PATRIC Workshop @ ASM Microbe 2017
PATRIC will be hosting a 1-day workshop entitled "Assemble,
Annotate and Analyze Your Own
Genome using PATRIC, the All Bacterial Bioinformatics Resource Center," workshop
number 001-WS at the ASM Microbes 2017 on June 1, 2017 in New Orleans,
Louisiana. The workshop will cover genome assembly and annotation, comparative
genomics, RNA-Seq and transcriptomic analysis, and calling SNPs, MNPs, and indels using
PATRIC's new Variation pipeline. The workshop will focus on analyzing researcher's
private data compared to the available public data.
Seating is limited, so please register soon if you are interested. The main ASM
Microbes 2017 registration page is here.
Note that you must register for the conference in order to sign up for workshops.
PATRIC Workshop at GLBIO 2017
PATRIC will be hosting a 1/2-day workshop entitled "Assemble, Annotate and Analyze Your Own
Genome using PATRIC, the All Bacterial Bioinformatics Resource Center," at the Great Lakes
Bioinformatics (GLBIO) Conference at the University of Illinois at Chicago on May 17, 2017
in Chicago, Illinois. The workshop will include genome assembly and annotation, and
tools for comparative genomic analysis. Seating is limited to 50 participants. Note that you
must register for the conference
in order to sign up for workshops.
Antibiotic Resistance Data
for Infectious Disease Research
Antibiotic Resistance refers to the ability of bacteria to develop resistance to antibiotics
through gene mutation or acquisition of antibiotic resistance genes. PATRIC collects
known antibiotic resistance genes from reputed external databases and publications and maps
them to homologous genes using BLASTP, so you can easily find and analyze them with PATRIC
tools. We also incorporate antibiotic susceptibility testing results as additional
Supporting the TB Research Community
THROUGH NEW TB@PATRIC RESOURCES
PATRIC announces new web-based features designed to serve TB researchers worldwide. This
resource provides fast searching and powerful comparative analysis tools for all Mycobacterium
tuberculosis genomes, including the H37Rv reference genome, its variants and other
members in the tuberculosis complex. Also included are important reference genomes, M.
smegmatis and M. marinum.