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参与简单混合厌氧感染的细菌的生态关系。

Exological relationships of bacteria involved in a simple, mixed anaerobic infection.

作者信息

Mayrand D, McBride B C

出版信息

Infect Immun. 1980 Jan;27(1):44-50. doi: 10.1128/iai.27.1.44-50.1980.

Abstract

Infectivity of Bacteroides asaccharolyticus (formerly B. melaninogenicus subsp. asaccharolyticus; see S. M. Finegold and E. M. Barnes, Int. J. Syst. Bacteriol. 27:388--391, 1977) was dependent on the presence of a second organism. An infective consortium consisting of B. asaccharolyticus and Klebsiella pneumoniae was defined. Neither organism was infective alone, but the Klebsiella could be replaced by organisms of a number of different genera. The nature of the infection appeared to be determined by the length of the lag period preceding the initiation of growth of B. asaccharolyticus. A rapid onset of growth led to the severe spreading form of the disease, whereas a slow initiation of growth resulted in the formation of a localized, self-limiting abscess. B. asaccharolyticus depends on the second or "helper" organism to produce a required growth factor which is not present at the inoculation site. The growth factor was shown to be succinate which was able to replace the hemin requirement. The dependency on succinate produced by K. pneumoniae was demonstrated in agar medium, in liquid culture, and in the infectivity assay. Any organism which produced succinate was able to stimulate growth of B. asaccharolyticus on agar medium and could replace K. pneumoniae as a member of the infectious consortium. The need for the second organism could be eliminated by inoculating B. asaccharolyticus together with agar-immobilized succinate or hemin.

摘要

非解糖拟杆菌(以前称为产黑色素拟杆菌解糖亚种;见S.M.芬戈尔德和E.M.巴恩斯,《国际系统细菌学杂志》27:388 - 391,1977年)的感染性依赖于第二种微生物的存在。定义了一种由非解糖拟杆菌和肺炎克雷伯菌组成的感染性菌丛。单独一种微生物都没有感染性,但肺炎克雷伯菌可以被许多不同属的微生物所替代。感染的性质似乎由非解糖拟杆菌开始生长前的滞后期长度决定。快速开始生长会导致疾病的严重扩散形式,而缓慢开始生长则会形成局部的、自限性脓肿。非解糖拟杆菌依赖第二种或“辅助”微生物来产生接种部位不存在的必需生长因子。已证明该生长因子是琥珀酸盐,它能够替代对血红素的需求。在琼脂培养基、液体培养和感染性测定中都证实了对肺炎克雷伯菌产生的琥珀酸盐的依赖性。任何产生琥珀酸盐的微生物都能够在琼脂培养基上刺激非解糖拟杆菌的生长,并且可以替代肺炎克雷伯菌作为感染性菌丛的一员。通过将非解糖拟杆菌与琼脂固定化的琥珀酸盐或血红素一起接种,可以消除对第二种微生物的需求。

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