[Investigations on the phylogeny of Pasteurella multocida: DNA base sequence relatedness among strains representing Carter's serogroups A through E, and elimination of biovar 6 (so-called dog-type strains) (author's transl)].

K H Svoboda, S Pohl, W Mannheim
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Abstract

The phylogenetic relationships among strains of Pasteurella multocida representing Carter's serogroups A, B, (C), D and E, the type strain (which also represents serogroup A, and biovar 4), the indole-negative strain Schütze HS, and two "dog-type" strains (biovar 6) were investigated by DNA:DNA hybridization using the optical method. The genome DNAs of the "dog-type" strains were almost identical; they displayed, however, only 20% binding with the DNA of the type strain of P. multocida, and even lower or no measurable binding with the DNAs of the other strains tested. The taxon hitherto classified as biovar 6 of P. multocida is therefore considered as a distinct species; yet the data so far available do not rule out that it belongs to a genus other than Pasteurella sensu stricto. - The remaining strains exhibited high genome DNA relatedness, with between 64 and 98% DNA binding. The present data do not rule out the existence of molecular subspecies in P. multocida.

[多杀性巴氏杆菌的系统发育研究:代表卡特血清群A到E的菌株之间的DNA碱基序列相关性,以及6号生物变种(所谓的狗型菌株)的消除(作者译)]。
采用DNA:DNA杂交光学方法研究了多杀性巴氏杆菌(Carter’s) A、B、(C)、D和E血清群、型菌株(也代表A血清群和生物变种4)、吲哚阴性菌株sch兹HS和两种“狗型”菌株(生物变种6)之间的系统发育关系。“狗型”菌株的基因组dna几乎相同;然而,他们显示,只有20%与多杀假单胞菌类型菌株的DNA结合,甚至更低或与其他菌株的DNA没有可测量的结合。因此,迄今归类为多杀线虫生物变种6的分类群被认为是一个独特的物种;然而,目前可获得的数据并不排除它属于严格意义巴斯德氏杆菌以外的属。-其余菌株表现出高度的基因组DNA相关性,DNA结合率在64 - 98%之间。目前的资料不排除多杀线虫分子亚种的存在。
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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