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Our research covers a broad spectrum, investigating the core neural and behavioral processes behind motor control, skill acquisition, and growth. We examine sensory-motor impairments in neurodevelopmental conditions while developing interventions to enhance motor rehabilitation in neurological disorders.
We employ diverse experimental approaches across human and animal studies, utilizing tools like electromyography (EMG), motion tracking (kinematics), brain stimulation techniques (TMS and tDCS), and peripheral nerve stimulation. These are combined with sophisticated data processing and computational modeling. Our ultimate objective is to unravel the causes of movement disorders and pioneer innovative therapies for restoring motor capabilities—especially in walking, reaching & grasping, and movement synchronization—for patients with conditions such as partial cervical spinal cord injuries.