Twelve Genetic PanelsThe blueprint, panel by panel.
A clinical-depth read across the systems that shape how you age, recover, train, and respond to food, supplements, and protocols.
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Lipoprotein & Cardiovascular Risk
Heart & Vascular Health
What it tells us
- Whether you clear cholesterol efficiently
- Your inherited heart and stroke risk
- How you'll respond to statins
- Genetic links to long-term cognitive health
How it works
Nine genes govern how your body produces, transports, and clears cholesterol — including APOE, the strongest known genetic marker for both heart disease and Alzheimer's risk.
Best for
Family history of heart disease, long-term brain health, and proactive longevity protocols.
Systemic Inflammation
Your Inflammatory Set Point
What it tells us
- How easily your body lights up
- How long it takes you to calm down
- Susceptibility to chronic inflammation
- Why you may recover slower than others
How it works
Nine inflammatory signaling genes determine your baseline immune temperature — whether your body runs cool or hot when challenged by stress, injury, or illness.
Best for
Persistent flares, slow recovery, chronic stress, and slowing inflammatory aging at its source.
Oxidative Stress
Antioxidant Capacity
What it tells us
- How well your cells neutralize damage
- Your genetic antioxidant strength
- How you handle sun, alcohol, and toxins
- Where supplementation fills the gaps
How it works
Six genes shape your body's antioxidant defense system. When these run slow, cellular damage accumulates faster — accelerating both visible and biological aging.
Best for
Athletes, sun-exposed clients, longevity protocols, and anyone whose recovery feels slower than it should.
Methylation & Homocysteine
Cellular Repair & Detox
What it tells us
- Whether you process B vitamins efficiently
- Your body's capacity for detox and repair
- Hidden drivers of mood, energy, cognition
- Whether you carry the MTHFR variant
How it works
Eight genes — including MTHFR — control methylation, the cellular process behind detox, neurotransmitter production, hormone clearance, and DNA maintenance.
Best for
Almost everyone. Especially mood, energy, hormone, or cognitive concerns where generic vitamins haven't worked.
Glucose & Insulin Control
Metabolic Wiring
What it tells us
- How your body handles sugar and fat
- Inherited risk for insulin resistance
- Why generic diets may have failed you
- Your likely response to GLP-1 protocols
How it works
Nine genes govern blood sugar regulation, fat storage, and appetite — including FTO and TCF7L2, the strongest genetic markers for weight regain and diabetes risk.
Best for
Body recomposition goals, yo-yo dieting history, and metabolic-longevity protocols.
Vitamin D
The Foundational Hormone
What it tells us
- How well you convert sun into active D
- How efficiently your body transports it
- Why standard doses may not work for you
- Your personalized vitamin D target
How it works
Eight genes shape vitamin D activation, transport, and receptor sensitivity — the difference between thriving on 2,000 IU and needing 10,000 to reach the same level.
Best for
Persistently low D, immune or mood concerns, and longevity-focused protocols.
Iron Metabolism
Iron Storage & Balance
What it tells us
- Your inherited risk for iron overload
- Whether you absorb iron efficiently
- Markers for hemochromatosis tendency
- Whether iron supplements are right for you
How it works
Three genes — HFE and TF — govern how your body absorbs, transports, and stores iron. Variants are common and rarely caught by routine bloodwork until damage occurs.
Best for
Family history of iron issues, persistent fatigue, joint discomfort, or anyone considering iron supplementation.
Omega-3 Metabolism
Essential Fatty Acid Conversion
What it tells us
- How efficiently you convert plant omegas
- Whether you need direct EPA and DHA
- Why generic fish oil doses may fall short
- Your personalized omega-3 strategy
How it works
Three FADS-family genes determine whether your body converts plant-based omegas (flax, chia) into the active forms your brain and heart actually use.
Best for
Plant-based eaters, cardiovascular and brain health protocols, and clients whose inflammation markers won't budge.
Gut Guardian
Digestive & Immune Lining
What it tells us
- Lactose, gluten, and sucrose sensitivity
- Histamine clearance capacity
- Predisposition to inflammatory bowel patterns
- Hidden drivers of bloating and discomfort
How it works
Seven genes — including LCT, HLA, and DAO — illuminate hidden food sensitivities, histamine intolerance, and genetic gut vulnerabilities standard testing often misses.
Best for
Mysterious gut symptoms, food reactions, skin flares, and clients whose elimination diets haven't told them why.
Appetite & Energy Regulation
Hunger & Satiety Signals
What it tells us
- How your hunger hormones are wired
- Whether fullness signals reach your brain
- Genetic drivers of cravings and snacking
- Your responsiveness to GLP-1 therapies
How it works
Four genes — LEP, LEPR, MC4R, GHRL — govern leptin, ghrelin, and melanocortin signaling, the trio that determines whether you feel satisfied after meals.
Best for
Clients struggling with appetite control, weight regain, and anyone considering or already on GLP-1 protocols.
Connective Tissue & Performance
Joints, Tendons & Recovery
What it tells us
- Your collagen and tendon resilience
- Predisposition to soft-tissue injuries
- Whether you trend sprinter or endurance
- How quickly your body rebuilds
How it works
Genes including COL1A1, COL5A1, GDF5, and ACTN3 shape connective tissue quality, injury risk, and the muscle fiber type your body favors.
Best for
Athletes, recurring tendon issues, post-injury rehabilitation, and anyone optimizing training and recovery.
Lifestyle & Recovery Capacity
Sleep, Stress & Mitochondrial Wiring
What it tells us
- Caffeine metabolism and ideal timing
- Your chronotype and sleep architecture
- Cortisol sensitivity and stress reactivity
- Mitochondrial efficiency at the cellular level
How it works
Sixteen genes shape how you metabolize stimulants, when your body wants to sleep and wake, how you respond to stress, and how efficiently your cells produce energy.
Best for
Anyone optimizing daily rhythm — caffeine timing, training windows, stress modulation, and personalized longevity protocols.