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首页> 外文期刊>FEBS Letters >Human release factor eRF1: structural organisation of the unique functional gene on chromosome 5 and of the three processed pseudogenes
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Human release factor eRF1: structural organisation of the unique functional gene on chromosome 5 and of the three processed pseudogenes

机译:人类释放因子eRF1:5号染色体上独特功能基因和三个经过处理的假基因的结构组织

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>In lower and higher eukaryotes, a family of tightly related proteins designated eRF1 (for eukaryotic release factor 1) catalyses termination of protein synthesis at all three stop codons. The human genome contains four eRF1 homologous sequences localised on chromosomes 5, 6, 7 and X. We report here the cloning and the structural analysis of the human eRF1 gene family. It appears that the gene located on chromosome 5 alone is potentially functional, whereas the other three sequences resemble processed pseudogenes. This is the first description of the structural organisation of the human eRF1 gene, which has been remarkably conserved during evolution and which is essential in the translation termination process.
机译:>在较低和较高的真核生物中,一个紧密相关的蛋白质家族被称为eRF1(用于真核生物释放因子1)催化所有三个终止密码子的蛋白质合成终止。人类基因组包含位于染色体5、6、7和X上的四个eRF1同源序列。我们在此报告人类eRF1基因家族的克隆和结构分析。看来单独位于5号染色体上的基因可能具有功能,而其他三个序列类似于经过加工的假基因。这是人类eRF1基因结构组织的首次描述,该基因在进化过程中得到了显着保守,并且在翻译终止过程中至关重要。

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