The sensor could potentially be placed on the patient's skin in the form of a wearable patch and allow near-continuous monitoring of cortisol concentrations, which is the main stress biomarker in ...

This state-of-the-art "smart patch" has a miniaturized sensor that measures cortisol concentrations in human sweat throughout the day and can detect signs of burnout via this biomarker.

Many moons ago, on a scorching hot summer day, I was working out in Central Park alongside lots of other sweaty New Yorkers when the words "sweat and the biology of bliss" popped into my head ...

The goal is to develop an implantable cortisol sensor, which would work in real-time placed in blood flow," Vladimir Drachev of Skoltech and the University of North Texas, a coauthor of the paper, ...

A new electrochemical biosensor that is 100 times more sensitive than traditional tests for detecting cortisol levels (the "stress hormone") in human saliva has been created.

“The sensor can detect cortisol levels in sweat within minutes, even when they are typically 10,000 times less concentrated than glucose levels in the blood,” Cheng said. “The artificial enzyme used ...

That is why cortisol does a lot of different things because it’s regulating a lot of different genes.” In other words, cortisol affects almost every tissue and organ in our bodies.

Researchers have developed a sensor that can detect cortisol, an indicator of many diseases, in sweat. A team at the Oregon State University College of Engineering (OR, USA) has developed a new device ...

To create this sensor, the researchers made something known as an electropolymerized molecularly imprinted polymer (eMIP) by basically pressing cortisol molecules into the substrate and then ...

The cortisol sensor was constructed using a combination of polyaniline (PANI), gold nanoparticles (AuNP), and multi-walled ...