Sagittal Plane Spine Subluxation, Pain, Disability, Altered Sensori

This on-demand course, led by Dr. Deed Harrison, delves into the critical topic of sagittal plane spine subluxation and its profound impact on pain, disability, and altered sensory function. Participants will gain insights into advanced spinal rehabilitation procedures and the biomechanical principles essential for effective patient care, drawing from Dr. Harrison's extensive research and clinical experience in Chiropractic BioPhysics®. Designed for chiropractors seeking to enhance their understanding of complex spinal conditions, this program offers valuable continuing education credits. It provides a comprehensive overview of how sagittal plane imbalances contribute to patient symptoms, equipping practitioners with evidence-based strategies to diagnose and manage these challenging cases, ultimately improving patient outcomes and quality of life.

• •Understand the biomechanical principles of sagittal plane subluxation and its relationship to spinal dysfunction
• •Identify clinical assessment techniques to diagnose sagittal plane imbalances and their contribution to pain and disability
• •Evaluate the neurological mechanisms linking spinal subluxation to altered sensory function
• •Apply evidence-based spinal rehabilitation procedures for managing sagittal plane conditions
• •Integrate Chiropractic BioPhysics® principles into comprehensive patient care protocols
• •Develop treatment strategies to improve patient outcomes and quality of life through proper spinal alignment restoration