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阿氏布蒂亚菌的修订描述及六个新种布蒂亚菌和两个新种克吕韦氏菌的确认:费氏布蒂亚菌新种、加氏布蒂亚菌新种、布氏布蒂亚菌新种、伊氏布蒂亚菌新种、诺氏布蒂亚菌新种、瓦尔姆布尔德氏布蒂亚菌新种、耳蜗克吕韦氏菌新种和佐治亚克吕韦氏菌新种

Emended description of Buttiauxella agrestis with recognition of six new species of Buttiauxella and two new species of Kluyvera: Buttiauxella ferragutiae sp. nov., Buttiauxella gaviniae sp. nov., Buttiauxella brennerae sp. nov., Buttiauxella izardii sp. nov., Buttiauxella noackiae sp. nov., Buttiauxella warmboldiae sp. nov., Kluyvera cochleae sp. nov., and Kluyvera georgiana sp. nov.

作者信息

Müller H E, Brenner D J, Fanning G R, Grimont P A, Kämpfer P

机构信息

Staatliches Medizinaluntersuchungsamt, Braunschweig, Germany.

出版信息

Int J Syst Bacteriol. 1996 Jan;46(1):50-63. doi: 10.1099/00207713-46-1-50.

Abstract

A total of 219 strains belonging to the genera Buttiauxella and Kluyvera were studied; 171 of these strains were isolated from mollusks, mainly snails and slugs, obtained from around the world. On the basis of DNA-DNA hybridization data, the strains were grouped into 11 genomospecies. A total of 44 phenotypic characters were used to differentiate the genera Buttiauxella and Kluyvera at the genus level and to identify genomospecies. There were significantly higher phenotypic probability distances between the genomospecies in the genus Battiauxella and the genomospecies in the genus Kluyvera than between the genomospecies in the same genus. Therefore, the existence of Buttiauxella and Kluyvera as different genera was confirmed. The existence of new species necessitated broadening the definitions of both genera. In two cases, Buttiauxella species could not be quantitatively differentiated biochemically, and several other pairs of species could be separated only by the results of one biochemical test. Nonetheless, combinations of several characteristics were used in differentiate all of the species with levels of certainly ranging from log 10.79 to log 57.77 (calculated as probability distances). The following new species are proposed: Buttiauxella ferragutiae (type strain, ATCC 51602 [DSM 9390]), Buttiauxella gaviniae (type strain, ATCC 51604 [DSM 9393]), Buttiauxella brennerae (type strain, ATCC 51605 [DSM 9396]), Buttiauxella izardii (type strain, ATCC 51606 [DSM 9397]), Buttiauxella noackiae (type strain, ATCC 51607 [DSM 9401]), Buttiauxella warmboldiae (type strain, ATCC 51608 [DSM 9404]), Kluyvera cochleae (type strain, ATCC 51609 [DSM 9406]), and Kluyvera georgiana (type strain, ATCC 51603 [DSM 9409]).

摘要

共研究了219株属于布蒂亚克氏菌属(Buttiauxella)和克吕韦氏菌属(Kluyvera)的菌株;其中171株从世界各地获取的软体动物中分离得到,主要是蜗牛和蛞蝓。根据DNA-DNA杂交数据,这些菌株被分为11个基因组种。总共44个表型特征用于在属水平区分布蒂亚克氏菌属和克吕韦氏菌属,并鉴定基因组种。布蒂亚克氏菌属的基因组种与克吕韦氏菌属的基因组种之间的表型概率距离显著高于同一属内基因组种之间的距离。因此,证实了布蒂亚克氏菌属和克吕韦氏菌属作为不同属的存在。新物种的存在需要拓宽两个属的定义。在两种情况下,布蒂亚克氏菌属的物种无法通过生化方法进行定量区分,其他几对物种只能通过一项生化试验的结果来区分。尽管如此,几种特征的组合被用于区分所有物种,确定水平范围从log 10.79到log 57.77(以概率距离计算)。提出了以下新物种:费拉古蒂布蒂亚克氏菌(Buttiauxella ferragutiae,模式菌株,ATCC 51602 [DSM 9390])、加维尼亚布蒂亚克氏菌(Buttiauxella gaviniae,模式菌株,ATCC 51604 [DSM 9393])、布伦纳布蒂亚克氏菌(Buttiauxella brennerae,模式菌株,ATCC 51605 [DSM 9396])、伊扎德布蒂亚克氏菌(Buttiauxella izardii,模式菌株,ATCC 51606 [DSM 9397])、诺阿基亚布蒂亚克氏菌(Buttiauxella noackiae,模式菌株,ATCC 51607 [DSM 9401])、瓦尔姆博尔德布蒂亚克氏菌(Buttiauxella warmboldiae,模式菌株,ATCC 51608 [DSM 9404])、耳蜗克吕韦氏菌(Kluyvera cochleae,模式菌株,ATCC 51609 [DSM 9406])和佐治亚克吕韦氏菌(Kluyvera georgiana,模式菌株,ATCC 51603 [DSM 9409])。

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