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The Evolution of Biological Carbon and Nitrogen Cycling-a Genomic Perspective

机译:基因组学视角下生物碳氮循环的演变

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摘要

Carbon and nitrogen are essential to all living organisms, owing to their abundance and remarkable characteristics when participating in chemical bonds. Their essentiality dates back to the very origin of life, where current theories hypothesize either a prebiotic abundance of organic compounds rich in carbon and nitrogen, or an ability to assimilate them inorganically through abiotic reactions that might have been catalyzed on ancient mineral surfaces. This chapter details the core reactions essential to the assimilation of these elements in biologically useful forms-the so-called fixation of carbon and nitrogen-focusing on recent literature and insights from comparative genomics and phylogenetics.
机译:碳和氮对于所有生物都是必不可少的,这是由于碳和氮在参与化学键时具有丰富的特性。它们的必要性可以追溯到生命的起源,在当前的理论中,人们推测是益生元丰富的富含碳和氮的有机化合物,或者是能够通过可能在古代矿物表面上催化的非生物反应将其无机吸收的能力。本章详细介绍了以生物学上有用的形式同化这些元素所必需的核心反应-所谓的碳和氮固定-着眼于最新文献以及比较基因组学和系统发育学的见识。

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