Pilot Study Confirms That Children With Autism Need To Be Taught In Smaller Groups

Main Category: Autism
Also Included In: Neurology / Neuroscience
Article Date: 04 Jul 2009 - 1:00 PDT

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Since the 1970s, there has been much debate surrounding the fact that individuals with autism have difficulty in understanding speech in situations where there is background speech or noise.

At the annual meeting of the International Multisensory Research Forum (June 29th - July 2nd) held at The City College of New York (CCNY), neuroscientists announced conclusive evidence to verify this fact.

Speaking at the conference, Dr. John J. Foxe, Professor of Neuroscience at CCNY said: "Sensory integration dysfunction has long been speculated to be a core component of autism spectrum disorder (ASD) but there has been precious little hard empirical evidence to support this notion. Viewing a speaker's articulatory movements can greatly improve a listener's ability to understand spoken words, and this is especially the case under noisy environmental conditions.

"These results are the first of their kind to verify that children with autism have substantial difficulties in these situations, and this has major implications for how we go about teaching these children in the classroom," he continued. "Children with autism may become distressed in large classroom settings simply because they are unable to understand basic speech if the environment is sufficiently noisy.

"We should start to pay attention to the need for smaller numbers in the classroom and we need to carefully control the levels of background noise that these kids are exposed to. Imagine how frustrating it must be to sit in a classroom without being able to properly understand what the teacher or your classmates are saying to you.

"Being able to detect speech in noise plays a vital role in how we communicate with each other because our listening environments are almost never quiet. Even the hum of air conditioners or fans that we can easily ignore may adversely impact these children's ability to understand speech in the classroom.

"Our data show that the multisensory speech system develops relatively slowly across the childhood years and that considerable tuning of this system continues to occur even into early adolescence. Our data suggest that children with Autism lag almost 5 years behind typically developing children in this crucial multisensory ability."

Professor Foxe concluded that further studies may result in advances in the understanding of ASD and the communication abilities of individuals with autism by identifying the neural mechanisms that are at the root of these multisensory deficits. This will be an important step if viable intervention and training strategies are to be developed.

"This is one of the largest forums in the world whereby neuroscientists have the opportunity to offer insights, exchange, debate and collaborate on current research into multisensory integration, most of which have numerous practical everyday applications, for example, the clinical profession working in the area of autism," said Dr. Sophie Molholm, Associate Professor of Psychology and Cognitive Neuroscience at CCNY and local organizer for the conference.

Conference keynote speakers:

• Dr. Nikos Logothetis, Director, Max Planck Institute for Biological Cybernetics, University of Tübingen (Germany) - "Multisensory Integration: Current Results and Future Methodologies"
  
  
• Dr. Dora Angelaki, Alumni Endowed Professor of Neurobiology and Professor of Biomedical Engineering, Washington University - "Melding of minds: Combination of sensory cues improves spatial perception"
  
  
• Dr. Jon Kaas, Distinguished Professor of Psychology and Professor of Cell Biology, Vanderbilt University - "The organization of modules in posterior parietal cortex of primates for specific sensorimotor functions"

Source:
Ellis Simon
City College of New York

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