Discover how imine reductases (IREDs) solve the sulfur-containing cyclic imine reduction challenge with perfect stereoselectivity for pharmaceutical applications.
Exploring the paradigm shift in catalysis from static homogeneous/heterogeneous classifications to dynamic, interconverting catalytic systems that revolutionize chemical transformations.
Discover how pH-responsive virus-based colloidal crystals are revolutionizing smart materials for medicine and nanotechnology.
Explore how ACS Applied Bio Materials journal is revolutionizing medicine through smart biomaterials that actively interact with biological systems.
Discover how Sulfono-γ-AApeptides are revolutionizing molecular design with unprecedented stability and tunability as nonnatural helical foldamers.
The groundbreaking 2013 Tabriz conference where biophysical chemistry met clinical medicine, leading to major advances in drug development and disease understanding.
Exploring the fusion of chemistry and biology through the PSL Chemical Biology Symposium, showcasing revolutionary tools to dissect life's deepest secrets.
Exploring biocatalytic methods to convert biodiesel waste glycerol into valuable glycerol carbonate for sustainable industrial applications.
Exploring how viruses and peptides are revolutionizing material science through biohybrid materials and phage display technology
Discover how microbes synthesize gold nanoparticles and revolutionize medicine through eco-friendly nanotechnology.