A groundbreaking technique that uses artificial intelligence to identify cells, revolutionizing how we study them for medicine and research.
Explore Dr. Joseph Wu's groundbreaking cardiovascular research using stem cells to create personalized medicine and clinical trials in a dish.
Explore how scientists differentiate hepatocyte-like cells from mouse embryonic stem cells in monolayer culture systems for regenerative medicine applications.
Explore how biomimetics is revolutionizing medicine through nature-inspired solutions for drug delivery, tissue engineering, and smart materials.
Discover how L-glutamine perfusion protects islet cells during transplantation, potentially revolutionizing diabetes treatment through enhanced antioxidant defense.
Explore how multicellular spheroids are transforming biomedical research, drug discovery, and cancer studies through advanced 3D cell culture techniques.
Explore how AI, robotics, and regenerative medicine are transforming craniofacial surgery, enabling unprecedented precision in facial reconstruction.
Explore how acupuncture is being validated by modern data as an effective treatment for cerebral infarction recovery, with research showing neurobiological mechanisms and clinical benefits.
Explore how bioactive calcium phosphate coatings are transforming metallic implants from passive parts into interactive biological partners, improving outcomes for millions of patients.
Exploring the critical importance of evidence-based science reporting and how it strengthens scientific integrity and public trust.