Explore how high-fidelity simulation is transforming medical education through immersive training that enhances skills without risking patient safety.
Discover how extracellular vesicles from auricular chondrocytes enable cartilage differentiation of adipose-derived mesenchymal stem cells for revolutionary reconstructive surgery approaches.
Discover how new laser windows and skull-clearing methods are revolutionizing neuroscience by providing unprecedented views into the living brain.
Explore the fascinating technology behind telescopes that track fast-moving satellites, from mechanical engineering challenges to modern tracking systems.
Discover how fat tissue serves as an unexpected ally in fighting rheumatoid arthritis through specialized mesenchymal stem cells and adipocytokines.
Discover how PCL/PMMA demixed thin films create nanoscale patterns that guide human mesenchymal stem cell differentiation for regenerative medicine applications.
Discover the fascinating story of Fissidens appalachianus, a newly identified moss species found in the Southern Appalachian Mountains, and learn about the scientific process behind species discovery.
Discover how the Chinese Anti-Cancer Association is revolutionizing cancer treatment through integrated medicine and global collaboration, improving survival rates from 33.3% to 43.7% in a decade.
Exploring the evolution of young people's understanding of gene technology from the first GMO tomato to modern stem cell therapies and CRISPR gene editing.
Explore the revolutionary science of cellular reprogramming and stemness, and how these advances are transforming cancer treatment and regenerative medicine.