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Spectrum: Autism Research News

Tag: corpus callosum

April 2017

Two autism features may share common root in brain

by  /  26 April 2017

Children with autism who have both severe repetitive behaviors and sensory sensitivities tend to have had unusually structured nerve tracts in infancy.

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February 2017
human brain showing the corpus callosum highlighted

Brain’s bridge could yield clues to faulty wiring in autism

by  /  27 February 2017

Decoding distortions in the brain’s largest nerve tract could lay bare basic problems with long-range neural connections in autism.

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August 2016

Common brain signature marks autism, attention deficit

by  /  8 August 2016

Children with autism, attention deficit hyperactivity disorder or obsessive-compulsive disorder all show similar disruptions in brain structure.

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February 2016

Big brains may hold clues to origins of autism

by  /  23 February 2016

The brain enlargement seen in many children with autism may reveal hints about the condition’s causes.

6 Comments
June 2015

Thick bridge of nerves may signal autism in infancy

by  /  4 June 2015

The bundle of nerves that connects the brain’s two hemispheres is abnormally thick in infants who are later diagnosed with autism. The broader the bundle, called the corpus callosum, the more severe a child’s symptoms.

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May 2015

Sex differences take center stage in autism special issue

by  /  29 May 2015

One of the most consistent findings in autism, and perhaps the most perplexing, is that it affects about four boys for every girl. This gender bias has become a hot topic in autism research — so much so that Molecular Autism devoted its entire May issue to it.

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Brain structure abnormalities predict repetitive behaviors

by  /  19 May 2015

Among babies who go on to receive a diagnosis of autism at age 2, alterations in brain structures forecast the severity of repetitive behaviors. The preliminary results were presented Saturday at the 2015 International Meeting for Autism Research in Salt Lake City, Utah.  
 

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April 2015

Corpus callosum ages abnormally in autism

by  /  10 April 2015

The thick bundle of nerve fibers that links the left and right hemispheres of the brain develops differently in children with autism, a nine-year study has found.

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February 2015

Gene networks offer entry point to unraveling autism

by  /  26 February 2015

By mapping the connections between autism genes, researchers are finding clues to the disorder’s origins. The key, they say, is to begin without bias.

8 Comments
December 2014

Brains of people with autism show altered growth with age

by  /  11 December 2014

Several brain regions in people with autism become enlarged earlier than usual during childhood and shrink too soon during adulthood, finds an eight-year imaging study.

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