Sensory, motor connections may be disrupted in autism brains
Links between sensory and motor brain networks may be unusually weak in individuals with autism.
Links between sensory and motor brain networks may be unusually weak in individuals with autism.
A new analysis of brain scans highlights variations in the cerebellum, a brain area implicated in autism.
Patterns of brain activity in people with autism may be unusually consistent over seconds — and even years.
Damien Fair has a knack for transforming obstacles into opportunities, a trait that has brought trailblazing discoveries and admiration from colleagues.
To understand another person’s point of view, children with autism may need to actively suppress their own.
Children who have repetitive behaviors, a core autism trait, may show particular patterns of brain activity as early as 1 year of age.
A tiny fraction of the connections between brain regions can identify an individual.
Girls and boys with autism show different patterns of brain activity in response to sensory stimuli.
Targeting a fluorescent protein to the cell bodies of neurons enables researchers to clearly see which neurons fire when.
Mapping the effects of autism mutations on mouse brain circuits may reveal subtypes of the condition in people.