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ORGAN SYSTEM AGING
SYMPHONYAge™
A revolutionary way of looking at aging. Discover aging insights on 11 different organ systems.
SYMPHONYAge™
Measure Organ Aging
Our SYMPHONYAge™ science, built in collaboration with Yale, recognizes that our body's systems don't age in isolation. Many age-related illnesses stem from issues in various biological systems working together. For instance, arthritis is the result of both musculoskeletal wear and inflammation, whereas stroke can happen due to problems in the cardiovascular system, metabolism, inflammation, and brain function. These interconnected patterns can lead to different aging types, making some people more prone to certain age-related diseases. Understanding these patterns at the organ level helps in forecasting health outcomes.
Download Sample Report
Better Insights from 11 Organ Systems
SYMPHONYAge™ is notably different in scope, validation, and health outcome associations by analyzing 11 different organ systems. Other biological measurements fall short by only measuring a single biological age.
Two Ways to Measure Organ System Aging
SYMPHONYAge is available through TruAge or through TruAge + TruHealth Combination Kit.
TruAge + TruHealth Combination KitTM
180+ biomarkers across functional health, aging, and condition management – designed to support truly personalized care.
TruAgeTM
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.
Understanding
Biological Aging
Aging shows up outwardly as wrinkles, gray hair, and reduced mobility, but those traits reflect deeper molecular processes happening all the way down to your DNA. Because these processes don't unfold at the same pace for everyone, people who share a birth year can look and feel significantly older or younger than one another. We study these mechanisms through the lens of epigenetics, the factors that influence gene activity without changing the DNA sequence itself.
NATURE AGING
Systems Age: aging across 11 physiological systems.
By linking DNA methylation to system-specific clinical measures and mortality risk, researchers built 11 organ-level aging scores from a single blood draw, revealing distinct aging subtypes that single-score clocks overlook.
