Comprehensive genomic test
Whole Genome Sequencing, 20,000+ genes
- At home saliva collection kit
- Whole Genome Sequencing at 30× depth
Phenome Longevity
Your DNA shapes how your body grows, heals, and functions. Here’s what genes are, what they reveal about your health and longevity, and how Whole Genome Sequencing reads the complete story.
A gene is a small section of your DNA that tells your body how to grow, heal, and function, from how your cells repair to how your metabolism and immunity work. Together, your genes form the complete blueprint of your health. Everyone’s genes differ, shaping everything from inherited traits to performance potential.
Whole Genome Sequencing, 20,000+ genes
Whole Genome Sequencing, 500+ conditions
Whole Genome Sequencing, 11 performance domains
Whole Genome Sequencing, 1,000+ genes
What your DNA reveals
By analysing your genes, we can read patterns that explain how your body works and what it needs. Insights span nine areas:
How efficiently your body absorbs and uses vitamins, minerals, and proteins.
How your body converts food into usable energy, and whether you tend toward faster or slower energy use.
Variations linked to cardiovascular disease, diabetes, inflammation, and lipid balance.
How you manage cortisol and recover from physical or emotional strain.
Melatonin, cortisol, and circadian patterns that shape rest and daily rhythm.
DNA repair, telomere maintenance, and how your cells renew over time.
How your body neutralises toxins and defends against oxidative stress.
Dopamine and serotonin regulation affecting focus, mood, and resilience.
How your biology maintains stability and adapts with age.
Six readings, one report. The Comprehensive Genomic Test reads your whole genome for health conditions, hereditary cancer, medication response, carrier status, newborn conditions and your personal traits.
Health conditions
Your predisposition to common conditions, ranked very important, important or noteworthy
Hereditary cancer
Variants across 148 hereditary cancer genes, BRCA1 and BRCA2 among them
Medication response
Dosage, efficacy, metabolism and toxicity, each finding with its level of evidence
Carrier status
Recessive variants you could pass on to a child
Newborn screening
The conditions typically tested at birth, checked in your own genome
Personal traits
Caffeine metabolism, lactose intolerance, deep sleep, endurance and dozens more
Many biological imbalances begin developing long before any signs appear. Knowing how your genes influence these systems lets you act early, building a personalised approach to nutrition, activity, and prevention that supports long term vitality.
Without early insight
With Phenome
Every cell in your body contains DNA, an instruction manual written in about three billion letters. Most genetic tests read only small parts of it. Whole Genome Sequencing reads all of it, so we can see every piece of genetic information that makes you who you are. It also means your data can be re-examined as the science advances.
Your results open on three cards: health conditions, medication response and personal traits, with the findings that matter most counted first.
Open a panel and each finding has a card of its own: the gene, the variant and how it is inherited, then its risk factors, prevention and epidemiology.
Drug panels for dosage, efficacy, metabolism and toxicity, with the findings that matter most counted on each.
Your traits grouped by area, from brain and cognition to athletic ability, each with its gene and genotype.
Tap Generate PDF, choose a language, and your full report reaches your app inbox within 5 to 10 minutes.

A full report to keep, print or take to your doctor, generated in the language you choose.

Every Phenome genetic test is built on Illumina sequencing (a global leader in genomics) to bring you precise, reliable, and cutting-edge Whole Genome Sequencing. This collaboration ensures every result reflects the highest scientific standards.
Four genetic tests, each reading a different part of your biology.
Whole Genome Sequencing, 20,000+ genes
Whole Genome Sequencing, 500+ conditions
Whole Genome Sequencing, 1,000+ genes
Whole Genome Sequencing, 11 performance domains