Clinical balance assessment sits at the intersection of functional neurology, rehabilitation science, and patient outcomes. As postural control testing becomes standard across chiropractic neurology, physical therapy, and functional medicine, clinicians using tools like the CAPS balance platform increasingly need research-level insight to interpret sway data with accuracy and confidence. This course addresses a precise and practical question that has long remained unanswered in the clinical neuroscience literature: does ambient office noise affect postural control measurements, and if so, what can clinicians do about it?

Presented by Dr. Kenneth Jay, Associate Director of Clinical Research at Plasticity Brain Centers, Associate Director of Clinical Education at UCF College of Medicine, and Assistant Professor at the Carrick Institute, this course delivers original research designed specifically to answer a real-world clinical challenge. Dr. Jay leads clinicians through the full architecture of the study: rationale, methodology, statistical approach, results, and clinical interpretation. The research used a three-factor repeated measures design, evaluating sway area across eight distinct noise conditions including silence, clinical office noise at 50 decibels, active noise canceling headphones, and white noise at both 55 and 75 decibels, on hard and soft surfaces, eyes open and eyes closed.

The findings resolve the noise confounding question with clinical confidence, and they surface something even more thought-provoking: a quantified breakdown of how surface firmness and visual input independently and interactively affect postural sway. The data challenges the conventional assumption that the visual system sits at the top of the sensory hierarchy for balance, revealing that proprioceptive disruption can be up to ten times more destabilizing than visual occlusion under specific conditions.

This course is designed for licensed clinicians who perform balance testing in practice, including chiropractors, functional neurologists, physical therapists, and rehabilitation specialists who want their clinical measurement to rest on a sound empirical foundation. One hour of continuing education credit is awarded upon completion.