Restoring Balance: Toxins and Environmental Health
Environmental toxins quietly accelerate biological aging and disrupt multiple systems—yet they often go undetected. This session explores how to identify and interpret key markers of toxicant exposure, oxidative stress, and detoxification efficiency, with an emphasis on clinically validated pathways and genetic vulnerabilities.
- Explore how markers like 8-OHdG, glutathione, and detox enzyme SNPs reflect hidden stress on endocrine, neurological, and mitochondrial systems
- Learn how to use Total Tox Burden, Oxidative Stress Profile, Toxin Genetics, and hormone metabolite testing to map toxicant load and impaired clearance
- See how test data informs phase-based detox protocols, endocrine recovery, and antioxidant repletion strategies
- Understand how to structure and deliver testing-driven detox programs that align with patient goals and drive long-term engagement
The Gut Microbiome Connection: Systemic Health Starts in the Gut
Gut dysfunction is often the starting point for chronic inflammation, immune dysregulation, and metabolic imbalance. This session focuses on assessing microbial diversity, barrier integrity, and food immune reactivity to guide interventions that restore resilience across systems.
- Review the clinical relevance of markers like zonulin, calprotectin, anti-LPS IgA, and systemic inflammatory indicators
- Learn how to integrate Gut Zoomer, Food Sensitivity Complete, and Healthspan Assessment results into your diagnostic process
- Build phased protocols for microbial rebalancing, permeability repair, and immune modulation using targeted nutraceuticals and dietary strategies
- Gain strategies for packaging gut-based care into high-impact clinical programs with measurable outcomes
The Heart of Longevity: Cardiovascular and Metabolic Innovation
Metabolic instability and vascular aging often develop silently—and require more than a basic lipid panel to detect. This session covers how to uncover early cardiometabolic risk using advanced biomarkers and genetic testing, and how to turn those findings into action.
- Understand how oxidized LDL, ApoB, Lp(a), hs-CRP, and homocysteine reflect early cardiovascular decline
- Learn how to use CardiaX, ApoE, MTHFR, and micronutrient testing to assess genetic risk, clotting factors, and metabolic inefficiencies
- See how personalized protocols address endothelial dysfunction, inflammation, insulin resistance, and nutrient depletion
- Discover how to offer prevention-forward cardiometabolic programs that build loyalty and deliver measurable results
Neurology and Cognitive Vitality: Strategies for Lifelong Brain Health
Cognitive decline rarely begins with memory loss—it begins with immune dysregulation, permeability shifts, and neuroinflammation. This session focuses on detecting early-stage neurologic dysfunction and supporting long-term cognitive resilience through personalized protocols.
- Explore the significance of neuroautoantibodies, BBB permeability markers, ApoE4 status, and oxidative stress indicators in early brain aging
- Learn how to interpret Neural Zoomer Plus, Blood-Brain Barrier Panel, ApoE, MTHFR, and Healthspan Assessment results in clinical context
- Apply targeted interventions for neuroinflammation, redox imbalance, methylation disruption, and neurotransmitter depletion
- Build brain-focused care models that resonate with high-functioning patients and support recovery from cognitive burnout or post-viral effects
Hormone Optimization: Elevating Lifespan Through Endocrine Balance
Hormonal health is foundational to energy, mood, metabolism, and resilience—yet most panels miss the full picture. This session covers how to assess hormone metabolism, methylation status, and toxin interference using advanced testing, and how to apply this data to build high-impact protocols.
- Understand the clinical relevance of diurnal cortisol patterns, estrogen detox pathways, methylation cofactor status, and endocrine disruptor load
- Gain fluency using Hormone Zoomer, Methylation Panel, Total Tox Burden, and Thyroid Zoomer to assess hormone clearance and risk
- Develop precision protocols for adrenal support, estrogen metabolism, and hormonal recalibration across life stages
- Learn how to structure hormone programs that drive consistent follow-up and patient buy-in over time
Longevity Foundations: Oxidative Stress and Cellular Health
Oxidative stress, impaired detoxification, and methylation inefficiencies are core drivers of biological aging. This session shows how to assess these foundational mechanisms and apply test-informed interventions that promote long-term cellular health.
- Review the clinical implications of 8-OHdG, oxidized LDL, SAM/SAH ratio, and antioxidant nutrient depletion
- Learn how to use the Oxidative Stress Profile, Healthspan Assessment Panel, Methylation Panel, and Micronutrient Panel to track redox and repair status
- Build protocols that support mitochondrial health, DNA repair, and metabolic recovery
- Explore how to use these tests to launch foundational longevity programs that are clinically robust and financially sustainable
