Mass Spectrometry And Oxidative Stress
$0Z01FY2003ESNIH
Environmental Health Sciences
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Paper 15749393Paper 14699100Paper 12684086Paper 12361809Paper 12126758Paper 12050149Paper 11931655Paper 11748217Paper 10757991
Abstract
The role of free radicals in the pathogenesis of human disease has led to an increased interest in the study of free radicals and their reactions. Reactive oxygen metabolites can interact with cellular constituents, including DNA/RNA, proteins, and unsaturated lipids. Previous studies have suggested that hemoproteins may be involved in redox reactions which contribute to tissue and/or organ damage via reaction with hydrogen peroxide. In a recent report, nitrotyrosine levels have been associated with the presence of coronary artery disease. Thus, the determination and characterization of the heme-protein intermediates is important in understanding the mechanisms of these reactions.
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