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Promoter or enhancer, what's the difference? Deconstruction of established distinctions and presentation of a unifying model

机译:促进剂或增强剂有什么区别?解构已建立的区别并提供统一模型

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摘要

Gene transcription is strictly controlled by the interplay of regulatory events at gene promoters and gene-distal regulatory elements called enhancers. Despite extensive studies of enhancers, we still have a very limited understanding of their mechanisms of action and their restricted spatio-temporal activities. A better understanding would ultimately lead to fundamental insights into the control of gene transcription and the action of regulatory genetic variants involved in disease. Here, I review and discuss pros and cons of state-of-the-art genomics methods to localize and infer the activity of enhancers. Among the different approaches, profiling of enhancer RNAs yields the highest specificity and may be superior in detecting in vivo activity. I discuss their apparent similarities to promoters, which challenge the established view of enhancers and promoters as distinct entities, and present a unifying model of regulatory elements in transcriptional regulation, in which activity, transcriptional output and regulatory function is context specific.
机译:基因转录受到基因启动子和称为增强子的基因远端调控元件之间相互作用的严格控制。尽管对增强子进行了广泛的研究,但我们对增强子的作用机理和时空活动受到限制的理解仍然非常有限。更好的理解最终将导致对基因转录控制和疾病中涉及的调节性遗传变异的作用的基本了解。在这里,我回顾并讨论了用于定位和推断增强子活性的最新基因组学方法的利弊。在不同的方法中,增强子RNA的分析产生最高的特异性,并且在检测体内活性方面可能更好。我讨论了它们与启动子的明显相似之处,它们挑战了增强子和启动子作为不同实体的既定观点,并提出了转录调控中调控元件的统一模型,其中活性,转录输出和调控功能是特定于上下文的。

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