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首页> 外文期刊>Journal of Clinical Microbiology >Anaerobic bag culture method.
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Anaerobic bag culture method.

机译:厌氧袋培养法。

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摘要

In a new method of anaerobic culture, a transparent, gas-impermeable bag is used and the anaerobic environment is established with copper sulfate-saturated steel wool. An Alka-Seltzer tablet generates carbon dioxide. The agar plate surface can be inspected through the bag at any time without interrupting the anaerobic atmosphere or disturbing other specimens. Methylene blue indicator strips are completely reduced by 4 h after the bag is set up and have remained reduced for as long as 3 weeks. Growth of 16 different stock culture anaerobes was generally equivalent by the bag and GasPak jar methods. Yield and growth of anaerobic isolates also were equivalent with 7 of 10 clinical specimens; from the other 3 specimens, 13 isolates were recovered, 5 by both the bag and jar methods and the rest by one method or the other. No consistent differences were found between the anaerobic bag and GasPak jar methods in the yield of anaerobes from clinical specimens. Early growth (24 h of incubation) of anaerobes from one specimen was detected with the bag method.
机译:在一种新的厌氧培养方法中,使用了一个透明的,不透气的袋子,并用硫酸铜饱和的钢丝棉建立了厌氧环境。 Alka-Seltzer片剂会产生二氧化碳。可以随时通过袋子检查琼脂板表面,而不会中断厌氧气氛或干扰其他标本。装好袋子后4小时,亚甲基蓝指示条会完全减少,并保持减少长达3周之久。袋装法和GasPak广口瓶法通常可以检测出16种不同的原种厌氧菌的生长情况。厌氧分离株的产量和生长也与10个临床标本中的7个相当。从其他3个样本中,回收了13种分离物,其中5种采用袋装和广口瓶法,其余的则采用一种或另一种方法。在厌氧袋法和GasPak jar方法之间,从临床标本中获得的厌氧菌产率没有发现一致的差异。用布袋法检测了一个样本中厌氧菌的早期生长(孵育24小时)。

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