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ASD Neurochemistry & Treatment
Advanced functional medicine approach to autism spectrum disorders using neurochemical pathways and metabolic interventions
Comprehensive neurochemical approach to ASD using functional medicine principles, metabolic testing, and evidence-based nutritional interventions.
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Course Description
This advanced course explores the complex neurochemical underpinnings of autism spectrum disorders through a functional medicine lens. Clinicians learn to identify metabolic dysfunction including mitochondrial abnormalities, methylation defects, immune dysregulation, and microbiome imbalances that contribute to ASD pathophysiology. The curriculum covers comprehensive testing strategies, interpretation of organic acids and specialized labs, and implementation of targeted nutritional protocols. Evidence-based supplementation approaches address glutathione deficiency, B-vitamin metabolism, immune modulation, and gut-brain axis dysfunction. Case studies demonstrate practical application of neurochemical principles to improve core ASD symptoms and comorbidities through metabolic restoration
What you’ll learn:
- Identify key neurochemical pathways disrupted in autism spectrum disorders
- Interpret organic acids testing and specialized metabolic laboratory panels
- Design targeted supplementation protocols for methylation and mitochondrial support
- Implement evidence-based nutritional interventions for gut-brain axis dysfunction
- Apply functional medicine principles to improve core ASD symptoms and comorbidities
More About This Course
Autism spectrum disorders affect approximately 1 in 36 children, presenting complex neurochemical challenges that extend far beyond traditional behavioral interventions. This comprehensive course integrates cutting-edge research in functional neurology and metabolic medicine to address the underlying biochemical abnormalities contributing to ASD symptomatology.
The course explores multiple interconnected pathways including mitochondrial dysfunction, methylation cycle abnormalities, oxidative stress, immune dysregulation, and gastrointestinal dysfunction. Clinicians develop expertise in advanced laboratory testing including organic acids analysis, food sensitivity panels, autoimmune markers, and microbiome assessment to identify specific metabolic targets.
Evidence-based nutritional interventions form the therapeutic foundation, covering vitamin D optimization, omega-3 fatty acids, B-vitamin protocols, glutathione support, probiotics, and immune-modulating compounds like curcumin and resveratrol. The curriculum emphasizes practical implementation through detailed case studies demonstrating measurable improvements in communication, behavior, and overall function.
This course serves licensed healthcare practitioners seeking to expand their clinical toolkit beyond conventional approaches. Dr. David Clark, a board-certified chiropractic neurologist and functional medicine practitioner, draws from extensive clinical experience treating autism spectrum disorders to provide actionable protocols that address root-cause metabolic dysfunction rather than symptom management alone.
Components
Educational Syllabus
- Course Framework & Clinical Application
- Introduction to how neurochemistry integrates into functional neurology, emphasizing clinical reasoning over memorization and applying principles to real patient care.
- How to Use This Course Clinically
- Framework for identifying metabolic barriers through history, exam, and response to treatment, guiding clinical decision-making and follow-up strategies.
- Clinical Decision-Making Algorithms
- Step-by-step logic for determining whether interventions are effective, including 2-day and 30-day reassessment models.
- The Four Neurochemical Priorities
- Overview of the core clinical hierarchy: autoimmunity, RBC function, blood sugar/adrenal regulation, and GI/liver health as foundational drivers of dysfunction.
- Ex Juvantibus Clinical Reasoning
- Using patient response to treatment as a diagnostic tool while maintaining clinical caution and critical thinking.
- Understanding Autism as a Spectrum (“Autisms”)
- Recognition of ASD as a heterogeneous condition with multiple causes, presentations, and treatment pathways rather than a single disease model.
- Diagnostic Criteria and Clinical Features of ASD
- Review of DSM-5 criteria including deficits in communication, social interaction, and repetitive behaviors, with early developmental onset.
- Epidemiology and Prevalence of ASD
- Examination of increasing prevalence trends, gender differences, and implications for clinical practice.
- Multifactorial Risk Factors in ASD
- Exploration of prenatal, perinatal, and environmental contributors including maternal health, fetal stress, and genetic influences.
- Advanced Risk Factors and Environmental Influences
- Analysis of pollutants, medications, infections, and nutritional deficiencies contributing to ASD development.
- Nutritional and Metabolic Risk Factors
- Focus on vitamin D deficiency, omega-3 imbalance, and metabolic dysfunction as contributors to neurodevelopmental abnormalities.
- Autoimmunity and Immune Dysregulation
- Role of maternal and familial autoimmune conditions and immune-mediated mechanisms in ASD pathophysiology.
- Neurotransmitter Imbalance in ASD
- Detailed review of excitatory (glutamate) vs. inhibitory (GABA) imbalance as a central neurochemical mechanism.
- Neuroinflammation and Oxidative Stress
- Understanding how inflammatory processes and oxidative stress contribute to neuronal dysfunction and symptom expression.
- Mitochondrial Dysfunction and Energy Deficits
- Examination of impaired cellular energy production and its impact on brain development and function.
- mTOR Pathway and Neurodevelopment
- Role of mTOR signaling in neuronal growth, migration, and synaptic plasticity, and its dysregulation in ASD.
- Genetic and Epigenetic Influences
- Overview of gene expression abnormalities, neuronal migration defects, and transcriptomic findings in ASD.
- Structural Brain Changes in ASD
- Review of cerebellar hypoplasia, basal ganglia alterations, and cortical connectivity disruptions.
- Functional Connectivity and Network Dysregulation
- Analysis of altered thalamocortical and cortico-striatal connectivity and their relationship to symptom severity.
- Sensory Processing and Behavioral Manifestations
- Understanding altered sensory integration, including taste, texture, and environmental sensitivity.
- Clinical Assessment and Rating Scales
- Use of standardized tools such as CARS, Autism Spectrum Rating Scale, and behavioral checklists in evaluation.
- Early Detection and Surveillance
- Identification of early signs, developmental delays, and behavioral markers for timely intervention.
- Comorbidities and Associated Conditions
- Review of common coexisting conditions including ADHD, anxiety, seizures, GI dysfunction, and sleep disorders.
- Current Standard of Care vs. Neurochemical Approach
- Comparison of behavioral therapies with neurochemical and metabolic interventions, highlighting limitations and opportunities.
- Clinical Integration and Treatment Strategy Development
- Synthesizing neurochemical, metabolic, and neurological findings into individualized, patient-centered treatment plans.
Venue, Hotels & Schedule
Also includes
ASD Neurochemistry & Treatment
Comprehensive neurochemical approach to ASD using functional medicine principles, metabolic testing, and evidence-based nutritional interventions.
$
$
(
$
The Carrick Institute team is ready to assist with enrollment, CE approval, or program planning. Email visit our CE Portal or Contact Us directly.