Discover how fetal mammals regenerate organs without scarring and how organoid research is unlocking regenerative medicine potential.
Explore how advanced biomaterials are transforming regenerative medicine, from self-healing hydrogels to nanoscale scaffolds that guide tissue regeneration.
Breakthroughs in artificial photosynthesis technology that convert sunlight, water and CO2 into renewable liquid fuels, bringing us closer to a carbon-neutral energy future.
Explore how chitosan derivatives from shellfish are revolutionizing hemostatic agents and tissue regeneration in medical applications.
Discover how icaritin from horny goat weed combined with 3D-printed PLGA/TCP scaffolds is transforming bone defect repair through dual-action bone regeneration.
How John Needham's 1748 experiment with mutton gravy inadvertently advanced science by being wrong
Exploring the revolutionary potential of biomaterials in enhancing cardiac stem cell therapy for heart disease treatment.
Exploring how dual chamber pacing mode without an atrial lead can produce R-on-T pacing and ventricular fibrillation - a critical cardiac safety issue.
Explore the latest developments in regenerative medicine and innovative drugs using human iPS cells. Learn about cellular reprogramming, drug discovery applications, and future clinical therapies.
Explore the groundbreaking combination of stromal vascular fraction and fractional CO₂ laser therapy for hypertrophic scar treatment. Learn about the science, evidence, and future of this innovative approach.