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鱼粉提取物胆汁七叶苷琼脂(FMBE),一种用于脆弱拟杆菌群的选择性培养基。

Fish meal extract bile esculin agar (FMBE) a selective medium for Bacteroides fragilis group.

作者信息

Beena V K, Rao S, Kotian M, Shivananda P G

机构信息

Department of Microbiology, Kasturba Medical College, Manipal.

出版信息

Indian J Pathol Microbiol. 1997 Jul;40(3):361-4.

PMID:9354008
Abstract

Fish meal extract bile esculin agar (FMBE) is prepared using Fish meal extract concentrate as the basal substance, for the selective isolation and presumptive identification of B.fragilis group. The efficiency of the medium was evaluated by growing stock cultures of B.fragilis groups as well as inoculating clinical specimens and comparing the results with Bacteroides bile esculin agar (BBE). All the 87 stock cultures of B.fragilis grew on FMBE and BBE. No other anaerobes tested grew on the medium. However 7 out of 65 neomycin resistant aerobes grew on the FMBE. From the 100 clinical samples, 62 strains of B. Fragilis group were recovered on FMBE and BBE, and 53 strains on supplemented BHIBA. The cost effectiveness, selectivity and the ability to detect esculin hydrolysis will enable FMBE as a suitable medium as comparable to that of BBE, if not superior.

摘要

鱼粉提取物胆汁七叶苷琼脂(FMBE)以鱼粉提取物浓缩物为基础物质制备,用于脆弱拟杆菌群的选择性分离和初步鉴定。通过培养脆弱拟杆菌群的标准菌株以及接种临床标本,并将结果与胆汁七叶苷琼脂(BBE)进行比较,来评估该培养基的效率。所有87株脆弱拟杆菌标准菌株在FMBE和BBE上均生长。测试的其他厌氧菌在该培养基上均不生长。然而,65株耐新霉素需氧菌中有7株在FMBE上生长。从100份临床样本中,在FMBE和BBE上分离出62株脆弱拟杆菌群菌株,在补充的脑心浸液血琼脂(BHIBA)上分离出53株。FMBE在成本效益、选择性以及检测七叶苷水解的能力方面,即使不比BBE更优越,也能使其成为一种与之相当的合适培养基。

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