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首页> 外文期刊>The Biochemical Journal >THE INSULIN ENHANCER BINDING SITE 2 (IEB2 FAR) BOX OF THE INSULIN GENE REGULATORY REGION BINDS AT LEAST THREE FACTORS THAT CAN BE DISTINGUISHED BY THEIR DNA BINDING CHARACTERISTICS
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THE INSULIN ENHANCER BINDING SITE 2 (IEB2 FAR) BOX OF THE INSULIN GENE REGULATORY REGION BINDS AT LEAST THREE FACTORS THAT CAN BE DISTINGUISHED BY THEIR DNA BINDING CHARACTERISTICS

机译:胰岛素基因调控区的胰岛素增强结合位点2(IEB2 FAR)盒至少可以通过其DNA结合特征来区分的三个因素

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摘要

Located at approximately 230 bp upstream from the transcription start site, the insulin enhancer binding site 2 (IEB2) or FAR region of the insulin gene is one of several important sequences involved in regulating transcription of the gene. The present study was undertaken to characterize the transcription factors binding at the IEB2/FAR region of the rat insulin II gene and to compare these with factors known to bind to the equivalent sequence in the rat I and human insulin genes. An endocrine-enriched factor, EFD3, was identified, which bound to the sequence CAGGAG. A second factor (D4) was identified as the widely expressed factor USF (upstream stimulating factor), while a third factor (D5) remained largely uncharacterized. The binding affinities of these three factors differed in the three genes, suggesting that the role of the IEB2/FAR sequence may vary subtly between the rat insulin II, rat insulin I and human insulin genes. [References: 29]
机译:胰岛素基因的胰岛素增强子结合位点2(IEB2)或FAR区位于转录起始位点上游约230 bp处,是参与调节基因转录的几个重要序列之一。进行本研究以表征在大鼠胰岛素II基因的IEB2 / FAR区结合的转录因子,并将其与已知与大鼠I和人胰岛素基因中的等效序列结合的因子进行比较。鉴定出与序列CAGGAG结合的富含内分泌因子EFD3。第二个因素(D4)被确定为广泛表达的因素USF(上游刺激因素),而第三个因素(D5)在很大程度上仍未表征。这三个因子的结合亲和力在这三个基因中有所不同,表明IEB2 / FAR序列的作用可能在大鼠胰岛素II,大鼠胰岛素I和人胰岛素基因之间发生细微变化。 [参考:29]

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