS ; P32073, GUAA_DICDI ; +DR A8LKW5, GUAA_DINSH ; A7ZPV1, GUAA_ECO24 ; B7UGU5, GUAA_ECO27 ; +DR B7MHY8, GUAA_ECO45 ; B7LCP7, GUAA_ECO55 ; P64295, GUAA_ECO57 ; +DR B5Z0X6, GUAA_ECO5E ; B7NQV3, GUAA_ECO7I ; B7MYD5, GUAA_ECO81 ; +DR B7M7L1, GUAA_ECO8A ; C4ZX82, GUAA_ECOBW ; B1XAY2, GUAA_ECODH ; +DR A8A313, GUAA_ECOHS ; A1AE43, GUAA_ECOK1 ; Q0TEY1, GUAA_ECOL5 ; +DR P64294, GUAA_ECOL6 ; B1IWF4, GUAA_ECOLC ; P04079, GUAA_ECOLI ; +DR B7N691, GUAA_ECOLU ; B6I579, GUAA_ECOSE ; B1LNF9, GUAA_ECOSM ; +DR Q1R8M9, GUAA_ECOUT ; C5BER5, GUAA_EDWI9 ; Q3YT30, GUAA_EHRCJ ; +DR Q2GHY2, GUAA_EHRCR ; Q5FF75, GUAA_EHRRG ; Q5HCA2, GUAA_EHRRW ; +DR B2KCS8, GUAA_ELUMP ; Q5B1L4, GUAA_EMENI ; A4WD82, GUAA_ENT38 ; +DR Q839J8, GUAA_ENTFA ; Q756B7, GUAA_EREGS ; B7LKD4, GUAA_ESCF3 ; +DR B1YIZ1, GUAA_EXIS2 ; B0S0S7, GUAA_FINM2 ; A5FHB4, GUAA_FLAJ1 ; +DR A6H0T6, GUAA_FLAPJ ; B0U0B2, GUAA_FRAP2 ; Q14HJ0, GUAA_FRAT1 ; +DR A7NCA3, GUAA_FRATF ; Q2A3D4, GUAA_FRATH ; B2SGK4, GUAA_FRATM ; +DR A0Q6C0, GUAA_FRATN ; Q0BLV0, GUAA_FRATO ; Q5NG38, GUAA_FRATT ; +DR A4IXW6, GUAA_FRATW ; P83540, GUAA_FRUSA ; Q8RDR4, GUAA_FUSNN ; +DR C1A3W7, GUAA_GEMAT ; B9M9G4, GUAA_GEODF ; Q5L3E1, GUAA_GEOKA ; +DR Q39TA7, GUAA_GEOMG ; P60500, GUAA_GEOSL ; Q4HXF0, GUAA_GIBZE ; +DR B8F3T2, GUAA_GLAP5 ; B7K8T7, GUAA_GLOC7 ; Q7NHC2, GUAA_GLOVI ; +DR Q5FPL0, GUAA_GLUOX ; Q7VLE9, GUAA_HAEDU ; Q4QNW4, GUAA_HAEI8 ; +DR A5UAR3, GUAA_HAEIE ; A5UG27, GUAA_HAEIG ; P44335, GUAA_HAEIN ; +DR Q2SCJ3, GUAA_HAHCH ; Q9KF78, GUAA_HALH5 ; B8D0Z5, GUAA_HALOH ; +DR C4K7H1, GUAA_HAMD5 ; Q17YH9, GUAA_HELAH ; Q7VG78, GUAA_HELHP ; +DR B0TI09, GUAA_HELMI ; B6JMN5, GUAA_HELP2 ; B5Z842, GUAA_HELPG ; +DR Q1CSM2, GUAA_HELPH ; Q9ZKG4, GUAA_HELPJ ; B2UUF1, GUAA_HELPS ; +DR O25165, GUAA_HELPY ; A4G4U7, GUAA_HERAR ; Q0I2D2, GUAA_HISS1 ; +DR B0USI5, GUAA_HISS2 ; P49915, GUAA_HUMAN ; Q31F66, GUAA_HYDCU ; +DR Q5QWW5, GUAA_IDILO ; A6SZM5, GUAA_JANMA ; B5XNM4, GUAA_KLEP3 ; +DR A6TCC2, GUAA_KLEP7 ; Q6CU71, GUAA_KLULA ; Q5FMD6, GUAA_LACAC ; +DR B3W952, GUAA_LACCB ; Q1GBU7, GUAA_LACDA ; Q04CA4, GUAA_LACDB ; +DR C4Z3X1, GUAA_LACE2 ; Q046I2, GUAA_LACGA ; Q74LF7, GUAA_LACJO ; +DR Q9CFJ0, GUAA_LACLA ; Q9Z6H4, GUAA_LACLM ; Q02Y87, GUAA_LACLS ; +DR Q036Y5, GUAA_LACP3 ; Q88Y74, GUAA_LACPL ; O85192, GUAA_LACRH ; +DR Q38ZE1, GUAA_LATSS ; Q5X4I9, GUAA_LEGPA ; A5ICM2, GUAA_LEGPC ; +DR Q5ZUS0, GUAA_LEGPH ; Q5WVX4, GUAA_LEGPL ; Q6AD51, GUAA_LEIXX ; +DR Q72RB7, GUAA_LEPIC ; Q8F4F4, GUAA_LEPIN ; Q1WRY8, GUAA_LIGS1 ; +DR A5VLY3, GUAA_LIMRD ; B2G994, GUAA_LIMRJ ; Q92CU0, GUAA_LISIN ; +DR Q720X7, GUAA_LISMF ; Q8Y822, GUAA_LISMO ; A0AHK7, GUAA_LISW6 ; +DR B9E8Y0, GUAA_MACCJ ; Q8EWS9, GUAA_MALP2 ; Q65UI1, GUAA_MANSM ; +DR A6W2W4, GUAA_MARMS ; A1U1E2, GUAA_MARN8 ; C6BSD8, GUAA_MARSD ; +DR Q6F1C4, GUAA_MESFL ; Q60C21, GUAA_METCA ; Q1H280, GUAA_METFK ; +DR A2SG95, GUAA_METPP ; C5CBZ4, GUAA_MICLC ; Q2RGP2, GUAA_MOOTA ; +DR Q3THK7, GUAA_MOUSE ; P0A5A2, GUAA_MYCBO ; A1KP87, GUAA_MYCBP ; +DR C1AHL0, GUAA_MYCBT ; B8ZUE2, GUAA_MYCLB ; P46810, GUAA_MYCLE ; +DR B2HDP0, GUAA_MYCMM ; Q73U79, GUAA_MYCPA ; A5U871, GUAA_MYCTA ; +DR P9WMS6, GUAA_MYCTO ; P9WMS7, GUAA_MYCTU ; B2A5V5, GUAA_NATTJ ; +DR Q5F4X9, GUAA_NEIG1 ; B4RJH7, GUAA_NEIG2 ; A9M138, GUAA_NEIM0 ; +DR Q9JW60, GUAA_NEIMA ; Q9JXR2, GUAA_NEIMB ; A1KRY5, GUAA_NEIMF ; +DR Q0ADW4, GUAA_NITEC ; Q82XZ6, GUAA_NITEU ; Q1QKC3, GUAA_NITHX ; +DR Q2Y9R9, GUAA_NITMU ; Q3JDG3, GUAA_NITOC ; A6Q4N8, GUAA_NITSB ; +DR Q72D86, GUAA_NITV2 ; A1VEV0, GUAA_NITV4 ; B8DNB9, GUAA_NITV9 ; +DR Q3SQP4, GUAA_NITWN ; Q5Z1E9, GUAA_NOCFA ; B2J9G3, GUAA_NOSP7 ; +DR Q8YT80, GUAA_NOSS1 ; Q8CXK8, GUAA_OCEIH ; Q311X7, GUAA_OLEA2 ; +DR B1ZNB4, GUAA_OPITP ; A6LD04, GUAA_PARD8 ; Q7UA53, GUAA_PARMW ; +DR B2JIA0, GUAA_PARP8 ; B2T5G8, GUAA_PARPJ ; A8LAX2, GUAA_PARS2 ; +DR Q13XE2, GUAA_PARXL ; Q9CNX8, GUAA_PASMU ; Q6D288, GUAA_PECAS ; +DR C6DBG3, GUAA_PECCP ; Q03H14, GUAA_PEDPA ; B4SFX7, GUAA_PELPB ; +DR A1AQJ8, GUAA_PELPD ; Q4FMW8, GUAA_PELUB ; A9BER7, GUAA_PETMO ; +DR Q0UHC4, GUAA_PHANO ; B4R9R7, GUAA_PHEZH ; Q7N3K4, GUAA_PHOLL ; +DR Q6LU31, GUAA_PHOPR ; A6L686, GUAA_PHOV8 ; B1XLR5, GUAA_PICP2 ; +DR Q8IJR9, GUAA_PLAF7 ; A4SYS2, GUAA_POLAQ ; B1XTW6, GUAA_POLNS ; +DR Q5RA96, GUAA_PONAB ; B2RIF9, GUAA_PORG3 ; Q7MWL9, GUAA_PORGI ; +DR A3PA84, GUAA_PROM0 ; A2BZD9, GUAA_PROM1 ; A8G223, GUAA_PROM2 ; +DR A2C5P2, GUAA_PROM3 ; A2BTY4, GUAA_PROM5 ; Q31DE7, GUAA_PROM9 ; +DR Q7VEH5, GUAA_PROMA ; B4EY59, GUAA_PROMH ; Q7V9A9, GUAA_PROMM ; +DR Q7V3N7, GUAA_PROMP ; A2BNG3, GUAA_PROMS ; Q46I26, GUAA_PROMT ; +DR Q48LY0, GUAA_PSE14 ; Q15R63, GUAA_PSEA6 ; B7UXJ9, GUAA_PSEA8 ; +DR Q02RS2, GUAA_PSEAB ; Q9HXM6, GUAA_PSEAE ; Q1I5K9, GUAA_PSEE4 ; +DR Q4K6W4, GUAA_PSEF5 ; C3K1K0, GUAA_PSEFS ; A4XY17, GUAA_PSEMY ; +DR A5VZC3, GUAA_PSEP1 ; Q3K7D0, GUAA_PSEPF ; B0KRE6, GUAA_PSEPG ; +DR Q88P21, GUAA_PSEPK ; B1JDH6, GUAA_PSEPW ; Q886X5, GUAA_PSESM ; +DR Q3IHJ1, GUAA_PSET1 ; Q4ZX09, GUAA_PSEU2 ; Q4FVS5, GUAA_PSYA2 ; +DR A1SYT6, GUAA_PSYIN ; Q8ZT92, GUAA_PYRAE ; Q8XZG4, GUAA_RALN1 ; +DR B2UBD1, GUAA_RALPJ ; Q4V7C6, GUAA_RAT ; B3PYH7, GUAA_RHIE6 ; +DR Q2KDG7, GUAA_RHIEC ; Q1MMJ7, GUAA_RHIJ3 ; Q987R3, GUAA_RHILO ; +DR B5ZYE9, GUAA_RHILW ; Q92SQ3, GUAA_RHIME ; B9J7L1, GUAA_RHIR8 ; +DR Q7UFS3, GUAA_RHOBA ; Q2IV75, GUAA_RHOP2 ; P60501, GUAA_RHOPA ; +DR Q212S9, GUAA_RHOPB ; Q2RXI5, GUAA_RHORT ; B7JXM2, GUAA_RIPO1 ; +DR Q165N4, GUAA_ROSDO ; Q5LRL6, GUAA_RUEPO ; Q1GGV8, GUAA_RUEST ; +DR B8I4P0, GUAA_RUMCH ; A1AXH0, GUAA_RUTMC ; B5F185, GUAA_SALA4 ; +DR A9MHM5, GUAA_SALAR ; Q57LJ8, GUAA_SALCH ; B5FR52, GUAA_SALDC ; +DR B5R569, GUAA_SALEP ; B5RCX9, GUAA_SALG2 ; B4TD82, GUAA_SALHS ; +DR B4T0N7, GUAA_SALNS ; Q5PI52, GUAA_SALPA ; A9N218, GUAA_SALPB ; +DR C0PYP4, GUAA_SALPC ; B5BAZ5, GUAA_SALPK ; Q2S0V0, GUAA_SALRD ; +DR B4TR83, GUAA_SALSV ; Q8Z4Q3, GUAA_SALTI ; Q8ZN60, GUAA_SALTY ; +DR Q9P772, GUAA_SCHPO ; A8GHV1, GUAA_SERP5 ; A1S856, GUAA_SHEAM ; +DR B8E9T4, GUAA_SHEB2 ; A3D6V2, GUAA_SHEB5 ; A6WQP0, GUAA_SHEB8 ; +DR A9KWW6, GUAA_SHEB9 ; Q12PS0, GUAA_SHEDO ; Q085S4, GUAA_SHEFN ; +DR B0TLJ4, GUAA_SHEHH ; A3QCH0, GUAA_SHELP ; Q8EC52, GUAA_SHEON ; +DR A8H254, GUAA_SHEPA ; A4Y8T3, GUAA_SHEPC ; B8CKS4, GUAA_SHEPW ; +DR A0KUK2, GUAA_SHESA ; A8FY04, GUAA_SHESH ; Q0HKV2, GUAA_SHESM ; +DR Q0HX50, GUAA_SHESR ; A1RHR0, GUAA_SHESW ; B1KLC1, GUAA_SHEWM ; +DR B2TXT2, GUAA_SHIB3 ; Q31XY3, GUAA_SHIBS ; Q32D55, GUAA_SHIDS ; +DR Q0T212, GUAA_SHIF8 ; Q83QL1, GUAA_SHIFL ; Q3YZ45, GUAA_SHISS ; +DR Q5WJI0, GUAA_SHOC1 ; C3MCS5, GUAA_SINFN ; A6UFA3, GUAA_SINMW ; +DR Q2NS52, GUAA_SODGM ; C4XSN8, GUAA_SOLM1 ; P60502, GUAA_SPIKU ; +DR A7WY93, GUAA_STAA1 ; A6TYP2, GUAA_STAA2 ; Q2FJM5, GUAA_STAA3 ; +DR Q2G0Y6, GUAA_STAA8 ; A5IPX0, GUAA_STAA9 ; Q2YVL5, GUAA_STAAB ; +DR Q5HIQ6, GUAA_STAAC ; A6QE71, GUAA_STAAE ; P64296, GUAA_STAAM ; +DR P99105, GUAA_STAAN ; Q6GJQ6, GUAA_STAAR ; Q6GC81, GUAA_STAAS ; +DR A8Z0R1, GUAA_STAAT ; Q8NY69, GUAA_STAAW ; B9DLM7, GUAA_STACT ; +DR Q5HRX1, GUAA_STAEQ ; Q8CMQ8, GUAA_STAES ; Q4L386, GUAA_STAHJ ; +DR Q49UU9, GUAA_STAS1 ; Q3K1C0, GUAA_STRA1 ; Q8E5M8, GUAA_STRA3 ; +DR Q8DZX7, GUAA_STRA5 ; Q82HM9, GUAA_STRAW ; Q9L0H2, GUAA_STRCO ; +DR C0MAM2, GUAA_STRE4 ; B4SSX7, GUAA_STRM5 ; B2FNS1, GUAA_STRMK ; +DR Q8DU81, GUAA_STRMU ; P64299, GUAA_STRP1 ; Q04JQ8, GUAA_STRP2 ; +DR P0DB54, GUAA_STRP3 ; B5E5U0, GUAA_STRP4 ; Q5XC20, GUAA_STRP6 ; +DR C1C842, GUAA_STRP7 ; P64300, GUAA_STRP8 ; Q1JBM8, GUAA_STRPB ; +DR Q1JLL1, GUAA_STRPC ; Q1JGP6, GUAA_STRPD ; Q1J6G5, GUAA_STRPF ; +DR A2RED2, GUAA_STRPG ; B1ICM9, GUAA_STRPI ; B8ZKZ5, GUAA_STRPJ ; +DR Q48TF6, GUAA_STRPM ; P64297, GUAA_STRPN ; P0DB55, GUAA_STRPQ ; +DR B2IQR1, GUAA_STRPS ; B5XLN9, GUAA_STRPZ ; P64298, GUAA_STRR6 ; +DR C0MFC7, GUAA_STRS7 ; Q5M029, GUAA_STRT1 ; Q5M4P4, GUAA_STRT2 ; +DR B9DUB2, GUAA_STRU0 ; C1CF29, GUAA_STRZJ ; C1CLE8, GUAA_STRZP ; +DR C1CQS0, GUAA_STRZT ; Q30TH8, GUAA_SULDN ; A6QBI5, GUAA_SULNB ; +DR Q67S57, GUAA_SYMTH ; Q3A590, GUAA_SYNC1 ; Q5N2F8, GUAA_SYNP6 ; +DR Q0IE37, GUAA_SYNS3 ; Q3B0W1, GUAA_SYNS9 ; Q3ANK7, GUAA_SYNSC ; +DR Q0AW22, GUAA_SYNWW ; P49057, GUAA_SYNY3 ; C5BLU3, GUAA_TERTT ; +DR B7IHI2, GUAA_THEAB ; Q47LQ0, GUAA_THEFY ; A6LKY1, GUAA_THEM4 ; +DR Q9X2E0, GUAA_THEMA ; A5ILP6, GUAA_THEP1 ; B9L0W3, GUAA_THERP ; +DR B1LAK3, GUAA_THESQ ; Q72IE5, GUAA_THET2 ; Q5SI28, GUAA_THET8 ; +DR Q8DGA5, GUAA_THEVB ; Q3SI29, GUAA_THIDA ; C4L8C4, GUAA_TOLAT ; +DR Q73LZ4, GUAA_TREDE ; Q3MEA8, GUAA_TRIV2 ; Q83ID3, GUAA_TROW8 ; +DR Q83GZ6, GUAA_TROWT ; Q4P763, GUAA_USTMA ; A5CVV4, GUAA_VESOH ; +DR B7VJU8, GUAA_VIBA3 ; A7MU26, GUAA_VIBC1 ; A5F3F1, GUAA_VIBC3 ; +DR Q9KTW2, GUAA_VIBCH ; C3LT21, GUAA_VIBCM ; Q87S07, GUAA_VIBPA ; +DR Q8DF07, GUAA_VIBVU ; Q7MNE1, GUAA_VIBVY ; Q8D1V0, GUAA_WIGBR ; +DR Q73IH1, GUAA_WOLPM ; B3CPU7, GUAA_WOLPP ; Q7M8K2, GUAA_WOLSU ; +DR Q5GSJ3, GUAA_WOLTR ; C0R5H8, GUAA_WOLWR ; Q8PK88, GUAA_XANAC ; +DR Q4UVC5, GUAA_XANC8 ; B0RSB6, GUAA_XANCB ; Q8P8Q6, GUAA_XANCP ; +DR Q3BSP7, GUAA_XANE5 ; Q2P3Q9, GUAA_XANOM ; B2SLG1, GUAA_XANOP ; +DR Q5H0S2, GUAA_XANOR ; B2I6W2, GUAA_XYLF2 ; Q9PAR6, GUAA_XYLFA ; +DR B0U3R8, GUAA_XYLFM ; Q87BK6, GUAA_XYLFT ; Q6CEF3, GUAA_YARLI ; +DR P38625, GUAA_YEAST ; A1JKT2, GUAA_YERE8 ; A7FFZ9, GUAA_YERP3 ; +DR Q1C5J6, GUAA_YERPA ; B2K9P0, GUAA_YERPB ; Q8ZCU4, GUAA_YERPE ; +DR A9R7Z2, GUAA_YERPG ; Q1CK82, GUAA_YERPN ; A4TMS8, GUAA_YERPP ; +DR Q668A8, GUAA_YERPS ; B1JSB0, GUAA_YERPY ; Q5NN19, GUAA_ZYMMO ; // ID 6.3.5.3 DE phosphoribosylformylglycinamidine synthase. @@ -158980,36 +160078,36 @@ DR Q8KD17, PURL_CHLTE ; C3PIW7, PURL_CORA7 ; Q9RHW9, PURL_CORAM ; DR Q8FMM3, PURL_COREF ; A4QGY6, PURL_CORGB ; Q8NMI5, PURL_CORGL ; DR Q4JXF0, PURL_CORJK ; Q6A6C0, PURL_CUTAK ; B8HRP1, PURL_CYAP4 ; DR Q9RXT4, PURL_DEIRA ; Q833Y9, PURL_ENTFA ; Q2NAT8, PURL_ERYLH ; -DR C4L299, PURL_EXISA ; Q2J4M9, PURL_FRACC ; A8LCI3, PURL_FRASN ; -DR Q5L3D2, PURL_GEOKA ; C5D4I0, PURL_GEOSW ; A4IJX3, PURL_GEOTN ; -DR Q7NIR9, PURL_GLOVI ; Q5FNL0, PURL_GLUOX ; Q0BRI4, PURL_GRABC ; -DR Q9KF57, PURL_HALH5 ; B9LT08, PURL_HALLT ; Q5V2D3, PURL_HALMA ; -DR B0R4B5, PURL_HALS3 ; Q9HR49, PURL_HALSA ; Q18JI5, PURL_HALWD ; -DR Q7VF52, PURL_HELHP ; A8ABX6, PURL_IGNH4 ; Q28QC2, PURL_JANSC ; -DR Q5FIV1, PURL_LACAC ; P35852, PURL_LACCA ; Q1G9F8, PURL_LACDA ; -DR Q049L7, PURL_LACDB ; A8YW85, PURL_LACH4 ; Q9CFE8, PURL_LACLA ; -DR Q9ZB06, PURL_LACLC ; A2RJW3, PURL_LACLM ; Q02Y55, PURL_LACLS ; -DR Q037U9, PURL_LACP3 ; Q88U25, PURL_LACPL ; Q38XW7, PURL_LATSS ; -DR Q6ACC3, PURL_LEIXX ; B0SB88, PURL_LEPBA ; Q04QS4, PURL_LEPBJ ; -DR Q053V5, PURL_LEPBL ; B0ST16, PURL_LEPBP ; Q72PR5, PURL_LEPIC ; -DR Q8F6I3, PURL_LEPIN ; Q03Y89, PURL_LEUMM ; Q1WU59, PURL_LIGS1 ; -DR B2GF74, PURL_LIMF3 ; A5VHT8, PURL_LIMRD ; B2G5B8, PURL_LIMRJ ; -DR Q92AN9, PURL_LISIN ; C1KW68, PURL_LISMC ; Q71YP9, PURL_LISMF ; -DR B8DDY8, PURL_LISMH ; Q8Y6C1, PURL_LISMO ; A0AJM3, PURL_LISW6 ; -DR B9EAY8, PURL_MACCJ ; A6UX13, PURL_META3 ; Q8TIT6, PURL_METAC ; -DR Q46F25, PURL_METBF ; Q58660, PURL_METJA ; Q8TY09, PURL_METKA ; -DR Q8PYK1, PURL_METMA ; A5UMW9, PURL_METS3 ; A4YI68, PURL_METS5 ; -DR B8EPE8, PURL_METSB ; Q2NEB6, PURL_METST ; O27427, PURL_METTH ; -DR P26500, PURL_METTM ; A0B5C7, PURL_METTP ; Q2RGU5, PURL_MOOTA ; -DR A0QAT1, PURL_MYCA1 ; B1MHY1, PURL_MYCA9 ; P0A5T9, PURL_MYCBO ; -DR A1KGT6, PURL_MYCBP ; C1ALD8, PURL_MYCBT ; A4T7J3, PURL_MYCGI ; -DR B8ZSV5, PURL_MYCLB ; Q50023, PURL_MYCLE ; Q743F0, PURL_MYCPA ; -DR A5U0J2, PURL_MYCTA ; P9WHL6, PURL_MYCTO ; P9WHL7, PURL_MYCTU ; -DR A1TFE0, PURL_MYCVP ; Q3IQL3, PURL_NATPD ; Q1QMU2, PURL_NITHX ; -DR A6Q3E8, PURL_NITSB ; Q3ST22, PURL_NITWN ; Q5Z2C3, PURL_NOCFA ; -DR A1SPT8, PURL_NOCSJ ; B2IU46, PURL_NOSP7 ; Q8YR06, PURL_NOSS1 ; -DR Q2G630, PURL_NOVAD ; Q8ES96, PURL_OCEIH ; A1B943, PURL_PARDP ; -DR A7HWB1, PURL_PARL1 ; Q7UA92, PURL_PARMW ; Q4FLJ4, PURL_PELUB ; +DR C4L299, PURL_EXISA ; Q2J4M9, PURL_FRACC ; Q5L3D2, PURL_GEOKA ; +DR C5D4I0, PURL_GEOSW ; A4IJX3, PURL_GEOTN ; Q7NIR9, PURL_GLOVI ; +DR Q5FNL0, PURL_GLUOX ; Q0BRI4, PURL_GRABC ; Q9KF57, PURL_HALH5 ; +DR B9LT08, PURL_HALLT ; Q5V2D3, PURL_HALMA ; B0R4B5, PURL_HALS3 ; +DR Q9HR49, PURL_HALSA ; Q18JI5, PURL_HALWD ; Q7VF52, PURL_HELHP ; +DR A8ABX6, PURL_IGNH4 ; Q28QC2, PURL_JANSC ; Q5FIV1, PURL_LACAC ; +DR P35852, PURL_LACCA ; Q1G9F8, PURL_LACDA ; Q049L7, PURL_LACDB ; +DR A8YW85, PURL_LACH4 ; Q9CFE8, PURL_LACLA ; Q9ZB06, PURL_LACLC ; +DR A2RJW3, PURL_LACLM ; Q02Y55, PURL_LACLS ; Q037U9, PURL_LACP3 ; +DR Q88U25, PURL_LACPL ; Q38XW7, PURL_LATSS ; Q6ACC3, PURL_LEIXX ; +DR B0SB88, PURL_LEPBA ; Q04QS4, PURL_LEPBJ ; Q053V5, PURL_LEPBL ; +DR B0ST16, PURL_LEPBP ; Q72PR5, PURL_LEPIC ; Q8F6I3, PURL_LEPIN ; +DR Q03Y89, PURL_LEUMM ; Q1WU59, PURL_LIGS1 ; B2GF74, PURL_LIMF3 ; +DR A5VHT8, PURL_LIMRD ; B2G5B8, PURL_LIMRJ ; Q92AN9, PURL_LISIN ; +DR C1KW68, PURL_LISMC ; Q71YP9, PURL_LISMF ; B8DDY8, PURL_LISMH ; +DR Q8Y6C1, PURL_LISMO ; A0AJM3, PURL_LISW6 ; B9EAY8, PURL_MACCJ ; +DR A6UX13, PURL_META3 ; Q8TIT6, PURL_METAC ; Q46F25, PURL_METBF ; +DR Q58660, PURL_METJA ; Q8TY09, PURL_METKA ; Q8PYK1, PURL_METMA ; +DR A5UMW9, PURL_METS3 ; A4YI68, PURL_METS5 ; B8EPE8, PURL_METSB ; +DR Q2NEB6, PURL_METST ; O27427, PURL_METTH ; P26500, PURL_METTM ; +DR A0B5C7, PURL_METTP ; Q2RGU5, PURL_MOOTA ; A0QAT1, PURL_MYCA1 ; +DR B1MHY1, PURL_MYCA9 ; P0A5T9, PURL_MYCBO ; A1KGT6, PURL_MYCBP ; +DR C1ALD8, PURL_MYCBT ; A4T7J3, PURL_MYCGI ; B8ZSV5, PURL_MYCLB ; +DR Q50023, PURL_MYCLE ; Q743F0, PURL_MYCPA ; A5U0J2, PURL_MYCTA ; +DR P9WHL6, PURL_MYCTO ; P9WHL7, PURL_MYCTU ; A1TFE0, PURL_MYCVP ; +DR Q3IQL3, PURL_NATPD ; Q1QMU2, PURL_NITHX ; A6Q3E8, PURL_NITSB ; +DR Q3ST22, PURL_NITWN ; Q5Z2C3, PURL_NOCFA ; A1SPT8, PURL_NOCSJ ; +DR B2IU46, PURL_NOSP7 ; Q8YR06, PURL_NOSS1 ; Q2G630, PURL_NOVAD ; +DR Q8ES96, PURL_OCEIH ; A1B943, PURL_PARDP ; A7HWB1, PURL_PARL1 ; +DR Q7UA92, PURL_PARMW ; A8LCI3, PURL_PARS2 ; Q4FLJ4, PURL_PELUB ; DR A9BIH4, PURL_PETMO ; Q6KZR2, PURL_PICTO ; A3PA50, PURL_PROM0 ; DR A2BZA6, PURL_PROM1 ; A8G1Z0, PURL_PROM2 ; A2C5J9, PURL_PROM3 ; DR A2BTV9, PURL_PROM5 ; Q31DI1, PURL_PROM9 ; Q7VEK9, PURL_PROMA ; @@ -159185,8 +160283,7 @@ DR Q9A4J7, CARA_CAUVC ; Q2H132, CARA_CHAGB ; Q8KGA2, CARA_CHLTE ; DR Q97FT2, CARA_CLOAB ; Q8XHB2, CARA_CLOPE ; Q1DUF5, CARA_COCIM ; DR Q6NH15, CARA_CORDI ; Q8FT41, CARA_COREF ; P58893, CARA_CORGL ; DR O19886, CARA_CYACA ; Q6BJG4, CARA_DEBHA ; Q1IWN0, CARA_DEIGD ; -DR Q9RWI4, CARA_DEIRA ; B8IZS6, CARA_DESDA ; Q726J4, CARA_DESVH ; -DR Q8KZA0, CARA_DESVM ; A1VA26, CARA_DESVV ; P0A6F2, CARA_ECO57 ; +DR Q9RWI4, CARA_DEIRA ; B8IZS6, CARA_DESDA ; P0A6F2, CARA_ECO57 ; DR Q8FLB1, CARA_ECOL6 ; P0A6F1, CARA_ECOLI ; Q5BB37, CARA_EMENI ; DR Q752N9, CARA_EREGS ; Q8RG87, CARA_FUSNN ; Q6B940, CARA_GRATL ; DR Q7VP66, CARA_HAEDU ; Q8RSS4, CARA_HALER ; Q9K9V8, CARA_HALH5 ; @@ -159204,7 +160301,8 @@ DR A4YI77, CARA_METS5 ; O27079, CARA_METTH ; A6UQN4, CARA_METVS ; DR Q7U055, CARA_MYCBO ; Q9CCR3, CARA_MYCLE ; Q741H2, CARA_MYCPA ; DR P9WPK4, CARA_MYCTO ; P9WPK5, CARA_MYCTU ; Q50983, CARA_NEIGO ; DR Q9JVZ6, CARA_NEIMA ; Q9JXX4, CARA_NEIMB ; A1CZ92, CARA_NEOFI ; -DR Q1XDT6, CARA_NEOYE ; P22572, CARA_NEUCR ; Q8YXQ7, CARA_NOSS1 ; +DR Q1XDT6, CARA_NEOYE ; P22572, CARA_NEUCR ; Q726J4, CARA_NITV2 ; +DR A1VA26, CARA_NITV4 ; Q8KZA0, CARA_NITV9 ; Q8YXQ7, CARA_NOSS1 ; DR Q8CXH8, CARA_OCEIH ; Q6YV23, CARA_ORYSJ ; Q7U7F9, CARA_PARMW ; DR Q9CKV3, CARA_PASMU ; Q6D0C8, CARA_PECAS ; Q0U5H7, CARA_PHANO ; DR Q7N8W2, CARA_PHOLL ; Q6LUK6, CARA_PHOPR ; A4SXM1, CARA_POLAQ ; @@ -159247,7 +160345,7 @@ DR A1A0T4, CARB_BIFAA ; B3DQ32, CARB_BIFLD ; Q8G815, CARB_BIFLO ; DR B7GPW2, CARB_BIFLS ; Q8YIC2, CARB_BRUME ; Q8FZJ3, CARB_BRUSU ; DR P57244, CARB_BUCAI ; Q8K9Z7, CARB_BUCAP ; P59448, CARB_BUCBP ; DR Q8RBK0, CARB_CALS4 ; Q9PIL7, CARB_CAMJE ; Q9A4D6, CARB_CAUVC ; -DR A5CRX5, CARB_CLAM3 ; B0REV9, CARB_CLAMS ; Q97FT3, CARB_CLOAB ; +DR A5CRX5, CARB_CLAM3 ; B0REV9, CARB_CLASE ; Q97FT3, CARB_CLOAB ; DR A6LPD9, CARB_CLOB8 ; B2UX86, CARB_CLOBA ; B2THH3, CARB_CLOBB ; DR C1FNY3, CARB_CLOBJ ; A7GE89, CARB_CLOBL ; B1KT07, CARB_CLOBM ; DR Q0TM79, CARB_CLOP1 ; Q8XHB3, CARB_CLOPE ; Q0SPY4, CARB_CLOPS ; @@ -159437,43 +160535,42 @@ DR A5FQ07, GATA_DEHMB ; Q3ZYM5, GATA_DEHMC ; C1D1L2, GATA_DEIDV ; DR Q1J0C2, GATA_DEIGD ; Q9RTA9, GATA_DEIRA ; C0QKZ5, GATA_DESAH ; DR B8FCK9, GATA_DESAL ; B1I3K2, GATA_DESAP ; B8J405, GATA_DESDA ; DR A8ZSP8, GATA_DESOH ; Q6AQK1, GATA_DESPS ; A4J6Z8, GATA_DESRM ; -DR Q72DX1, GATA_DESVH ; A1VFG9, GATA_DESVV ; Q54L63, GATA_DICDI ; -DR A5EY31, GATA_DICNV ; A8LJ23, GATA_DINSH ; Q9VE09, GATA_DROME ; -DR Q29BT3, GATA_DROPS ; Q3YSB0, GATA_EHRCJ ; Q2GGC5, GATA_EHRCR ; -DR Q5FHN7, GATA_EHRRG ; Q5HBG3, GATA_EHRRW ; Q5AQN0, GATA_EMENI ; -DR B1GZD3, GATA_ENDTX ; Q837V3, GATA_ENTFA ; Q75D84, GATA_EREGS ; -DR B1YM01, GATA_EXIS2 ; C4L690, GATA_EXISA ; Q2J6U6, GATA_FRACC ; -DR B0TWN0, GATA_FRAP2 ; Q14K49, GATA_FRAT1 ; A7NEM1, GATA_FRATF ; -DR Q2A1D8, GATA_FRATH ; B2SEM6, GATA_FRATM ; A0Q8I2, GATA_FRATN ; -DR Q0BK40, GATA_FRATO ; Q5NIP6, GATA_FRATT ; A4IVY3, GATA_FRATW ; -DR Q8R679, GATA_FUSNN ; C7YSE7, GATA_FUSV7 ; B9LZ18, GATA_GEODF ; -DR Q5L3B3, GATA_GEOKA ; Q39ZK0, GATA_GEOMG ; Q93LE2, GATA_GEOSE ; -DR Q746Y7, GATA_GEOSL ; C6E6Z2, GATA_GEOSM ; C5D4K6, GATA_GEOSW ; -DR A4IJZ2, GATA_GEOTN ; A5G9J9, GATA_GEOUR ; B7KLL5, GATA_GLOC7 ; -DR Q7NKF0, GATA_GLOVI ; Q5FND3, GATA_GLUOX ; Q0BTK2, GATA_GRABC ; -DR Q2SBG5, GATA_HAHCH ; Q9Z9W9, GATA_HALH5 ; A1WVR7, GATA_HALHL ; -DR Q5V2G6, GATA_HALMA ; B8D125, GATA_HALOH ; Q9HR43, GATA_HALSA ; -DR Q17WM2, GATA_HELAH ; Q7VIA7, GATA_HELHP ; B0TDK7, GATA_HELMI ; -DR B6JM61, GATA_HELP2 ; B5Z7J5, GATA_HELPG ; Q1CT39, GATA_HELPH ; -DR Q9ZL13, GATA_HELPJ ; B2USZ8, GATA_HELPS ; P56114, GATA_HELPY ; -DR A4G1L4, GATA_HERAR ; Q9H0R6, GATA_HUMAN ; Q31F53, GATA_HYDCU ; -DR Q0BZV5, GATA_HYPNA ; B7PDC5, GATA_IXOSC ; A6SUD7, GATA_JANMA ; -DR Q28T24, GATA_JANSC ; A6W7L7, GATA_KINRD ; Q1IUE4, GATA_KORVE ; -DR Q5FLL1, GATA_LACAC ; B3WD57, GATA_LACCB ; Q1GBF4, GATA_LACDA ; -DR Q04BV7, GATA_LACDB ; C4Z3J4, GATA_LACE2 ; Q041K5, GATA_LACGA ; -DR A8YTZ6, GATA_LACH4 ; Q74I52, GATA_LACJO ; Q9CJ43, GATA_LACLA ; -DR A2RHP5, GATA_LACLM ; Q032T3, GATA_LACLS ; Q03AC0, GATA_LACP3 ; -DR A9KJ26, GATA_LACP7 ; Q88XP7, GATA_LACPL ; Q38VC9, GATA_LATSS ; -DR Q1MPY8, GATA_LAWIP ; Q5X4H5, GATA_LEGPA ; A5ICP2, GATA_LEGPC ; -DR Q5ZUQ7, GATA_LEGPH ; Q5WVW0, GATA_LEGPL ; Q6AEE8, GATA_LEIXX ; -DR B0S8V3, GATA_LEPBA ; Q04SA5, GATA_LEPBJ ; Q050D1, GATA_LEPBL ; -DR B0SRP1, GATA_LEPBP ; Q72SC3, GATA_LEPIC ; Q8F3A1, GATA_LEPIN ; -DR Q03Q16, GATA_LEVBA ; Q1WSH9, GATA_LIGS1 ; B2GDS6, GATA_LIMF3 ; -DR A5VLG3, GATA_LIMRD ; B2G8T6, GATA_LIMRJ ; Q92AQ3, GATA_LISIN ; -DR C1KW54, GATA_LISMC ; Q71YR3, GATA_LISMF ; B8DFG8, GATA_LISMH ; -DR Q8Y6D2, GATA_LISMO ; A0AJK8, GATA_LISW6 ; B1HTW9, GATA_LYSSC ; -DR B9E826, GATA_MACCJ ; Q4R7R9, GATA_MACFA ; A0L5G0, GATA_MAGMM ; -DR Q2W6Y6, GATA_MAGSA ; B6U151, GATA_MAIZE ; Q0ANY9, GATA_MARMM ; +DR Q54L63, GATA_DICDI ; A5EY31, GATA_DICNV ; A8LJ23, GATA_DINSH ; +DR Q9VE09, GATA_DROME ; Q29BT3, GATA_DROPS ; Q3YSB0, GATA_EHRCJ ; +DR Q2GGC5, GATA_EHRCR ; Q5FHN7, GATA_EHRRG ; Q5HBG3, GATA_EHRRW ; +DR Q5AQN0, GATA_EMENI ; B1GZD3, GATA_ENDTX ; Q837V3, GATA_ENTFA ; +DR Q75D84, GATA_EREGS ; B1YM01, GATA_EXIS2 ; C4L690, GATA_EXISA ; +DR Q2J6U6, GATA_FRACC ; B0TWN0, GATA_FRAP2 ; Q14K49, GATA_FRAT1 ; +DR A7NEM1, GATA_FRATF ; Q2A1D8, GATA_FRATH ; B2SEM6, GATA_FRATM ; +DR A0Q8I2, GATA_FRATN ; Q0BK40, GATA_FRATO ; Q5NIP6, GATA_FRATT ; +DR A4IVY3, GATA_FRATW ; Q8R679, GATA_FUSNN ; C7YSE7, GATA_FUSV7 ; +DR B9LZ18, GATA_GEODF ; Q5L3B3, GATA_GEOKA ; Q39ZK0, GATA_GEOMG ; +DR Q93LE2, GATA_GEOSE ; Q746Y7, GATA_GEOSL ; C6E6Z2, GATA_GEOSM ; +DR C5D4K6, GATA_GEOSW ; A4IJZ2, GATA_GEOTN ; A5G9J9, GATA_GEOUR ; +DR B7KLL5, GATA_GLOC7 ; Q7NKF0, GATA_GLOVI ; Q5FND3, GATA_GLUOX ; +DR Q0BTK2, GATA_GRABC ; Q2SBG5, GATA_HAHCH ; Q9Z9W9, GATA_HALH5 ; +DR A1WVR7, GATA_HALHL ; Q5V2G6, GATA_HALMA ; B8D125, GATA_HALOH ; +DR Q9HR43, GATA_HALSA ; Q17WM2, GATA_HELAH ; Q7VIA7, GATA_HELHP ; +DR B0TDK7, GATA_HELMI ; B6JM61, GATA_HELP2 ; B5Z7J5, GATA_HELPG ; +DR Q1CT39, GATA_HELPH ; Q9ZL13, GATA_HELPJ ; B2USZ8, GATA_HELPS ; +DR P56114, GATA_HELPY ; A4G1L4, GATA_HERAR ; Q9H0R6, GATA_HUMAN ; +DR Q31F53, GATA_HYDCU ; Q0BZV5, GATA_HYPNA ; B7PDC5, GATA_IXOSC ; +DR A6SUD7, GATA_JANMA ; Q28T24, GATA_JANSC ; A6W7L7, GATA_KINRD ; +DR Q1IUE4, GATA_KORVE ; Q5FLL1, GATA_LACAC ; B3WD57, GATA_LACCB ; +DR Q1GBF4, GATA_LACDA ; Q04BV7, GATA_LACDB ; C4Z3J4, GATA_LACE2 ; +DR Q041K5, GATA_LACGA ; A8YTZ6, GATA_LACH4 ; Q74I52, GATA_LACJO ; +DR Q9CJ43, GATA_LACLA ; A2RHP5, GATA_LACLM ; Q032T3, GATA_LACLS ; +DR Q03AC0, GATA_LACP3 ; A9KJ26, GATA_LACP7 ; Q88XP7, GATA_LACPL ; +DR Q38VC9, GATA_LATSS ; Q1MPY8, GATA_LAWIP ; Q5X4H5, GATA_LEGPA ; +DR A5ICP2, GATA_LEGPC ; Q5ZUQ7, GATA_LEGPH ; Q5WVW0, GATA_LEGPL ; +DR Q6AEE8, GATA_LEIXX ; B0S8V3, GATA_LEPBA ; Q04SA5, GATA_LEPBJ ; +DR Q050D1, GATA_LEPBL ; B0SRP1, GATA_LEPBP ; Q72SC3, GATA_LEPIC ; +DR Q8F3A1, GATA_LEPIN ; Q03Q16, GATA_LEVBA ; Q1WSH9, GATA_LIGS1 ; +DR B2GDS6, GATA_LIMF3 ; A5VLG3, GATA_LIMRD ; B2G8T6, GATA_LIMRJ ; +DR Q92AQ3, GATA_LISIN ; C1KW54, GATA_LISMC ; Q71YR3, GATA_LISMF ; +DR B8DFG8, GATA_LISMH ; Q8Y6D2, GATA_LISMO ; A0AJK8, GATA_LISW6 ; +DR B1HTW9, GATA_LYSSC ; B9E826, GATA_MACCJ ; Q4R7R9, GATA_MACFA ; +DR A0L5G0, GATA_MAGMM ; B6U151, GATA_MAIZE ; Q0ANY9, GATA_MARMM ; DR A6VWN0, GATA_MARMS ; A1U486, GATA_MARN8 ; C6BSE9, GATA_MARSD ; DR Q8THJ1, GATA_METAC ; Q46E35, GATA_METBF ; Q12VH1, GATA_METBU ; DR B7KWB0, GATA_METC4 ; Q60CK8, GATA_METCA ; A9W748, GATA_METEP ; @@ -159494,12 +160591,13 @@ DR B4RM85, GATA_NEIG2 ; A9M003, GATA_NEIM0 ; Q9JTZ5, GATA_NEIMA ; DR Q9JYZ9, GATA_NEIMB ; A1KUH8, GATA_NEIMF ; Q2GEE7, GATA_NEOSM ; DR Q7SHZ2, GATA_NEUCR ; Q0AFP4, GATA_NITEC ; Q820J1, GATA_NITEU ; DR Q1QL30, GATA_NITHX ; Q2YC91, GATA_NITMU ; Q3J7V7, GATA_NITOC ; -DR A6Q4I0, GATA_NITSB ; Q3SR31, GATA_NITWN ; Q5YRT4, GATA_NOCFA ; -DR B2IYD7, GATA_NOSP7 ; Q8YY02, GATA_NOSS1 ; Q2G4F5, GATA_NOVAD ; -DR Q8ES78, GATA_OCEIH ; Q04DD1, GATA_OENOB ; Q313S5, GATA_OLEA2 ; -DR A5CEC8, GATA_ORITB ; B3CQQ9, GATA_ORITI ; F7A3P2, GATA_ORNAN ; -DR Q25A68, GATA_ORYSI ; Q7X8Z8, GATA_ORYSJ ; A1R4R1, GATA_PAEAT ; -DR A7HX17, GATA_PARL1 ; Q7U7F4, GATA_PARMW ; B2JJW2, GATA_PARP8 ; +DR A6Q4I0, GATA_NITSB ; Q72DX1, GATA_NITV2 ; A1VFG9, GATA_NITV4 ; +DR Q3SR31, GATA_NITWN ; Q5YRT4, GATA_NOCFA ; B2IYD7, GATA_NOSP7 ; +DR Q8YY02, GATA_NOSS1 ; Q2G4F5, GATA_NOVAD ; Q8ES78, GATA_OCEIH ; +DR Q04DD1, GATA_OENOB ; Q313S5, GATA_OLEA2 ; A5CEC8, GATA_ORITB ; +DR B3CQQ9, GATA_ORITI ; F7A3P2, GATA_ORNAN ; Q25A68, GATA_ORYSI ; +DR Q7X8Z8, GATA_ORYSJ ; A1R4R1, GATA_PAEAT ; A7HX17, GATA_PARL1 ; +DR Q2W6Y6, GATA_PARM1 ; Q7U7F4, GATA_PARMW ; B2JJW2, GATA_PARP8 ; DR B2T1M4, GATA_PARPJ ; Q6MDF5, GATA_PARUW ; Q146Y5, GATA_PARXL ; DR E0VSP9, GATA_PEDHC ; Q03EG5, GATA_PEDPA ; B4SCS6, GATA_PELPB ; DR A1ATL3, GATA_PELPD ; Q4FLQ7, GATA_PELUB ; C0QRF9, GATA_PERMH ; @@ -159888,10 +160986,10 @@ CC terminus on the capped terminus, which results in formation of the CC phosphodiester bond and release of the adenylate. CC -!- RNA can also act as substrate, to some extent. cf. EC 6.5.1.1, CC EC 6.5.1.6 and EC 6.5.1.7. -DR Q97JS8, DNLJ1_CLOAB; C1D1Y6, DNLJ1_DEIDV; A1VC99, DNLJ1_DESVV; +DR Q97JS8, DNLJ1_CLOAB; C1D1Y6, DNLJ1_DEIDV; A1VC99, DNLJ1_NITV4; DR Q5YVN7, DNLJ1_NOCFA; B1ZWH2, DNLJ1_OPITP; B8HFJ3, DNLJ1_PSECP; DR Q9Z585, DNLJ1_STRCO; B1VUC2, DNLJ1_STRGG; Q97FQ5, DNLJ2_CLOAB; -DR C1CVC7, DNLJ2_DEIDV; A1VDM7, DNLJ2_DESVV; Q5YRS7, DNLJ2_NOCFA; +DR C1CVC7, DNLJ2_DEIDV; A1VDM7, DNLJ2_NITV4; Q5YRS7, DNLJ2_NOCFA; DR B1ZMR3, DNLJ2_OPITP; B8HIQ9, DNLJ2_PSECP; Q93IZ8, DNLJ2_STRCO; DR B1VZW1, DNLJ2_STRGG; B0C308, DNLJ_ACAM1 ; A3DE88, DNLJ_ACET2 ; DR A9NHW0, DNLJ_ACHLI ; Q6FDW0, DNLJ_ACIAD ; B7GZ71, DNLJ_ACIB3 ; @@ -159957,7 +161055,7 @@ DR B0B9Q4, DNLJ_CHLT2 ; B3QSH0, DNLJ_CHLT3 ; Q3KMM3, DNLJ_CHLTA ; DR B0BBD3, DNLJ_CHLTB ; Q8KF74, DNLJ_CHLTE ; O84148, DNLJ_CHLTR ; DR A0LZ23, DNLJ_CHRFK ; Q1QZP4, DNLJ_CHRSD ; Q7NR81, DNLJ_CHRVO ; DR B5EIJ0, DNLJ_CITBB ; A8ADI2, DNLJ_CITK8 ; A5CQU5, DNLJ_CLAM3 ; -DR B0RGA7, DNLJ_CLAMS ; A7FYL7, DNLJ_CLOB1 ; C3KUA1, DNLJ_CLOB6 ; +DR B0RGA7, DNLJ_CLASE ; A7FYL7, DNLJ_CLOB1 ; C3KUA1, DNLJ_CLOB6 ; DR A6LQB0, DNLJ_CLOB8 ; B2UZ23, DNLJ_CLOBA ; B2TIZ7, DNLJ_CLOBB ; DR A5I6Z7, DNLJ_CLOBH ; C1FLS8, DNLJ_CLOBJ ; B1ING1, DNLJ_CLOBK ; DR A7GIK6, DNLJ_CLOBL ; B1L1H3, DNLJ_CLOBM ; Q180F3, DNLJ_CLOD6 ; @@ -159976,21 +161074,20 @@ DR Q3ZX08, DNLJ_DEHMC ; Q1J0I6, DNLJ_DEIGD ; Q9RSQ5, DNLJ_DEIRA ; DR A9BZW4, DNLJ_DELAS ; C0QJ86, DNLJ_DESAH ; B8FKD5, DNLJ_DESAL ; DR B1I551, DNLJ_DESAP ; B8J0Q0, DNLJ_DESDA ; B8FP44, DNLJ_DESHD ; DR Q24QL5, DNLJ_DESHY ; A9A0L9, DNLJ_DESOH ; Q6API9, DNLJ_DESPS ; -DR A4J703, DNLJ_DESRM ; Q72BM7, DNLJ_DESVH ; B8DJT6, DNLJ_DESVM ; -DR A5EVZ5, DNLJ_DICNV ; A8LK52, DNLJ_DINSH ; A7ZPL2, DNLJ_ECO24 ; -DR B7UGB2, DNLJ_ECO27 ; B7MHR5, DNLJ_ECO45 ; B7LCF6, DNLJ_ECO55 ; -DR Q8XBL5, DNLJ_ECO57 ; B5YZV8, DNLJ_ECO5E ; B7NPU7, DNLJ_ECO7I ; -DR B7MY64, DNLJ_ECO81 ; B7M6S1, DNLJ_ECO8A ; B1XA82, DNLJ_ECODH ; -DR A8A2Q7, DNLJ_ECOHS ; A1ADS8, DNLJ_ECOK1 ; Q0TF55, DNLJ_ECOL5 ; -DR Q8FFC1, DNLJ_ECOL6 ; B1IX60, DNLJ_ECOLC ; P15042, DNLJ_ECOLI ; -DR B7N602, DNLJ_ECOLU ; B6I4Y8, DNLJ_ECOSE ; B1LMK5, DNLJ_ECOSM ; -DR Q1R8W1, DNLJ_ECOUT ; Q3YRC1, DNLJ_EHRCJ ; Q2GHG1, DNLJ_EHRCR ; -DR Q5FG20, DNLJ_EHRRG ; Q5HAI7, DNLJ_EHRRW ; B2KE31, DNLJ_ELUMP ; -DR B1H072, DNLJ_ENDTX ; A4WD23, DNLJ_ENT38 ; Q837V6, DNLJ_ENTFA ; -DR B2VE40, DNLJ_ERWT9 ; Q2N9V6, DNLJ_ERYLH ; B7LL73, DNLJ_ESCF3 ; -DR B1YJ17, DNLJ_EXIS2 ; A7HJG6, DNLJ_FERNB ; B0RZW0, DNLJ_FINM2 ; -DR A5FE87, DNLJ_FLAJ1 ; A6H0N9, DNLJ_FLAPJ ; Q0RDH8, DNLJ_FRAAA ; -DR Q2J6U3, DNLJ_FRACC ; B0TY02, DNLJ_FRAP2 ; A8L538, DNLJ_FRASN ; +DR A4J703, DNLJ_DESRM ; A5EVZ5, DNLJ_DICNV ; A8LK52, DNLJ_DINSH ; +DR A7ZPL2, DNLJ_ECO24 ; B7UGB2, DNLJ_ECO27 ; B7MHR5, DNLJ_ECO45 ; +DR B7LCF6, DNLJ_ECO55 ; Q8XBL5, DNLJ_ECO57 ; B5YZV8, DNLJ_ECO5E ; +DR B7NPU7, DNLJ_ECO7I ; B7MY64, DNLJ_ECO81 ; B7M6S1, DNLJ_ECO8A ; +DR B1XA82, DNLJ_ECODH ; A8A2Q7, DNLJ_ECOHS ; A1ADS8, DNLJ_ECOK1 ; +DR Q0TF55, DNLJ_ECOL5 ; Q8FFC1, DNLJ_ECOL6 ; B1IX60, DNLJ_ECOLC ; +DR P15042, DNLJ_ECOLI ; B7N602, DNLJ_ECOLU ; B6I4Y8, DNLJ_ECOSE ; +DR B1LMK5, DNLJ_ECOSM ; Q1R8W1, DNLJ_ECOUT ; Q3YRC1, DNLJ_EHRCJ ; +DR Q2GHG1, DNLJ_EHRCR ; Q5FG20, DNLJ_EHRRG ; Q5HAI7, DNLJ_EHRRW ; +DR B2KE31, DNLJ_ELUMP ; B1H072, DNLJ_ENDTX ; A4WD23, DNLJ_ENT38 ; +DR Q837V6, DNLJ_ENTFA ; B2VE40, DNLJ_ERWT9 ; Q2N9V6, DNLJ_ERYLH ; +DR B7LL73, DNLJ_ESCF3 ; B1YJ17, DNLJ_EXIS2 ; A7HJG6, DNLJ_FERNB ; +DR B0RZW0, DNLJ_FINM2 ; A5FE87, DNLJ_FLAJ1 ; A6H0N9, DNLJ_FLAPJ ; +DR Q0RDH8, DNLJ_FRAAA ; Q2J6U3, DNLJ_FRACC ; B0TY02, DNLJ_FRAP2 ; DR Q14GL3, DNLJ_FRAT1 ; A7NB34, DNLJ_FRATF ; Q2A4C4, DNLJ_FRATH ; DR B2SFT1, DNLJ_FRATM ; A0Q7L0, DNLJ_FRATN ; Q0BMQ3, DNLJ_FRATO ; DR Q5NF60, DNLJ_FRATT ; A4IWW8, DNLJ_FRATW ; Q8RI94, DNLJ_FUSNN ; @@ -160026,36 +161123,37 @@ DR B2GDS9, DNLJ_LIMF3 ; A5VLG6, DNLJ_LIMRD ; B2G8T9, DNLJ_LIMRJ ; DR Q92AQ0, DNLJ_LISIN ; C1KW57, DNLJ_LISMC ; Q71YR0, DNLJ_LISMF ; DR B8DFG5, DNLJ_LISMH ; Q8Y6D0, DNLJ_LISMO ; A0AJL1, DNLJ_LISW6 ; DR B1HTW6, DNLJ_LYSSC ; B9E830, DNLJ_MACCJ ; A0LDY1, DNLJ_MAGMM ; -DR Q2W0G3, DNLJ_MAGSA ; Q8EWL9, DNLJ_MALP2 ; Q65RN7, DNLJ_MANSM ; -DR Q0AMX9, DNLJ_MARMM ; A6W0S9, DNLJ_MARMS ; A1TZT9, DNLJ_MARN8 ; -DR Q6F1V7, DNLJ_MESFL ; Q601T8, DNLJ_MESH2 ; Q4A899, DNLJ_MESH7 ; -DR Q4AA72, DNLJ_MESHJ ; Q6KI95, DNLJ_MESM1 ; B3PMJ0, DNLJ_META1 ; -DR B7KU78, DNLJ_METC4 ; Q604U8, DNLJ_METCA ; A9VWA4, DNLJ_METEP ; -DR Q1H1G6, DNLJ_METFK ; B3DWU2, DNLJ_METI4 ; B8ICE5, DNLJ_METNO ; -DR B1Z9P1, DNLJ_METPB ; A2SGT2, DNLJ_METPP ; B1M575, DNLJ_METRJ ; -DR B0UQ51, DNLJ_METS4 ; B8ETN6, DNLJ_METSB ; B0JTW2, DNLJ_MICAN ; -DR Q5UPZ0, DNLJ_MIMIV ; Q2RGY0, DNLJ_MOOTA ; A0QJE3, DNLJ_MYCA1 ; -DR B1MDV2, DNLJ_MYCA9 ; A5IY71, DNLJ_MYCAP ; P63974, DNLJ_MYCBO ; -DR A1KN09, DNLJ_MYCBP ; C1AGD0, DNLJ_MYCBT ; Q2SRE1, DNLJ_MYCCT ; -DR Q7NAF8, DNLJ_MYCGA ; P47496, DNLJ_MYCGE ; A4TDZ8, DNLJ_MYCGI ; -DR B8ZS27, DNLJ_MYCLB ; O33102, DNLJ_MYCLE ; B2HIF0, DNLJ_MYCMM ; -DR Q6MSK8, DNLJ_MYCMS ; P78021, DNLJ_MYCPN ; Q98QH2, DNLJ_MYCPU ; -DR A0QUW7, DNLJ_MYCS2 ; Q4A5J6, DNLJ_MYCS5 ; A3PXM2, DNLJ_MYCSJ ; -DR A1UE68, DNLJ_MYCSK ; Q1BAU4, DNLJ_MYCSS ; A5U726, DNLJ_MYCTA ; -DR P9WNV0, DNLJ_MYCTO ; P9WNV1, DNLJ_MYCTU ; A0PPW9, DNLJ_MYCUA ; -DR A1T6X7, DNLJ_MYCVP ; Q1D0P7, DNLJ_MYXXD ; Q3ITK1, DNLJ_NATPD ; -DR B2A5W5, DNLJ_NATTJ ; B9L8R4, DNLJ_NAUPA ; Q5F9Z9, DNLJ_NEIG1 ; -DR B4RJQ9, DNLJ_NEIG2 ; A9M2U7, DNLJ_NEIM0 ; A1IQR7, DNLJ_NEIMA ; -DR Q9K0E3, DNLJ_NEIMB ; A1KSS7, DNLJ_NEIMF ; Q2GDR2, DNLJ_NEOSM ; -DR Q0AHH6, DNLJ_NITEC ; Q82TW6, DNLJ_NITEU ; Q1QNT2, DNLJ_NITHX ; -DR Q2YBB7, DNLJ_NITMU ; Q3JAI1, DNLJ_NITOC ; A6Q433, DNLJ_NITSB ; -DR Q3STR7, DNLJ_NITWN ; A1SMA5, DNLJ_NOCSJ ; B2J3P0, DNLJ_NOSP7 ; -DR Q8YW98, DNLJ_NOSS1 ; Q2G7J5, DNLJ_NOVAD ; Q8CXK6, DNLJ_OCEIH ; -DR Q04GN6, DNLJ_OENOB ; Q30ZK6, DNLJ_OLEA2 ; Q6YQD6, DNLJ_ONYPE ; -DR A5CEY0, DNLJ_ORITB ; B3CVK1, DNLJ_ORITI ; A1R4P6, DNLJ_PAEAT ; -DR A1TR21, DNLJ_PARC0 ; A6LA55, DNLJ_PARD8 ; A1B9F5, DNLJ_PARDP ; -DR A7HVV8, DNLJ_PARL1 ; Q7U3P1, DNLJ_PARMW ; B2JID1, DNLJ_PARP8 ; -DR B2T5K0, DNLJ_PARPJ ; Q6MAB5, DNLJ_PARUW ; Q13XB0, DNLJ_PARXL ; +DR Q8EWL9, DNLJ_MALP2 ; Q65RN7, DNLJ_MANSM ; Q0AMX9, DNLJ_MARMM ; +DR A6W0S9, DNLJ_MARMS ; A1TZT9, DNLJ_MARN8 ; Q6F1V7, DNLJ_MESFL ; +DR Q601T8, DNLJ_MESH2 ; Q4A899, DNLJ_MESH7 ; Q4AA72, DNLJ_MESHJ ; +DR B3PMJ0, DNLJ_META1 ; B7KU78, DNLJ_METC4 ; Q604U8, DNLJ_METCA ; +DR A9VWA4, DNLJ_METEP ; Q1H1G6, DNLJ_METFK ; B3DWU2, DNLJ_METI4 ; +DR B8ICE5, DNLJ_METNO ; B1Z9P1, DNLJ_METPB ; A2SGT2, DNLJ_METPP ; +DR B1M575, DNLJ_METRJ ; B0UQ51, DNLJ_METS4 ; B8ETN6, DNLJ_METSB ; +DR B0JTW2, DNLJ_MICAN ; Q5UPZ0, DNLJ_MIMIV ; Q2RGY0, DNLJ_MOOTA ; +DR A0QJE3, DNLJ_MYCA1 ; B1MDV2, DNLJ_MYCA9 ; A5IY71, DNLJ_MYCAP ; +DR P63974, DNLJ_MYCBO ; A1KN09, DNLJ_MYCBP ; C1AGD0, DNLJ_MYCBT ; +DR Q2SRE1, DNLJ_MYCCT ; Q7NAF8, DNLJ_MYCGA ; P47496, DNLJ_MYCGE ; +DR A4TDZ8, DNLJ_MYCGI ; B8ZS27, DNLJ_MYCLB ; O33102, DNLJ_MYCLE ; +DR Q6KI95, DNLJ_MYCM1 ; B2HIF0, DNLJ_MYCMM ; Q6MSK8, DNLJ_MYCMS ; +DR P78021, DNLJ_MYCPN ; Q98QH2, DNLJ_MYCPU ; A0QUW7, DNLJ_MYCS2 ; +DR Q4A5J6, DNLJ_MYCS5 ; A3PXM2, DNLJ_MYCSJ ; A1UE68, DNLJ_MYCSK ; +DR Q1BAU4, DNLJ_MYCSS ; A5U726, DNLJ_MYCTA ; P9WNV0, DNLJ_MYCTO ; +DR P9WNV1, DNLJ_MYCTU ; A0PPW9, DNLJ_MYCUA ; A1T6X7, DNLJ_MYCVP ; +DR Q1D0P7, DNLJ_MYXXD ; Q3ITK1, DNLJ_NATPD ; B2A5W5, DNLJ_NATTJ ; +DR B9L8R4, DNLJ_NAUPA ; Q5F9Z9, DNLJ_NEIG1 ; B4RJQ9, DNLJ_NEIG2 ; +DR A9M2U7, DNLJ_NEIM0 ; A1IQR7, DNLJ_NEIMA ; Q9K0E3, DNLJ_NEIMB ; +DR A1KSS7, DNLJ_NEIMF ; Q2GDR2, DNLJ_NEOSM ; Q0AHH6, DNLJ_NITEC ; +DR Q82TW6, DNLJ_NITEU ; Q1QNT2, DNLJ_NITHX ; Q2YBB7, DNLJ_NITMU ; +DR Q3JAI1, DNLJ_NITOC ; A6Q433, DNLJ_NITSB ; Q72BM7, DNLJ_NITV2 ; +DR B8DJT6, DNLJ_NITV9 ; Q3STR7, DNLJ_NITWN ; A1SMA5, DNLJ_NOCSJ ; +DR B2J3P0, DNLJ_NOSP7 ; Q8YW98, DNLJ_NOSS1 ; Q2G7J5, DNLJ_NOVAD ; +DR Q8CXK6, DNLJ_OCEIH ; Q04GN6, DNLJ_OENOB ; Q30ZK6, DNLJ_OLEA2 ; +DR Q6YQD6, DNLJ_ONYPE ; A5CEY0, DNLJ_ORITB ; B3CVK1, DNLJ_ORITI ; +DR A1R4P6, DNLJ_PAEAT ; A1TR21, DNLJ_PARC0 ; A6LA55, DNLJ_PARD8 ; +DR A1B9F5, DNLJ_PARDP ; A7HVV8, DNLJ_PARL1 ; Q2W0G3, DNLJ_PARM1 ; +DR Q7U3P1, DNLJ_PARMW ; B2JID1, DNLJ_PARP8 ; B2T5K0, DNLJ_PARPJ ; +DR A8L538, DNLJ_PARS2 ; Q6MAB5, DNLJ_PARUW ; Q13XB0, DNLJ_PARXL ; DR Q9CKA9, DNLJ_PASMU ; Q6D165, DNLJ_PECAS ; Q03DT9, DNLJ_PEDPA ; DR B4SCX5, DNLJ_PELPB ; A1ATJ6, DNLJ_PELPD ; A5CZ68, DNLJ_PELTS ; DR Q4FPL3, DNLJ_PELUB ; C0QSF6, DNLJ_PERMH ; A9BJX5, DNLJ_PETMO ; @@ -160149,8 +161247,8 @@ DR Q9KTD1, DNLJ_VIBCH ; C3LTL9, DNLJ_VIBCM ; Q87RJ4, DNLJ_VIBPA ; DR Q8DFK5, DNLJ_VIBVU ; Q7MMT5, DNLJ_VIBVY ; Q8D2B9, DNLJ_WIGBR ; DR Q73H01, DNLJ_WOLPM ; B3CPS1, DNLJ_WOLPP ; Q7M8A0, DNLJ_WOLSU ; DR Q5GS88, DNLJ_WOLTR ; C0R399, DNLJ_WOLWR ; Q8PM07, DNLJ_XANAC ; -DR Q3BV14, DNLJ_XANC5 ; Q4UTB0, DNLJ_XANC8 ; B0RUY2, DNLJ_XANCB ; -DR Q8PAB5, DNLJ_XANCP ; Q2P334, DNLJ_XANOM ; Q5H057, DNLJ_XANOR ; +DR Q4UTB0, DNLJ_XANC8 ; B0RUY2, DNLJ_XANCB ; Q8PAB5, DNLJ_XANCP ; +DR Q3BV14, DNLJ_XANE5 ; Q2P334, DNLJ_XANOM ; Q5H057, DNLJ_XANOR ; DR A7IG64, DNLJ_XANP2 ; B2I9S4, DNLJ_XYLF2 ; Q9PAG2, DNLJ_XYLFA ; DR B0U5G7, DNLJ_XYLFM ; Q87A88, DNLJ_XYLFT ; A1JLA4, DNLJ_YERE8 ; DR A7FGC2, DNLJ_YERP3 ; Q1C5X9, DNLJ_YERPA ; B2K917, DNLJ_YERPB ; @@ -160453,6 +161551,17 @@ CC -!- The enzyme, characterized from Streptomyces cremeus, catalyzes the CC last step in the biosynthesis of the ortho-diazoquinone cremeomycin. DR A0A0K2JLU1, CREM_STRCM ; // +ID 6.7.1.2 +DE 3-aminoavenalumate diazotase. +CA 3-aminoavenalumate + ATP + H(+) + nitrite = 3-diazoavenalumate + AMP + +CA diphosphate + H2O. +CC -!- The enzyme, characterized from the bacterium Streptomyces sp. RI-77, +CC participates in the biosynthesis of avenalumate, a phenolic acid +CC originally described from oat (Avena sativa). +CC -!- It can also act on 3-aminocoumarate and 3-amino-4-hydroxybenzoate +CC with lower activity. +DR P0DXD8, AVAA6_STRSQ; +// ID 7.1.1.1 DE proton-translocating NAD(P)(+) transhydrogenase. CA H(+)(in) + NAD(+) + NADPH = H(+)(out) + NADH + NADP(+). @@ -160831,31 +161940,31 @@ DR P92503, NU4M_AGKPI ; P48914, NU4M_ALBCA ; P51898, NU4M_ANOAR ; DR P34852, NU4M_ANOGA ; P33511, NU4M_ANOQU ; P34853, NU4M_APILI ; DR P93313, NU4M_ARATH ; P34941, NU4M_ARBLI ; P19046, NU4M_ARTSA ; DR Q37711, NU4M_ARTSF ; P24880, NU4M_ASCSU ; P03913, NU4M_ASPAM ; -DR O03692, NU4M_ATRNM ; O03695, NU4M_ATRPI ; A8DQK9, NU4M_AVACL ; -DR A8DQI9, NU4M_AVAUN ; P92494, NU4M_AZEFE ; P41298, NU4M_BALMU ; -DR P24975, NU4M_BALPH ; Q576B5, NU4M_BOSIN ; Q5Y4Q1, NU4M_BOSMU ; -DR O03697, NU4M_BOTAS ; O03698, NU4M_BOTBI ; O03699, NU4M_BOTER ; -DR O03763, NU4M_BOTHY ; O03700, NU4M_BOTLA ; O03701, NU4M_BOTSC ; -DR P03910, NU4M_BOVIN ; Q04050, NU4M_BRACM ; O47423, NU4M_BRAFL ; -DR O79421, NU4M_BRALA ; P24892, NU4M_CAEEL ; Q34076, NU4M_CAICR ; -DR P92613, NU4M_CALRH ; Q9B8C8, NU4M_CANAL ; Q9ZZ58, NU4M_CANLF ; -DR Q3L6Y5, NU4M_CANLU ; Q598S9, NU4M_CAPMR ; O78687, NU4M_CARAU ; -DR Q36150, NU4M_CARSF ; O03707, NU4M_CAURH ; Q34048, NU4M_CERCA ; -DR O03703, NU4M_CERGO ; O03204, NU4M_CERSI ; P18939, NU4M_CHICK ; -DR P20113, NU4M_CHLRE ; P48915, NU4M_CHOCR ; O03702, NU4M_CROAD ; -DR O03704, NU4M_CROLE ; O03710, NU4M_CROOO ; Q9MIY1, NU4M_DANRE ; -DR O21334, NU4M_DASNO ; A9RAH8, NU4M_DEBHA ; P92623, NU4M_DEIAC ; -DR Q2LCP7, NU4M_DICCI ; O21047, NU4M_DICDI ; P41308, NU4M_DIDVI ; -DR P18931, NU4M_DROME ; P07707, NU4M_DROYA ; Q8W9M7, NU4M_DUGDU ; -DR Q2I3G5, NU4M_ELEMA ; P03914, NU4M_EMEND ; P92484, NU4M_EQUAS ; -DR P48916, NU4M_FELCA ; P34194, NU4M_FORLA ; P55781, NU4M_GADMO ; -DR O03726, NU4M_GLOBL ; O03727, NU4M_GLOIT ; P03907, NU4M_GORGO ; -DR P38601, NU4M_HALGR ; Q9ZZY2, NU4M_HIPAM ; P48655, NU4M_HORSE ; -DR P03905, NU4M_HUMAN ; P03909, NU4M_HYLLA ; O03733, NU4M_HYPHY ; -DR P92649, NU4M_LACMU ; O03173, NU4M_LATCH ; Q34878, NU4M_LEMCA ; -DR Q85DA7, NU4M_LEPST ; Q36424, NU4M_LOCMI ; Q2I3F2, NU4M_LOXAF ; -DR Q34949, NU4M_LUMTE ; O79555, NU4M_LYCSM ; P50664, NU4M_MACFA ; -DR Q38PR3, NU4M_MAMPR ; P26848, NU4M_MARPO ; O47497, NU4M_METSE ; +DR O03695, NU4M_ATRPI ; A8DQK9, NU4M_AVACL ; A8DQI9, NU4M_AVAUN ; +DR P92494, NU4M_AZEFE ; P41298, NU4M_BALMU ; P24975, NU4M_BALPH ; +DR Q576B5, NU4M_BOSIN ; Q5Y4Q1, NU4M_BOSMU ; O03697, NU4M_BOTAS ; +DR O03698, NU4M_BOTBI ; O03699, NU4M_BOTER ; O03763, NU4M_BOTHY ; +DR O03700, NU4M_BOTLA ; O03701, NU4M_BOTSC ; P03910, NU4M_BOVIN ; +DR Q04050, NU4M_BRACM ; O47423, NU4M_BRAFL ; O79421, NU4M_BRALA ; +DR P24892, NU4M_CAEEL ; Q34076, NU4M_CAICR ; P92613, NU4M_CALRH ; +DR Q9B8C8, NU4M_CANAL ; Q9ZZ58, NU4M_CANLF ; Q3L6Y5, NU4M_CANLU ; +DR Q598S9, NU4M_CAPMR ; O78687, NU4M_CARAU ; Q36150, NU4M_CARSF ; +DR O03707, NU4M_CAURH ; Q34048, NU4M_CERCA ; O03703, NU4M_CERGO ; +DR O03204, NU4M_CERSI ; P18939, NU4M_CHICK ; P20113, NU4M_CHLRE ; +DR P48915, NU4M_CHOCR ; O03702, NU4M_CROAD ; O03710, NU4M_CROCL ; +DR O03704, NU4M_CROLE ; Q9MIY1, NU4M_DANRE ; O21334, NU4M_DASNO ; +DR A9RAH8, NU4M_DEBHA ; P92623, NU4M_DEIAC ; Q2LCP7, NU4M_DICCI ; +DR O21047, NU4M_DICDI ; P41308, NU4M_DIDVI ; P18931, NU4M_DROME ; +DR P07707, NU4M_DROYA ; Q8W9M7, NU4M_DUGDU ; Q2I3G5, NU4M_ELEMA ; +DR P03914, NU4M_EMEND ; P92484, NU4M_EQUAS ; P48916, NU4M_FELCA ; +DR P34194, NU4M_FORLA ; P55781, NU4M_GADMO ; O03726, NU4M_GLOBL ; +DR O03727, NU4M_GLOIT ; P03907, NU4M_GORGO ; P38601, NU4M_HALGR ; +DR Q9ZZY2, NU4M_HIPAM ; P48655, NU4M_HORSE ; P03905, NU4M_HUMAN ; +DR P03909, NU4M_HYLLA ; O03733, NU4M_HYPHY ; P92649, NU4M_LACMU ; +DR O03173, NU4M_LATCH ; Q34878, NU4M_LEMCA ; Q85DA7, NU4M_LEPST ; +DR Q36424, NU4M_LOCMI ; Q2I3F2, NU4M_LOXAF ; Q34949, NU4M_LUMTE ; +DR O79555, NU4M_LYCSM ; P50664, NU4M_MACFA ; Q38PR3, NU4M_MAMPR ; +DR P26848, NU4M_MARPO ; O03692, NU4M_METNM ; O47497, NU4M_METSE ; DR O21521, NU4M_MICPE ; Q591M5, NU4M_MICSI ; Q591Y7, NU4M_MICSM ; DR P03911, NU4M_MOUSE ; Q00231, NU4M_MYTED ; Q9G2W9, NU4M_MYXGL ; DR P0CY44, NU4M_NEUCR ; P11631, NU4M_ONCMY ; Q36458, NU4M_ORNAN ; @@ -161093,27 +162202,27 @@ DR P25076, CY11_SOLTU ; P29610, CY12_SOLTU ; P00125, CY1_BOVIN ; DR Q54D07, CY1_DICDI ; P20114, CY1_EUGGR ; P08574, CY1_HUMAN ; DR Q00988, CY1_KLULA ; Q9D0M3, CY1_MOUSE ; P07142, CY1_NEUCR ; DR O59680, CY1_SCHPO ; P07143, CY1_YEAST ; Q35128, CYB_NEUCR ; -DR P00163, CYB_YEAST ; A0A1D8PHA3, CYT1_CANAL ; P29677, MPPA_SOLTU ; -DR Q6NGA3, QCRB_CORDI ; Q8FNR2, QCRB_COREF ; Q79VE9, QCRB_CORGL ; -DR P63886, QCRB_MYCBO ; P15878, QCRB_MYCLE ; P9WP36, QCRB_MYCTO ; -DR P9WP37, QCRB_MYCTU ; Q9X806, QCRB_STRCO ; Q9ZFB6, QCRB_STRLI ; -DR Q6NGA1, QCRC_CORDI ; Q8FNR0, QCRC_COREF ; Q8NNK5, QCRC_CORGL ; -DR P63888, QCRC_MYCBO ; O69583, QCRC_MYCLE ; P9WP34, QCRC_MYCTO ; -DR P9WP35, QCRC_MYCTU ; A0A1D8PJX3, RIP1_CANAL ; Q94JS0, UCRI1_ARATH; -DR P49729, UCRI1_TOBAC; Q9LYR2, UCRI2_ARATH; P51132, UCRI2_TOBAC; -DR P51133, UCRI3_TOBAC; P51134, UCRI4_TOBAC; P51135, UCRI5_TOBAC; -DR O31214, UCRI_ALLVD ; Q69BJ9, UCRI_AOTAZ ; P81380, UCRI_BLAVI ; -DR P13272, UCRI_BOVIN ; P51130, UCRI_BRADU ; Q02762, UCRI_CERSP ; -DR Q5ZLR5, UCRI_CHICK ; Q69BK1, UCRI_CHLAE ; Q69BK0, UCRI_COLPO ; -DR Q69BK4, UCRI_GORGO ; P47985, UCRI_HUMAN ; Q69BJ8, UCRI_LAGLA ; -DR P49727, UCRI_MAIZE ; Q9CR68, UCRI_MOUSE ; P07056, UCRI_NEUCR ; -DR Q69BK6, UCRI_PANPA ; Q69BK5, UCRI_PANTR ; P05417, UCRI_PARDE ; -DR Q69BK3, UCRI_PONPY ; P20788, UCRI_RAT ; P0CY48, UCRI_RHOCA ; -DR D5ANZ2, UCRI_RHOCB ; P23136, UCRI_RHORU ; Q1RIA5, UCRI_RICBR ; -DR Q92IR2, UCRI_RICCN ; Q4UKR6, UCRI_RICFE ; Q9ZDQ5, UCRI_RICPR ; -DR Q68XA0, UCRI_RICTY ; Q69BJ7, UCRI_SAISC ; Q09154, UCRI_SCHPO ; -DR P37841, UCRI_SOLTU ; Q69BJ6, UCRI_SYMSY ; Q69BK2, UCRI_THEGE ; -DR P08067, UCRI_YEAST ; +DR P00163, CYB_YEAST ; Q8E8S0, CYMA_SHEON ; A0A1D8PHA3, CYT1_CANAL ; +DR P29677, MPPA_SOLTU ; Q6NGA3, QCRB_CORDI ; Q8FNR2, QCRB_COREF ; +DR Q79VE9, QCRB_CORGL ; P63886, QCRB_MYCBO ; P15878, QCRB_MYCLE ; +DR P9WP36, QCRB_MYCTO ; P9WP37, QCRB_MYCTU ; Q9X806, QCRB_STRCO ; +DR Q9ZFB6, QCRB_STRLI ; Q6NGA1, QCRC_CORDI ; Q8FNR0, QCRC_COREF ; +DR Q8NNK5, QCRC_CORGL ; P63888, QCRC_MYCBO ; O69583, QCRC_MYCLE ; +DR P9WP34, QCRC_MYCTO ; P9WP35, QCRC_MYCTU ; A0A1D8PJX3, RIP1_CANAL ; +DR Q94JS0, UCRI1_ARATH; P49729, UCRI1_TOBAC; Q9LYR2, UCRI2_ARATH; +DR P51132, UCRI2_TOBAC; P51133, UCRI3_TOBAC; P51134, UCRI4_TOBAC; +DR P51135, UCRI5_TOBAC; O31214, UCRI_ALLVD ; Q69BJ9, UCRI_AOTAZ ; +DR P81380, UCRI_BLAVI ; P13272, UCRI_BOVIN ; P51130, UCRI_BRADU ; +DR Q02762, UCRI_CERSP ; Q5ZLR5, UCRI_CHICK ; Q69BK1, UCRI_CHLAE ; +DR Q69BK0, UCRI_COLPO ; Q9VQ29, UCRI_DROME ; Q69BK4, UCRI_GORGO ; +DR P47985, UCRI_HUMAN ; Q69BJ8, UCRI_LAGLA ; P49727, UCRI_MAIZE ; +DR Q9CR68, UCRI_MOUSE ; P07056, UCRI_NEUCR ; Q69BK6, UCRI_PANPA ; +DR Q69BK5, UCRI_PANTR ; P05417, UCRI_PARDE ; Q69BK3, UCRI_PONPY ; +DR P20788, UCRI_RAT ; P0CY48, UCRI_RHOCA ; D5ANZ2, UCRI_RHOCB ; +DR P23136, UCRI_RHORU ; Q1RIA5, UCRI_RICBR ; Q92IR2, UCRI_RICCN ; +DR Q4UKR6, UCRI_RICFE ; Q9ZDQ5, UCRI_RICPR ; Q68XA0, UCRI_RICTY ; +DR Q69BJ7, UCRI_SAISC ; Q09154, UCRI_SCHPO ; P37841, UCRI_SOLTU ; +DR Q69BJ6, UCRI_SYMSY ; Q69BK2, UCRI_THEGE ; P08067, UCRI_YEAST ; // ID 7.1.1.9 DE cytochrome-c oxidase. @@ -161273,17 +162382,17 @@ DR Q37476, COX2_GERVA ; P29658, COX2_GOMVA ; Q37472, COX2_GORBE ; DR P26456, COX2_GORGO ; P38596, COX2_HALGR ; P98034, COX2_HAPGR ; DR Q9ZZY8, COX2_HIPAM ; P48660, COX2_HORSE ; P00403, COX2_HUMAN ; DR Q38S11, COX2_HYBUN ; Q96127, COX2_HYLLA ; Q38S08, COX2_HYLPR ; -DR P43377, COX2_KAZEX ; P20387, COX2_KLULA ; Q9XLW8, COX2_LACK1 ; -DR P43376, COX2_LACTC ; P98036, COX2_LAGLA ; P29875, COX2_LASSP ; -DR O03848, COX2_LATCH ; Q38S05, COX2_LEGFO ; P14545, COX2_LEITA ; -DR Q38S02, COX2_LEMBA ; P98035, COX2_LEMCA ; Q38S00, COX2_LEOSA ; -DR P29659, COX2_LEPOC ; P14573, COX2_LOCMI ; Q38S47, COX2_LOPFL ; -DR Q9TA26, COX2_LOXAF ; Q37545, COX2_LUMTE ; O47676, COX2_LYCCU ; -DR O48267, COX2_LYCGR ; O47677, COX2_LYCGY ; O47674, COX2_LYCPI ; -DR O47678, COX2_LYCSE ; O79549, COX2_LYCSM ; Q7J6G2, COX2_LYCVE ; -DR Q37548, COX2_MACCA ; P11948, COX2_MACFA ; P98038, COX2_MACMU ; -DR P00412, COX2_MAIZE ; Q38RZ7, COX2_MALLO ; Q37547, COX2_MALTY ; -DR Q38PR9, COX2_MAMPR ; P98037, COX2_MANLE ; P26857, COX2_MARPO ; +DR P20387, COX2_KLULA ; Q9XLW8, COX2_LACK1 ; P43376, COX2_LACTC ; +DR P98036, COX2_LAGLA ; P29875, COX2_LASSP ; O03848, COX2_LATCH ; +DR Q38S05, COX2_LEGFO ; P14545, COX2_LEITA ; Q38S02, COX2_LEMBA ; +DR P98035, COX2_LEMCA ; Q38S00, COX2_LEOSA ; P29659, COX2_LEPOC ; +DR P14573, COX2_LOCMI ; Q38S47, COX2_LOPFL ; Q9TA26, COX2_LOXAF ; +DR Q37545, COX2_LUMTE ; O47676, COX2_LYCCU ; O48267, COX2_LYCGR ; +DR O47677, COX2_LYCGY ; O47674, COX2_LYCPI ; O47678, COX2_LYCSE ; +DR O79549, COX2_LYCSM ; Q7J6G2, COX2_LYCVE ; Q37548, COX2_MACCA ; +DR P11948, COX2_MACFA ; P98038, COX2_MACMU ; P00412, COX2_MAIZE ; +DR Q38RZ7, COX2_MALLO ; Q37547, COX2_MALTY ; Q38PR9, COX2_MAMPR ; +DR P98037, COX2_MANLE ; P26857, COX2_MARPO ; P43377, COX2_MAUEX ; DR Q38RZ2, COX2_MAXBA ; Q38RY9, COX2_MAXSU ; P29660, COX2_MEGAT ; DR Q38S59, COX2_MERSH ; O47496, COX2_METSE ; Q38S41, COX2_MICNA ; DR P24988, COX2_MICPE ; Q7IKU8, COX2_MICTV ; P00405, COX2_MOUSE ; @@ -161543,7 +162652,7 @@ DR B7I1W2, ATPA_ACIB5 ; B2I100, ATPA_ACIBC ; A3M142, ATPA_ACIBT ; DR B0VBP5, ATPA_ACIBY ; A0LSL4, ATPA_ACIC1 ; C1F3N8, ATPA_ACIC5 ; DR A5FZ52, ATPA_ACICJ ; B9MBA1, ATPA_ACIET ; B7JB86, ATPA_ACIF2 ; DR B5ER44, ATPA_ACIF5 ; P41167, ATPA_ACIFI ; A1W2T5, ATPA_ACISJ ; -DR A9LYH0, ATPA_ACOAM ; Q3V549, ATPA_ACOCL ; A3N2U6, ATPA_ACTP2 ; +DR A9LYH0, ATPA_ACOCI ; Q3V549, ATPA_ACOCL ; A3N2U6, ATPA_ACTP2 ; DR B3H2P5, ATPA_ACTP7 ; B0BRX4, ATPA_ACTPJ ; A6VL59, ATPA_ACTSZ ; DR Q85FN4, ATPA_ADICA ; A0KQY0, ATPA_AERHH ; A4STP5, ATPA_AERS4 ; DR A4QJA0, ATPA_AETCO ; A4QJI4, ATPA_AETGR ; B6JD06, ATPA_AFIC5 ; @@ -161600,7 +162709,7 @@ DR A4SGM9, ATPA_CHLPM ; P26526, ATPA_CHLRE ; A6MMA7, ATPA_CHLSC ; DR B3QWX7, ATPA_CHLT3 ; Q8KAW8, ATPA_CHLTE ; P56294, ATPA_CHLVU ; DR A0M6G4, ATPA_CHRFK ; Q1QSC8, ATPA_CHRSD ; Q7P097, ATPA_CHRVO ; DR B5EFI9, ATPA_CITBB ; A8ACN8, ATPA_CITK8 ; Q09MJ3, ATPA_CITSI ; -DR A5CQ58, ATPA_CLAM3 ; B0RED6, ATPA_CLAMS ; Q9Z689, ATPA_CLOAB ; +DR A5CQ58, ATPA_CLAM3 ; B0RED6, ATPA_CLASE ; Q9Z689, ATPA_CLOAB ; DR A7FQH7, ATPA_CLOB1 ; C3KYJ1, ATPA_CLOB6 ; A6LQH4, ATPA_CLOB8 ; DR B2UZJ8, ATPA_CLOBA ; B2TJZ8, ATPA_CLOBB ; A5HY50, ATPA_CLOBH ; DR C1FQP3, ATPA_CLOBJ ; B1IE32, ATPA_CLOBK ; A7G9Q7, ATPA_CLOBL ; @@ -161621,8 +162730,7 @@ DR Q0G9X7, ATPA_DAUCA ; Q477Z3, ATPA_DECAR ; Q3Z8Z4, ATPA_DEHM1 ; DR A5FRQ3, ATPA_DEHMB ; Q3ZZT9, ATPA_DEHMC ; A9BPU5, ATPA_DELAS ; DR B8FGT6, ATPA_DESAL ; B1I6J9, ATPA_DESAP ; B8J437, ATPA_DESDA ; DR B8FZ36, ATPA_DESHD ; Q24MN9, ATPA_DESHY ; A8ZU99, ATPA_DESOH ; -DR Q6AQ12, ATPA_DESPS ; A4J9A1, ATPA_DESRM ; Q72E02, ATPA_DESVH ; -DR B8DRD0, ATPA_DESVM ; A1VFJ3, ATPA_DESVV ; A5EXJ7, ATPA_DICNV ; +DR Q6AQ12, ATPA_DESPS ; A4J9A1, ATPA_DESRM ; A5EXJ7, ATPA_DICNV ; DR B5YBQ0, ATPA_DICT6 ; B8DYT2, ATPA_DICTD ; A6MMJ2, ATPA_DIOEL ; DR A4QL04, ATPA_DRANE ; Q06H12, ATPA_DRIGR ; A7ZTU6, ATPA_ECO24 ; DR B7UMJ9, ATPA_ECO27 ; B7MGF4, ATPA_ECO45 ; B7L884, ATPA_ECO55 ; @@ -161639,48 +162747,47 @@ DR Q2N8Z5, ATPA_ERYLH ; B7LK79, ATPA_ESCF3 ; Q49L13, ATPA_EUCGG ; DR P30392, ATPA_EUGGR ; B1YMR6, ATPA_EXIS2 ; C4KYS5, ATPA_EXISA ; DR A7HJV9, ATPA_FERNB ; A5FL34, ATPA_FLAJ1 ; A6H2D7, ATPA_FLAPJ ; DR Q0RDB2, ATPA_FRAAA ; Q2J6N1, ATPA_FRACC ; B0TWS5, ATPA_FRAP2 ; -DR A8L3W3, ATPA_FRASN ; Q14K08, ATPA_FRAT1 ; A7NEH6, ATPA_FRATF ; -DR Q2A1I0, ATPA_FRATH ; B2SEX9, ATPA_FRATM ; A0Q8E1, ATPA_FRATN ; -DR Q0BK82, ATPA_FRATO ; Q5NIK5, ATPA_FRATT ; A4IW22, ATPA_FRATW ; -DR P05439, ATPA_FUSBL ; Q8RGE0, ATPA_FUSNN ; P35009, ATPA_GALSU ; -DR B9LZ86, ATPA_GEODF ; Q5KUJ1, ATPA_GEOKA ; Q39Q54, ATPA_GEOMG ; -DR P42005, ATPA_GEOSE ; Q74GY2, ATPA_GEOSL ; C6E9F3, ATPA_GEOSM ; -DR C5D992, ATPA_GEOSW ; A4ITJ1, ATPA_GEOTN ; A5G9D6, ATPA_GEOUR ; -DR B8F772, ATPA_GLAP5 ; B7KKR4, ATPA_GLOC7 ; Q7NCS3, ATPA_GLOVI ; -DR A9H9A4, ATPA_GLUDA ; A6BM08, ATPA_GNEPA ; A0ZZ20, ATPA_GOSBA ; -DR Q2L8Z1, ATPA_GOSHI ; Q0BQE6, ATPA_GRABC ; Q6B8Q8, ATPA_GRATL ; -DR O78475, ATPA_GUITH ; Q7VPP2, ATPA_HAEDU ; Q4QN62, ATPA_HAEI8 ; -DR A5UA09, ATPA_HAEIE ; A5UGZ1, ATPA_HAEIG ; P43714, ATPA_HAEIN ; -DR Q9K6H3, ATPA_HALH5 ; A1WZT3, ATPA_HALHL ; B8CZ12, ATPA_HALOH ; -DR Q17Y80, ATPA_HELAH ; Q1KXW5, ATPA_HELAN ; Q7VJ23, ATPA_HELHP ; -DR B0THN4, ATPA_HELMI ; B6JMX4, ATPA_HELP2 ; B5Z8D2, ATPA_HELPG ; -DR Q1CSD3, ATPA_HELPH ; Q9ZK79, ATPA_HELPJ ; B2UUP2, ATPA_HELPS ; -DR P55987, ATPA_HELPY ; A9AVV2, ATPA_HERA2 ; A4GAH1, ATPA_HERAR ; -DR Q0I5X1, ATPA_HISS1 ; B0UWG7, ATPA_HISS2 ; A1E9I8, ATPA_HORVU ; -DR Q5SCX6, ATPA_HUPLU ; Q31DL8, ATPA_HYDCU ; B4U989, ATPA_HYDS0 ; -DR Q0C0Z8, ATPA_HYPNA ; Q5QZI4, ATPA_IDILO ; A6MMS9, ATPA_ILLOL ; -DR A7Y3A4, ATPA_IPOPU ; A6T472, ATPA_JANMA ; Q28TJ8, ATPA_JANSC ; -DR Q06RE6, ATPA_JASNU ; A8Z5R1, ATPA_KARMG ; A6W7G7, ATPA_KINRD ; -DR B5XZM2, ATPA_KLEP3 ; A6TG38, ATPA_KLEP7 ; B2GLY8, ATPA_KOCRD ; -DR Q1IIG6, ATPA_KORVE ; C5CIV6, ATPA_KOSOT ; Q5FKY2, ATPA_LACAC ; -DR B3WDL6, ATPA_LACCB ; Q1GAW7, ATPA_LACDA ; Q04BA5, ATPA_LACDB ; -DR Q042L3, ATPA_LACGA ; A8YUJ9, ATPA_LACH4 ; Q74K17, ATPA_LACJO ; -DR Q9CER8, ATPA_LACLA ; A2RMI4, ATPA_LACLM ; Q02XA3, ATPA_LACLS ; -DR Q03A20, ATPA_LACP3 ; A9KK94, ATPA_LACP7 ; Q88UU1, ATPA_LACPL ; -DR Q332Y4, ATPA_LACSA ; C1D5G4, ATPA_LARHH ; Q38WK3, ATPA_LATSS ; -DR Q1MRB9, ATPA_LAWIP ; Q5WSG6, ATPA_LEGPL ; Q6AG60, ATPA_LEIXX ; -DR A9L981, ATPA_LEMMI ; B0SDA3, ATPA_LEPBA ; Q04S16, ATPA_LEPBJ ; -DR Q04ZU3, ATPA_LEPBL ; B0SLC6, ATPA_LEPBP ; B1Y3S9, ATPA_LEPCP ; -DR Q72SY1, ATPA_LEPIC ; Q8F2J2, ATPA_LEPIN ; A4QL91, ATPA_LEPVR ; -DR B1MW87, ATPA_LEUCK ; Q03V27, ATPA_LEUMM ; Q03QY6, ATPA_LEVBA ; -DR Q1WUC8, ATPA_LIGS1 ; B2GAU3, ATPA_LIMF3 ; A5VIQ9, ATPA_LIMRD ; -DR B2G689, ATPA_LIMRJ ; Q0G9N4, ATPA_LIRTU ; A4QLH9, ATPA_LOBMA ; -DR A8Y9G7, ATPA_LOLPR ; Q9BBS3, ATPA_LOTJA ; B1HM54, ATPA_LYSSC ; -DR B9E8E8, ATPA_MACCJ ; A0LDA2, ATPA_MAGMM ; Q2VZN0, ATPA_MAGSA ; -DR P05022, ATPA_MAIZE ; Q8EWZ0, ATPA_MALP2 ; B1NWD5, ATPA_MANES ; -DR Q65Q05, ATPA_MANSM ; Q0AKV8, ATPA_MARMM ; A1U7H6, ATPA_MARN8 ; -DR P06283, ATPA_MARPO ; Q6F204, ATPA_MESFL ; Q601Z7, ATPA_MESH2 ; -DR Q4A8W1, ATPA_MESH7 ; Q4AAV9, ATPA_MESHJ ; Q6KI79, ATPA_MESM1 ; +DR Q14K08, ATPA_FRAT1 ; A7NEH6, ATPA_FRATF ; Q2A1I0, ATPA_FRATH ; +DR B2SEX9, ATPA_FRATM ; A0Q8E1, ATPA_FRATN ; Q0BK82, ATPA_FRATO ; +DR Q5NIK5, ATPA_FRATT ; A4IW22, ATPA_FRATW ; P05439, ATPA_FUSBL ; +DR Q8RGE0, ATPA_FUSNN ; P35009, ATPA_GALSU ; B9LZ86, ATPA_GEODF ; +DR Q5KUJ1, ATPA_GEOKA ; Q39Q54, ATPA_GEOMG ; P42005, ATPA_GEOSE ; +DR Q74GY2, ATPA_GEOSL ; C6E9F3, ATPA_GEOSM ; C5D992, ATPA_GEOSW ; +DR A4ITJ1, ATPA_GEOTN ; A5G9D6, ATPA_GEOUR ; B8F772, ATPA_GLAP5 ; +DR B7KKR4, ATPA_GLOC7 ; Q7NCS3, ATPA_GLOVI ; A9H9A4, ATPA_GLUDA ; +DR A6BM08, ATPA_GNEPA ; A0ZZ20, ATPA_GOSBA ; Q2L8Z1, ATPA_GOSHI ; +DR Q0BQE6, ATPA_GRABC ; Q6B8Q8, ATPA_GRATL ; O78475, ATPA_GUITH ; +DR Q7VPP2, ATPA_HAEDU ; Q4QN62, ATPA_HAEI8 ; A5UA09, ATPA_HAEIE ; +DR A5UGZ1, ATPA_HAEIG ; P43714, ATPA_HAEIN ; Q9K6H3, ATPA_HALH5 ; +DR A1WZT3, ATPA_HALHL ; B8CZ12, ATPA_HALOH ; Q17Y80, ATPA_HELAH ; +DR Q1KXW5, ATPA_HELAN ; Q7VJ23, ATPA_HELHP ; B0THN4, ATPA_HELMI ; +DR B6JMX4, ATPA_HELP2 ; B5Z8D2, ATPA_HELPG ; Q1CSD3, ATPA_HELPH ; +DR Q9ZK79, ATPA_HELPJ ; B2UUP2, ATPA_HELPS ; P55987, ATPA_HELPY ; +DR A9AVV2, ATPA_HERA2 ; A4GAH1, ATPA_HERAR ; Q0I5X1, ATPA_HISS1 ; +DR B0UWG7, ATPA_HISS2 ; A1E9I8, ATPA_HORVU ; Q5SCX6, ATPA_HUPLU ; +DR Q31DL8, ATPA_HYDCU ; B4U989, ATPA_HYDS0 ; Q0C0Z8, ATPA_HYPNA ; +DR Q5QZI4, ATPA_IDILO ; A6MMS9, ATPA_ILLOL ; A7Y3A4, ATPA_IPOPU ; +DR A6T472, ATPA_JANMA ; Q28TJ8, ATPA_JANSC ; Q06RE6, ATPA_JASNU ; +DR A8Z5R1, ATPA_KARMG ; A6W7G7, ATPA_KINRD ; B5XZM2, ATPA_KLEP3 ; +DR A6TG38, ATPA_KLEP7 ; B2GLY8, ATPA_KOCRD ; Q1IIG6, ATPA_KORVE ; +DR C5CIV6, ATPA_KOSOT ; Q5FKY2, ATPA_LACAC ; B3WDL6, ATPA_LACCB ; +DR Q1GAW7, ATPA_LACDA ; Q04BA5, ATPA_LACDB ; Q042L3, ATPA_LACGA ; +DR A8YUJ9, ATPA_LACH4 ; Q74K17, ATPA_LACJO ; Q9CER8, ATPA_LACLA ; +DR A2RMI4, ATPA_LACLM ; Q02XA3, ATPA_LACLS ; Q03A20, ATPA_LACP3 ; +DR A9KK94, ATPA_LACP7 ; Q88UU1, ATPA_LACPL ; Q332Y4, ATPA_LACSA ; +DR C1D5G4, ATPA_LARHH ; Q38WK3, ATPA_LATSS ; Q1MRB9, ATPA_LAWIP ; +DR Q5WSG6, ATPA_LEGPL ; Q6AG60, ATPA_LEIXX ; A9L981, ATPA_LEMMI ; +DR B0SDA3, ATPA_LEPBA ; Q04S16, ATPA_LEPBJ ; Q04ZU3, ATPA_LEPBL ; +DR B0SLC6, ATPA_LEPBP ; B1Y3S9, ATPA_LEPCP ; Q72SY1, ATPA_LEPIC ; +DR Q8F2J2, ATPA_LEPIN ; A4QL91, ATPA_LEPVR ; B1MW87, ATPA_LEUCK ; +DR Q03V27, ATPA_LEUMM ; Q03QY6, ATPA_LEVBA ; Q1WUC8, ATPA_LIGS1 ; +DR B2GAU3, ATPA_LIMF3 ; A5VIQ9, ATPA_LIMRD ; B2G689, ATPA_LIMRJ ; +DR Q0G9N4, ATPA_LIRTU ; A4QLH9, ATPA_LOBMA ; A8Y9G7, ATPA_LOLPR ; +DR Q9BBS3, ATPA_LOTJA ; B1HM54, ATPA_LYSSC ; B9E8E8, ATPA_MACCJ ; +DR A0LDA2, ATPA_MAGMM ; P05022, ATPA_MAIZE ; Q8EWZ0, ATPA_MALP2 ; +DR B1NWD5, ATPA_MANES ; Q65Q05, ATPA_MANSM ; Q0AKV8, ATPA_MARMM ; +DR A1U7H6, ATPA_MARN8 ; P06283, ATPA_MARPO ; Q6F204, ATPA_MESFL ; +DR Q601Z7, ATPA_MESH2 ; Q4A8W1, ATPA_MESH7 ; Q4AAV9, ATPA_MESHJ ; DR Q9MUT2, ATPA_MESVI ; B3PLV6, ATPA_META1 ; B7KUA4, ATPA_METC4 ; DR A9W2R3, ATPA_METEP ; Q1GXM8, ATPA_METFK ; B8IN03, ATPA_METNO ; DR B1ZEE9, ATPA_METPB ; A2SC68, ATPA_METPP ; B1LVH1, ATPA_METRJ ; @@ -161689,29 +162796,31 @@ DR Q2RFX7, ATPA_MOOTA ; Q09X32, ATPA_MORIN ; A0QCX6, ATPA_MYCA1 ; DR B1MLW0, ATPA_MYCA9 ; A5IYE3, ATPA_MYCAP ; P63674, ATPA_MYCBO ; DR A1KI96, ATPA_MYCBP ; C1AMV2, ATPA_MYCBT ; Q2ST36, ATPA_MYCCT ; DR P33252, ATPA_MYCGA ; P47641, ATPA_MYCGE ; A4T8K0, ATPA_MYCGI ; -DR B8ZR40, ATPA_MYCLB ; P45825, ATPA_MYCLE ; B2HQK4, ATPA_MYCMM ; -DR Q6MS92, ATPA_MYCMS ; Q73X57, ATPA_MYCPA ; Q50329, ATPA_MYCPN ; -DR A0R202, ATPA_MYCS2 ; Q4A602, ATPA_MYCS5 ; A3Q3B3, ATPA_MYCSJ ; -DR A1UJY6, ATPA_MYCSK ; Q1B551, ATPA_MYCSS ; A5U207, ATPA_MYCTA ; -DR P9WPU6, ATPA_MYCTO ; P9WPU7, ATPA_MYCTU ; A0PUK2, ATPA_MYCUA ; -DR A1TD57, ATPA_MYCVP ; Q07405, ATPA_MYXXA ; Q1CWT2, ATPA_MYXXD ; -DR Q09FX6, ATPA_NANDO ; A4QLR8, ATPA_NASOF ; B2A3G4, ATPA_NATTJ ; -DR Q5F4Z2, ATPA_NEIG1 ; A9M121, ATPA_NEIM0 ; Q9JW72, ATPA_NEIMA ; -DR Q9JXQ0, ATPA_NEIMB ; A1KW13, ATPA_NEIMF ; Q2GER5, ATPA_NEOSM ; -DR Q1XDP5, ATPA_NEOYE ; Q9TL16, ATPA_NEPOL ; Q3C1H4, ATPA_NICSY ; -DR Q33C53, ATPA_NICTO ; Q82XQ0, ATPA_NITEU ; Q1QQS5, ATPA_NITHX ; -DR Q3J6M9, ATPA_NITOC ; A6Q4C2, ATPA_NITSB ; Q3SVJ4, ATPA_NITWN ; -DR Q5Z0Y3, ATPA_NOCFA ; A1SHI9, ATPA_NOCSJ ; B2J058, ATPA_NOSP7 ; -DR P12405, ATPA_NOSS1 ; Q2G5N7, ATPA_NOVAD ; A1XFU0, ATPA_NUPAD ; -DR Q6EW63, ATPA_NYMAL ; Q8EM81, ATPA_OCEIH ; Q40611, ATPA_OCHNE ; -DR B0Z4N2, ATPA_OENAR ; B0Z4W6, ATPA_OENBI ; Q9MTL7, ATPA_OENEH ; -DR B0Z550, ATPA_OENGL ; Q04G22, ATPA_OENOB ; B0Z5D4, ATPA_OENPA ; -DR Q313V8, ATPA_OLEA2 ; A4QJR8, ATPA_OLIPU ; Q20EV9, ATPA_OLTVI ; -DR A5CD07, ATPA_ORITB ; B3CSS9, ATPA_ORITI ; Q6ENH7, ATPA_ORYNI ; -DR P0C2Z4, ATPA_ORYSA ; P0C2Z5, ATPA_ORYSI ; P0C2Z6, ATPA_ORYSJ ; -DR Q0P3K5, ATPA_OSTTA ; A1R7V5, ATPA_PAEAT ; Q68S21, ATPA_PANGI ; -DR A1TJ39, ATPA_PARC0 ; A6L8N5, ATPA_PARD8 ; A1B8N8, ATPA_PARDP ; -DR A7HT50, ATPA_PARL1 ; Q7U8W5, ATPA_PARMW ; Q6MAK5, ATPA_PARUW ; +DR B8ZR40, ATPA_MYCLB ; P45825, ATPA_MYCLE ; Q6KI79, ATPA_MYCM1 ; +DR B2HQK4, ATPA_MYCMM ; Q6MS92, ATPA_MYCMS ; Q73X57, ATPA_MYCPA ; +DR Q50329, ATPA_MYCPN ; A0R202, ATPA_MYCS2 ; Q4A602, ATPA_MYCS5 ; +DR A3Q3B3, ATPA_MYCSJ ; A1UJY6, ATPA_MYCSK ; Q1B551, ATPA_MYCSS ; +DR A5U207, ATPA_MYCTA ; P9WPU6, ATPA_MYCTO ; P9WPU7, ATPA_MYCTU ; +DR A0PUK2, ATPA_MYCUA ; A1TD57, ATPA_MYCVP ; Q07405, ATPA_MYXXA ; +DR Q1CWT2, ATPA_MYXXD ; Q09FX6, ATPA_NANDO ; A4QLR8, ATPA_NASOF ; +DR B2A3G4, ATPA_NATTJ ; Q5F4Z2, ATPA_NEIG1 ; A9M121, ATPA_NEIM0 ; +DR Q9JW72, ATPA_NEIMA ; Q9JXQ0, ATPA_NEIMB ; A1KW13, ATPA_NEIMF ; +DR Q2GER5, ATPA_NEOSM ; Q1XDP5, ATPA_NEOYE ; Q9TL16, ATPA_NEPOL ; +DR Q3C1H4, ATPA_NICSY ; Q33C53, ATPA_NICTO ; Q82XQ0, ATPA_NITEU ; +DR Q1QQS5, ATPA_NITHX ; Q3J6M9, ATPA_NITOC ; A6Q4C2, ATPA_NITSB ; +DR Q72E02, ATPA_NITV2 ; A1VFJ3, ATPA_NITV4 ; B8DRD0, ATPA_NITV9 ; +DR Q3SVJ4, ATPA_NITWN ; Q5Z0Y3, ATPA_NOCFA ; A1SHI9, ATPA_NOCSJ ; +DR B2J058, ATPA_NOSP7 ; P12405, ATPA_NOSS1 ; Q2G5N7, ATPA_NOVAD ; +DR A1XFU0, ATPA_NUPAD ; Q6EW63, ATPA_NYMAL ; Q8EM81, ATPA_OCEIH ; +DR Q40611, ATPA_OCHNE ; B0Z4N2, ATPA_OENAR ; B0Z4W6, ATPA_OENBI ; +DR Q9MTL7, ATPA_OENEH ; B0Z550, ATPA_OENGL ; Q04G22, ATPA_OENOB ; +DR B0Z5D4, ATPA_OENPA ; Q313V8, ATPA_OLEA2 ; A4QJR8, ATPA_OLIPU ; +DR Q20EV9, ATPA_OLTVI ; A5CD07, ATPA_ORITB ; B3CSS9, ATPA_ORITI ; +DR Q6ENH7, ATPA_ORYNI ; P0C2Z4, ATPA_ORYSA ; P0C2Z5, ATPA_ORYSI ; +DR P0C2Z6, ATPA_ORYSJ ; Q0P3K5, ATPA_OSTTA ; A1R7V5, ATPA_PAEAT ; +DR Q68S21, ATPA_PANGI ; A1TJ39, ATPA_PARC0 ; A6L8N5, ATPA_PARD8 ; +DR A1B8N8, ATPA_PARDP ; A7HT50, ATPA_PARL1 ; Q2VZN0, ATPA_PARM1 ; +DR Q7U8W5, ATPA_PARMW ; A8L3W3, ATPA_PARS2 ; Q6MAK5, ATPA_PARUW ; DR Q9CKW2, ATPA_PASMU ; P08215, ATPA_PEA ; Q6CYJ3, ATPA_PECAS ; DR C6DJH0, ATPA_PECCP ; Q03EL2, ATPA_PEDPA ; Q06FX6, ATPA_PELHO ; DR B4SGC7, ATPA_PELPB ; A1ALL5, ATPA_PELPD ; A5CYE4, ATPA_PELTS ; @@ -161811,8 +162920,8 @@ DR Q9KNH3, ATPA_VIBCH ; Q87KA6, ATPA_VIBPA ; Q8DDH0, ATPA_VIBVU ; DR Q7MGH8, ATPA_VIBVY ; Q0ZJ35, ATPA_VITVI ; B2Y1W2, ATPA_WELMI ; DR P12112, ATPA_WHEAT ; Q8D3J5, ATPA_WIGBR ; Q73HB2, ATPA_WOLPM ; DR B3CN53, ATPA_WOLPP ; Q7MA20, ATPA_WOLSU ; Q5GSX1, ATPA_WOLTR ; -DR C0R2Y2, ATPA_WOLWR ; Q8PGG5, ATPA_XANAC ; Q3BP13, ATPA_XANC5 ; -DR Q4UQF2, ATPA_XANC8 ; B0RWC4, ATPA_XANCB ; Q8PCZ7, ATPA_XANCP ; +DR C0R2Y2, ATPA_WOLWR ; Q8PGG5, ATPA_XANAC ; Q4UQF2, ATPA_XANC8 ; +DR B0RWC4, ATPA_XANCB ; Q8PCZ7, ATPA_XANCP ; Q3BP13, ATPA_XANE5 ; DR Q2P7Q6, ATPA_XANOM ; B2SQB2, ATPA_XANOP ; Q5H4Y6, ATPA_XANOR ; DR A7IH29, ATPA_XANP2 ; B2I862, ATPA_XYLF2 ; Q9PE83, ATPA_XYLFA ; DR B0U5A0, ATPA_XYLFM ; Q87E88, ATPA_XYLFT ; A1JTC8, ATPA_YERE8 ; @@ -161918,7 +163027,7 @@ DR A4SC45, ATPB_CHLPM ; P06541, ATPB_CHLRE ; A6MMC9, ATPB_CHLSC ; DR B9LBM0, ATPB_CHLSY ; B3QUP6, ATPB_CHLT3 ; P32978, ATPB_CHLVU ; DR A0M791, ATPB_CHRFK ; Q1QSD0, ATPB_CHRSD ; Q7P095, ATPB_CHRVO ; DR Q9MRR1, ATPB_CINCA ; B5EFI7, ATPB_CITBB ; A8ACN6, ATPB_CITK8 ; -DR Q09MH1, ATPB_CITSI ; A5CQ60, ATPB_CLAM3 ; B0RED4, ATPB_CLAMS ; +DR Q09MH1, ATPB_CITSI ; A5CQ60, ATPB_CLAM3 ; B0RED4, ATPB_CLASE ; DR Q9Z687, ATPB_CLOAB ; A7FQH9, ATPB_CLOB1 ; C3KYJ3, ATPB_CLOB6 ; DR A6LQH6, ATPB_CLOB8 ; B2UZK0, ATPB_CLOBA ; B2TK00, ATPB_CLOBB ; DR A5HY52, ATPB_CLOBH ; C1FQP5, ATPB_CLOBJ ; B1IE34, ATPB_CLOBK ; @@ -161943,8 +163052,7 @@ DR Q3Z8Z2, ATPB_DEHM1 ; A5FRQ5, ATPB_DEHMB ; Q3ZZT7, ATPB_DEHMC ; DR A9BPU7, ATPB_DELAS ; O03068, ATPB_DENPU ; B8FGT4, ATPB_DESAL ; DR B1I6J7, ATPB_DESAP ; B8J439, ATPB_DESDA ; B8FZ34, ATPB_DESHD ; DR Q24MP1, ATPB_DESHY ; A8ZUA1, ATPB_DESOH ; Q6AQ10, ATPB_DESPS ; -DR A4J999, ATPB_DESRM ; Q72E04, ATPB_DESVH ; B8DRD2, ATPB_DESVM ; -DR A1VFJ5, ATPB_DESVV ; O03067, ATPB_DICAN ; P30158, ATPB_DICDH ; +DR A4J999, ATPB_DESRM ; O03067, ATPB_DICAN ; P30158, ATPB_DICDH ; DR Q55CS9, ATPB_DICDI ; A5EXL4, ATPB_DICNV ; B5YBP8, ATPB_DICT6 ; DR B8DYT0, ATPB_DICTD ; A6MML4, ATPB_DIOEL ; A4QL26, ATPB_DRANE ; DR Q06GZ0, ATPB_DRIGR ; Q05825, ATPB_DROME ; Q24751, ATPB_DROVI ; @@ -161963,88 +163071,89 @@ DR Q2N8Z2, ATPB_ERYLH ; B7LK77, ATPB_ESCF3 ; Q85V44, ATPB_EUCBI ; DR Q49KZ1, ATPB_EUCGG ; Q85V45, ATPB_EUCMO ; P31476, ATPB_EUGGR ; DR O50341, ATPB_FERIS ; A7HJV7, ATPB_FERNB ; A5FLS1, ATPB_FLAJ1 ; DR A6GVV9, ATPB_FLAPJ ; Q0RDB4, ATPB_FRAAA ; Q2J6N3, ATPB_FRACC ; -DR B0TWS7, ATPB_FRAP2 ; A8L3W5, ATPB_FRASN ; Q14K06, ATPB_FRAT1 ; -DR A7NEH4, ATPB_FRATF ; Q2A1I2, ATPB_FRATH ; B2SEY1, ATPB_FRATM ; -DR A0Q8D9, ATPB_FRATN ; Q0BK84, ATPB_FRATO ; Q5NIK3, ATPB_FRATT ; -DR A4IW24, ATPB_FRATW ; Q2PQH4, ATPB_FUCVE ; P05440, ATPB_FUSBL ; -DR Q8RGE2, ATPB_FUSNN ; Q9MRI8, ATPB_GALBE ; Q08807, ATPB_GALSU ; -DR B9LZ84, ATPB_GEODF ; Q5KUJ3, ATPB_GEOKA ; Q39Q56, ATPB_GEOMG ; -DR P42006, ATPB_GEOSE ; Q74GY0, ATPB_GEOSL ; C6E9F1, ATPB_GEOSM ; -DR C5D990, ATPB_GEOSW ; Q9LA80, ATPB_GEOTH ; A4ITI9, ATPB_GEOTN ; -DR A5G9D8, ATPB_GEOUR ; B8F774, ATPB_GLAP5 ; B7KGV4, ATPB_GLOC7 ; -DR Q7NHG7, ATPB_GLOVI ; A9H9A8, ATPB_GLUDA ; A6BM09, ATPB_GNEPA ; -DR A0ZZ42, ATPB_GOSBA ; Q2L917, ATPB_GOSHI ; Q0BQE8, ATPB_GRABC ; -DR Q6B8S4, ATPB_GRATL ; O78491, ATPB_GUITH ; Q7VPP0, ATPB_HAEDU ; -DR Q4QN64, ATPB_HAEI8 ; A5UA11, ATPB_HAEIE ; A5UGY9, ATPB_HAEIG ; -DR P43715, ATPB_HAEIN ; Q2S6P1, ATPB_HAHCH ; Q9K6H5, ATPB_HALH5 ; -DR A1WZT1, ATPB_HALHL ; Q17Y78, ATPB_HELAH ; Q1KXV2, ATPB_HELAN ; -DR Q7VJ21, ATPB_HELHP ; B0THN2, ATPB_HELMI ; B6JMX2, ATPB_HELP2 ; -DR B5Z8D0, ATPB_HELPG ; Q1CSD5, ATPB_HELPH ; Q9ZK81, ATPB_HELPJ ; -DR P55988, ATPB_HELPY ; Q25117, ATPB_HEMPU ; A9AVV4, ATPB_HERA2 ; -DR A4GAG9, ATPB_HERAR ; P42466, ATPB_HERAU ; Q0I5X3, ATPB_HISS1 ; -DR B0UWG5, ATPB_HISS2 ; P00828, ATPB_HORVU ; P06576, ATPB_HUMAN ; -DR Q5SCV8, ATPB_HUPLU ; Q85V26, ATPB_HYANO ; Q85V28, ATPB_HYAOR ; -DR Q31DM0, ATPB_HYDCU ; Q9BA84, ATPB_HYOLA ; Q7HHY5, ATPB_HYPCO ; -DR O03070, ATPB_HYPHO ; Q0C100, ATPB_HYPNA ; Q9MRF3, ATPB_IDIAU ; -DR Q5QZI6, ATPB_IDILO ; A6MMV1, ATPB_ILLOL ; Q8MBQ1, ATPB_IPOAQ ; -DR P07137, ATPB_IPOBA ; Q8MBQ4, ATPB_IPOCC ; Q7H8L9, ATPB_IPOOB ; -DR A7Y3E6, ATPB_IPOPU ; Q8MBQ3, ATPB_IPOQU ; Q7H8M1, ATPB_IPOSE ; -DR Q8MBQ2, ATPB_IPOWR ; A6T470, ATPB_JANMA ; Q28TJ6, ATPB_JANSC ; -DR Q06RC2, ATPB_JASNU ; A8Z6C7, ATPB_KARMG ; A6W7G9, ATPB_KINRD ; -DR B5XZM4, ATPB_KLEP3 ; A6TG36, ATPB_KLEP7 ; P49376, ATPB_KLULA ; -DR Q1IIG8, ATPB_KORVE ; Q5FKY0, ATPB_LACAC ; Q03234, ATPB_LACCA ; -DR B3WDL8, ATPB_LACCB ; Q1GAW5, ATPB_LACDA ; Q04BA3, ATPB_LACDB ; -DR Q042L5, ATPB_LACGA ; A8YUK1, ATPB_LACH4 ; Q74K15, ATPB_LACJO ; -DR Q9CES0, ATPB_LACLA ; A2RMI2, ATPB_LACLM ; Q02XA5, ATPB_LACLS ; -DR Q03A18, ATPB_LACP3 ; A9KK92, ATPB_LACP7 ; Q88UU3, ATPB_LACPL ; -DR Q85V35, ATPB_LACPU ; Q332X1, ATPB_LACSA ; C1D5G2, ATPB_LARHH ; -DR Q38WK5, ATPB_LATSS ; Q1MRB8, ATPB_LAWIP ; Q5X0P3, ATPB_LEGPA ; -DR A5III3, ATPB_LEGPC ; Q5ZRA1, ATPB_LEGPH ; Q5WSG8, ATPB_LEGPL ; -DR Q6AG58, ATPB_LEIXX ; A9L9A3, ATPB_LEMMI ; B0SDA5, ATPB_LEPBA ; -DR Q04S18, ATPB_LEPBJ ; Q04ZU5, ATPB_LEPBL ; B0SLC8, ATPB_LEPBP ; -DR Q72SX9, ATPB_LEPIC ; Q8F2J5, ATPB_LEPIN ; A4QLB3, ATPB_LEPVR ; -DR B1MW85, ATPB_LEUCK ; Q03V29, ATPB_LEUMM ; Q03QY8, ATPB_LEVBA ; -DR Q7HHY7, ATPB_LICGR ; Q1WUC6, ATPB_LIGS1 ; A5VIR1, ATPB_LIMRD ; -DR B2G691, ATPB_LIMRJ ; Q9MU43, ATPB_LIRTU ; A4QLK1, ATPB_LOBMA ; -DR A8Y9H7, ATPB_LOLPR ; O03073, ATPB_LONHI ; Q9BBU0, ATPB_LOTJA ; -DR B1HM56, ATPB_LYSSC ; B9E8E6, ATPB_MACCJ ; A0LDA0, ATPB_MAGMM ; -DR Q2VZN2, ATPB_MAGSA ; Q9MU41, ATPB_MAGTR ; P00827, ATPB_MAIZE ; -DR Q8EWY8, ATPB_MALP2 ; B1NWF7, ATPB_MANES ; Q65Q07, ATPB_MANSM ; -DR Q0AKW0, ATPB_MARMM ; A1U7H4, ATPB_MARN8 ; P06284, ATPB_MARPO ; -DR Q9TKI7, ATPB_MEDSA ; Q0QEP2, ATPB_MESAU ; Q6F202, ATPB_MESFL ; -DR Q601Z5, ATPB_MESH2 ; Q4A8V9, ATPB_MESH7 ; Q4AAV7, ATPB_MESHJ ; -DR Q6KI82, ATPB_MESM1 ; Q9MUT5, ATPB_MESVI ; Q60CR4, ATPB_METCA ; +DR B0TWS7, ATPB_FRAP2 ; Q14K06, ATPB_FRAT1 ; A7NEH4, ATPB_FRATF ; +DR Q2A1I2, ATPB_FRATH ; B2SEY1, ATPB_FRATM ; A0Q8D9, ATPB_FRATN ; +DR Q0BK84, ATPB_FRATO ; Q5NIK3, ATPB_FRATT ; A4IW24, ATPB_FRATW ; +DR Q2PQH4, ATPB_FUCVE ; P05440, ATPB_FUSBL ; Q8RGE2, ATPB_FUSNN ; +DR Q9MRI8, ATPB_GALBE ; Q08807, ATPB_GALSU ; B9LZ84, ATPB_GEODF ; +DR Q5KUJ3, ATPB_GEOKA ; Q39Q56, ATPB_GEOMG ; P42006, ATPB_GEOSE ; +DR Q74GY0, ATPB_GEOSL ; C6E9F1, ATPB_GEOSM ; C5D990, ATPB_GEOSW ; +DR Q9LA80, ATPB_GEOTH ; A4ITI9, ATPB_GEOTN ; A5G9D8, ATPB_GEOUR ; +DR B8F774, ATPB_GLAP5 ; B7KGV4, ATPB_GLOC7 ; Q7NHG7, ATPB_GLOVI ; +DR A9H9A8, ATPB_GLUDA ; A6BM09, ATPB_GNEPA ; A0ZZ42, ATPB_GOSBA ; +DR Q2L917, ATPB_GOSHI ; Q0BQE8, ATPB_GRABC ; Q6B8S4, ATPB_GRATL ; +DR O78491, ATPB_GUITH ; Q7VPP0, ATPB_HAEDU ; Q4QN64, ATPB_HAEI8 ; +DR A5UA11, ATPB_HAEIE ; A5UGY9, ATPB_HAEIG ; P43715, ATPB_HAEIN ; +DR Q2S6P1, ATPB_HAHCH ; Q9K6H5, ATPB_HALH5 ; A1WZT1, ATPB_HALHL ; +DR Q17Y78, ATPB_HELAH ; Q1KXV2, ATPB_HELAN ; Q7VJ21, ATPB_HELHP ; +DR B0THN2, ATPB_HELMI ; B6JMX2, ATPB_HELP2 ; B5Z8D0, ATPB_HELPG ; +DR Q1CSD5, ATPB_HELPH ; Q9ZK81, ATPB_HELPJ ; P55988, ATPB_HELPY ; +DR Q25117, ATPB_HEMPU ; A9AVV4, ATPB_HERA2 ; A4GAG9, ATPB_HERAR ; +DR P42466, ATPB_HERAU ; Q0I5X3, ATPB_HISS1 ; B0UWG5, ATPB_HISS2 ; +DR P00828, ATPB_HORVU ; P06576, ATPB_HUMAN ; Q5SCV8, ATPB_HUPLU ; +DR Q85V26, ATPB_HYANO ; Q85V28, ATPB_HYAOR ; Q31DM0, ATPB_HYDCU ; +DR Q9BA84, ATPB_HYOLA ; Q7HHY5, ATPB_HYPCO ; O03070, ATPB_HYPHO ; +DR Q0C100, ATPB_HYPNA ; Q9MRF3, ATPB_IDIAU ; Q5QZI6, ATPB_IDILO ; +DR A6MMV1, ATPB_ILLOL ; Q8MBQ1, ATPB_IPOAQ ; P07137, ATPB_IPOBA ; +DR Q8MBQ4, ATPB_IPOCC ; Q7H8L9, ATPB_IPOOB ; A7Y3E6, ATPB_IPOPU ; +DR Q8MBQ3, ATPB_IPOQU ; Q7H8M1, ATPB_IPOSE ; Q8MBQ2, ATPB_IPOWR ; +DR A6T470, ATPB_JANMA ; Q28TJ6, ATPB_JANSC ; Q06RC2, ATPB_JASNU ; +DR A8Z6C7, ATPB_KARMG ; A6W7G9, ATPB_KINRD ; B5XZM4, ATPB_KLEP3 ; +DR A6TG36, ATPB_KLEP7 ; P49376, ATPB_KLULA ; Q1IIG8, ATPB_KORVE ; +DR Q5FKY0, ATPB_LACAC ; Q03234, ATPB_LACCA ; B3WDL8, ATPB_LACCB ; +DR Q1GAW5, ATPB_LACDA ; Q04BA3, ATPB_LACDB ; Q042L5, ATPB_LACGA ; +DR A8YUK1, ATPB_LACH4 ; Q74K15, ATPB_LACJO ; Q9CES0, ATPB_LACLA ; +DR A2RMI2, ATPB_LACLM ; Q02XA5, ATPB_LACLS ; Q03A18, ATPB_LACP3 ; +DR A9KK92, ATPB_LACP7 ; Q88UU3, ATPB_LACPL ; Q85V35, ATPB_LACPU ; +DR Q332X1, ATPB_LACSA ; C1D5G2, ATPB_LARHH ; Q38WK5, ATPB_LATSS ; +DR Q1MRB8, ATPB_LAWIP ; Q5X0P3, ATPB_LEGPA ; A5III3, ATPB_LEGPC ; +DR Q5ZRA1, ATPB_LEGPH ; Q5WSG8, ATPB_LEGPL ; Q6AG58, ATPB_LEIXX ; +DR A9L9A3, ATPB_LEMMI ; B0SDA5, ATPB_LEPBA ; Q04S18, ATPB_LEPBJ ; +DR Q04ZU5, ATPB_LEPBL ; B0SLC8, ATPB_LEPBP ; Q72SX9, ATPB_LEPIC ; +DR Q8F2J5, ATPB_LEPIN ; A4QLB3, ATPB_LEPVR ; B1MW85, ATPB_LEUCK ; +DR Q03V29, ATPB_LEUMM ; Q03QY8, ATPB_LEVBA ; Q7HHY7, ATPB_LICGR ; +DR Q1WUC6, ATPB_LIGS1 ; A5VIR1, ATPB_LIMRD ; B2G691, ATPB_LIMRJ ; +DR Q9MU43, ATPB_LIRTU ; A4QLK1, ATPB_LOBMA ; A8Y9H7, ATPB_LOLPR ; +DR O03073, ATPB_LONHI ; Q9BBU0, ATPB_LOTJA ; B1HM56, ATPB_LYSSC ; +DR B9E8E6, ATPB_MACCJ ; A0LDA0, ATPB_MAGMM ; Q9MU41, ATPB_MAGTR ; +DR P00827, ATPB_MAIZE ; Q8EWY8, ATPB_MALP2 ; B1NWF7, ATPB_MANES ; +DR Q65Q07, ATPB_MANSM ; Q0AKW0, ATPB_MARMM ; A1U7H4, ATPB_MARN8 ; +DR P06284, ATPB_MARPO ; Q9TKI7, ATPB_MEDSA ; Q0QEP2, ATPB_MESAU ; +DR Q6F202, ATPB_MESFL ; Q601Z5, ATPB_MESH2 ; Q4A8V9, ATPB_MESH7 ; +DR Q4AAV7, ATPB_MESHJ ; Q9MUT5, ATPB_MESVI ; Q60CR4, ATPB_METCA ; DR Q1GXN0, ATPB_METFK ; A2SC70, ATPB_METPP ; B0JFM7, ATPB_MICAN ; DR O03074, ATPB_MICPL ; O03075, ATPB_MICSZ ; Q8MBF7, ATPB_MONCA ; DR Q2RFX9, ATPB_MOOTA ; Q09X10, ATPB_MORIN ; P56480, ATPB_MOUSE ; DR A0QCX8, ATPB_MYCA1 ; P63678, ATPB_MYCBO ; A1KI98, ATPB_MYCBP ; DR C1AMV4, ATPB_MYCBT ; Q2ST34, ATPB_MYCCT ; P33253, ATPB_MYCGA ; DR P47639, ATPB_MYCGE ; A4T8K2, ATPB_MYCGI ; P45823, ATPB_MYCLE ; -DR B2HQK2, ATPB_MYCMM ; Q6MS94, ATPB_MYCMS ; Q73X59, ATPB_MYCPA ; -DR Q50331, ATPB_MYCPN ; A0R200, ATPB_MYCS2 ; Q4A604, ATPB_MYCS5 ; -DR A3Q3B1, ATPB_MYCSJ ; A1UJY4, ATPB_MYCSK ; Q1B553, ATPB_MYCSS ; -DR A5U209, ATPB_MYCTA ; P9WPU4, ATPB_MYCTO ; P9WPU5, ATPB_MYCTU ; -DR A0PUK0, ATPB_MYCUA ; A1TD55, ATPB_MYCVP ; Q9MU30, ATPB_MYRFG ; -DR Q1CX36, ATPB_MYXXD ; Q09FV4, ATPB_NANDO ; A4QLU0, ATPB_NASOF ; -DR B9L7Y7, ATPB_NAUPA ; Q5F4Z0, ATPB_NEIG1 ; B4RJG0, ATPB_NEIG2 ; -DR A9M123, ATPB_NEIM0 ; Q9JW70, ATPB_NEIMA ; Q9JXQ2, ATPB_NEIMB ; -DR A1KW11, ATPB_NEIMF ; Q2GD08, ATPB_NEOSM ; Q1XDM8, ATPB_NEOYE ; -DR Q9TL34, ATPB_NEPOL ; P23704, ATPB_NEUCR ; P69369, ATPB_NICBI ; -DR P69370, ATPB_NICPL ; P26530, ATPB_NICRU ; P26531, ATPB_NICSP ; -DR Q3C1J5, ATPB_NICSY ; Q33C27, ATPB_NICTO ; Q82XP8, ATPB_NITEU ; -DR Q1QQS8, ATPB_NITHX ; Q3J6N1, ATPB_NITOC ; A6Q4C0, ATPB_NITSB ; -DR Q3SVJ1, ATPB_NITWN ; Q5Z0Y1, ATPB_NOCFA ; A1SHJ1, ATPB_NOCSJ ; -DR B2IUL2, ATPB_NOSP7 ; P06540, ATPB_NOSS1 ; Q2G5N5, ATPB_NOVAD ; -DR Q6EW72, ATPB_NYMAL ; Q9MU26, ATPB_NYMOD ; Q9BA85, ATPB_NYPFR ; -DR Q8EM83, ATPB_OCEIH ; Q40612, ATPB_OCHNE ; B0Z4L0, ATPB_OENAR ; -DR B0Z4U4, ATPB_OENBI ; Q9MTP7, ATPB_OENEH ; B0Z528, ATPB_OENGL ; -DR Q04G20, ATPB_OENOB ; B0Z5B2, ATPB_OENPA ; Q313W0, ATPB_OLEA2 ; -DR A4QJU0, ATPB_OLIPU ; Q20EW8, ATPB_OLTVI ; A5CDA5, ATPB_ORITB ; -DR B3CRK6, ATPB_ORITI ; Q6ENG7, ATPB_ORYNI ; P0C2Z7, ATPB_ORYSA ; -DR P0C2Z8, ATPB_ORYSI ; P12085, ATPB_ORYSJ ; O03077, ATPB_OSMCI ; -DR Q0P3P2, ATPB_OSTTA ; A1R7V3, ATPB_PAEAT ; Q68RZ9, ATPB_PANGI ; -DR A1TJ41, ATPB_PARC0 ; A6L8P2, ATPB_PARD8 ; A1B8P0, ATPB_PARDP ; -DR A7HT52, ATPB_PARL1 ; Q7U8U7, ATPB_PARMW ; Q6MAK7, ATPB_PARUW ; +DR Q6KI82, ATPB_MYCM1 ; B2HQK2, ATPB_MYCMM ; Q6MS94, ATPB_MYCMS ; +DR Q73X59, ATPB_MYCPA ; Q50331, ATPB_MYCPN ; A0R200, ATPB_MYCS2 ; +DR Q4A604, ATPB_MYCS5 ; A3Q3B1, ATPB_MYCSJ ; A1UJY4, ATPB_MYCSK ; +DR Q1B553, ATPB_MYCSS ; A5U209, ATPB_MYCTA ; P9WPU4, ATPB_MYCTO ; +DR P9WPU5, ATPB_MYCTU ; A0PUK0, ATPB_MYCUA ; A1TD55, ATPB_MYCVP ; +DR Q9MU30, ATPB_MYRFG ; Q1CX36, ATPB_MYXXD ; Q09FV4, ATPB_NANDO ; +DR A4QLU0, ATPB_NASOF ; B9L7Y7, ATPB_NAUPA ; Q5F4Z0, ATPB_NEIG1 ; +DR B4RJG0, ATPB_NEIG2 ; A9M123, ATPB_NEIM0 ; Q9JW70, ATPB_NEIMA ; +DR Q9JXQ2, ATPB_NEIMB ; A1KW11, ATPB_NEIMF ; Q2GD08, ATPB_NEOSM ; +DR Q1XDM8, ATPB_NEOYE ; Q9TL34, ATPB_NEPOL ; P23704, ATPB_NEUCR ; +DR P69369, ATPB_NICBI ; P69370, ATPB_NICPL ; P26530, ATPB_NICRU ; +DR P26531, ATPB_NICSP ; Q3C1J5, ATPB_NICSY ; Q33C27, ATPB_NICTO ; +DR Q82XP8, ATPB_NITEU ; Q1QQS8, ATPB_NITHX ; Q3J6N1, ATPB_NITOC ; +DR A6Q4C0, ATPB_NITSB ; Q72E04, ATPB_NITV2 ; A1VFJ5, ATPB_NITV4 ; +DR B8DRD2, ATPB_NITV9 ; Q3SVJ1, ATPB_NITWN ; Q5Z0Y1, ATPB_NOCFA ; +DR A1SHJ1, ATPB_NOCSJ ; B2IUL2, ATPB_NOSP7 ; P06540, ATPB_NOSS1 ; +DR Q2G5N5, ATPB_NOVAD ; Q6EW72, ATPB_NYMAL ; Q9MU26, ATPB_NYMOD ; +DR Q9BA85, ATPB_NYPFR ; Q8EM83, ATPB_OCEIH ; Q40612, ATPB_OCHNE ; +DR B0Z4L0, ATPB_OENAR ; B0Z4U4, ATPB_OENBI ; Q9MTP7, ATPB_OENEH ; +DR B0Z528, ATPB_OENGL ; Q04G20, ATPB_OENOB ; B0Z5B2, ATPB_OENPA ; +DR Q313W0, ATPB_OLEA2 ; A4QJU0, ATPB_OLIPU ; Q20EW8, ATPB_OLTVI ; +DR A5CDA5, ATPB_ORITB ; B3CRK6, ATPB_ORITI ; Q6ENG7, ATPB_ORYNI ; +DR P0C2Z7, ATPB_ORYSA ; P0C2Z8, ATPB_ORYSI ; P12085, ATPB_ORYSJ ; +DR O03077, ATPB_OSMCI ; Q0P3P2, ATPB_OSTTA ; A1R7V3, ATPB_PAEAT ; +DR Q68RZ9, ATPB_PANGI ; A1TJ41, ATPB_PARC0 ; A6L8P2, ATPB_PARD8 ; +DR A1B8P0, ATPB_PARDP ; A7HT52, ATPB_PARL1 ; Q2VZN2, ATPB_PARM1 ; +DR Q7U8U7, ATPB_PARMW ; A8L3W5, ATPB_PARS2 ; Q6MAK7, ATPB_PARUW ; DR Q9CKW1, ATPB_PASMU ; P05037, ATPB_PEA ; Q6CYJ5, ATPB_PECAS ; DR C6DJH2, ATPB_PECCP ; Q03235, ATPB_PECFR ; Q03EL4, ATPB_PEDPA ; DR Q06FV3, ATPB_PELHO ; B4SAN6, ATPB_PELPB ; A5CYE2, ATPB_PELTS ; @@ -162153,8 +163262,8 @@ DR Q87KA8, ATPB_VIBPA ; Q8DDG8, ATPB_VIBVU ; Q7MGI0, ATPB_VIBVY ; DR Q0ZJ13, ATPB_VITVI ; P20858, ATPB_WHEAT ; Q95AD6, ATPB_WHIBI ; DR Q8D3J3, ATPB_WIGBR ; Q73IG3, ATPB_WOLPM ; B3CN17, ATPB_WOLPP ; DR P42470, ATPB_WOLSU ; Q5GRU7, ATPB_WOLTR ; C0R5I6, ATPB_WOLWR ; -DR Q8PGG7, ATPB_XANAC ; Q3BP15, ATPB_XANC5 ; Q4UQF4, ATPB_XANC8 ; -DR B0RWC2, ATPB_XANCB ; Q8PCZ5, ATPB_XANCP ; Q2P7Q4, ATPB_XANOM ; +DR Q8PGG7, ATPB_XANAC ; Q4UQF4, ATPB_XANC8 ; B0RWC2, ATPB_XANCB ; +DR Q8PCZ5, ATPB_XANCP ; Q3BP15, ATPB_XANE5 ; Q2P7Q4, ATPB_XANOM ; DR B2SQB0, ATPB_XANOP ; Q5H4Y4, ATPB_XANOR ; A7IH31, ATPB_XANP2 ; DR B2I877, ATPB_XYLF2 ; Q9PE85, ATPB_XYLFA ; B0U598, ATPB_XYLFM ; DR Q87E90, ATPB_XYLFT ; Q6CFT7, ATPB_YARLI ; P00830, ATPB_YEAST ; @@ -162411,6 +163520,53 @@ DR Q503V1, CYBR1_DANRE; Q53TN4, CYBR1_HUMAN; Q925G2, CYBR1_MOUSE; DR Q5RAJ4, CYBR1_PONAB; Q5RKJ2, CYBR1_RAT ; Q6DDR3, CYBR1_XENLA; DR Q5CZL8, CYBR1_XENTR; // +ID 7.2.1.4 +DE tetrahydromethanopterin S-methyltransferase. +AN N(5)-methyltetrahydromethanopterin--coenzyme M methyltransferase. +AN tetrahydromethanopterin methyltransferase. +CA 5-methyl-5,6,7,8-tetrahydromethanopterin + coenzyme M + 2 Na(+)(in) = +CA 5,6,7,8-tetrahydromethanopterin + methyl-coenzyme M + 2 Na(+)(out). +CC -!- Involved in the formation of methane from CO in methanogenic archaea. +CC -!- The reaction involves the export of one or two sodium ions. +CC -!- The enzyme from the archaeon Methanobacterium thermoautotrophicum is +CC a membrane-associated multienzyme complex composed of eight different +CC subunits, and contains a 5'-hydroxybenzimidazolyl-cobamide cofactor, +CC to which the methyl group is attached during the transfer. +CC -!- A soluble enzyme that is induced by the presence of CO has been +CC reported as well. +CC -!- Formerly EC 2.1.1.86. +DR D3E045, MTRA1_METRM; O27227, MTRA1_METTH; P80184, MTRA1_METTM; +DR D3E0P6, MTRA2_METRM; O27134, MTRA2_METTH; D9PXT1, MTRA2_METTM; +DR A6UWH7, MTRA_META3 ; Q8TU03, MTRA_METAC ; Q9Y8K4, MTRA_METBF ; +DR D7EBK7, MTRA_METEZ ; C7P879, MTRA_METFA ; Q2FRN2, MTRA_METHJ ; +DR Q58261, MTRA_METJA ; O32867, MTRA_METKA ; A6VHF2, MTRA_METM7 ; +DR O59640, MTRA_METMA ; Q6LWZ0, MTRA_METMP ; D5E7Y7, MTRA_METMS ; +DR Q2NI29, MTRA_METST ; D7DUI0, MTRA_METV3 ; A6UWH6, MTRB_META3 ; +DR Q8TU02, MTRB_METAC ; Q9Y8K3, MTRB_METBF ; Q58260, MTRB_METJA ; +DR O32866, MTRB_METKA ; A4FVW2, MTRB_METM5 ; A6VHF1, MTRB_METM7 ; +DR P80655, MTRB_METMA ; Q6LWZ1, MTRB_METMP ; O27228, MTRB_METTH ; +DR Q59584, MTRB_METTM ; A6UQK9, MTRB_METVS ; Q8TU01, MTRC_METAC ; +DR Q9Y8K2, MTRC_METBF ; Q58259, MTRC_METJA ; O32865, MTRC_METKA ; +DR A4FVW3, MTRC_METM5 ; A6VHF0, MTRC_METM7 ; O59638, MTRC_METMA ; +DR Q6LWZ2, MTRC_METMP ; O27229, MTRC_METTH ; P80185, MTRC_METTM ; +DR A6UQK8, MTRC_METVS ; Q8TU00, MTRD_METAC ; Q9Y8K1, MTRD_METBF ; +DR Q58258, MTRD_METJA ; O32864, MTRD_METKA ; P80653, MTRD_METMA ; +DR Q6LWZ3, MTRD_METMP ; O27230, MTRD_METTH ; P80183, MTRD_METTM ; +DR A6UWH3, MTRE_META3 ; Q8TTZ9, MTRE_METAC ; Q9Y8K0, MTRE_METBF ; +DR Q12VU4, MTRE_METBU ; Q49176, MTRE_METFE ; Q58257, MTRE_METJA ; +DR Q49606, MTRE_METKA ; A4FVW5, MTRE_METM5 ; A6VHE8, MTRE_METM7 ; +DR P80651, MTRE_METMA ; Q6LWZ4, MTRE_METMP ; O27231, MTRE_METTH ; +DR P80186, MTRE_METTM ; Q50830, MTRE_METVA ; A6UQK6, MTRE_METVS ; +DR Q8TU04, MTRF_METAC ; Q9Y8K5, MTRF_METBF ; Q58262, MTRF_METJA ; +DR Q8TVA7, MTRF_METKA ; P80654, MTRF_METMA ; O27226, MTRF_METTH ; +DR Q50773, MTRF_METTM ; Q8TU05, MTRG_METAC ; Q9Y8K6, MTRG_METBF ; +DR Q58263, MTRG_METJA ; O32868, MTRG_METKA ; P80656, MTRG_METMA ; +DR Q6LWY8, MTRG_METMP ; O27225, MTRG_METTH ; Q50774, MTRG_METTM ; +DR A6UWI0, MTRH_META3 ; Q8TU06, MTRH_METAC ; O93716, MTRH_METBF ; +DR Q58264, MTRH_METJA ; O32869, MTRH_METKA ; A4FVV8, MTRH_METM5 ; +DR P80650, MTRH_METMA ; Q6LWY7, MTRH_METMP ; O27224, MTRH_METTH ; +DR P80187, MTRH_METTM ; A6UQL3, MTRH_METVS ; P80652, TM2A_METMA ; +// ID 7.2.2.1 DE Na(+)-transporting two-sector ATPase. AN ATP synthase, sodium ion specific. @@ -162845,8 +164001,8 @@ DR Q1RAS6, ZNUC_ECOUT ; Q3YSK9, ZNUC_EHRCJ ; Q2GFZ6, ZNUC_EHRCR ; DR Q5FHB0, ZNUC_EHRRG ; Q5HBR8, ZNUC_EHRRW ; Q7VLS9, ZNUC_HAEDU ; DR Q4QND5, ZNUC_HAEI8 ; P44692, ZNUC_HAEIN ; A1WXT0, ZNUC_HALHL ; DR Q0I4A9, ZNUC_HISS1 ; Q31I51, ZNUC_HYDCU ; Q28VN1, ZNUC_JANSC ; -DR A0LCH8, ZNUC_MAGMM ; Q2W4W1, ZNUC_MAGSA ; Q65UG3, ZNUC_MANSM ; -DR A1U776, ZNUC_MARN8 ; A1B9K8, ZNUC_PARDP ; Q9CP24, ZNUC_PASMU ; +DR A0LCH8, ZNUC_MAGMM ; Q65UG3, ZNUC_MANSM ; A1U776, ZNUC_MARN8 ; +DR A1B9K8, ZNUC_PARDP ; Q2W4W1, ZNUC_PARM1 ; Q9CP24, ZNUC_PASMU ; DR Q6D4A8, ZNUC_PECAS ; Q7N545, ZNUC_PHOLL ; Q6LTB1, ZNUC_PHOPR ; DR Q48PV0, ZNUC_PSE14 ; Q02DK9, ZNUC_PSEAB ; Q9HT73, ZNUC_PSEAE ; DR Q1IGY7, ZNUC_PSEE4 ; Q4KKK4, ZNUC_PSEF5 ; Q3KKA1, ZNUC_PSEPF ; @@ -163040,9 +164196,9 @@ DR Q834B4, PSTB1_ENTFA; Q7NPP4, PSTB1_GLOVI; Q5V225, PSTB1_HALMA; DR Q9HS13, PSTB1_HALSA; Q5FM18, PSTB1_LACAC; Q74KF9, PSTB1_LACJO; DR Q9CEW8, PSTB1_LACLA; Q88YK8, PSTB1_LACPL; Q38YC2, PSTB1_LATSS; DR Q1WUX2, PSTB1_LIGS1; P63364, PSTB1_LISIN; Q71WT3, PSTB1_LISMF; -DR P63363, PSTB1_LISMO; Q2W8B4, PSTB1_MAGSA; Q7U172, PSTB1_MYCBO; -DR P9WQL0, PSTB1_MYCTO; P9WQL1, PSTB1_MYCTU; Q3IS07, PSTB1_NATPD; -DR Q3JDJ6, PSTB1_NITOC; Q8YYE3, PSTB1_NOSS1; Q6D2D5, PSTB1_PECAS; +DR P63363, PSTB1_LISMO; Q7U172, PSTB1_MYCBO; P9WQL0, PSTB1_MYCTO; +DR P9WQL1, PSTB1_MYCTU; Q3IS07, PSTB1_NATPD; Q3JDJ6, PSTB1_NITOC; +DR Q8YYE3, PSTB1_NOSS1; Q2W8B4, PSTB1_PARM1; Q6D2D5, PSTB1_PECAS; DR Q6LU82, PSTB1_PHOPR; Q48HD9, PSTB1_PSE14; Q88JJ0, PSTB1_PSEPK; DR Q880A6, PSTB1_PSESM; Q4ZRT7, PSTB1_PSEU2; Q1MLW4, PSTB1_RHIJ3; DR Q8EG82, PSTB1_SHEON; Q5WET8, PSTB1_SHOC1; Q3K199, PSTB1_STRA1; @@ -163062,9 +164218,9 @@ DR Q7NNG3, PSTB2_GLOVI; Q5V0G3, PSTB2_HALMA; Q9HML8, PSTB2_HALSA; DR Q5FM17, PSTB2_LACAC; Q74KF8, PSTB2_LACJO; Q9CEW7, PSTB2_LACLA; DR Q88YK7, PSTB2_LACPL; Q38YC1, PSTB2_LATSS; Q1WUX1, PSTB2_LIGS1; DR Q927Z7, PSTB2_LISIN; Q71WT2, PSTB2_LISMF; Q8Y4E9, PSTB2_LISMO; -DR Q2W7J9, PSTB2_MAGSA; Q7U0Z9, PSTB2_MYCBO; P9WQK8, PSTB2_MYCTO; -DR P9WQK9, PSTB2_MYCTU; Q3IQI3, PSTB2_NATPD; Q3J8J2, PSTB2_NITOC; -DR Q8YYE2, PSTB2_NOSS1; Q6CYN3, PSTB2_PECAS; Q6LSC4, PSTB2_PHOPR; +DR Q7U0Z9, PSTB2_MYCBO; P9WQK8, PSTB2_MYCTO; P9WQK9, PSTB2_MYCTU; +DR Q3IQI3, PSTB2_NATPD; Q3J8J2, PSTB2_NITOC; Q8YYE2, PSTB2_NOSS1; +DR Q2W7J9, PSTB2_PARM1; Q6CYN3, PSTB2_PECAS; Q6LSC4, PSTB2_PHOPR; DR Q48BP8, PSTB2_PSE14; Q88C57, PSTB2_PSEPK; Q87U31, PSTB2_PSESM; DR Q4ZLA7, PSTB2_PSEU2; Q1MIN0, PSTB2_RHIJ3; Q8E9I8, PSTB2_SHEON; DR Q5WET7, PSTB2_SHOC1; Q3K198, PSTB2_STRA1; P63369, PSTB2_STRA3; @@ -163077,8 +164233,8 @@ DR Q5M4F2, PSTB2_STRT2; Q67RE7, PSTB2_SYMTH; Q2JTU3, PSTB2_SYNJA; DR Q2JKC2, PSTB2_SYNJB; Q55195, PSTB2_SYNY3; Q3MBW2, PSTB2_TRIV2; DR Q9KN92, PSTB2_VIBCH; Q87G59, PSTB2_VIBPA; Q8D3X4, PSTB2_VIBVU; DR Q7MFE8, PSTB2_VIBVY; Q1C0A2, PSTB2_YERPA; Q8Z9T1, PSTB2_YERPE; -DR Q1CCI2, PSTB2_YERPN; Q663R5, PSTB2_YERPS; Q2VYP7, PSTB3_MAGSA; -DR Q3IM36, PSTB3_NATPD; Q8YNJ3, PSTB3_NOSS1; Q3JYY5, PSTB3_STRA1; +DR Q1CCI2, PSTB2_YERPN; Q663R5, PSTB2_YERPS; Q3IM36, PSTB3_NATPD; +DR Q8YNJ3, PSTB3_NOSS1; Q2VYP7, PSTB3_PARM1; Q3JYY5, PSTB3_STRA1; DR P63371, PSTB3_STRA3; P63372, PSTB3_STRA5; P0A2V8, PSTB3_STRPN; DR P0A2V9, PSTB3_STRR6; P73788, PSTB3_SYNY3; Q3MA91, PSTB3_TRIV2; DR Q3M4H6, PSTB4_TRIV2; Q3M4H5, PSTB5_TRIV2; Q6FCW7, PSTB_ACIAD ; @@ -163106,27 +164262,27 @@ DR Q8NMK1, PSTB_CORGL ; Q4JXC5, PSTB_CORJK ; Q1LLB5, PSTB_CUPMC ; DR Q46ZA5, PSTB_CUPPJ ; Q6AAX3, PSTB_CUTAK ; Q11NG0, PSTB_CYTH3 ; DR Q47A37, PSTB_DECAR ; Q3ZA58, PSTB_DEHM1 ; Q3ZWN4, PSTB_DEHMC ; DR Q1J0N0, PSTB_DEIGD ; Q9RYZ3, PSTB_DEIRA ; Q24PY8, PSTB_DESHY ; -DR Q6AM16, PSTB_DESPS ; Q72D46, PSTB_DESVH ; P0AAH2, PSTB_ECO57 ; -DR Q0TAY4, PSTB_ECOL5 ; P0AAH1, PSTB_ECOL6 ; P0AAH0, PSTB_ECOLI ; -DR Q1R4L0, PSTB_ECOUT ; Q9AML4, PSTB_EDWTA ; Q5FFT1, PSTB_EHRRG ; -DR Q5HAV5, PSTB_EHRRW ; O32487, PSTB_ENTCL ; Q2J534, PSTB_FRACC ; -DR Q5KX47, PSTB_GEOKA ; Q39S52, PSTB_GEOMG ; Q74E68, PSTB_GEOSL ; -DR Q5FT15, PSTB_GLUOX ; Q0BTP1, PSTB_GRABC ; Q4QK92, PSTB_HAEI8 ; -DR Q2SNX4, PSTB_HAHCH ; Q9K8L5, PSTB_HALH5 ; Q18K56, PSTB_HALWD ; -DR Q8GDV4, PSTB_HELMO ; Q31I88, PSTB_HYDCU ; Q0C0L5, PSTB_HYPNA ; -DR Q5QVB0, PSTB_IDILO ; Q28Q03, PSTB_JANSC ; Q1IMC7, PSTB_KORVE ; -DR Q1GAD3, PSTB_LACDA ; Q6ADG4, PSTB_LEIXX ; Q8EUJ1, PSTB_MALP2 ; -DR Q0ASG3, PSTB_MARMM ; Q6F1N1, PSTB_MESFL ; Q6KIS8, PSTB_MESM1 ; -DR Q8TSA8, PSTB_METAC ; Q46BM0, PSTB_METBF ; Q12XW6, PSTB_METBU ; -DR Q609Z8, PSTB_METCA ; Q1H377, PSTB_METFK ; Q2FTF8, PSTB_METHJ ; -DR Q58418, PSTB_METJA ; Q8TUR7, PSTB_METKA ; Q8PVF6, PSTB_METMA ; -DR Q6LY93, PSTB_METMP ; Q2NHW1, PSTB_METST ; O27764, PSTB_METTH ; -DR Q2RM86, PSTB_MOOTA ; Q2SS06, PSTB_MYCCT ; Q7NC40, PSTB_MYCGA ; -DR P47650, PSTB_MYCGE ; Q49588, PSTB_MYCIT ; Q50046, PSTB_MYCLE ; -DR Q6MTC1, PSTB_MYCMS ; Q743D1, PSTB_MYCPA ; P75186, PSTB_MYCPN ; -DR A0R4C0, PSTB_MYCS2 ; P0C560, PSTB_MYCSM ; Q1B3B4, PSTB_MYCSS ; -DR Q1D320, PSTB_MYXXD ; Q82VR4, PSTB_NITEU ; Q1QQH1, PSTB_NITHX ; -DR Q2YA30, PSTB_NITMU ; Q3SVB5, PSTB_NITWN ; Q5Z293, PSTB_NOCFA ; +DR Q6AM16, PSTB_DESPS ; P0AAH2, PSTB_ECO57 ; Q0TAY4, PSTB_ECOL5 ; +DR P0AAH1, PSTB_ECOL6 ; P0AAH0, PSTB_ECOLI ; Q1R4L0, PSTB_ECOUT ; +DR Q9AML4, PSTB_EDWTA ; Q5FFT1, PSTB_EHRRG ; Q5HAV5, PSTB_EHRRW ; +DR O32487, PSTB_ENTCL ; Q2J534, PSTB_FRACC ; Q5KX47, PSTB_GEOKA ; +DR Q39S52, PSTB_GEOMG ; Q74E68, PSTB_GEOSL ; Q5FT15, PSTB_GLUOX ; +DR Q0BTP1, PSTB_GRABC ; Q4QK92, PSTB_HAEI8 ; Q2SNX4, PSTB_HAHCH ; +DR Q9K8L5, PSTB_HALH5 ; Q18K56, PSTB_HALWD ; Q8GDV4, PSTB_HELMO ; +DR Q31I88, PSTB_HYDCU ; Q0C0L5, PSTB_HYPNA ; Q5QVB0, PSTB_IDILO ; +DR Q28Q03, PSTB_JANSC ; Q1IMC7, PSTB_KORVE ; Q1GAD3, PSTB_LACDA ; +DR Q6ADG4, PSTB_LEIXX ; Q8EUJ1, PSTB_MALP2 ; Q0ASG3, PSTB_MARMM ; +DR Q6F1N1, PSTB_MESFL ; Q8TSA8, PSTB_METAC ; Q46BM0, PSTB_METBF ; +DR Q12XW6, PSTB_METBU ; Q609Z8, PSTB_METCA ; Q1H377, PSTB_METFK ; +DR Q2FTF8, PSTB_METHJ ; Q58418, PSTB_METJA ; Q8TUR7, PSTB_METKA ; +DR Q8PVF6, PSTB_METMA ; Q6LY93, PSTB_METMP ; Q2NHW1, PSTB_METST ; +DR O27764, PSTB_METTH ; Q2RM86, PSTB_MOOTA ; Q2SS06, PSTB_MYCCT ; +DR Q7NC40, PSTB_MYCGA ; P47650, PSTB_MYCGE ; Q49588, PSTB_MYCIT ; +DR Q50046, PSTB_MYCLE ; Q6KIS8, PSTB_MYCM1 ; Q6MTC1, PSTB_MYCMS ; +DR Q743D1, PSTB_MYCPA ; P75186, PSTB_MYCPN ; A0R4C0, PSTB_MYCS2 ; +DR P0C560, PSTB_MYCSM ; Q1B3B4, PSTB_MYCSS ; Q1D320, PSTB_MYXXD ; +DR Q82VR4, PSTB_NITEU ; Q1QQH1, PSTB_NITHX ; Q2YA30, PSTB_NITMU ; +DR Q72D46, PSTB_NITV2 ; Q3SVB5, PSTB_NITWN ; Q5Z293, PSTB_NOCFA ; DR Q2G607, PSTB_NOVAD ; Q8ELT4, PSTB_OCEIH ; Q30YR3, PSTB_OLEA2 ; DR Q7U6R4, PSTB_PARMW ; Q13W55, PSTB_PARXL ; Q9CNJ7, PSTB_PASMU ; DR Q4FLF6, PSTB_PELUB ; Q7N9U4, PSTB_PHOLL ; Q12BB2, PSTB_POLSJ ; @@ -163158,8 +164314,8 @@ DR Q47L96, PSTB_THEFY ; Q5JEP9, PSTB_THEKO ; Q9X0Y8, PSTB_THEMA ; DR Q72GX5, PSTB_THET2 ; Q5SLN1, PSTB_THET8 ; Q8DGZ3, PSTB_THEVB ; DR Q3SJQ8, PSTB_THIDA ; Q10YP7, PSTB_TRIEI ; Q83HT1, PSTB_TROW8 ; DR Q83GE8, PSTB_TROWT ; Q9PQU3, PSTB_UREPA ; Q7M9G3, PSTB_WOLSU ; -DR Q8PM59, PSTB_XANAC ; Q3BV68, PSTB_XANC5 ; Q4UT63, PSTB_XANC8 ; -DR Q8PAG0, PSTB_XANCP ; Q2P2Y5, PSTB_XANOM ; Q5H002, PSTB_XANOR ; +DR Q8PM59, PSTB_XANAC ; Q4UT63, PSTB_XANC8 ; Q8PAG0, PSTB_XANCP ; +DR Q3BV68, PSTB_XANE5 ; Q2P2Y5, PSTB_XANOM ; Q5H002, PSTB_XANOR ; DR Q9PBK0, PSTB_XYLFA ; Q87C88, PSTB_XYLFT ; Q5NNN6, PSTB_ZYMMO ; // ID 7.3.2.2 @@ -163195,14 +164351,14 @@ DR Q6MIP7, PHNC_BDEBA ; Q7WNT8, PHNC_BORBR ; Q7W148, PHNC_BORPA ; DR Q89C51, PHNC_BRADU ; Q62H59, PHNC_BURMA ; Q3JNY2, PHNC_BURP1 ; DR Q63R24, PHNC_BURPS ; Q9AB70, PHNC_CAUVC ; Q1R0Z6, PHNC_CHRSD ; DR Q8NQH4, PHNC_CORGL ; Q46TK4, PHNC_CUPPJ ; Q47F10, PHNC_DECAR ; -DR Q72AQ6, PHNC_DESVH ; Q8XDV7, PHNC_ECO57 ; Q0T9T7, PHNC_ECOL5 ; -DR Q8FAV1, PHNC_ECOL6 ; P16677, PHNC_ECOLI ; Q1R3F6, PHNC_ECOUT ; -DR Q2JB14, PHNC_FRACC ; Q8REG7, PHNC_FUSNN ; Q9HNI8, PHNC_HALSA ; -DR Q31DV4, PHNC_HYDCU ; Q0BZD8, PHNC_HYPNA ; Q5FMM1, PHNC_LACAC ; -DR Q1GC08, PHNC_LACDA ; Q04CG8, PHNC_LACDB ; Q046T0, PHNC_LACGA ; -DR Q74LQ3, PHNC_LACJO ; Q9CIQ6, PHNC_LACLA ; Q032D0, PHNC_LACLS ; -DR Q035E0, PHNC_LACP3 ; Q88YN5, PHNC_LACPL ; Q0ASQ1, PHNC_MARMM ; -DR Q6F0P3, PHNC_MESFL ; Q2SR40, PHNC_MYCCT ; Q6MUF4, PHNC_MYCMS ; +DR Q8XDV7, PHNC_ECO57 ; Q0T9T7, PHNC_ECOL5 ; Q8FAV1, PHNC_ECOL6 ; +DR P16677, PHNC_ECOLI ; Q1R3F6, PHNC_ECOUT ; Q2JB14, PHNC_FRACC ; +DR Q8REG7, PHNC_FUSNN ; Q9HNI8, PHNC_HALSA ; Q31DV4, PHNC_HYDCU ; +DR Q0BZD8, PHNC_HYPNA ; Q5FMM1, PHNC_LACAC ; Q1GC08, PHNC_LACDA ; +DR Q04CG8, PHNC_LACDB ; Q046T0, PHNC_LACGA ; Q74LQ3, PHNC_LACJO ; +DR Q9CIQ6, PHNC_LACLA ; Q032D0, PHNC_LACLS ; Q035E0, PHNC_LACP3 ; +DR Q88YN5, PHNC_LACPL ; Q0ASQ1, PHNC_MARMM ; Q6F0P3, PHNC_MESFL ; +DR Q2SR40, PHNC_MYCCT ; Q6MUF4, PHNC_MYCMS ; Q72AQ6, PHNC_NITV2 ; DR Q5YTW4, PHNC_NOCFA ; Q30W28, PHNC_OLEA2 ; Q13LC4, PHNC_PARXL ; DR Q12BC9, PHNC_POLSJ ; Q1IEK7, PHNC_PSEE4 ; Q3KDI1, PHNC_PSEPF ; DR Q88PM5, PHNC_PSEPK ; Q2KDV1, PHNC_RHIEC ; Q1MMZ3, PHNC_RHIJ3 ; @@ -163292,8 +164448,8 @@ DR Q8FXI7, MODC_BRUSU ; Q47CB7, MODC_DECAR ; Q8X4V7, MODC_ECO57 ; DR Q0TJT5, MODC_ECOL5 ; Q8FJR4, MODC_ECOL6 ; P09833, MODC_ECOLI ; DR Q1REG5, MODC_ECOUT ; Q0BQ80, MODC_GRABC ; Q7VKP7, MODC_HAEDU ; DR Q4QJQ0, MODC_HAEI8 ; P45321, MODC_HAEIN ; Q2SJB5, MODC_HAHCH ; -DR Q2W1R8, MODC_MAGSA ; Q65SW3, MODC_MANSM ; Q608V9, MODC_METCA ; -DR P9WQL2, MODC_MYCTO ; P9WQL3, MODC_MYCTU ; Q9CMS0, MODC_PASMU ; +DR Q65SW3, MODC_MANSM ; Q608V9, MODC_METCA ; P9WQL2, MODC_MYCTO ; +DR P9WQL3, MODC_MYCTU ; Q2W1R8, MODC_PARM1 ; Q9CMS0, MODC_PASMU ; DR Q6D7D0, MODC_PECAS ; Q7N6R3, MODC_PHOLL ; Q6LHL2, MODC_PHOPR ; DR Q48J29, MODC_PSE14 ; Q9I2N4, MODC_PSEAE ; Q4KB64, MODC_PSEF5 ; DR Q3KC21, MODC_PSEPF ; Q88G95, MODC_PSEPK ; Q881C1, MODC_PSESM ; @@ -163436,8 +164592,7 @@ DE ABC-type oligopeptide transporter. AN oligopeptide ABC transporter. AN oligopeptide permease. AN oligopeptide-transporting ATPase. -CA a [oligopeptide](in) + ATP + H2O = a [oligopeptide](out) + ADP + H(+) + -CA phosphate. +CA a [peptide](out) + ATP + H2O = a [peptide](in) + ADP + H(+) + phosphate. CC -!- An ATP-binding cassette (ABC) type transporter, characterized by the CC presence of two similar ATP-binding domains/proteins and two integral CC membrane domains/proteins. @@ -163449,6 +164604,14 @@ CC -!- The binding protein determines the specificity of the system. cf. CC EC 7.4.2.9. CC -!- Formerly EC 3.6.3.23. DR Q9NP78, ABCB9_HUMAN; Q9JJ59, ABCB9_MOUSE; Q9QYJ4, ABCB9_RAT ; +DR P24136, OPPD_BACSU ; P76027, OPPD_ECOLI ; P45052, OPPD_HAEIN ; +DR Q07733, OPPD_LACLA ; P50980, OPPD_LACLS ; P47325, OPPD_MYCGE ; +DR P75552, OPPD_MYCPN ; P04285, OPPD_SALTY ; P24137, OPPF_BACSU ; +DR P77737, OPPF_ECOLI ; P45051, OPPF_HAEIN ; P0A2V4, OPPF_LACLA ; +DR P0A2V5, OPPF_LACLS ; P47326, OPPF_MYCGE ; P75551, OPPF_MYCPN ; +DR P08007, OPPF_SALTY ; P72479, OPPF_STRMU ; P0A2V6, OPPF_STRP1 ; +DR P0CZ32, OPPF_STRP3 ; Q5XDU4, OPPF_STRP6 ; Q8P2L5, OPPF_STRP8 ; +DR P0CZ33, OPPF_STRPQ ; // ID 7.4.2.7 DE ABC-type alpha-factor-pheromone transporter. @@ -163584,7 +164747,7 @@ DR Q9Z765, SECA_CHLPN ; B9LJ40, SECA_CHLSY ; B0B8S7, SECA_CHLT2 ; DR B3QXR7, SECA_CHLT3 ; Q3KKZ3, SECA_CHLTA ; B0BAF6, SECA_CHLTB ; DR Q8KD18, SECA_CHLTE ; O84707, SECA_CHLTR ; A0LYR8, SECA_CHRFK ; DR Q1QVH6, SECA_CHRSD ; Q7NQ59, SECA_CHRVO ; B5E808, SECA_CITBB ; -DR A8ALJ8, SECA_CITK8 ; A5CPU4, SECA_CLAM3 ; B0RE77, SECA_CLAMS ; +DR A8ALJ8, SECA_CITK8 ; A5CPU4, SECA_CLAM3 ; B0RE77, SECA_CLASE ; DR Q97F94, SECA_CLOAB ; A7FQJ3, SECA_CLOB1 ; C3KYK9, SECA_CLOB6 ; DR A6LQJ1, SECA_CLOB8 ; B2UZL5, SECA_CLOBA ; B2TK15, SECA_CLOBB ; DR A5HY67, SECA_CLOBH ; C1FQR0, SECA_CLOBJ ; B1IE50, SECA_CLOBK ; @@ -163600,8 +164763,7 @@ DR A5FS29, SECA_DEHMB ; Q3ZZG5, SECA_DEHMC ; C1CWX4, SECA_DEIDV ; DR Q1IZH7, SECA_DEIGD ; Q9RWU0, SECA_DEIRA ; A9BP81, SECA_DELAS ; DR C0QI23, SECA_DESAH ; B8FHX0, SECA_DESAL ; B1I6D8, SECA_DESAP ; DR B8J1J9, SECA_DESDA ; Q24MT3, SECA_DESHY ; Q6AJK1, SECA_DESPS ; -DR A4J927, SECA_DESRM ; Q72DV4, SECA_DESVH ; B8DRH3, SECA_DESVM ; -DR A1VFF6, SECA_DESVV ; Q01570, SECA_DIALT ; A5EY15, SECA_DICNV ; +DR A4J927, SECA_DESRM ; Q01570, SECA_DIALT ; A5EY15, SECA_DICNV ; DR A8LQ60, SECA_DINSH ; A7ZHI9, SECA_ECO24 ; B7UIE8, SECA_ECO27 ; DR B7MAM1, SECA_ECO45 ; B7LFW8, SECA_ECO55 ; Q8X996, SECA_ECO57 ; DR B5YZD4, SECA_ECO5E ; B7NHK4, SECA_ECO7I ; B7MNV7, SECA_ECO81 ; @@ -163646,27 +164808,28 @@ DR B0SNG1, SECA_LEPBP ; B1Y0N7, SECA_LEPCP ; Q72R08, SECA_LEPIC ; DR Q8F4S9, SECA_LEPIN ; B1MW27, SECA_LEUCK ; Q03ZQ8, SECA_LEUMM ; DR Q03SQ0, SECA_LEVBA ; Q1WSW8, SECA_LIGS1 ; B2GAI7, SECA_LIMF3 ; DR A5VIG0, SECA_LIMRD ; B2G5Y8, SECA_LIMRJ ; B9EAE8, SECA_MACCJ ; -DR Q2W0C1, SECA_MAGSA ; Q8EVL6, SECA_MALP2 ; Q65VS6, SECA_MANSM ; -DR Q0AMD3, SECA_MARMM ; A6VYJ1, SECA_MARMS ; A1U3E9, SECA_MARN8 ; -DR C6BVR6, SECA_MARSD ; Q6F260, SECA_MESFL ; Q601A7, SECA_MESH2 ; -DR Q4A8S6, SECA_MESH7 ; Q4AAP5, SECA_MESHJ ; Q6KIK4, SECA_MESM1 ; -DR B7KUB4, SECA_METC4 ; Q607S5, SECA_METCA ; Q1GZ36, SECA_METFK ; -DR B8IF29, SECA_METNO ; A2SJF9, SECA_METPP ; B1LXI2, SECA_METRJ ; -DR B0U8E7, SECA_METS4 ; B8EM60, SECA_METSB ; B0JLJ4, SECA_MICAN ; -DR C5CAR1, SECA_MICLC ; Q2RLX5, SECA_MOOTA ; A0QGP2, SECA_MYCA1 ; -DR Q2ST71, SECA_MYCCT ; Q7NC50, SECA_MYCGA ; P47318, SECA_MYCGE ; -DR Q6MUE3, SECA_MYCMS ; P75559, SECA_MYCPN ; Q98RA6, SECA_MYCPU ; -DR Q4A6S2, SECA_MYCS5 ; Q1D1H8, SECA_MYXXD ; Q5F807, SECA_NEIG1 ; -DR B4RKY2, SECA_NEIG2 ; A9M0X2, SECA_NEIM0 ; A1ISV1, SECA_NEIMA ; -DR Q9JYK8, SECA_NEIMB ; A1KUX1, SECA_NEIMF ; Q2GEH0, SECA_NEOSM ; -DR Q1XDA6, SECA_NEOYE ; Q0AH18, SECA_NITEC ; Q82W86, SECA_NITEU ; -DR Q3J799, SECA_NITOC ; A6Q383, SECA_NITSB ; Q3SVN4, SECA_NITWN ; -DR Q5YQU1, SECA_NOCFA ; A1SGL9, SECA_NOCSJ ; B2IUA9, SECA_NOSP7 ; -DR Q8YMS8, SECA_NOSS1 ; Q2G6U3, SECA_NOVAD ; Q8ENI7, SECA_OCEIH ; -DR Q04ED0, SECA_OENOB ; Q313L3, SECA_OLEA2 ; Q32743, SECA_OLILU ; -DR Q6YQA1, SECA_ONYPE ; A5CD15, SECA_ORITB ; B3CSS2, SECA_ORITI ; -DR A1R844, SECA_PAEAT ; A1TTE9, SECA_PARC0 ; A6L997, SECA_PARD8 ; -DR A1B592, SECA_PARDP ; A7HTW6, SECA_PARL1 ; Q7UA15, SECA_PARMW ; +DR Q8EVL6, SECA_MALP2 ; Q65VS6, SECA_MANSM ; Q0AMD3, SECA_MARMM ; +DR A6VYJ1, SECA_MARMS ; A1U3E9, SECA_MARN8 ; C6BVR6, SECA_MARSD ; +DR Q6F260, SECA_MESFL ; Q601A7, SECA_MESH2 ; Q4A8S6, SECA_MESH7 ; +DR Q4AAP5, SECA_MESHJ ; B7KUB4, SECA_METC4 ; Q607S5, SECA_METCA ; +DR Q1GZ36, SECA_METFK ; B8IF29, SECA_METNO ; A2SJF9, SECA_METPP ; +DR B1LXI2, SECA_METRJ ; B0U8E7, SECA_METS4 ; B8EM60, SECA_METSB ; +DR B0JLJ4, SECA_MICAN ; C5CAR1, SECA_MICLC ; Q2RLX5, SECA_MOOTA ; +DR A0QGP2, SECA_MYCA1 ; Q2ST71, SECA_MYCCT ; Q7NC50, SECA_MYCGA ; +DR P47318, SECA_MYCGE ; Q6KIK4, SECA_MYCM1 ; Q6MUE3, SECA_MYCMS ; +DR P75559, SECA_MYCPN ; Q98RA6, SECA_MYCPU ; Q4A6S2, SECA_MYCS5 ; +DR Q1D1H8, SECA_MYXXD ; Q5F807, SECA_NEIG1 ; B4RKY2, SECA_NEIG2 ; +DR A9M0X2, SECA_NEIM0 ; A1ISV1, SECA_NEIMA ; Q9JYK8, SECA_NEIMB ; +DR A1KUX1, SECA_NEIMF ; Q2GEH0, SECA_NEOSM ; Q1XDA6, SECA_NEOYE ; +DR Q0AH18, SECA_NITEC ; Q82W86, SECA_NITEU ; Q3J799, SECA_NITOC ; +DR A6Q383, SECA_NITSB ; Q72DV4, SECA_NITV2 ; A1VFF6, SECA_NITV4 ; +DR B8DRH3, SECA_NITV9 ; Q3SVN4, SECA_NITWN ; Q5YQU1, SECA_NOCFA ; +DR A1SGL9, SECA_NOCSJ ; B2IUA9, SECA_NOSP7 ; Q8YMS8, SECA_NOSS1 ; +DR Q2G6U3, SECA_NOVAD ; Q8ENI7, SECA_OCEIH ; Q04ED0, SECA_OENOB ; +DR Q313L3, SECA_OLEA2 ; Q32743, SECA_OLILU ; Q6YQA1, SECA_ONYPE ; +DR A5CD15, SECA_ORITB ; B3CSS2, SECA_ORITI ; A1R844, SECA_PAEAT ; +DR A1TTE9, SECA_PARC0 ; A6L997, SECA_PARD8 ; A1B592, SECA_PARDP ; +DR A7HTW6, SECA_PARL1 ; Q2W0C1, SECA_PARM1 ; Q7UA15, SECA_PARMW ; DR B2JHF1, SECA_PARP8 ; B2SYW6, SECA_PARPJ ; Q6MEX9, SECA_PARUW ; DR Q13U01, SECA_PARXL ; Q9CLK7, SECA_PASMU ; Q6D0J2, SECA_PECAS ; DR C6DET4, SECA_PECCP ; B4SHA9, SECA_PELPB ; A1AM15, SECA_PELPD ; @@ -163750,8 +164913,8 @@ DR A7MXQ8, SECA_VIBC1 ; A5F5P1, SECA_VIBC3 ; Q9KPH4, SECA_VIBCH ; DR C3LQT9, SECA_VIBCM ; Q87SF7, SECA_VIBPA ; Q8DEL8, SECA_VIBVU ; DR Q7MNU4, SECA_VIBVY ; Q8D301, SECA_WIGBR ; Q73HK8, SECA_WOLPM ; DR Q7M919, SECA_WOLSU ; Q5GT19, SECA_WOLTR ; Q8PPA0, SECA_XANAC ; -DR Q3BXE3, SECA_XANC5 ; Q4UQX9, SECA_XANC8 ; B0RV96, SECA_XANCB ; -DR Q8PCJ2, SECA_XANCP ; Q2NZC7, SECA_XANOM ; B2SPL6, SECA_XANOP ; +DR Q4UQX9, SECA_XANC8 ; B0RV96, SECA_XANCB ; Q8PCJ2, SECA_XANCP ; +DR Q3BXE3, SECA_XANE5 ; Q2NZC7, SECA_XANOM ; B2SPL6, SECA_XANOP ; DR Q5GW49, SECA_XANOR ; A7ICM7, SECA_XANP2 ; B2I9A3, SECA_XYLF2 ; DR Q9PF72, SECA_XYLFA ; B0U4Y8, SECA_XYLFM ; Q87AG8, SECA_XYLFT ; DR A1JJK2, SECA_YERE8 ; A7FM57, SECA_YERP3 ; Q1C223, SECA_YERPA ; @@ -163894,8 +165057,8 @@ DR P0CZ31, METN_STRPQ ; Q8DRF9, METN_STRR6 ; Q5M1F6, METN_STRT1 ; DR Q5M5Z2, METN_STRT2 ; Q67SV5, METN_SYMTH ; Q0AU85, METN_SYNWW ; DR Q47RE8, METN_THEFY ; Q9KTJ5, METN_VIBCH ; Q87RS1, METN_VIBPA ; DR Q8DFC3, METN_VIBVU ; Q7MN25, METN_VIBVY ; Q7M816, METN_WOLSU ; -DR Q8PGE8, METN_XANAC ; Q3BNZ3, METN_XANC5 ; Q4UQD2, METN_XANC8 ; -DR Q8P4S7, METN_XANCP ; Q2P7S3, METN_XANOM ; Q5H503, METN_XANOR ; +DR Q8PGE8, METN_XANAC ; Q4UQD2, METN_XANC8 ; Q8P4S7, METN_XANCP ; +DR Q3BNZ3, METN_XANE5 ; Q2P7S3, METN_XANOM ; Q5H503, METN_XANOR ; DR Q9PF03, METN_XYLFA ; Q87AL9, METN_XYLFT ; // ID 7.4.2.12 @@ -164086,8 +165249,8 @@ DR Q0HTS8, MSBA_SHESR ; Q31YT6, MSBA_SHIBS ; Q32E34, MSBA_SHIDS ; DR Q83LP0, MSBA_SHIFL ; Q3Z3K7, MSBA_SHISS ; Q2NUA5, MSBA_SODGM ; DR Q2LVL0, MSBA_SYNAS ; Q3SFZ6, MSBA_THIDA ; Q9KQW9, MSBA_VIBCH ; DR Q87R16, MSBA_VIBPA ; Q8DAV2, MSBA_VIBVU ; Q7MJ07, MSBA_VIBVY ; -DR Q8D2U8, MSBA_WIGBR ; Q8PKS5, MSBA_XANAC ; Q3BTC8, MSBA_XANC5 ; -DR Q4UV65, MSBA_XANC8 ; Q8P8W4, MSBA_XANCP ; Q2P3E7, MSBA_XANOM ; +DR Q8D2U8, MSBA_WIGBR ; Q8PKS5, MSBA_XANAC ; Q4UV65, MSBA_XANC8 ; +DR Q8P8W4, MSBA_XANCP ; Q3BTC8, MSBA_XANE5 ; Q2P3E7, MSBA_XANOM ; DR Q5H0H0, MSBA_XANOR ; Q9PEE7, MSBA_XYLFA ; Q87EF0, MSBA_XYLFT ; DR Q1CA68, MSBA_YERPA ; Q8ZGA9, MSBA_YERPE ; Q1CGH0, MSBA_YERPN ; DR Q66CI3, MSBA_YERPS ; @@ -164271,6 +165434,21 @@ CC an extracytoplasmic sugar-binding protein and mediates the uptake of CC of D-xylose and L-arabinose (cf. EC 7.5.2.10 and EC 7.5.2.12). DR D4GP38, XACJ_HALVD ; D4GP39, XACK_HALVD ; P0DTT6, XYLG_SULAC ; // +ID 7.5.2.14 +DE ABC-type homopolymeric O-antigen exporter. +CA ATP + a lipid-linked O antigencytosol + H2O = ADP + phosphate + a lipid- +CA linked O antigenperiplasm. +CC -!- Unlike heteropolymeric O antigens, which are polymerized in the +CC periplasm by EC 2.4.99.27, homopolymeric O antigens are polymerized +CC inside the cytoplasm by a progressive transfer of sugar monomers to a +CC growing chain attached to a polyprenyl diphosphate membrane anchor. +CC -!- When the chain reaches its full length it is transported across the +CC cytoplasmic membrane by this ABC-type transporter, which consists of +CC an ATP-binding subunit (Wzt) and an integral membrane protein (Wzm). +CC -!- Wzm proteins are poorly conserved in their primary sequence. +CC -!- Once in the periplasm, the O antigen is ligated to the lipid A-core +CC complex by EC 2.4.99.26. +// ID 7.6.2.1 DE P-type phospholipid transporter. AN flippase. @@ -164434,11 +165612,11 @@ DR Q5FQN4, CCMA_GLUOX ; Q0BV49, CCMA_GRABC ; Q7VN12, CCMA_HAEDU ; DR Q4QLJ9, CCMA_HAEI8 ; P45032, CCMA_HAEIN ; Q2SE49, CCMA_HAHCH ; DR Q0I2G0, CCMA_HISS1 ; Q0BWF7, CCMA_HYPNA ; Q5QZP7, CCMA_IDILO ; DR Q28NZ8, CCMA_JANSC ; Q5X6P7, CCMA_LEGPA ; Q5ZX76, CCMA_LEGPH ; -DR Q5WY52, CCMA_LEGPL ; Q8RPP4, CCMA_LEGPN ; Q2VZJ1, CCMA_MAGSA ; -DR Q65V02, CCMA_MANSM ; Q0AKQ2, CCMA_MARMM ; Q60AB3, CCMA_METCA ; -DR Q82WC8, CCMA_NITEU ; Q1QR47, CCMA_NITHX ; Q2Y9Q1, CCMA_NITMU ; -DR Q3JCI7, CCMA_NITOC ; Q3SVV2, CCMA_NITWN ; Q2G9A9, CCMA_NOVAD ; -DR P52218, CCMA_PARDP ; Q13I12, CCMA_PARXL ; Q9CPN2, CCMA_PASMU ; +DR Q5WY52, CCMA_LEGPL ; Q8RPP4, CCMA_LEGPN ; Q65V02, CCMA_MANSM ; +DR Q0AKQ2, CCMA_MARMM ; Q60AB3, CCMA_METCA ; Q82WC8, CCMA_NITEU ; +DR Q1QR47, CCMA_NITHX ; Q2Y9Q1, CCMA_NITMU ; Q3JCI7, CCMA_NITOC ; +DR Q3SVV2, CCMA_NITWN ; Q2G9A9, CCMA_NOVAD ; P52218, CCMA_PARDP ; +DR Q2VZJ1, CCMA_PARM1 ; Q13I12, CCMA_PARXL ; Q9CPN2, CCMA_PASMU ; DR Q6D606, CCMA_PECAS ; Q6LTL7, CCMA_PHOPR ; Q48GL0, CCMA_PSE14 ; DR Q9I3N7, CCMA_PSEAE ; Q8GQ92, CCMA_PSEAI ; Q4KG27, CCMA_PSEF5 ; DR Q3KFY6, CCMA_PSEPF ; P95487, CCMA_PSEPG ; Q88EX5, CCMA_PSEPK ; @@ -164456,7 +165634,7 @@ DR Q32I01, CCMA_SHIDS ; Q83KD5, CCMA_SHIFL ; Q3Z006, CCMA_SHISS ; DR Q2NSG3, CCMA_SODGM ; Q1GS38, CCMA_SPHAL ; Q9Z651, CCMA_TATCI ; DR Q9KQE3, CCMA_VIBCH ; Q87MK8, CCMA_VIBPA ; Q8DB62, CCMA_VIBVU ; DR Q7MIR0, CCMA_VIBVY ; Q73HX8, CCMA_WOLPM ; Q8PK53, CCMA_XANAC ; -DR Q3BSL0, CCMA_XANC5 ; Q4UVG2, CCMA_XANC8 ; Q8P8M1, CCMA_XANCP ; +DR Q4UVG2, CCMA_XANC8 ; Q8P8M1, CCMA_XANCP ; Q3BSL0, CCMA_XANE5 ; DR Q2P3U8, CCMA_XANOM ; Q5H0W2, CCMA_XANOR ; Q9PAP0, CCMA_XYLFA ; DR Q87BH8, CCMA_XYLFT ; Q1C647, CCMA_YERPA ; Q8ZD58, CCMA_YERPE ; DR Q1CHI9, CCMA_YERPN ; Q668T8, CCMA_YERPS ; Q5NQX0, CCMA_ZYMMO ; @@ -164555,9 +165733,9 @@ CC -!- A bacterial enzyme that interacts with an extracytoplasmic substrate CC binding protein and mediates the high affinity uptake of quaternary CC amine derivatives. CC -!- Formerly EC 3.6.3.32. -DR Q9RR46, GBUA_LISM4 ; P46920, OPUAA_BACSU; Q9KIF7, OPUAA_LACLA; -DR G2JZ44, OPUCA_LISM4; Q9KHT9, OPUCA_LISMN; Q4FL37, TMOW_PELUB ; -DR Q5LT65, TMOW_RUEPO ; +DR A0A0H2ZLL3, EGTUA_STRP2; B5Z7I4, EGTV_HELPG ; Q9RR46, GBUA_LISM4 ; +DR P46920, OPUAA_BACSU; Q9KIF7, OPUAA_LACLA; G2JZ44, OPUCA_LISM4; +DR Q9KHT9, OPUCA_LISMN; Q4FL37, TMOW_PELUB ; Q5LT65, TMOW_RUEPO ; // ID 7.6.2.10 DE ABC-type glycerol 3-phosphate transporter. @@ -164620,26 +165798,26 @@ DR Q8A883, POTA_BACTN ; Q0SML1, POTA_BORAP ; O51587, POTA_BORBU ; DR Q660M8, POTA_BORGP ; Q7NQN5, POTA_CHRVO ; Q97KS6, POTA_CLOAB ; DR Q18AM3, POTA_CLOD6 ; A0PY57, POTA_CLONN ; Q0TNZ3, POTA_CLOP1 ; DR Q8XIZ5, POTA_CLOPE ; Q0SRL2, POTA_CLOPS ; Q24XJ2, POTA_DESHY ; -DR Q72FW5, POTA_DESVH ; P69876, POTA_ECO57 ; A1AA20, POTA_ECOK1 ; -DR Q0TIU8, POTA_ECOL5 ; P69875, POTA_ECOL6 ; P69874, POTA_ECOLI ; -DR Q1RD28, POTA_ECOUT ; Q830W6, POTA_ENTFA ; Q0RAT5, POTA_FRAAA ; -DR Q8RI39, POTA_FUSNN ; Q5L222, POTA_GEOKA ; Q7VNG4, POTA_HAEDU ; -DR Q4QK57, POTA_HAEI8 ; P45171, POTA_HAEIN ; Q2SJY7, POTA_HAHCH ; -DR Q0I3Y9, POTA_HISS1 ; Q5FL41, POTA_LACAC ; Q1GB17, POTA_LACDA ; -DR Q04BG2, POTA_LACDB ; Q042G7, POTA_LACGA ; Q74K65, POTA_LACJO ; -DR Q9CGD4, POTA_LACLA ; Q02Z10, POTA_LACLS ; Q03AH0, POTA_LACP3 ; -DR Q88ZJ6, POTA_LACPL ; Q38VW6, POTA_LATSS ; Q1MQ44, POTA_LAWIP ; -DR Q5X627, POTA_LEGPA ; Q5ZWE4, POTA_LEGPH ; Q5WXF0, POTA_LEGPL ; -DR Q03ZQ0, POTA_LEUMM ; Q03PF2, POTA_LEVBA ; Q1WVI7, POTA_LIGS1 ; -DR Q92DL6, POTA_LISIN ; Q722B1, POTA_LISMF ; Q8Y8T6, POTA_LISMO ; -DR A0AGP9, POTA_LISW6 ; Q8EUR3, POTA_MALP2 ; Q65UE1, POTA_MANSM ; -DR A1TXH7, POTA_MARN8 ; Q6F0V4, POTA_MESFL ; Q5ZZZ7, POTA_MESH2 ; -DR Q4A7I1, POTA_MESH7 ; Q4A9E1, POTA_MESHJ ; Q6KIP2, POTA_MESM1 ; -DR Q60AI1, POTA_METCA ; Q2SSS4, POTA_MYCCT ; Q7NB11, POTA_MYCGA ; -DR P47288, POTA_MYCGE ; Q6MU19, POTA_MYCMS ; P75059, POTA_MYCPN ; -DR Q98QE1, POTA_MYCPU ; Q4A5Q4, POTA_MYCS5 ; A1UG51, POTA_MYCSK ; -DR Q1B8V9, POTA_MYCSS ; A1TAI4, POTA_MYCVP ; Q0AGF4, POTA_NITEC ; -DR Q82TL6, POTA_NITEU ; Q2YAD6, POTA_NITMU ; Q8YM92, POTA_NOSS1 ; +DR P69876, POTA_ECO57 ; A1AA20, POTA_ECOK1 ; Q0TIU8, POTA_ECOL5 ; +DR P69875, POTA_ECOL6 ; P69874, POTA_ECOLI ; Q1RD28, POTA_ECOUT ; +DR Q830W6, POTA_ENTFA ; Q0RAT5, POTA_FRAAA ; Q8RI39, POTA_FUSNN ; +DR Q5L222, POTA_GEOKA ; Q7VNG4, POTA_HAEDU ; Q4QK57, POTA_HAEI8 ; +DR P45171, POTA_HAEIN ; Q2SJY7, POTA_HAHCH ; Q0I3Y9, POTA_HISS1 ; +DR Q5FL41, POTA_LACAC ; Q1GB17, POTA_LACDA ; Q04BG2, POTA_LACDB ; +DR Q042G7, POTA_LACGA ; Q74K65, POTA_LACJO ; Q9CGD4, POTA_LACLA ; +DR Q02Z10, POTA_LACLS ; Q03AH0, POTA_LACP3 ; Q88ZJ6, POTA_LACPL ; +DR Q38VW6, POTA_LATSS ; Q1MQ44, POTA_LAWIP ; Q5X627, POTA_LEGPA ; +DR Q5ZWE4, POTA_LEGPH ; Q5WXF0, POTA_LEGPL ; Q03ZQ0, POTA_LEUMM ; +DR Q03PF2, POTA_LEVBA ; Q1WVI7, POTA_LIGS1 ; Q92DL6, POTA_LISIN ; +DR Q722B1, POTA_LISMF ; Q8Y8T6, POTA_LISMO ; A0AGP9, POTA_LISW6 ; +DR Q8EUR3, POTA_MALP2 ; Q65UE1, POTA_MANSM ; A1TXH7, POTA_MARN8 ; +DR Q6F0V4, POTA_MESFL ; Q5ZZZ7, POTA_MESH2 ; Q4A7I1, POTA_MESH7 ; +DR Q4A9E1, POTA_MESHJ ; Q60AI1, POTA_METCA ; Q2SSS4, POTA_MYCCT ; +DR Q7NB11, POTA_MYCGA ; P47288, POTA_MYCGE ; Q6KIP2, POTA_MYCM1 ; +DR Q6MU19, POTA_MYCMS ; P75059, POTA_MYCPN ; Q98QE1, POTA_MYCPU ; +DR Q4A5Q4, POTA_MYCS5 ; A1UG51, POTA_MYCSK ; Q1B8V9, POTA_MYCSS ; +DR A1TAI4, POTA_MYCVP ; Q0AGF4, POTA_NITEC ; Q82TL6, POTA_NITEU ; +DR Q2YAD6, POTA_NITMU ; Q72FW5, POTA_NITV2 ; Q8YM92, POTA_NOSS1 ; DR Q8ELR4, POTA_OCEIH ; Q04G50, POTA_OENOB ; Q30V33, POTA_OLEA2 ; DR Q6YPR6, POTA_ONYPE ; Q6MCV4, POTA_PARUW ; Q9CP06, POTA_PASMU ; DR Q6D4E2, POTA_PECAS ; Q6LR20, POTA_PHOPR ; Q02R79, POTA_PSEAB ; diff --git a/metax/data/ko.tsv b/metax/data/ko.tsv index 7b6b234..7626c5e 100644 --- a/metax/data/ko.tsv +++ b/metax/data/ko.tsv @@ -1502,7 +1502,7 @@ K01633 folB; 7,8-dihydroneopterin aldolase/epimerase/oxygenase [EC:4.1.2.25 5.1. K01634 SGPL1, DPL1; sphinganine-1-phosphate aldolase [EC:4.1.2.27] K01635 lacD; tagatose 1,6-diphosphate aldolase [EC:4.1.2.40] K01636 K01636; ribulose 1-phosphate aldolase [EC:4.1.2.-] -K01637 E4.1.3.1, aceA; isocitrate lyase [EC:4.1.3.1] +K01637 ICL, aceA; isocitrate/methylisocitrate lyase [EC:4.1.3.1 4.1.3.30] K01638 aceB, glcB; malate synthase [EC:2.3.3.9] K01639 E4.1.3.3, nanA, NPL; N-acetylneuraminate lyase [EC:4.1.3.3] K01640 HMGCL, hmgL; hydroxymethylglutaryl-CoA lyase [EC:4.1.3.4] @@ -1541,7 +1541,7 @@ K01676 E4.2.1.2A, fumA, fumB; fumarate hydratase, class I [EC:4.2.1.2] K01677 E4.2.1.2AA, fumA; fumarate hydratase subunit alpha [EC:4.2.1.2] K01678 E4.2.1.2AB, fumB; fumarate hydratase subunit beta [EC:4.2.1.2] K01679 E4.2.1.2B, fumC, FH; fumarate hydratase, class II [EC:4.2.1.2] -K01681 ACO, acnA; aconitate hydratase [EC:4.2.1.3] +K01681 ACO; aconitate hydratase [EC:4.2.1.3] K01682 acnB; aconitate hydratase 2 / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] K01683 araD; D-arabinonate dehydratase [EC:4.2.1.5] K01684 dgoD; galactonate dehydratase [EC:4.2.1.6] @@ -2293,7 +2293,7 @@ K02469 gyrA; DNA gyrase subunit A [EC:5.6.2.2] K02470 gyrB; DNA gyrase subunit B [EC:5.6.2.2] K02471 bacA, bclA; vitamin B12/bleomycin/antimicrobial peptide transport system ATP-binding/permease protein K02472 wecC; UDP-N-acetyl-D-mannosaminuronic acid dehydrogenase [EC:1.1.1.336] -K02473 wbpP; UDP-N-acetylglucosamine/UDP-N-acetylgalactosamine 4-epimerase [EC:5.1.3.7 5.1.3.-] +K02473 wbpP; UDP-N-acetylglucosamine/UDP-N-acetyl-alpha-D-glucosaminouronate 4-epimerase [EC:5.1.3.7 5.1.3.45] K02474 wbpO; UDP-N-acetyl-D-glucosamine/UDP-N-acetyl-D-galactosamine dehydrogenase [EC:1.1.1.136 1.1.1.-] K02475 K02475; two-component system, CitB family, response regulator K02476 K02476; two-component system, CitB family, sensor kinase [EC:2.7.13.3] @@ -4242,7 +4242,7 @@ K04510 VANGL; vang-like K04511 PRICKLE; prickle K04512 DAAM; dishevelled associated activator of morphogenesis K04513 RHOA; Ras homolog gene family, member A -K04514 ROCK1; Rho-associated protein kinase 1 [EC:2.7.11.1] +K04514 ROCK1; Rho-associated protein kinase 1 [EC:2.7.11.39] K04515 CAMK2; calcium/calmodulin-dependent protein kinase (CaM kinase) II [EC:2.7.11.17] K04516 AROA1, aroA; chorismate mutase [EC:5.4.99.5] K04517 tyrA2; prephenate dehydrogenase [EC:1.3.1.12] @@ -4439,7 +4439,7 @@ K04710 CERS1, LASS1; sphingoid base N-stearoyltransferase [EC:2.3.1.299] K04711 ACER3, YDC1; dihydroceramidase [EC:3.5.1.-] K04712 DEGS; sphingolipid 4-desaturase/C4-monooxygenase [EC:1.14.19.17 1.14.18.5] K04713 SUR2; sphinganine C4-monooxygenase [EC:1.14.18.5] -K04714 SGMS; shingomyelin synthase [EC:2.7.8.27] +K04714 SGMS; sphingomyelin synthase / phosphatidylethanolamine phospholipase C [EC:2.7.8.27 3.1.4.62] K04715 CERK; ceramide kinase [EC:2.7.1.138] K04716 SGPP1; sphingosine-1-phosphate phosphatase 1 [EC:3.1.3.-] K04717 SGPP2; sphingosine-1-phosphate phosphotase 2 [EC:3.1.3.-] @@ -6662,7 +6662,7 @@ K07064 K07064; uncharacterized protein K07065 K07065; uncharacterized protein K07066 K07066; uncharacterized protein K07067 disA; diadenylate cyclase [EC:2.7.7.85] -K07068 K07068; uncharacterized protein +K07068 DUF35; scaffold protein (connect acetoacetyl-CoA thiolase and HMG-CoA synthase) K07069 K07069; uncharacterized protein K07070 K07070; uncharacterized protein K07071 K07071; uncharacterized protein @@ -11895,7 +11895,7 @@ K12418 DES4, des1; acyl-lipid (7-3)-desaturase (Delta-4 desaturase) [EC:1.14.19. K12419 FADS6; fatty acid desaturase 6 [EC:1.14.19.-] K12420 actIII, oxyJ, snoaD, aknA; ketoreductase [EC:1.1.1.-] K12421 fadD9; fatty acid CoA ligase FadD9 -K12422 fadD10; long chain fatty acid CoA ligase FadD10 [EC:6.2.1.-] +K12422 fadD10; medium/long-chain-fatty-acid---[acyl-carrier-protein] ligase FadD10 [EC:6.2.1.-] K12423 fadD21; fatty acid CoA ligase FadD21 K12424 fadD22; 4-hydroxybenzoate adenylyltransferase [EC:6.2.1.50] K12425 fadD23; long-chain fatty acid adenylase/transferase FadD23 [EC:6.2.1.57] @@ -13159,7 +13159,7 @@ K13723 ERAP2; endoplasmic reticulum aminopeptidase 2 [EC:3.4.11.-] K13724 AQPEP; aminopeptidase Q [EC:3.4.11.-] K13725 PFAM1; M1-family aminopeptidase [EC:3.4.11.-] K13726 MEPB; metallopeptidase MepB [EC:3.4.24.-] -K13727 pdc; phenolic acid decarboxylase [EC:4.1.1.-] +K13727 pad, pdc, fdc; phenacrylate decarboxylase [EC:4.1.1.102] K13728 MAD2L2; mitotic spindle assembly checkpoint protein MAD2B K13729 TCAC2, TC52; thiol-dependent reductase 1 K13730 inlA; internalin A @@ -16763,7 +16763,7 @@ K17384 SPRY3; protein sprouty homolog 3 K17385 SPRY4; protein sprouty homolog 4 K17386 PDGFB; platelet-derived growth factor subunit B K17387 KIF23; kinesin family member 23 -K17388 ROCK2; Rho-associated protein kinase 2 [EC:2.7.11.1] +K17388 ROCK2; Rho-associated protein kinase 2 [EC:2.7.11.39] K17389 MIR520C; microRNA 520c K17390 CDCA5; sororin K17391 IGF2BP1; insulin-like growth factor 2 mRNA-binding protein 1 @@ -17888,7 +17888,7 @@ K18533 AK9; adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6] K18534 K18534; MPBQ/MSBQ methyltransferase [EC:2.1.1.295] K18535 thnA; putative oxidoreductase K18536 thnD; putative oxidoreductase -K18537 thnK; putative methyltransferase +K18537 thnK; 2-(S-pantetheinyl)-carbapenam-3-carboxylate methyltransferase [EC:2.1.1.394] K18538 thnN; thienamycin biosynthesis protein ThnN K18539 thnO; thienamycin biosynthesis protein ThnO K18540 ramA; (R)-amidase [EC:3.5.1.100] @@ -18732,7 +18732,7 @@ K19383 TGIF1; homeobox protein TGIF1 K19384 TMEM17; transmembrane protein 17 K19385 TMEM216; transmembrane protein 216 K19386 POS5; NADH kinase [EC:2.7.1.86] -K19387 PTRF; polymerase I and transcript release factor +K19387 CAVIN1, PTRF; caveolae-associated protein 1 K19388 PB2; Influenza virus polymerase basic protein 2 K19389 PB1; Influenza virus RNA-directed RNA polymerase catalytic subunit [EC:2.7.7.48] K19390 PA; Influenza virus polymerase acidic protein @@ -19823,8 +19823,8 @@ K20479 WHAMM; WASP homolog-associated protein with actin, membranes and microtub K20480 nprR, nprA; HTH-type transcriptional regulator, quorum sensing regulator NprR K20481 nprX, nprRB; regulatory peptide NprX K20482 nisA, spaS, epiA; lantibiotic bacteriocin -K20483 nisB, spaB, epiB; lantibiotic biosynthesis protein -K20484 nisC, spaC, epiC; lantibiotic biosynthesis protein +K20483 lanB, nisB, spaB, epiB; class I lanthipeptide synthase [EC:3.13.2.4] +K20484 lanC, nisC, spaC, epiC; class I lanthipeptide synthase [EC:3.13.2.4] K20485 nisT, spaT; ATP-binding cassette, subfamily B, bacterial NisT/SpaT K20486 nisP, epiP; lantibiotic leader peptide-processing serine protease [EC:3.4.21.-] K20487 nisK, spaK; two-component system, OmpR family, lantibiotic biosynthesis sensor histidine kinase NisK/SpaK [EC:2.7.13.3] @@ -20216,7 +20216,7 @@ K20873 NEK3; serine/threonine-protein kinase Nek3 [EC:2.7.11.1] K20875 NEK6; serine/threonine-protein kinase Nek6 [EC:2.7.11.34] K20876 NEK7; serine/threonine-protein kinase Nek7 [EC:2.7.11.34] K20877 NEK8; serine/threonine-protein kinase Nek8 [EC:2.7.11.1] -K20878 NEK9, NERCC1; serine/threonine-protein kinase Nek9 [EC:2.7.11.1] +K20878 NEK9, NERCC1; serine/threonine-protein kinase Nek9 [EC:2.7.11.38] K20879 NEK10; serine/threonine-protein kinase Nek10 [EC:2.7.11.1] K20880 NEK11; serine/threonine-protein kinase Nek11 [EC:2.7.11.1] K20881 yrfG; GMP/IMP 5'-nucleotidase [EC:3.1.3.-] @@ -20866,7 +20866,7 @@ K21528 gin; Enterobacteriaceae phage serine recombinase [EC:3.1.22.- 6.5.1.-] K21529 A28L; Orthopoxvirus envelope protein A28 K21530 gp25; Straboviridae baseplate wedge protein K21531 gp18; Straboviridae tail sheath protein -K21532 BNRF1; Lymphocryptovirus major tegument protein +K21532 BNRF1; Orthoherpesviridae tegument protein K21533 vIL10; Herpesviridae/Poxviridae viral interleukin 10 K21534 SAMase; Enterobacteria phage S-adenosyl-L-methionine lyase [EC:4.4.1.42] K21535 p22; Tombusvirus movement protein @@ -22029,7 +22029,7 @@ K22693 pyrH; tryptophan 5-halogenase [EC:1.14.19.58] K22694 sttH; tryptophan 6-halogenase [EC:1.14.19.59] K22695 ktzR; 7-chloro-L-tryptophan 6-halogenase [EC:1.14.19.60] K22696 EEF2KMT; protein-lysine N-methyltransferase EEF2KMT [EC:2.1.1.-] -K22697 SAMD8; sphingomyelin synthase-related protein 1 +K22697 SAMD8; phosphatidylethanolamine phospholipase C [EC:3.1.4.62] K22698 SEY1; protein SEY1 [EC:3.6.5.-] K22699 thi4; sulfide-dependent adenosine diphosphate thiazole synthase [EC:2.4.2.59] K22700 ZCCHC2; Zinc finger CCHC domain-containing protein 2 @@ -22257,7 +22257,7 @@ K22921 vexB; Vi polysaccharide transport system permease protein K22922 vexD; Vi polysaccharide transport system permease protein K22923 vexC; Vi polysaccharide transport system ATP-binding protein [EC:7.6.2.12] K22924 vexA, tviF; Vi polysaccharide export protein VexA -K22925 tviC, vipB; UDP-N-acetylglucosaminuronic acid 4-epimerase [EC:5.1.3.-] +K22925 tviC, vipB; UDP-N-acetyl-alpha-D-glucosaminouronate 4-epimerase [EC:5.1.3.45] K22926 tviB, vipA; UDP-N-acetylglucosamine 6-dehydrogenase [EC:1.1.1.136] K22927 gdpP; cyclic-di-AMP phosphodiesterase [EC:3.1.4.59] K22928 DNPH1; 2'-deoxynucleoside 5'-phosphate N-hydrolase [EC:3.2.2.-] @@ -23871,7 +23871,7 @@ K24537 KAT14; cysteine-rich protein 2-binding protein K24538 MBIP; MAP3K12-binding inhibitory protein 1 K24539 YEATS2; YEATS domain-contaning protein 2 K24540 PRKRA; interferon-inducible double-stranded RNA-dependent protein kinase activator A -K24541 CYP71P1; tryptamine 5-hydroxylase [EC:1.14.-.-] +K24541 CYP71P1; tryptamine 5-hydroxylase [EC:1.14.14.186] K24542 CYP81D; cytochrome P450 family 81 subfamily D K24543 CYP97B3; cytochrome P450 family 97 subfamily B polypeptide 3 K24544 CYP714C; cytochrome P450 family 714 subfamily C @@ -24244,7 +24244,7 @@ K24910 ramA, amfB; ATP-binding cassette, subfamily B, bacterial RamA/AmfB K24911 ramB, amfA; ATP-binding cassette, subfamily B, bacterial RamB/AmfA K24912 ramR, amfR; LuxR family transcriptional regulator, transcriptional activator for aerial hyphae formation K24913 ramS, amfS; lanthionine-containing peptide SapB -K24914 ramC, amfT; probable SapB synthase +K24914 lanKC, ramC, amfT; class III lanthionine synthetase [EC:3.13.2.4] K24915 TMEM175; TMEM175 potassium channel family protein K24916 ZNF521, EVI3; zinc finger protein 521 K24917 AAP; amino acid permease @@ -25969,7 +25969,7 @@ K26635 RdRp; Chrysoviridae RNA-directed RNA polymerase K26636 RdRp; Chuviridae RNA-directed RNA polymerase K26637 RdRp; Velarivirus RNA-directed RNA polymerase K26638 RdRp; Pseudomonas phage RNA-directed RNA polymerase -K26639 K26639; Druskaviridae DNA polymerase elongation subunit family B +K26639 K26639; Thumleimavirales DNA polymerase elongation subunit family B K26640 RdRp; Duinviridae RNA-directed RNA polymerase K26641 RdRp; Emaravirus RNA-directed RNA polymerase K26642 RdRp; Fusariviridae RNA-directed RNA polymerase @@ -26265,7 +26265,7 @@ K26931 sacY; levansucrase and sucrase synthesis operon transcriptional antitermi K26932 sacT; sacPA operon transcriptional antiterminator K26933 kdgF; unsaturated pyranuronate lyase [EC:4.2.99.25] K26934 ATP11; phospholipid-transporting ATPase [EC:7.6.2.1] -K26935 TMEM30A, CDC50A; cell cycle control protein 50A +K26935 TMEM30, CDC50; cell cycle control protein 50 K26936 TIMD4, TIM4; T-cell immunoglobulin and mucin domain-containing protein 4 K26937 dinF, mepA, vmrA; MATE family, multidrug efflux pump K26938 MATE; MATE family, citrate exporter @@ -26547,8 +26547,8 @@ K27218 K27218; Ackermannviridae endonuclease V N-glycosylase UV repair enzyme K27219 K27219; Ackermannviridae exonuclease K27220 K27220; Ackermannviridae exonuclease K27221 K27221; Kuttervirus GIY-YIG homing endonuclease -K27222 K27222; Ackermannviridae HNH endonuclease -K27223 K27223; Salmonella phage HNH endonuclease +K27222 K27222; Ackermannviridae DNA primase +K27223 K27223; Autographiviridae DNA primase K27224 K27224; Ackermannviridae HNH endonuclease K27225 K27225; Salmonella phage homing endonuclease K27226 K27226; Salmonella phage homing endonuclease @@ -26646,29 +26646,29 @@ K27317 MPZL3; myelin protein zero-like protein 3 K27318 MTARC; mitochondrial amidoxime-reducing component [EC:1.7.-.-] K27319 STMP1; short transmembrane mitochondrial protein 1 K27320 MSTO1, MST; protein misato -K27321 K27321; Autographiviridae HNH endonuclease +K27321 K27321; Casjensviridae DNA primase K27322 K27322; Autographiviridae HNH endonuclease K27323 K27323; Autographiviridae HNH endonuclease -K27324 K27324; Escherichia phage HNH endonuclease +K27324 K27324; Demerecviridae DNA primase K27325 K27325; Yersinia phage homing endonuclease -K27326 K27326; Autographiviridae HNH endonuclease -K27327 K27327; Autographiviridae HNH endonuclease -K27328 K27328; Acinetobacter phage HNH endonuclease +K27326 K27326; Drexlerviridae DNA primase +K27327 K27327; Hafunaviridae DNA primase +K27328 K27328; Bacillus phage primase K27329 K27329; Autographiviridae HNH endonuclease -K27330 K27330; Autographiviridae HNH endonuclease -K27331 K27331; Yersinia phage HNH endonuclease -K27332 K27332; Pectobacterium phage HNH endonuclease +K27330 K27330; Crassvirales DNA primase +K27331 K27331; Megaviricetes DNA primase +K27332 K27332; Peduoviridae DNA primase K27333 K27333; Autographiviridae HNH endonuclease -K27334 K27334; Pectobacterium phage HNH endonuclease -K27335 K27335; Acinetobacter phage HNH endonuclease -K27336 K27336; Pectobacterium phage HNH family homing endonuclease +K27334 K27334; Peduoviridae DNA primase +K27335 K27335; Chlorovirus DNA primase +K27336 K27336; Zierdtviridae DNA primase K27337 K27337; Acinetobacter phage putative DNA exonuclease K27338 K27338; Autographiviridae putative HNH endonuclease K27339 UQCC4; ubiquinol-cytochrome c reductase complex assembly factor 4 K27340 UQCC5, SMIM4; ubiquinol-cytochrome c reductase complex assembly factor 5 K27341 UQCC6; ubiquinol-cytochrome c reductase complex assembly factor 6 K27342 TMEM223; transmembrane protein 223 -K27343 tmcAL; tRNA(Met) cytidine acetate ligase [EC:6.3.4.-] +K27343 tmcAL; tRNAmet cytidine acetate ligase [EC:6.3.1.22] K27344 ldmS; L-aspartate-L-methionine ligase [EC:6.3.2.-] K27345 PRND, PrPLP, DPL; prion like protein doppel K27346 SPRN, SHO; shadow of prion protein @@ -26702,8 +26702,8 @@ K27373 K27373; Chaseviridae HNH endonuclease K27374 T5p150; Demerecviridae putative endonuclease [EC:3.1.-.-] K27375 K27375; Vibrio phage exodeoxyribonuclease VIII K27376 D15; Demerecviridae flap endonuclease [EC:3.1.11.- 3.1.11.3] -K27377 K27377; Tequintavirus HNH endonuclease -K27378 K27378; Salmonella phage HNH endonuclease +K27377 K27377; Schitoviridae DNA primase +K27378 K27378; Mesyanzhinovviridae DNA primase K27379 K27379; Demerecviridae HNH endonuclease K27380 K27380; Demerecviridae HNH endonuclease K27381 XIRP; xin actin-binding repeat-containing protein @@ -26726,8 +26726,8 @@ K27397 PHF14; PHD finger protein 14 K27398 CWC2; pre-mRNA-splicing factor CWC2 K27399 K27399; Demerecviridae HNH endonuclease K27400 K27400; Demerecviridae HNH endonuclease -K27401 K27401; Vibrio phage HNH endonuclease -K27402 K27402; Demerecviridae HNH homing endonuclease +K27401 K27401; Kyanoviridae phosphoribosylaminoimidazole synthetase +K27402 K27402; Kyanoviridae phosphoribosylaminoimidazole-succinocarboxamide synthase K27403 K27403; Demerecviridae homing endonuclease K27404 K27404; Demerecviridae homing endonuclease K27405 K27405; Epseptimavirus homing endonuclease @@ -26742,20 +26742,20 @@ K27413 ASK1_3_5; shaggy-related protein kinase [EC:2.7.11.1] K27414 ASK2_8; shaggy-related protein kinase [EC:2.7.11.1] K27415 ABP; auxin-binding protein K27416 U70; Roseolovirus alkaline exonuclease -K27417 K27417; Demerecviridae putative HNH endonuclease +K27417 K27417; Synechococcus phage phosphoribosylformylglycinamidine synthase K27418 K27418; Demerecviridae HNH homing endonuclease -K27419 K27419; Epseptimavirus putative HNH homing endonuclease +K27419 K27419; Kyanoviridae/Schitoviridae thymidylate synthase K27420 K27420; Demerecviridae putative homing endonuclease K27421 ORF142, T5p149; Demerecviridae nicking endonuclease [EC:3.1.21.-] K27422 D12; Demerecviridae probable exonuclease subunit 1 [EC:3.1.11.-] K27423 D13; Demerecviridae probable exonuclease subunit 2 [EC:3.1.11.-] K27424 K27424; Drexlerviridae DNA repair exonuclease K27425 K27425; Drexlerviridae exonuclease VIII -K27426 K27426; Escherichia phage HNH endonuclease -K27427 K27427; Escherichia phage HNH endonuclease +K27426 K27426; Mimiviridae bifunctional dihydrofolate reductase-thymidylate synthase +K27427 K27427; Paramecium bursaria Chlorella virus chitin synthase K27428 K27428; Drexlerviridae HNH endonuclease -K27429 K27429; Tunavirus HNH endonuclease -K27430 gp02; Rogunavirus HNH endonuclease +K27429 K27429; Chlorovirus homospermidine synthase +K27430 K27430; Chlorovirus hyaluronan synthase K27431 K27431; Fuselloviridae nuclease K27432 K27432; Hafunaviridae ERCC4-type nuclease K27433 K27433; Haloferacalesvirus exonuclease @@ -26775,17 +26775,17 @@ K27446 K27446; Wphvirus HNH endonuclease K27447 K27447; Staphylococcus phage HNH endonuclease K27448 IRF2BP2; interferon regulatory factor 2-binding protein 2 K27449 PRY; PTPN13-like protein, Y-linked -K27450 K27450; Bacillus phage HNH endonuclease +K27450 K27450; Chlorovirus NAD synthetase K27451 K27451; Staphylococcus phage HNH endonuclease -K27452 K27452; Bacillus phage HNH endonuclease +K27452 K27452; Chlorovirus tRNA(Ile)-lysidine synthase K27453 K27453; Staphylococcus phage HNH endonuclease K27454 K27454; Lactobacillus phage HNH endonuclease K27455 K27455; Staphylococcus phage HNH endonuclease -K27456 K27456; Staphylococcus phage HNH endonuclease -K27457 K27457; Bacillus phage HNH endonuclease +K27456 K27456; Schitoviridae thymidylate synthase +K27457 K27457; Straboviridae glutathionylspermidine synthase K27458 K27458; Staphylococcus phage HNH endonuclease K27459 K27459; Bacillus phage HNH endonuclease -K27460 K27460; Enterococcus phage HNH endonuclease +K27460 K27460; Acinetobacter phage histidyl tRNA synthetase K27461 K27461; Staphylococcus phage HNH endonuclease K27462 K27462; Staphylococcus phage homing endonuclease with GIY-YIG motif K27463 K27463; Staphylococcus phage intron encoded nuclease @@ -26838,9 +26838,9 @@ K27509 K27509; Synechococcus phage DNA endonuclease V K27510 K27510; Kyanoviridae endonuclease K27511 K27511; Kyanoviridae endonuclease VII K27512 K27512; Kyanoviridae exonuclease -K27513 K27513; Kyanoviridae HNH endonuclease +K27513 K27513; Straboviridae thymidylate synthase K27514 K27514; Kyanoviridae HNH endonuclease -K27515 K27515; Synechococcus phage HNH endonuclease +K27515 K27515; Mimiviridae/Phycodnaviridae asparagine synthetase K27516 K27516; Kyanoviridae NAD synthetase K27517 K27517; Kyanoviridae restriction endonuclease II K27518 K27518; Kyanoviridae ribonuclease H @@ -26876,8 +26876,8 @@ K27547 K27547; Yersinia phage exonuclease K27548 K27548; Yersinia phage terminase, endonuclease subunit K27549 K27549; Prasinovirus endonuclease K27550 K27550; Prasinovirus endonuclease VII -K27551 K27551; Prasinovirus exonuclease -K27552 K27552; Chlorovirus exonuclease +K27551 K27551; Mesyanzhinovviridae/Herelleviridae thymidylate synthase +K27552 K27552; Phycodnaviridae exonuclease K27553 K27553; Chlorovirus GIY-YIG catalytic domain-containing endonuclease K27554 K27554; Chlorovirus GIY-YIG catalytic domain-containing endonuclease K27555 K27555; Paramecium bursaria Chlorella virus GIY-YIG catalytic domain-containing endonuclease @@ -26900,13 +26900,13 @@ K27571 SAMD7; sterile alpha motif domain-containing protein 7 K27572 K27572; Schitoviridae HNH endonuclease K27573 K27573; Gamaleyavirus HNH endonuclease K27574 K27574; Schitoviridae HNH endonuclease -K27575 K27575; Vibrio phage HNH endonuclease +K27575 K27574; Vibrio phage HNH endonuclease K27576 K27576; Schitoviridae HNH endonuclease K27577 K27577; Steigviridae PD-(D/E)XK superfamily exonuclease K27578 K27578; Steigviridae putative HKD family nuclease K27579 K27579; Straboviridae anti-restriction nuclease K27580 K27580; Straboviridae anti-restriction nuclease -K27581 K27581; Schitoviridae HNH endonuclease +K27581 N; Pneumoviridae nucleoprotein K27582 SAMD11; sterile alpha motif domain-containing protein 11 K27583 CENPV; centromere protein V K27584 K27584; Straboviridae anti-restriction nuclease @@ -26997,7 +26997,7 @@ K27668 K27668; Straboviridae homing endonuclease K27669 K27669; Tequatrovirus homing endonuclease K27670 K27670; Straboviridae homing endonuclease K27671 K27671; Straboviridae homing endonuclease -K27672 ChcAa; cyclohexane-1-carboxylate hydroxylase +K27672 chcAa; cyclohexane-1-carboxylate 4-trans-hydroxylase [EC:1.14.15.40] K27673 chcB1; trans-4-hydroxycyclohexanecarboxylate dehydrogenase [EC:1.1.1.226] K27674 chcC2; 4-oxocyclohex-2-ene-1-carboxylate desaturase K27675 redI; 4-hydroxy-2,2'-bipyrrole-5-carbaldehyde O-methyltransferase [EC:2.1.1.-] @@ -27067,4 +27067,140 @@ K27738 K27738; Zierdtviridae exonuclease K27739 K27739; Zierdtviridae HNH endonuclease K27740 AFB2_3; protein auxin signaling F-box 2/3 K27741 GRH1, AFB1; GRR1-like protein 1 +K27742 SCR; protein SCARECROW +K27743 SHR; protein SHORT-ROOT +K27744 NSP1; protein nodulation signaling pathway 1 +K27745 NSP2; protein nodulation signaling pathway 2 +K27746 LAS, SCL18; protein lateral suppressor +K27747 HAM; protein hairy meristem +K27748 PAT; scarecrow-like transcription factor PAT +K27749 DLT; protein DWARF and LOW-TILLERING +K27750 RAM1; GRAS family protein RAM1 K27751 ACBD6; acyl-CoA-binding domain-containing protein 6 +K27752 RAD1; GRAS family protein RAD1 +K27753 LISCL; GRAS family protein LISCL +K27754 FASTKD1; FAST kinase domain-containing protein 1 +K27755 FASTKD3; FAST kinase domain-containing protein 3 +K27756 TBRG4, FASTKD4; FAST kinase domain-containing protein 4 +K27757 FASTKD5; FAST kinase domain-containing protein 5 +K27758 GIMAP1_3_5; GTPase IMAP family member 1/3/5 +K27759 MTNAP1; mitochondrial nucleoid-associated protein 1 +K27760 GIMAP2; GTPase IMAP family member 2 +K27761 GIMAP4; GTPase IMAP family member 4 +K27762 GIMAP6; GTPase IMAP family member 6 +K27763 K27763; Ackermannviridae head maturation protease +K27764 K27764; Casjensviridae head maturation protease +K27765 K27765; Ranavirus putative capsid maturation protease +K27766 K27766; Chaseviridae head maturation protease +K27767 K27767; Demerecviridae ATP-dependent protease +K27768 T5.150; Demerecviridae prohead protease [EC:3.4.21.-] +K27769 K27769; Drexlerviridae head maturation protease +K27770 K27770; Haloferacalesvirus head maturation protease +K27771 K27771; Herelleviridae head maturation protease +K27772 K27772; Crassvirales protease +K27773 GIMAP7; GTPase IMAP family member 7 +K27774 CPAMD8; C3 and PZP-like alpha-2-macroglobulin domain-containing protein 8 +K27775 lcp1, lcpA; cell wall biosynthesis protein +K27776 SBE2; polyneuridine aldehyde synthase [EC:1.14.19.81] +K27777 VR; vomilenine reductase [EC:1.5.1.32] +K27778 DHVR; 1,2-dihydrovomilenine reductase [EC:1.3.1.73] +K27779 NNMT; norajmaline N-methyltransferase [EC:2.1.1.392] +K27780 GO; (19E)-geissoschizine oxidase [EC:1.14.19.80] +K27781 NS; norfluorocurarine synthase +K27782 NO; norfluorocurarine oxidase +K27783 WS; Wieland-Gumlich aldehyde synthase +K27784 AT; Wieland-Gumlich aldehyde malonyltransferase +K27785 AT; Wieland-Gumlich aldehyde acetyltransferase +K27786 10H; strychnine 10-hydroxylase +K27787 OMT; strychnine O-methyltransferase +K27788 11H; strychnine 11-hydroxylase +K27789 REDOX1; 3,17-didehydrostemmadenine reductase [EC:1.5.1.56] +K27790 REDOX2; 17-dehydrostemmadenine reductase [EC:1.1.1.439] +K27791 SAT; stemmadenine O-acetyltransferase [EC:2.3.1.323] +K27792 PAS; precondylocarpine acetate synthase [EC:1.21.3.11] +K27793 DPAS; dihydroprecondylocarpine acetate synthase [EC:1.3.1.128] +K27794 CS; catharanthine synthase [EC:5.5.1.37] +K27795 TS; tabersonine synthase [EC:5.5.1.38] +K27796 PRX1; peroxidase PRX1 +K27797 MCSA; 2-methylcitrate synthase [EC:2.3.3.5] +K27798 HAVgp1; Hepatovirus genome polyprotein +K27799 HEVgp01; Hepeviridae non-structural polyprotein pORF1 +K27800 HEVgp10; Hepeviridae capsid protein +K27801 HDAg; Deltavirus delta antigen +K27802 acnA; aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] +K27803 HROB; homologous recombination OB-fold protein +K27804 FRY; furry protein family +K27805 POU2AF1; POU domain class 2-associating factor 1 +K27806 POU2AF2_3; POU domain class 2-associating factor 2/3 +K27807 SRS, STY; short internodes/stylish family transcription factor +K27808 FLC; MADS-box protein FLC/MAF +K27809 FES1; protein FRIGIDA-ESSENTIAL 1 +K27810 SUF4; protein suppressor of FRI 4 +K27811 FLX, FLL; protein FLX/FLXL +K27812 FRL1_2; FRIGIDA-like protein 1/2 +K27813 CAVIN2, SDPR; caveolae-associated protein 2 +K27814 CAVIN3; caveolae-associated protein 3 +K27815 CAVIN4, MURC; caveolae-associated protein 4 +K27816 FIBCD1; fibrinogen C domain-containing protein 1 +K27817 RAP1GDS1; Rap1 GTPase-GDP dissociation stimulator 1 +K27818 RIC8; synembryn +K27819 NCDN; neurochondrin +K27820 K27820; Vilmaviridae head maturation protease +K27821 K27821; Kyanoviridae head maturation protease +K27822 K27822; Prasinovirus head maturation protease +K27823 K27823; Betaentomopoxvirus metalloprotease (Cop-G1L) +K27824 K27824; Betaentomopoxvirus virion core cysteine protease +K27825 K27825; Rudiviridae protease +K27826 K27826; Schitoviridae ATP-dependent protease +K27827 K27827; Schitoviridae CLP protease +K27828 K27828; Vibrio phage ATP-dependent protease +K27829 K27829; Gordonia phage head maturation protease +K27830 K27830; Mycobacterium phage ClpP-like protease +K27831 K27831; Vilmaviridae head maturation protease +K27832 MLIP; muscular LMNA-interacting protein +K27833 ZNHIT6; box C/D snoRNA protein 1 +K27834 MIF4GD, SLIP1; MIF4G domain-containing protein +K27835 GATD3, ES1; glutamine amidotransferase-like class 1 domain-containing protein 3, mitochondrial +K27836 ELM1; mitochondrial fission protein ELM1 +K27837 cdhC; 3-dehydrocarnitine:acetyl-CoA trimethylamine transferase [EC:2.3.1.317] +K27838 E2.3.1.319; 3,5-dioxohexanoate:acetyl-CoA acetone transferase [EC:2.3.1.319] +K27839 AKS1; akuammiline synthase 1 [EC:2.3.1.322] +K27840 AKS2; akuammiline synthase 2 [EC:2.3.1.322] +K27841 GFSA, GFSB, GFSC; beta-galactofuranoside beta-1,5-galactofuranosyltransferase [EC:2.4.1.398] +K27842 E3.1.3.111; decaprenylphosphoryl-5-phosphoribose phosphatase [EC:3.1.3.111] +K27843 oxsA; 4'-phosphooxetanocin A phosphatase [EC:3.1.3.112] +K27844 ANMT; ajmaline N-methyltransferase [EC:2.1.1.393] +K27845 BEND4; BEN domain-containing protein 4 +K27846 BEND2; BEN domain-containing protein 2 +K27847 BEND6; BEN domain-containing protein 6 +K27848 E2.3.1.318; 3-oxoadipate:acetyl-CoA acetyltransferase [EC:2.3.1.318] +K27849 BAPT; taxoid C-13 O-(3-amino-3-phenylpropanoyl)transferase [EC:2.3.1.320] +K27850 DBTNBT; 3'-N-debenzoyltaxol N-benzoyltransferase [EC:2.3.1.321] +K27851 K27851; Zierdtviridae head maturation protease +K27852 K27852; Steigviridae aspartyl protease +K27853 wcaG; UDP-N-acetyl-alpha-D-glucosaminuronate decarboxylase [EC:4.1.1.128] +K27855 cndG; 1'-carboxy-chondrochloren decarboxylase [EC:4.1.1.129] +K27856 LRRC23; leucine-rich repeat-containing protein 23 +K27857 CGS1; plant cystathionine gamma-synthase [EC:2.5.1.160] +K27858 VR2; vomilenine 19,20-reductase [EC:1.3.1.127] +K27859 RHS; rhazimal synthase [EC:1.14.14.187] +K27860 RHR; rhazimal reductase [EC:1.1.1.440] +K27861 ZNF469; zinc finger protein 469 +K27862 lanM, procM; class II lanthipeptide synthase [EC:3.13.2.4] +K27863 lanL, venL; class IV lanthipeptide synthase [EC:3.13.2.4] +K27864 BANP; protein BANP +K27865 BEND3; BEN domain-containing protein 3 +K27866 CRWN, LINC; protein CROWDED NUCLEI +K27867 WIT; WPP domain-interacting tail-anchored protein +K27868 WPP; WPP domain-containing protein +K27869 WIP; WPP domain-interacting protein +K27870 TGOLN; trans-Golgi network integral membrane protein +K27871 bpsA, indC; indigoidine synthase [EC:4.3.3.9] +K27872 oxsB; 4'-phospho-dehydrooxetanocin synthase [EC:5.3.99.13] +K27873 ADO, cso; 4-vinylguaiacol dioxygenase [EC:1.13.11.94] +K27874 srdA; selenate reductase (quinol) subunit A [EC:1.97.1.14] +K27875 srdB; selenate reductase (quinol) subunit B [EC:1.97.1.14] +K27876 srdC; selenate reductase (quinol) subunit C [EC:1.97.1.14] +K27877 pbfD; 2-(methylaminoethyl)phosphonate oxidase [EC:1.5.3.27] +K27878 wor5; aliphatic sulfonate oxidoreductase catalytic subunit [EC:1.97.1.13] +K27879 wor5-S; aliphatic sulfonate oxidoreductase iron-sulfur subunit diff --git a/metax/data/pathway.tsv b/metax/data/pathway.tsv index 837c4a2..75905f4 100644 --- a/metax/data/pathway.tsv +++ b/metax/data/pathway.tsv @@ -9,6 +9,7 @@ map01232 Nucleotide metabolism map01250 Biosynthesis of nucleotide sugars map01240 Biosynthesis of cofactors map01220 Degradation of aromatic compounds +map01310 Nitrogen cycle map00010 Glycolysis / Gluconeogenesis map00020 Citrate cycle (TCA cycle) map00030 Pentose phosphate pathway @@ -27,8 +28,8 @@ map00562 Inositol phosphate metabolism map00190 Oxidative phosphorylation map00195 Photosynthesis map00196 Photosynthesis - antenna proteins -map00710 Carbon fixation in photosynthetic organisms -map00720 Carbon fixation pathways in prokaryotes +map00710 Carbon fixation by Calvin cycle +map00720 Other carbon fixation pathways map00680 Methane metabolism map00910 Nitrogen metabolism map00920 Sulfur metabolism @@ -36,6 +37,7 @@ map00061 Fatty acid biosynthesis map00062 Fatty acid elongation map00071 Fatty acid degradation map00073 Cutin, suberine and wax biosynthesis +map00074 Mycolic acid biosynthesis map00100 Steroid biosynthesis map00120 Primary bile acid biosynthesis map00121 Secondary bile acid biosynthesis @@ -220,7 +222,8 @@ map03262 Virion - Coronavirus map03261 Virion - Influenza virus map03263 Virion - Enterovirus map03264 Virion - Flavivirus -map03265 Virion - Ebolavirus and Lyssavirus +map03265 Virion - Ebolavirus, Lyssavirus and Morbillivirus +map03272 Virion - Hepatitis viruses map03266 Virion - Herpesvirus map03268 Virion - Orthopoxvirus map03267 Virion - Adenovirus @@ -581,6 +584,7 @@ ko01232 Nucleotide metabolism ko01250 Biosynthesis of nucleotide sugars ko01240 Biosynthesis of cofactors ko01220 Degradation of aromatic compounds +ko01310 Nitrogen cycle ko00010 Glycolysis / Gluconeogenesis ko00020 Citrate cycle (TCA cycle) ko00030 Pentose phosphate pathway @@ -599,8 +603,8 @@ ko00562 Inositol phosphate metabolism ko00190 Oxidative phosphorylation ko00195 Photosynthesis ko00196 Photosynthesis - antenna proteins -ko00710 Carbon fixation in photosynthetic organisms -ko00720 Carbon fixation pathways in prokaryotes +ko00710 Carbon fixation by Calvin cycle +ko00720 Other carbon fixation pathways ko00680 Methane metabolism ko00910 Nitrogen metabolism ko00920 Sulfur metabolism @@ -608,6 +612,7 @@ ko00061 Fatty acid biosynthesis ko00062 Fatty acid elongation ko00071 Fatty acid degradation ko00073 Cutin, suberine and wax biosynthesis +ko00074 Mycolic acid biosynthesis ko00100 Steroid biosynthesis ko00120 Primary bile acid biosynthesis ko00121 Secondary bile acid biosynthesis @@ -783,7 +788,8 @@ ko03262 Virion - Coronavirus ko03261 Virion - Influenza virus ko03263 Virion - Enterovirus ko03264 Virion - Flavivirus -ko03265 Virion - Ebolavirus and Lyssavirus +ko03265 Virion - Ebolavirus, Lyssavirus and Morbillivirus +ko03272 Virion - Hepatitis viruses ko03266 Virion - Herpesvirus ko03268 Virion - Orthopoxvirus ko03267 Virion - Adenovirus diff --git a/metax/taxafunc_analyzer/analyzer_utils/lfq.py b/metax/taxafunc_analyzer/analyzer_utils/lfq.py index 7e180e9..05fa0a8 100644 --- a/metax/taxafunc_analyzer/analyzer_utils/lfq.py +++ b/metax/taxafunc_analyzer/analyzer_utils/lfq.py @@ -1,17 +1,17 @@ -# lfq.py - import logging import pandas as pd import numpy as np from numba import njit -from joblib import Parallel, delayed +import multiprocessing +import os +# Setup logging LOGGER = logging.getLogger(__name__) def setup_logging(): logging.basicConfig( level=logging.INFO, - format="LFQ Quantify: %(message)s", + format="LFQ: %(message)s", ) setup_logging() @@ -25,6 +25,7 @@ def check_whether_to_copy_numpy_arrays_derived_from_pandas(): return True def _manipulate_numpy_array_without_copy(): + # Test whether numpy arrays derived from pandas are views or copies protein_profile_df = pd.DataFrame( { "ProteinA": [10, 20, 30, 40], @@ -33,10 +34,8 @@ def _manipulate_numpy_array_without_copy(): }, index=["Sample1", "Sample2", "Sample3", "Sample4"], ) - protein_profile_df = protein_profile_df.iloc[1:3] protein_profile_numpy = protein_profile_df.to_numpy(copy=False) - protein_profile_numpy[0] = protein_profile_numpy[0] + 2 def sort_input_df_by_protein_id(data_df, protein_id): @@ -51,7 +50,6 @@ def remove_potential_quant_id_duplicates(data_df: pd.DataFrame, quant_id): LOGGER.warning( f"Duplicate quant_ids detected. {entries_removed} rows removed from input df." ) - return data_df def index_and_log_transform_input_df(data_df, protein_id, quant_id): @@ -61,57 +59,42 @@ def index_and_log_transform_input_df(data_df, protein_id, quant_id): def remove_allnan_rows_input_df(data_df): return data_df.dropna(axis=0, how="all") +# NormalizationManager and related classes class NormalizationManager: def __init__(self, complete_dataframe, num_samples_quadratic=100): self.complete_dataframe = complete_dataframe self._num_samples_quadratic = num_samples_quadratic - self._rows_sorted_by_number_valid_values = None - self._quadratic_subset_rows = None - self._linear_subset_rows = None - self._merged_reference_sample = None - self.normalization_function = None + self._run_normalization() def _run_normalization(self): - self._check_that_there_are_no_duplicate_rows() + self._check_no_duplicate_rows() if len(self.complete_dataframe.index) <= self._num_samples_quadratic: - self._normalize_complete_input_quadratic() + self.complete_dataframe = self.normalization_function(self.complete_dataframe) else: - self._normalize_quadratic_and_linear() + self._normalize_large_dataset() - def _check_that_there_are_no_duplicate_rows(self): + def _check_no_duplicate_rows(self): if self.complete_dataframe.index.duplicated().any(): raise ValueError( "There are duplicate rows in the input dataframe. Ensure that there are no duplicate quant_id/ion values." ) - def _normalize_complete_input_quadratic(self): - self.complete_dataframe = self.normalization_function(self.complete_dataframe) - - def _normalize_quadratic_and_linear(self): + def _normalize_large_dataset(self): self._determine_subset_rows() - self._normalize_quadratic_selection() + self._normalize_quadratic_subset() self._create_reference_sample() - self._shift_remaining_dataframe_to_reference_sample() + self._shift_remaining_rows() def _determine_subset_rows(self): - self._determine_sorted_rows() - self._quadratic_subset_rows = self._rows_sorted_by_number_valid_values[: self._num_samples_quadratic] - self._linear_subset_rows = [ - x - for x in self.complete_dataframe.index - if x not in self._quadratic_subset_rows + self._sorted_rows = self.complete_dataframe.index[ + np.argsort(self.complete_dataframe.isna().sum(axis=1)) ] - - def _determine_sorted_rows(self): - rows = self.complete_dataframe.index - self._rows_sorted_by_number_valid_values = sorted( - rows, - key=lambda idx: self._get_num_nas_in_row( - self.complete_dataframe.loc[idx, :].to_numpy() - ), + self._quadratic_subset_rows = self._sorted_rows[: self._num_samples_quadratic] + self._linear_subset_rows = self.complete_dataframe.index.difference( + self._quadratic_subset_rows ) - def _normalize_quadratic_selection(self): + def _normalize_quadratic_subset(self): quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] self.complete_dataframe.loc[self._quadratic_subset_rows, :] = self.normalization_function(quadratic_subset_dataframe) @@ -119,22 +102,13 @@ def _create_reference_sample(self): quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) - def _shift_remaining_dataframe_to_reference_sample(self): + def _shift_remaining_rows(self): linear_subset_dataframe = self.complete_dataframe.loc[self._linear_subset_rows] linear_shifted_dataframe = SampleShifterLinear( linear_subset_dataframe, self._merged_reference_sample ).ion_dataframe self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe - @staticmethod - @njit - def _get_num_nas_in_row(row): - sum = 0 - isnans = np.isnan(row) - for is_nan in isnans: - sum += is_nan - return sum - class NormalizationManagerSamplesOnSelectedProteins(NormalizationManager): def __init__( self, @@ -144,22 +118,25 @@ def __init__( copy_numpy_arrays=False, ): complete_dataframe = complete_dataframe.T - super().__init__(complete_dataframe, num_samples_quadratic) self.normalization_function = self._normalization_function self._selected_proteins_file = selected_proteins_file self._selected_protein_groups = None self._copy_numpy_arrays = copy_numpy_arrays - self._adapt_selected_proteins_to_protein_groups() - self._run_normalization() + self._adapt_selected_proteins_to_protein_groups(complete_dataframe) + super().__init__(complete_dataframe, num_samples_quadratic) self.complete_dataframe = self.complete_dataframe.T - def _adapt_selected_proteins_to_protein_groups(self): + def _adapt_selected_proteins_to_protein_groups(self, df): if self._selected_proteins_file is not None: LOGGER.info("Normalizing only selected proteins") selected_proteins = pd.read_csv( self._selected_proteins_file, header=None, sep="\t" )[0].to_list() - protein2proteingroup_mapping = self._get_protein2proteingroup_mapping() + protein2proteingroup_mapping = { + protein: protein_group + for protein_group in df.columns.get_level_values(0).to_list() + for protein in protein_group.split(";") + } existing_selected_proteins = [ protein for protein in selected_proteins @@ -170,15 +147,6 @@ def _adapt_selected_proteins_to_protein_groups(self): for protein in existing_selected_proteins ] - def _get_protein2proteingroup_mapping(self): - protein_groups = self.complete_dataframe.columns.get_level_values(0).to_list() - protein2proteingroup_mapping = { - protein: protein_group - for protein_group in protein_groups - for protein in protein_group.split(";") - } - return protein2proteingroup_mapping - def _normalization_function(self, ion_dataframe): if self._selected_protein_groups is not None: ion_dataframe_selected = ion_dataframe.loc[:, self._selected_protein_groups] @@ -198,33 +166,10 @@ def _normalization_function(self, ion_dataframe): ) return df_c_normed - def _create_reference_sample(self): - if self._selected_protein_groups is not None: - quadratic_subset_dataframe = self.complete_dataframe.loc[ - self._quadratic_subset_rows, self._selected_protein_groups - ] - else: - quadratic_subset_dataframe = self.complete_dataframe.loc[ - self._quadratic_subset_rows, : - ] - self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) - - def _shift_remaining_dataframe_to_reference_sample(self): - linear_subset_dataframe = self.complete_dataframe.loc[ - self._linear_subset_rows - ] - linear_shifted_dataframe = SampleShifterLinear( - linear_subset_dataframe, - self._merged_reference_sample, - protein_subset=self._selected_protein_groups, - ).ion_dataframe - self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe - def drop_nas_if_possible(df): df_nonans = df.dropna(axis=1) - fraction_nonans = calculate_fraction_with_no_NAs(df, df_nonans) - num_nonans = len(df_nonans.columns) - if num_nonans < 1000 or fraction_nonans < 0.001: + fraction_nonans = len(df_nonans.columns) / len(df.columns) + if len(df_nonans.columns) < 1000 or fraction_nonans < 0.001: LOGGER.info( "Too few values for normalization without missing values. Including missing values" ) @@ -232,9 +177,6 @@ def drop_nas_if_possible(df): else: return df_nonans -def calculate_fraction_with_no_NAs(df, df_nonnans): - return len(df_nonnans.columns) / len(df.columns) - def get_normfacts(samples): set_samples_with_only_single_intensity_to_nan(samples) num_samples = samples.shape[0] @@ -344,9 +286,6 @@ def calc_distance(metric, samples_1, samples_2): if metric == "variance": fcdist = get_fcdistrib(samples_1, samples_2) res = calc_nanvar(fcdist) - if metric == "overlap": - fcdist = get_fcdistrib(samples_1, samples_2) - res = sum(~np.isnan(fcdist)) if res is None: raise Exception(f"Distance metric {metric} not implemented") if np.isnan(res): @@ -438,32 +377,18 @@ def get_total_shift(sampleidx2anchoridx, sample2shift, sample_idx): return total_shift class SampleShifterLinear: - def __init__(self, ion_dataframe, reference_intensities, protein_subset=None): + def __init__(self, ion_dataframe, reference_intensities): self.ion_dataframe = ion_dataframe - self._protein_subset = protein_subset - self._ion_dataframe_values = None self._reference_intensities = reference_intensities.to_numpy() - self._define_ion_dataframe_values() self._shift_columns_to_reference_sample() - def _define_ion_dataframe_values(self): - if self._protein_subset is not None: - self._ion_dataframe_values = self.ion_dataframe.loc[ - :, self._protein_subset - ].to_numpy() - else: - self._ion_dataframe_values = self.ion_dataframe.to_numpy() - def _shift_columns_to_reference_sample(self): - num_rows = self._ion_dataframe_values.shape[0] + num_rows = self.ion_dataframe.shape[0] for row_idx in range(num_rows): - self._shift_to_reference_sample(row_idx) - - def _shift_to_reference_sample(self, row_idx): - distance_to_reference = self._calc_distance( - samples_1=self._reference_intensities, samples_2=self._ion_dataframe_values[row_idx, :] - ) - self.ion_dataframe.iloc[row_idx, :] += distance_to_reference + distance_to_reference = self._calc_distance( + samples_1=self._reference_intensities, samples_2=self.ion_dataframe.iloc[row_idx, :].to_numpy() + ) + self.ion_dataframe.iloc[row_idx, :] += distance_to_reference @staticmethod def _calc_distance(samples_1, samples_2): @@ -485,7 +410,7 @@ def estimate_protein_intensities( quant_id, ): allprots = list(normed_df.index.get_level_values(0).unique()) - LOGGER.info(f"{len(allprots)} lfq-groups total") + LOGGER.info(f"{len(allprots)} LFQ-Objects total") list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_of_tuple_w_protein_profiles_and_shifted_peptides( normed_df, @@ -493,10 +418,9 @@ def estimate_protein_intensities( min_nonan, num_cores, log_processed_proteins, - compile_normalized_ion_table, - protein_id, - quant_id, + ) + protein_df = get_protein_dataframe_from_list_of_protein_profiles( list_of_tuple_w_protein_profiles_and_shifted_peptides=list_of_tuple_w_protein_profiles_and_shifted_peptides, normed_df=normed_df, @@ -520,30 +444,43 @@ def get_list_of_tuple_w_protein_profiles_and_shifted_peptides( min_nonan, num_cores, log_processed_proteins, - compile_normalized_ion_table, - protein_id, - quant_id, + ): input_specification_tuplelist = get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( normed_df, num_samples_quadratic, min_nonan ) - if num_cores is not None and num_cores <= 1: - list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_sequential_processing( - input_specification_tuplelist, - log_processed_proteins, - protein_id, - quant_id, - ) + if num_cores is not None and num_cores > 1: + # Use multiprocessing + pool = multiprocessing.Pool(num_cores) + args = [ + ( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins + ) + for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist + ] + results = pool.starmap(calculate_peptide_and_protein_intensities, args) + pool.close() + pool.join() else: - list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_joblib( - input_specification_tuplelist, - num_cores, - log_processed_proteins, - protein_id, - quant_id, - ) - return list_of_tuple_w_protein_profiles_and_shifted_peptides + # Process sequentially + results = [ + calculate_peptide_and_protein_intensities( + idx, + peptide_intensity_df, + num_samples_quadratic, + min_nonan, + log_processed_proteins, + + ) + for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist + ] + + return results def get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( normed_df, num_samples_quadratic, min_nonan @@ -560,7 +497,7 @@ def get_normed_dfs(normed_df): normed_array = normed_df.to_numpy() indices_of_proteinname_switch = find_nameswitch_indices(protein_names) results_list = [ - get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names) + get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names, normed_df.columns) for idx in range(len(indices_of_proteinname_switch) - 1) ] @@ -575,7 +512,7 @@ def find_nameswitch_indices(arr): return start_indices -def get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names): +def get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names, columns): start_switch = indices_of_proteinname_switch[idx] end_switch = indices_of_proteinname_switch[idx + 1] sub_array = normed_array[start_switch:end_switch] @@ -583,47 +520,7 @@ def get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, i [protein_names[start_switch:end_switch], ion_names[start_switch:end_switch]], names=["protein_id", "quant_id"], ) - return pd.DataFrame(sub_array, index=index_sub_array) - -def get_list_with_sequential_processing( - input_specification_tuplelist, - log_processed_proteins, - protein_id, - quant_id, -): - return [ - calculate_peptide_and_protein_intensities( - idx, - peptide_intensity_df, - num_samples_quadratic, - min_nonan, - log_processed_proteins, - protein_id, - quant_id, - ) - for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist - ] - -def get_list_with_joblib( - input_specification_tuplelist, - num_cores, - log_processed_proteins, - protein_id, - quant_id, -): - results = Parallel(n_jobs=num_cores)( - delayed(calculate_peptide_and_protein_intensities)( - idx, - peptide_intensity_df, - num_samples_quadratic, - min_nonan, - log_processed_proteins, - protein_id, - quant_id, - ) - for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist - ) - return results + return pd.DataFrame(sub_array, index=index_sub_array, columns=columns) def calculate_peptide_and_protein_intensities( idx, @@ -631,16 +528,16 @@ def calculate_peptide_and_protein_intensities( num_samples_quadratic, min_nonan, log_processed_proteins, - protein_id, - quant_id, + ): + if (idx % 100 == 0) and log_processed_proteins: + LOGGER.info(f"Processing LFQ object {idx}") + if len(peptide_intensity_df.index) > 1: peptide_intensity_df = ProtvalCutter( peptide_intensity_df, maximum_df_length=100 ).get_dataframe() - if (idx % 100 == 0) and log_processed_proteins: - LOGGER.info(f"LFQ object {idx}") summed_pepint = np.nansum(2 ** peptide_intensity_df) if peptide_intensity_df.shape[1] < 2: @@ -660,47 +557,18 @@ class ProtvalCutter: def __init__(self, protvals_df, maximum_df_length=100): self._protvals_df = protvals_df self._maximum_df_length = maximum_df_length - self._dataframe_too_long = None - self._sorted_idx = None - self._check_if_df_too_long_and_sort_index_if_so() - - def _check_if_df_too_long_and_sort_index_if_so(self): - self._dataframe_too_long = len(self._protvals_df.index) > self._maximum_df_length - if self._dataframe_too_long: - self._determine_nansorted_df_index() - - def _determine_nansorted_df_index(self): - idxs = self._protvals_df.index - self._sorted_idx = sorted( - idxs, - key=lambda idx: self._get_num_nas_in_row(self._protvals_df.loc[idx].to_numpy()), - ) - - @staticmethod - @njit - def _get_num_nas_in_row(row): - sum = 0 - isnans = np.isnan(row) - for is_nan in isnans: - sum += is_nan - return sum def get_dataframe(self): - if self._dataframe_too_long: - return self._get_shortened_dataframe() + if len(self._protvals_df.index) > self._maximum_df_length: + sorted_idx = self._protvals_df.isna().sum(axis=1).sort_values().index[: self._maximum_df_length] + return self._protvals_df.loc[sorted_idx] else: return self._protvals_df - def _get_shortened_dataframe(self): - shortened_index = self._sorted_idx[: self._maximum_df_length] - return self._protvals_df.loc[shortened_index] - class NormalizationManagerProtein(NormalizationManager): def __init__(self, complete_dataframe, num_samples_quadratic): - super().__init__(complete_dataframe, num_samples_quadratic) self.normalization_function = normalize_ion_profiles - self._rows_sorted_by_number_valid_values = None - self._run_normalization() + super().__init__(complete_dataframe, num_samples_quadratic) def normalize_ion_profiles(protein_profile_df): protein_profile_numpy = protein_profile_df.to_numpy() @@ -713,18 +581,6 @@ def normalize_ion_profiles(protein_profile_df): return df_normed def get_protein_profile_from_shifted_peptides(normalized_peptide_profile_df, summed_pepints, min_nonan): - intens_vec = get_list_with_protein_value_for_each_sample( - normalized_peptide_profile_df, min_nonan - ) - intens_vec = np.array(intens_vec) - summed_intensity = np.nansum(2 ** intens_vec) - if summed_intensity == 0: - return None - intens_conversion_factor = summed_pepints / summed_intensity - scaled_vec = intens_vec + np.log2(intens_conversion_factor) - return scaled_vec - -def get_list_with_protein_value_for_each_sample(normalized_peptide_profile_df, min_nonan): intens_vec = [] for sample in normalized_peptide_profile_df.columns: reps = normalized_peptide_profile_df.loc[:, sample].to_numpy() @@ -733,7 +589,13 @@ def get_list_with_protein_value_for_each_sample(normalized_peptide_profile_df, m intens_vec.append(np.nanmedian(reps)) else: intens_vec.append(np.nan) - return intens_vec + intens_vec = np.array(intens_vec) + summed_intensity = np.nansum(2 ** intens_vec) + if summed_intensity == 0: + return None + intens_conversion_factor = summed_pepints / summed_intensity + scaled_vec = intens_vec + np.log2(intens_conversion_factor) + return scaled_vec def get_protein_dataframe_from_list_of_protein_profiles( list_of_tuple_w_protein_profiles_and_shifted_peptides, normed_df, protein_id @@ -781,32 +643,6 @@ def get_ion_intensity_dataframe_from_list_of_shifted_peptides( ion_df = ion_df.set_index([protein_id, quant_id]) return ion_df -def run_norm( - input_df, - protein_id: str = "protein", - quant_id: str = "ion", - number_of_quadratic_samples: int = 50, -): - copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() - input_df = sort_input_df_by_protein_id(input_df, protein_id) - input_df = remove_potential_quant_id_duplicates(input_df, quant_id) - input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) - input_df = remove_allnan_rows_input_df(input_df) - LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") - LOGGER.info("Performing sample normalization.") - input_df = NormalizationManagerSamplesOnSelectedProteins( - input_df, - num_samples_quadratic=number_of_quadratic_samples, - selected_proteins_file=None, - copy_numpy_arrays=copy_numpy_arrays, - ).complete_dataframe - # resotre log2 values - input_df = 2 ** input_df - - # fill NaN with 0 - input_df = input_df.fillna(0) - LOGGER.info(f'Normalizing data for [{protein_id}] completed.') - return input_df def run_lfq( input_df, @@ -817,7 +653,8 @@ def run_lfq( maximum_number_of_quadratic_ions_to_use_per_protein: int = 10, log_processed_proteins: bool = True, compile_normalized_ion_table: bool = True, - num_cores: int = None, + num_cores: int|None = None, + use_multiprocessing: bool = False, ): copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() @@ -835,6 +672,13 @@ def run_lfq( ).complete_dataframe LOGGER.info("Estimating LFQ intensities.") + if use_multiprocessing and num_cores is None: + num_cores = os.cpu_count() + LOGGER.info(f"{num_cores} cores for multiprocessing.") + elif not use_multiprocessing: + LOGGER.info("Multiprocessing disabled.") + num_cores = 1 + protein_df, ion_df = estimate_protein_intensities( input_df, min_nonan=min_nonan, @@ -845,22 +689,16 @@ def run_lfq( protein_id=protein_id, quant_id=quant_id, ) - LOGGER.info(f'LFQ analysis for [{protein_id}] completed.') - return protein_df, ion_df if __name__ == "__main__": - import os import time t1 = time.time() - current_dir = os.path.dirname(os.path.realpath(__file__)) df_path = os.path.join(current_dir, "../../../local_tests/peptide_for_protein.tsv") df = pd.read_csv(df_path, sep="\t") - - # norm_df = run_norm(df, protein_id="Proteins", quant_id="Sequence") - # print(norm_df.head()) + protein_df, ion_df = run_lfq( df, @@ -869,7 +707,10 @@ def run_lfq( min_nonan=1, number_of_quadratic_samples=50, maximum_number_of_quadratic_ions_to_use_per_protein=10, + num_cores=None, + use_multiprocessing=True ) + print(protein_df.shape) print(protein_df.head()) t2 = time.time() print(f"Time: {t2-t1:.4f} s") diff --git a/metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py b/metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py deleted file mode 100644 index f572420..0000000 --- a/metax/taxafunc_analyzer/analyzer_utils/lfq_multiprocessing.py +++ /dev/null @@ -1,880 +0,0 @@ -# lfq.py - -import logging -import pandas as pd -import numpy as np -from numba import njit -import multiprocessing -import os - -LOGGER = logging.getLogger(__name__) - -def setup_logging(): - logging.basicConfig( - level=logging.INFO, - format="LFQ Quantify: %(message)s", - ) - -setup_logging() - -def check_whether_to_copy_numpy_arrays_derived_from_pandas(): - try: - _manipulate_numpy_array_without_copy() - return False - except: - LOGGER.info("Some numpy arrays derived from pandas will be copied.") - return True - -def _manipulate_numpy_array_without_copy(): - protein_profile_df = pd.DataFrame( - { - "ProteinA": [10, 20, 30, 40], - "ProteinB": [15, 25, 35, 45], - "ProteinC": [20, 30, 40, 50], - }, - index=["Sample1", "Sample2", "Sample3", "Sample4"], - ) - - protein_profile_df = protein_profile_df.iloc[1:3] - protein_profile_numpy = protein_profile_df.to_numpy(copy=False) - - protein_profile_numpy[0] = protein_profile_numpy[0] + 2 - -def sort_input_df_by_protein_id(data_df, protein_id): - return data_df.sort_values(by=protein_id, ignore_index=True) - -def remove_potential_quant_id_duplicates(data_df: pd.DataFrame, quant_id): - before_drop = len(data_df) - data_df = data_df.drop_duplicates(subset=quant_id, keep="first") - after_drop = len(data_df) - if before_drop != after_drop: - entries_removed = before_drop - after_drop - LOGGER.warning( - f"Duplicate quant_ids detected. {entries_removed} rows removed from input df." - ) - - return data_df - -def index_and_log_transform_input_df(data_df, protein_id, quant_id): - data_df = data_df.set_index([protein_id, quant_id]) - return np.log2(data_df.replace(0, np.nan)) - -def remove_allnan_rows_input_df(data_df): - return data_df.dropna(axis=0, how="all") - -class NormalizationManager: - def __init__(self, complete_dataframe, num_samples_quadratic=100): - self.complete_dataframe = complete_dataframe - self._num_samples_quadratic = num_samples_quadratic - self._rows_sorted_by_number_valid_values = None - self._quadratic_subset_rows = None - self._linear_subset_rows = None - self._merged_reference_sample = None - self.normalization_function = None - - def _run_normalization(self): - self._check_that_there_are_no_duplicate_rows() - if len(self.complete_dataframe.index) <= self._num_samples_quadratic: - self._normalize_complete_input_quadratic() - else: - self._normalize_quadratic_and_linear() - - def _check_that_there_are_no_duplicate_rows(self): - if self.complete_dataframe.index.duplicated().any(): - raise ValueError( - "There are duplicate rows in the input dataframe. Ensure that there are no duplicate quant_id/ion values." - ) - - def _normalize_complete_input_quadratic(self): - self.complete_dataframe = self.normalization_function(self.complete_dataframe) - - def _normalize_quadratic_and_linear(self): - self._determine_subset_rows() - self._normalize_quadratic_selection() - self._create_reference_sample() - self._shift_remaining_dataframe_to_reference_sample() - - def _determine_subset_rows(self): - self._determine_sorted_rows() - self._quadratic_subset_rows = self._rows_sorted_by_number_valid_values[: self._num_samples_quadratic] - self._linear_subset_rows = [ - x - for x in self.complete_dataframe.index - if x not in self._quadratic_subset_rows - ] - - def _determine_sorted_rows(self): - rows = self.complete_dataframe.index - self._rows_sorted_by_number_valid_values = sorted( - rows, - key=lambda idx: self._get_num_nas_in_row( - self.complete_dataframe.loc[idx, :].to_numpy() - ), - ) - - def _normalize_quadratic_selection(self): - quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] - self.complete_dataframe.loc[self._quadratic_subset_rows, :] = self.normalization_function(quadratic_subset_dataframe) - - def _create_reference_sample(self): - quadratic_subset_dataframe = self.complete_dataframe.loc[self._quadratic_subset_rows] - self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) - - def _shift_remaining_dataframe_to_reference_sample(self): - linear_subset_dataframe = self.complete_dataframe.loc[self._linear_subset_rows] - linear_shifted_dataframe = SampleShifterLinear( - linear_subset_dataframe, self._merged_reference_sample - ).ion_dataframe - self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe - - @staticmethod - @njit - def _get_num_nas_in_row(row): - sum = 0 - isnans = np.isnan(row) - for is_nan in isnans: - sum += is_nan - return sum - -class NormalizationManagerSamplesOnSelectedProteins(NormalizationManager): - def __init__( - self, - complete_dataframe, - num_samples_quadratic, - selected_proteins_file=None, - copy_numpy_arrays=False, - ): - complete_dataframe = complete_dataframe.T - super().__init__(complete_dataframe, num_samples_quadratic) - self.normalization_function = self._normalization_function - self._selected_proteins_file = selected_proteins_file - self._selected_protein_groups = None - self._copy_numpy_arrays = copy_numpy_arrays - self._adapt_selected_proteins_to_protein_groups() - self._run_normalization() - self.complete_dataframe = self.complete_dataframe.T - - def _adapt_selected_proteins_to_protein_groups(self): - if self._selected_proteins_file is not None: - LOGGER.info("Normalizing only selected proteins") - selected_proteins = pd.read_csv( - self._selected_proteins_file, header=None, sep="\t" - )[0].to_list() - protein2proteingroup_mapping = self._get_protein2proteingroup_mapping() - existing_selected_proteins = [ - protein - for protein in selected_proteins - if protein in protein2proteingroup_mapping.keys() - ] - self._selected_protein_groups = [ - protein2proteingroup_mapping[protein] - for protein in existing_selected_proteins - ] - - def _get_protein2proteingroup_mapping(self): - protein_groups = self.complete_dataframe.columns.get_level_values(0).to_list() - protein2proteingroup_mapping = { - protein: protein_group - for protein_group in protein_groups - for protein in protein_group.split(";") - } - return protein2proteingroup_mapping - - def _normalization_function(self, ion_dataframe): - if self._selected_protein_groups is not None: - ion_dataframe_selected = ion_dataframe.loc[:, self._selected_protein_groups] - sample2shift = get_normfacts(ion_dataframe_selected.to_numpy()) - else: - ion_dataframe_selected = ion_dataframe - sample2shift = get_normfacts( - drop_nas_if_possible(ion_dataframe_selected).to_numpy() - ) - - df_c_normed = pd.DataFrame( - apply_sampleshifts( - ion_dataframe.to_numpy(copy=self._copy_numpy_arrays), sample2shift - ), - index=ion_dataframe.index, - columns=ion_dataframe.columns, - ) - return df_c_normed - - def _create_reference_sample(self): - if self._selected_protein_groups is not None: - quadratic_subset_dataframe = self.complete_dataframe.loc[ - self._quadratic_subset_rows, self._selected_protein_groups - ] - else: - quadratic_subset_dataframe = self.complete_dataframe.loc[ - self._quadratic_subset_rows, : - ] - self._merged_reference_sample = quadratic_subset_dataframe.median(axis=0) - - def _shift_remaining_dataframe_to_reference_sample(self): - linear_subset_dataframe = self.complete_dataframe.loc[ - self._linear_subset_rows - ] - linear_shifted_dataframe = SampleShifterLinear( - linear_subset_dataframe, - self._merged_reference_sample, - protein_subset=self._selected_protein_groups, - ).ion_dataframe - self.complete_dataframe.loc[self._linear_subset_rows, :] = linear_shifted_dataframe - -def drop_nas_if_possible(df): - df_nonans = df.dropna(axis=1) - fraction_nonans = calculate_fraction_with_no_NAs(df, df_nonans) - num_nonans = len(df_nonans.columns) - if num_nonans < 1000 or fraction_nonans < 0.001: - LOGGER.info( - "Too few values for normalization without missing values. Including missing values" - ) - return df - else: - return df_nonans - -def calculate_fraction_with_no_NAs(df, df_nonnans): - return len(df_nonnans.columns) / len(df.columns) - -def get_normfacts(samples): - set_samples_with_only_single_intensity_to_nan(samples) - num_samples = samples.shape[0] - mergedsamples = np.copy(samples) - sampleidx2shift = dict(zip(range(num_samples), np.zeros(num_samples))) - sampleidx2counts = dict(zip(range(num_samples), np.ones(num_samples))) - sampleidx2anchoridx = {} - exclusion_set = set() - distance_matrix = create_distance_matrix(samples) - variance_matrix = create_distance_matrix(samples, metric="variance") - exclude_unconnected_samples(distance_matrix) - exclude_unconnected_samples(variance_matrix) - - for rep in range(num_samples - 1): - anchor_idx, shift_idx, min_distance = get_bestmatch_pair( - distance_matrix, variance_matrix, sampleidx2counts - ) - - if anchor_idx is None: - break - sampleidx2anchoridx.update({shift_idx: anchor_idx}) - sampleidx2shift.update({shift_idx: min_distance}) - exclusion_set.add(shift_idx) - - anchor_sample = mergedsamples[anchor_idx] - shift_sample = samples[shift_idx] - shifted_sample = shift_sample + min_distance - - merged_sample = merge_distribs( - anchor_sample, - shifted_sample, - sampleidx2counts[anchor_idx], - sampleidx2counts[shift_idx], - ) - mergedsamples[anchor_idx] = merged_sample - - update_distance_matrix( - variance_matrix, mergedsamples, anchor_idx, shift_idx, metric="variance" - ) - update_distance_matrix(distance_matrix, mergedsamples, anchor_idx, shift_idx) - - sampleidx2counts[anchor_idx] += 1 - - sampleidx2totalshift = {} - for i in exclusion_set: - shift = get_total_shift(sampleidx2anchoridx, sampleidx2shift, i) - sampleidx2totalshift[i] = shift - return sampleidx2totalshift - -def set_samples_with_only_single_intensity_to_nan(samples): - for idx in range(len(samples)): - sample = samples[idx] - if sum(~np.isnan(sample)) < 2: - sample[:] = np.nan - -def apply_sampleshifts(samples, sampleidx2shift): - for idx in sampleidx2shift.keys(): - samples[idx] = samples[idx] + sampleidx2shift.get(idx) - return samples - -def exclude_unconnected_samples(distance_matrix): - if distance_matrix.shape[0] < 2: - return - unconnected_sample_idxs = get_unconnected_sample_idxs(distance_matrix) - distance_matrix[unconnected_sample_idxs, :] = np.inf - distance_matrix[:, unconnected_sample_idxs] = np.inf - -def get_unconnected_sample_idxs(lower_matrix): - full_matrix = convert_lower_to_full_matrix(lower_matrix) - sums = np.sum(np.isfinite(full_matrix), axis=1) - starting_sample = np.argmax(sums) - num_samples = full_matrix.shape[0] - - connected_samples = np.zeros(num_samples, dtype=np.bool_) - check_connected_traces(full_matrix, starting_sample, connected_samples) - unconnected_samples = np.where(~connected_samples)[0] - return unconnected_samples - -def convert_lower_to_full_matrix(lower_matrix): - full_matrix = np.copy(lower_matrix) - rows, cols = np.where((lower_matrix != np.inf)) - full_matrix[cols, rows] = lower_matrix[rows, cols] - return full_matrix - -@njit -def check_connected_traces(matrix, trace_idx, visited): - neighbors = np.where(matrix[trace_idx] != np.inf)[0] - for neighbor in neighbors: - if not visited[neighbor]: - visited[neighbor] = True - check_connected_traces(matrix, neighbor, visited) - -def create_distance_matrix(samples, metric="median"): - num_samples = samples.shape[0] - distance_matrix = np.full((num_samples, num_samples), np.inf) - for i in range(num_samples): - for j in range(i + 1, num_samples): - distance_matrix[i, j] = calc_distance(metric, samples[i], samples[j]) - - return distance_matrix - -def calc_distance(metric, samples_1, samples_2): - res = None - - if metric == "median": - res = calc_nanmedian(get_fcdistrib(samples_1, samples_2)) - if metric == "variance": - fcdist = get_fcdistrib(samples_1, samples_2) - res = calc_nanvar(fcdist) - if metric == "overlap": - fcdist = get_fcdistrib(samples_1, samples_2) - res = sum(~np.isnan(fcdist)) - if res is None: - raise Exception(f"Distance metric {metric} not implemented") - if np.isnan(res): - return np.inf - else: - return res - -@njit -def calc_nanvar(fcdist): - return np.nanvar(fcdist) - -@njit -def calc_nanmedian(fcdist): - return np.nanmedian(fcdist) - -def get_bestmatch_pair(distance_matrix, variance_matrix, sample2counts): - i, j = np.unravel_index( - np.argmin(variance_matrix, axis=None), variance_matrix.shape - ) - min_distance = distance_matrix[i, j] - if min_distance == np.inf: - return None, None, None - anchor_idx, shift_idx, min_distance = determine_anchor_and_shift_sample( - sample2counts, i, j, min_distance - ) - return anchor_idx, shift_idx, min_distance - -def determine_anchor_and_shift_sample(sample2counts, i_min, j_min, min_distance): - counts_i = sample2counts[i_min] - counts_j = sample2counts[j_min] - anchor_idx = i_min if counts_i >= counts_j else j_min - shift_idx = j_min if anchor_idx == i_min else i_min - flip = 1 if anchor_idx == i_min else -1 - return anchor_idx, shift_idx, flip * min_distance - -def merge_distribs(anchor_distrib, shifted_distrib, counts_anchor_distrib, counts_shifted_distrib): - res = np.zeros(len(anchor_distrib)) - - nans_anchor = np.isnan(anchor_distrib) - nans_shifted = np.isnan(shifted_distrib) - nans_anchor_and_shifted = nans_anchor & nans_shifted - nans_only_anchor = nans_anchor & ~nans_shifted - nans_only_shifted = nans_shifted & ~nans_anchor - no_nans = ~nans_anchor & ~nans_shifted - - idx_anchor_and_shifted = np.where(nans_anchor_and_shifted) - idx_only_anchor = np.where(nans_only_anchor) - idx_only_shifted = np.where(nans_only_shifted) - idx_no_nans = np.where(no_nans) - - res[idx_anchor_and_shifted] = np.nan - res[idx_only_anchor] = shifted_distrib[idx_only_anchor] - res[idx_only_shifted] = anchor_distrib[idx_only_shifted] - res[idx_no_nans] = ( - anchor_distrib[idx_no_nans] * counts_anchor_distrib - + shifted_distrib[idx_no_nans] * counts_shifted_distrib - ) / (counts_anchor_distrib + counts_shifted_distrib) - return res - -def update_distance_matrix(distance_matrix, merged_samples, merged_sample_idx, shift_idx, metric="median"): - for i in range(0, merged_sample_idx): - if distance_matrix[i, merged_sample_idx] == np.inf: - continue - distance = calc_distance(metric, merged_samples[i], merged_samples[merged_sample_idx]) - distance_matrix[i, merged_sample_idx] = distance - - for j in range(merged_sample_idx + 1, merged_samples.shape[0]): - if distance_matrix[merged_sample_idx, j] == np.inf: - continue - distance = calc_distance(metric, merged_samples[merged_sample_idx], merged_samples[j]) - distance_matrix[merged_sample_idx, j] = distance - - distance_matrix[shift_idx] = np.inf - distance_matrix[:, shift_idx] = np.inf - -def get_fcdistrib(logvals_rep1, logvals_rep2): - dist = np.subtract(logvals_rep1, logvals_rep2) - return dist - -def get_total_shift(sampleidx2anchoridx, sample2shift, sample_idx): - total_shift = 0.0 - - while True: - total_shift += sample2shift[sample_idx] - if sample_idx not in sampleidx2anchoridx: - break - sample_idx = sampleidx2anchoridx[sample_idx] - - return total_shift - -class SampleShifterLinear: - def __init__(self, ion_dataframe, reference_intensities, protein_subset=None): - self.ion_dataframe = ion_dataframe - self._protein_subset = protein_subset - self._ion_dataframe_values = None - self._reference_intensities = reference_intensities.to_numpy() - self._define_ion_dataframe_values() - self._shift_columns_to_reference_sample() - - def _define_ion_dataframe_values(self): - if self._protein_subset is not None: - self._ion_dataframe_values = self.ion_dataframe.loc[ - :, self._protein_subset - ].to_numpy() - else: - self._ion_dataframe_values = self.ion_dataframe.to_numpy() - - def _shift_columns_to_reference_sample(self): - num_rows = self._ion_dataframe_values.shape[0] - for row_idx in range(num_rows): - self._shift_to_reference_sample(row_idx) - - def _shift_to_reference_sample(self, row_idx): - distance_to_reference = self._calc_distance( - samples_1=self._reference_intensities, samples_2=self._ion_dataframe_values[row_idx, :] - ) - self.ion_dataframe.iloc[row_idx, :] += distance_to_reference - - @staticmethod - def _calc_distance(samples_1, samples_2): - distrib = get_fcdistrib(samples_1, samples_2) - is_all_nan = np.all(np.isnan(distrib)) - if is_all_nan: - return np.nan - else: - return np.nanmedian(distrib) - -def estimate_protein_intensities( - normed_df, - min_nonan, - num_samples_quadratic, - num_cores, - compile_normalized_ion_table, - log_processed_proteins, - protein_id, - quant_id, -): - allprots = list(normed_df.index.get_level_values(0).unique()) - LOGGER.info(f"{len(allprots)} lfq-groups total") - - list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_of_tuple_w_protein_profiles_and_shifted_peptides( - normed_df, - num_samples_quadratic, - min_nonan, - num_cores, - log_processed_proteins, - compile_normalized_ion_table, - protein_id, - quant_id, - ) - protein_df = get_protein_dataframe_from_list_of_protein_profiles( - list_of_tuple_w_protein_profiles_and_shifted_peptides=list_of_tuple_w_protein_profiles_and_shifted_peptides, - normed_df=normed_df, - protein_id=protein_id, - ) - if compile_normalized_ion_table: - ion_df = get_ion_intensity_dataframe_from_list_of_shifted_peptides( - list_of_tuple_w_protein_profiles_and_shifted_peptides, - column_names=normed_df.columns, - protein_id=protein_id, - quant_id=quant_id, - ) - else: - ion_df = None - - return protein_df, ion_df - -def get_list_of_tuple_w_protein_profiles_and_shifted_peptides( - normed_df, - num_samples_quadratic, - min_nonan, - num_cores, - log_processed_proteins, - compile_normalized_ion_table, - protein_id, - quant_id, -): - input_specification_tuplelist = get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( - normed_df, num_samples_quadratic, min_nonan - ) - - if num_cores is not None and num_cores <= 1: - list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_sequential_processing( - input_specification_tuplelist, - log_processed_proteins, - protein_id, - quant_id, - ) - else: - list_of_tuple_w_protein_profiles_and_shifted_peptides = get_list_with_multiprocessing( - input_specification_tuplelist, - num_cores, - log_processed_proteins, - protein_id, - quant_id, - ) - return list_of_tuple_w_protein_profiles_and_shifted_peptides - -def get_input_specification_tuplelist_idx__df__num_samples_quadratic__min_nonan( - normed_df, num_samples_quadratic, min_nonan -): - list_of_normed_dfs = get_normed_dfs(normed_df) - return [ - (idx, df, num_samples_quadratic, min_nonan) - for idx, df in enumerate(list_of_normed_dfs) - ] - -def get_normed_dfs(normed_df): - protein_names = normed_df.index.get_level_values(0).to_numpy() - ion_names = normed_df.index.get_level_values(1).to_numpy() - normed_array = normed_df.to_numpy() - indices_of_proteinname_switch = find_nameswitch_indices(protein_names) - results_list = [ - get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names) - for idx in range(len(indices_of_proteinname_switch) - 1) - ] - - return results_list - -def find_nameswitch_indices(arr): - change_indices = np.where(arr[:-1] != arr[1:])[0] + 1 - - start_indices = np.insert(change_indices, 0, 0) - - start_indices = np.append(start_indices, len(arr)) - - return start_indices - -def get_subdf(normed_array, indices_of_proteinname_switch, idx, protein_names, ion_names): - start_switch = indices_of_proteinname_switch[idx] - end_switch = indices_of_proteinname_switch[idx + 1] - sub_array = normed_array[start_switch:end_switch] - index_sub_array = pd.MultiIndex.from_arrays( - [protein_names[start_switch:end_switch], ion_names[start_switch:end_switch]], - names=["protein_id", "quant_id"], - ) - return pd.DataFrame(sub_array, index=index_sub_array) - -def get_list_with_sequential_processing( - input_specification_tuplelist, - log_processed_proteins, - protein_id, - quant_id, -): - return [ - calculate_peptide_and_protein_intensities( - idx, - peptide_intensity_df, - num_samples_quadratic, - min_nonan, - log_processed_proteins, - protein_id, - quant_id, - ) - for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist - ] - -def get_list_with_multiprocessing( - input_specification_tuplelist, - num_cores, - log_processed_proteins, - protein_id, - quant_id, -): - pool = multiprocessing.Pool(num_cores) - args = [ - ( - idx, - peptide_intensity_df, - num_samples_quadratic, - min_nonan, - log_processed_proteins, - protein_id, - quant_id, - ) - for idx, peptide_intensity_df, num_samples_quadratic, min_nonan in input_specification_tuplelist - ] - results = pool.starmap(calculate_peptide_and_protein_intensities, args) - pool.close() - pool.join() - return results - -def calculate_peptide_and_protein_intensities( - idx, - peptide_intensity_df, - num_samples_quadratic, - min_nonan, - log_processed_proteins, - protein_id, - quant_id, -): - if len(peptide_intensity_df.index) > 1: - peptide_intensity_df = ProtvalCutter( - peptide_intensity_df, maximum_df_length=100 - ).get_dataframe() - - if (idx % 100 == 0) and log_processed_proteins: - LOGGER.info(f"LFQ object {idx}") - summed_pepint = np.nansum(2 ** peptide_intensity_df) - - if peptide_intensity_df.shape[1] < 2: - shifted_peptides = peptide_intensity_df - else: - shifted_peptides = NormalizationManagerProtein( - peptide_intensity_df, num_samples_quadratic=num_samples_quadratic - ).complete_dataframe - - protein_profile = get_protein_profile_from_shifted_peptides( - shifted_peptides, summed_pepint, min_nonan - ) - - return protein_profile, shifted_peptides - -class ProtvalCutter: - def __init__(self, protvals_df, maximum_df_length=100): - self._protvals_df = protvals_df - self._maximum_df_length = maximum_df_length - self._dataframe_too_long = None - self._sorted_idx = None - self._check_if_df_too_long_and_sort_index_if_so() - - def _check_if_df_too_long_and_sort_index_if_so(self): - self._dataframe_too_long = len(self._protvals_df.index) > self._maximum_df_length - if self._dataframe_too_long: - self._determine_nansorted_df_index() - - def _determine_nansorted_df_index(self): - idxs = self._protvals_df.index - self._sorted_idx = sorted( - idxs, - key=lambda idx: self._get_num_nas_in_row(self._protvals_df.loc[idx].to_numpy()), - ) - - @staticmethod - @njit - def _get_num_nas_in_row(row): - sum = 0 - isnans = np.isnan(row) - for is_nan in isnans: - sum += is_nan - return sum - - def get_dataframe(self): - if self._dataframe_too_long: - return self._get_shortened_dataframe() - else: - return self._protvals_df - - def _get_shortened_dataframe(self): - shortened_index = self._sorted_idx[: self._maximum_df_length] - return self._protvals_df.loc[shortened_index] - -class NormalizationManagerProtein(NormalizationManager): - def __init__(self, complete_dataframe, num_samples_quadratic): - super().__init__(complete_dataframe, num_samples_quadratic) - self.normalization_function = normalize_ion_profiles - self._rows_sorted_by_number_valid_values = None - self._run_normalization() - -def normalize_ion_profiles(protein_profile_df): - protein_profile_numpy = protein_profile_df.to_numpy() - sample2shift = get_normfacts(protein_profile_numpy) - df_normed = pd.DataFrame( - apply_sampleshifts(protein_profile_numpy, sample2shift), - index=protein_profile_df.index, - columns=protein_profile_df.columns, - ) - return df_normed - -def get_protein_profile_from_shifted_peptides(normalized_peptide_profile_df, summed_pepints, min_nonan): - intens_vec = get_list_with_protein_value_for_each_sample( - normalized_peptide_profile_df, min_nonan - ) - intens_vec = np.array(intens_vec) - summed_intensity = np.nansum(2 ** intens_vec) - if summed_intensity == 0: - return None - intens_conversion_factor = summed_pepints / summed_intensity - scaled_vec = intens_vec + np.log2(intens_conversion_factor) - return scaled_vec - -def get_list_with_protein_value_for_each_sample(normalized_peptide_profile_df, min_nonan): - intens_vec = [] - for sample in normalized_peptide_profile_df.columns: - reps = normalized_peptide_profile_df.loc[:, sample].to_numpy() - nonan_elems = sum(~np.isnan(reps)) - if nonan_elems >= min_nonan: - intens_vec.append(np.nanmedian(reps)) - else: - intens_vec.append(np.nan) - return intens_vec - -def get_protein_dataframe_from_list_of_protein_profiles( - list_of_tuple_w_protein_profiles_and_shifted_peptides, normed_df, protein_id -): - index_list = [] - profile_list = [] - - list_of_protein_profiles = [x[0] for x in list_of_tuple_w_protein_profiles_and_shifted_peptides] - allprots = [ - x[1].index.get_level_values(0)[0] for x in list_of_tuple_w_protein_profiles_and_shifted_peptides - ] - - for idx in range(len(allprots)): - if list_of_protein_profiles[idx] is None: - continue - index_list.append(allprots[idx]) - profile_list.append(list_of_protein_profiles[idx]) - - index_for_protein_df = pd.Index(data=index_list, name=protein_id) - protein_df = 2 ** pd.DataFrame( - profile_list, index=index_for_protein_df, columns=normed_df.columns - ) - protein_df = protein_df.replace(np.nan, 0) - protein_df = protein_df.reset_index() - return protein_df - -def get_ion_intensity_dataframe_from_list_of_shifted_peptides( - list_of_tuple_w_protein_profiles_and_shifted_peptides, column_names, protein_id, quant_id -): - ion_names = [] - ion_vals = [] - protein_names = [] - for idx in range(len(list_of_tuple_w_protein_profiles_and_shifted_peptides)): - ion_df = list_of_tuple_w_protein_profiles_and_shifted_peptides[idx][1] - protein_name = ion_df.index.get_level_values(0)[0] - ion_names += ion_df.index.get_level_values(1).tolist() - ion_vals.append(ion_df.to_numpy()) - protein_names.extend([protein_name] * len(ion_df.index)) - merged_ions = 2 ** np.concatenate(ion_vals) - merged_ions = np.nan_to_num(merged_ions) - ion_df = pd.DataFrame(merged_ions) - ion_df.columns = column_names - ion_df[quant_id] = ion_names - ion_df[protein_id] = protein_names - ion_df = ion_df.set_index([protein_id, quant_id]) - return ion_df - -def run_norm( - input_df, - protein_id: str = "protein", - quant_id: str = "ion", - number_of_quadratic_samples: int = 50, -): - copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() - input_df = sort_input_df_by_protein_id(input_df, protein_id) - input_df = remove_potential_quant_id_duplicates(input_df, quant_id) - input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) - input_df = remove_allnan_rows_input_df(input_df) - LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") - LOGGER.info("Performing sample normalization.") - input_df = NormalizationManagerSamplesOnSelectedProteins( - input_df, - num_samples_quadratic=number_of_quadratic_samples, - selected_proteins_file=None, - copy_numpy_arrays=copy_numpy_arrays, - ).complete_dataframe - # resotre log2 values - input_df = 2 ** input_df - - # fill NaN with 0 - input_df = input_df.fillna(0) - LOGGER.info(f'Normalizing data for [{protein_id}] completed.') - return input_df - -def run_lfq( - input_df, - protein_id: str = "protein", - quant_id: str = "ion", - min_nonan: int = 1, - number_of_quadratic_samples: int = 50, - maximum_number_of_quadratic_ions_to_use_per_protein: int = 10, - log_processed_proteins: bool = True, - compile_normalized_ion_table: bool = True, - num_cores: int = None, -): - copy_numpy_arrays = check_whether_to_copy_numpy_arrays_derived_from_pandas() - - input_df = sort_input_df_by_protein_id(input_df, protein_id) - input_df = remove_potential_quant_id_duplicates(input_df, quant_id) - input_df = index_and_log_transform_input_df(input_df, protein_id, quant_id) - input_df = remove_allnan_rows_input_df(input_df) - LOGGER.info(f"Starting LFQ analysis for [{protein_id}].") - LOGGER.info("Performing sample normalization.") - input_df = NormalizationManagerSamplesOnSelectedProteins( - input_df, - num_samples_quadratic=number_of_quadratic_samples, - selected_proteins_file=None, - copy_numpy_arrays=copy_numpy_arrays, - ).complete_dataframe - - LOGGER.info("Estimating LFQ intensities.") - protein_df, ion_df = estimate_protein_intensities( - input_df, - min_nonan=min_nonan, - num_samples_quadratic=maximum_number_of_quadratic_ions_to_use_per_protein, - num_cores=num_cores, - compile_normalized_ion_table=compile_normalized_ion_table, - log_processed_proteins=log_processed_proteins, - protein_id=protein_id, - quant_id=quant_id, - ) - - LOGGER.info(f'LFQ analysis for [{protein_id}] completed.') - - return protein_df, ion_df - -if __name__ == "__main__": - multiprocessing.set_start_method('spawn', force=True) - multiprocessing.freeze_support() - import os - import time - t1 = time.time() - - current_dir = os.path.dirname(os.path.realpath(__file__)) - df_path = os.path.join(current_dir, "../../../local_tests/peptide_for_protein.tsv") - df = pd.read_csv(df_path, sep="\t") - - protein_df, ion_df = run_lfq( - df, - protein_id="Proteins", - quant_id="Sequence", - min_nonan=1, - number_of_quadratic_samples=50, - maximum_number_of_quadratic_ions_to_use_per_protein=10, - num_cores=None, - ) - print(protein_df.head()) - t2 = time.time() - print(f"Time: {t2-t1:.4f} s") \ No newline at end of file diff --git a/metax/utils/metax_updater.py b/metax/utils/metax_updater.py index 0d423a8..59a2b18 100644 --- a/metax/utils/metax_updater.py +++ b/metax/utils/metax_updater.py @@ -213,8 +213,9 @@ def update_metax(self): change_log_str = "No change log." if self.current_api != self.remote_api: - self.display_message_in_text_browser("Update", f"MetaX new version is available with a new API.\n\nPlease download the new version manually.\n\n\ - current version: {self.current_version}\nremote version: {self.remote_version}\n\nChange log:\n{change_log_str}") + self.display_message_in_text_browser("Update", f"MetaX new version is available with a new API.\ + \n\nPlease download the new version manually from: https://github.com/byemaxx/MetaX\ + \n\nCurrent version: {self.current_version}\nRemote version: {self.remote_version}\n\nChange log:\n{change_log_str}") return reply = self.display_message_in_text_browser("Update", f"MetaX new version is available. Do you want to update?\ diff --git a/metax/utils/version.py b/metax/utils/version.py index 8d9ccc8..cfa61a3 100644 --- a/metax/utils/version.py +++ b/metax/utils/version.py @@ -1,2 +1,2 @@ -__version__ = '1.115.0' +__version__ = '1.115.1' API_version = '3' \ No newline at end of file diff --git a/pyproject.toml b/pyproject.toml index d9a5f27..8d4e3df 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -4,7 +4,7 @@ build-backend = "setuptools.build_meta" [project] name = "MetaXTools" -version = "1.115.0" +version = "1.115.1" description = "MetaXTools is a novel tool for linking peptide sequences with taxonomic and functional information in Metaproteomics." readme = "README_PyPi.md" license = { text = "NorthOmics" }