Courses

Glucose Regulation, HPA Axis, Gastrointestinal System and Liver

A case-intensive clinical framework for identifying and resolving the metabolic barriers preventing your patients from achieving lasting neurological recovery

Apply a 4-priority neurochemical framework to identify and resolve the metabolic roadblocks preventing your patients from holding neurological gains.

Functional Medicine
David Clark
Level:
3
-
Integrator
Credit Hours:
25
Price:

$

1188

$

(

% off)

$

1188.00
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Course Description

Even when the neurological diagnosis is clear and the rehabilitation is sound, patients plateau. The reason is rarely the treatment itself. Metabolic dysfunction, unresolved autoimmunity, dysglycemia, iron deficiency, HPA axis disruption, and GI-driven inflammation quietly undermine receptor-based rehab from the inside out, and standard lab ranges miss most of it.

This module places functional neurochemistry and clinical nutrition directly inside your clinical workflow. Through a structured 4-priority framework and an extensive library of real patient cases, you will learn to read blood chemistry at a functional level, recognize the metabolic patterns that stall neurological recovery, and apply targeted dietary and supplement protocols that address root cause physiology. The result is a more complete clinical picture and a more durable patient outcome. This is not protocol memorization. It is a clinical thinking system built for the complexity your patients actually present.

What you’ll learn:

  • Apply the 4 Neurochemical Priorities to guide clinical decision-making in complex cases
  • Interpret functional blood chemistry ranges to identify metabolic barriers to recovery
  • Assess HPA axis and glucose dysregulation using history, labs, and clinical patterns
  • Evaluate GI and liver function as drivers of systemic and neurological inflammation
  • Design targeted supplement and dietary protocols to restore neurochemical function

More About This Course

Clinicians working at the intersection of functional neurology and functional medicine encounter a persistent and frustrating reality: patients who respond initially to receptor-based rehabilitation but fail to hold their gains. The limiting variable is rarely the neurological intervention. It is the metabolic environment in which that intervention is attempting to work. Clinical neurochemistry, functional blood chemistry interpretation, HPA axis dysfunction, dysglycemia, iron status, gut barrier integrity, and autoimmune load all determine whether the nervous system has the cellular resources to adapt, repair, and sustain improvement.

Clinical Neurochemistry and Nutrition Module 3 provides clinicians with a rigorously organized, case-driven framework for integrating these metabolic variables into everyday neurological practice. Built around the Four Neurochemical Priorities, this course teaches you to sequence your clinical thinking from clinically significant autoimmunity through cellular energy production, glucose and adrenal regulation, and GI and liver function. Functional lab ranges are applied throughout, so interpretation moves beyond normal versus abnormal into clinically meaningful versus clinically significant. You will understand when and why testing is appropriate, what patterns matter, and how to build supplement and dietary protocols grounded in physiology rather than protocol sheets.

This course is designed for licensed clinicians with a working foundation in clinical neuroscience who are ready to expand their capacity to manage metabolically complex patients. Chiropractors, chiropractic neurologists, functional medicine practitioners, and allied health clinicians working with post-concussion, autoimmune, dysautonomic, and chronic fatigue presentations will find immediate clinical application throughout.

Dr. David J. Clark, DC, is a Fellow of the American College of Functional Neurology, the American Board of Brain Injury and Rehabilitation, the American Association of Integrative Medicine, and the American Board of Vestibular Rehabilitation. He holds Diplomate status from the College of Clinical Nutrition and the American Chiropractic Neurology Board and is a certified Vestibular Rehab Specialist through the ACNB. With decades of clinical experience managing neurologically and metabolically complex patients, Dr. Clark teaches clinical reasoning through real case progression rather than theoretical abstraction, offering clinicians a model they can apply immediately in practice.

Components

Educational Syllabus

  • Reading Blood Chemistry the Way the Brain Needs You To
    • Functional versus standard reference ranges applied across the CBC and CMP so that subclinical metabolic patterns become visible and clinically actionable before they become disease.
  • Autoimmunity as a Neurological Variable
    • How clinically significant autoimmunity silently undermines neurological rehabilitation, with clinical staging, antibody patterns, and immune challenge methods that shape your treatment sequence.
  • Iron, Ferritin and the Oxygen-Energy Connection
    • Iron deficiency is far more common and far more neurologically consequential than standard ranges reveal. Master functional ferritin targets, absorption strategies, and the clinical patterns that demand attention.
  • B12, Folate and the Methylation Cascade
    • Beyond deficiency detection, understand how B12 and folate status shapes neurological function, autoimmune load, and homocysteine metabolism, and how to correct it through the right delivery systems.
  • Cortisol, the HPA Axis and Why Patients Crash
    • The circadian rhythm of cortisol, its relationship to glucose, immunity, and brain function, and the clinical distinction between gland failure and command failure that determines your entire treatment approach.
  • Reactive Hypoglycemia and Hypoglucocytosis Decoded
    • Two patterns that destroy neurological outcomes yet are routinely missed. Learn to identify them from history alone, confirm them with surrogate lab markers, and resolve them with diet and targeted support.
  •  Insulin Resistance as a Brain Problem
    • Insulin's role in synaptic plasticity, neurogenesis, and neurotransmitter regulation means insulin resistance is never just metabolic. Understand the brain consequences and the pathway back to function.
  • Adrenal Adaptogen Science and Clinical Application
    • Adaptogens are not supplements chosen by category. Learn the network pharmacology behind Rhodiola, Ashwagandha, Schisandra, and others and how to match the plant to the clinical pattern.
  • The Gut Barrier, Zonulin and the Brain Connection
    • Intestinal hyper-permeability is not a diagnosis. It is a mechanism. Understand tight junction biology, the zonulin pathway, and how gut barrier disruption drives neuroinflammation and autoimmunity.
  • Gluten Sensitivity Beyond Celiac Disease
    • The immunological spectrum from celiac to non-celiac wheat sensitivity to neurological gluten reactivity, and why a negative celiac panel does not clear your patient to eat gluten.
  • Hepatic Biotransformation and Its Neurological Consequences
    • Phase 1 and 2 detoxification, CYP450 genetics, estrogen clearance, and toxicant-induced loss of tolerance explain patterns that standard liver panels and conventional history cannot account for.
  • The Anti-Inflammatory Diet as Clinical Medicine
    • The repair diet is not a wellness recommendation. It is a diagnostic and therapeutic tool. Learn the rationale, the sequence, the reintroduction protocol, and what each outcome tells you about the patient.
  • Supplement Protocols Built on Physiology Not Products
    • Curcumin, resveratrol, EPA, glutathione, butyrate, selenium, and vitamin D applied with mechanistic precision, including delivery form, dose rationale, and timing relative to the clinical priority being addressed.
  • Complex Case Integration From History to Resolution
    • Ten-plus real patient cases tracked from chief complaint through blood chemistry, clinical reasoning, protocol design, and long-term outcome, building the pattern recognition that no textbook can provide.

Venue, Hotels & Schedule

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Also includes

—
3
Months Medline Access
—
Ability to resubscribe to keep access after
3
months
—
You have
3
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
—
Certificate of Completion
Glucose Regulation, HPA Axis, Gastrointestinal System and Liver | 994 | On-Demand by Dr. David ClarkGlucose Regulation, HPA Axis, Gastrointestinal System and Liver | 994 | On-Demand by Dr. David Clark

Glucose Regulation, HPA Axis, Gastrointestinal System and Liver

Apply a 4-priority neurochemical framework to identify and resolve the metabolic roadblocks preventing your patients from holding neurological gains.

Functional Medicine
David Clark
Level:
3
-
Integrator
Credit Hours:
25
Price:

$

1188

$

(

% off)

$

1188.00

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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David Clark
|
DC, DACNB, FACFN, FABVR, FAAIM, FABBIR
Assistant Professor of Functional Neurology
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