Your Immune Blueprint, Decoded.

This analysis reveals how your genetic signals influence immune reactions, histamine processing, and allergen sensitivity.

• Histamine processing – Discover your body's natural approach to managing this key immune compound, including general histamine sensitivity and food-based histamine sensitivity patterns.
• Mast cell regulation – Learn what might be affecting your IgE levels (antibodies involved in allergic responses) and mast cell activation tendencies.
• Asthma factors – Understand patterns related to asthma propensity and respiratory responses.

This component examines the biological markers that govern how your body processes and eliminates environmental compounds.

• Phase 1 detoxification – Learn about your body's first-line processing of environmental compounds, including medication metabolism (CYP2D6), mould metabolism (CYP1A2), phthalate processing (CYP2B6), and pathways for acetaminophen and non-steroidal anti-inflammatory drugs (NSAIDs).
• Phase 2 methylation – Discover how your body tags compounds for elimination through methylation processes, choline utilization, and MTHFR enzyme activity (a key enzyme in folate metabolism).
• Glutathione production – Explore your master antioxidant and detoxification system, including glutathione level propensity.
• NRF2 activity – Understand your cellular protection mechanisms against toxicants and oxidative stress through NRF2 (a master regulator of antioxidant responses).

This section maps the epigenetic indicators associated with chemical processing, environmental compounds, and toxicant response.

• Chemical sensitivity – Discover factors that may influence your general reactivity to everyday chemicals.
• Pesticide processing – Learn about your body's approach to agricultural compounds and pesticide risk.
• BPA metabolism – Understand patterns that may affect how you process plastic-derived compounds and your BPA risk (Bisphenol A, commonly found in plastics).
• Mold response – Explore factors linked to how your body responds to mould exposure, including mould metabolism (via CYP1A2 enzyme) and mould severity risk.

This evaluation identifies the biological signals controlling inflammatory response, balance, and resolution.

• General inflammation – Discover factors influencing your baseline and reactive inflammatory states, including CRP (C-reactive protein, a key inflammatory marker) levels and benzene processing (a common environmental compound).
• IL-10 activity – Learn about this powerful anti-inflammatory signalling molecule and its influence on your IL-10 inflammation risk.
• NRF2 activity – Explore how this cellular defence system helps manage inflammation and protect against oxidative damage.

This assessment identifies the biological markers responsible for stress adaptation, cortisol regulation, and immune-stress integration.

• Stress adaptation – Explore your body's natural response to various stressors and how quickly you recover.
• Cortisol regulation – Learn about patterns affecting your primary stress hormone and cortisol level propensity.
• Autoimmune tendencies – Understand autoimmune thyroid risk propensity and related immune self-regulation patterns.

This analysis uncovers how your body processes and uses key nutrients essential for immune function.

• Omega fatty acids – Understand your omega-6 risk (pro-inflammatory tendency) and omega-3 need (anti-inflammatory compounds)—essential inflammatory modulators.
• B-vitamin pathways – Discover patterns related to vitamin B12 level propensity, vitamin B9 (folate) need, vitamin B6 level propensity, and MTHFR activity (an enzyme critical for B vitamin metabolism).
• Vitamin D processing – Learn how your body manages vitamin D dietary absorption, deficiency risk, and conversion between inactive and active vitamin D.

This component evaluates the biological signals affecting your regulation of critical minerals for immune function.

• Sodium sensitivity – Discover your body's response to sodium intake and its effects on immune balance.
• Potassium processing – Learn about your potassium sensitivity and benefit patterns.
• Magnesium utilisation – Understand your magnesium deficiency risk and how it affects immune and nervous system function.

This section examines the epigenetic patterns governing this crucial biochemical process that affects immune function, detoxification, and cellular repair.

• MTHFR activity – Explore this key enzyme affecting folate metabolism and methylation capacity.
• Choline need – Learn about your requirement for this essential methylation nutrient.
• MTR & MTRR function – Discover patterns affecting these critical methylation enzymes that work with vitamin B12.
• COMT activity – Understand factors influencing how you process stress hormones and neurotransmitters.