Staneck J L, Vincelette J, Lamothe F, Polk E A
J Clin Microbiol. 1983 Apr;17(4):647-54. doi: 10.1128/jcm.17.4.647-654.1983.
The Sensititre identification system (Seward Laboratory/GIBCO Laboratories) consists of a microplate containing a pattern of 24 biochemicals repeated four times together with an automatic inoculation device and a microcomputer-assisted data interpretation component. A total of 1,415 isolates of Enterobacteriaceae plus 6 isolates of other glucose-fermenting gram-negative bacilli were tested in three hospital laboratories in parallel with API 20E (Analytab Products). Discrepancies were resolved by conventional biochemical testing. Sensititre yielded correct identifications at the species level with 94.6% of the isolates and at the genus level with an additional 1.9%. API 20E yielded correct species identification with 91.1% and genus only identification with an additional 6.7% of the isolates. For the routine identification of clinical Enterobacteriaceae isolates, the Sensititre system compares favorably with API 20E and offers clinical laboratories the economy of a microtiter plate system as well as the benefit of a microcomputer capable of other microbiological and data management applications.
Sensititre鉴定系统(Seward实验室/GIBCO实验室)由一个微孔板组成,该微孔板包含24种生化物质的模式,重复四次,还配备自动接种装置和微机辅助数据解释组件。在三家医院实验室中,共对1415株肠杆菌科细菌分离株以及6株其他葡萄糖发酵革兰氏阴性杆菌进行了检测,并与API 20E(Analytab产品公司)进行了平行比较。通过常规生化检测解决了差异问题。Sensititre在种水平上对94.6%的分离株做出了正确鉴定,在属水平上又额外鉴定出1.9%。API 20E在种水平上正确鉴定了91.1%的分离株,在属水平上又额外鉴定出6.7%。对于临床肠杆菌科细菌分离株的常规鉴定,Sensititre系统与API 20E相比具有优势,为临床实验室提供了微量滴定板系统的经济性以及能够用于其他微生物学和数据管理应用的微机的优势。