Discover the
Science Behind Your Health
Our advanced diagnostic testing evaluates the key factors that influence aging, longevity, and wellness. From biological age and telomere analysis to metabolic profiling and oxidative stress assessment, we provide deeper insights that help personalize your path toward optimal health and longevity.
Diagnostic Tests Offered
Epigenetic
Methylation
Clock Testing
Purpose: Measures biological aging through DNA regulation patterns.
How it works:
- DNA does not only change through mutations; chemical markers called methyl groups regulate gene activity.
- The test analyzes DNA methylation patterns to estimate biological age.
Provides insight into:
- Cellular aging
- Environmental and lifestyle influences on aging
- Biological age acceleration or slowing
Comprehensive
Metabolic Profiling
Purpose: Evaluates metabolic health.
How it works:
- Blood testing measures markers related to:
- Glucose metabolism
- Lipids
- Organ function
- Nutritional status
- Metabolic balance
Oxidative Stress &
Screening (FRAS 5)
Purpose: Measures oxidative stress and free radical activity.
How it works:
- A blood sample is analyzed for hydroperoxides (ROOH).
- Hydroperoxides are molecules produced when free radicals damage biological structures.
Measures:
- Pro-oxidant status
- Free radical burden
Telomere Testing
Purpose: Measures biological aging.
How it works:
- Telomeres are protective DNA structures located at the ends of chromosomes.
- Each time a cell divides, telomeres naturally shorten.
- A laboratory analysis measures telomere length and compares it with reference populations to estimate cellular aging and biological resilience.
Biomarkers of Aging Protocol
Purpose: Evaluates measurable indicators associated with aging processes.
How it works:
- Blood and laboratory measurements are analyzed for biological signals related to:
- Inflammation
- Metabolism
- Hormonal function
- Organ function
- Cellular health
Biological Age
Analysis
(Aging Quotient)
Purpose: Estimates the body's functional age rather than simply years lived.
How it works:
- Combines multiple health measurements into an aging profile.
- Compares biological markers against expected age-related values.
Provides insight into:
- Whether the body is aging faster or slower than expected
- Areas where lifestyle or medical interventions may help
PAT Test
(Plasma
Antioxidant Test)
Purpose: Measures antioxidant defense capacity.
How it works:
- Plasma is analyzed for its ability to reduce ferric iron (Fe³⁺) into ferrous iron (Fe²⁺).
- This reflects the body's reducing/antioxidant capacity.
Measures:
- Ability of blood plasma to neutralize oxidative damage
SAT Test (Salivary
Antioxidant Test)
Purpose: Measures antioxidant defense capacity.
How it works:
- Plasma is analyzed for its ability to reduce ferric iron (Fe³⁺) into ferrous iron (Fe²⁺).
- This reflects the body's reducing/antioxidant capacity.
Measures:
- Ability of blood plasma to neutralize oxidative damage
SAT Test
(Salivary Antioxidant Test)
Purpose: Measures antioxidant capacity in saliva.
How it works:
- A saliva sample is analyzed to determine antioxidant protection in the oral environment.
Measures:
- Salivary antioxidant potential
- Oral oxidative balance
Advantage:
- Non-invasive sampling