Can nucleotides prevent Cu-induced oxidative damage?

Keyphrases

• Hydrogen Peroxide 100%
• Oxidative Damage 100%
• Adenosine 80%
• Cu(I) 80%
• IC50 60%
• OH Formation 60%
• Triphosphate 40%
• Phosphate 40%
• Fenton Reaction 40%
• Antioxidant 40%
• Cu Chelators 40%
• Cu-Cu 20%
• Catalytic Reaction 20%
• Biocompatibility 20%
• Methylene 20%
• Cu(II) 20%
• Neurodegeneration 20%
• Phosphate Group 20%
• Synthetic Oligonucleotides 20%
• Normal Metal 20%
• Biphasic Modulation 20%
• AMP-PNP 20%
• Trolox 20%
• Ion Chelation 20%
• OH Production 20%
• Monophasic 20%
• Cancer-associated 20%
• Diabetes Disease 20%
• Scavenging Process 20%
• Fenton 20%
• Haber-Weiss Reaction 20%
• Imino 20%
• Tripolyphosphate 20%
• Sub-mm 20%
• Metal Ion Homeostasis 20%
• Inorganic Phosphate 20%
• Age-related Illnesses 20%
• Potential Antioxidant 20%
• Cu(II) Catalysis 20%

Chemistry

• Hydrogen Peroxide 100%
• Nucleotide 100%
• Adenosine 80%
• ATP 60%
• Antioxidant Agent 60%
• IC50 60%
• formation 60%
• Chelating Agent 40%
• AMP 40%
• Fenton Reaction 40%
• EPR Spectroscopy 20%
• Chelation 20%
• Ammonium Dihydrogen Phosphate 20%
• Reaction Inhibitor 20%
• Enhancer 20%
• Fenton 20%
• Weiss Annulation 20%
• Inorganic Phosphate 20%
• AMP-PNP 20%
• Phosphate Group 20%
• Trolox 20%
• Metal Ion 20%
• Carbene 20%