Chinese researchers have created a groundbreaking bone glue called "Bone 02" that can repair fractures in just 3 minutes, potentially transforming orthopedic treatments.
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| Chinese scientists have developed a quick-acting glue that bonds broken bones in minutes, reducing infection risks and eliminating the need for metal implants in fractures. Symbolic Image: CH |
BEIJING, China — September 14, 2025:
A groundbreaking medical advancement could soon make the long process of healing broken bones significantly faster and less invasive. Researchers in China have developed an innovative glue known as "Bone 02" that can bond broken bones in just three minutes, offering a quicker, safer alternative to traditional orthopedic methods.
The glue, inspired by the natural adhesive abilities of oysters, functions even in the presence of blood, making it a game-changer for many types of fractures. Lin Xianfeng, the lead orthopedic surgeon at Sir Ran Shaw Hospital in Beijing, and his team observed how oysters adhere strongly to surfaces underwater. This same principle has been applied to develop "Bone 02," which has shown great promise in early trials. The glue’s speed and effectiveness mean that patients can potentially avoid the invasive use of metal implants such as plates and screws.
One of the most significant advantages of "Bone 02" is that it doesn't require a second surgery for removal, unlike traditional implants that must be extracted later, often with additional risks. Moreover, the glue seamlessly integrates with the body once the bones are united, lowering the chances of infection. Early tests on over 150 patients have demonstrated that fractures treated with "Bone 02" can withstand over 400 pounds of pressure, suggesting its robustness and potential as an effective bone repair tool.
This breakthrough has the potential to revolutionize orthopedic treatments, offering a more efficient, less invasive, and cost-effective way to treat fractures. As the field of medical technology continues to evolve, "Bone 02" could soon become the standard for bone repair, changing how doctors approach fractures and improving recovery times for countless patients around the world.