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Singlet molecular oxygen reactivity

The protective effects of carotenoids against chronic diseases appear to be correlated to their antioxidant capacities. Indeed, oxidative stress and reactive oxygen species (ROS) formation are at the basis of oxidative processes occurring in cardiovascular incidents, cancers, and ocular diseases. Carotenoids are then able to scavenge free radicals such as singlet molecular oxygen ( O2) and peroxyl radicals particularly, and protect cellular systems from oxidation. [Pg.135]

Singlet Molecular Oxygen, Bimolecular Reactivity of (Gorman). 17 217... [Pg.181]

Also, reactive oxygen species such as hydroxyl radicals ( OH), organoperoxyl radicals (R02 ), hydroperoxyl-superoxide radicals, and singlet molecular oxygen ( 02) can oxidize halocarbons. Dehalogenation often is not a major pathway in indirect photooxidations, however. [Pg.258]

See other pages where Singlet molecular oxygen reactivity is mentioned: [Pg.481] [Pg.340] [Pg.407] [Pg.237] [Pg.263] [Pg.148] [Pg.1] [Pg.12] [Pg.8] [Pg.340] [Pg.70] [Pg.111] [Pg.203] [Pg.61] [Pg.62] [Pg.120] [Pg.145] [Pg.147] [Pg.166] [Pg.108] [Pg.432] [Pg.81] [Pg.214] [Pg.377] [Pg.45] [Pg.64] [Pg.217] [Pg.219] [Pg.221] [Pg.223] [Pg.225] [Pg.227] [Pg.229] [Pg.231] [Pg.233] [Pg.235] [Pg.237] [Pg.239] [Pg.241] [Pg.243]

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Molecular reactivity

Oxygenation singlet oxygen

Reactive Molecular

Reactive oxygen

Reactive oxygen reactivity

Singlet Molecular Oxygen, Bimolecular Reactivity of (Gorman)

Singlet molecular oxygen

Singlet molecular oxygen Reactive species)

Singlet oxygen

Singlet oxygenation