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Binding of the transcription factor Atf1 to promoters serves as a barrier to phase nucleosome arrays and avoid cryptic transcription

机译:转录因子Atf1与启动子的结合成为相核小体阵列的屏障,并避免了隐性转录

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摘要

Schizosaccharomyces pombe displays a large transcriptional response common to several stress conditions, regulated primarily by the transcription factor Atf1. Atf1-dependent promoters contain especially broad nucleosome depleted regions (NDRs) prior to stress imposition. We show here that basal binding of Atf1 to these promoters competes with histones to create wider NDRs at stress genes. Moreover, deletion of atf1 results in nucleosome disorganization specifically at stress coding regions and derepresses antisense transcription. Our data indicate that the transcription factor binding to promoters acts as an effective barrier to fix the +1 nucleosome and phase downstream nucleosome arrays to prevent cryptic transcription
机译:粟酒裂殖酵母显示出主要针对转录因子Atf1调控的几种应激条件下常见的大型转录反应。 Atf1依赖的启动子在施加压力之前特别包含较宽的核小体耗尽区(NDR)。我们在这里显示,Atf1与这些启动子的基础结合与组蛋白竞争,从而在应激基因上产生更宽的NDR。此外,atf1的缺失会导致核小体在应激编码区特别混乱,并抑制反义转录。我们的数据表明与启动子结合的转录因子可作为固定+1核小体和相下游核小体阵列的有效屏障,从而防止隐性转录

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