Discover how precise functionalization of PPH dendrimers enhances catalytic performance compared to stochastic approaches in nanotechnology.
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 metal-organic framework sub-nanochannels are transforming ion separation with unprecedented precision, inspired by biological ion channels.
Explore the fascinating world of foldamer-based materials, where precise molecular architecture unlocks a new frontier in nanotechnology and materials science.
Explore the transformative innovations in analytical science including miniaturization, AI integration, single-molecule detection, and green chemistry approaches.
Explore how zinc oxide nanoparticles are transforming medicine, environmental cleanup, and technology through green synthesis methods and innovative applications.
Discover how multi-frequency thickness shear mode technology enables 4D analysis of microscopic layers using a single-chip device.
Explore how dendrimers, the precision nanoscale tools with tree-like architecture, are transforming medicine through targeted drug delivery and advanced therapies.