The optokinetic system is one of the most clinically underutilized frameworks in vestibular and functional neurology. For clinicians managing patients with visually induced dizziness, post-concussion visual dysfunction, cerebellar vestibular impairment, and optic flow sensitivity, understanding how the brain processes full-field visual motion is no longer optional. It is the foundation of precise, individualized neurorehabilitation. This course, Clinical Applications of the Optokinetic System, delivers that foundation with applied neuroanatomy, clinical assessment strategy, and evidence-informed rehabilitation frameworks built for licensed clinicians working at the intersection of vestibular, ocular motor, and functional neurology.

Most clinicians are performing optokinetic assessments at the bedside without a complete picture of what they are actually driving neurologically. The difference between a small-field and large-field optokinetic stimulus is not just one of size. It is a fundamentally different neurological event activating different cerebellar regions, different cortical networks, and producing different postural and autonomic consequences. This course maps those differences. You will learn to identify nodular and uvular dysfunction versus floccular dysfunction, understand velocity storage as a clinical variable, and use that information to guide therapeutic decision-making rather than applying generalized protocols.

This course is designed for licensed clinicians with existing vestibular and ocular motor foundations who are ready to work at a more precise diagnostic and therapeutic level. It is ideal for chiropractic neurologists, physical therapists, occupational therapists, and other rehabilitation specialists managing complex neuro-vestibular presentations including post-concussion syndrome, MDDS, visual motion sensitivity, and dysautonomia-related dizziness.