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The multicoloured world of promoter recognition complexes

机译:启动子识别复合体的五彩世界

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摘要

The expression pattern of regulated genes changes dynamically depending on the developmental stage and the differentiation state of the cell. Transcription factors regulate cellular events at the gene expression level by communicating signals to the general transcription machinery that forms a preinitiation complex (PIC) at class II core promoters. Recent data strongly suggest that PICs are composed of different sets of factors at distinct promoters, reflecting the spatiotemporal profile of gene expression in multicellular organisms. Thus, today it is important to ask the question: how universal are the promoter recognition factors? This review will focus on findings that support the new idea that core promoter recognition by distinct factors is an additional level of transcriptional regulation and that this step is developmentally regulated.
机译:调控基因的表达模式根据细胞的发育阶段和分化状态而动态变化。转录因子通过将信号传递给在II类核心启动子上形成预启动复合物(PIC)的通用转录机制来调控基因表达水平的细胞事件。最新数据强烈表明,PIC由不同启动子上的不同因子组组成,反映了多细胞生物中基因表达的时空分布。因此,今天重要的问题是:启动子识别因子有多普遍?这篇综述将集中在支持新思想的发现上,新思想认为核心启动子被不同因素识别是转录调控的一个附加水平,并且这一步骤受到了发育调控。

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