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Genotyping tool to assess HCV genetic diversity (genotype and subtype) from NGS data.

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HCVgenotool instructions

Software requeriments

  • Python 3 (tested on Python 3.6.3). Required python packages:
    • cutadapt (tested on 1.16)
    • numpy (tested on 1.14.1)
    • biopython (tested on 1.70)
    • pandas (tested on 0.22.0)
  • BWA (Burrows-Wheeler Aligner). Tested on 0.7.17-r1188. Download here
  • ea-utils/fastq-join. Tested on 1.04.807. Download here
  • fastq_quality_filter from fastx-toolkit. Tested on 0.0.13. Download here

This tool was was designed to run from a linux terminal. Tested on Ubuntu 17.10 (x86-64 architecture).

Run instructions

$./genotyping_pipeline.sh \
    FASTQDIR \
    ADAPTERS_FILE \
    REFERENCE \
    RESULTS_DIR

Required arguments

FASTQDIR

Folder where all the fastq files are contained. Only Illumina pair-end sequencing from PCR amplicons is accepted. One sample pair per file.

IMPORTANT: *.fastq or *.fastq.gz are accepted. Read 1 must be specified as R1 and read 2 as R2 in the filename. Sample name will be taken from the string before the first _ character that should be present in the filename.

Examples of valid fastq filenames:

2_S1_L001_R1_001.fastq.gz  # sample name = "2"; read = 1.
sample1_R2.fastq           # sample name = "sample1", read = 2.

ADAPTERS_FILE

Path to a fasta file containing adapter sequences used to create amplicons for sequencing. Only two adapters allowed, named as >Forward and >Reverse (>F and >R or >f and >r is sufficient). Adapter sequence has to span only one line.

REFERENCE

Path to a fasta file containing HCV reference sequences. Sequence names should follow the convention TS_XXXXX, where T is HCV type, S is HCV subtype and XXXXX is the sequence identifier. HCV reference genomes are included in HCV_references/HCV_genotypes.fasta with date January 1st 2017, downloaded from here

RESULTS_DIR

Path to a folder where output results. If WORKINGDIR does not exist it will be created. If WORKINGDIR exists, program exits with ERROR message.

Results will be written to RESULTS_DIR folder (summary table at RESULTS_DIR/results.csv).

IMPORTANT!: arguments order should be kept.

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Genotyping tool to assess HCV genetic diversity (genotype and subtype) from NGS data.

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