New expansion microscopy methods can magnify nanoscale structures: Research
The development of expansion microscopy has enabled previously unseen views of the interior of cells and other nanoscale structures
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The development of expansion microscopy has enabled previously unseen views of the interior of cells and other nanoscale structures
Your skin, other organs, and the hearts of newborn mice and humans can regenerate after being damaged, but adult hearts can't. Here's why.
Student Snapshot: Jessie Scarlett ’22 - Climbing, neuroscience research, service trips, teaching assistantships, improv and rock 'n roll: Jessie Scarlett '22 enjoys it all.
Research shows immediate phase of blood vessel restructuring after aneurysm Hitting a pothole on the road in just the wrong way might create a bulge on the tire, a weakened spot that will almost certainly lead to an eventual flat tire. But what if that tire could immediately begin reknitting its rubber, reinforcing the bulge and preventing it from bursting? That's exactly what blood vessels can do after an aneurysm forms, according to new research led by the University of Pittsburgh's Swanson School of Engineering and in partnership with the Mayo Clinic. Aneurysms are abnormal bulges in arter...