Abstract
A novel water soluble antioxidant, dihydroquercetin monosuccinate electrochemical transformations have been studied on the graphite electrode in a wide range of pH. In contrast to acidic solutions, in basic media dihydroquercetin monosuccinate redox transformations have a weak diffusion control, and occur in the close to electrode surface layer. The number of protons transferred per one electron for different conditions has been elucidated.
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