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Rickettsia: history and current position

机译:立克次体:历史和当前位置

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In early part of the last century (1910) Ricketts and von Prowazek laid the foundation of modern rickettsiology.Their pioneering works eventually led to the recognition of new species and Rickettsials infections.As soon as Rickettsia are the first strictly intracellular bacteria described,its taxonomy gathered on the basis of this criterion : a great number of kinds of bacteria will be identified only with the advent of the sequencing and the discovery of molecular clocks such as ribosomal 16S RNA and cytochrome C.Many phenotypic criterion such as morphology,tests of complement,neutralization of toxins,mouse serotyping and SDS-page proved reliable.However,gene comparison (ompA,ompB and sca4) will make it possible to very precisely determine the species containing of the genus Rickettsia and to suggest a classification supported by high bootstrap values as well as antibiotics tests.Nevertheless,the phylogenetic position of species such Rickettsia helvetica,Rickettsia canadensis and Rickettsia bellii could not be given with precision,and the polyphasic analysis of the classification of the Rickettsia species based on genes concatenation associated with phenotypic characters available might be alternatives for Rickettsia phylogeny.
机译:上世纪初(1910年),立基茨和冯·普罗瓦泽克奠定了现代立克体病学的基础。他们的开创性工作最终导致了对新物种和立基茨氏菌感染的认识。立克次体是最早描述的第一种严格的细胞内细菌,其分类学根据这一标准收集:只有在测序和发现分子钟如核糖体16S RNA和细胞色素C的出现后,才能鉴定出多种细菌。许多表型标准如形态,补体测试,毒素的中和,小鼠血清分型和SDS页被证明是可靠的。但是,基因比较(ompA,ompB和sca4)将可以非常精确地确定立克次体属的物种,并提出具有较高自举值的分类以及抗生素测试。尽管如此,诸如立克次体,加拿大立克次体和立克次体等物种的系统发育位置。 Bellett不能精确地给出,立克次体物种分类的多相分析是基于与可用表型特征相关的基因级联的,可能是立克次体系统发育的替代方法。

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