Sorensen G H
Acta Vet Scand. 1974;15(4):544-54. doi: 10.1186/BF03547225.
The study comprises 136 strains of Corynebacterium pyogenes originating from cattle (105), swine (20), sheep (1), and insects (10). For comparison 2 strains of human origin and 1 strain of Gorynebacterium hemolyticum were examined. One of the bovine strains was atypical, being gelatinase-negative, otherwise the strains of Cb. pyogenes were found to be biochemically identical apart from minor deviations in fermentation patterns (Table 1). Neither were antigenic differences demonstrated (gel diffusion analyses, Figs. 1 and 2). Both of the human strains agreed biochemically with Cb. pyogenes (Table 1). By gel diffusion cross analyses one of them was found to be identical with Cb. pyogenes, the other not, though anti-genically related to it (Fig. 2). Gb. hemolyticum deviated biochemically as well as serologically from Gb. pyogenes, but the 2 organisms shared antigenic determinants (Fig. 3).
该研究包含136株化脓隐秘杆菌,它们分别源自牛(105株)、猪(20株)、羊(1株)和昆虫(10株)。作为对照,检测了2株源自人类的菌株和1株溶血隐秘杆菌。其中1株牛源菌株不典型,为明胶酶阴性,除此之外,化脓隐秘杆菌的菌株在发酵模式上存在微小差异,但生化特性相同(表1)。也未显示出抗原差异(凝胶扩散分析,图1和图2)。2株人类菌株在生化特性上均与化脓隐秘杆菌一致(表1)。通过凝胶扩散交叉分析发现,其中1株与化脓隐秘杆菌相同,另1株不同,不过在抗原方面与之相关(图2)。溶血隐秘杆菌在生化特性和血清学上均与化脓隐秘杆菌不同,但这两种菌具有共同的抗原决定簇(图3)。