TruAge Age Predictor
Biological-age testing, interpreted in context.
TruAge uses patterns of DNA methylation—chemical marks on DNA—to estimate biological age. It adds another perspective to your health assessment alongside your history, symptoms and routine clinical measurements.
Your estimated biological age can differ from your age in years. Different aging clocks can produce different results.
A change in a test score does not prove that your disease risk has fallen or that you will live longer. We interpret the result in context, rather than use it as a diagnosis.
How Does it Work?
The laboratory analyzes DNA methylation patterns from a sample and compares them with patterns used to develop its aging algorithms. The report provides estimates, not a direct measurement of every organ or cell.
These estimates may reflect a mix of inherited factors, lifestyle, environment and health. They can be useful for discussion and tracking, but they cannot tell us exactly why a result changed.
Your blood pressure, cholesterol, glucose, strength, symptoms and medical history remain important. Biological-age testing complements those measures; it does not replace them.
Healthy habits matter even without an aging test. We focus on practical changes and established health measures, rather than promise a specific number of years off your biological age.
Take The Next Step
We start by deciding whether biological-age testing will add useful information to your care. If it is appropriate, we explain the selected test, sample collection, expected turnaround and total cost before you proceed.
Beth reviews your report alongside your health history and other findings. Together, we identify practical priorities for nutrition, movement, sleep and risk-factor management.
Testing does not automatically lead to a prescription or peptide protocol. Retesting may help follow trends, but results must be interpreted with the test’s limitations in mind.