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Characteristic differences between the promoters of intron-containing and intronless ribosomal protein genes in yeast

机译:酵母中含内含子和无内含子的核糖体蛋白基因启动子之间的特征差异

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摘要

BackgroundMore than two thirds of the highly expressed ribosomal protein (RP) genes in Saccharomyces cerevisiae contain introns, which is in sharp contrast to the genome-wide five percent intron-containing genes. It is well established that introns carry regulatory sequences and that the transcription of RP genes is extensively and coordinately regulated. Here we test the hypotheses that introns are innately associated with heavily transcribed genes and that introns of RP genes contribute regulatory TF binding sequences. Moreover, we investigate whether promoter features are significantly different between intron-containing and intronless RP genes.
机译:背景酿酒酵母中高表达的核糖体蛋白(RP)基因的三分之二以上含有内含子,这与全基因组5%含内含子的基因形成鲜明对比。众所周知,内含子携带调控序列,并且RP基因的转录受到广泛和协调的调控。在这里,我们测试了以下假设:内含子与大量转录的基因固有地相关,而RP基因的内含子贡献了调节性TF结合序列。而且,我们调查了含内含子和无内含子的RP基因之间启动子功能是否显着不同。

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