Neurology

Neurology 215: Dopamine, Parkinson's & Chiropractic

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A simplified clinical graphic of the brain's dopamine pathways, highlighting the Nigrostriatal pathway (motor) and Mesocortical pathway (executive function) with bold arrows to emphasize movement coordination over simple reward.
Online Course Format:  Online
Course Tuition:   $40.00
Credit Hours ( CE ):  2
Instructor:  Michael Hall, DC, FIACN
CLICK HERE for a list of states, provinces and countries this course is accredited in.

Online Chiropractic CE Course Description & Course Details

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Neurology 215: Dopamine — It’s Not Just for Pleasure

A 2-hour, PACE-recognized online chiropractic neurology course on dopamine’s role far beyond reward — motor control, Parkinson’s disease, the vitamin B6 connection, and evidence-informed strategies to support dopamine function naturally. Presented by board-certified chiropractic neurologist Michael W. Hall, DC, FIACN.

InstructorMichael W. Hall, DC, FIACN — Board Certified Chiropractic Neurologist
CE Hours2 CE hours
FormatOnline, self-paced — 1-year access
CategoryNeurology
ApprovalPACE Provider #34015544 · instant certificate on completion

Course Overview

Dopamine is popularly reduced to a “pleasure chemical,” but for the practicing chiropractor it is far more: a foundational regulator of movement, motivation, cognition, and neurological integrity. This online chiropractic continuing education course reframes dopamine as a motor-inhibitory neurotransmitter of the basal ganglia and follows the clinical thread from Parkinson’s disease — the classic dopamine-deficit disorder — through the vitamin B6 co-factor pathway and gastrointestinal absorption, and back to the natural, lifestyle-based levers that support healthy dopamine function.

You will learn to recognize pre-Parkinsonian signs a chiropractor may be the first clinician to observe, understand the research on how common Parkinson’s medications may deplete vitamin B6, and apply five evidence-informed strategies patients can use to support dopamine naturally. The course is directly relevant to whole-body, functional chiropractic practice and to patient-education conversations about movement, nutrition, and neurodegeneration.

About the Instructor

Michael W. Hall, DC, FIACN is a Board Certified Chiropractic Neurologist and a Fellow of the International Academy of Chiropractic Neurology. Through his BrainDC teaching platform (“Science. Health. Life.”), Dr. Hall presents functional-neurology continuing education that connects clinical neuroscience to everyday chiropractic practice. He is a core neurology faculty contributor to CCEDseminars, authoring the Neurology 201–series of online courses.

Learning Objectives

Upon completion of this course, the participant will be able to:

  • Explain dopamine’s role beyond reward — including motor inhibition in the basal ganglia, motivation, and cognition.
  • Recognize the clinical presentation of Parkinson’s disease and the pre-Parkinsonian signs a chiropractor may observe first.
  • Summarize the research on carbidopa/levodopa therapy and vitamin B6 depletion, and its patient-education implications.
  • Trace the dopamine biosynthesis pathway and the roles of dietary protein, vitamin B6, and gastric function.
  • Apply five evidence-informed lifestyle strategies that support dopamine function within the chiropractic scope.
Course Outline
  • Introduction: Dopamine Beyond Pleasure — the basal ganglia as a dopamine-driven motor inhibitor.
  • Parkinson’s Disease: The Dopamine Deficit Disorder — clinical presentation, epidemiology, the Hinz research on PD medications, and the carbidopa/levodopa side-effect profile.
  • Vitamin B6: The Critical Co-Factor — cardiovascular relevance and dietary sources.
  • GI Health & Nutrient Absorption — the hypochlorhydric patient, PPIs, and B6/B12 uptake.
  • Dopamine Neurochemistry & Pathways — biosynthesis (Phe → Tyr → L-DOPA → dopamine), the four dopaminergic pathways, and the cortico-striatal circuit.
  • Brain Function: Normal vs. Abnormal Firing Patterns — the integrated circuit, the over-firing mesencephalon, and the exercise dose-response.
  • Clinical Implications: Dopamine Deficiency Syndromes — the ADD/ADHD-to-Parkinson’s spectrum and pre-Parkinsonian presentation.
  • Naturally Elevating Dopamine: Five Clinical Protocols — body composition, purposeful engagement, goal-setting, novelty, and cold exposure.
Technology & Access

This is a self-paced, on-demand online course. After enrollment it is available in your CCEDseminars account for one year, and you may start, pause, and resume as often as you like. A computer, tablet, or phone with audio and a standard internet connection is all that is required.

Course notes, handouts, and references are included in the course notes panel. On completing the presentation and the short post-course test, your certificate is generated instantly and can be printed from your account for your records and board reporting.

State Approvals & Accreditation

CCEDseminars is a PACE-recognized provider (Provider #34015544) through the FCLB, and this course is accredited across a broad list of U.S. states, Canadian provinces, and international regions. Because individual board acceptance and reporting rules vary, confirm current requirements for your jurisdiction on the accreditation list below or via our Contact page. Texas licensees can verify provider status with the Texas Board of Chiropractic Examiners.

The full, current list of accredited states, provinces, and regions is shown in the accreditation panel on this page.

Frequently Asked Questions
Does dopamine have a role beyond pleasure and reward?
Yes. While dopamine is widely known for reward, it is fundamentally a regulator of movement, motivation, and cognition. In the basal ganglia it acts as a motor inhibitor, which is why its depletion in the substantia nigra produces the movement disorder of Parkinson’s disease. This course explores those broader motor, cognitive, and clinical roles in depth.
What will I learn in this dopamine CE course?
You will learn dopamine neurochemistry and pathways, the clinical presentation of Parkinson’s disease and pre-Parkinsonian signs, the vitamin B6 co-factor connection and how some Parkinson’s medications may deplete B6, and five evidence-informed lifestyle strategies that support dopamine function naturally within the chiropractic scope.
How many CE hours is this course, and is it PACE-approved?
This course is worth 2 CE hours and is delivered by CCEDseminars, a PACE-recognized provider (Provider #34015544) through the FCLB. A certificate is issued instantly upon completion of the course and post-course test.
Is this course accepted in my state?
This course is accredited across a broad list of U.S. states, Canadian provinces, and international regions through PACE recognition. Board acceptance and reporting rules vary by jurisdiction, so check the accreditation panel on this page for your state or region, or contact us if you need confirmation before enrolling.
Can chiropractors support dopamine function naturally?
Yes — within scope. The course reviews five evidence-informed, lifestyle-based strategies (body composition, purposeful cognitive engagement, goal-setting, novelty/mild risk, and cold exposure) alongside the roles of dietary protein, vitamin B6, and gastric function in dopamine biosynthesis. These are patient-education and lifestyle-medicine levers, not pharmacological interventions.
How do I access the course and get my certificate?
After enrolling, the course appears in your CCEDseminars account for one year of self-paced access. Complete the presentation and the short post-course test, and your personalized certificate is generated instantly for printing and board reporting.

Neurology 215: Dopamine — It’s Not Just for Pleasure

2 CE hours · Online, self-paced · PACE-recognized · instant certificate

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Related Neurology CE

Continue building functional-neurology hours with the full Neurology online CE course series by Dr. Hall, or complete a large block at once with the Chiropractic Clinical Neurology (CCN) 201–224 48-hour bundle.

Texas Chiropractic CollegeFCLB PACE Recognized CE Provider #34015544CE Broker

Board-approved · PACE Provider #34015544 · CE Broker auto-reporting · Instant certificate

Last reviewed: {REVIEW_DATE} · Reviewed by Monte Horne, DC · Reviewed monthly

References & Further Study

  1. Hinz M, et al. Parkinson’s disease and the amino-acid/B6 relationship — case study (2011) and subsequent analyses. National Library of Medicine, PMC3068871.
  2. Pollard I. “From Happiness to Depression.” Bioscience & Bioethics.
  3. Vitamin B6, homocysteine, and cardiovascular health — clinical nutrition literature.
  4. Proton-pump inhibitors, gastric pH, and micronutrient absorption — functional-medicine clinical reviews.
  5. Cold-exposure and catecholamine (dopamine/noradrenaline) response — contemporary neuroscience literature.
This online chiropractic course is accredited in the following states:

Alaska, Colorado, Connecticut, Delaware, District Of Columbia, Florida, Hawaii, Idaho, Illinois, Indiana, Iowa, Kansas, Maine, Maryland, Massachusetts, Michigan, Minnesota, Missouri, Montana, Nebraska, Nevada, New Hampshire, New Jersey, New York, North Carolina, North Dakota, Ohio, Oregon, Puerto Rico, Rhode Island, South Carolina, South Dakota, Tennessee, Texas, Utah, Vermont, Virginia, Washington, West Virginia, Wyoming,

This online chiropractic course is accredited in the following Canadian Provinces:

British Columbia, Manitoba, New Brunswick, Nova Scotia, Ontario, Yukon,

This online chiropractic course is accredited in the following regions outside the United States & Canada:

Argentina, Australia, Bahamas, Belgium, Bolivia, Cayman Islands, Chili, Columbia, Costa Rica, Cyprus, Denmark, Dominican Republic, Ecuador, Fiji, Finland, Germany, Greece, Guam, Hong Kong, Hungary, Iceland, Iran, Israel, Italy, Jamaica, Japan, Jordan, Korea, Lebanon, Libya, Liechtenstein, Malaysia, Mexico, Nambia, Netherlands, New Zealand, Northern Ireland, Norway, Panama, Peru, Philippines, Saint Kitts & Nevis, Saudi Arabia, Singapore, South Africa, Spain, Sweden, Switzerland, Taiwan, Thailand, Trinidad & Tobago, United Arab Emirates, United Kingdom, Venezuela, Virgin Island, Zimbabwe,