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Science
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Neuroscience
Neuroscience
Latest in Neuroscience
Neuroscience
Your brain stays electrically active all night, sometimes more than when awake
By
BeckhamLangford
Neuroscience
Your brain runs on about 20 watts, the power of a dim light bulb
By
BeckhamLangford
Neuroscience
The adult brain holds about 86 billion neurons, each linked to thousands of others
By
BeckhamLangford
Neuroscience
Most vivid dreaming happens during the rapid-eye-movement stage of sleep
By
BeckhamLangford
Neuroscience
Your brain stays electrically active during sleep, sometimes more than when you are awake
By
BeckhamLangford
Neuroscience
Your brain’s decision-making cortex keeps wiring itself until your mid-twenties
By
BeckhamLangford
Neuroscience
Your brain runs on roughly 20 watts of power, less than a household light bulb
By
BeckhamLangford
Neuroscience
Your brain’s decision-making cortex finishes wiring only in your mid-twenties
By
BeckhamLangford
Neuroscience
One autism subtype traces to neuronal signaling, the other to the immune system
By
BeckhamLangford
Neuroscience
The newly mapped amygdala circuit links anxiety, depression and social struggles to one over-firing set of neurons
By
BeckhamLangford
Neuroscience
Your brain runs on roughly 20 watts, less than a light bulb
By
BeckhamLangford
Neuroscience
Fixing one overactive gene in the amygdala pulled anxious, withdrawn mice back to normal
By
BeckhamLangford
Neuroscience
The autism study leaned on 20 mouse models, brain scans from 940 young people, and 1,000 neurotypical controls
By
BeckhamLangford
Neuroscience
Scientists split autism into two biological types by how the brain wires its connections
By
BeckhamLangford
Neuroscience
Scientists erased anxiety in mice by tuning a single gene in one cluster of amygdala neurons, then watched normal social behavior return
By
BeckhamLangford
Neuroscience
Scientists found autism may split into at least two biologically distinct subtypes, each marked by a different pattern of brain communication
By
BeckhamLangford
Neuroscience
Brain scans showed recalling a fact and reliving a memory light up nearly identical networks, a surprise to researchers who expected clear differences
By
BeckhamLangford
Neuroscience
Mice engineered to overproduce Grik4 became visibly anxious and socially withdrawn; restoring the gene’s expression flipped both deficits back
By
BeckhamLangford
Neuroscience
Restoring communication between basolateral and centrolateral amygdala neurons was enough to reverse anxiety in mice, per a new iScience study
By
BeckhamLangford
Neuroscience
A 20-to-45 Hz oscillation deep in the human thalamus appears only when you’re awake or in REM, the new biological signature of consciousness
By
BeckhamLangford
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