Discover how cholangiocyte organoids are transforming liver medicine by repairing damaged bile ducts through cutting-edge regenerative technology.
Explore how photoacoustic microscopy revolutionizes tissue engineering by providing non-invasive, high-resolution imaging of biomaterial-tissue interactions.
Discover how the human placenta, once considered biological waste, is now revolutionizing regenerative medicine with its specialized stem cells.
Explore how innovative learning theories are transforming healthcare systems and appointment management through predictive analytics and machine learning.
Explore the remarkable Sclerocarya birrea subspecies birrea, West Africa's multipurpose marula tree with nutritional, medicinal, and economic potential.
Explore Japan's comprehensive radiation emergency medicine network and Hiroshima University's critical role in preparedness, research, and response to nuclear incidents.
Explore how neuromodulatory drugs are transforming recovery for prostate cancer surgery patients through nerve regeneration and protection.
Explore how platelet concentrates are transforming regenerative medicine by harnessing the body's natural healing power to rebuild bone, muscle, and skin.
Groundbreaking NIH-funded research reveals how liver aging increases disease vulnerability and opens doors to future preventive therapies.
Explore how computational tools, viral vectors, and physical methods are revolutionizing stem cell research and regenerative medicine.