Discover how UV-visible spectroscopy and computational analysis reveal the intricate interactions between human serum albumin and silver nanoparticles at the nanoscale.
Exploring how Sporobolomyces salmonicolor's aldehyde reductase enzyme performs stereospecific reductions in a water-organic solvent system for pharmaceutical applications.
Discover how Delft University researchers are using carbon nanodots and sunlight to revolutionize biocatalytic hydrogenation for sustainable chemistry.
Explore how synthetic chemistry revolutionizes pharmaceutical development through complex molecular construction and innovative drug synthesis.
How green chemistry principles are revolutionizing chemical manufacturing through sustainable processes like the BHC ibuprofen synthesis.
Explore how DOE National Labs are revolutionizing catalysis to tackle energy and environmental challenges through groundbreaking research.
Exploring groundbreaking polymer chemistry innovations from POC-2014 that are transforming medicine, energy, and environmental sustainability
The groundbreaking work of Bernard Witholt in microbial biotechnology, engineering bacteria to convert oil into biodegradable plastics and clean fuels.
Exploring how enzymes defied their water-loving nature to perform chemistry in organic solvents, revolutionizing sustainable manufacturing.
Discover how Metal-Organic Frameworks (MOFs) are revolutionizing enzyme stabilization and enhancement for industrial applications.