Mismanaged plastics, upon entering the environment, undergo degradation through
physicochemical and/or biological processes. This process often results in the formation of …

Photosynthetic organisms have evolved versatile electron transport chains that efficiently
convert solar energy into chemical energy. Researchers can engineer these electron …

Enzymes are the catalyst of choice for highly selective reactions, offering nature-inspired
approaches for sustainable chemical synthesis. Oxidative enzymes (eg, monooxygenases …

The recent increase of interest in photocatalysis spread to biocatalysis and triggered a rush
for the development of light‐dependent enzyme‐mediated or enzyme‐coupled processes …

Improvement of photosynthesis requires a thorough understanding of electron partitioning
under both natural and strong electron sink conditions. We applied a wide array of state‐of …

A nicotinamide adenine dinucleotide phosphate (NADPH)-mediated photoenzyme-coupled
catalytic system is an attractive and green strategy for chemical conversion. However …

Heme-dependent oxygenases (ie P450 monooxygenases and peroxygenases) are highly
selective catalysts for the selective oxyfunctionalisation or organic compounds. Both enzyme …

The photosynthetic light reaction in cyanobacteria constitutes a highly attractive tool for
productive biocatalysis, as it can provide redox reactions with high‐energy reduction …

The selective hydroxylation of steroids through chemical synthesis is a complex reaction
with a high environmental impact. The use of photoautotrophic microorganisms expressing …

Cyanobacteria show promise as hosts for whole-cell biocatalysis. Their photoautotrophic
metabolism can be leveraged for a sustainable production process. Despite advancements …