OOAC systems are the creation of representative 3D human organs linked by microfluidic channels on chips the size of USB sticks. It is possible to re-create functionality from many organs ...

The ability to analyze and manipulate the human genome has taken an impressive step forward with the commercial launch on October 2 of a microarray for analysis of the whole genome on a single chip.

An Australian startup has unveiled the world’s first commercial biologic. Melbourne-based Cortical Labs launched the CL1 at ...

Also based in Germany, Dynamic42 spun off from the University Hospital Jena in 2018. The biotech’s main offerings are its ...

Testing drug compounds on a chip designed to mimic human organs sounds closer to science fiction than reality, yet the technology already exists and is already being put to use. Ben Hargreaves ...

Innatera builds neuromorphic chips. They are proving extremely efficient for applications in smart doorbells and more, but ...

"Humans cannot really understand them." From smartphones to modems to air traffic radar, you'll be hard pressed to find communications infrastructure that doesn't use wireless chips. So far ...

These alternatives include: Human cell-based models grown in labs 'Organs-on-chips' that mimic how human organs function Advanced computer modeling Analysis of molecular pathways involved in toxic ...

Engineering researchers have demonstrated that artificial intelligence (AI) can design complex wireless chips in hours, a feat that would have taken humans weeks to complete. Not only did the chip ...

The School of Engineering and Applied Science, the Perelman School of Medicine, and the Children's Hospital of Philadelphia collaborated to micro-engineer a chip that models human bone marrow. Credit: ...

In 2022, a Melbourne start-up announced they’d taught neurons in a dish to play Pong. Now, they’re selling a "biological ...