In a major medical breakthrough in orthopedic surgery, scientists have developed innovative surgical screws designed to treat complex fractures. These screws can gradually dissolve inside the patient’s body after completing their function, eliminating the need for an additional operation to remove them.
The new technology stabilizes broken bone fragments with high precision, then slowly degrades as the natural bone replaces it. This process shortens treatment time and lowers the risk associated with repeated surgical procedures.
Researchers explain that patients no longer need another surgery or anesthesia to extract fixation devices after healing, unlike traditional metal screws. This improves patient comfort and reduces pressure on healthcare systems.
The screws are currently used in bone fixation procedures for trauma and orthopedic surgery, as well as in maxillofacial operations, where temporary but strong stabilization is required.
The product undergoes multiple stages of testing, processing, and sterilization to ensure full safety and prevent possible infections during and after surgery.
Scientists are also developing several models in different sizes and shapes in preparation for large-scale production in the coming years, allowing wider use in hospitals and trauma centers.
This innovation is part of a growing trend in orthopedic medicine focused on smart materials that accelerate bone healing, reduce pain, shorten recovery periods, and help patients return to normal life without extra interventions.
For more details and the latest updates, follow Egypt Connect.
