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Organization of the neuronal networks that are linked to the ability to produce movements
How the human brain and spinal cord initiate, plan, execute and optimize movements
A system-approach to understanding the central nervous system, with emphasis on motor control
Transferring knowledge from basic neuro science into clinical neurorehabilitation practice
How physiology of neurons and astrocytes contribute to brain functions
Biomechanical movement analysis of human gait
Patch clamp recordings and 2 photon calcium imaging to investigate signaling in dendrites during functional network activity
Axon degeneration, regeneration, and ion-channel properties in peripheral neuropathy
The dynamics of the communications of neurons in the visual areas to reconstruct the visual scene or interpret sounds and sound sequences
Understanding sensorimotor interactions in the central nervous system of humans, and how they serve as the foundations for cognitive functions
Use of animal models to understand normal motor function and dysfunction following injury or disease
Understanding how neurons in small assemblies interact to produce sensory and motor functions in the brain
The rise and fall of human consciousness as functions of brain energy metabolism and neuro-transmission during development, aging, and neurodegeneration
Studies of how the brain and spinal cord initiate, plan, execute and optimize movements, and how the brain process sensory information.