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您的检索式：作者名="William F.MARTIN"
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| 1 | 古菌、生命树和真核细胞的功能演化显示文摘当前对早期生命演化过程的研究仍存在许多尚未解决的问题,其中以真核生物'基因组起源'和'细胞功能演化'最为重要,回答该问题的关键在于确定真核生物在生命树中的位置以及20亿年前获得线粒体的宿主与现代古菌之间的关系.最新研究认为真核生物是从属于古菌的一支,而新古菌的不断发现将进一步推动'真核细胞功能演化'的研究.文章先对有关'古菌'、'生命树'和'真核细胞功能演化'的研究进展及挑战进行梳理,之后单独总结了当前中国的古菌研究现状,最后从'宏基因组'、'生物信息学方法'和'古菌的分离培养'三方面对通过构建古菌系统发育推动生命演化研究提出展望. | 肖静 范陆 吴顶峰 徐雁冰 赖登训 William F.MARTIN 朱瑞新 张传伦 | 2019 | 中国科学:地球科学2019，49，7： | 2 |
| 2 | Archaea, the tree of life, and cellular evolution in eukaryotes显示文摘The early history of life harbours many unresolved evolutionary questions, none more important than the genomic origin and cellular evolution of eukaryotes. An issue central to eukaryote origin concerns the position of eukaryotes in the tree of life and the relationship of the host lineage that acquired the mitochondrion some two billion years ago to lineages of modern-day archaea. Recent analyses indicate that the host lineage branches within the Archaea, prompting the search for novel archaeal lineages that can improve our understanding of the cellular evolution of eukaryotes. Here we give a brief review of the studies on Archaea, the tree of life and the cellular evolution of eukaryotes, which is followed by an overview of recent progress fueled by new genomic technologies and recent status of archaeal research in China. Future directions for the study of early evolution are considered. | Jing XIAO Lu FAN Dingfeng WU Yanbing XU Dengxun LAI William F.MARTIN Ruixin ZHU Chuanlun ZHANG | 2019 | Science China Earth Sciences2019，62，3： | 0 |
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