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The emerging role of RNA editing in plasticity

机译:RNA编辑在可塑性中的新兴作用

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摘要

All true metazoans modify their RNAs by converting specific adenosine residues to inosine. Because inosine binds to cytosine, it is a biological mimic for guanosine. This subtle change, termed RNA editing, can have diverse effects on various RNA-mediated cellular pathways, including RNA interference, innate immunity, retrotransposon defense and messenger RNA recoding. Because RNA editing can be regulated, it is an ideal tool for increasing genetic diversity, adaptation and environmental acclimation. This review will cover the following themes related to RNA editing: (1) how it is used to modify different cellular RNAs, (2) how frequently it is used by different organisms to recode mRNA, (3) how specific recoding events regulate protein function, (4) how it is used in adaptation and (5) emerging evidence that it can be used for acclimation. Organismal biologists with an interest in adaptation and acclimation, but with little knowledge of RNA editing, are the intended audience.
机译:所有真正的后生动物都通过将特定的腺苷残基转化为肌苷来修饰其RNA。因为肌苷与胞嘧啶结合,所以它是鸟苷的生物学模拟。这种微妙的变化称为RNA编辑,可对各种RNA介导的细胞途径产生多种影响,包括RNA干扰,先天免疫,逆转座子防御和信使RNA重新编码。由于可以编辑RNA,因此它是增加遗传多样性,适应性和环境适应性的理想工具。这篇综述将涵盖与RNA编辑有关的以下主题:(1)如何用于修饰不同的细胞RNA,(2)不同生物多久使用它来重新编码mRNA,(3)具体的编码事件如何调节蛋白质功能,(4)如何在适应中使用它,以及(5)可以用于适应的新兴证据。目标读者是对适应和适应感兴趣但对RNA编辑了解甚少的有机生物学家。

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