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Syntgeny

Tool to detect if the gene order is conserved over a set of taxa

Installation

Syntegny requires the targeted ortholog search tool fDOG. For installation and setup of fDOG, you can just look on the fDOG GitHub page.

Usage

Syntgeny requires the same data structure as described in the fDOG manual.

python3 syntgeny.py --seed 'maker-scaffold8-snap-gene-67.113' --jobName <Name> --refSpec <reference Species> --gff .<gff_folder> --neighbours <number neighbours upstream and downstream> --out <folder> --searchpath <searchTaxa_dir> --corepath <coreTaxa_dir> --annopath <annotation_dir>

Example Output

Extracting neighbours of seed gene maker-scaffold8-snap-gene-67.113
Starting fDOG for seed gene and identified neighbours
fdogs.run --seqFolder ./tmp/seeds/ --jobName test --refspec DIPRO@73405@230629 --outpath . --corepath ../data/coreTaxa_dir --searchpath ../data/searchTaxa_dir --annopath ../data/annotation_dir
100%|████████████████████████████████████████████████████████████████████████████████████| 5/5 [04:09<00:00, 49.91s/it]  
fDOG finished. Parsing fDOG output and extracting ortholog locations
Creating output table  
Run time -265.59861493110657`sec

Parameters:

usage: syntgeny.py [-h] [--version] --seed SEED --refSpec REFSPEC --neighbours NEIGHBOURS --gff GFF --jobName JOBNAME [--fasta FASTA] [--searchTaxa SEARCHTAXA] [--out OUT]
               [--searchpath SEARCHPATH] [--corepath COREPATH] [--annopath ANNOPATH]

You are running Syntgeny version 0.0.1.

options:
  -h, --help            show this help message and exit
  --version             show program's version number and exit

Required arguments:
  --seed SEED           Seed gene name
  --refSpec REFSPEC     Reference taxon
  --neighbours NEIGHBOURS
                    Number of neighbouring genes up and downstream that should be checked
  --gff GFF             Path to gff file of reference species
  --jobName JOBNAME     Job name

Optional arguments:
  --fasta FASTA         Path to protein fasta file
  --searchTaxa SEARCHTAXA
                    File containing search species line by line
  --out OUT             Output folder
  --searchpath SEARCHPATH
                    Path for the search taxa directory
  --corepath COREPATH   Path for the core taxa directory
  --annopath ANNOPATH   Path for the pre-calculated feature annotion directory

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  • Python 100.0%