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DNA polymerases and human diseases

机译:DNA聚合酶与人类疾病

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摘要

DNA polymerases function in DNA replication, repair, recombination and translesion synthesis. Currently, 15 DNA polymerase genes have been identified in human cells, belonging to four distinct families. In this review, we briefly describe the biochemical activities and known cellular roles of each DNA polymerase. Our major focus is on the phenotypic consequences of mutation or ablation of individual DNA polymerase genes. We discuss phenotypes of current mouse models and altered polymerase functions and the relationship of DNA polymerase gene mutations to human cell phenotypes. Interestingly, over 120 single nucleotide polymorphisms (SNIs) have been identified in human populations that are predicted to result in nonsynonymous amino acid substitutions of DNA polymerases. We discuss the putative functional consequences of these SNIs in relation to human disease. (c) 2006 by Radiation Research Society.
机译:DNA聚合酶在DNA复制,修复,重组和跨病变合成中起作用。目前,已经在人类细胞中鉴定出15个DNA聚合酶基因,它们属于四个不同的家族。在这篇综述中,我们简要描述了每种DNA聚合酶的生化活性和已知的细胞作用。我们的主要重点是单个DNA聚合酶基因突变或消融的表型后果。我们讨论了当前小鼠模型的表型和改变的聚合酶功能,以及DNA聚合酶基因突变与人细胞表型的关系。有趣的是,已在人类中鉴定出120多种单核苷酸多态性(SNI),预计将导致DNA聚合酶的非同义氨基酸取代。我们讨论了与人类疾病有关的这些SNI的假定功能后果。 (c)辐射研究学会,2006年。

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