Phosphorus is a key element for life that occurs in living cells as a structural part of many key
biochemicals. Phosphorus plays important functional roles in biocatalysis, such as making …

Reactions involving the transfer of phosphorus-containing groups are of key importance for
maintaining life, from biological cells, tissues and organs to plants, animals, humans …

Acid phosphatases (APases) are attractive enzymes for catalyzing large-scale industrial
phosphorylation reactions owing to their capacity of utilizing cheap phosphate donors as …

The great advances in information technology, machine learning and artificial intelligence
are providing fast access to potential routes to a desired metabolite from possible starting …

Biocatalytic phosphorylation reactions provide several benefits, such as more direct, milder,
more selective, and shorter access routes to phosphorylated products. Favorable …

Methodologies for the synthesis and purification of metabolites, which have been developed
following their discovery, analysis, and structural identification, have been involved in …

The small molecule domain of biological cellular systems is closely related to the synthesis
and breakdown of larger molecules such as DNA, RNA, proteins, or polysaccharides …

Sažetak Biocatalytic processes occurring in nature provide a wealth of inspiration for
manufacturing processes with high molecular economy. The molecular and engineering …

The enantiomeric metabolites D-xylulose-5-phosphate and L-xylulose-5-phosphate are
highly relevant in numerous important pathways from microbial to human metabolism. As …

L-Fuculokinases play a key role in both natural and synthetic metabolic pathways, not only
for the utilization of L-fucose, but also for related monosaccharides, and catalyze selective …