Motor recovery refers to the restoration of movement and coordination after brain or spinal-cord injury, stroke, or neurodegenerative disease. It involves complex processes of neuroplasticity, neural reorganization, and muscle retraining that enable the nervous system to regain lost motor control.

The Motor Recovery session focuses on neurobiological, therapeutic, and technological advancements driving motor restoration. Researchers explore cortical remapping, synaptic strengthening, and sensory-motor integration mechanisms that underlie functional improvement.

At the Motor Recovery Conference, rehabilitation specialists, neuroscientists, and engineers discuss strategies ranging from physiotherapy to robotic and brain–computer-assisted interventions. Topics include neuromodulation, mirror therapy, constraint-induced movement therapy, and transcranial magnetic stimulation (TMS).

This session emphasizes multidisciplinary rehabilitation integrating neuroengineering, behavioral therapy, and biomedical technology. It also highlights predictive models using neuroimaging and electromyography to tailor patient-specific recovery programs.

Breakthroughs in Neurorehabilitation and Neuroplasticity are reshaping post-stroke and trauma care by enhancing functional reorganization and adaptive learning.