Precision Longevity Analysis
Eight areas of your longevity, one analysis.
Eight areas of how you age. A scientist examines your DNA for each one and tells you two things: what your DNA shows, and a few clear things you can do about it. This is informational and educational, never clinical.
- 01
Long-term health
How you are built to age
What your DNA shows: genetic predispositions related to heart health, metabolism and other health conditions. Each result is explained with its limitations.
What you can do: review the relevant findings and suggested follow-up with your physician. Genetic predispositions do not establish a diagnosis.
- 02
Inheritance
What you could pass on, a defined panel
What your DNA shows: a defined panel of recessive and high-penetrance conditions that can be passed to a child. Couples often want this settled before trying, and plenty of people simply want to know for themselves. We say plainly what is present, what is not, and what it means.
What you can do: turn a surprise into an informed conversation. On the whole-genome depth we cover 3,572 genes with established recessive inheritance. The whole list is published on this site, so you can see the scope before you decide. For each gene we also measure whether your own DNA was sequenced well enough to answer. Each finding draws on ClinVar (the public reference library of gene variants) and the published research, and anything of clinical consequence goes to your physician.
- 03
Pharmacogenomics
How you handle medicines
What your DNA shows: how your body is likely to process common medicines, antidepressants, statins, opioids, blood thinners, anaesthetics. This comes from the genes (your CYP enzymes and transporters) that break drugs down quickly or slowly.
What you can do: carry it, literally. Your analysis includes a cut-out card with your name on it, every result in columns and the medicines each one touches, sized for a wallet. Hand it to any physician about to write you a prescription, so the dose is an informed choice from the start. Each result says whether that position was measured directly in your sample or inferred from nearby markers, so your physician knows how firm the evidence is. Informational, for that conversation, never a reason to change a medicine on your own.
- 04
Fitness & performance
How your body responds to training
What your DNA shows: genetic associations related to exercise, muscle function and recovery. These findings need to be considered alongside your training history and current fitness.
What you can do: compare the findings with your training, recovery and injury history. DNA alone cannot determine the best programme for you.
- 05
Nutrition, food, drink, sensitivities
What your body handles well
What your DNA shows: selected genetic associations related to food and drink, including lactose and caffeine. These results do not establish food allergies or identify an ideal diet.
What you can do: consider the findings alongside your diet and symptoms. The analysis explains which suggestions have supporting evidence and which questions DNA cannot answer.
- 06
Personal supplementation plan
A short, reasoned list
What the analysis considers: relevant DNA findings, your diet, current supplements and any blood tests you share. DNA alone cannot establish a nutrient deficiency.
What you can do: discuss relevant supplement suggestions with your physician. Each suggestion should have a stated purpose, supporting evidence and any applicable precautions.
- 07
Ancestry & deep lineages
Where you come from
What your DNA shows: your genetic ancestry composition, the deep maternal line written into your mitochondria (passed mother to mother for tens of thousands of years), and the deep paternal line on the Y, if your DNA carries one.
What you gain: a careful picture of the people whose biology you inherited. Your ancestry also changes what the other areas mean for you, so it is settled first.
- 08
Longevity screener
Where you stand overall
What your DNA shows: model estimates for selected health conditions, with age and ancestry considered where supported. This is not a measurement of biological age.
What you gain: an explanation of the estimated risks and their limitations, with relevant questions to discuss with your physician.
What is not in this analysis
Some answers are not ready yet.
We leave out traits where the science is still thin. A weak signal is never dressed up as a personal prediction. Your analysis is informational and educational. It does not diagnose, treat, or prevent disease. Where a part of your biology cannot be answered responsibly, we say so and leave it for later.
There is also what an array cannot reach. An array types about 680,000 of your three billion positions, the well-studied ones. Typed means measured directly in your sample. The common variation between those positions is inferred. Rare variants, larger structural changes and the deepest medicine-handling detail sit in the parts an array does not touch. Whole-genome sequencing reaches them.
One genome, start to end
Rare, high-impact variants
□ not read by the array
■ read by sequencing
DNA array
chosen positions, gaps in between
Whole-genome sequencing
every base, and what falls between
chromosome
The deeper path
When you want the whole picture, we sequence all of it.
The same eight areas, examined by the same scientist, with more of your DNA underneath. Whole-genome sequencing covers your whole genome about thirty times over. It reaches the rare, high-impact and structural variants (larger rearrangements of DNA) an array cannot see, and carries fuller detail on how you handle medicines. It is a depth of the same analysis, chosen when you apply.
$850 array · $2,950 whole genome, everything included.
Every area included
Every area of your longevity, at the depth you choose.
Tell us what you want to understand. Every area is included at either depth, at one fixed price: $850 for a DNA array, $2,950 for whole-genome sequencing. A precision medicine analyst replies with what yours will cover.