Biological Age Test

About this test

Key Benefits

• Gain insight into your biological age and overall aging process

• Understand how lifestyle factors may impact your long-term health

• Advanced analysis of DNA methylation and cellular health markers

• Identify factors linked to inflammation, stress, and aging

• Support informed decisions around nutrition, exercise, and lifestyle changes

What This Test Measures

This test analyzes several key markers related to aging and longevity:

DNA Methylation
Evaluates epigenetic changes that influence gene expression and are closely linked to the aging process.

Telomere Length
Provides insight into cellular lifespan and overall cell health, as telomeres shorten with age.

Inflammation and Stress Markers
Identifies signs of chronic inflammation and oxidative stress, both of which can accelerate aging.

Metabolic Biomarkers
Offers insight into your cardiovascular and metabolic health, important factors in longevity.

Why Measure Biological Age?

Your biological age can provide a more accurate picture of your health than your chronological age. It reflects how your body is functioning at a cellular level and helps identify areas where improvements can be made.

Understanding your biological age helps you:

• Identify factors that may accelerate aging

• Track how your body responds to lifestyle changes

• Support prevention of age-related conditions

• Optimize your overall health and longevity

Who Is This Test For?

This test is suitable for individuals who:

• Want to understand how their lifestyle affects their body

• Are interested in improving long-term health and lifespan

• Seek tools to optimize diet, exercise, and stress management

Please note: This test is intended for adults and is not suitable for individuals under 18 years of age.

Scientific Background

The test is based on advanced research in epigenetics and cellular biology, including the use of epigenetic clocks to estimate biological age. These methods provide insights that have traditionally been used in research and clinical settings.

How It Works

Order Your Kit: Purchase your test online
Collect Your Sample: Perform a simple finger-prick blood test at home
Send It Back: Mail your sample using the prepaid return envelope
Receive Results: Access your digital results within 2–4 weeks

Sample Collection

The sample is collected using a blood sample taken at home with a finger prick. The process is simple and safe, and all necessary materials are included in the kit.

For best accuracy, the sample should be taken in the morning while fasting.

Accredited Lab and Analysis

Your sample is analyzed in an accredited laboratory using qPCR (quantitative Polymerase Chain Reaction), ensuring accurate, reliable, and high-quality results.

Biomarkers included

• Deviation from chronological age: Represents the difference between your estimated biological age and your actual age. A negative value indicates that your biological age is lower than expected, while a positive value suggests accelerated aging. This is a calculated summary rather than a direct laboratory measurement.
• Telomere length: Measures the length of telomeres, which are protective structures at the ends of chromosomes. Each time a cell divides, telomeres become slightly shorter. Over time, this shortening reflects cellular aging. Shorter telomeres are generally associated with increased biological age and a higher risk of age-related conditions, while longer telomeres suggest better cellular resilience and regenerative
• Inflammatory Methylation Patterns: Analyzes methylation changes in genes involved in inflammation and immune regulation. These patterns can indicate the presence of chronic, low-grade inflammation (sometimes called “inflammaging”), which is a key driver of aging and many chronic diseases. Higher or more balanced methylation is generally associated with better inflammatory regulation
• DNA Stability (LINE-1): Assesses global DNA methylation through LINE-1 elements, which are repetitive sequences in the genome. This marker reflects overall DNA stability and integrity. Higher methylation levels are generally associated with better genomic stability and protection against age-related damage, while lower levels may indicate increased cellular stress and faster biological aging.
• Estimated Allostatic Load: Reflects the cumulative burden of stress on the body over time. It is based on molecular markers related to stress response, inflammation, and metabolic function. A higher allostatic load indicates that the body has been exposed to prolonged or repeated stress, which can accelerate biological aging and increase the risk of chronic disease
• Age-Related Methylation: Evaluates methylation patterns in specific genes known to change predictably with age. These patterns are commonly used in “epigenetic clocks” to estimate biological age. Deviations from the expected pattern may suggest accelerated or slower biological aging depending on whether the values are lower or higher than the reference range

How to prepare

You take the test on an empty stomach in the morning. You submit the test for analysis on Monday or Tuesday.

Frequently asked questions

How does it work? / When do I get my results?

1. Order and receive your kit. 2. Perform the test. 3. Send a sample at the beginning of the week (to avoid delays). 4. Results digitally in 10–15 business days.

Can this test be performed on children?

No, this test is intended for adults. The scientific models used to calculate biological age, such as epigenetic clocks, are calibrated for adult physiological markers and are not suitable for pediatric use.

How often should I test my biological age?

Biological age is not static. We generally recommend testing once a year or after making significant lifestyle changes (such as a new diet or exercise regimen) to see how those interventions are impacting your cellular health over time.

Customer reviews

4.8/5 (4)

• 5/5 — Very easy to use and provides great peace of mind.
• 5/5 — Simple process and clear instructions.
• 4/5 — Results took almost a month, but the level of detail is impressive.
• 5/5 — Fascinating results! My biological age was three years younger than my actual age, which is great motivation to stay healthy.