Shayegani M, Lee A M, Parsons L M
Health Lab Sci. 1977 Apr;14(2):83-94.
A scheme was designed to speed the identification of 50 nonfermentative gram-negative bacteria to genus, species, and biotype using a minimal numer of biochemical tests. When the scheme was evaluated in our laboratory, one technologist identified 93.6% of 188 known isolates (46 species). Later another technologist, given 161 of the same isolates (46 species) as unknowns, identified 91.9%. The isolates that were misidentified in both cases were atypical organisms with aberrant biochemical reactions, plus 1 typical organism with a delayed oxidation of glucose.
设计了一种方案,通过最少数量的生化试验快速将50种非发酵革兰氏阴性菌鉴定到属、种和生物型。当该方案在我们实验室进行评估时,一名技术人员对188株已知菌株(46种)的鉴定准确率为93.6%。后来,另一名技术人员将161株相同的菌株(46种)作为未知菌株进行鉴定,鉴定准确率为91.9%。在这两种情况下被误鉴定的菌株都是具有异常生化反应的非典型菌株,外加1株葡萄糖氧化延迟的典型菌株。