-
Notifications
You must be signed in to change notification settings - Fork 0
1. Quick Start
btyper3 -i [fasta] -o [output directory] [options...]
For help, type btyper3 -h
or btyper3 --help
For your current version, type btyper3 --version
Perform all default analyses, using an assembled genome (complete or draft) in (multi-)FASTA format as input (assumes fastANI is in the user's path):
btyper3 -i /path/to/genome.fasta -o /path/to/desired/output_directory
Perform all default analyses, using an assembled genome (complete or draft) in (multi-)FASTA format as input (fastANI is not in the user's path):
btyper3 -i /path/to/genome.fasta -o /path/to/desired/output_directory --fastani_path /path/to/FastANI_executable/fastANI
Perform all default analyses, plus pseudo-gene flow unit assignment AND species type strain comparison, using an assembled genome (complete or draft) in (multi-)FASTA format as input (assumes fastANI is in the user's path):
btyper3 -i /path/to/genome.fasta -o /path/to/desired/output_directory --ani_geneflow True --ani_typestrains True
Perform seven-gene MLST only, using user-supplied MLST gene sequences and the latest version of the PubMLST B. cereus s.l. database (sequences can be in multi-FASTA format, or concatenated into a single sequence in FASTA format):
btyper3 -i /path/to/mlst.fasta -o /path/to/desired/output_directory --ani_species False --ani_subspecies False --virulence False --bt False --panC False --download_mlst_latest True
Perform panC group assignment only, using a user-supplied panC gene sequence in FASTA format:
btyper3 -i /path/to/panC.fasta -o /path/to/desired/output_directory --ani_species False --ani_subspecies False --virulence False --bt False --mlst False
Perform virulence factor and Bt toxin-encoding gene detection in a plasmid sequence in FASTA format:
btyper3 -i /path/to/plasmid.fasta -o /path/to/desired/output_directory --ani_species False --ani_subspecies False --mlst False --panC False
Disclaimer: BTyper3 is pretty neat! However, no tool is perfect, and BTyper3 cannot definitively prove whether an isolate is pathogenic or not. As always, interpret your results with caution. We are not responsible for taxonomic misclassifications, misclassifications of an isolate's pathogenic potential or industrial utility, and/or misinterpretations (biological, statistical, or otherwise) of BTyper3 results.