首页> 外文期刊>Gene: An International Journal Focusing on Gene Cloning and Gene Structure and Function >An evolutionarily conserved non-coding element in casein locus acts as transcriptional repressor.
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An evolutionarily conserved non-coding element in casein locus acts as transcriptional repressor.

机译:酪蛋白基因座中的一种进化保守的非编码元素充当转录压缩机。

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摘要

In mammals, the casein locus consists of stretches of non-coding DNA, the functions of most of which are unknown. These regions are believed to harbour elements responsible for spatio-temporally regulated expression of genes in this locus and so far, only a few such elements have been identified. In this study, we report a novel regulatory element in the casein locus. Comparative analysis of genomic DNA sequences of casein loci from different mammals identified a 147bp long evolutionarily conserved region (ECR) upstream of Odam, a gene in this locus. The ECR was found in close proximity of Odam gene in all the mammals examined. In-silico analysis predicted the ECR as a potential regulatory element. Functional analysis in different cell lines identified it as a unidirectional repressor element. From our findings we speculate that the ECR may be involved in the repression of the Odam expression in the mammary gland during lactation.
机译:在哺乳动物中,酪蛋白基因座由延伸的非编码DNA组成,其中大部分的功能是未知的。 据信这些区域涉及负责在该基因座中的时空调节基因表达的要素,并且到目前为止已经鉴定了几种这样的元素。 在这项研究中,我们在酪蛋白位置报告了一种新型调节元素。 不同哺乳动物酪蛋白基因座的基因组DNA序列的比较分析鉴定了ODAM的147bp长进化保守区域(ECR),该基因在该基因座中。 在检查的所有哺乳动物中,ECR在邻近ODAM基因附近发现。 硅基分析预测ECR作为潜在的调节元件。 不同细胞系中的功能分析将其识别为单向阻遏物元件。 从我们的研究结果来看,我们推测ECR可能参与哺乳期间乳腺中ODAM表达的抑制。

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