August 7, 2019

Movement and sensory deficits may compromise neurogenesis in the post-natal stage of brain development

Recent findings in the field of neurobiology have elucidated that nervous system development and brain growth may be linked with movement and sensory input. The findings suggest that “mobility restrictions or insufficient sensory stimuli impact the production of new brain cells and brain development… “ and that “By testing whether early deficits in sensory experience similarly restrict human brain growth, our findings offer a novel approach to combatting such deficits to maintain normal brain development[1].”  Below, we explore the potential relevance of these new findings to the location and correction of vertebral subluxation in the pediatric population. These two recent […]