GNAT toxin may have a potential role in persistence: an and study.

Persistent cells are primarily responsible for developing antibiotic resistance and the recurrence of . This study investigated the possible role of GNAT toxin in persistence. was exposed to five MIC concentrations of ciprofloxacin.

Evaluation of the genetic relatedness of isolates by TRs analysis.

Objectives: Human gastrointestinal tract harbors a variety of bacteria with vital roles in human health. is considered one of the dominant constituents of gut microflora which can act as an opportunistic pathogen leading to various diseases, including colon cancer, diarrhea, uterine and intrathecal abscesses, septicemia, and pelvic inflammation. In this study, multiple locus variable number of tandem repeats analysis (MLVA) was performed to genetically differentiate 50 isolates.