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...
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...
UConn’s Thanh Duc Nguyen has developed a biodegradable pressure sensor to monitor chronic lung disease, swelling of the brain, and other health issues. It is small and flexible and designed to replace existing, potentially...
Peter Gibson, Kyle Berean and RMIT colleagues have developed an ingestible sensor that measures oxygen, hydrogen, and carbon dioxide in the gut. In a recent study, subjects were monitored while modulating gut microbial fermentative...
Cornell’s Edwin Kan has developed a contact-free vital sign monitor using radio-frequency signals and microchip tags. Blood pressure, heart rate and breath rate are measured when radio waves bounce off the body and internal organs,...
Sensio by MediaTek is a biosensor that monitors heart rate, heart rate variability, blood pressure, peripheral oxygen saturation levels, ECG and PPG, from a smartphone, in 60 seconds. This could allow continuous monitoring with...
EPFL’s Adrian Ionescu has developed a miniature chip that analyzes biomarkers in sweat to understand a wearer’s health. It is the basis of a modular system that can measure sodium and potassium concentrations (that...
Purdue’s Jeffrey Rhoads, George Chiu, and Eric Nauman have developed a method to identify biological markers in small amounts of blood that they believe can detect diseases and infections and conditions such as traumatic brain injury at...
Recorded at ApplySci’s Wearable Tech + Digital Health + Neurotech Boston conference on September 19th at the MIT Media Lab.
Jonathan Posner, with University of Washington and UCLA colleagues, has developed a flexible sensor “skin” that can be stretched over prostheses to determine force and vibration. The skin mimics the way a human finger...
Paul Ruffin Scarborough, Stefan Zauscher, and Duke colleagues have programmed bacteria with a synthetic gene circuit to turn them into working devices. As a bacterial colony grows into the shape of a hemisphere, the...