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NTHRYSPhD AssistanceHuman Movement Science

Human Movement Science

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Human Movement Science

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Research Frontiers in Cerebellar Contributions to Motor Adaptation and Learning

Investigates cerebellar mechanisms underlying rapid adaptation to novel motor tasks through functional neuroimaging and behavioral assessment protocols.

Cerebellar Timing Codes in Motor Prediction and Adaptation
Purkinje Cell Plasticity Across Motor Learning Timescales
Granule Cell Population Coding During Sensorimotor Recalibration
Inferior Olive Synchrony and Error Signal Computation
Cerebellar Output in Motor Correction Versus Motor Anticipation
Deep Cerebellar Nucleus Gain Modulation During Skill Acquisition
Molecular Brakes on Cerebellar Learning in Aging Movement
Cross-Cerebellar Hemisphere Communication in Bilateral Coordination
Vestibular-Cerebellar Plasticity in Balance Adaptation Dynamics
Cerebellar Microzones and Context-Dependent Motor Memory Consolidation

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