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How is movement encoded in the brain? By using the neocortex and cerebellum as model systems, our research focuses on unravelling the complex cellular and circuit mechanisms underpinning simple and skilled motor behaviours.
Motor control is a basic but fundamentally important aspect of human and animal behaviour. Descending cortical and brainstem motor control pathways regulate spinal cord circuit activity in order to execute a wide range of motor movements from simple locomotion to complex, dexterous tasks such as reaching or grasping. Over the past century significant advances have been made in understanding how cortical and brainstem motor areas coordinate their activities to generate high-level motor control.
Motor control is a basic but fundamentally important aspect of human and animal behaviour. Descending cortical and brainstem motor control pathways regulate spinal cord circuit activity in order to execute a wide range of motor movements from simple locomotion to complex, dexterous tasks such as reaching or grasping. Over the past century significant advances have been made in understanding how cortical and brainstem motor areas coordinate their activities to generate high-level motor control.
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biorxiv(2022)
biorxiv(2021)
Social Science Research Network (2020)
biorxiv(2019)
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