University of Washington

Washington University scientists working on techniques to turn stem cells into pancreatic beta cells are now reporting another exciting breakthrough, combining them with the CRISPR gene-editing tool to reverse the disease in mice.

A new study has shown how the world’s shipping is inadvertently serving up a live experiment, quantifying how the clouds modified by pollution they create can block solar energy, and measuring the effect this could be having on global temperatures.

If you've ever thought that you got food poisoning from eating sushi, you might have actually gotten worms from the stuff. A new study indicates that such fish worms are now more common than ever – although chefs usually pick them out.

University of Washington engineers are working on a new rocket engine called a Rotational Detonation Engine that promises to be lighter, more efficient, and simpler to make than conventional liquid-fuel rockets .... but it's far less predictable.

Although there are already complex prototype interfaces that track all of the fingers on a computer-user's hand, let's be honest – it's mostly just the index finger that matters. That's where the experimental AuraRing system is designed to come in.

Exposure to sustained loud noise often results in hearing loss. But now, biologists are testing drugs they call “chemical earmuffs” in mice, which could prevent hearing loss without affecting the volume or quality of sound.

New research hints at the possibility that more effective, less toxic mosquito traps and repellents could one day be made, based on chemicals in orchids to which mosquitoes are attracted and repelled.

Phosphorous is one of the six key chemical ingredients of life, yet its scarcity raises the question of how early Earth supplied this essential element. A new study has now provided a possible explanation.

Scientists have developed a clingfish-inspired suction cup, that outperforms the actual fish itself.

While lightning strikes are generally considered to be a summer phenomenon, the rare and powerful superbolt form doesn't follow suit.

​Considering how important an organ it is, it’s a shame that the heart is so bad at repairing itself. Stem cells are an emerging solution, and now researchers at the Universities of Cambridge and Washington have combined heart muscle cells and supportive cells to help mend broken hearts.

Proteins are the workhorses of the cell, but nature sometimes has room for improvement. Now a team from the Institute for Protein Design and the University of California San Francisco has created a new artificial protein that acts like a switch, turning regular cells into “smart cells.”