SAMPLE REPORT
How to Read TruAge™ + TruHealth™
Master the interpretation of our epigenetic tests. Learn how to translate complex biological data into actionable patient insights.
Trusted by 5000+ leading healthcare providers worldwide.
How to interpret TruAge
TruAge provides a high-level view of biological aging. It's the most effective assessment of the cumulative impact of lifestyle on a patient's longevity.
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What TruAge tells you
Biological age, the age of 11 key organ systems like the brain, heart, and liver, and the speed of aging. TruAge measures 75+ key longevity biomarkers and reflects the net sum of all environmental and lifestyle factors.
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What TruAge does not tell you
Specific disease diagnosis or short-term changes in blood markers like LDL or Glucose. It's a cellular health indicator, not a diagnostic.
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When to use it
At the start of any new longevity protocol and as a baseline for routine health assessments. Recommended to test every quarter thereafter to continue managing patient health.
PATIENT SCRIPT
Based on your TruAge results, your biological systems are currently aging at about 85% of the normal speed. This is a fantastic baseline, but we can aim for 75% by optimizing your nutrition.
Read more about TruAge
OMICmAge gives the headline and acts like the overall odometer for the whole body – "how many miles are on the car?"
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SymphonyAge gives the system map and acts like an odometer for each system/organ – "how many miles are on the engine (heart), how many on the brain, etc.?"
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DunedinPACE gives the rate and is like the speedometer – "how fast is the body aging right now?"
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Check the 3-month trend to validate protocol efficacy.
BIOLOGICAL AGING
The Science Behind OMICmAge
Biological age, measured by our OMICmAge science developed wth Harvard, is a measure of how your lifestyle, environment, and medical history has affected your health. This number can fluctuate based on diet, exercise, sleep, stress, and more.
The difference in each of our biological ages is the reason why we may look and feel significantly older or younger than others who share the same birth year as us.
The difference in each of our biological ages is the reason why we may look and feel significantly older or younger than others who share the same birth year as us.
The Science
Our OMICmAge™ Algorithm uses advanced epigenetic analysis to measure biological aging. By examining over one million DNA methylation sites, it provides a highly accurate calculation of your biological age, reflecting the cumulative impact of lifestyle, environment, and medical factors on your body.
The Reports
Our comprehensive reports offer detailed insights into your biological age and rate of aging. They include actionable recommendations based on your unique epigenetic profile, allowing you to make informed decisions about your health and wellness.
The Potential
Unlock the potential to understand and influence your aging process. Our insights can guide lifestyle changes and medical interventions aimed at improving healthspan and lifespan, helping you look and feel younger while reducing the risk of age-related diseases.
ACCURACY
Predict Health Risk Before Symptoms Arise
Your birth year is a poor predictor of when – or how – you'll get sick. Chronological age alone predicts mortality risk correctly just 75.6% of the time. OMICmAge does it at 89% accuracy, a 18-point leap in precision that makes biological age one of the most powerful tools in predictive health.
Download Sample Report
Two Ways to Measure Organ System Aging
SYMPHONYAge is available through TruAge or through TruAge + TruHealth Combination Kit.
TruAge + TruHealth Combination Kit
180+ biomarkers across functional health, aging, and condition management – designed to support truly personalized care.
$849
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TruAge
Measure how fast you're aging at the cellular level. 75 epigenetic biomarkers across biological age, aging speed, and organ-specific aging for 11 body systems, including brain, heart, and liver.
$499
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NATURE AGING
OMICmAge: the leading biological age clock.
A Harvard and TruDiagnostic collaboration integrated DNA methylation with multi-omics data to build a clock that predicts chronic disease and mortality — validated in over 14,000 TruDiagnostic samples.
