Vestibular, Visual & Somatosensory Calibration Methods For Chiropractors

Course Description:

Vestibular, Visual & Somatosensory calibration for the Chiropractor

How well a patient can receive and hold a chiropractic adjustment is greatly influenced by the accuracy of integration of the vestibular, visual and somatosensory systems in the brainstem and the vestibulocerebellum, which are foundational to many essential human functions such as autonomics, cognition, motor control, spatial awareness and more. We will discuss the impact that these regions have, how dysfunction commonly presents and some of the most successful otolithic strategies to recalibrate them. This gravity-based method has proven to yield predictable and rapid change for so many patients seeking care from providers around the world.  Amplify the impact of your chiropractic adjustment by leveraging the gravity receptors with a brain-based method.

Learning Objectives: 

  1. In this course you will learn how to leverage the otolith receptors to improve balance, stability, posture, binocular vision, and vestibular function.  The strategies will encompass a combined approach to simultaneous engagement in vestibular, visual and somatosensory applications.  Specific consideration will be presented to facilitate spine care and positively influence spinal listings.
  2. We will explore the peripheral and central anatomical regions involved and discuss how foundational proper function is to many essential human functions such as autonomics, cognition, motor control, spatial awareness and more.
  3. We will discuss the impact that these regions have, how dysfunction commonly presents and some of the most successful otolithic strategies to recalibrate them.

Sponsor: Neurd Solutions