Two UT professors created a device that uses biomarkers in the blood to detect PTSD and other conditions like bovine tuberculosis and human influenza.

New wearable device technology continuously monitors skin and tissue stiffness to provide real-time medical and athletic ...

Acetone may be best known as a sharp-smelling solvent found in nail polish remover, but inside your body it can tell an ...

This mode is ideal when your subject is on a very dark or bright background. Situations like backlit portraits, a dark ...

Using AiCAP technology, Wu and Eda worked with CFD Research researcher David Gaddes to develop a sensor that can identify more than a dozen PTSD-related biomarkers from a single blood sample.

Healthcare facilities implementing AI-powered security systems report significant improvements in patient safety, operational ...

A self-powered kirigami cube sensor detects force direction and pressure through one signal channel, enabling compact and ...

Like other species, we are the products of millions of years of adaptation. Now we're taking matters into our own hands.

Explore the latest trends in commercial real estate, rising loan delinquencies, and refinancing risks. Click for how CRE ...

Over nearly 40 years in uniform, I saw war shift from the massed battles we braced for in the Cold War, to pinpoint strikes ...

Oppo Reno 14 5G lands at ₹37,999 with sleek looks and some premium tricks. But does it truly deliver, or just shout the ...