“…In this study, some interesting results, such as the quercetin standard formal potential, E 0 0 , transfer coefficient, a, charge transfer rate constant, k 0 , and diffusion coefficient, D, of quercetin experimentally have been obtained by various electrochemical methods and some of these results were compared with theoretical values. We have recently showed that electrode potentials can be calculated using quantum mechanical calculations [25][26][27], in which we theoretically studied the electrode potentials of quinones derivatives in aqueous solution [25,26] and non-aqueous solution of dimethyl sulfoxide (DMSO) [27]. The ability to calculate redox potentials accurately is advantageous in a number of different areas [27].…”