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- Inhibition of paraquat phytotoxicity by a novel copper . . .
A chelate with superoxide dismutase activity, D-penicillamine copper complex, was hown toinhibit paraquat toxicity in flax cotyledons (Linum usitatissimum var Reina)
- Quantitative Estimation of D-Penicillamine in Pure and . . .
The Hg2+ catalyzed exchange rate of cyanide with pyrazine from [Ru(CN)6]4- will be reduced by the addition of the sulfur-containing drug, D-penicillamine (D-PCN) This inhibitory property of D-PCN can be employed for its micro-level kinetic determination
- Ratiometric fluorescence and colorimetric dual-mode sensing . . .
A novel strategy for selective determination of D-penicillamine based on molecularly imprinted polypyrrole electrode via the electrochemical oxidation with fer-rocyanide
- Acta Paediatrica Academiae Scienliarum Hungaricae, Vol. 21 (2 . . .
Prolonged hyperoxia caused an increase in superoxide dismutase activity while D-penicillamine was found to inhibit the inductive effect of oxygen It is assumed that the antioxidative effect of D-penicillamine makes it unnecessary to augment the production of superoxide dismutase
- Nature of Photooxidative Events in Leaves Treated with . . .
The free radical scavengers p- benzoquinone and hydroquinone and the D-penicillamine copper complex exerting superoxide dismutating activity effectively prevented photooxi- dation of chlorophyll in 10 lux-grown herbicide-treated leaf segments or even restored an accumulation of chlorophyll at 30,000 lux
- Cu,Zn-Superoxide Dismutase-dependent Apoptosis Induced by . . .
The results described in the present report suggest that native Cu,Zn-SOD actually represents a factor protecting neu-rons from NO-induced apoptosis, whereas the G93A SOD mu-tant, despite high dismutating activity, increased intracellular flux of ROS
- doi:10. 1016 j. cbi. 2009. 08. 014 - CORE
Here we have identified the factors responsible for the development of regional damage in the liver under in vivo conditions Enhanced production of reactive oxygen (ROS) with predominance of superoxide radical (O2•−) indicates the contribution of redox imbalance the process
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