Researchers at the University of Washington have trialed a minimally invasive electrical stimulation technique that has resulted in remarkable improvements in the hand and arm function of spinal cord injury patients. The approach involves...
Stroke rehabilitation as a field of research holds great promise in improving how patients recover. Unlike other organs, the brain's neuroplasticity allows it to functionally reshape itself in beneficial ways. But it doesn't do it on its own,...
Researchers at the University of California, Berkeley have developed a wearable sensor that can measure electrical signals in the forearm and use AI to correlate them with hand gestures, such as the movements of individual fingers. The team...
Researchers at Penn State have developed an implantable device that coils around the bladder to detect when the bladder is full and assist with emptying it by contracting on-demand. The device is intended to treat underactive bladder, a...
Researchers at Cornell University have developed stretchable sensors that can detect sensations such as strain, pressure, and bending, much like human skin. Deformation is measured through changes in optical paths within the flexible fiber...
Researchers at the University of Washington have developed a watch that can monitor a user’s environment for important sounds, such as a fire alarm or a microwave beeping, identify the sounds, and then inform the user through a subtle...
Researchers at MIT have developed a wearable sensor that can detect small deformations of the skin, potentially serving as a way to help amyotrophic lateral sclerosis (ALS) patients to communicate through facial movements. The low-cost sensors...
Researchers at Georgia Tech have developed an ultra low-cost hearing aid, for which all the components cost in total less than $1. Designed to be worn by people with age-related hearing loss, the technology provides much of the functionality of...
Scientists in Australia are gearing up for clinical trials of a brain implant that may restore limited sight in blind people. Developed at Monash University in Melbourne, the Gennaris system involves bypassing the eye completely and targeting...
Soft exosuits that provide assistive force during movement could be a game changer for patients with mobility issues. Such devices can help enhance rehabilitation and assist patients while they perform everyday tasks. The idea with such...
Researchers at UC San Francisco have used an electrocorticography (ECoG) implant to develop a brain-computer interface that does not need to be recalibrated and retrained each time it is used, allowing an experienced user to plug in and begin...