Heme proteins take part in a number of fundamental biological processes, including oxygen transport and storage, electron transfer, catalysis signal transduction. The redox chemistry the heme iron biochemical diversity have led to development plethora biotechnological applications. This work focuses on biosensing devices based proteins, which they are electronically coupled an electrode their a...

Electrocatalysis. In their Research Article (e202300226), Miao Zhong and co-workers developed an electrode-structureengineering strategy to achieve efficient, selective, stable CO2 reduction with high utilization.

Abstract The dioxygen molecule has two bound states, singlet and triplet, which are different in energy, lifetime, reactivity. In the context of oxygen electrocatalysis as applied to fuel cells water splitting involved O 2 is typically considered be exclusively its triplet ground state. However, applying spin-conservation rules for transformation between OH − /H reaction intermediates predicts ...

Comprehending bifunctional oxygen electrocatalysis: using a data-driven methodology, we demonstate that electrocatalysts for the evolution and reduction reactions haven't exhausted their full potential yet.

Electrocatalysis. In their Research Article (e202300226), Miao Zhong and co-workers developed an electrode-structureengineering strategy to achieve efficient, selective, stable CO2 reduction with high utilization.