Missing Brain Hemisphere Tied to Fortified Neural Networks
Missing Brain Hemisphere Tied to Fortified Neural Networks
A small study finds that patients who had half their brains removed to treat epilepsy have stronger neural networks than controls, perhaps explaining how they can retain language and cognition skills.
Missing Brain Hemisphere Tied to Fortified Neural Networks
Missing Brain Hemisphere Tied to Fortified Neural Networks

A small study finds that patients who had half their brains removed to treat epilepsy have stronger neural networks than controls, perhaps explaining how they can retain language and cognition skills.

A small study finds that patients who had half their brains removed to treat epilepsy have stronger neural networks than controls, perhaps explaining how they can retain language and cognition skills.

functional connectivity
Researchers Identify Gene Variants Linked to Synesthesia
Researchers Identify Gene Variants Linked to Synesthesia
Catherine Offord | Mar 6, 2018
A whole-genome analysis of people who experience color when they listen to sounds points to a handful of genes involved in neural development.
Study: Infants’ Brain Activity Patterns Predict Autism Risk
Study: Infants’ Brain Activity Patterns Predict Autism Risk
Aggie Mika | Jun 8, 2017
Scientists provide evidence that blood-flow patterns in six-month-old babies’ brains can accurately predict cognitive and behavioral markers of autism spectrum disorder two years later.