DNA + Epigenetic Kit + AI Health Coach
Everything in our DNA Test, plus epigenetics: how your lifestyle and environment are acting on your genes right now. Discover your biological age and see how your cells are ageing.
- Everything in the DNA Kit
- Epigenetic Body Age, plus hearing, eye and memory age
- Immune, inflammation and muscle scores
- Facial Scanning Scores
- Cognitive Brain Assessment
- MAISIE, our AI Health Coach, included
What we test
How it works
Delivery and returns
Your data
Every DNA report, in one place.
23 report areas and 150+ results. Search for what matters to you, or open an area to see what's inside.
No reports match that. Try a broader word, or ask MAISIE, free in the app.
Nine scores. One saliva sample.
Epigenetics reads chemical tags on your DNA that shift with your habits. Pick a score to see what your result looks like, then MAISIE, our AI Health Coach, turns it into daily actions.
Guidance, not a diagnosis.MethylPace: how fast you’re ageing
Estimates your biological age from DNA methylation at a small set of sites linked to ageing, and shows whether you’re ageing faster or slower than the calendar.
- Your biological age next to your real age
- Pace of ageing: below 1 is slower than the calendar, above 1 is faster
- A per-gene breakdown, each with a plain-English note
How it works
A statistical model reads methylation at a small set of sites, including genes such as ELOVL2, and keeps the result within a sensible range of your real age. Your pace compares that biological age with the calendar: a pace of 0.9 means a little under 11 months of ageing for every 12. Each site also shows whether you look younger or older than people your age.
Hearing Age
An age for genes linked to how the inner ear and its nerve signals age, shown next to your real age.
- Your Hearing Age next to your real age
- A methylation score, where higher is better
- A named bracket, from Fantastic to Very Poor
Not a hearing test.
How it works
Averages methylation across genes involved in nerve signalling, hair-cell structure and protection from oxidative stress, compares it with people your age, then moves your age up or down by a fixed number of years.
Eye Age
An age for genes linked to vision and ageing, shown next to your real age.
- Your Eye Age next to your real age
- A methylation score, where higher is better
- A named bracket, from Fantastic to Very Poor
Not an eye test.
How it works
Uses a methylation pattern across hundreds of genes tied to neurotransmission, retinal health and cellular stress, compares it with people your age, then moves your age up or down by a fixed number of years.
Memory Age
An age for genes linked to how people rate their own memory, shown next to your real age.
- Your Memory Age next to your real age
- A score for how protective your pattern looks
- A named bracket, from Fantastic to Very Poor
Not a memory test.
How it works
Built from genes linked to self-reported memory performance in more than 3,000 people. It averages methylation across those genes, compares it with people your age, then moves your age up or down by a fixed number of years.
EpiVitality
One score for how resilient your body looks, whatever your age.
- A gauge from 0 to 50, where higher is better
- Not a biological age, and not affected by how old you are
- A named bracket with lifestyle guidance
How it works
Looks at a few highly significant sites where methylation is linked to inflammation and to how your body copes with stress. The score is the average methylation at those sites, scaled to the gauge. A built-in quality check flags samples that may be contaminated.
Heart Age
A research-based heart age, shown next to your real age.
- A Heart Age dial and a cardio methylation score from 0 to 100
- Compared with a research reference for your sex
- Written notes on each group of genes
Research use only. Not a heart-health check, a risk score or a medical test.
How it works
Reads methylation at more than a thousand sites across your chromosomes and compares your pattern with a research reference for your sex, so we need the sex on your profile. Your score is a percentile of that reference, not a percentage chance of anything. Heart Age is your methylation-predicted age, moved up or down by a few years depending on where your score sits. We need almost all the sites to read cleanly before we show a result.
Immunoscore
A score for how your immune regulation looks.
- A gauge from 0 to 1000, where lower is better, the reverse of most scores
- A named bracket from Fantastic to Very Poor
- Guidance on sleep, movement and nutrition
How it works
Averages methylation at a small set of sites in genes linked to immune regulation and immune-cell development, then places it in a bracket. Guidance focuses on everyday habits: methyl-donor nutrients such as folate, B12 and choline, exercise, sleep and hydration.
Inflammage
An inflammation-linked age, shown next to your real age.
- An Inflammage dial and your inflammation years
- A written note for each key site
Research index, not clinically validated. Not a symptom count or a measure of severity.
How it works
Two steps. First, a methylation age from hundreds of sites. Second, a small adjustment of up to 5.5 years either way, from a handful of sites that differed between people who reported symptoms and people who reported none. The 5.5-year scale is a modelling choice, not a measured number of years.
Muscle Degeneration
A score for how your muscles look as you age.
- A gauge from 0 to 300, where higher is better
- A named bracket from Fantastic to Very Poor
- Guidance on strength training, protein and recovery
How it works
Averages methylation at a set of sites tied to muscle health, protein building and repair, then places it in a bracket. Guidance covers resistance and aerobic training, spreading protein across your meals, omega-3, vitamin D and recovery.
A report you read once. A coach you keep.
Your results don't sit in a PDF. MAISIE uses them every day to shape your plan, answer questions and track your progress.
- Personal plan built on your genes
- Ask MAISIE anything, any time
- Track change with each retest
