Explore the cutting-edge field of fast-responding protein biosensors - molecular machines engineered to sense the world at the speed of life itself for medical diagnostics and environmental monitoring.
Discover how protein engineering transforms lipases into precision tools for creating enantioselective molecules in pharmaceuticals and industry.
Discover how scientists are using protein engineering and statistical methods to biosynthesize hydroxytyrosol, the potent antioxidant found in olives.
Explore how cell-free protein synthesis revolutionizes the production of disulfide-bonded proteins for therapeutic applications.
Discover how scientists are engineering split green fluorescent proteins with 20x faster photodissociation using computational simulations.
Discover how artificial intelligence is revolutionizing protein engineering by creating entirely new molecular structures from scratch through machine learning extrapolation.
Explore the fascinating world of monoclonal antibodies - their structure, stability challenges, and how protein engineering creates more effective treatments.
Discover how scientists are engineering iron-sulfur proteins to create tunable biological batteries with applications from medicine to clean energy.
Explore how scientists engineered Saccharomyces cerevisiae Met-80→Ala iso-1-cytochrome c, transforming it from an electron shuttle to a multi-functional molecular marvel.
How scientists are using a clever protein fusion to create a longer-lasting, more stable, and powerful medicine for cancer patients.