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Tiptoeing to chromosome tips: facts promises and perils of todays human telomere biology.

机译:脚尖向染色体提示:当今人类端粒生物学的事实前景和危险。

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摘要

The past decade has witnessed an explosion of knowledge concerning the structure and function of chromosome terminal structures-telomeres. Today's telomere research has advanced from a pure descriptive approach of DNA and protein components to an elementary understanding of telomere metabolism, and now to promising applications in medicine. These applications include 'passive' ones, among which the use of analysis of telomeres and telomerase (a cellular reverse transcriptase that synthesizes telomeres) for cancer diagnostics is the best known. The 'active' applications involve targeted downregulation or upregulation of telomere synthesis, either to mortalize immortal cancer cells, or to rejuvenate mortal somatic cells and tissues for cellular transplantations, respectively. This article reviews the basic data on structure and function of human telomeres and telomerase, as well as both passive and active applications of human telomere biology.
机译:过去十年见证了有关染色体末端结构端粒结构和功能的知识爆炸。如今,端粒研究已从对DNA和蛋白质成分的纯描述性方法发展到对端粒代谢的基本了解,现在已发展到在医学中的有希望的应用。这些应用包括“被动”应用,其中最著名的是使用分析端粒和端粒酶(合成端粒的细胞逆转录酶)进行癌症诊断。 “主动”应用涉及端粒合成的靶向下调或上调,以使永生的癌细胞死亡或使细胞细胞和组织再生以进行细胞移植。本文回顾了有关人类端粒和端粒酶的结构和功能的基本数据,以及人类端粒生物学的被动和主动应用。

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