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SUPEROXIDE DISMUTASE OF MAMMALIAN NERVOUS SYSTEM
30
Citations
22
References
1975
Year
Redox BiologySocial SciencesOxidative StressToxicologyNeurologySuperoxide DismutaseAnimal PhysiologyRedox SignalingMolecular NeuroscienceSuperoxide Dismutase ActivityNeuropharmacologyNeuroprotectionReactive Oxygen SpecieNervous SystemPharmacologyNeurophysiologyPhysiologyNutritional NeuroscienceNeuroscienceMetabolismMedicine
Abstract— Superoxide dismutase was assayed in portions of the nervous system (a) by inhibition of tetrazolium reduction by oxygen radicals, generated enzymically, and (b) by inhibition of tetrazolium reduction by oxygen radicals generated by oxidation of NADH in presence of phenazine methosulphate. Superoxide dismutase activity was found in beef brain, retina and adrenal medulla, as well as in brain, retina and lungs of adult and of newborn rats. Preliminary experiments with rats exposed to hyperbaric oxygen showed no alteration of enzyme activities in tissues of newborn and adult animals. The possible role of superoxide dismutase in the nervous system is discussed.
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