Insights into the Structures of DNA Damaged by Hydroxyl Radical: Crystal Structures of DNA Duplexes Containing 5-formyluracil

Overview

Journal J Nucleic Acids

Publisher Wiley

Date 2010 Oct 27

PMID 20976303

Citations 9

Authors

Masaru Tsunoda

Takeshi Sakaue

Satoko Naito

Tomoko Sunami

Naoko Abe

Yoshihito Ueno

Akira Matsuda

Akio Takenaka

Affiliations

Soon will be listed here.

Abstract

Hydroxyl radicals are potent mutagens that attack DNA to form various base and ribose derivatives. One of the major damaged thymine derivatives is 5-formyluracil (fU), which induces pyrimidine transition during replication. In order to establish the structural basis for such mutagenesis, the crystal structures of two kinds of DNA d(CGCGRATfUCGCG) with R = A/G have been determined by X-ray crystallography. The fU residues form a Watson-Crick-type pair with A and two types of pairs (wobble and reversed wobble) with G, the latter being a new type of base pair between ionized thymine base and guanine base. In silico structural modeling suggests that the DNA polymerase can accept the reversed wobble pair with G, as well as the Watson-Crick pair with A.

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