Land G, Stotler R, Land K, Staneck J
J Clin Microbiol. 1984 Oct;20(4):649-52. doi: 10.1128/jcm.20.4.649-652.1984.
The AutoMicrobic system (AMS) Yeast Biochemical Card (Vitek Systems Inc., Hazelwood, Mo.) is a system which has been designed for rapid and automated reporting of yeast identification in the clinical laboratory. Recent improvements have been implemented in the AMS data base to expand and enhance its yeast identification capabilities. These improvements include the addition of seven biotypes, changes in data analysis scheme, and construction of the taxonomic keys. The updated system was compared with the API 20C (Analytab Products, Plainview, N.Y.) yeast identification system and a rapid conventional method, using 1,106 clinical and stock yeast isolates. With these improvements, the AMS Yeast Biochemical Card had a correlation of 98.8% with the API 20C system and 93.4% with the rapid conventional method and significantly increased its capability of identifying Cryptococcus neoformans (98%). The most difficult organisms for the system to identify in 22 to 24 h were Cryptococcus terreus (58%) and Cryptococcus uniguttulatus (73%). The updated AMS not only provided more rapid results which were comparable to the other two systems but gave a substantial savings in set-up and reporting time as well.
自动微生物系统(AMS)酵母生化鉴定卡(Vitek系统公司,密苏里州黑兹尔伍德)是一种为临床实验室快速自动报告酵母鉴定结果而设计的系统。AMS数据库最近进行了改进,以扩展和增强其酵母鉴定能力。这些改进包括增加了七种生物型、改变了数据分析方案以及构建了分类检索表。使用1106株临床和标准酵母分离株,将更新后的系统与API 20C(Analytab产品公司,纽约州普莱恩维尤)酵母鉴定系统以及一种快速传统方法进行了比较。通过这些改进,AMS酵母生化鉴定卡与API 20C系统的符合率为98.8%,与快速传统方法的符合率为93.4%,并显著提高了其鉴定新型隐球菌的能力(98%)。该系统在22至24小时内最难鉴定的菌株是土生隐球菌(58%)和单孢隐球菌(73%)。更新后的AMS不仅能提供与其他两个系统相当的更快结果,还能大幅节省设置和报告时间。