一种通过基因组比较挖掘系统发育标记的工具:狐猴(小狐猴属)系统发育的应用

R. Lei, Thaine W. Rowley, Lifeng Zhu, Carolyn A. Bailey, Shannon E. Engberg, M. L. Wood, M. Christman, G. Perry, E. Louis, G. Lu
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引用次数: 8

摘要

分子系统发育学是理解所有生命形式进化的基本工具。分子系统发育面临的一个共同问题是缺乏足够的分子标记。在这里,我们提出PhyloMarker,一个系统基因组学工具,旨在通过多基因组比较寻找核基因标记来推断系统发育。PhyloMarker通过比较小头鲸和耳母鲸的部分基因组,鉴定出约800个候选标记。在随机选择的20个标记的实验测试中,9个标记通过PCR扩增成功,并在所有17个名义小鹿种中直接测序。对17个分类群和9个标记的序列数据进行系统发育分析,证实了先前mtDNA数据推断的不同谱系。phylomark也被用于其他项目,包括苍鹭(鹭科,鸟类)系统发育和木鼠(鼠科,哺乳动物)系统发育。所有源代码和示例数据都可以在http://bioinfo-srv1.awh.unomaha.edu/phylomarker/上获得。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PhyloMarker—A Tool for Mining Phylogenetic Markers Through Genome Comparison: Application of the Mouse Lemur (Genus Microcebus) Phylogeny
Molecular phylogeny is a fundamental tool to understanding the evolution of all life forms. One common issue faced by molecular phylogeny is the lack of sufficient molecular markers. Here, we present PhyloMarker, a phylogenomic tool designed to find nuclear gene markers for the inference of phylogeny through multiple genome comparison. Around 800 candidate markers were identified by PhyloMarker through comparison of partial genomes of Microcebus and Otolemur. In experimental tests of 20 randomly selected markers, nine markers were successfully amplified by PCR and directly sequenced in all 17 nominal Microcebus species. Phylogenetic analyses of the sequence data obtained for 17 taxa and nine markers confirmed the distinct lineage inferred from previous mtDNA data. PhyloMarker has also been used by other projects including the herons (Ardeidae, Aves) phylogeny and the Wood mice (Muridae, Mammalia) phylogeny. All source code and sample data are made available at http://bioinfo-srv1.awh.unomaha.edu/phylomarker/.
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