Herrlich P, Mallick U, Ponta H, Rahmsdorf H J
Hum Genet. 1984;67(4):360-8. doi: 10.1007/BF00291392.
Prior to the isolation of mammalian DNA repair genes and identification of their gene products, the comparison between the bacterial SOS response and various similar reactions in mammalian cells remains rather speculative. The increasing number of observed phenomena including enhanced DNA repair, virus induction, induced cellular differentiation, and neoplastic transformation, all following DNA damage or arrest of replication, are, however, suggestive of an SOS-like system of growth control and may form an entry into this fascinating area.
在分离出哺乳动物DNA修复基因并鉴定出其基因产物之前,细菌的SOS反应与哺乳动物细胞中各种类似反应之间的比较仍颇具推测性。然而,越来越多观察到的现象,包括DNA损伤或复制停滞之后出现的DNA修复增强、病毒诱导、诱导细胞分化和肿瘤转化,都提示存在一种类似SOS的生长控制系统,这可能为进入这个迷人的领域提供切入点。