Journal of Medical Microbiology · 1974 · 75 citations · 11 references
Life SciencesInfectious DiseasesMicrobiologyAntimicrobial ResistanceBacteriologyEnvironmental MicrobiologyAntibiotic ResistanceAntibiotic Resistance MechanismsAntimicrobial Resistance ControlBacterial EpidemiologyEnvironmental Reservoirs Of ResistanceResistance EpidemiologyAntibiotic Resistance GenesAntibiotic Resistance In The EnvironmentAntibiotic Resistance In WastewaterAntibiotic Resistance ScreeningAntibiotic Sensitivity TestingColiform BacteriaSewage-associated ResistanceWater Conveyance Channels
SUMMARY One-hundred and one samples from a wide variety of sewers and water-drainage channels in Bristol, including some sewers that separately drained hospital and domestic premises, were examined for antibiotic-resistant coliform bacilli and for R factors. The antibiotic-sensitivity patterns of over 3000 coliform bacilli isolated were obtained and 1000 resistant strains were tested for R-factor transfer. Hospital sewage contained more coliform bacilli with much higher proportions of resistant bacteria, more R factors, and a greater proportion of R factors carrying multiple resistance, than sewage from domestic and other sources. Despite these findings, it was calculated that less than 5% of the R factors in the sewage output of the City of Bristol originate in hospitals. The normal, healthy population appears to be by far the greatest reservoir of R factors in the community.
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Incidence in River Water of Escherichia coli containing R Factors
H. Williams Smith · Nature · 1970 · 90 citations
K. B. Linton, Patricia A. Lee, M. H. Richmond et al. · Journal of Hygiene · 1972 · 70 citations · Full text