Newly mapped brain networks link far-flung regions
RSS SUMMARY · AGGREGATED FROM SCIENCE NEWS
In mouse brains, star-shaped astrocytes form flexible networks that may offer another way for brain regions to communicate.
In mouse brains, star-shaped astrocytes form flexible networks that may offer another way for brain regions to communicate.
In mouse brains, star-shaped astrocytes form flexible networks that may offer another way for brain regions to communicate.
Continue Reading
The full story continues on Science News.
Story Sentry shows a short summary aggregated via RSS. The complete article — original photography, charts, and reporting — lives with the publisher.
The Source
SCIENCE NEWS
Science
If wings came before flight, what were they for?
SCIENCE NEWS·1d ago·3 min read
Science
Why some brain cells are particularly vulnerable to multiple sclerosis
SCIENCE NEWS·1d ago·3 min read
Science
To understand black holes, physicists turn to a mathematical ‘Rosetta stone’
SCIENCE NEWS·1d ago·3 min read
Science
A grapefruit-sized quantum device mapped Earth’s magnetic field from space
SCIENCE NEWS·2d ago·3 min read
Related
On this beat
Science
4 epic myths hiding in the May sky — and how to find them
SPACE·8h ago·3 min read
Science
This Week In Space podcast: Episode 209 — Astronauts for America
SPACE·8h ago·3 min read
Science
Ice age humans in China crafted surprisingly advanced stone tools 146,000 years ago
SD·12h ago·3 min read
Science
NASA’s twin Voyager spacecraft are very low on power after nearly 50 years. How long can they keep going?
SPACE·10h ago·3 min read
