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DNA修复:途径与缺陷

Dna repair: pathways and defects.

作者信息

Bartram C R

出版信息

Eur J Pediatr. 1980 Dec;135(2):121-8. doi: 10.1007/BF00441631.

Abstract

Damaged DNA can be repaired by three different mechanisms: photoreactivation, excision repair and postreplication repair. Each mechanism is regulated by a highly specific set of enzymes. Defects within these systems result in diseases which have one common feature: affected individuals are cancer prone. Recently, newly developed methods not only make it possible to diagnose affected patients but also to detect individuals at risk. Furthermore, the results obtained elucidate some mechanisms of carcinogenesis. Clinical applications are discussed.

摘要

受损的DNA可通过三种不同机制进行修复:光复活修复、切除修复和复制后修复。每种机制都由一组高度特异的酶来调控。这些系统中的缺陷会导致一些具有共同特征的疾病:患病个体易于患癌。最近,新开发的方法不仅能够诊断患病患者,还能检测出有患病风险的个体。此外,所获得的结果阐明了一些致癌机制。本文还讨论了临床应用。

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