Neuroscience
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Neuroscience
Me, Myself, and Why
Me, Myself, and Why is an ambitious effort to dissect the hodgepodge of genetic and environmental factors that sculpt people’s identities.
By Meghan Rosen -
Neuroscience
Music doesn’t move some people
One study offers a glimpse into those who find no enjoyment in tunes.
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Neuroscience
Brain uses decision-making region to tell blue from green
Language and early visual areas of the brain are not crucial for distinguishing colors, an fMRI study suggests.
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Neuroscience
Girls may require more mutations than boys to develop autism
New results may help explain why more males wind up with autism.
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Neuroscience
Brain’s fact-checker located
A bit of brain tissue near the top of the head may be the body’s fact-checker. Called the supplementary motor cortex, this brain region monitors the body’s action and sends an alert when a mistake is made.
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Neuroscience
Like people, dogs have brain areas that respond to voices
MRI study may help explain how pups understand human communication.
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Psychology
Stress hormone rise linked to less risky financial decisions
People given cortisol chose safer options, suggesting inherent risk aversion as an overlooked variable in financial crises.
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Neuroscience
White matter scaffold offers new view of the brain
A new neural map of white matter connections may explain why some injuries are worse than others.
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Animals
Bonobos feel the beat
Some animals, like cockatoos and bonobos, are able to move to the groove. Studying animals that keep the beat might tell us whether musical rhythm is really widespread.
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Neuroscience
Video games could boost reading skills in dyslexia
People with dyslexia, a developmental reading disorder, have a harder time switching from visual cues to auditory ones, but the constant shifts in video games may help improve the how quickly individuals perceive the change.
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Neuroscience
Gene adds wrinkle to brain development
Mutations in the gene GPR56 results in misshapen folds in the brain tied to intellectual and language disabilities.
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Neuroscience
Ways of seeing the brain inspire notions of how it works
As scientists have developed more sophisticated methods and ideas, their understanding of how the brain works has shifted too.