首页> 外文期刊>臨床病理 >岩手医科大学附属病院におけるメタローβ-ラクタマレゼ産生Acinetobacter baumanniiの検出要因に関する検討
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岩手医科大学附属病院におけるメタローβ-ラクタマレゼ産生Acinetobacter baumanniiの検出要因に関する検討

机译:岩土医科大学医院植物生育八甘蓝酶β-内酰胺酶检测因子检测

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摘要

We conducted a decision tree analysis in which 6 isolates of metallo-beta-lactamase (MBL) -producing Acine-tobacter baumannii detected hy a sodium mercaptoacetic acid disk method and 38 isolates of MBL non-producing A. baumannii were investigated from January 2003 to December 2003 in Iwate Medical University Hospital. Factors predicting MBL-producing A baumannii were analyzed from the clinical backgrounds such as laboratory data, therapeutic histories and bacterial circumstances. In the decision tree analysis, seven significant rules were found for predicting MBL-producing A baumannii; previous isolation of P. aerugi-nosa, administration period of 3rd generation cephem antibiotics > 11 days, both TP=<6.9g/dl and Hb=<6.3g/dl, both administration of anticancer drugs and a use of respirator, TP>6.9g/dl, CRP>22.7mg/dl, both CRP=< 8.7mg/dl and body temperature >36.6deg C. Two cases, which were matched with the rule of TP>6.9g/dl, were hospitalized in the same division, and their pulsed-field gel electrophoresis patterns were identical. In comparison with conventional statistical analysis, the decision tree analysis has advantages in explaining the tendencies and the relationships of the data. It is possible that, based on the rules extracted in this study, we could issue precautions in preventing nosocomial MBL-producing strains even in the earlier stages when the number of these isolates are still small.
机译:我们进行了决策树分析,其中6分离β-内酰胺酶(MBL)的分离株 - 发霉的硫酸钠丙氨酸Baumannii检测到巯基乙酸盘法和38岁的MBL非生产A.Baumannii的38分离株。从2003年1月开始研究2003年12月在岩手医科大学医院。从临床背景(例如实验室数据,治疗历史和细菌环境)分析预测产生MBL生成Baumannii的因素。在决策树分析中,发现了七项重大规则来预测产生MBL的Baumannii;先前分离P. Arugi-NOSA,第3代Cephem抗生素的给药期> 11天,TP = <6.9g / dL和HB = <6.3g / dl,施用抗癌药物和使用呼吸器,TP> 6.9g / dl,CRP> 22.7mg / dL,CRP = <8.7mg / dL和体温> 36.6deg C.两种情况与TP> 6.9g / dl的规则相匹配,同样住院分区,它们的脉冲场凝胶电泳模式是相同的。与传统统计分析相比,决策树分析具有解释数据的趋势和关系具有优势。基于本研究中提取的规则,我们可能会在预防少数阶段仍然在这些分离株的数量仍然小的情况下发出预防措施。

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