Your age is a number.
Your biology is a story.
Discover your biological age and understand the pace at which you are aging. QAge uses advanced DNA methylation analysis and established epigenetic aging models to provide a deeper view of biological aging.
By combining GrimAge and DunedinPACE, QAge looks beyond your chronological age to help you understand two important dimensions of aging:
How old is your body, really?
Two people can be the same chronological age and have very different biological ages. Chronological age simply tells you how many years you have lived. Biological age provides another perspective.
QAge analyses patterns of DNA methylation associated with biological aging to estimate how your biological age compares with your chronological age.
Tells you when you were born.
Tells you something about how your biology is aging.
QAge measures both age and pace.
Biological aging is not only about the age your biology resembles. It is also about how quickly you are aging. QAge combines two complementary epigenetic aging measures.
QAGE
Your biological ageQAge uses GrimAge to provide an estimate of biological aging based on DNA methylation patterns associated with aging and age-related health risks.
It helps answer
Does your biological profile appear older or younger than your chronological age?
Your result gives you a measurable biological baseline that can be tracked over time.
QPACE
Your pace of agingQAge uses DunedinPACE to estimate the rate at which your biology is aging.
It helps answer
Is your biology aging faster or slower than the expected rate?
This distinction matters — a young biological age can still come with a faster pace, and an older biological age can come with a slower pace.
QAge brings these two dimensions together to provide a more meaningful picture of biological aging.
Your biological age. Your pace of aging.
Chronological Age
The number of years since you were born.
Biological Age
An epigenetic estimate of how your biological profile compares with your chronological age.
Pace of Aging
An estimate of the rate at which your biological systems are aging.
Biological Age Gap
The difference between your chronological age and estimated biological age.
Your Trajectory
Repeat testing over time to observe whether your biological aging profile is changing.
Your biology leaves signals.
Every cell in your body contains DNA. But DNA is not the whole story. Chemical modifications to DNA, including DNA methylation, help regulate how genes are expressed and change throughout life. These patterns can provide measurable signals associated with biological aging.
QAge analyses these epigenetic patterns to generate an individual aging profile.
Sample.
Analyse.
Measure.
Track.
Your first QAge assessment establishes your baseline. Future assessments allow you to see how your biological aging profile changes over time.
Your results, made clear.
Your QAge report brings your epigenetic aging results together into an intuitive biological aging profile.
Biological Age
Your estimated biological age based on your epigenetic profile.
Chronological Age
Your actual age for comparison.
Age Gap
The difference between your biological and chronological age.
Pace of Aging
Your DunedinPACE result, indicating whether your estimated pace of aging is slower or faster than the reference pace.
Aging Profile
A clear interpretation of what your results mean and how they compare with your chronological age.
Longitudinal Change
Repeat your test to track how your biological aging measures change over time.
Aging is a process, not a birthday.
Your chronological age moves forward at exactly one year per year. Your biological aging may not follow the same path.
Lifestyle, environment, nutrition, physical activity, sleep, stress and other factors can influence biological processes associated with aging. QAge gives you a measurable baseline from which to observe your biology over time.
The goal is not simply to know your number.
It is to understand your trajectory.
You cannot feel your biological age.
But you can measure it. QAge provides an objective biological reference point that can complement your broader health and wellness information. Your results can help you and your healthcare professional think more clearly about areas of lifestyle and preventive health that may deserve attention.
Then, measure again.
Don't guess whether your biology is changing.
Measure it.
Advanced biological aging analysis.
QAge is built around DNA methylation, one of the most extensively studied molecular markers of biological aging. The QAge assessment incorporates two complementary epigenetic aging models.
GrimAge
An advanced epigenetic aging measure associated with biological aging and age-related health risk.
DunedinPACE
An epigenetic measure designed to estimate the pace of biological aging.
Together, they provide two different perspectives — biological age and rate of aging — allowing QAge to move beyond a single biological-age number and provide a more nuanced view of the aging process.
The future of longevity is measurable. Understanding how your biology is changing gives you another dimension of information.
QAge helps turn epigenetic data into something you can understand, track and revisit over time.
Know your biological age.
Understand your pace of aging.
Track your trajectory.
Know your QAge.
Get started