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'Love hormone' may enhance brain activity in kids with autism

Oxytocin facilitated social attunement in kids with autism. Shanon Hamilton tries to get her son Jackson (3) to smile for a photograph but his attention is on Santa, at the Life Skills/Touch Point Autism Services "Milk and Cookies with Santa" event in Maryland Heights, Missouri -- an event that offers holiday fun for families with children on the autism spectrum. UPI/Bill Greenblatt
Oxytocin facilitated social attunement in kids with autism. Shanon Hamilton tries to get her son Jackson (3) to smile for a photograph but his attention is on Santa, at the Life Skills/Touch Point Autism Services "Milk and Cookies with Santa" event in Maryland Heights, Missouri -- an event that offers holiday fun for families with children on the autism spectrum. UPI/Bill Greenblatt | License Photo

NEW HAVEN, Conn., Dec. 8 (UPI) -- A dose of oxytocin, sometimes called the love or bonding hormone, may enhance brain activity in children with autism spectrum disorders, U.S. researchers say.

First author Ilanit Gordon and senior author Kevin Pelphrey, both of the Yale School of Medicine, and colleagues conducted a double-blind, placebo-controlled study of 17 children and adolescents with autism spectrum disorders.

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The participants, between the ages of 8-16 1/2, were randomly given either oxytocin, which has been found to be released in men and women at orgasm and to enhance maternal bonding, or a placebo via nasal spray during a task involving social judgments.

"We found that brain centers associated with reward and emotion recognition responded more during social tasks when children received oxytocin instead of the placebo," Gordon said in a statement. "Oxytocin temporarily normalized brain regions responsible for the social deficits seen in children with autism."

Gordon said oxytocin facilitated social attunement, a process that makes the brain regions involved in social behavior and social cognition activate more for social stimuli, such as faces, and activate less for non-social stimuli, such as cars.

"Our results are particularly important considering the urgent need for treatments to target social dysfunction in autism spectrum disorders," Gordon said.

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The findings were published in the Proceedings of the National Academy of Sciences.

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