Traditional PA imaging struggles to read dark skin tones. A recent study says short-lag spatial coherence beamforming could help.

Micromolding is yielding miniaturized, intricate parts that are enabling ground-breaking innovation and improved performance.

Researchers at ETH Zurich in Switzerland say they’ve made a wearable breakthrough, developing an electrogenetic interface to enable transgene expression in human cells.

The PAINT system consists of a cellular-based, gel-like ink and a 3D-printing pen to apply the biomaterial to cuts and abrasions.

A new technology that uses bio-printed ‘patches’ to repair damaged heart tissue has been proven to be safer and more cost-effective for patients.

Moving a traditional sketch to a computer can allow a designer to rapidly innovate on their original idea. Image courtesy of M3 Design.