2006•Zhongguo weishengtaixue zazhiRequires access

The study of 457 strain pathogens and its drug(resistan)-ce in urinary infection

Qian Yuan-shu

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Abstract

Objective To find out the pathogens distribution and its drug resistance in urinary infection.To provide basis for clinicians to select antibiotics correctly.Methods Use VITEK-AMS to identify pathogens and drug sensitivity tests,ESBLs-producing Escnerchia coli and Klibsiella pneumonias were detected and high-level aminoglycoside resistance in Enterococcus(HLAR) were screened.Results Use VITEK-AMS to identify pathogens and drug sensitivity tests,ESBLs-producing Escnerchia coli and Klibsiella pneumonias were detected and high-level aminoglycoside resistance in Enterococcus(HLAR) were screened.The pathogen 8 distrbution in turn were Escherichia coli 50.5%,Enterococcus 10.5%,Klibsiella 8.6%,Fungi 7.9%,ete 24.2%.Escherichia coli and 17.9% klibsiella pneumonias produced ESBLs HLAR-Producing Erterococcus was 60.4% Bathogens in urinary infection had higher drug resistance to quinolones.Conclusion To understand the pathogens distribution and its drug resistance was important to select antibiotics correctly.

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Objective To find out the pathogens distribution and its drug resistance in urinary infection.To provide basis for clinicians to select antibiotics correctly.Methods Use VITEK-AMS to identify pathogens and drug sensitivity tests,ESBLs-producing Escnerchia coli and Klibsiella pneumonias were detected and high-level aminoglycoside resistance in Enterococcus(HLAR) were screened.Results Use VITEK-AMS to identify pathogens and drug sensitivity tests,ESBLs-producing Escnerchia coli and Klibsiella pneumonias were detected and high-level aminoglycoside resistance in Enterococcus(HLAR) were screened.The pathogen 8 distrbution in turn were Escherichia coli 50.5%,Enterococcus 10.5%,Klibsiella 8.6%,Fungi 7.9%,ete 24.2%.Escherichia coli and 17.9% klibsiella pneumonias produced ESBLs HLAR-Producing Erterococcus was 60.4% Bathogens in urinary infection had higher drug resistance to quinolones.Conclusion To understand the pathogens distribution and its drug resistance was important to select antibiotics correctly.

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Available abstract

Objective To find out the pathogens distribution and its drug resistance in urinary infection.To provide basis for clinicians to select antibiotics correctly.Methods Use VITEK-AMS to identify pathogens and drug sensitivity tests,ESBLs-producing Escnerchia coli and Klibsiella pneumonias were detected and high-level aminoglycoside resistance in Enterococcus(HLAR) were screened.Results Use VITEK-AMS to identify pathogens and drug sensitivity tests,ESBLs-producing Escnerchia coli and Klibsiella pneumonias were detected and high-level aminoglycoside resistance in Enterococcus(HLAR) were screened.The pathogen 8 distrbution in turn were Escherichia coli 50.5%,Enterococcus 10.5%,Klibsiella 8.6%,Fungi 7.9%,ete 24.2%.Escherichia coli and 17.9% klibsiella pneumonias produced ESBLs HLAR-Producing Erterococcus was 60.4% Bathogens in urinary infection had higher drug resistance to quinolones.Conclusion To understand the pathogens distribution and its drug resistance was important to select antibiotics correctly.

Key concepts: Microbiology, Drug resistance, Enterococcus, Antibiotics, Pathogen, Escherichia coli, Aminoglycoside, Biology

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