Explore Sensattice, an emerging collaborative sound sculpture that transforms organic waste into functional biopolymers, blending art, science, and community.
Discover how rapid end-group modification of polysaccharides is transforming regenerative medicine through precise biomaterial engineering.
Discover how logic-based delivery from environmentally responsive hydrogels is revolutionizing targeted drug delivery in biomedical applications.
Discover how cell membrane-coated nanoparticles are transforming medicine through targeted drug delivery, immunotherapy, and tissue engineering applications.
Discover how scientists are creating mechanically reinforced and biocompatible silk gels that could revolutionize regenerative medicine and healing technologies.
Discover how ultrasonic and electrostatic methods are revolutionizing the creation of micro- and nanoparticles for biomedical applications.
Discover how eggshells and their membranes are being transformed into powerful biomaterials for healing wounds, repairing bones, and regenerating tissues.
Explore how cellular and biomaterial engineering is transforming orthopedic regenerative medicine with stem cells, smart scaffolds, and groundbreaking research.
Discover how advanced biomaterials and precision drug delivery are revolutionizing bone regeneration through guided tissue engineering.
Exploring chitin's potential as a biomaterial for tissue engineering and stem cell technologies, from crab shells to medical breakthroughs.