AliveCor’s Kardia EKG band is the first medical accessory to receive FDA approval for use with the Apple Watch. Unlike the optical-based sensor built into the Apple Watch, EKG is considered the most accurate...
AliveCor’s Kardia EKG band is the first medical accessory to receive FDA approval for use with the Apple Watch. Unlike the optical-based sensor built into the Apple Watch, EKG is considered the most accurate...
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...
In a small study, Danilo Mandic from Imperial College London has shown that his hearable can be used to capture heart data. The device detected heart pulse by sensing the dilation and constriction of...
Tao Sun, Nathan McDannold, Eric Miller and Brigham & Women’s and Tufts colleagues have developed a controller that offers a finer degree of control in penetrating the blood brain barrier for drug delivery. The technology,...
Andrew Ng and Stanford colleagues used AI to detect pneumonia from x-rays with similar accuracy to trained radiologists. The CheXNet model analyzed 112,200 frontal-view X-ray images of 30,805 unique patients released by the NIH...
In a small study, USC’s Dong Song demonstrated the efficacy of an implantable “memory prosthesis.” Dr. Song presented his work at the Society for Neuroscience conference in Washington this week. 20 volunteers had the device...
MIT’s Ed Boyden and Paris Descartes University’s Valentina Emiliani have developed a new optogenetic technique, combined with new opsins, that stimulates individual cells with precise control over both the timing and location of the activation. This will...
Recorded at ApplySci’s Wearable Tech + Digital Health + Neurotech Boston conference on September 19th at the MIT Media Lab.
Neuropixels, developed by HHMI’s Tim Harris, are electrodes that record brain activity from hundreds of neurons. Previously, it was not possible to measure the joint activity of individual neurons distributed across brain regions. Recording methods...
AutoDepth by Swift Medical uses a phone’s camera to understand a wound’s depth and severity. Algorithms process dynamic changes over time. Depth can indicate whether a wound is healing properly. The system is noninvasive, and...