The DNA + Epigenetic Kit with AI Health Coach builds on our core DNA test by adding advanced epigenetic analysis, revealing not only what your genes are, but how your lifestyle and environment are actively influencing them right now.

Alongside your genetic blueprint, this test analyses DNA methylation patterns to calculate your biological age and assess how you are ageing at a cellular level. This provides real-time insight into how factors such as stress, diet, sleep, exercise, toxins, and recovery are shaping your long-term health trajectory.

Included free of charge is access to MAISIE, our AI Health Coach, which turns complex DNA and epigenetic data into clear, personalised, step-by-step guidance across nutrition, supplements, fitness, recovery, and lifestyle optimisation.

What’s Included in the DNA + Epigenetics Kit

Saliva-based DNA & epigenetic collection kit
DNA analysis across core health domains
Epigenetic methylation analysis
Biological age calculation
Personalised DNA & epigenetic health reports
Free access to AI Health Coach (MAISIE)
Option to unlock 140+ additional DNA areas

Healthy Ageing & Longevity

This assessment evaluates how your genes and DNA methylation patterns influence biological ageing, muscle and cognitive decline, metabolism, bone strength, and cellular stress resilience.

Real-life problems it helps solve

Premature ageing (wrinkles, joint pain)
Brain fog or early cognitive decline
Sluggish metabolism or midlife weight gain
Chronic fatigue or poor stress resilience

Why it matters

Understand how fast your body is ageing biologically — not just chronologically — and take targeted action to slow or reverse decline through lifestyle, supplements, sleep, and recovery.

Includes

Back Pain and Ageing
Bone and Joint Strength
Cognitive Degeneration
Longevity
Metabolism (Age)
Muscle Degeneration
Stress and the Heart
Vitamin & Mineral Needs

Vitamins & Minerals

Identifies genetic variations affecting how your body absorbs, utilises, and stores essential nutrients.

Real-life problems it helps solve

Frequent illness, fatigue, or dry skin
Poor nutrient absorption despite diet or supplements
Conflicting blood test results vs symptoms

Includes

Vitamin D, A, B12, B6, B2
Magnesium, Potassium, Sodium, Calcium
Selenium and Omega-3
Betaine, Choline, Methionine, Methylfolate

Supplements

Reveals how your body genetically responds to common performance, recovery, and longevity supplements.

Real-life problems it helps solve

Wasting money on ineffective supplements
Confusion over what to take and when
Inconsistent energy or recovery

Includes

Creatine, Beta-Alanine, Citrulline, Arginine
Whey Protein digestion
NMN, Curcumin, HMB, Ashwagandha
Taurine, Ginger, Glucosamine, Chondroitin
Epicatechin, Tyrosine, Berberine

Stress & Recovery

Analyses genetic and epigenetic factors influencing stress response, recovery, and resilience.

Real-life problems it helps solve

Feeling overwhelmed or anxious
Difficulty switching off
Poor focus or memory under stress

Includes

Stress and memory
Stress and pressure
Stress and sleep
Stress and the heart

Diet

Assesses how your genes influence responses to carbohydrates, fats, proteins, sugars, and appetite regulation.

Real-life problems it helps solve

Diet confusion (keto, low-carb, etc.)
Weight loss plateaus
Digestive discomfort or cravings

Includes

Carbohydrate, fat, protein, sugar response
Ghrelin (snacking behaviour)
Metabolic rate
Fat distribution
Lactase persistence

Performance & Fitness

Examines genetic traits linked to strength, stamina, recovery, and muscle development.

Includes

Muscle power and stamina
VO₂ max
Anaerobic threshold
Energy recovery
Myostatin-related hypertrophy
Best time of day to exercise
Fasted vs fed training

Sleep

Explores genetic and epigenetic patterns affecting sleep quality, duration, and circadian rhythm.

Includes

Sleep duration
Fragmented sleep
Caffeine sensitivity
Night productivity

Psychological Traits

Uncovers how genes influence dopamine and serotonin balance, emotional regulation, and motivation.

Includes

Brain fog
Anger and obsessiveness
COMT warrior/worrier
MAOA variance
OXTR
Reward sensitivity

Mental Health

Assesses attention span, memory, stress resilience, and burnout risk.

Includes

Attention span
Workaholic traits
Caffeine and focus
Memory processing
Warrior vs worrier

Intolerances & Sensitivities

Identifies genetic predispositions to food sensitivities and allergic tendencies.

Includes

Gluten risk
Lactose persistence
Fat sensitivity
Sugar sensitivity
Vitamin D & E and allergies
Hay fever

Injury Risk & Recovery

Analyses genetic markers related to tendon strength, joint stability, inflammation, and healing speed.

Includes

Lumbar disc disease
Osteoarthritis
Achilles tendinopathy
Injury rehab response

Lung & Respiratory Health

Assesses genetic susceptibility to respiratory issues and environmental sensitivity.

Includes

Asthma
Respiratory infections
Environmental toxins

Kidney Health

Evaluates genetic and epigenetic markers linked to detoxification and kidney resilience.

Includes

Detoxification capacity
Kidney function
Stone risk
Stress and kidneys

Hormone Health (Coming Soon)

Covers genetic and epigenetic factors affecting testosterone, oestrogen, cortisol, libido, and hormone metabolism.

Includes

MTHFR mutation
Testosterone & zinc
Vitamin D & testosterone
Cortisol and libido
Oestrogen and ageing
Prostate health

Health & Metabolic Conditions

Explores genetic risk for metabolic and inflammatory conditions.

Includes

Type 2 diabetes
Genetic obesity risk
Bone mineral density
Blood pressure sensitivity
Infection risk
Lupus

Hair Health

Identifies genetic risk factors affecting hair growth, retention, and pigmentation.

Includes

Alopecia
Male pattern baldness
Dry hair
Grey hair

Eye Health

Examines genetic risk for age-related vision decline.

Includes

Macular degeneration
Cataracts
Glaucoma
Sight degeneration

Cardiac Health

Evaluates genetic risk for cardiovascular disease.

Includes

Cholesterol
Heart disease
Atrial fibrillation
Hypertension

Ancestry & Unique Genetic Traits

Explores ancestral background and population-specific genetic traits.

Includes

Ancestry
CCR5
Skin ancestry

Advanced Epigenetic Reports

Body Age

Measures biological ageing across specific systems:

Hearing age
Memory age
Eyesight age

MethylPace

Advanced biological ageing score based on methylation of 10 key longevity genes.

Immunoscore

Analyses immune regulation, immune memory, and autoimmune risk.

Inflammation Profile

Pro-inflammatory score
Anti-inflammatory score
Overall inflammation score

Muscle Degeneration

Assesses sarcopenia risk and muscle ageing through methylation patterns.

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