In a breakthrough that could redefine trauma medicine, researchers at Tsinghua University in Beijing, China, have developed a biocompatible bone adhesive capable of healing fractures in as little as three minutes — eliminating the need for surgical pins or lengthy recovery times.
The innovative “bone glue” is made from calcium phosphate nanocrystals, a compound that closely mimics the body’s natural bone structure. When applied to fractured tissue, it rapidly bonds and hardens, effectively restoring bone integrity while supporting natural healing.
According to the research team, the adhesive is non-toxic, biocompatible, and integrates seamlessly with living tissue. In lab tests, fractures treated with the glue regained structural stability within minutes — a process that normally takes weeks or months using traditional methods.
“This technology could revolutionize orthopedic care,” said lead researcher Dr. Liu Wei. “It’s fast, safe, and eliminates the need for invasive metal implants in many cases.”
If successfully commercialized, the innovation could transform emergency medicine, orthopedic surgery, and battlefield trauma care, offering a faster, cleaner, and more natural way to heal broken bones.
The study represents a major leap toward bio-inspired regenerative medicine, signaling that the future of healing has officially begun.
