Conservative Management Strategies for the Dysautonomic Patient
A multimodal brain-based framework for assessing and rehabilitating autonomic dysfunction
Gain a clinical framework for evaluating and treating dysautonomia using personalized, brain-based rehabilitation strategies that restore patient function.
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Course Description
Dysautonomia remains one of the most underdiagnosed and undertreated conditions in clinical practice. Patients with POTS, orthostatic hypotension, vasovagal syncope, and related autonomic syndromes often cycle through conventional care without meaningful resolution, leaving them with progressive functional limitations and diminished quality of life.
This course equips clinicians with a practical, personalized framework for evaluating and managing autonomic dysfunction. Drawing on functional neurology and brain-based rehabilitation principles, you will learn how to assess multiple neurological systems, design individualized treatment plans, and apply multimodal therapeutic strategies including tilt table therapy, vagus nerve stimulation, somatosensory and trigeminal stimulation, visual and vestibular rehab, graded cardiovascular exercise, and photobiomodulation. Real patient case application grounds the clinical content in outcomes you can replicate.
What you’ll learn:
- Identify the neurological underpinnings of dysautonomia and its major clinical presentations
- Conduct a systematic, brain-based exam to localize autonomic dysfunction across neural networks
- Apply personalized multimodal rehab strategies including vagal, vestibular, and sensory tools
- Use tilt table therapy and graded exercise to build autonomic and cardiovascular resilience
- Translate clinical findings into patient-specific plans that deliver measurable functional outcomes
More About This Course
Dysautonomia is no longer a rare clinical outlier. Presentations of POTS, orthostatic hypotension, vasovagal syncope, and post-infectious autonomic dysfunction are appearing with increasing frequency across clinical disciplines, yet the tools most practitioners have available remain largely symptomatic and pharmaceutical. Conservative dysautonomia management, brain-based rehabilitation for autonomic dysfunction, and functional neurology approaches to POTS and orthostatic intolerance represent a rapidly expanding frontier in post-graduate clinical neuroscience education.
This course delivers a clinically actionable framework for understanding, assessing, and rehabilitating the dysautonomic patient. You will explore how the autonomic nervous system integrates signals from visual, vestibular, parietal, interoceptive, and cardiovascular networks, and why disruption in any of these systems can drive the wide symptomatic variability seen across this patient population. From modified tilt table therapy and vagus nerve stimulation to somatosensory and trigeminal stimulation, graded cardiovascular exercise, and photobiomodulation, this course maps out the tools that allow clinicians to build personalized, multimodal treatment plans grounded in individual exam findings rather than a one-size-fits-all protocol. A full patient case from intake through complete symptom resolution illustrates how these principles translate directly into clinical outcomes.
This course is designed for licensed healthcare clinicians who regularly encounter complex, difficult-to-resolve cases including neurologists, chiropractors, physical therapists, and integrative practitioners seeking to expand their functional neurology skill set. It is particularly relevant for clinicians seeing patients with post-concussion sequelae, long COVID, connective tissue disorders such as Ehlers-Danlos syndrome, or chronic fatigue presentations where autonomic involvement may be an underrecognized driver.
Dr. Ryan Harvey is a board-certified chiropractic neurologist, certified functional medicine practitioner, and lead clinical associate at the Functional Neurology Center in Minnetonka, Minnesota. Trained at Life University and through the Carrick Institute, Dr. Harvey specializes in brain-based rehabilitation for complex neurological conditions including dysautonomia, concussion, and traumatic brain injury. His clinical approach integrates rigorous neurological examination with individualized, evidence-informed rehabilitation strategies that meet patients at their current functional capacity and progress them systematically toward recovery.
Components
Educational Syllabus
- Mapping the Dysautonomic Brain and Building a Clinical Assessment Blueprint
- Gain command of the full neurological exam framework used with dysautonomic patients. Learn to assess oculomotor, vestibular, parietal, and interoceptive systems to pinpoint which neural networks are driving autonomic instability and why.
- The Multimodal Treatment Toolkit for Autonomic Rehabilitation
- Explore tilt table therapy, vagus nerve stimulation, trigeminal and somatosensory techniques, photobiomodulation, and vestibular rehab. Learn to select, sequence, and combine these tools using individualized exam findings.
- Personalized Care in Action Through a Dysautonomia Recovery Case
- Follow a complete clinical case from intake through full recovery. See how exam findings drove individualized treatment decisions, graded exercise progression, and nutritional support, resulting in total symptom resolution within eight to ten weeks.
Venue, Hotels & Schedule
Also includes


Conservative Management Strategies for the Dysautonomic Patient
Gain a clinical framework for evaluating and treating dysautonomia using personalized, brain-based rehabilitation strategies that restore patient function.
$
$
(
$
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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