Metabolic activity analyses demonstrate nontraditional mcr-containing archaea as key methane producers in geothermal springs

This dataset contains supplementary data for the analyses presented in: <br> Jiajia Wang, Yan-Ni Qu, Paul N. Evans, Qinghai Guo, Feng-Wu Zhou, Ming Nie, Qusheng Jin, Yan Zhang, Xiang-Mei Zhai, Ming Zhou, Zhiguo Yu, Qing-Long Fu, Yuan-Guo Xie, Brian P. Hedlund, Wen-Jun Li, Zheng-Shuang Hua (#), Zimeng Wang (#) and Yanxin Wang. Metabolic activity analyses demonstrate nontraditional mcr-containing archaea as key methane producers in geothermal springs (under review). <br> <strong>Dataset contents</strong>: <br> <strong>mcrABG.treefile</strong>: The phylogenetic tree of concatenated mcrABG genes in newick format. <strong>mtaABC.treefile</strong>: The phylogenetic tree of concatenated mtaABC genes in newick format.本数据集包含下述论文分析的补充数据：<br> 王佳佳, 屈艳妮, Paul N. Evans, 郭青海, 周凤武, 聂明, 金秋生, 张燕, 翟向梅, 周明, 于志国, 傅庆龙, 谢元国, Brian P. Hedlund, 李文均, 华正双（#）, 王梓萌（#）, 王燕新. 代谢活性分析揭示含非传统甲基辅酶M还原酶（mcr）基因的古菌为地热泉中的关键产甲烷菌（投稿待审）。<br> <strong>数据集内容</strong>：<br> <strong>mcrABG.treefile</strong>：串联mcrABG基因的系统发育树，格式为Newick。<strong>mtaABC.treefile</strong>：串联mtaABC基因的系统发育树，格式为Newick。