The University of Pittsburgh has unveiled a technology that promises to revolutionize post-spine surgery rehabilitation. This novel implant automatically monitors the healing process without requiring charging.
The authors aim to improve post-operative safety and help doctors detect complications early. The implant is made of metamaterials—synthetic structures combining conductive and non-conductive layers.
When pressed, they generate an electric current and transmit signals. This allows the prototype to capture the energy of spinal movements and monitor the load on the vertebrae. As the bone heals, the implant records the weakening of the signal. All data is transmitted to the cloud via electrodes on the patient's back.
Vertebral implants
Spinal scans help to customize and print perfectly fitting implants for patients. Scientists are thus combining artificial intelligence, metamaterials, and energy chemistry self-sustaining technologies to pave the way for a new generation of intelligent, autonomous medical devices.
