AbstractNitric oxide reacts with superoxide to produce peroxynitrite, which may be an important mediator of oxidant-induced cellular injury. Here we report that peroxynitrite is able to oxidize a protein, bovine serum albumin (BSA), to the corresponding protein-thiyl free radical as demonstrated by electron paramagnetic resonance (EPR)-spin-trapping experiments with both α-phenyl-N-tert-butyl nitrone (PBN) and 5,5-dimethyl-1 -pyrroline- N-oxide (DMPO). BSA radical adduct yields increased with pH indicating peroxynitrite anion as its main forming agent. Reaction with peroxynitrite may be another aspect of the antioxidant action of albumin in extracellular fluids
The reaction product of nitric oxide and superoxide, peroxynitrite, is a potent biological oxidant. ...
AbstractPeroxynitrite formed in vivo from superoxide and nitric oxide can mediate oxidation, nitrati...
Cellular damage occurring under oxidative conditions has been ascribed mainly to the formation of pe...
AbstractNitric oxide reacts with superoxide to produce peroxynitrite, which may be an important medi...
AbstractProteins are targets of reactive species and detection of oxidatively modified proteins is o...
As demonstrated in recent years, one of the major factors of oxidative stress, generated in the circ...
In spite of the many studies on protein modifications by reactive species, knowledge about the produ...
436-447Nitric oxide (NO.) reacts with superoxide (O2-.) forming peroxynitrite (PXN) (ONOO-), a stro...
AbstractHere we investigated the role of endogenous nitric oxide (NO) and peroxynitrite in the proce...
Increasing evidence suggests that oxidative damage to pro-teins and other macromolecules is a salien...
The proteasomes are the major intracellular proteolytic systems involved in the removal of altered p...
AbstractMethionine sulfoxide is a post-translational protein modification that has been receiving in...
Oxidative damage to proteins can occur under physiological conditions through the action of reactive...
The reaction product of nitric oxide and superoxide, peroxynitrite, is a potent biological oxidant. ...
Oxyradicals play a tole in several diseases. While for several decades the hydroxyl radical - produc...
The reaction product of nitric oxide and superoxide, peroxynitrite, is a potent biological oxidant. ...
AbstractPeroxynitrite formed in vivo from superoxide and nitric oxide can mediate oxidation, nitrati...
Cellular damage occurring under oxidative conditions has been ascribed mainly to the formation of pe...
AbstractNitric oxide reacts with superoxide to produce peroxynitrite, which may be an important medi...
AbstractProteins are targets of reactive species and detection of oxidatively modified proteins is o...
As demonstrated in recent years, one of the major factors of oxidative stress, generated in the circ...
In spite of the many studies on protein modifications by reactive species, knowledge about the produ...
436-447Nitric oxide (NO.) reacts with superoxide (O2-.) forming peroxynitrite (PXN) (ONOO-), a stro...
AbstractHere we investigated the role of endogenous nitric oxide (NO) and peroxynitrite in the proce...
Increasing evidence suggests that oxidative damage to pro-teins and other macromolecules is a salien...
The proteasomes are the major intracellular proteolytic systems involved in the removal of altered p...
AbstractMethionine sulfoxide is a post-translational protein modification that has been receiving in...
Oxidative damage to proteins can occur under physiological conditions through the action of reactive...
The reaction product of nitric oxide and superoxide, peroxynitrite, is a potent biological oxidant. ...
Oxyradicals play a tole in several diseases. While for several decades the hydroxyl radical - produc...
The reaction product of nitric oxide and superoxide, peroxynitrite, is a potent biological oxidant. ...
AbstractPeroxynitrite formed in vivo from superoxide and nitric oxide can mediate oxidation, nitrati...
Cellular damage occurring under oxidative conditions has been ascribed mainly to the formation of pe...