UCF researcher Mehdi Razavi and team have developed bioabsorbable implants that could revolutionize the way bones heal, especially for children. They are made from a gradually absorbed biodegradable polymer, allowing for natural bone growth and eliminating the need for surgery to remove the implant.
The team developed a technique for creating porous, bioabsorbable materials that mimic the structure of bone. The screws, pins, rods, and other medical implants are then coated with a compound called hydroxyapatite, which encourages bone growth. The implants are customized to fit a patient's specific needs and provide better bone healing.
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