Explore the revolutionary field of de novo design of transmembrane β barrels - the cellular gatekeepers that control molecular transport across biological membranes.
Exploring how synthetic biology and AI are challenging traditional biosecurity frameworks and the policy solutions needed for the future
Discover how Double Dutch revolutionizes metabolic pathway engineering through intelligent combinatorial design and response surface methodology.
How computers are becoming the most essential tool in the lab, transforming how we understand, design, and engineer life itself through computational methods.
Discover how octanol-assisted liposome assembly (OLA) revolutionizes synthetic cell creation with precise microfluidic techniques for uniform, cell-sized liposomes.
Explore how Goethe's holistic vision of nature is experiencing a surprising revival in modern computational biology, neuroscience, and consciousness research.
Discover how microbial entrepreneurship is harnessing the power of microorganisms to create sustainable solutions for medicine, materials, and environmental challenges.
Explore how synthetic GPCRs and PAGER technology are revolutionizing programmable cell control for disease detection and therapeutic applications.
Exploring the convergence of biological and digital threats to global health security, including synthetic biology risks, cyberattacks on healthcare, and policy challenges.
Explore how biological engineering is revolutionizing medicine, environmental solutions, and manufacturing through CRISPR, AI-powered biology, and biomaterials.