suPAR Longevity™ Longevity Test

COMING SOON!

An innovative biological test that assesses the level of systemic inflammation and the rate of biological aging. The test enables an objective evaluation of current health status, biological age, and chronic disease risk, providing the opportunity to take preventive action before diseases develop.

Your health is more than just symptoms

Chronic systemic inflammation can smolder silently in the body for years without causing noticeable symptoms. However, this “silent fire” accelerates aging processes, weakens the immune system, and increases the risk of cardiovascular disease, diabetes, and cancer.
The suPAR Longevity™ test allows early detection of this dangerous inflammation, assessment of biological age, and prediction of your health trajectory.
It is a reliable, science-based tool that helps you take timely action – before disease symptoms appear.

What does the suPAR Longevity™ test reveal?

The suPAR Longevity™ test measures the concentration of soluble urokinase plasminogen activator receptor (suPAR) in the blood – a biomarker closely associated with chronic systemic inflammation, biological aging, and disease risk. The higher the suPAR concentration, the faster the body ages and the greater the likelihood of developing chronic diseases.
This test provides a unique opportunity to evaluate not only your current health status but also the direction in which your body is heading. Key insights provided by the test:

Level of systemic inflammation – a major risk factor for chronic diseases

Biological age – how old your body really is

Rate of aging – an objective marker for tracking change over time

Response to health interventions – evaluating the effectiveness of nutrition, exercise, or treatment

Ability to correct health trajectory – before diseases actually develop

Longevity and health – learn more about your body

The suPAR Longevity™ test provides not only information but also direction.
It helps you clearly understand your current health status and take informed steps to improve it.
Based on objective inflammation levels and aging speed, you can make evidence-based decisions regarding lifestyle, nutrition, treatment, or prevention.

Reveals your biological age

Understand how many “years” your body truly feels, helping you assess aging speed and opportunities to slow it down.

Helps prevent disease early

Elevated suPAR levels are associated with cardiovascular disease, cancer, and other chronic conditions. Knowing your risk early allows you to reduce it.

Monitors the effectiveness of health interventions

Is exercise, nutrition, or treatment working? Repeat testing shows real, measurable effects on your body.

Motivates positive change

An objective marker provides a clear starting point—and changes alongside your health and lifestyle.

When and for whom is the test recommended?

For those wanting to understand their biological age and aging rate

The test evaluates how quickly your body is aging, regardless of chronological age.

For individuals seeking to reduce chronic disease risk

suPAR is a reliable marker associated with cardiovascular disease, diabetes, and other chronic conditions, helping enable prevention.

For people with harmful habits or those changing them

The test objectively shows how smoking, alcohol, or lifestyle improvements affect your body.

For those assessing the impact of health-improving measures

suPAR concentration reflects long-term changes related to physical activity, nutrition, treatment, and stress management.

“At the age of 59, I managed to reduce my suPAR biological age from 55 to 51 years, and my aging rate from 0.94 to 0.87 years per year. You can imagine how proud and happy I was seeing the numbers go down – I realized my efforts were paying off.”

PhD. Jesper Eugen-Olsen

suPAR Longevity™ reliability: accuracy and quality in numbers

The suPAR Longevity™ test is based on more than 1,000 scientific publications examining the relationship between the suPAR protein, health, aging, and chronic disease. The test is performed in a certified laboratory using a precise suPAR measurement method ELISA (enzyme-linked immunosorbent assay).

1,000 peer-reviewed scientific publications on suPAR

Clinical studies involving 10,000+ patients

Biological age and inflammation assessment

Order the suPAR Longevity™ test and discover how quickly your body is aging.

For Specialists

All essential information in one place, from analyzed biomarkers to test accuracy and clinical value. This section is intended for specialists seeking a detailed understanding of the test’s scientific basis, structure, and practical applications.

Biological basis of the test

suPAR (soluble urokinase plasminogen activator receptor) is an inflammatory biomarker actively involved in pathogenic processes. Unlike many other biomarkers, suPAR not only reflects inflammation but also helps sustain it. Higher concentrations are associated with accelerated aging, impaired organ function, and progression of chronic diseases.

Clinical significance and interpretation

Elevated suPAR levels are linked to biological aging across multiple organ systems.Large-scale cohort studies show that suPAR reliably predicts cardiovascular disease, diabetes, organ dysfunction, cancer, and increased mortality.

suPAR – a stable foundation for clinical decision-making

Unlike CRP or other inflammatory markers, suPAR levels are not significantly affected by short-term health fluctuations such as infections, acute stress, or occasional harmful behaviors. This makes it a reliable indicator of long-term systemic inflammation and overall physiological state.

Use in clinical practice

The suPAR test can be applied as a risk assessment tool in primary healthcare, prevention programs, lifestyle medicine, and specialized healthcare settings. It is also used in emergency departments to triage patients based on hospitalization risk.

Test procedure and methodology

The test is performed using a venous blood sample and the ELISA method (enzyme immunoassay).
Only 1 ml of serum is required, and no prior patient preparation is needed.
Results are interpreted using age- and sex-adjusted biological reference ranges.