A groundbreaking approach using mesenchymal stem cells is breathing new life into damaged donor kidneys that would once be deemed unsuitable for transplantation.
Discover how scientists use 3D cell cultures and high-speed robotic screening to unlock the brain's regenerative potential and develop treatments for neurological disorders.
Explore the fascinating biology of the inner ear, why hearing loss has been so irreversible, and how cutting-edge science is working to repair what was once considered beyond repair.
Explore the revolutionary advances in developmental biology, from live-imaging to single-cell lineage tracing, and discover how these breakthroughs are reshaping our understanding of life.
Explore the groundbreaking advances in musculoskeletal cell therapy, from stem cell science to clinical applications for bone and joint regeneration.
Explore how stem and progenitor cells are revolutionizing cardiopulmonary medicine, offering potential treatments for heart and lung diseases through regeneration and repair.
Explore the fascinating biological aspects of tissue-engineered cartilage, from scaffolds and cells to the groundbreaking discovery of lipocartilage.
Exploring how platelet administration could revolutionize recovery from liver surgery by stimulating regeneration and preventing complications.
Explore the fascinating spatial organization of the liver and how understanding zonation is unlocking new frontiers in regenerative medicine.
How dental follicle stem cells from wisdom teeth and baby teeth could revolutionize periodontal regeneration and regrow lost tissue.