摘要：The NGS method was used to investigate the biodiversity of
ARB dwelling in tap water, able to form biofilm on bullion media
supplemented with antibiotics: β-lactam, fluoroquinolone, 3rd generation
cephalosporin and tetracycline. Biofilms formed by cold- and hot-tap water
microorganisms were also examined. The presence of 10 ARGs in plasmid
DNA of cultivated biomass was tested using a standard PCR. The analyses
revealed that the most predominant families were Sphingomonadaceae,
Paenibacillaceae, Enterobacteriaceae, Bacillaceae
and Sphingomonadaceae in FQ, C3G, T, C-W and H-W samples,
respectively (explanations of abbreviations in the text). The ARGs did not
correlate with resistance phenotypes.
其他摘要：The NGS method was used to investigate the biodiversity of ARB dwelling in tap water, able to form biofilm on bullion media supplemented with antibiotics: β-lactam, fluoroquinolone, 3rd generation cephalosporin and tetracycline. Biofilms formed by cold-and hot-tap water microorganisms were also examined. The presence of 10 ARGs in plasmid DNA of cultivated biomass was tested using a standard PCR. The analyses revealed that the most predominant families were Sphingomonadaceae , Paenibacillaceae , Enterobacteriaceae , Bacillaceae and Sphingomonadaceae in FQ, C3G, T, C-W and H-W samples, respectively (explanations of abbreviations in the text). The ARGs did not correlate with resistance phenotypes.
