A new NASA-supported study shows how an AI tool can predict chemical compositions from photos with high accuracy.

The cells that make up the walls of the finest of all lymphatic vessels have a lobate, oak leaf-like shape that makes them particularly resilient to changes in fluid volume. A similar cell shape also ...

the researchers investigated how the thin layer of lymphatic endothelial cells can withstand changes in vessel caliber when the capillary takes up fluid. This turned out to be due to the cells ...

With over 30 million users, Swiggy relies on proactive alerts and real-time monitoring, resulting in a 10% boost in ...

“Challenging your body to run at a faster pace is going to call on more muscle fibers,” says Stowe. In this case, you’re ...

In a step towards advancing fluid dynamics for industrial applications, researchers from Japan unveil a meandering motion of ...

Dr. Yifan Jian explores the evolution of OCT, challenges in retinal imaging, and AI's potential in biophotonics, shaping the ...

MXene, first discovered in the United States in 2011, is a two-dimensional nanomaterial composed of alternating metal and carbon layers ... without bursting due to capillary action.

Varied approaches to remote patient monitoring are in development to close care gaps between patients and rheumatologists, ...

Certain cells have an unusual shape that is similar to an oak leaf or puzzle piece, and researchers have found that the form of these cells ... | Cell And Molecular Biology ...

Place a saucer of water beneath the pot and let the soil slowly wick up moisture through capillary action—a natural force that ... By leaving last season’s leaves or adding a fresh layer of mulch, you ...