A team of scientists in Zhejiang Province, China, has unveiled a medical adhesive named Bone-02 capable of repairing broken or shattered bones in as quickly as three minutes. Inspired by how oysters adhere to wet surfaces, researchers developed a formula that bonds bone fragments even in bleeding environments where most adhesives fail.

The material naturally degrades over time eliminating the need for secondary surgery to remove implants. In over 150 patients the glue demonstrated strong performance in safety and durability. Lab tests revealed a bonding force exceeding 400 pounds shear strength of 0.5 MPa and compressive strength around 10 MPa indicating potential to replace metal plates and screws in many fracture cases.

The promise of Bone-02 lies not just in speed but in what it could mean for patients: fewer surgeries lower risk of infection and reduced recovery time. Many fractured bones treated traditionally require large incisions steel hardware and follow-up surgery to remove hardware or manage complications. With this adhesive a patient could receive treatment swiftly with less invasion and discomfort.

If ongoing trials confirm these findings Bone-02 could transform orthopedic care globally. It may be particularly impactful in places where access to advanced surgical facilities is limited or cost prohibitive. Surgeons may soon have an option that simplifies procedure logistics and improves patient experience.

While the discovery is still emerging researchers emphasize careful monitoring of long-term effects must continue. Biocompatibility absorption rates strength over time and impact in complex fracture cases require thorough validation before widespread adoption.

In summary Bone-02 bio glue has opened a new frontier in fracture treatment. If confirmed through extended use it promises to reduce surgical burdens accelerate healing improve patient outcomes and shift orthopedic repair toward less invasive more cost-efficient models.