Chiropractic Neurological Technique
This 1- day course focuses on teaching how disturbances in body alignment promote dysfunction in the central nervous system and how that dysfunction further promotes disturbances in body alignment. Understanding this two-way street will allow for improved clinical outcomes by the application of novel adjusting paradigms in combination with other manual therapies.
Brain-based adjusting combines many lines of literature into a concise model that describes in detail how subluxations effect central nervous function as well as how the adjustment along with other manual therapies effect that functionality. Significant correlates are made between the vestibular, visual and proprioceptive systems describing how they work together to promote optimum body alignment. Understanding these correlates gives clinicians the opportunity to adjust their techniques to maximize their effectiveness.
- The neurological mechanisms of the chiropractic adjustment and other manual therapies.
- Palpatory/assessment techniques congruent with current clinical neuroscience and biomechanical theories.
- Biomechanical coupling and its neurological importance.
- How the visual, vestibular and proprioceptive systems influence the subluxation and how to leverage the use of those systems to maximize clinical outcomes.
- The cartesian coordinate system and its importance in linking the above-mentioned systems.
- Quick and effective examination procedures to delineate the visual, vestibular and proprioceptive influences on subluxations.
- Adjusting patterns for:
- Cerebellar Deficits
- Cortical Deficits
- Vestibular deficits involving the:
- Anterior Canal
- Horizontal Canal
- Posterior Canals
- Utricular Deficits
- Saccular Deficits
- SNAGS (Sustained Natural Apophyseal Glides) and their application
- How to modify your own adjusting technique to accommodate the visual, vestibular and proprioceptive systems.
A significant portion of time will be devoted to “hands on” applications. This a learn by doing program and will involve covering areas of the neurological examine as well as adjustive procedures. Emphasis will be placed on discussions surrounding the most appropriate adjustment to the neurological findings observed.
*All proceeds will go towards the Life Functional Neurology Club
STUDENTS: Use Promo Code: StuLife at Checkout
• Early Bird Tuition (expires October 3rd at midnight): $99
• General Tuition: $120
*Please bring student ID to the event for verification purposes.
• Early Bird Tuition (expires October 3rd at midnight EST): $299
• General Tuition: $349