Eue-Keun Choiand Seoul National University colleages have developed an atrial fibrillation detecting ring, with similar functionality to AliveCor and other watch-based monitors. The researchers claim that the performance is comparable to medical grade pulse oximeters....
Ana Claudia Arias and Berkeley colleagues have developed a flexible, adhesive sensor that maps blood-oxygen levels over large areas of skin, tissue and organs, making it possible to monitor wound healing in real time, or...
Northwestern’s John Rogershas created another minimal, flexible, wireless, adhesive wearable — this time to help hydrocephalus patients manage their condition. The band-aid like sensor determines whether a shunt is working properly. Shunts often fail....
Subhanshu Gupta and Washington State colleagues have developed an implantable sensor, powered by harvested blood glucose, for long term monitoring. The electronics consume only a few microwatts of power, while being highly sensitive. Combined with...
VitalTag by Pacific Northwest National Laboratory is a chest-worn sticker that detects, monitors and transmits blood pressure, heart rate, respiration rate and other vital signs, eliminating the need for multiple medical devices. It is meant for...
Sheng Xu, Brady Huang, and UCSD colleagues have developed a small, wearable ultrasound patch that monitors blood pressure in arteries up to 4 centimeters under the skin. It is meant to detect cardiovascular problems...
Helen Schwerdt, Ann Graybiel, Michael Cima, Bob Langer, and MIT colleagues have developed and implantable sensor that can measure dopamine in the brain of rodents for more than one year. They believe that this...
John Rogers‘ latest stretchable electronics breakthrough will transform stroke rehabilitation. The throat-worn wearable, developed with the Shirley Ryan AbilityLab, measures patients’ swallowing ability and patterns of speech, and aids in aphasia diagnosis. The Shirley Ryan...
University of Washington’s Jae-Hyun Chung has developed a disposable wearable sensor made with tissue paper. It can detect a heartbeat, finger force, finger movement, eyeball movement, gait patterns, and other actions. Tearing the nanocomposite paper...
Takao Someya at the University of Tokyo has developed a hypoallergenic, inflammation free, wearable e-skin health sensor that can be worn comfortably for a week. Somaya believes that this technology is the basis for...