Abstract

Exercise-induced neuroplasticity has gained significant attention for its potential to enhance brain structure and function. This manuscript investigates the impact of balance education on cortical thickness, particularly in visible and vestibular cortical areas. Using neuroimaging techniques, we examined changes in cortical thickness before and after a structured balance training program. Our findings suggest that balance education leads to significant increases in cortical thickness in areas associated with visual and vestibular processing. These results highlight the potential of balance training as a means to promote neuroplasticity and improve sensory integration.