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UID:20250719T043344EDT-0546xGG7bB@132.216.98.100
DTSTAMP:20250719T083344Z
DESCRIPTION:In this presentation\, I will describe and integrate recent res
 ults from several studies examining sensorimotor functioning in stuttering
  children and adults. In a series of sensorimotor adaptation studies\, usi
 ng both speech and nonspeech paradigms\, we have examined the ability of s
 tuttering and nonstuttering children and adults to learn a new mapping bet
 ween sensory and motor systems. Using a robotic device that can both measu
 re active jaw movements and implement passive jaw movements\, we have atte
 mpted to identify sensory vs. motor difficulties. Using electrophysiologic
 al techniques\, we have studied modulatory effects of the motor system on 
 sensory processing. In addition\, we have examined stuttering and nonstutt
 ering individuals’ movement accuracy for speech as well as nonspeech motor
  tasks. The combined results indicate that stuttering is associated with i
 nefficient sensorimotor integration and the acquisition of inaccurate neur
 al representations of sensory-motor mappings (i.e.\, internal models). I w
 ill discuss these results in the context of our previously formulated theo
 retical model regarding the neural bases of stuttering.
DTSTART:20140408T203000Z
DTEND:20140408T213000Z
LOCATION:1160 av des Pins ouest\, CA\, Goodman Cancer Research Centre\, Roo
 m 501\, 1200 Pine Avenue West
SUMMARY:Sensorimotor integration for speech and nonspeech movements in chil
 dren and adults who stutter
URL:/channels-contribute/channels/event/sensorimotor-i
 ntegration-speech-and-nonspeech-movements-children-and-adults-who-stutt
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