Stanford Researchers Isolate Skeletal Stem Cells That Give Rise to Bones and Cartilage Cartilage and bone deterioration often result from aging, lifestyle factors, or injuries. Unlike bone tissue, mature cartilage has limited self-healing capabilities. Surgical interventions like joint replacement are costly and carry risks such as rejection and infection [1]. Stanford’s Breakthrough in Tissue Engineering

Bone loss and weakening are natural effects of aging, beginning as early as age 30. Factors like smoking, inadequate calcium intake, certain medications, and hormonal changes accelerate bone resorption, leading to decreased density, porous bones, and increased fracture risk. Stem Cell Innovations in Bone Reconstruction Researchers at the Gladstone Institutes have pioneered a method using

Stem cells possess remarkable potential in medical applications due to their ability to differentiate into diverse cell types and renew themselves. They play a crucial role in the body by generating specialized cells that form tissues such as muscles, bones, blood, and the brain. Types of Stem Cells Based on Origin Embryonic Stem Cells (ESCs)