MAR 15, 2017 06:00 AM PDT

Primary motor and sensory cortical areas communicate via spatiotemporally coordinated networks at multiple frequencies

Presented At Neuroscience 2017
C.E. CREDITS: P.A.C.E. CE | Florida CE
  • Research Assistant Professor, Dept of Organismal Biology and Anatomy, University of Chicago
      I am a Research Assistant Professor at the University of Chicago. I have a BS degree in Physical Therapy, MA degree in Motor Learning, and a PhD degree in Neuroscience.

      My primary research interest lies in elucidating the neuronal mechanisms that underlie sensorimotor control and learning by using electrophysiological recordings from the sensorimotor cortex of behaving, non-human primates. I have investigated the sensorimotor control of reaching, feeding, and the coordination of arm movements and posture. My special research interest lies in the understanding of functional connectivity between the motor and sensory areas of the cortex that underlies sensorimotor integration.


    Sensorimotor integration is important for the acquisition and performance of motor skills. Here,we show the emergence of neuroplastic changes in the interactions between the motor andsomatosensory areas of the primate cortex during learning. Inter-areal coherence is frequencyand network-specific and exhibits a spatiotemporal organization. Time-sensitive sensorimotor integration and plasticity may rely on coherence of local and large-scale sensorimotor networks in order for cortical processes to operate at multiple temporal and spatial scales. Understanding cortico-cortical interactions may be important for developing therapies for sensorimotor disorders, such as those affecting feeding and speech that are commonly found in stroke and Parkinson's disease.

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