The relationship between higher-order chromatin structure and transcription.

Nick Gilbert, Wendy A Bickmore
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引用次数: 13

Abstract

It has generally been assumed that transcriptionally active genes are in an 'open' chromatin structure and that silent genes have a 'closed' chromatin structure. Here we re-assess this axiom in the light of genome-wide studies of chromatin fibre structure. Using a combination of sucrose gradient sedimentation and genomic microarrays of the human genome, we argue that open chromatin fibres originate from regions of high gene density, whether or not those genes are transcriptionally active.

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高阶染色质结构与转录的关系。
一般认为,转录活性基因处于“开放”的染色质结构中,而沉默基因具有“封闭”的染色质结构。在这里,我们在染色质纤维结构的全基因组研究的光重新评估这一公理。结合蔗糖梯度沉降和人类基因组的基因组微阵列,我们认为开放的染色质纤维起源于高基因密度的区域,无论这些基因是否转录活跃。
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