Neuroscience
How memories may survive hibernation
Hibernating mice rapidly lost and regrew half of the connections in their memory centers, while key connection hubs survived.
By RJ Mackenzie
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Hibernating mice rapidly lost and regrew half of the connections in their memory centers, while key connection hubs survived.
We summarize the week's scientific breakthroughs every Thursday.
A week-long brain mapping session can lead to lasting relief, a case series of three pain patients shows.
A fruit fly study shows motor neurons do more than relay commands: They send signals back to the brain and organize movement sequences.
Bacteria may build a memory of herbivore attack in the soil and coax new plants to attract wasps to rein in destructive pests.
A study of 143 piercing tools, from tusks to love darts, finds they trade off piercing ability for durability. And no one shape wins out.
The thrilling National Geographic series, premiering August 19, follows Kio from lion cub to king.
Long-clawed shrews’ snouts temporarily grow larger in the winter. This skull reshaping may be an extreme survival strategy in cold conditions.
In 'Spider-Man: Brand New Day,' Peter Parker devises a superpower inhibitor based on a real therapy using RNA.
Snails have five distinct types of mucus, each with its own job. The mollusks tweak calcium secretions to get the chemical mixture just right.
Animals searching for water brought the forest to the city, perhaps sparking Brazil’s first yellow fever outbreak in decades.
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