GenoTelo™ Biological Age Test
An innovative genetic test that evaluates telomere length – one of the most important indicators of biological aging. This test helps you understand your body’s aging rate and provides personalized lifestyle recommendations.
Your true age – encoded in your DNA
Telomere length is one of the most reliable indicators of biological aging, reflecting your body's condition at the cellular level. Scientific studies show that faster telomere shortening can be associated with a higher risk of heart disease, diabetes, cancer, and other chronic illnesses.
GenoTelo analyzes telomere health and helps you understand how lifestyle affects your biological age and what actions you can take to stabilize or even slow down the aging process.
Genetic insights into cellular aging
The GenoTelo test determines whether your telomere length matches your age group norm or whether the shortening process is happening faster than expected. Shorter telomeres may be linked to increased risk of chronic diseases and more noticeable signs of aging. The test also assesses lifestyle impact and offers personalized recommendations to help slow telomere shortening. What the test includes:
Telomere length compared to age group norms
Biological age based on DNA data
Genetic predisposition to faster cellular aging
Impact of lifestyle factors on telomere health
Personalized recommendations for slowing aging
A longer life starts at the cellular level
GenoTelo helps you understand your true biological age, evaluate the rate of cellular aging, and make science-based decisions to improve health. The results reveal telomere condition and provide personalized advice for a longer, healthier life.
Biological age based on your DNA
The test assesses your telomere length and shows how it compares to others in your age group. This allows for an understanding of your body’s true condition and aging pace.
Lifestyle recommendations
Based on your genetic profile, you receive tailored advice to improve nutrition, physical activity, sleep, and other habits.
Disease prevention support
Shorter telomeres can signal an increased risk of heart disease, diabetes, cancer, and osteoporosis. The test helps identify risks early and take preventive measures.
Track your progress over time
You can repeat the test to monitor how health-improving actions influence your telomere length and aging process.
Take the GenoTelo test from home:
When and for whom is the test recommended?
For those wanting to know their true biological age
Telomere length reveals how your body is aging from the inside, regardless of calendar age.
For those seeking a longer, healthier life
This test supports science-backed decisions to slow aging and reduce chronic disease risk.
For those feeling fatigued
Shortening telomeres may indicate body exhaustion – the test helps assess and act early.
For those with harmful habits or an imbalanced lifestyle
Smoking, stress, poor sleep, or an unhealthy diet accelerate telomere shortening. The test reveals the damage and provides recommendations for change.
GenoTelo reliability: accuracy and quality in numbers
GenoTelo uses advanced genetic technologies to assess telomere length and compares your results to age norms. It provides a trustworthy foundation for managing aging processes – all from the comfort of your home.
99% telomere length detection accuracy
5000+ samples clinically validated
Tests performed in ISO 13485 certified laboratories
Genetically backed longevity insights
Order the GenoTelo test to discover your biological age and receive personalized recommendations for slowing aging.
For Specialists
All essential information in one place – from analyzed genes to test accuracy and clinical value. This section is intended for specialists seeking a detailed understanding of the test’s basis, structure, and practical applications.
Telomeres are protective segments at the ends of chromosomes that shield genetic material during cell division. As cells age, telomeres shorten, making their length one of the most accurate biological aging indicators. Shorter-than-average telomeres in a given age group may be linked to higher risk of heart disease, cancer, diabetes, or osteoporosis.
Lifestyle habits significantly affect telomere condition. Smoking, obesity, lack of physical activity, and poor nutrition contribute to faster shortening, which can lead to chronic disease development and potentially shorter lifespan.
The test helps assess a patient’s biological age and individual aging pace. Results come with personalized lifestyle recommendations to reduce chronic disease risk and improve overall health.
Based on genetic profiles, patients receive targeted nutrition and lifestyle guidance to slow aging.While innate genetic traits cannot be changed, understanding them allows for more precise and effective prevention strategies.
