Affecting Motor Control

This course examines the neurological basis of how chiropractic adjustments affect motor control through their influence on the prefrontal cortex. Participants will explore the relationship between spinal joint proprioception and central nervous system processing, with emphasis on how mechanical stimulation via adjustment enhances proprioceptive signaling. The course covers current research on prefrontal cortex function in motor planning and decision-making, and discusses how improved afferent input from adjusted vertebral segments may optimize motor control, coordination, and movement efficiency. Clinical implications for patient assessment and outcomes will be integrated throughout.

• -Explain the neurophysiological mechanisms by which chiropractic adjustments influence prefrontal cortex function
• -Identify the neural pathways connecting spinal proprioception to motor control centers in the brain
• -Describe how improved proprioceptive input enhances motor planning and execution
• -Evaluate the evidence supporting the relationship between spinal manipulation and prefrontal cortex activation
• -Apply knowledge of motor control principles to explain patient outcomes in clinical practice
• -Distinguish between different motor control systems and their relevance to chiropractic care