Bone fractures are among the most common injuries treated in hospitals, and their management often involves lengthy surgeries with plates, screws, or rods. While effective, these procedures require precision, time, and in many cases, a second operation to remove the implants once healing is complete.

Now, a team of scientists in China believes they may have found a faster, safer alternative—an innovative adhesive known as 'Bone-2'.

Developed under the leadership of Dr. Lin Xianfeng, an orthopaedic surgeon from Zhejiang Province, Bone-2 has the potential to mend broken bones in as little as two to three minutes. Early experiments have shown that this adhesive can hold fractured bone fragments firmly together, reducing the time needed for complex surgical procedures.

One of the most promising aspects of Bone-2 is its biodegradability. Unlike metal plates and nails, which remain inside the body until surgically removed, Bone-2 is gradually absorbed as the bone heals. This feature could spare patients the pain and risks associated with follow-up surgeries.

So far, laboratory studies and preliminary clinical trials on more than 150 patients have demonstrated strong results in both safety and effectiveness. While further testing is still required before Bone-2 becomes widely available, the researchers are optimistic. Patent applications have already been filed in China and internationally.

Interestingly, nature provided the inspiration for this discovery. The researchers studied the way oysters cling tightly to underwater surfaces, even in strong currents. Mimicking this biological strategy, they engineered a glue with exceptional bonding strength that works within the human body.

If successful on a larger scale, Bone-2 could transform orthopaedic surgery, reducing recovery time and offering patients a less invasive path to healing. For now, the world of medicine is watching closely as this “three-minute miracle” moves closer to mainstream use.