A Swedish company by the name of Biomedical Bonding AB is working on commercializing a high-tech bone patch that is designed to make it easier to fix damaged bones without having to use metal screws and plates, which aren't exactly the most malleable solutions around.
What's great about these bone patches is that they make use of a special resin that hardens under LED light, making it possible for the patch to essentially be stuck onto the desired surgery site with a high degree of accuracy.
Developed by scientists at the KTH Royal Institute of Technology and the Karolinska Institutet, this bone patch is a great example of how high-tech medical and scientific innovation can help forge potential commercial profits whilst also alleviating suffering in patients.
Adhesive Bone Patches
This Surgical Patch Uses a High-Tech Resin That Hardens Under LED Light
Trend Themes
1. High-tech Bone Patches - The development of high-tech bone patches using LED light-hardened resin presents opportunities for advancing bone repair procedures.
2. Metal Screw and Plate Alternatives - The emergence of adhesive bone patches as alternatives to metal screws and plates opens doors for less invasive and more flexible bone repair solutions.
3. Medical and Scientific Innovations - The collaboration between medical and scientific institutions in developing bone patches showcases the potential for commercial profits and improved patient outcomes.
Industry Implications
1. Medical Devices - The medical device industry can explore opportunities in manufacturing and commercializing high-tech bone patches as innovative bone repair solutions.
2. Biotechnology - The biotechnology industry can leverage LED light-hardened resin technology to develop advanced bone repair products and treatments.
3. Materials Science - The materials science industry can contribute by researching and improving adhesives and resins for more effective and versatile bone patch applications.