DNA duplex / Radicals Kent S. Gates* University of Missouri / Alkylated Phosphates Are Chemically Stable / Chemistry Building / duplex DNA / In duplex DNA / / /
IndustryTerm
important reaction site / chemical repair reaction / chemical reactions / chemical reagents / base propenal end products / chemical repair / abasic site / biotechnology / nucleophilic site / repair systems / transition metal ions / cancer therapy / prevalent oxidative base damage products / base damage products / apurinic site / biological systems / endogenous cellular chemicals / dinuclear metal complexes / minor product / strand damage products / acidic buffer solutions / metal ions / chemical structure / chemical modification / lactone abasic site / aqueous solution / activation energy / free-energy change / /
Organization
National Institute of Health / University of Missouri / /
Person
Kent S. Gates / Ramsay Shaw / Wyman P. Base / Chin J. Structure / / /
Position
functional messenger / Author / editor / Walker / model / its experimental support and implications / General / Carpenter / /
Product
mitomycin / /
ProvinceOrState
Missouri / /
PublishedMedium
Molecular Biology / /
Technology
radiation / genetic code / antibodies / biotechnology / gene expression / treating cancer / spectroscopy / recombination / human genome / drug development / apoptosis / /
NIH Public Access Author Manuscript Chem Res Toxicol. Author manuscript; available in PMC 2010 November 1.