Ferroelectric Bioelectronics Enable Seamless Integration and Adaptive Communication with Neuronal Networks

Ferroelectric bioelectronics enable seamless integration and adaptive communication with neuronal networks

Implantable bioelectronics are vital to neuroscience, neurological therapies, and brain-machine interfaces. They serve as indispensable interfaces that enable the communication between biological systems and external devices through the sensing, monitoring, and modulation of bioelectrical signals.

USW To Develop Biodegradable Batteries For Medical Implants - Data Intelligence

The biocompatible batteries are designed to be stretchable and ultra-thin, allowing them to move naturally with the body’s movements. Credit: Silver Place / Shutterstock. Researchers from the University of South Wales (USW) in the UK are set to develop biodegradable batteries that can be positioned in the body of humans for powering medical implants. The batteries are designed to be stretchable and ultra-thin, allowing them to move naturally wit…

USW to develop biodegradable batteries for medical implants

USW researchers are set to develop biodegradable batteries that can be positioned in humans for powering medical implants.The post USW to develop biodegradable batteries for medical implants appeared first on Medical Device Network.