Exploring how industrial biocatalysis is transforming chiral chemical manufacturing with nature's precision tools.
Exploring how biocatalysis and engineered enzymes are revolutionizing sustainable manufacturing, medicine, and environmental remediation.
Discover how Delft University researchers are using carbon nanodots and sunlight to revolutionize biocatalytic hydrogenation for sustainable chemistry.
Exploring how Sporobolomyces salmonicolor's aldehyde reductase enzyme performs stereospecific reductions in a water-organic solvent system for pharmaceutical applications.
Exploring how biocatalysis is transforming chemical manufacturing through enzyme engineering, AI, and nanotechnology for sustainable production.
Exploring how biocatalysis and genochemistry are transforming drug discovery, environmental cleanup, and chemical manufacturing through nature's molecular machines.
Exploring the revolutionary approach of profiling enzyme function across sequence space, merging biology, AI, and automation for sustainable chemistry solutions.
Breakthrough in nonaqueous biocatalysis enables efficient one-step lactosylation of hydrophobic alcohols for pharmaceutical and cosmetic applications
Explore how biocatalysis is transforming organic synthesis through AI-driven enzyme design, sustainable processes, and groundbreaking applications in pharmaceuticals.
Exploring how biocatalysis and enzyme engineering are transforming medicine, energy, and sustainable manufacturing to address global challenges.