Tag: motor skills

October 2009
News

Gene on chromosome 22 leads to autism mouse model

by  /  22 October 2009

Mice lacking a gene located in the chromosomal region 22q13 — which has been linked to autism — have motor learning and social deficits reminiscent of the disorder, according to unpublished findings presented in a poster session yesterday at the Society for Neuroscience meeting in Chicago.

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June 2009
News

Study identifies brain signatures of motor deficits in autism

by  /  9 June 2009

Children with autism rely on conscious planning, rather than habit, to control their movements, according to the first brain imaging study to examine motor performance in the disorder.

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November 2008
News

Beyond mirror neurons

by  /  20 November 2008

High-functioning children with autism may understand another personʼs intention when, for example, that person reaches for a glass of water ― a simple, goal-directed task ― without help from the mirror neuron system, according to research reported Tuesday at the Society for Neuroscience meeting.

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News

A simple behavioral test for mice

by  /  17 November 2008

Researchers at the Society for Neuroscience today described a new test for animal behavior that doesn’t interfere with normal mouse behavior, doesn’t require human interaction, and makes it simple to take long-term measurements: the ‘licking testʼ.

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March 2008
News

Restless sleep marks autism disorders

by  /  27 March 2008

For parents of children with autism, bedtime can be a boondoggle.

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January 2008
Opinion / Viewpoint

The 1999 Rett syndrome paper

by  /  3 January 2008

Huda Zoghbi and her colleagues painstakingly sequenced the candidate genes for Rett syndrome, culminating in the 1999 Nature Genetics report that pinpointed six de novo mutations in the MeCP2 gene as the cause of the disorder.

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December 2007
News

Interpreting gray matter studies not black and white

by  /  18 December 2007

Gray matter, that mysterious brain substance, is thought to control everything from motor function to mental acuity. In recent years several studies have suggested that an excess of gray matter during childhood is to blame for the symptoms of autism.

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