Preliminary studies in the clinical use of a bicarbonate containing growth medium for Neisseria gonorrhoeae.

R G Earl, D Dennison, V Whadford, J Hayes, C L Baugh
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Abstract

A recent study from our laboratory demonstrated that the gaseous carbon dioxide atmosphere used for growth of Neisseria gonorrhoeae could be replaced by the addition of sodium bicarbonate directly to the growth medium. A comparative growth study was initiated using the Transgrow system and the bicarbonate system, Nei-Carb. The Nei-Carb system displayed several obvsiou advantages over the Transgrow system. It required less incubation space, the bicarbonate concentrations can be regulated more readily than concentration of gaseous CO2, and individual plates can be examined without disturbing the atmosphere of other incubating plates. The preliminary results indicate that the Nei-Carb system can be utilized as a medium for primary isolation of gonococci. For every positive culture detected by the Transgrow system a corresponding positive culture was detected by the Nei-Carb system. Moreover, four strains of N gonorrhoeae grew in the Nei-Carb system that would not grow in the Transgrow system using gaseous CO2. On further examination of these strains it was found that they required a much higher concentration of bicarbonate for growth than did those which grew readily in a gaseous CO2 atmosphere.

含碳酸氢盐的淋病奈瑟菌生长培养基临床应用的初步研究。
我们实验室最近的一项研究表明,用于淋病奈瑟菌生长的气态二氧化碳气氛可以被直接向生长介质中添加碳酸氢钠所取代。利用Transgrow系统和碳酸氢盐系统(Nei-Carb)进行了比较生长研究。Nei-Carb系统比Transgrow系统有几个明显的优势。它需要较少的孵育空间,碳酸氢盐浓度比气态CO2浓度更容易调节,并且可以在不干扰其他孵育板的气氛的情况下检查单个板。初步结果表明,Nei-Carb体系可作为淋球菌初分离培养基。Transgrow系统检测到的每一个阳性培养,Nei-Carb系统也检测到相应的阳性培养。此外,四株淋病奈瑟菌在Nei-Carb系统中生长,而在使用气态CO2的Transgrow系统中不能生长。对这些菌株的进一步研究发现,它们比那些在气态二氧化碳环境中容易生长的菌株需要更高浓度的碳酸氢盐才能生长。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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