Covers neuromodulation therapies designed to restore walking in individuals with spinal cord injuries and explores their implications for other neurological disorders.
Delves into computational models of spinal locomotor circuitry, showcasing accurate reproductions of speed-dependent gait expressions and experimentally observed changes.
Explores neuromodulation, spinal cord control, and the potential for recovery after spinal cord injury through innovative research and groundbreaking results.
Delves into the neural control of movement, focusing on spinal motor neurons and motor units, exploring techniques like EMG recordings and wearable neural interfaces.
Explores the control of movement, motor cortex characteristics, mirror neurons, brain-machine interfaces, and the role of basal ganglia in movement initiation and suppression.
