Courcelle Charmain T, Courcelle Justin
Department of Biology, Portland State University, Oregon, USA.
Methods Enzymol. 2006;409:425-41. doi: 10.1016/S0076-6879(05)09025-7.
The question of how the replication machinery accurately copies the genomic template in the presence of DNA damage has been intensely studied for more than forty years. A large number of genes has been characterized that, when mutated, are known to impair the ability of the cell to replicate in the presence of DNA damage. This chapter describes three techniques that can be used to monitor the progression, degradation, and structural properties of replication forks following UV-induced DNA damage in Escherichia coli.
四十多年来,人们一直在深入研究复制机制如何在存在DNA损伤的情况下准确复制基因组模板这一问题。大量基因已被鉴定,这些基因发生突变时,已知会损害细胞在存在DNA损伤的情况下进行复制的能力。本章介绍了三种技术,可用于监测紫外线诱导大肠杆菌DNA损伤后复制叉的进展、降解和结构特性。