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Neuroimaging maps interaction between neural networks during working memory.

Performance of cognitive tasks requires reallocation of resources within and among cortical networks. Understanding the molecular mechanisms that govern such network dynamics is a longstanding goal of cognitive neuroscience. A … Continue Reading Neuroimaging maps interaction between neural networks during working memory.

Researchers identify previously unknown human-specific attention network in the brain.

Researchers at Columbia University and Washington University have found that key parts of the human brain network that give a person the power to control and redirect their attention, a … Continue Reading Researchers identify previously unknown human-specific attention network in the brain.

Researchers begin to map sensory over-responsivity in autistic children and adolescents.

Using functional magnetic resonance imaging, a team of UCLA researchers have shown for the first time that children with autism spectrum disorder (ASD) who are overly sensitive to sensory stimuli … Continue Reading Researchers begin to map sensory over-responsivity in autistic children and adolescents.

Neuroimaging study maps connections between the entire cerebral cortex and cerebellum in Autism.

In early childhood, the neurons inside children’s developing brains form connections between various regions of brain.  Researchers at San Diego State University found that in children and adolescents with autism … Continue Reading Neuroimaging study maps connections between the entire cerebral cortex and cerebellum in Autism.

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