Koestenblatt E K, Larone D H, Pavletich K J
J Clin Microbiol. 1982 Mar;15(3):384-90. doi: 10.1128/jcm.15.3.384-390.1982.
The N/F system (Flow Laboratories, Inc. Rockville, Md) and the Oxi/Ferm Tube, (Roche Diagnostics, Div. Hoffman-La Roche, Inc. Nutley, N.J.) were evaluated in parallel for identification of infrequently encountered nonfermentative gram-negative bacilli and oxidase-positive, fermentative gram-negative bacilli selected from fresh clinical isolates and stock cultures. When compared with conventional media, the Flow N/F system correctly identified 97.7% (86 or 88) of all strains tested. No organisms were misidentified, but this system failed to identify two strains. Six supplemental tests were needed for the complete identification of 16 strains (18%); however, correct results were obtained within 48 h for 85% of the isolates. The Oxi/Ferm method correctly identified 87.5% of the isolates; 7% were incorrectly identified, and the method failed to identify five strains. Seventeen supplemental tests were required to identify 64 strains (73%). Complete identification within 48 h was obtained for 60% of the organisms tested.
对N/F系统(弗洛实验室公司,马里兰州罗克维尔)和Oxi/Ferm管(罗氏诊断公司,新泽西州纳特利霍夫曼-拉罗什公司分部)进行了平行评估,以鉴定从新鲜临床分离株和库存培养物中选取的罕见非发酵革兰氏阴性杆菌以及氧化酶阳性的发酵革兰氏阴性杆菌。与传统培养基相比,Flow N/F系统正确鉴定了所有测试菌株中的97.7%(86/88)。没有菌株被错误鉴定,但该系统未能鉴定出两株菌株。完全鉴定16株菌株(18%)需要进行六项补充试验;然而,85%的分离株在48小时内获得了正确结果。Oxi/Ferm方法正确鉴定了87.5%的分离株;7%被错误鉴定,该方法未能鉴定出五株菌株。鉴定64株菌株(73%)需要进行17项补充试验。60%的测试菌株在48小时内得到了完全鉴定。