全球海洋基因组:海洋生命 "目录

Elisa Laiolo, Intikhab Alam, Mahmut Uludag, Tahira Jamil, S. Agustí, Takashi Gojobori, S. Acinas, J. Gasol, Carlos M Duarte
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引用次数: 0

摘要

生命在海洋中进化的时间远远长于在陆地上进化的时间,从而产生了高度多样化的海洋生物,特别是细菌和古细菌等微生物。海洋微生物发挥着至关重要的功能,影响着海洋的健康,并最终影响地球的气候。为了了解海洋生物的多样性和功能,科学家们使用了一种叫做元基因组学的强大技术,一次性研究海水样本中所有生物的 DNA。在我们的研究中,我们综合了从世界各大洋的不同地点和深度区域采集的多个海洋元基因组研究结果,得出了一个由 3.175 亿组相似基因组成的全球海洋基因组--其中大约一半可按生物类型和功能进行分类。这些史无前例的数据对我们了解不同的海洋栖息地有很大帮助,可以帮助科学家解答许多有关海洋生物及其功能的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Global Ocean Genome: A “Catalog” of Ocean Life
Life has been evolving in the oceans much longer than it has on land, resulting in highly diverse ocean organisms—particularly microbes like bacteria and archaea. Ocean microbes perform crucial functions that influence the health of the ocean and ultimately impact Earth’s climate. To understand the diversity and functions of marine organisms, scientists have used a powerful technique called metagenomics to study the DNA of all the organisms present in an ocean-water sample at once. In our research, we combined results from multiple ocean metagenomic studies, taken from various locations and depth zones across the world’s oceans, to produce a global ocean genome composed of 317.5 million groups of similar genes—approximately half of which could be categorized by type of organism and function. This unprecedented amount of data has much to teach us about varied ocean habitats and can help scientists answer many questions about ocean organisms and their functions.
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