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摘要: Enzymatic fuel cells offer an alternative to conventional batteries or fuel cells due to their high catalytic activity and unique substrate specificity of the biocatalysts, as well as their ability to convert fuels and oxidants into non-toxic products with eco-friendly impacts. Utilizing the inherent electrode capacitance as an active charge-storing element in supercapacitive bioelectrochemical cells (SBCs) enables to enhance the efficiency of electron transfer processes proceeding in the system and further miniaturization and simplification of a full-function device by elimination of internal capacitors in the electronic circuit [1].Different nanomaterials and nanocomposites have been explored as material supports for immobilization of enzymes in the energy converting part or as a charge-storing component of SBC to achieve an efficient synergistic integration of two functional elements within a singular contrivance [2]. Utilization of a …