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Atbf1 is required for the Piti gene early activation

机译:Piti基因早期激活需要Atbf1

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摘要

Enhancers have been functionally described for >35 years, but the molecular principles underlying the integration of regulatory inputs to alternate gene enhancers used during mammalian orga-nogenesis remain incompletely understood. Using a combination of in vivo enhancer mapping and proteomics approaches, we have established that two distant and distinct early enhancers, each requiring different transcription complexes, are required for full activation of the gene encoding the pituitary lineage determining factor, Pit1. A transcription factor belonging to the "giant, multi-ple-homeodomain and zinc finger family," Atbf 1, serves as a novel pituitary regulator for one of the two required enhancers as shown by genetic and in vitro analysis.
机译:增强子的功能描述已有超过35年的历史,但是尚不完全了解将调控输入整合到哺乳动物组织发生中使用的替代基因增强子的分子原理。通过结合体内增强子作图和蛋白质组学方法,我们已经确定了两个遥远且不同的早期增强子,每个激活子都需要不同的转录复合体,才能完全激活编码垂体谱系决定因子Pit1的基因。遗传和体外分析显示,属于“巨型,多同源域和锌指家族”的转录因子Atbf 1可作为两种所需增强子之一的新型垂体调节剂。

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