Movement disorders, cervical dystonia, and neural integrator dysfunction represent a frontier where clinical neuroscience meets everyday practice. This post-graduate program, led by Dr. Frederick Carrick, delivers an in depth exploration of the head and ocular motor neural integrators, the interstitial nucleus of Cajal, cerebellar feedback pathways, and the mesencephalic control of three dimensional head orientation. Clinicians seeking advanced training in functional neurology and movement disorder rehabilitation will find a rigorous, contemporary curriculum built on current literature and applied through live patient demonstrations.

The course opens with the principles of multiple connectivity and specificity that govern brain organization, establishing how every cortical neuron projects along five major pathways to the striatum, thalamus, pons, commissures, and neighboring cortex. From this foundation, you progress into the pathophysiology of cervical dystonia, examining how leaky and irritable neural integrators produce characteristic drifts, tremors, and dystonic posturing. You will learn to locate the null position, quantify drift velocity and amplitude, distinguish head nystagmus from ocular nystagmus, and interpret the relationship between neck proprioception and mesencephalic integration.

This program is designed as a capability builder rather than a memorization exercise. Using a flipped classroom and step back pedagogical model refined through Harvard collaborations, you will move from foundational anatomy into clinical reasoning and treatment design. Live cases including atypical Parkinsonism, brain injury, and cervical dystonia demonstrate how to adapt saccadic and pursuit strategies, gaze stabilization exercises, and proprioceptive interventions to each patient's neurological integrity. A full human brain dissection anchors the anatomy in tangible structure, revealing the relationships between the neostriatum, globus pallidus, substantia nigra, red nucleus, and cerebellar nuclei.

This course is ideal for chiropractors, chiropractic neurologists, and licensed clinicians engaged in vestibular rehabilitation, brain injury rehabilitation, and functional neurology who want to serve patients with complex movement disorders. Whether you are refining diagnostic precision or expanding your therapeutic repertoire, the applied frameworks presented here elevate both your clinical credibility and your capacity for meaningful patient outcomes.

Dr. Frederick Carrick is an internationally recognized authority in clinical neuroscience and functional neurology, with more than three decades of experience in movement disorder rounds spanning institutions from the Salpetriere in Paris to Harvard Medical School. As principal investigator on major research initiatives and a published contributor to the field, he brings the currency of contemporary neuroscience directly to your practice. His teaching connects primary literature to bedside application, ensuring that what you learn is both scientifically sound and immediately usable in service of your patients.