The roles of mutation, selection, and expression in determining relative rates of evolution in mitochondrial vs. nuclear genomes (Supplemental Data - Sequences used in dN/dS calculations)

These are the concatenated sequences used to estimate dS, dN, and omega in Figs. 1 and 2 of Havird and Sloan MBE. They include mt-encoded OXPHOS subunits, and nuc-encoded OXPHOS subunits and glycolysis genes. They are provided for the 15 taxonomic groups we examined.Also included are the individual gene sequences for plastid- and nuclear-encoded genes used to estimate omega for Arabidopsis and Vigna in Fig. 5. For some of these genes, the TAIR accession number for the genes is given instead of the gene names. Any other sequences (e.g., individual genes for the concatenated alignments) will be provided upon request to [e-mail]本数据集包含用于估算Havird与Sloan发表于《Molecular Biology and Evolution》（MBE）的论文中图1和图2的同义替换速率（dS）、非同义替换速率（dN）以及选择压力比值（omega）的串联序列。这些序列涵盖线粒体编码的（mitochondria-encoded, mt-encoded）氧化磷酸化（Oxidative Phosphorylation, OXPHOS）亚基、细胞核编码的（nuclear-encoded, nuc-encoded）氧化磷酸化亚基与糖酵解基因，覆盖了我们研究所涉及的15个分类群。此外，本数据集还包含了用于估算图5中拟南芥（Arabidopsis）和豇豆属（Vigna）的选择压力比值（omega）的质体编码（plastid-encoded）与细胞核编码基因的单基因序列。其中部分基因仅提供了拟南芥信息资源库（The Arabidopsis Information Resource, TAIR）登录号，而非基因名称。如需获取其余序列（例如用于串联比对的单基因序列），可联系邮箱[e-mail]。