最新建议没有排列、没有参数的作文向量(CVtree ) 方法成功地被使用了从他们的整个染色体的数据推断病毒,叶绿体,细菌,和真菌的种系发生的关系。在系统的细菌学的 Bergeys 手册或在细菌和 Archaea (TOBA ) 的分类轮廓在我们对 7 种类一直不是的 56 个 Archaea 在之中染色体的种系发生的位置给予特殊注意的这研究列出了任何一个。由检查稳定的 monophyletic,在 CVTrees 的分叉从 861 个染色体的一个总数重建了(加 797 个细菌的 56 Archaea,把 8 Eukarya 用作外集团) 明确的分类任务为这些 not-fully-classified 种类被建议。Archaea 分类的进一步的开发可以验证 CVTree 途径的预言的种系发生的结果。
The newly proposed alignment-free and parameter-free composition vector (CVtree) method has been successfully applied to infer phylogenetic relationship of viruses, chloroplasts, bacteria, and fungi from their whole-genome data. In this study we pay special attention to the phylogenetic positions of 56 Archaea genomes among which 7 species have not been listed either in Bergey's Manual of Systematic Bacteriology or in Taxonomic Outline of Bacteria and Archaea (TOBA). By inspecting the stable monophyletic branchings in CVTrees reconstructed from a total of 861 genomes (56 Archaea plus 797 Bacteria, using 8 Eukarya as outgroups) definite taxonomic assignments were proposed for these not-fully-classified species. Further development of Archaea taxonomy may verify the predicted phylogenetic results of the CVTree approach.