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[DNA中含有的尿嘧啶能够指导人类细胞中错配核苷酸的校正]

[Uracil, contained in DNA, can direct the correction of mispaired nucleotides in human cells].

作者信息

Golubovskaia V M, Aprelikova O N, Tomilin N V

出版信息

Mol Gen Mikrobiol Virusol. 1990 Dec(12):10-2.

PMID:2084540
Abstract

The mismatch correction has been studied in human cells and presented in this paper. In the study the experimental model with half-containing hetroduplex (-1 residue in the polylinker region of lac gene) M13 DNA has been used. M 13 DNA was isolated from human cells 24 hours after transfection and transformed into ung+ and ung- cells of Escherichia coli. The percentage of lac- colonies (formed due to frameshift mutation in the lac gene) was analyzed. The increased percent of lac- mutations after human transfection indicated that DNA-uracil can polarize mismatch correction in human cells.

摘要

错配修复已在人类细胞中进行了研究,并在本文中呈现。在该研究中,使用了含有半杂合双链体(lac基因多克隆位点区域有-1个残基)的M13 DNA实验模型。转染24小时后从人类细胞中分离出M13 DNA,并将其转化到大肠杆菌的ung+和ung-细胞中。分析了lac-菌落(由于lac基因移码突变形成)的百分比。人类转染后lac-突变百分比增加表明DNA尿嘧啶可使人类细胞中的错配修复极化。

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