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######################################## # CrisprCon # # Crispr/Cas allele analysis. # # EMBL-EBI # ######################################## # PROJECT URLs: https://github.com/mpi2/crisprcon http://www.mousephenotype.org/ # CONTACT: International Mouse Phenotyping Consortium (IMPC): [email protected] Mouse Informatics Project leader: Terry Meehan ([email protected]) ############ # CONTENTS # ############ 1. General Information 2. Variant calling (crispFa) 3. gRNA consequence prediction (crispRNA) # Last updated: June 2018 ########################## # 1. General Information # ########################## # Reference genome All variant calls are relative to a reference genome, e.g: C57BL/6J (GRCm38). An example of the last major release of the reference genome can be found here: ftp://ftp.ncbi.nlm.nih.gov/genomes/archive/old_genbank/Eukaryotes/vertebrates_mammals/Mus_musculus/GRCm38/ # Annotation file A GFF file is used for the consequence prediction of the variants. An example of a GFF file can be found here: ftp://ftp.ensembl.org/pub/release-92/gff3/mus_musculus/Mus_musculus.GRCm38.92.gff3.gz Usage: ./crisprcon.py [-h] {crispFa,crispRNA} crispFa Variant caller for CRISPR edited alleles crispRNA gRNA consequence predictor. It takes the coordinates of gRNA and it outputs a VCF with the predicted consequences ##################################### # 2. Variant calling (crispFa) # ##################################### Usage: ./crisprcon.py crispFa [-h] [-i INPUT_FA] [-o OUTPUT_VCF] [-f REF_GENOME] [-r COORDS] [-g GFF] [-d OUT_DIR] [-t TEMP_DIR] [-p PREFIX] [-c GRNA GRNA] Positional arguments: -i INPUT_FA, --input INPUT_FA Input FASTA. -o OUTPUT_VCF, --output OUTPUT_VCF Output VCF file. -f REF_GENOME, --fasta-ref REF_GENOME Reference file in fasta format (must be .fai indexed) -r COORDS, --region COORDS Coordinates of CRISPR/Cas target region (ie: chr:start-end) -g GFF, --gff-annot GFF gff3 annotation file Optional arguments: -d OUT_DIR, --dir OUT_DIR Optional: Directory for the output files. If not present, it will be created. Default: current directory -t TEMP_DIR, --temp TEMP_DIR Optional: Directory for temporary and intermediate files. Default: creates "temp" directory at the output directory -p PREFIX, --prefix PREFIX Optional: Prefix for temporary files. Default: input_name -c GRNA GRNA, --crispr-grna GRNA GRNA Optional: gRNA pair coordinates used for CRISPR. Advised for validation of indels and potential false positives. Use different flags for more than one pair. Eg: -c 72206978 72207000 -c 72206982 72207004 -h, --help Show this help message and exit ############################################## # 3. gRNA consequence prediction (crispRNA) # ############################################## Usage: crispCon crispRNA [-h] [-o OUTPUT_VCF] [-f REF_GENOME] [-g GFF] [-c GRNA GRNA] [-s DONOR] [-d OUT_DIR] [-t TEMP_DIR] [-p PREFIX] Positional arguments: -o OUTPUT_VCF, --output OUTPUT_VCF Output VCF file. -f REF_GENOME, --fasta-ref REF_GENOME Reference file in fasta format (must be .fai indexed) -g GFF, --gff-annot GFF gff3 annotation file -c GRNA GRNA, --crispr-grna GRNA GRNA gRNA pair coordinates and sequence used for CRISPR (sequence chr:start-end). Use different flags for more than one pair. Eg: -c GATTCTGGCATCATCTATGTGGG 1:72206978-72207000 -c GCTTCTGCCAATATCTATTTGGG 1:72206982-72207004 -s DONOR, --seq-donor DONOR Sequence of the oligo donor Optional arguments: -d OUT_DIR, --dir OUT_DIR Optional: Directory for the output files. If not present, it will be created. Default: current directory -t TEMP_DIR, --temp TEMP_DIR Optional: Directory for temporary and intermediate files. Default: creates "temp" directory at the output directory -p PREFIX, --prefix PREFIX Optional: Prefix for temporary files. Default: input_name -h, --help Show this help message and exit
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