據歐盟食品安全局消息，9月9日歐盟食品安全局公布了歐盟地區致病菌耐藥性統計學分析方法，采用耐藥分離數據論證分析方法。
致病菌耐藥性被認為是近十年來的主要公共健康問題之一。自2010年以來，歐盟地區有關的分離數據每年都會向歐盟食品安全局匯報。歐盟每年都會針對幾個菌種，測定他們對不同抗生素的耐藥性數據，并且報告最小抑菌濃度。
部分原文報道如下：
Since antimicrobial resistance （AMR） has been one of the major public health burdens over the last decade, it is of great importance to appropriately monitor and analyse AMR data. Isolate-based data within the EU have been routinely collected since 2010 and reported to EFSA on a yearly basis. AMR data are collected for several bacterial species, tested for susceptibility against different antimicrobials and minimum inhibitory concentration （MIC） is reported. For analysis purposes, a dichotomized version of the MIC values based on the epidemiological cut-off is used to represent different resistance patterns.
原文鏈接：http://www.efsa.europa.eu/en/supporting/pub/1084e
日期：2016-09-13
致病菌耐藥性被認為是近十年來的主要公共健康問題之一。自2010年以來，歐盟地區有關的分離數據每年都會向歐盟食品安全局匯報。歐盟每年都會針對幾個菌種，測定他們對不同抗生素的耐藥性數據，并且報告最小抑菌濃度。
部分原文報道如下：
Since antimicrobial resistance （AMR） has been one of the major public health burdens over the last decade, it is of great importance to appropriately monitor and analyse AMR data. Isolate-based data within the EU have been routinely collected since 2010 and reported to EFSA on a yearly basis. AMR data are collected for several bacterial species, tested for susceptibility against different antimicrobials and minimum inhibitory concentration （MIC） is reported. For analysis purposes, a dichotomized version of the MIC values based on the epidemiological cut-off is used to represent different resistance patterns.
原文鏈接：http://www.efsa.europa.eu/en/supporting/pub/1084e
日期：2016-09-13
