Researchers developed ultrathin, transparent skin sensors that can track eye, muscle and brain signals while remaining nearly ...

Disease progression in people with Parkinson's disease can be accurately monitored using sensors, removing some of the ...

Invisible skin sensors 500 times thinner than a human hair will "revolutionize" health monitoring, according to new research.

Wearable devices have transformed how people track exercise, sleep, heart rate and other vital signs. Researchers at King ...

India, July 14 -- Scientists have developed an advanced ammonia sensing platform capable of detecting harmful ammonia gas at extremely low concentrations while operating at room temperature.

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A medical patch is supposed to protect skin, not suffocate it. Yet many of the materials used in modern bandages, wearable sensors, and health-monitoring devices face a stubborn problem.

CeNS researchers developed a room-temperature, ultra-sensitive ammonia sensor detecting leaks at 319 ppb. Portable, wearable ...

Imagine using a wearable device so thin and discreet that you'd hardly be aware you were wearing it. Now Tufts engineers have ...

Thin-film electronics that can move and become their own connectors Researchers develop prototype thin-film electronics that ...

Invisible skin sensors 500 times thinner than a human hair will “revolutionise” health monitoring, according to new research.

Researchers have developed a wearable microneedle patch that continuously tracks drug concentrations and wirelessly transmits ...