biomarkers
Well-supported
Is your body older or younger than your birth year suggests?
Biological age tests use chemical patterns in your DNA to estimate how fast your body is actually aging — separate from your chronological age. These tests are now used in major research studies and are starting to appear in clinical settings. They can reveal whether your lifestyle is accelerating or slowing your aging.
Where it stands Well validated in research; increasingly available for consumers
- Linked articles
- 27
- Tracked since
- Mar 2026
- Last 16 weeks
- 15
- Coverage
- declining · 6 vs 9 articles / 8 wk
Weekly article volume over the last 16 weeks — coverage is declining (6 articles in the trailing 8 weeks vs 9 before).
Articles covering this
27 articles, newest first- Can tissue health reveal your biological age?
- How Accurate Age Measurement Could Extend Your Life
- How Income Affects Your Biological Aging Rate
- How Short-Term Stress Affects Your Biological Age Measurement
- "How aging clocks could help you live healthier longer"
- Can tiny vesicles help keep your skin youthful?
- How new aging clocks could improve your health insights
- What Makes Some People Age Better Than Others?
- Could your eyes reveal your bone health risk?
- "Could blood tests reveal your true biological age?"
- Can your blood metabolites predict dementia risk?
- Can Changing Your Diet Really Affect Your Biological Age?
- Can a daily multivitamin help you age slower?
- Does exercise really slow biological aging?
- Could immune cell aging reveal depression in women with HIV?
- Sex, Hormones, and Healthspan: The Longevity Science Behind Sexual Activity
- How Inflammaging Is Linked to Epigenetic Aging
- Biological clocks age within a day without you aging!
- Longitudinal changes in epigenetic clocks predict survival in the InCHIANTI cohort
- Longitudinal changes in epigenetic clocks predict long-term mortality
- Becoming Well-Fed and Sedentary Accelerates Penguin Aging
- Becoming Well-Fed and Sedentary Accelerates Penguin Aging
- Aging Clocks Derived from Clinical and Gut Microbiome Measures
- Longitudinal changes in epigenetic clocks predict survival in the InCHIANTI cohort
- Longitudinal changes in epigenetic clocks predict long-term mortality
- Towards More Informative Epigenetic Clocks
- Epigenetic Age Prediction Remains Stable Across Common Variants and Diverse Ancestries - medRxiv