{"title":"紫外诱变与大肠杆菌诱导DNA修复。","authors":"E M Witkin","doi":"10.1128/br.40.4.869-907.1976","DOIUrl":null,"url":null,"abstract":"INTRODUCTION .............................................................. 869 Enzymatic Repair of UV Damage in E. coli ......... .......................... 869 Error-Proof and Error-Prone Pathways of DNA Repair ....... ................. 871 The \"SOS\" Hypothesis: the Regulatory Role of DNA Damage ...... ............ 874 EVIDENCE FOR THE INDUCIBILITY OF ERROR-PRONE REPAIR (\"SOS REPAIR\") ACTIVITY ..................................................... 875 SOS Repair of Bacteriophage DNA ............ ............................... 875 SOS Repair of Bacterial DNA ................ ................................ 876 Evidence from studies of repair-deficient mutants ....... .................... 876 Evidence from studies of postreplication repair ........ ...................... 879 MANIFESTATIONS OF SOS REPAIR AND THEIR SIGNIFICANCE ..... ...... 879 Mutation Frequency Response to Increasing Fluence of UV Radiation ..... ..... 879 The UV Lesion Responsible for Induction of SOS Functions.................... 880 Kinetics of Induction and Decay of SOS Repair Activity ....... ................ 882 Time of Action of SOS Repair in UV Mutagenesis ...... ........................ 882 Cryptic Premutational Lesions Susceptible to SOS Repair ...................... 884 Mutator Effect of SOS Repair on Undamaged DNA ....... ..................... 885 PLASMIDS AND SOS REPAIR ................................................ 886 MECHANISM OF SOS REPAIR ............................................... 886 Mechanism of SOS Repair in Bacteriophage ......... .......................... 886 Mechanism of SOS Repair in Bacteria ........... ............................. 887 IMPLICATIONS OF SOS REPAIR FOR CARCINOGENESIS ................... 888 REGULATION OF SOS REPAIR AND OTHER UV-INDUCIBLE FUNCTIONS . 889 PROTEASES AND THE EXPRESSION OF SOS FUNCTIONS .................. 894 CONCLUSIONS ............................................................... 895 APPENDIX................................................................... 896 LITERATURE CITED ......................................................... 898","PeriodicalId":55406,"journal":{"name":"Bacteriological Reviews","volume":null,"pages":null},"PeriodicalIF":0.0000,"publicationDate":"1976-12-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://www.ncbi.nlm.nih.gov/pmc/articles/PMC413988/pdf/bactrev00054-0083.pdf","citationCount":"181","resultStr":"{\"title\":\"Ultraviolet mutagenesis and inducible DNA repair in Escherichia coli.\",\"authors\":\"E M Witkin\",\"doi\":\"10.1128/br.40.4.869-907.1976\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"INTRODUCTION .............................................................. 869 Enzymatic Repair of UV Damage in E. coli ......... .......................... 869 Error-Proof and Error-Prone Pathways of DNA Repair ....... ................. 871 The \\\"SOS\\\" Hypothesis: the Regulatory Role of DNA Damage ...... ............ 874 EVIDENCE FOR THE INDUCIBILITY OF ERROR-PRONE REPAIR (\\\"SOS REPAIR\\\") ACTIVITY ..................................................... 875 SOS Repair of Bacteriophage DNA ............ ............................... 875 SOS Repair of Bacterial DNA ................ ................................ 876 Evidence from studies of repair-deficient mutants ....... .................... 876 Evidence from studies of postreplication repair ........ ...................... 879 MANIFESTATIONS OF SOS REPAIR AND THEIR SIGNIFICANCE ..... ...... 879 Mutation Frequency Response to Increasing Fluence of UV Radiation ..... ..... 879 The UV Lesion Responsible for Induction of SOS Functions.................... 880 Kinetics of Induction and Decay of SOS Repair Activity ....... ................ 882 Time of Action of SOS Repair in UV Mutagenesis ...... ........................ 882 Cryptic Premutational Lesions Susceptible to SOS Repair ...................... 884 Mutator Effect of SOS Repair on Undamaged DNA ....... ..................... 885 PLASMIDS AND SOS REPAIR ................................................ 886 MECHANISM OF SOS REPAIR ............................................... 886 Mechanism of SOS Repair in Bacteriophage ......... .......................... 886 Mechanism of SOS Repair in Bacteria ........... ............................. 887 IMPLICATIONS OF SOS REPAIR FOR CARCINOGENESIS ................... 888 REGULATION OF SOS REPAIR AND OTHER UV-INDUCIBLE FUNCTIONS . 889 PROTEASES AND THE EXPRESSION OF SOS FUNCTIONS .................. 894 CONCLUSIONS ............................................................... 895 APPENDIX................................................................... 896 LITERATURE CITED ......................................................... 898\",\"PeriodicalId\":55406,\"journal\":{\"name\":\"Bacteriological 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Ultraviolet mutagenesis and inducible DNA repair in Escherichia coli.
INTRODUCTION .............................................................. 869 Enzymatic Repair of UV Damage in E. coli ......... .......................... 869 Error-Proof and Error-Prone Pathways of DNA Repair ....... ................. 871 The "SOS" Hypothesis: the Regulatory Role of DNA Damage ...... ............ 874 EVIDENCE FOR THE INDUCIBILITY OF ERROR-PRONE REPAIR ("SOS REPAIR") ACTIVITY ..................................................... 875 SOS Repair of Bacteriophage DNA ............ ............................... 875 SOS Repair of Bacterial DNA ................ ................................ 876 Evidence from studies of repair-deficient mutants ....... .................... 876 Evidence from studies of postreplication repair ........ ...................... 879 MANIFESTATIONS OF SOS REPAIR AND THEIR SIGNIFICANCE ..... ...... 879 Mutation Frequency Response to Increasing Fluence of UV Radiation ..... ..... 879 The UV Lesion Responsible for Induction of SOS Functions.................... 880 Kinetics of Induction and Decay of SOS Repair Activity ....... ................ 882 Time of Action of SOS Repair in UV Mutagenesis ...... ........................ 882 Cryptic Premutational Lesions Susceptible to SOS Repair ...................... 884 Mutator Effect of SOS Repair on Undamaged DNA ....... ..................... 885 PLASMIDS AND SOS REPAIR ................................................ 886 MECHANISM OF SOS REPAIR ............................................... 886 Mechanism of SOS Repair in Bacteriophage ......... .......................... 886 Mechanism of SOS Repair in Bacteria ........... ............................. 887 IMPLICATIONS OF SOS REPAIR FOR CARCINOGENESIS ................... 888 REGULATION OF SOS REPAIR AND OTHER UV-INDUCIBLE FUNCTIONS . 889 PROTEASES AND THE EXPRESSION OF SOS FUNCTIONS .................. 894 CONCLUSIONS ............................................................... 895 APPENDIX................................................................... 896 LITERATURE CITED ......................................................... 898
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