
Ageing Biomarkers | Epigenetic Insight
Biological & Epigenetic Age Assessment
Biological & Epigenetic Age Assessment
Biological & Epigenetic Age Assessment at Yoyime Wellness Clinic in Dubai provides insight into ageing patterns using selected laboratory methods such as DNA methylation analysis. Our clinician interprets results alongside your health, lifestyle and relevant clinical markers to provide meaningful context. The assessment offers a personalised view of biological ageing and can support health tracking over time, while recognising that epigenetic age is an evolving biomarker and should not be used as a standalone diagnosis or prediction of lifespan.
Benefits of Biological & Epigenetic Age Assessment
Provides Ageing Biomarker Insight
Establishes Wellness Baseline
Supports Informed Health Tracking
Recommended for Patients With

Biological Ageing Interest

Longevity Biomarker Goals

Wellness Tracking Priorities
Step-By-Step Procedure - Biological & Epigenetic Age Assessment
Assessment Goals
Discuss why biological age measurement is being considered and expected uses.

Health Context
Our clinician reviews relevant health, lifestyle and previous clinical information.

Method Selection
The specific biological or epigenetic ageing test available is explained.

Sample Collection
Blood, saliva or another specified specimen is collected according to laboratory protocol.

Laboratory Analysis
The selected ageing algorithm analyses relevant biomarkers or DNA methylation patterns.

Age Estimate
The laboratory generates its defined biological or epigenetic ageing result.

Results Interpretation
Our clinician explains the result, methodology and important limitations.

Tracking Direction
Future reassessment may be considered where meaningful and technically appropriate.

Have questions about Biological & Epigenetic Age Assessment?
Message our team on WhatsApp for personalised guidance before you book.
- Estimate biological ageing patterns using DNA methylation based laboratory analysis carefully.
- Use results as supplementary wellness insight rather than standalone clinical diagnosis.
Frequently Asked Questions
Biological & Epigenetic Age Assessment
Yes. Biological ageing aims to describe differences in physiological or molecular ageing among people of the same chronological age, although how biological age is calculated depends on the method used.
Yoyime's assessment uses a defined laboratory ageing biomarker method to provide supplementary information about biological ageing patterns.
An epigenetic clock is an algorithm that uses patterns such as DNA methylation to estimate age related biological characteristics.
No. It should not be interpreted as a prediction of individual lifespan.
No. The service is measurement focused and does not replace conventional diagnostic testing or preventive medical assessment.
Biological & Epigenetic Age Assessment focuses on measuring ageing-related biomarkers, such as DNA methylation patterns, to provide insight into biological ageing. Longevity & Healthy Ageing Assessment is a broader clinical review focused on healthspan, physical function, preventive priorities and maintaining wellbeing and independence as you age.
They are important research tools, but individual clinical use is still evolving.
Ageing biomarkers can be associated with health, environmental and lifestyle factors, although changes in a clock result should not automatically be interpreted as proven reversal of biological ageing.
Potentially, but meaningful interpretation depends on the particular clock, laboratory reproducibility, time interval and expected biological variability.
The assessment uses a defined ageing biomarker method, such as DNA methylation analysis, to estimate biological ageing patterns relative to chronological age. The result provides supplementary ageing insight and should not be interpreted as a diagnosis, prediction of lifespan or measure of every aspect of health.
Cost depends on the laboratory method selected. At Yoyime, our team explains the specific test, interpretation and associated costs beforehand.







