The focus of the Wireless Medical Communications research team (WiMeC) from 6G Flagship is on achieving a vision of next-generation healthcare services, facilitates by the use of advanced wireless technology.
Scientists from the Massachusetts Institute of Technology (MIT) have come up with a new technique to integrate electronic sensors into stretchable fabrics, enabling them to design shirts or other kinds of garments that can potentially be used for tracking many vital signs like heart rate, respiration, and temperature.
A new method has been developed by researchers to diagnose early-stage multiple sclerosis, a medical disorder of the central nervous system, and differentiate it from neuromyelitis optica—a rare but severe autoimmune inflammatory process—that also affects the central nervous system.
At the California Institute of Technology (Caltech), Wei Gao, an assistant professor in the Andrew and Peggy Cherng Department of Medical Engineering, intends to study much more about humans from their skin. For this purpose, he has designed an electronic skin, or e-skin, that can be directly applied to the real skin of humans.
A group of scientists from Empa, Zurich University Hospital, and ETH Zurich has successfully created a new sensor for identifying the novel coronavirus.
Australian researchers have achieved the first step in developing an early warning surveillance system to track COVID-19 prevalence in the community through tracing the presence of the novel coronavirus gene in raw sewage.
Wearable biosensors are being developed to help monitor the health of livestock, particularly dairy cows, with the aim of identifying the disease brucellosis at an earlier stage. In tandem, a portable test is being developed to allow rapid confirmatory diagnosis of suspected cases.
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A biocompatible white powder that is inexpensive and glows upon being heated could be helpful for non-invasive monitoring of the temperature of particular organs within the human body.
Better awareness of concussion risks in young athletes has driven scientists to utilize a wide range of head impact sensors to quantify the severity and frequency of impacts during sports.
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