An ultra-thin wireless device grows to the surface of bone and could someday help physicians monitor bone health and healing over long periods. The devices, called osseosurface electronics, could provide patients with individualized orthopedic care — with the goal of accelerating rehabilitation and maximizing function after traumatic injuries.
The device’s thin structure, roughly as thick as a sheet of paper, means it can conform to the curvature of the bone, forming a tight interface. They also do not need a battery. This is possible using a power casting and communication method called near-field communication, or NFC.
A doctor could attach the device to a broken or fractured bone to monitor the healing process. This could be particularly helpful in patients with conditions such as osteoporosis since they frequently suffer refractures. Knowing how quickly and how well the bone is healing could also inform clinical treatment decisions, such as when to remove temporary hardware like plates, rods, or screws.
For more information, visit here .
More From SAE Media Group
Tech Briefs
Wireless, Wearable Transmitter
Tech Briefs
5 Ws of Electronic Stickers
Tech Briefs
Wirelessly Controlled Ingestible Capsule
Medical Design Briefs
2021: Technology Trends and the Future of Medical Devices
Tech Briefs
Portable Device Treats Infections and Wounds
Tech Briefs
Wearable Device Captures Cancer Cells from Blood
Tech Briefs
Products of Tomorrow
Medical Design Briefs
2022 Technology Trends: Digital Health Marks the Future of Medical Development
Tech Briefs
Bone Bandage Accelerates Repair
Medical Design Briefs
Stretchable Electronics a ‘Game Changer’ for Stroke Recovery Treatment
Medical Design Briefs
Show Preview: Medical Wearables for Biosensors
Medical Design Briefs
Transitioning from Wearables to Medical Devices
Tech Briefs
Implanted Wireless Nerve Stimulator
Medical Design Briefs
Affordable Smart Patches Capture Multiple Vital Functions
