Sensory-Motor Systems

Researchers in the Division of Sensory-Motor Systems at Yerkes are conducting research to uncover the neural mechanisms responsible for normal and pathological sensory-motor and cognitive behavior. Determining the underlying neural machinery will lead researchers to better understand physiological and environment factors contributing to disorders affecting sensory, oculomotor and motor function.

Current studies may provide solutions for preventing myopia and loss of vision and answer questions about the connection between neurodegenerative diseases and the neural controls of movement and memory.

The research of Michael J. Mustari, PhD, chief of sensory-motor systems, focuses on understanding the role of early visual experience in the development of visual and eye movement systems. This work will help determine how cerebral cortical circuits convert sensory signals into commands for normal and pathological eye and gaze movements. 

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