Prelude bis project „Electroconductive nanostructures for immobilisation of (bio)electrocatalytic systems as a basis for efficient and stable biofuel cells”.”

Wearable electronic devices are becoming increasingly significant for both personal use and medical applications, including remote healthcare and the monitoring of physiological parameters. To effectively power these devices, biofuel cells present a promising solution by converting chemical energy from natural, energy-rich components found in body fluids—such as glucose and lactate in human sweat—into electrical energy. This project aims to develop biofuel cells with high power density and stability to serve as reliable energy sources for wearable electronics.