Designed proteins enable enantioselective artificial photocatalysts
Generative protein design and directed evolution produced artificial metalloenzymes that support highly enantioselective light-driven reactions with synthetic metal photocatalysts.
Generative protein design and directed evolution produced artificial metalloenzymes that support highly enantioselective light-driven reactions with synthetic metal photocatalysts.
Chemists in Munich have created a four-amino-acid peptide weighing under 750 daltons that harvests visible light and catalyzes enantioselective deracemizations ...
A palladium-catalysed nucleophile-sorting strategy enables the one-pot, enantioselective assembly of chiral 1,2-amino alcohols from unprotected amines and alcohols.
Scientists at Caltech and the University of Pittsburgh have engineered haemproteins to convert simple unactivated alkenes directly into chiral oxazolidinone ...
Researchers built a zirconium-based two-dimensional metal-organic framework carrying chiral BINAP-derived rhodium sites that achieve over 99 percent yield and enantioselectivity ...
Chemists have developed a single-enantiomer covalent inhibitor that locks the cell-death protein BAX in its inactive state and protects tissue ...
A comprehensive review traces how BINAP, oxazoline, BINOL, and bis(imine) ligand architectures around ruthenium, rhodium, copper, palladium, and aluminum metals ...
Success! An email was just sent to confirm your subscription. Please find the email now and click 'Confirm Follow' to start subscribing.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine