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A comparative genomics approach for identifying genetic factors in Escherichia coli isolates associated with bovine diseases.

Damini KhawaskarAnbazhagan SubbaiyanDhayanath BalusamySophia InbarajAbhishek VermaObli Rajendhran Vinodh KumarViswas Konasagara NagaleekarDharmendra K SinhaPallab ChaudhuriBhoj R SinghV K ChaturvediPrasad Thomas
Published in: Journal of applied microbiology (2022)
Comparative genomic analysis was applied to infer genetic factors significant in bovine disease origin E. coli strains. Isolates from bovine disease origin were enriched for the phylogroups A and C, and for the pathotypes ExPEC and EPEC. However, there was minimal evidence of STEC involvement. The study also indicated predominant genetic lineages and virulence genes (pap, sfa and afa) associated with disease origin strains. SIGNIFICANCE AND IMPACT OF STUDY;: The study revealed significant pathotypes, phylgroups, serotypes and sequence types associated with bovine disease conditions. These identified genetic factors can be applied for disease diagnosis, implementing vaccine and therapeutic measures. In addition, E. coli isolates from the bovine species revealed a complex pattern of disease epidemiology.
Keyphrases
  • escherichia coli
  • genome wide
  • single cell
  • risk factors
  • transcription factor
  • genetic diversity
  • candida albicans