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Micromethod System for Identification of Anaerobic Bacteria

机译:厌氧菌鉴定的微方法系统

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A micromethod multitest system prepared by Analytab Products, Inc. and conventional tests employed at the Center for Disease Control for identification of anaerobes were compared. All procedures were conducted in an anaerobic glove box. A total of 104 cultures, including 18 reference strains and 86 diagnostic cultures, were examined. Ninety-one percent of the total tests performed with the two systems were in agreement. Greater than 90% agreement between the two systems was obtained with 12 of the 17 differential tests compared. The tests for nitrate reduction and H2S production gave the poorest agreement, 77.8 and 80.8%, respectively. Only 66% of the 86 diagnostic cultures could be presumptively identified with the micromethod system supplemented only with microscopy and colonial characteristics. However, when appropriate supplementary tests and gas-liquid chromatography were used with the micromethod system, 85% of the 86 strains could be identified. When Ehrlich reagent, instead of Kovac reagent, was used with the micromethod to test for indole, the agreement in identification was raised to 93%.
机译:比较了由Analytab Products,Inc.制备的微方法多重测试系统和疾病控制中心用于鉴定厌氧菌的常规测试。所有程序均在厌氧手套箱中进行。共检查了104种培养物,包括18种参考菌株和86种诊断培养物。用这两个系统进行的总测试中有91%是一致的。通过比较17个差异测试中的12个,获得了两个系统之间大于90%的一致性。硝酸盐还原和H2S生成的测试结果最差,分别为77.8%和80.8%。 86种诊断培养物中只有66%可以通过仅添加显微镜和殖民特征的微方法系统鉴定。但是,当对微方法系统进行适当的补充测试和气液色谱分析时,可以鉴定出86种菌株中的85%。当将Ehrlich试剂而不是Kovac试剂与微方法一起使用来测试吲哚时,鉴定结果提高到93%。

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