Explore how advanced hydrogels are transforming from simple materials to sophisticated platforms for wearable and implantable technology.
Explore how bacterial cellulose, a sustainable biomaterial produced by bacteria, is revolutionizing industries from medicine to fashion with its exceptional properties and environmental benefits.
Exploring how silk-elastinlike protein polymers combined with iron oxide nanoparticles create targeted cancer therapy systems with minimal side effects.
Explore the fascinating science of polymer gels, from their basic building blocks to revolutionary experiments that changed how we design these versatile materials.
Explore how thin films are revolutionizing tissue engineering through biomimicry, advanced fabrication techniques, and innovative biomaterials for regenerative medicine.
Explore the cutting-edge world of advanced dental restorative materials and how they're revolutionizing dental care through bioactive solutions and digital fabrication.
Explore how scientists manipulate cellular scaffolds' dimensionality and properties to revolutionize tissue engineering and regenerative medicine.
Discover how cellulose nanocrystals and multiple cross-links are creating super-strong, intelligent hydrogels inspired by nature.
Discover how bone-building cells respond to microscopic plastic surfaces and what this means for future bone healing technologies.
Exploring how DNA's extraordinary properties are being harnessed to engineer next-generation biomaterials for medicine and nanotechnology.