Physiology of Oxygen RadicalsAubrey E. Taylor, Sadis Matalon, Peter A. Ward |
Contents
Chemistry and Cytotoxicity of Reactive Oxygen | 1 |
Assessment of Oxygen Radical Tissue Damage | 19 |
Antioxidant Enzymes as Mechanistic Probes of Oxygen | 39 |
Copyright | |
14 other sections not shown
Common terms and phrases
acid activity acute addition aging albumin alterations alveolar alveoli animals antibodies antioxidant appears arachidonic arterial associated biochemical biological blood brain capillary catalase cause changes concentration correlation damage decrease determined edema edited effects endothelial cells endothelium enzymes evidence experimental exposure fatty acids flow fluid formation free radicals function glutathione human hyperoxia ibuprofen important increased indicate induced infusion inhibition injection interstitial intestinal Invest involved ischemia ischemic levels lipid liver longevity lung injury lymph macrophages measured mechanisms mediated membrane metabolites MLSP neutrophils normal O₂ O2 radicals observed occurs oxidation oxygen radicals permeability peroxidation Physiol plasma possible pressure prevented processes production protective protein pulmonary rabbits reaction reduced release repair response role scavengers sheep showed shown significant species studies suggest superoxide superoxide dismutase surface surface tension Table TAYLOR tissue toxicity values vascular vascular permeability xanthine oxidase