Understand
See the biological processes behind age-related change.
Understanding aging
Aging is not only the passing of time. It is a set of biological changes we can study.
The Hallmarks of Aging provide a map: they help explain what changes inside the body, how those changes interact, what can be measured - and where today's interventions may connect.
A better way to think about age
Calendar age tells us how long you have lived. It does not tell us how you are aging.
Measure
Use several signals rather than treating one score as absolute truth.
Act
Match the objective, evidence and level of intervention.
The expanded framework
The 12 Hallmarks of Aging
These are not twelve separate diseases. They are interconnected processes researchers use to understand why repair, resilience and function can change with age.
01 / 12
01
Selected hallmark
Genomic instability
Damage and errors accumulate in DNA over time.
One of the central connections
Inflammaging: when inflammation becomes part of the aging process.
Inflammation is essential for repair. But when it remains persistently active at a low level, it can interact with several hallmarks of aging and contribute to a cycle of declining resilience.
01
What can drive it?
The starting conditions
Environmental exposures
Diet and metabolic strain
Infections and immune triggers
Sleep, stress and lifestyle
02
The inflammaging cycle
The central idea
Persistent low-grade inflammationInflammatory signalling remains active
03
Why does it matter?
Systems affected over time
Cardiovascular health
Brain and cognitive health
Metabolic health
Immune regulation
We are early - but progress is real
Biological aging is becoming measurable.
No assessment can provide a perfect or complete biological age. But blood biomarkers, physical capacity, body composition, molecular tests and wearable data can reveal meaningful patterns in how the body is functioning and changing over time.
01
Blood and molecular markers
AI analysis of routine blood biomarkers, inflammatory markers and more advanced proteomic, metabolomic or glycan-based approaches.
02
Epigenetic and cellular measures
DNA-methylation clocks and telomere-length tests examine different cellular signals - not one definitive age.
03
Physical capacity
VO2 max, grip strength, gait speed, balance and recovery reveal functional reserve that a molecular clock may miss.
04
Body and organ function
Muscle mass, visceral fat, bone density, blood pressure, arterial stiffness and selected organ-specific assessments.
05
Everyday physiology
Sleep, heart-rate variability, activity and recovery trends from wearables can add useful longitudinal context.
Wearables add a different kind of signal.
WHOOP estimates physiological age and Pace of Aging from longer-term sleep, activity and fitness patterns. Oura estimates Cardiovascular Age. Their strength is not diagnostic precision, but the ability to observe personal trends over time.
A practical starting point
Discover your blood-based biological age.
ImagineHealth offers an accessible lifestyle assessment using routine blood biomarkers and AI-supported analysis. It translates familiar laboratory results into an estimated biological-age profile and practical areas for attention.
Estimated biological age Organ and system-related insights Personalized nutrition plan Personalized exercise plan
A solid lifestyle assessment at a fair price.Discover the assessment This is a lifestyle assessment, not a diagnostic tool. ImagineHealth does not provide diagnosis, medical interpretation or medical consultation based on the report.
From understanding to possibility
If aging can be understood and measured, what can positively influence how we age?
Some influences are part of everyday life. Others involve targeted optimization, supervised procedures or regenerative medicine. The relevant question is not which option claims to affect the most hallmarks, but which approach fits the objective, evidence, complexity and individual.
How to read this framework: A biological connection is not the same as a proven longevity outcome. Laboratory mechanisms, biomarker changes and meaningful human outcomes are different levels of evidence.
01
Everyday foundations
Improve the environment in which the body ages.
Exercise · nutrition · sleep · stress management · saunaStrongest starting point02
Measurement and optimization
Identify patterns and address relevant, modifiable factors.
Blood testing · body composition · wearables · medically appropriate metabolic or hormone managementAssessment available03
Advanced interventions
Use supervised procedures for defined physiological or recovery objectives.
HBOT · red-light therapy · DFPP · peptidesSelected access04
Regenerative and cellular approaches
Explore repair, signalling and immune-related objectives at the top of the pyramid.
MSCs · NK cells · selected exosome-based approachesSelected accessSelected examples - not a complete list. Individual options differ substantially in evidence, complexity, regulation and suitability.
Where do you go from here?
Choose the next step that fits your question.
Measure my current baseline
Start with an accessible view of blood-based aging patterns and receive personalized nutrition and exercise guidance.
Explore biological-age assessmentExplore ways to act
Understand interventions by complexity, evidence, objective and the degree of guidance they require.
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