Your Complete Epigenetic Landscape, Decoded.

This analysis reveals how your genetic signals influence sleep patterns, quality, and recovery processes.

• Ideal sleep window – Discover your natural chronotype and optimal sleep timing.
• Sleep duration needs – Learn your ideal total time in bed and sleep length propensity.
• Deep sleep quality – Understand factors affecting your most restorative sleep phase.
• Sleep sensitivity to caffeine – Explore how caffeine metabolism influences your sleep quality.
• Sleep movement patterns – Discover jittery legs risk and general sleep movement tendencies.
• Sleeplessness risk – Learn about mood-induced and stress-induced sleep disruption factors.

This component examines the biological markers that control how your body processes nutrients and regulates metabolism.

• Macronutrient processing – Discover how your body uniquely responds to proteins, fats, and carbohydrates.
• Hunger and satiety regulation – Learn about your appetite/fullness sensing and emotional eating tendencies.
• Food sensitivity factors – Understand your response to gluten, lactose, and other potential triggers.
• Omega fatty acid balance – Explore your omega-6 risk factors and omega-3 needs.
• Insulin sensitivity – Discover patterns affecting your glucose metabolism and energy regulation.
• Micronutrient utilisation – Learn how effectively you process vitamins, minerals, and essential nutrients.

This module evaluates DNA methylation patterns in genes governing environmental compound processing and cellular protection.

• Phase I detoxification systems – Discover your capacity for processing medications, mould, phthalates, and common compounds.
• Phase II pathways overview – Learn about your glutathione production, SOD2 activity, MTHFR function, and other critical processes.
• Methylation efficiency – Understand your complete methylation cycle function, including MTHFR, MTR, MTRR, and COMT activity.
• Heavy metal processing – Explore your body's management of arsenic, lead, mercury, and fluoride.
• Environmental sensitivity – Discover your reactivity to chemicals, pesticides, and BPA.
• Oxidative stress management – Learn about your cellular protection against free radical damage.

This assessment identifies the biological signals controlling hormone production, sensitivity, and metabolic effects.

• Testosterone patterns – Discover factors influencing LH levels, SHBG, DHT production, and estrogen conversion.
• Estrogen dynamics – Learn about your estrogen level propensity, receptor response, and metabolite elimination.
• Progesterone balance – Understand your progesterone metabolism, receptor sensitivity, and conversion processes.
• Thyroid regulation – Explore your TSH level propensity and thyroid hormone conversion efficiency.
• Cortisol patterns – Discover factors affecting your primary stress hormone and its daily rhythm.
• DHEA production – Learn about your DHEA-S propensity and its balancing effects on other hormones.

This section maps the epigenetic indicators associated with brain health, memory formation, and emotional balance.

• General cognition – Discover factors influencing your overall mental processing, memory, and attention.
• Mood regulation – Learn about depression propensity, anxiety patterns, and emotional balance.
• Stress response – Understand your stress adaptation capacity and resilience mechanisms.
• Hippocampal volume – Explore factors affecting this key brain region involved in memory and emotional processing.
• Cognitive risks – Discover patterns related to long-term brain health maintenance.
• ADHD factors – Learn about attention deficit hyperactivity propensity if relevant to your profile.

This analysis uncovers how your body's immune response, inflammatory signalling, and resolution mechanisms operate.

• Mast cell activity – Discover your IgE levels and mast cell activation patterns.
• Histamine processing – Learn about general histamine sensitivity and food-based histamine reactions.
• Asthma propensity – Understand factors affecting respiratory sensitivity and reactivity.
• Mold response – Explore your mould metabolism efficiency and severity risk factors.
• IL-10 inflammation – Discover your anti-inflammatory signalling capacity.
• General inflammation – Learn about CRP inflammation markers, benzene risk, and NRF2 activity.

This component evaluates the epigenetic patterns governing muscle development, recovery capacity, and physical adaptation.

• Strength and muscle factors – Discover your natural muscle mass propensity and strength potential.
• Fatigue and recovery patterns – Learn about your muscle recovery speed and endurance capacity.
• Injury risk assessment – Understand your general soft tissue risk, Achilles vulnerability, and cartilage resilience.
• Performance type alignment – Explore whether you're genetically oriented toward elite power or endurance activities.
• Aerobic training benefit – Discover your VO₂ max trainability and cardiorespiratory adaptation potential.
• Exercise response variations – Learn how your body uniquely responds to creatine, vigorous exercise, and weight loss from physical activity.

This section maps the epigenetic indicators that influence how your body processes and responds to various substances.

• Alcohol metabolism – Discover your alcohol risk factors, processing efficiency, and APOe status.
• Nicotine response – Learn about factors affecting nicotine dependence risk and cessation support.
• Cannabis processing – Understand cannabinoid metabolism and response patterns if relevant to your profile.
• Medication metabolism – Discover how your body processes various medication classes.

This module evaluates DNA methylation patterns in genes that determine your response to various dietary approaches.

• Ideal nutrition plan – Discover the dietary approach most aligned with your epigenetic profile.
• Diet-specific compatibility – Learn your fit scores for paleo, vegan, carnivore, ketogenic, Mediterranean, DASH, vegetarian, and low-carb approaches.
• Macronutrient processing – Understand how your body uniquely handles proteins, fats, and carbohydrates.
• Food sensitivity factors – Explore your potential reactions to specific dietary components.
• Metabolic efficiency – Discover how various dietary patterns influence your energy and wellbeing.

This component examines the biological markers governing skin health, hair qualities, and physical appearance factors.

• Skin elasticity and hydration – Discover patterns affecting your skin's moisture and resilience.
• Skin aging rate – Learn about factors influencing how quickly visible aging signs develop.
• Hair characteristics – Understand factors affecting hair loss, greying, and other qualities.
• UV response – Explore how your skin responds to sunlight, tanning ability, and UV resilience.
• Wrinkle development – Discover patterns related to under-eye wrinkles, crow's feet, and other age-related changes.
• Skin spots – Learn about factors influencing freckles and sunspots.

This evaluation identifies the biological markers responsible for heart function, vascular integrity, and metabolic regulation.

• Cardiovascular factors – Discover elements influencing heart and vascular health including LP(a) risk and APOe status.
• Blood pressure regulation – Learn about your hypertension propensity and electrolyte response.
• Thrombosis factors – Understand patterns related to ischemic stroke and venous thrombosis propensity.
• Metabolic factors – Explore patterns affecting weight regulation, diabetes propensity, and obesity risk.
• Hunger regulation – Discover factors influencing leptin propensity and appetite control.

This assessment evaluates the biological markers responsible for skeletal health and bone maintenance.

• General bone density – Discover factors associated with overall skeletal strength.
• Site-specific density – Learn about wrist fracture propensity, hip bone density, and lumbar bone density.
• Calcium metabolism – Understand patterns affecting this critical bone mineral's processing.
• Fracture risk factors – Explore elements that influence structural integrity and repair capacity.
• Mineral balance – Discover how various minerals support your unique bone health needs.

This analysis reveals how your genetic signals influence aging processes, cellular protection, and regenerative capacity.

• Longevity propensity – Discover factors associated with your aging trajectory.
• Mitochondrial function – Learn about your cellular energy production efficiency.
• Telomere maintenance – Understand factors influencing these protective chromosome caps.
• Heat shock response – Explore your cellular resilience to beneficial stress through heat exposure.
• Cold adaptation – Discover how your body responds to and benefits from cold exposure.
• Oxidative stress balance – Learn about your cellular protection against aging accelerators.