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Small non-coding RNAs as regulators of structural evolution and carcinogenesis

机译:小型非编码RNA作为结构进化和致癌作用的调节剂

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摘要

Small non-coding RNAs (sncRNAs) are part of non-coding oligonucleotide regulators with wide physiologic and morphologic functions. They control genetic programing of cells, and may modulate processes of differentiation and death. Biogenesis of sncRNAs is now known, and some sncRNAs have been proposed as markers of malignization. Epigenetic therapy is based on the use of newly discovered genetic modifiers, such as sncRNAs, micro-RNAs, and theirs mimics. However, role of sncRNAs in structural evolution and mechanisms of adaptation is not clearly understood. Certainly, non-coding RNAs participate in processes of cellular and organismal adaptation as well as cellular and tissue structural transformation as response to changing of environmental neighbouring. Investigations into these functions of sncRNAs may be the basis of future epigenetic environmental medicine.
机译:小型非编码RNA(sncRNA)是具有广泛生理和形态功能的非编码寡核苷酸调节剂的一部分。它们控制细胞的遗传程序,并可能调节分化和死亡过程。 sncRNA的生物发生现在是已知的,并且一些sncRNA已被提议作为恶性标记。表观遗传疗法是基于对新发现的基因修饰物的使用,例如sncRNA,microRNA及其模拟物。但是,尚不清楚sncRNA在结构进化和适应机制中的作用。当然,非编码RNA参与细胞和生物体适应过程以及细胞和组织结构转化过程,以响应周围环境的变化。对sncRNA的这些功能的研究可能是未来表观遗传环境医学的基础。

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