Your Metabolic Blueprint, Decoded.

This analysis reveals how your genetic signals regulate weight management, fat storage, and metabolic adaptation.

• Obesity risk factors – Discover biological patterns that may influence your weight management and weight regain propensity.
• Metabolic syndrome indicators – Understand factors associated with metabolic health balance and long-term regulation.
• Adiponectin levels – Learn about this hormone that affects fat burning, insulin sensitivity, and metabolic health.

This component examines the biological markers that govern appetite, fullness sensing, and eating behaviour patterns.

• Leptin response – Discover factors influencing your leptin propensity and how effectively your body signals fullness.
• Emotional eating patterns – Learn about biological factors affecting your snacking risk and relationship with food.
• Appetite & fullness sensing – Understand how your body registers meal satisfaction and regulates hunger between meals.

This section maps the epigenetic indicators associated with carbohydrate processing, glucose metabolism, and insulin regulation.

• Insulin resistance factors – Discover patterns that may influence your insulin resistance propensity and glucose processing.
• Complex carbohydrate utilisation – Learn how your body may process different types of carbs and starches.
• Type 2 diabetes propensity – Understand biological factors associated with long-term blood sugar regulation.
• Caffeine effects on glucose – Explore how caffeine might influence your blood sugar response.

This evaluation identifies the biological signals controlling fat utilisation, fat storage, and lipid management.

• Dietary fat response – Discover how your body processes different types of fats.
• Saturated fat sensitivity – Learn about your specific response to saturated fats, including APOe status indicators.
• Omega fatty acid balance – Explore your omega-6 risk and omega-3 need—essential inflammatory modulators that affect metabolism.
• Weight gain from dairy fat – Understand patterns that may influence your response to dairy products.

This assessment identifies the biological markers responsible for exercise-related metabolic changes, recovery capacity, and fitness adaptation.

• Weight loss from exercise – Explore how your metabolism may respond to different types of exercise for weight management.
• Muscle recovery speed – Learn about your natural recovery tendencies after exertion.
• Muscle endurance factors – Understand patterns that may influence your stamina and performance during extended activity.
• Creatine benefit – Discover how your body may respond to this performance-supporting compound.
• Vigorous exercise response – Learn how higher-intensity activity affects your unique metabolic system.
• Caffeine effects on reaction time – Understand how caffeine might influence your performance and alertness.

This analysis uncovers how your body's sleep architecture, stress response, and hormonal function interact with metabolism.

• Deep sleep quality – Understand factors influencing your most restorative sleep phase, critical for metabolic health.
• Reported sleep quality – Learn about the subjective aspects of your sleep experience and how they affect metabolism.
• Stress adaptation – Discover your biological response to various stressors and their metabolic impact.
• Cortisol patterns – Explore your cortisol level propensity and how this stress hormone affects your metabolism.
• DHEA-S propensity – Understand how this "youth hormone" may influence your metabolic function.

This module evaluates how your thyroid gland—a master regulator of metabolism—may be influenced by epigenetic patterns.

• TSH level propensity – Explore factors that may affect this key thyroid-stimulating hormone.
• Thyroid hormone conversion – Learn about your body's tendency to convert thyroid hormones into their active form.

This component examines the biological signals associated with food response and sensitivity factors.

• Gluten risk – Discover patterns related to your potential gluten sensitivity.
• Lactose intolerance risk – Learn about factors that may influence your ability to digest lactose.
• Weight gain from dairy fat – Understand how dairy products specifically might affect your metabolism.
• GAD1 activity – Explore this enzyme that affects neurotransmitter balance and may influence food reactions.

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

• Ketogenic diet compatibility – Discover keto preference factors and how your metabolism might respond to very low-carb, high-fat eating.
• Low-carb approach fit – Learn about your low carb diet fit and potential response to moderate carbohydrate restriction.
• Low-fat diet suitability – Understand how your body might process reduced-fat nutrition based on your unique fat metabolism patterns.
• Protein benefit – Explore how your body may respond to protein intake and timing.

This module evaluates DNA methylation patterns in genes controlling inflammatory balance and cellular protection pathways.

• General inflammation tendency – Learn about your CRP inflammation markers, benzene risk, and overall inflammatory balance.
• Methylation efficiency – Discover your methylation capacity, choline need, and MTHFR activity—critical for detoxification.
• Glutathione production – Explore your glutathione level propensity and NRF2 activity—your master cellular protection system.