Exploring how biocatalysis and molecular machines are transforming material science with sustainable, efficient solutions inspired by nature.
Discover how imine reductases (IREDs) solve the sulfur-containing cyclic imine reduction challenge with perfect stereoselectivity for pharmaceutical applications.
Exploring how bio-based solvents derived from renewable resources are transforming biocatalysis and enabling sustainable chemical manufacturing.
Exploring the revolutionary interface between molecular biology and chemical engineering through biocatalysis - nature's nanomachines transforming chemical synthesis.
Explore how enzymes are transforming polymer science through biocatalysis, enabling sustainable plastic production under mild conditions.
Discover how applied biocatalysis is transforming chemistry through nature's enzymes, enabling sustainable industrial processes and precise molecular transformations.
How biocatalysis and biomass conversion are enabling a waste-free circular economy through nature-inspired chemical processes.
Exploring how biocatalysis and engineered enzymes are transforming chemistry with sustainable solutions for pharmaceuticals, materials, and environmental challenges.
Exploring how biocatalysis is revolutionizing industrial chemistry through enzyme-powered sustainable manufacturing processes.
Exploring how enzymes defied their water-loving nature to perform chemistry in organic solvents, revolutionizing sustainable manufacturing.