A team developed a human iPS cell-derived kidney organoid-based proximal tubule-on-chip -- OPTECs-on-Chip -- that mimics in vivo renal physiology more closely than ever before. This model exhibits ...

Different chips can be connected so that a researcher could ... still a lot of technological hurdles to cross before nonanimal testing can become more prevalent. Unless organoid intelligence, or ...

Even as global efforts are made to create policies, new plants and marketplaces for semiconductors, unpredictable demand and continued talent shortages cast doubt on what the future will bring.

Researchers at Heidelberg University and the Max Planck Institute have developed a technique using DNA microbeads to control organoid development. This method releases growth factors and signal ...

Bioengineer Ankur Singh works to create functional models of the human immune system in the lab. (Credit: Ankur Singh) ...

The Buckeyes continue building a case as the top team in the country as margins at the top get tighter Chip Patterson has been working at CBS Sports since 2010, primarily covering college football ...

As a result, the company has established automation protocols for the entire 3D culture workflow process and increased organoid assays' accuracy and throughput. These automated methods employ an ...

Blue-chip stocks offer a good way to start investing since these are relatively low-risk investments. In this volatile stock market environment, focusing on high-quality stocks trading at ...

A new round of iPhones means a new round of Apple Silicon benchmarks, and we’ve just gotten our first look at a Geekbench result for the A18 chip, showcasing modest performance gains.

For the last few years, Apple has introduced a new chip only in its iPhone Pro models. But that changed yesterday, when the entire iPhone 16 lineup received the brand new A18 line of chips.