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The impact of RNA structure on picornavirus IRES activity.

机译:RNA结构对微小RNA病毒IRES活性的影响。

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摘要

Internal ribosome entry site (IRES) elements consist of cis-acting regions that recruit the translation machinery to an internal position in the mRNA. The biological relevance of RNA structure-mediated mechanisms involved in internal ribosome recruitment is now emerging from the structural and functional analysis of viral IRES elements. However, because IRES elements found in genetically distant mRNAs seem to be organized in different RNA structures, the definition of the structural requirements for IRES activity is challenging and demands multidisciplinary approaches. This review discusses the latest reports that establish a relationship between RNA structure and IRES function in picornavirus genomes, the first RNAs described to contain these specialized regulatory elements.
机译:内部核糖体进入位点(IRES)元件由顺式作用区域组成,该区域可将翻译机制募集到mRNA的内部位置。从病毒IRES元件的结构和功能分析中发现,参与内部核糖体募集的RNA结构介导的机制的生物学相关性。但是,由于在遗传遥远的mRNA中发现的IRES元素似乎是在不同的RNA结构中组织的,因此对IRES活性的结构要求的定义具有挑战性,并且需要多学科的方法。这篇评论讨论了建立小核糖核酸基因组中RNA结构与IRES功能之间关系的最新报道,这是描述包含这些特殊调控元件的首批RNA。

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