爪蟾TFIIS (TCEA1)的基因组克隆及其转录起始位点的鉴定

F. Kugawa, Masatada Aoki
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引用次数: 2

摘要

我们从非洲爪蟾中克隆了转录因子TFIIS (SII)的cDNA,发现其在爪蟾发育过程中的表达不是恒定的。为了研究其调控机制,我们克隆了非洲爪蟾TFIIS的基因组DNA,重点克隆了5'-启动子区域。在这里,我们展示了非洲爪蟾TFIIS基因组序列(m 1730至+214)和转录起始位点(cap位点)。我们将主要帽位的位置定义为位于ATG (Met)密码子腺嘌呤上游142 u bp的腺嘌呤。另一个假定的起始位点区域,其中13个转录起始位点聚集在12 u bp内,被定位在主帽位点下游约100 u bp处。尽管计算机搜索在两个爪鼠TFIIS转录起始位点附近发现了假定的反式元件结合位点,但我们无法在主要帽位上游找到典型的“TATA”或“CAATT”盒子,这可能是由于TFIIS作为“管家基因”的特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Genomic Cloning of Xenopus TFIIS (TCEA1) and Identification of Its Transcription Start Site
We previously cloned the cDNA of the transcription factor TFIIS (SII) from Xenopus laevis and showed that its expression was not constant during Xenopus development. To investigate its regulation, we cloned the genomic DNA of Xenopus TFIIS, focusing on the 5'-promoter region. Here, we present the Xenopus TFIIS genomic sequence ( m 1730 to +214) and transcription start site (cap site). We define the position of the primary cap site as the adenine located 142 u bp upstream from the adenine of the ATG (Met) codon. Another putative start-site region, where 13 transcriptional start sites are clustered within 12 u bp, was mapped about 100 u bp downstream of the primary cap site. Although a computer search found putative trans -element binding sites proximal to two Xenopus TFIIS transcription start sites, we could not identify typical "TATA" or "CAATT" boxes upstream of the primary cap site, probably owing to TFIIS's character as a "house keeping gene".
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