Molecular Mechanisms for Repair of DNA: Part BPhilip Hanawalt, Richard Burton Setlow |
Contents
Overview | 421 |
of Part | 423 |
Thermal Enhancement of Ultraviolet Mutability in a dnaB uvrA | 424 |
Copyright | |
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4NQO Acad Acta adenovirus alkaline sucrose gradient araC assayed Bacteriol Biochem biological Biophys breakage buffer caffeine Cancer carcinogens chromosome Cleaver cross-link cultures daltons damage deficient dimer excision DNA polymerase DNA repair DNA replication DNA strand DNA synthesis doses double-strand breaks endonuclease enzyme ergs/mm² Escherichia coli excision-repair fibroblasts fraction genes Genet genome growth medium Hanawalt Howard-Flanders human cells incubation induced inhibition ionizing radiation J/m² krad labeled Lehmann lesions lethal Lett mammalian cells mechanism molecular weight mouse mutants Neurospora normal nuclear observed oxygen Parry pathways photoreactivation postirradiation postreplication repair Proc psoralen pypy pyrimidine dimers radioactivity radiosensitivity recombination Regan rejoining repair processes repair replication repair synthesis repair system Rupp Setlow single-strand breaks strains strand breaks studies sucrose gradient survival thymidine thymine thymine dimers tion transformation unirradiated cells UV irradiation UV sensitivity UV-induced virus vitro wild-type X-ray xeroderma xeroderma pigmentosum yeast