Discover how scientists build artificial cells with synthetic mechanosensitive signaling pathways that can sense and respond to physical force, just like biological cells.
Discover how a groundbreaking whole-cell screening platform is accelerating the discovery of synthetic cell adhesion molecules in bacteria, enabling programmable cellular interactions.
Exploring the frontier of spatial computing in synthetic bioware, where bacteria are programmed to construct bio-structures, diagnose diseases, and compute environmental data.
Breakthrough in synthetic biology: encapsulating abiotic photosensitizers in bacterial microcompartments to create light-driven nanoreactors.
Exploring the convergence of in vitro synthetic biology and AI-driven protein engineering for sustainable biorefineries.