Recent technological and scientific advances have opened new possibilities for neuroscience research, which is in turn ...

Manipulating mouse brains during sleep improved their ability to remember new experiences that would normally be forgotten—a ...

Researchers used imaging and computational analysis to follow which neurons and networks within the brain were active at ...

New research reveals that even a small loss of myelin—the protective coating around neurons—can severely disrupt how the brain sends and interprets sensory information.

A paper published in PNAS presents a detailed map of how multiple cerebellar projections to the rest of the brain develop, identifying when and how these connections are established and consolidated.

Researchers tracked brain activity across 24 hours, showing how shifting neural control centers drive fatigue and how sleep ...

The Bioluminescence Hub at Brown, a collaborative team of neuroscientists from around the U.S., found a way to harness light ...

Example of data from the atlas of the mouse brain metabolome showing presence of adenosine in brain regions over life. The first atlas of metabolites in the mouse brain has been published by a team ...

This mandala combines visualizations of cell types in the mouse brain. (Illustration via Allen Institute) Neuroscientists have unveiled their most comprehensive and detailed map of cell types across ...

Surprisingly, most of the mouse brain cis-regulatory elements mapped by the researchers have homologous or similar sequences in the human genome that may act as regulatory elements, and therefore ...

Mice are pretty smart, especially if they can escape a cat or avoid getting caught in a mousetrap, all of which provides food for thought about AI. I’m referring to the aspect that mice can be ...

How many different cell clusters are in the brain of a mouse? Where are they located, and what are their functions? A large international team of researchers has tackled this enormously difficult ...