Your Personal Longevity Code, Unlocked.

This analysis reveals how your genetic signals regulate mitochondrial function, energy production, and cellular fatigue responses.

• Mitochondrial efficiency - Discover factors influencing your cellular powerhouses.
• Energy production markers - Learn what might be affecting your daily vitality and stamina.
• Fatigue resistance - Understand patterns that may influence your resilience to exhaustion.

This component examines the biological markers that control nutrient transport, absorption, and utilisation within cells.

• B-vitamin metabolism - See how your cells process these crucial energy cofactors—including B12, folate (B9), and B6—essential for methylation, energy production, and cellular repair.
• Mineral efficiency - Learn how your body handles essential electrolytes including sodium, potassium, and magnesium—critical for cellular signalling, membrane potential, and hundreds of enzymatic reactions.
• Iron processing - Discover patterns related to iron absorption, transport, and storage—balancing between deficiency risk and potential overload.
• Vitamin E metabolism - Understand your absorption and utilisation of protective compounds like alpha and gamma tocopherols—vital for cellular membrane integrity and inflammatory balance.

This module evaluates DNA methylation patterns in genes responsible for detoxification, antioxidant defences, and cellular repair mechanisms.

• Phase 1 detoxification - Explore specific enzyme systems (CYP2D6, CYP1A2, CYP2B6) that manage the initial processing of medications, environmental compounds, and metabolic byproducts.
• Phase 2 conjugation pathways - Learn about your glutathione production, acetylation (NAT2), glucuronidation, and other critical detoxification processes that prepare compounds for elimination.
• Antioxidant enzyme activity - Discover patterns related to SOD2, catalase, and NRF2 activation—your master cellular protection systems against oxidative damage
• Oxidative stress response - Understand your cellular capacity to manage free radicals and prevent oxidative damage—essential for mitochondrial protection and cellular longevity.Your cellular protection insights could explain why you might be more or less sensitive to certain environmental factors, medications, or compounds. These findings might guide personalised environmental health strategies, suggest targeted support compounds, or help you understand which detoxification pathways most benefit from nutritional support.

This section maps the epigenetic indicators responsible for inflammatory balance, immune signalling, and cellular recovery.

• CRP regulation - Understand patterns that may influence your systemic inflammatory responses.
• IL-10 production - Learn about your anti-inflammatory signalling capacity—critical for resolving inflammatory processes.
• Mast cell activity - Discover how your IgE levels and mast cell activation patterns may affect your sensitivity to environmental triggers.
• NRF2 activation - Explore your cellular antioxidant defence system that helps regulate inflammatory processes.

This evaluation identifies the biological signals controlling inflammatory signalling, immune response, and cellular recovery.

• Longevity markers - Explore patterns studied in healthy aging research.
• Telomere indicators - Learn about factors related to cellular aging processes.
• Stress adaptation - Discover your cellular response to various environmental challenges.
• Temperature resilience - Understand how your cells may respond to heat and cold exposure.

This component examines the biological markers that influence cellular membrane composition, signalling, and inflammatory balance.

• Omega-6 risk factors - Discover patterns affecting your cellular response to pro-inflammatory omega-6 fatty acids.
• Omega-3 need - Learn about your biological requirements for these essential anti-inflammatory compounds.
• Cell membrane function - Understand how your fatty acid processing affects cellular communication and resilience.

This module evaluates DNA methylation patterns in genes controlling the methylation cycle—a critical cellular process affecting energy production, detoxification, and cellular repair.

• Complete methylation cycle - Discover patterns affecting this crucial biochemical pathway that supports hundreds of cellular functions.
• MTHFR, MTR & MTRR function - Learn about key enzymes in the methylation pathway and their efficiency in your cellular processes.
• COMT activity - Understand how this enzyme affects your processing of stress hormones, neurotransmitters, and toxins.
• Methylation support factors - Explore nutrient cofactors that influence your methylation capacity.

This assessment identifies the biological markers influencing how your cells respond to temperature challenges—a powerful pathway for enhancing cellular strength and longevity.

• Heat shock protein activation - Discover your cellular response to beneficial heat stress through sauna therapy and other heat exposures.
• Cold adaptation capacity - Learn about your body's unique response to cold exposure therapies.
• Thermal stress resilience - Understand patterns affecting how your cells strengthen through hormetic temperature challenges.
• Inflammation regulation through temperature - Explore how thermal therapies may influence your inflammatory balance.

This evaluation identifies the biological signals controlling cellular aging processes, regenerative capacity, and longevity potential.

• Telomere maintenance - Discover factors influencing these protective chromosome caps critical to cellular aging.
• Klotho expression - Learn about this powerful longevity protein and its activity in your cells.
• Cellular energy efficiency - Understand patterns affecting your cells' ability to produce and utilise energy for optimal function.
• Cellular fatigue resistance - Explore factors that influence your cells' resilience to exhaustion and energy depletion.

This component evaluates the biological markers that influence your hormonal balance and metabolic control systems.

• Cold adaptation capacity - Discover patterns affecting your primary stress hormone—critical for energy availability, immune function, and cellular behaviour.
• Thyroid function - Learn about factors influencing your TSH levels and thyroid hormone conversion—fundamental regulators of cellular metabolism and energy production.
• DHEA-S production - Understand your propensity for this adaptogenic "youth hormone"—which provides balance to cortisol effects and supports multiple aspects of cellular resilience.