Courses

Fibromyalgia, Movement Dysfunction & the Case for Functional Neurorehabilitation

A functional neurology framework for assessing and rehabilitating sensorimotor impairments in fibromyalgia

Rethink fibromyalgia through a movement lens and gain a neurological framework for objective assessment and individualized neurorehabilitation.

Functional Neurology
Nicole Quodling
Level:
4
-
Specialist
Credit Hours:
1
Price:

$

47.5

$

(

% off)

$

47.50
1 Choose your format.

Course Description

Fibromyalgia presents clinical complexity that extends well beyond widespread pain. Emerging research identifies measurable impairments in gait, balance, postural control, and sensorimotor integration, pointing directly to altered nervous system function. For clinicians working with these patients, that evidence opens new possibilities for assessment and care.

This webinar integrates current movement science with functional neurology principles to give clinicians a structured framework for interpreting movement dysfunction as a neurological finding, not a side effect of pain. Clinicians leave with objective assessment strategies and a clearer path to individualized neurorehabilitation planning for complex fibromyalgia presentations.

What you’ll learn:

  • Identify neurological movement impairments documented in fibromyalgia research
  • Interpret gait and balance findings through a sensorimotor processing lens
  • Apply functional neurology principles to fibromyalgia clinical assessment
  • Distinguish movement dysfunction as a primary neurological finding, not secondary pain
  • Design individualized neurorehabilitation strategies for fibromyalgia presentations

More About This Course

Fibromyalgia affects an estimated 2 to 4 percent of the global population, yet clinical management continues to focus predominantly on pain modulation. A growing body of peer-reviewed research now points to something clinicians in movement-based disciplines are well positioned to address: measurable, neurologically meaningful dysfunction in gait, postural stability, balance, and sensorimotor integration. Functional neurology, neurorehabilitation for fibromyalgia, sensorimotor processing disorders, and movement-based chronic pain assessment represent the core clinical and academic territory this course covers.

This one-hour webinar moves beyond symptom management to examine the nervous system mechanisms underlying movement dysfunction in fibromyalgia. Participants will explore how impairments in proprioception, central sensitization, and postural control reflect altered sensory processing at a systems level, and how that understanding changes both clinical reasoning and rehabilitation planning. The course presents a practical framework for integrating objective movement assessment into clinical decision-making, bridging neuroscience research with the realities of frontline patient care.

This course is designed for licensed chiropractors, chiropractic neurologists, physiotherapists, and other movement-informed clinicians who regularly encounter fibromyalgia in practice and are seeking a more neurologically grounded approach to assessment and intervention. It is equally relevant for clinicians pursuing advanced competency in functional neurology or chronic pain neurorehabilitation.

The course is presented by Nicole Quodling, BSc MChiro MChiroSpSc DACNB MScClinNeurosc, a chiropractic neurologist with advanced postgraduate training in sports science and clinical neuroscience. Her dual expertise in functional neurology and movement science positions her to translate complex neurological research into clinical frameworks that are both evidence-informed and practically applicable.

Components

Educational Syllabus

  • Movement Dysfunction as a Neurological Signature of Fibromyalgia
    • Research now identifies consistent, measurable deficits in gait, balance, and postural control in fibromyalgia patients. This topic reframes those findings as neurological data points, elevating clinical interpretation beyond the pain model.
  • Sensorimotor Integration and the Sensitized Nervous System
    • Central sensitization alters how the nervous system processes and responds to sensory input. This topic examines the mechanisms linking disrupted sensorimotor integration to observable movement dysfunction, building a neurological rationale for intervention.
  • Objective Movement Assessment in Complex Fibromyalgia Cases
    • Learn how to apply structured, objective movement assessment tools to fibromyalgia presentations. This topic translates neuroscience into a clinical workflow that supports precise, individualized case formulation.
  • Building a Functional Neurorehabilitation Strategy
    • This topic presents an evidence-informed framework for designing neurorehabilitation plans that target the sensorimotor deficits underlying fibromyalgia, moving clinical care from broad symptom management toward targeted neurological intervention.

Venue, Hotels & Schedule

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Also includes

—
1
Months Medline Access
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Ability to resubscribe to keep access after
1
months
—
You have
1
month(s) access from the date you begin the course
—
Eligibility for Neurology Fellowship and Diplomate Examinations after the completion of 300+ hours of study
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Certificate of Completion
26SYNP | Fibromyalgia, Movement Dysfunction & the Case for Functional Neurorehabilitation | On-Demand with Dr. Nicole Quodling26SYNP | Fibromyalgia, Movement Dysfunction & the Case for Functional Neurorehabilitation | On-Demand with Dr. Nicole Quodling

Fibromyalgia, Movement Dysfunction & the Case for Functional Neurorehabilitation

Rethink fibromyalgia through a movement lens and gain a neurological framework for objective assessment and individualized neurorehabilitation.

Functional Neurology
Nicole Quodling
Level:
4
-
Specialist
Credit Hours:
1
Price:

$

47.5

$

(

% off)

$

47.50

The Carrick Institute team is ready to assist with enrollment, CE approval, or program planning. Email visit our CE Portal or Contact Us directly.

On Demand
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In Person
Hands-on · Full immersion
Nicole Quodling
|
BSc, MChiro, MSportsSc, DACNB, MSNeuroSci
Assistant Professor of Functional Neurology
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