STANFORD, Calif. -- For decades researchers have been peering into the human brain, trying to unlock the secrets of conditions ranging from autism to epilepsy to mental illness. But now, instead of ...
To coax human nerve cells in a laboratory to thrive, there are three magic words: location, location, location. Many experiments grow human nerve cells in lab dishes. But a new study enlists some real ...
The upper row was the 3D brain modeling, build up based on a volumetric atlas (including 118 brain structures) offering comprehensive anatomical delineations of the male Sprague–Dawley rat brain; the ...
Scientists transplanted human brain cells into live rats and discovered that they connected to the rat’s brain. The rats’ brains integrated the human tissue and put it to work. It wasn’t quite a ...
A team of researchers at the University of Pennsylvania has inserted human neurons into the brains of rats with damaged visual cortices, New Scientist reports, a Frankensteinian experiment that had ...
Rats are incredibly nimble creatures. They can climb up curtains, jump down tall ledges, and scurry across complex terrain—say, your basement stacked with odd-shaped stuff—at mind-blowing speed.
In a breakthrough study providing evidence that it’s indeed possible for neurons of one species to form and function within the brain of another, Stanford University scientists have successfully ...
Researchers at Stanford University have transplanted human neurons into rat brains, seen them mature into hybridized brain circuits and then used them to influence the rodents’ behavior. The work ...
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