Tracking antibiotic resistance in the environment: whole-genome sequencing of seven bacteria from the soil and water

TL;DR

Researchers used whole-genome sequencing to study antibiotic-resistant bacteria from soil and water samples, highlighting the need for environmental monitoring.

Contribution

The study provides whole-genome sequencing data for seven diverse antibiotic-resistant bacterial isolates from environmental samples.

Findings

Seven bacterial isolates with varied resistance patterns were identified from campus soil and water.

Whole-genome sequencing revealed genetic features linked to antibiotic resistance in these isolates.

The results emphasize the importance of tracking antimicrobial resistance in natural environments.

Abstract

Soil and water samples collected from the Rochester Institute of Technology campus were analyzed for antibiotic-resistant bacteria. Whole-genome sequencing and annotation were conducted on seven isolates that show a diverse range of resistance patterns, underscoring the urgent need for ongoing surveillance of antimicrobial resistance in the environment.

Figures