Your Digestive Blueprint, Decoded.

This analysis reveals how your genetic signals regulate protein, fat, and carbohydrate utilisation within your body.

• Protein benefit – Discover your body's unique response to protein intake.
• Dietary fat response – Learn how your body processes different types of fats.
• Omega fatty acid balance – Understand your omega-6 risk factors and omega-3 requirements for optimal cellular function.
• Carbohydrate utilisation – Explore your natural efficiency with complex carbs, potential weight loss response to low-carb diets, and insulin resistance propensity.

This component examines the biological markers that govern vitamin and mineral absorption, transport, and cellular use.

• B vitamin pathways – See how your body processes these crucial energy cofactors, with specific insights into B12 levels, B9 (folate) need, B6 processing, and MTHFR activity.
• Vitamin D metabolism – Learn about your vitamin D dietary absorption, deficiency risk, and conversion between inactive and active forms.
• Mineral utilisation – Discover patterns related to selenium deficiency severity, iodine level propensity, and comprehensive iron processing (deficiency risk, serum levels, transferrin activity, and overload potential).
• Choline metabolism – Understand your choline need, deficiency severity, and risk of organ dysfunction from insufficient choline intake.

This section maps the epigenetic indicators associated with food sensitivities, immune reactions, and digestive responses.

• Gluten sensitivity factors – Discover GAD1 activity and gluten risk markers that may influence your reaction to gluten-containing foods.
• Dairy processing – Learn about your lactose intolerance risk and potential weight gain response to dairy fat consumption.
• Histamine regulation – Understand both general histamine sensitivity and food-based histamine response patterns.
• Plant compound processing – Explore how your body processes plant sterols, with insights into both potential benefits and risks from these compounds.

This evaluation identifies the biological signals controlling appetite, fullness sensing, and eating behavior patterns.

• Appetite regulation – Discover factors influencing your hunger signals and natural appetite patterns.
• Fullness sensing – Learn about biological patterns affecting your satiety cues and meal satisfaction.
• Emotional eating factors – Understand the gut-brain connection affecting your eating behaviour particularly during stress or emotional states.

This assessment identifies the biological markers responsible for immune regulation, inflammatory signalling, and digestive tissue integrity.

• Mast cell & IgE activity – Explore immune signalling factors affecting gut comfort and reactivity.
• IL-10 regulation – Understand this key anti-inflammatory marker's role in your gut health and immune balance.
• CRP & systemic inflammation – Learn about your general inflammatory patterns and their impact on digestive function.
• Gut-specific inflammatory markers – Discover patterns related to Crohn's propensity and ulcerative colitis risk factors.

This component evaluates the biological markers responsible for managing environmental compounds, toxin clearance, and cellular protection.

• Phase 2 detoxification pathways – Explore your SOD2 activity, catalase function, MTHFR performance, glucuronidation efficiency, and NAT2 acetylation capacity.
• NRF2 activation – Learn about this master switch for cellular protection and its impact on your gut health.
• Glutathione production – Understand your body's capacity to produce this crucial antioxidant and detoxification compound.
• Environmental compound processing – Discover how your digestive system responds to chemicals, with specific insights into pesticide risk, BPA sensitivity, and benzene processing.

This module evaluates your potential response to various popular dietary approaches based on your unique biological patterns.

• Mediterranean diet alignment – Discover how your saturated fat response, APOe status, omega balance, and carbohydrate utilisation may respond to this heart-healthy approach.
• Ketogenic compatibility – Learn whether your metabolism favours very low-carb eating based on fat response, APOe status, and carbohydrate utilisation patterns.
• Paleo potential – Understand how factors like omega balance, gluten risk, and lactose intolerance influence your response to ancestral eating patterns.
• Plant-based compatibility – Explore how your plant sterol processing, B vitamin pathways, choline needs, and iron status might respond to vegetarian or vegan approaches.
• Additional diet analyses – Receive insights into your compatibility with carnivore, DASH, low-carb, and low-fat dietary patterns.

This analysis reveals the biological signals governing your body's natural defence against cellular damage and oxidative stress.

• Oxidative stress response – Discover your body's natural capacity to manage reactive oxygen species and cellular stressors.
• Protective enzyme activity – Learn about your antioxidant enzyme function and cellular resilience factors.
• Cellular defence mechanisms – Understand the epigenetic patterns that influence how your cells protect against damage from both internal and external factors.

This component evaluates your potential response to various popular dietary approaches based on your unique biological patterns.

• Mediterranean diet alignment – Discover how your body might respond to this heart-healthy approach.
• Ketogenic compatibility – Learn whether your metabolism may favour very low-carb eating.
• Plant-based potential – Understand your biological tendencies toward vegetarian or vegan nutrition.
• Many more personalised analyses – From Paleo and DASH to Low-Carb and Carnivore approaches.

This evaluation identifies the biological markers influencing the critical communication between your digestive and nervous systems.

• Stress adaptation – Discover how your gut and brain communicate during challenging situations.
• Depression factors – Learn about gut-related patterns that may influence emotional balance, including general depression propensity, postpartum depression risk, and mood-induced sleep disruption.
• Anxiety patterns – Understand gut-connected markers affecting nervous system sensitivity and anxiety propensity.