New insights on the electrochemical mechanism of epinephrine on glassy carbon electrode

A novel strategy for the simultaneous discrimination of dopamine and epinephrine by cyclic square wave voltammetry implemented with a customized potentiostat

“…However, due to EP's rapid cyclization, just one reduction peak emerged at negative potential during the reverse scan at the pH range studied. 37 The current value of this peak reached the highest in neutral pH environments, and the current decreased significantly in both acidic and alkaline media (see Fig. 3(d)).…”

Improving the performance of biomass-based electrocatalysts by means of hot pressing

“…41,42 Changes in concentrations of substances on catalyst surfaces due to changes in currents make transfer coefficient (a) deviate from true values, thus requiring masstransport correction for Tafel analysis. 43,44 Fig. 4c and f show the Tafel plots of HPBE, BE, and Pt/C with the mass-transport correction in the alkaline and acidic electrolytes, respectively.…”

Zeolite Imidazolate Framework-Based Platform for the Electrochemical Detection of Epinephrine

“…4 Thus, monitoring catecholamine concentrations and their metabolites in the plasma is essential for diagnosing, evaluating therapeutic, pharmacodynamic effects to probe neurological, psychiatric 5 and cardiovascular disorders. 6 Consequently, considerable efforts have been put forth to develop reliable methods for detecting epinephrine. Therefore, developing an efficient electrochemical sensor to monitor and determine catecholamines in real samples is vital for non-invasive disease diagnosis and pharmaceutical applications.…”