Discover how silk fibroin coated with human tropoelastin is revolutionizing medical implants by reducing inflammation, as revealed through groundbreaking research using glowing transgenic mice.
Exploring the revolutionary fibrous biomaterial scaffolds that mimic our body's natural environment for tissue regeneration.
Examining the risks of overfocusing on tissue engineering at the expense of fundamental biomedical research from a leadership perspective.
Discover how NIR-II fluorescence imaging revolutionizes real-time tracking of collagen degradation in living organisms for regenerative medicine applications.
Exploring polymer-based biointerfaces that combine therapy and diagnostics for revolutionary medical treatments.
Breakthrough research shows graphene oxide and IGF-1 can enhance neural stem cell survival and differentiation for spinal cord repair.
Discover how bilayered gellan gum and hydroxyapatite scaffolds are transforming osteochondral tissue engineering for joint repair.
Discover how oxygen-releasing hyaluronic acid gels are revolutionizing periodontal therapy by combating anaerobic bacteria and promoting tissue regeneration.
Exploring breakthroughs in tendon regeneration using lab-grown cells and smart biomaterials that could revolutionize healing for millions.
A cutting-edge all-protein humidity sensor enhanced with gold nanoparticles and carbon composites for revolutionary breath monitoring and health detection.