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军团病杆菌的初代分离培养基。

Primary isolation media for Legionnaires disease bacterium.

作者信息

Feeley J C, Gorman G W, Weaver R E, Mackel D C, Smith H W

出版信息

J Clin Microbiol. 1978 Sep;8(3):320-5. doi: 10.1128/jcm.8.3.320-325.1978.

Abstract

Yolk sac suspensions infected with the Legionnaires disease bacterium (LDB) were plated onto 17 different bacteriological agar media. The LDB grew only on Mueller-Hinton agar supplemented with 1% Iso Vitale X and 1% hemoglobin (MH-IH). This medium was subsequently analyzed to determine the components required to support growth of the LDB. L-Cysteine hydrochloride can replace the Iso Vitale X reagent, and soluble ferric pyrophosphate can replace hemoglobin. A new medium, F-G agar, was formulated incorporating these chemicals. Different cultures conditions (oxygen tension, temperature, and pH) were also evaluated. The LDB grew optimally at 35 degrees C under 2.5% CO2 on the F-G agar adjusted to pH 6.9. When infected tissues were inoculated onto both F-G agar and MH-IH, the F-G agar produced colonies of the LDB more rapidly and in greater numbers than did MH-IH.

摘要

将感染军团病杆菌(LDB)的卵黄囊悬液接种到17种不同的细菌学琼脂培养基上。LDB仅在补充有1%异维生素X和1%血红蛋白的Mueller-Hinton琼脂(MH-IH)上生长。随后对该培养基进行分析,以确定支持LDB生长所需的成分。盐酸L-半胱氨酸可替代异维生素X试剂,可溶性焦磷酸铁可替代血红蛋白。配制了一种包含这些化学物质的新培养基F-G琼脂。还评估了不同的培养条件(氧张力、温度和pH值)。LDB在调整至pH 6.9的F-G琼脂上,于35℃、2.5%二氧化碳条件下生长最佳。当将感染组织接种到F-G琼脂和MH-IH上时,F-G琼脂比MH-IH更快且更多地产生LDB菌落。

相似文献

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Primary isolation media for Legionnaires disease bacterium.军团病杆菌的初代分离培养基。
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Legionnaires' disease bacterium isolated in 1947.1947年分离出军团病细菌。
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[Legionnaires' disease (author's transl)].
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