Motor Systems and Myofascial Manipulation: Integrating Movement and Function
Integrating fascial mechanics, spinal reflexes, and cortical motor learning into clinical practice
Advance your clinical model of movement by integrating fascial mechanics, spinal reflexes, and cortical motor learning in one hour.
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Course Description
Movement is one of the most clinically complex phenomena a practitioner encounters, yet many clinical frameworks still treat fascia, reflexes, and cortical function as separate systems. The result is a gap between what the nervous system actually does and how clinicians assess and treat movement dysfunction.
In this one-hour course, Dr. Marc Ellis, chiropractic neurologist and founding member of the Fascia Research Congress, bridges that gap. You will explore how fascial layers transmit proprioceptive signals across muscle groups, how spinal reflex networks operate far beyond simple monosynaptic arcs, and how the cerebral cortex constructs predictive motor models through sensorimotor integration. You will leave with a richer, evidence-informed framework for understanding why myofascial intervention changes brain input and why that matters for lasting clinical outcomes.
What you’ll learn:
- Explain how fascial planes transmit proprioceptive signals across muscle groups
- Describe spinal reflex networks beyond the monosynaptic arc model
- Apply biotensegrity principles to assess connective tissue in clinical practice
- Recognize how interstitial fluid dynamics affect peripheral neural signaling
- Integrate myofascial techniques with cortical motor learning strategies
More About This Course
Motor control is one of the most scientifically rich and clinically underutilized domains in functional neurology. For clinicians working with movement dysfunction, musculoskeletal complaints, gait disturbances, or complex neurological presentations, understanding how fascial mechanics, spinal reflex architecture, and cortical motor planning converge is no longer optional. It is the foundation of precision clinical care.
This course, taught by Dr. Marc Ellis, chiropractic neurologist and founding member of the Fascia Research Congress, gives licensed clinicians a functional neurology framework for understanding motor systems in their full biological complexity. Rather than revisiting the muscle-tendon-bone linearity that most training programs rely on, this course moves directly into the biotensegrity of connective tissue, the cross-muscle proprioceptive transmission that occurs through shared fascial planes, and the role of interstitial fluid dynamics in peripheral neural signaling. Dr. Ellis draws on original cadaveric dissections, plastination imaging, and Fascia Research Congress scholarship to ground every concept in anatomical reality.
The clinical thread running through the entire course is this: myofascial intervention changes the afferent signal reaching the brain. When that input changes, the cortex updates its predictive motor model. When that model updates, outcomes shift. Clinicians who understand this chain, from fascial layer to spindle afferent to cortical column, are able to design interventions with a level of specificity that standard musculoskeletal approaches cannot offer.
This course is designed for chiropractors, chiropractic neurologists, physical therapists, osteopathic physicians, and any licensed clinician who works with movement, proprioception, or functional rehabilitation. Whether you are refining your manual therapy approach or building a more neurologically coherent treatment model, this content provides the scientific depth and clinical applicability to elevate your work.
Dr. Marc Ellis is a chiropractor and chiropractic neurologist trained in the tradition of Professor Frederick Carrick. A founding member of the Fascia Research Congress and a practicing functional neurologist, Dr. Ellis brings first-hand dissection experience, original anatomical modeling, and years of clinical application to every concept he teaches. His approach is always evidence-informed, always clinically grounded, and always oriented toward patient outcomes.
Components
Educational Syllabus
- The Living Architecture of Fascia and Proprioception
- Discover how shared fascial planes mechanically link adjacent muscles, transmitting spindle and Golgi tendon organ signals across traditional anatomical boundaries and reshaping how clinicians understand sensory input to the brain.
- Spinal Reflex Networks Reimagined for Complex Motor Control
- Move beyond monosynaptic reflex arcs into polysynaptic, cross-cord, and recurrent facilitation networks. Gain a working model of how spinal interneurons coordinate multi-joint movement and why this matters for your clinical decisions.
- Cortical Motor Learning and the Case for Myofascial Intervention
- Explore how the cerebral cortex builds predictive motor models through sensorimotor integration and why changing fascial afference directly updates those models, giving myofascial treatment a clear and compelling neurological rationale.
Venue, Hotels & Schedule
Also includes


Motor Systems and Myofascial Manipulation: Integrating Movement and Function
Advance your clinical model of movement by integrating fascial mechanics, spinal reflexes, and cortical motor learning in one hour.
$
$
(
$
The Carrick Institute team is ready to assist with enrollment, CE approval, or program planning. Email visit our CE Portal or Contact Us directly.
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