diff --git a/db/structure.sql b/db/structure.sql
index 1dc1d29e..35b6d6dc 100644
--- a/db/structure.sql
+++ b/db/structure.sql
@@ -16,20 +16,6 @@ SET row_security = off;
 CREATE SCHEMA ctgov;
 
 
---
--- Name: public; Type: SCHEMA; Schema: -; Owner: -
---
-
-CREATE SCHEMA public;
-
-
---
--- Name: SCHEMA public; Type: COMMENT; Schema: -; Owner: -
---
-
-COMMENT ON SCHEMA public IS 'standard public schema';
-
-
 --
 -- Name: support; Type: SCHEMA; Schema: -; Owner: -
 --
@@ -4557,7 +4543,7 @@ ALTER TABLE ONLY support.file_records
 -- PostgreSQL database dump complete
 --
 
-SET search_path TO ctgov,support,public;
+SET search_path TO ctgov, support, public;
 
 INSERT INTO "schema_migrations" (version) VALUES
 ('20160630191037'),
diff --git a/spec/models/utils/util_table_exporter_spec.rb b/spec/models/utils/util_table_exporter_spec.rb
index 528973ac..899af4f2 100644
--- a/spec/models/utils/util_table_exporter_spec.rb
+++ b/spec/models/utils/util_table_exporter_spec.rb
@@ -34,7 +34,19 @@
         File.open('public/static/tmp/export/outcomes.txt', 'wb+') do |file|
           table_exporter.export_table('outcomes', file, '|')
         end
-        expect(File.read('public/static/tmp/export/outcomes.txt')).to eq(File.read('spec/support/outcomes.txt'))
+        result_file = ''
+        File.open('public/static/tmp/export/outcomes.txt', 'r') do |input_file|
+          output_lines = ''
+          # Iterate through each line in the input file and remove the first column
+          input_file.each_line do |line|
+            columns = line.chomp.split('|')
+            columns.shift
+            modified_line = columns.join('|')
+            output_lines << modified_line + "\n"
+          end
+          result_file = output_lines
+        end
+        expect(result_file).to eq(File.read('spec/support/outcomes.txt'))
       end
     end
 
diff --git a/spec/support/outcomes.txt b/spec/support/outcomes.txt
index 56abc8aa..0b37a2f7 100644
--- a/spec/support/outcomes.txt
+++ b/spec/support/outcomes.txt
@@ -1,3 +1,3 @@
-id|nct_id|outcome_type|title|description|time_frame|population|anticipated_posting_date|anticipated_posting_month_year|units|units_analyzed|dispersion_type|param_type
-1|NCT05594173|Primary|Number of Chewing Cycles Per Bolus|Using surface electromyography (sEMG) of the masseter muscle, we will count the number of muscle contraction spikes (i.e. chewing cycles) seen for chewing activity for a single comfortable bite of each bolus type.|Baseline (single timepoint only)|Data for 3 additional participants could not be analyzed due to poor electromyography signal quality.|||number of chewing cycles||Standard Deviation|Mean
-2|NCT05594173|Primary|Total Chewing Duration Per Bolus|Using surface electromyography (sEMG) of the masseter muscle, we will count the total duration of chewing activity for a single comfortable bite of each bolus type.|Baseline (single timepoint only)|Data for 3 additional participants could not be analyzed due to poor EMG signal quality.|||seconds||Standard Deviation|Mean
+nct_id|outcome_type|title|description|time_frame|population|anticipated_posting_date|anticipated_posting_month_year|units|units_analyzed|dispersion_type|param_type
+NCT05594173|Primary|Number of Chewing Cycles Per Bolus|Using surface electromyography (sEMG) of the masseter muscle, we will count the number of muscle contraction spikes (i.e. chewing cycles) seen for chewing activity for a single comfortable bite of each bolus type.|Baseline (single timepoint only)|Data for 3 additional participants could not be analyzed due to poor electromyography signal quality.|||number of chewing cycles||Standard Deviation|Mean
+NCT05594173|Primary|Total Chewing Duration Per Bolus|Using surface electromyography (sEMG) of the masseter muscle, we will count the total duration of chewing activity for a single comfortable bite of each bolus type.|Baseline (single timepoint only)|Data for 3 additional participants could not be analyzed due to poor EMG signal quality.|||seconds||Standard Deviation|Mean