Exposure of amino acids, peptides and proteins to radicals in the presence of O2 generates hydroperoxides in a dose-dependent manner. These hydroperoxides are stable in the absence of exogenous catalysts (e.g. heat, light, redox-active transition metal ions), but decompose rapidly in the presence of these agents to give a variety of radicals including alkoxyl (RO•), peroxyl (ROO•) and carbon-centred (R•) species. These radicals are shown to react with DNA to give DNA-protein cross-links and single strand breaks
Oxidative DNA–protein cross-links have received less attention than other types of DNA damage and re...
ABSTRACT: Although DNA binding proteins shield the genetic material from diffusible reactive oxygen ...
The advent of O2 in the atmosphere was among the first major pollution events occurred on earth The ...
Exposure of individual histone proteins (H1, H2A, H2B, H3, or H4) and histone octamers (consisting o...
SummaryCellular oxidative stress promotes chemical reactions causing damage to DNA, proteins, and me...
The principal aim of the current study was to identify the initial cell targets of hydroxyl free rad...
Reactive oxygen species collectively refer to superoxide radical (·O2-), hydroxyl radical (·OH), and...
The results presented in this study point out the existence of similarities as well as differences i...
AbstractWhen cells are exposed to oxidative stress, DNA damage frequently occurs. The molecular mech...
ABSTRACT: Nucleobase radicals are a major family of reactive species produced in DNA as a result of ...
The hydroxyl (OH•) radical plays an important role in the degradation of living tissues induced by i...
It is well established that the peroxyl radicals formed during the thermal decomposition of 2,2'-azo...
Incubation of free 3,4-dihydroxyphenylalanine (DOPA), protein-bound DOPA (PB-DOPA) and related catec...
Primary free radicals generated under oxidative stress in cells and tissues produce a cascade of rea...
Ionizing radiation damages DNA indirectly via the formation of •OH, which reacts with DNA to form nu...
Oxidative DNA–protein cross-links have received less attention than other types of DNA damage and re...
ABSTRACT: Although DNA binding proteins shield the genetic material from diffusible reactive oxygen ...
The advent of O2 in the atmosphere was among the first major pollution events occurred on earth The ...
Exposure of individual histone proteins (H1, H2A, H2B, H3, or H4) and histone octamers (consisting o...
SummaryCellular oxidative stress promotes chemical reactions causing damage to DNA, proteins, and me...
The principal aim of the current study was to identify the initial cell targets of hydroxyl free rad...
Reactive oxygen species collectively refer to superoxide radical (·O2-), hydroxyl radical (·OH), and...
The results presented in this study point out the existence of similarities as well as differences i...
AbstractWhen cells are exposed to oxidative stress, DNA damage frequently occurs. The molecular mech...
ABSTRACT: Nucleobase radicals are a major family of reactive species produced in DNA as a result of ...
The hydroxyl (OH•) radical plays an important role in the degradation of living tissues induced by i...
It is well established that the peroxyl radicals formed during the thermal decomposition of 2,2'-azo...
Incubation of free 3,4-dihydroxyphenylalanine (DOPA), protein-bound DOPA (PB-DOPA) and related catec...
Primary free radicals generated under oxidative stress in cells and tissues produce a cascade of rea...
Ionizing radiation damages DNA indirectly via the formation of •OH, which reacts with DNA to form nu...
Oxidative DNA–protein cross-links have received less attention than other types of DNA damage and re...
ABSTRACT: Although DNA binding proteins shield the genetic material from diffusible reactive oxygen ...
The advent of O2 in the atmosphere was among the first major pollution events occurred on earth The ...