Discover how bael bark extracts combat E. coli O157:H7, a dangerous foodborne pathogen, through scientific research and traditional medicine.
Explore how the cinnoline scaffold is transforming modern drug design with its versatile biological activities and innovative synthesis methods.
Explore how polymer science revolutionizes biological systems through AI-designed enzymes, medical applications, and sustainable solutions.
Exploring how artificial intelligence is revolutionizing synthetic biology, enabling unprecedented control in designing biological systems and programming living organisms.
Discover how biomaterials and nanomaterials are creating sustained-release vaccines that could eliminate booster shots, remove cold-chain requirements, and revolutionize global immunization.
Explore how functionalized DNA materials are revolutionizing medicine through programmable molecules, targeted drug delivery, and intracellular sensing.
Explore how nanoparticle systems are revolutionizing sensing and biomedical applications through unique optical properties and targeted functionalization.
Explore how chemical genomics is revolutionizing medicine by programming cellular machinery to fight disease at the molecular level.
Exploring synthetic biology public engagement through Science Cafés, covering key concepts, groundbreaking experiments, and effective communication strategies.
Discover how plant extracts are being used as natural fungicides to combat post-harvest fungal pathogens and reduce food waste.