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fIDBAC integrated an accuracy bacterial identification, automated strain typing and downstream AR/VF gene prediction analysis in a single, coherent workflow

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fIDBAC

fIDBAC integrated an accuracy bacterial identification, automated strain typing and downstream AR/VF gene prediction analysis in a single, coherent workflow, the website is http://fbac.dmicrobe.cn/

Installtion

First download part of the database and code, and then install the dependent software mentioned in the requirements.txt file.

git clone https://github.com/DMicrobe/fIDBAC.git

Requirements

  • perl
  • Python3
    The packages that need to be installed are "Biopython scipy skbio gzip Levenshtein".
  • NCBI BLAST+ 2.10.1
  • kmerfinder 1.0.9
  • FastANI here
  • Prokka 1.14.6
  • Prodigal V2.6.3
  • RGI here
  • Phylip here
  • MUMmer 3.23
  • ANIcalculator v1.0

You can also install this softwares with using conda. Due to dependency conflicts, we recommend installing RGI in a different environment from other software. After this software are installed, write the path to the file config_db.txt.

Download data

  • Download Type strains genome and gene files in 12784.genome.txt . Construct a configuration file, format reference file, write ACC ID, genome and gene path into the file type.
  • Download kmerdb and close snp data here .
  • Download PubMLST database here .

Test

perl script/fIDBAC.pl  -input example/example.fa -outdir ./ -temp ./

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fIDBAC integrated an accuracy bacterial identification, automated strain typing and downstream AR/VF gene prediction analysis in a single, coherent workflow

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