
Measure Your DNA Age
Biological Age DNA Methylation Test
Unlock insights into your biological age with cutting-edge DNA methylation analysis, guiding your longevity and wellness journey.
Included in the Baseline Longevity Kit or purchase individually.

What This Measures – Assessing Your Biological vs. Chronological Age
Evaluates DNA methylation to determine biological age relative to your chronological age.
Identifies markers linked to aging-related risks like cardiovascular diseases and cancer.
Employs a triplicate testing methodology for advanced DNA analysis with lab-grade precision.
This test evaluates epigenetic markers—specifically, DNA methylation patterns—to estimate your biological age. Unlike your chronological age, which is simply the number of years you've lived, your biological age reflects how your body is aging on a cellular level. Research shows that modifiable factors like diet, exercise, and stress influence methylation, meaning you can take actionable steps to slow aging.

What Happens After
Receive your biological age results within 2–4 weeks.
Access actionable insights to guide lifestyle changes that may slow aging.
Work with your Longevity Coach to integrate results into a personalized plan. (Additional costs may incur)
Your results will reveal whether your biological age is younger, older, or aligned with your chronological age. With guidance from your Longevity Coach, you’ll receive recommendations on how to improve epigenetic health—such as optimizing nutrition, improving sleep, reducing inflammation, and adopting stress management techniques—all scientifically linked to healthier aging.
How It Works
Getting started with your Biological Age DNA Methylation Test is simple. Follow these steps for actionable longevity insights.

01
Use the included nasal swab for DNA collection.

02
Send your sample using the prepaid shipping label provided.

03
Get a detailed report on APOE gene variants within 2–4 weeks.

04
Collaborate with your Longevity Coach and genetic counselor to develop a tailored plan.
What does this test measure?
This test evaluates DNA methylation patterns, offering a snapshot of your biological age and potential risks for age-related diseases.
How accurate is the test?
The test employs triplicate experimental analysis for superior accuracy, ensuring reliable and actionable results.
How does biological age differ from chronological age?
Biological age reflects how your body is aging on a cellular level, which may differ from the years you've lived.
What can I do with the results?
Use insights to implement lifestyle changes, such as diet, exercise, and stress management, aimed at slowing biological aging.