Explore Timothy Deming's groundbreaking work with synthetic polypeptides that bridges materials science and biology, enabling revolutionary medical applications from spinal cord repair to targeted cancer therapy.
Discover how scientists are creating programmable protocells - synthetic cell-like structures that mimic life's behaviors through combinatorial engineering.
Explore how scientists are engineering microbial factories to produce next-generation biofuels through synthetic biology and metabolic engineering.
Explore how polymerization-induced self-assembly is revolutionizing synthetic biology through the creation of proteinosomes - artificial cell-like structures.
Explore the revolutionary field of artificially engineered protein polymers that mimic natural proteins for medical and environmental applications.
How pioneering scientist Sang Yup Lee is turning bacteria into chemical powerhouses through systems metabolic engineering, rewriting the rules of industrial production.