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A detailed workflow of predicting ferret immunoglobulin (Ig) genes using the genome assembly ASM1176430v1.1 and then mapping ferret BCRseq data to those predictions.

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LukeHebert/ig_genes_ferret

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ig_genes_ferret

A detailed workflow of how I (and colleagues) predicted Mustela mutorius furo (the domestic ferret) immunoglobulin (Ig) genes using the ferret genome assembly ASM1176430v1.1 and then mapped ferret B cell receptor sequencing data to those predictions.

Table of contents

  • variable_gene_prediction/: A directory containing all scripts used in the prediction of ferret variable region Ig genes (i.e. IGHV, IGHD, IGHJ, IGKV, IGKJ, IGLV, IGLJ gene segments) and a description of how they were used. These scripts are generalizable to the discovery of Ig genes in other species, though some customization is likely necessary.

  • variable_gene_transcript_analysis/ A directory containing all scripts used to analyze B cell receptor variable domain-encoding mRNA (cDNA) transcription data from ferrets, and a description of how they were used. This analysis uses the gene sequences obtained with scripts from the "variable_gene_prediction/" directory.

  • constant_gene_transcript_analysis/ A directory containing all scripts used to analyze B cell receptor constant domain-encoding mRNA (cDNA) transcription data from ferrets, and a description of how they were used.

Dependencies

Python packages

All python dependencies are listed in the environment.yml file.

Other tools

Non-python package bioinformatics tools called by the scripts in this repository include:

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A detailed workflow of predicting ferret immunoglobulin (Ig) genes using the genome assembly ASM1176430v1.1 and then mapping ferret BCRseq data to those predictions.

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