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首页> 外文期刊>Science in China. Series C, Life science >Phylogenetic clusters of rhizobia revealed by genome structures
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Phylogenetic clusters of rhizobia revealed by genome structures

机译:基因组结构揭示根瘤菌的系统发育簇

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摘要

Rhizobia, bacteria that fix atmospheric nitrogen, are important agricultural resources. In order to establish the evolutionary relationships among rhizobia isolated from different geographic regions and different plant hosts for systematic studies, we evaluated the use of physical structure of the rhizobial genomes as a phylogenetic marker to categorize these bacteria. In this work, we analyzed the features of genome structures of 64 rhizobial strains. These rhizobial strains were divided into 21 phylogenetic clusters according to the features of genome structures evaluated by the endonuclease -Ceu. These clusters were supported by 16S rRNA comparisons and genomic sequences of four rhizobial strains, but they are largely different from those based on the current taxonomic scheme (except 16S rRNA).
机译:根瘤菌是固定大气氮的细菌,是重要的农业资源。为了建立从不同地理区域和不同植物宿主分离的根瘤菌之间的进化关系,以进行系统研究,我们评估了利用根瘤菌基因组的物理结构作为系统发生标记来对这些细菌进行分类。在这项工作中,我们分析了64种根瘤菌菌株的基因组结构特征。根据核酸内切酶-Ceu评估的基因组结构特征,将这些根瘤菌菌株分为21个系统发育簇。这些簇得到四种根瘤菌菌株的16S rRNA比较和基因组序列的支持,但它们与基于当前分类方案的那些(除16S rRNA之外)有很大不同。

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