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Chromosomal contact permits transcription between coregulated genes

机译:染色体接触允许核心基因之间的转录

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Transcription of coregulated genes occurs in the context of long-range chromosomal contacts that form multigene complexes. Such contacts and transcription are lost in knockout studies of transcription factors and structural chromatin proteins. To ask whether chromosomal contacts are required for cotranscription in multigene complexes, we devised a strategy using TALENs to cleave and disrupt gene loops in a well-characterized multigene complex. Monitoring this disruption using RNA FISH and immunofluorescence microscopy revealed that perturbing the site of contact had a direct effect on transcription of other interacting genes. Unexpectedly, this effect on cotranscription was hierarchical, with dominant and subordinate members of the multigene complex engaged in both intra- and interchromosomal contact. This observation reveals the profound influence of these chromosomal contacts on the transcription of coregulated genes in a multigene complex.
机译:共调节基因的转录发生在形成多基因复合体的远程染色体接触的背景下。这样的接触和转录在转录因子和结构染色质蛋白的敲除研究中丢失。为了询问在多基因复合物中共转录是否需要染色体接触,我们设计了一种使用TALENs裂解并破坏特征明确的多基因复合物中基因环的策略。使用RNA FISH和免疫荧光显微镜监测这种破坏,发现干扰接触位点对其他相互作用基因的转录有直接影响。出乎意料的是,这种对共转录的影响是分级的,多基因复合体的主要成员和次要成员参与染色体内和染色体间接触。该观察揭示了这些染色体接触对多基因复合物中核心调控基因的转录的深远影响。

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