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首页> 外文期刊>Journal of Clinical Microbiology >Time- and media-saving testing and identification of microorganisms by multipoint inoculation on undivided agar plates.
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Time- and media-saving testing and identification of microorganisms by multipoint inoculation on undivided agar plates.

机译:通过在未分开的琼脂板上进行多点接种,可以节省时间和介质,对微生物进行测试和鉴定。

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摘要

Motility and various biochemical activities of isolates of bacteria and yeasts were tested on undivided agar plates by using a simple, manually operated multipoint inoculation apparatus that allowed the analysis of 25 isolates per 9-cm-diameter petri plate. Fermentation of all 17 carbohydrates tested as well as 13 other biochemical activities commonly used for identification of bacteria were readily demonstrated by the multipoint inoculation plate method, and the results agreed very well with those of conventional tube tests. In addition to speedy inoculation and low cost of materials, the multipoint inoculation plate method offers several other advantages when compared with conventional tube tests or with some of the manufactured test kits currently available for recognizing members of the family Enterobacteriaceae.
机译:通过使用简单的手动多点接种设备,在每个未分割的琼脂平板上测试细菌和酵母分离株的运动性和各种生化活性,该设备可对每9厘米直径的培养皿分析25个分离株。多点接种平板法很容易证明了所有17种碳水化合物的发酵以及常用于细菌鉴定的13种其他生化活性的发酵,其结果与常规试管法非常吻合。除了快速接种和材料成本低外,与常规试管检测或目前可用于识别肠杆菌科成员的某些制造的检测试剂盒相比,多点接种平板法还具有其他优势。

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