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2011•China Practical MedicineRequires access

Surveillance of antibiotic resistance of extended spectrum β-lactamase produced by gram negative bacilli

Pan Ming-zh

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Abstract

Objective To investigate the incidence of extended-spectrum beta-lactamases(ESBLs) in Gram-negative bacilli.Methods ESBLs were detected by the disc diffusion confirmatory test and the drug resistant rate was investigated.Results 24 strains positive ESBLs from 187 Gram-negative bacilli were examined.They were resistant to 13 kinds of antibiotics in common use,and the rate was higher than 50%.Conclusion ESBLs in Gram-negative bacilli has high antibiotic resistance.To investigate the incidence of ESBLs in gram-negative bacilli are necessary for clinic.

About this research paper

What this paper is about

Objective To investigate the incidence of extended-spectrum beta-lactamases(ESBLs) in Gram-negative bacilli.Methods ESBLs were detected by the disc diffusion confirmatory test and the drug resistant rate was investigated.Results 24 strains positive ESBLs from 187 Gram-negative bacilli were examined.They were resistant to 13 kinds of antibiotics in common use,and the rate was higher than 50%.Conclusion ESBLs in Gram-negative bacilli has high antibiotic resistance.To investigate the incidence of ESBLs in gram-negative bacilli are necessary for clinic.

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Available abstract

Objective To investigate the incidence of extended-spectrum beta-lactamases(ESBLs) in Gram-negative bacilli.Methods ESBLs were detected by the disc diffusion confirmatory test and the drug resistant rate was investigated.Results 24 strains positive ESBLs from 187 Gram-negative bacilli were examined.They were resistant to 13 kinds of antibiotics in common use,and the rate was higher than 50%.Conclusion ESBLs in Gram-negative bacilli has high antibiotic resistance.To investigate the incidence of ESBLs in gram-negative bacilli are necessary for clinic.

Key concepts: Bacilli, Medicine, Microbiology, Gram, Antibiotics, Incidence (geometry), Drug resistance, Antibiotic resistance

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