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Croxall, G; Hale, J; Weston, V; Manning, G; Cheetham, P; Achtman, M; McNally, A (2011)
Publisher: Oxford University Press
Languages: English
Types: Article
Subjects:
Objectives: To assess the molecular epidemiology and prevalence of antibiotic resistance in 'Escherichia coli' causing urinary tract infections of elderly patients from community and hospital settings. Also, to determine whether the possession of antibiotic resistance and virulence-associated genes can be linked to patient location or the clonal group of the organisms in question. Methods: 'E. coli' were isolated from the urine samples of elderly patients from the Nottingham area, and subjected to antibiotic susceptibility testing, virulence gene detection by PCR and multilocus sequence typing. Results: No correlation was observed between community - or hospital-derived strains with regard to antibiotic resistance levels or virulence gene profiles. 'E. coli' ST131 (where ST stands for sequence type) was the predominant ST found in both hospital and community samples, and demonstrated high levels of antibiotic resistance to the test panel, but did not possess a significantly larger array of virulence genes or a specific gene profile compared with other STs. Conclusions: The level of antibiotic resistance or virulence gene possession in uropathogenic 'E. coli' is not directly associated with the healthcare setting of the patient, but there is a variation in antibiotic resistance and virulence gene possession depending on clonal group. ST131 is highly virulent and demonstrates high levels of antibiotic resistance, but its virulence does not appear to be attributable to the possession of a specific virulence-associated gene set or the possession of any virulence-associated gene in significantly higher levels than in any other ST.
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    • ia50
    • n40
    • re30
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