Exploring the Neurokinematics of Joint Manipuation @ The FCA National

Hour 1: Neurokinematics of Joint Manipulation

1. Overview of Sensory Integration and Dynamics
   • Introduction to sensory integration and its role in joint control.
   • Understanding the influences of ascending and descending pathways.
2. Central Consequences of Receptor Integration
   • Exploration of the interaction between the brain, receptors, and effectors.
   • Discussion on the central consequences of receptor integration.
3. Functional Decompensation Assessment
   • Identifying and locating neurological decompensations.
   • Assessing the functional integrity of the brainstem, cerebellum, frontal lobe, and thalamus.
4. Receptors and Joint Manipulation
   • Differentiating direct and indirect receptors.
   • Discussion on manipulation of joints versus muscles.
   • Introduction to stretching techniques: fast vs. slow stretching.

Hour 2: Techniques and Implementation

1. Cellular Metabolism, Rib Mechanics, and Respiratory Mechanics
   • Understanding the relationship and implications.
   • Assessing and manipulating rib mechanics and respiratory tidal volume.
2. Spinal Manipulation Techniques
   • Techniques for cervical, thoracic, and lumbar spine manipulation.
   • Manipulation of the pelvis and extremities.
3. Safe and Effective Implementation Strategies
   • Skill acquisition and technique mastery.
   • Maximizing skill acquisition in manipulation techniques.
4. Algorithm for Adjustment
   • Presenting a physical examination-based algorithm to guide adjustment areas.
   • Measuring intervention outcomes and adjusting strategies accordingly.

Through a combination of theoretical insights, practical demonstrations, and interactive discussions, participants will gain a comprehensive understanding of chiropractic neurology and the neurokinematics of joint manipulation, empowering them to enhance patient care and outcomes in their practice.