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Metagenomic marine nitrogen fixation--feast or famine?

机译:超基因组海洋固氮-盛宴还是饥荒?

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摘要

Natural populations of bacteria in different environments can be astonishingly diverse, as was revealed graphically by large-scale sequencing of samples of their so-called metagenomes. Among the sequence datasets from four different samples of marine bacterial metagenomes, we noted that nitrogen fixation (nif) genes were conspicuous by their absence from three of them. However, in one sample, more than one-third of the bacteria appeared to have a complement of these genes. Here, some reasons behind this site-to-site variability and their implications for how molecular methods, involving large-scale sequencing and/or functional metagenomics, can best be used to describe bacterial diversity in natural environments are discussed.
机译:不同环境中细菌的自然种群可以惊人地多样化,正如通过对所谓的基因组的样本进行大规模测序所揭示的那样。在来自四个不同的海洋细菌基因组样本的序列数据集中,我们注意到氮固定(nif)基因由于其中三个基因的缺失而引人注目。但是,在一个样本中,超过三分之一的细菌似乎具有这些基因的互补序列。在这里,讨论了这种点对点可变性背后的一些原因,以及它们对涉及大规模测序和/或功能宏基因组学的分子方法如何最好地描述自然环境中细菌多样性的影响。

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