In nature, quinone plays a vital role in numerous electrochemical reactions for energy
transduction and storage; such processes include respiration and photosynthesis. For …

A multitude of factors contribute to the performance of redox flow batteries with organic
active material. In this work, experimental and theoretical methods are elucidated to give …

Enzymatic biofuel cells generate electrical energy from renewable sources with high
selectivity and environmental benefits compared to lithium batteries and traditional fuel cells …

In present work, we have developed a simple but effective template carbonization method
for producing hollow carbon materials with high content of nitrogen and oxygen from …

To be competitive with other electrically rechargeable large scale energy storage, the range
of active materials for redox flow batteries is currently expanded by organic compounds …

The development of bioelectrochemical assemblies for sustainable energy transformation
constitutes an increasingly important field of research. Significant progress has been made …

Organic dyes hold promise as inexpensive electrochemically‐active building blocks for new
renewable energy technologies such as redox‐flow batteries and dye‐sensitised solar cells …

How to massively produce 2D carbon materials remains an interesting issue. In this work, by
a template carbonization approach, 2D carbon nanosheets possessing large surface area of …

Platelet mitochondrial dysfunction has been identified in different diseases. Platelet
mitochondrial dysfunction favors platelet activation with a considerable increase in oxidative …

The preparation of thin melanin films suitable for applications is challenging. In this work, we
present a new alternative approach to thin melanin-type films using oxidative multilayers …