Chinese Scientists Develop Bone-02: A Revolutionary Medical Glue That Heals Fractures in Three Minutes

A Breakthrough in Orthopedic Surgery A research team in Zhejiang Province, China, has unveiled a game-changing medical adhesive named Bone-02, capable of repairing broken bones in as little as three minutes. This innovation could dramatically reduce surgery time and eliminate the need for metal implants in many fracture cases.

Inspired by Nature: The Oyster Connection The concept behind Bone-02 was inspired by the way oysters cling to wet surfaces, such as bridge pylons, even in turbulent waters. Using biomimicry, researchers developed a glue that performs exceptionally well in blood-rich environments, where traditional adhesives typically fail.

Key Features of Bone-02

  • Rapid bonding: Secures fractured bones in 2–3 minutes
  • High strength: Bonding force exceeds 400 pounds, with shear strength of 0.5 MPa and compressive strength of 10 MPa
  • Bioabsorbable: Naturally degrades as the bone heals, eliminating the need for a second surgery
  • Clinically tested: Successfully used in over 150 patients, with strong safety and durability outcomes2

Why It Matters Traditional fracture treatments often involve metal plates and screws, which require follow-up surgeries and carry risks of infection or rejection. Bone-02 offers a non-invasive, biodegradable alternative, potentially transforming orthopedic care—especially in emergency settings or regions with limited surgical infrastructure.

A Long-Awaited Solution Attempts to create bone adhesives date back to the 1940s, but earlier materials like gelatin, epoxy resins, and acrylates failed due to poor biocompatibility. Bone-02 appears to overcome these hurdles, combining strength, speed, and safety in one formula.

Conclusion: A Paradigm Shift in Fracture Treatment Bone-02 could revolutionize how fractures are treated—making procedures faster, safer, and more accessible. If future trials continue to validate its performance, this oyster-inspired glue may soon become a staple in operating rooms worldwide.