Comparative genomics reveal the utilization ability of variable carbohydrates as key genetic features of listeria pathogens in their pathogenic lifestyles

HIGHLIGHTS

SUMMARY

The comparative genomic analysis of Listeria pathogens and non-pathogenic genomes could improve the understanding of the genetic mechanisms they use to adapt to diverse environments and their pathogenic lifestyles, which may further promote the diagnosis and treatment of listeria infections. The glycopeptide antibiotic resistance genes (vanTG, vanYB), peptide antibiotic resistance genes (Lmon_mprF), phosphonic acid antibiotic resistance genes (FosX), and lincosamide antibiotic gene lin were the most widely attested antibiotic resistance genes in Listeria. Among them, five sub-type CRISPR-Cas systems, except for II-C_n1 and VI-A_n2, were found in it, and . . .

 



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