A new organoid model built with human lung fragments may help us answer key questions about one of the body's first lines of ...

A new mouse study shows that hyperactive NLRP3 inflammasome signaling within vascular smooth muscle cells drives inflammation ...

Engineers designing protective systems for artillery, aerospace platforms, and high-speed vehicles face a brutal trade-off: ...

Running-shoe foam has changed a great deal over the past decade, but it is still made in moulds, and a moulded midsole ...

Cloud-Clone ELISA Delivers Robust Quantitative Detection for CML Related Research HUSTON, TX, UNITED STATES, September ...

From Cloudmonster to Cloudultra Pro, these are the On shoes worth lacing up now.

A UCLA research team has engineered a new type of immune cell that attacks atherosclerotic plaques—the fatty buildup inside artery walls that drives most heart attacks and strokes. These engineered ...

The biggest barrier to understanding the human brain is the human around it. Scientists can't exactly tinker around in someone's gray matter while that someone is still using it. Which means many ...

Stanford Medicine scientists have chalked up a major advance in growing human brain cells outside of the human brain — and outside of laboratory glassware. In a study published online Sept. 16 in ...

Lab-grown organoids wire into mice missing a key part of their brain, offering a new way to test drugs for developmental conditions. Human brain tissue transplanted into mice that lack a key part of ...

In both biological and engineered systems, cells and sensors must make sense of noisy, changing signals to function. However, collecting and using this information consumes valuable energy. A new ...

Researchers at Stanford Medicine have developed two new artificial intelligence models of the biological cell. The first, called universal cell embedding, paved the way for a second-generation model ...