Discover how scientists transform pineapple leaf waste into nanocellulose, a sustainable wonder material with revolutionary applications.
Discover how non-pathogenic bacteria are revolutionizing stem cell therapy by creating the perfect scaffolds for tissue regeneration.
Explore Bernard Agranoff's groundbreaking research on memory formation through protein synthesis experiments with goldfish that transformed neuroscience.
Discover how smart hydrogels with dendron technology can control blood vessel growth for advanced tissue engineering applications.
Discover how silk sericin, once discarded as waste, is revolutionizing sustainable materials across medicine, cosmetics, and environmental technology.
Explore how custom-designed hybrid oligosaccharides are revolutionizing transplant and regenerative medicine by decoding the complex language of sugars.
Explore the groundbreaking advances in stem cell research and regenerative therapy that are transforming modern medicine and offering new hope for treating previously untreatable conditions.
Exploring how microgravity affects embryonic development and stem cell differentiation, and the implications for future medicine.
Explore the science behind preserving cell therapy products and the challenges of maintaining stability for these living medicines.
Explore how stem cell research transformed from political controversy to bipartisan consensus, with breakthrough therapies for epilepsy, diabetes, and more.