Researchers developed a self-powered, in-situ, biodegradable sensor of fluid flow in blood vessels that combines a capacitive pressure transducer with an RF antenna.

Market drivers for medical device growth include a graying population worldwide, robust economic growth in emerging markets, and innovative approaches to diagnostics and therapeutics.

Technology could help in elder and healthcare with sensors throughout a home.

Machines can measure, but can they “eyeball” something?

Several 3D printers simultaneously create a two-dimensional slice of a tissue or organ, then the pieces are assembled in a process called bioprinting.

Here’s a look at some innovative medical devices that help get patients back on their feet.

Developing an ultrasound receiver with good overload recovery characteristics can greatly simplify HW/SW design and debug challenges, speeding up time-to-market and considerably enhancing image quality.

If file sizes are given limits, the human brain outperforms computers at compressing the data needed to recreate an image.

By modeling the physiological blood-brain barrier, researchers are better able to study drugs that could help cure neurological disorders.

An array of uniquely positioned microcapacitors gives a robotic glove the ability to sense both skin pressure and shear force, providing touch and feel capabilities similar to a human hand.