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A structural perspective on Mediator function

机译:调解员功能的结构性观点

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Gene transcription by RNA polymerase II requires the multiprotein coactivator complex Mediator. Mediator was identified two decades ago, but its molecular mechanisms remain poorly understood, because structural studies are hampered by its large size, modularity, and flexibility. Here we collect all available structural data on Mediator and discuss their functional implications. Progress was made in understanding the interactions of Mediator with gene-specific transcriptional regulators and the general transcription machinery. However, around 80% of the Mediator structure remains unknown and details on the Mediator-Pol II interlace are lacking. In the future, an integrated structural biology approach may unravel the functional architecture of Mediator-regulated promoter assemblies and holds the promise of understanding a key mechanism of gene regulation.
机译:RNA聚合酶II的基因转录需要多蛋白共激活复合物介体。介体在20年前被发现,但其分子机理仍然知之甚少,因为结构研究受其大尺寸,模块化和灵活性的阻碍。在这里,我们收集了Mediator上所有可用的结构数据,并讨论了它们的功能含义。在理解介体与基因特异性转录调节因子和通用转录机制的相互作用方面取得了进展。但是,大约80%的介体结构仍然是未知的,并且缺乏有关介体-Pol II交错的细节。将来,整合的结构生物学方法可能会揭示介体调控的启动子装配的功能架构,并有望了解基因调控的关键机制。

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