DNA (Genetics)

Your DNA provides information about inherited predispositions, such as:

• Metabolic tendencies

• Cardiovascular risk factors

• Inflammatory and immune patterns

• Detoxification capacity

• Nutrient metabolism

These factors do not determine outcomes but indicate areas that deserve attention.

Epigenetics

Epigenetics reflects how lifestyle, environment, stress, nutrition, sleep, and aging influence gene expression over time.

Epigenetic patterns are dynamic and modifiable, making them particularly relevant for:

• Longevity-oriented prevention

• Lifestyle optimization

• Risk reduction strategies

Together, genetics and epigenetics offer a complementary perspective on long-term health.

Depending on the selected analysis, DNA and epigenetic testing may provide information on:

• Biological aging patterns

• Inflammatory and oxidative stress tendencies

• Metabolic and cardiovascular risk profiles

• Stress response and recovery capacity

• Nutrient utilization and detoxification pathways

Results are always interpreted in the context of medical history, laboratory findings, and lifestyle factors.

A central part of this service is clinical interpretation.

This includes:

• Differentiating relevant findings from background variation

• Translating complex data into meaningful health insights

• Avoiding overinterpretation or fear-based conclusions

Based on the results, an individualized prevention plan may include:

• Lifestyle recommendations (nutrition, movement, stress regulation)

• Targeted orthomolecular support

• Metabolic and cardiovascular risk management

• Integration into preventive check-ups and follow-up strategies

The focus is on long-term risk reduction and resilience, not on optimization beyond physiological needs.

DNA and epigenetic insights are most valuable when integrated with:

• Preventive medical check-ups

• Hormonal and metabolic assessment

• Microbiome analysis

• Orthomolecular medicine

• Weight and cardiovascular risk management

This integrated approach allows personalized prevention strategies that are both scientifically grounded and clinically relevant.

DNA and epigenetic analysis is suitable for patients who:

• Are interested in personalized preventive medicine

• Want to understand long-term health risks early

• Value evidence-based longevity strategies

• Prefer medical interpretation over raw data

• Seek actionable guidance rather than generic advice

Testing process
Testing is performed using validated laboratory methods. Sample collection is simple and non-invasive.

Interpretation
Results are discussed in detail during consultation and translated into practical recommendations.

Limitations
Genetic and epigenetic data do not predict disease. They inform risk and guide prevention.

Expectations
The goal is informed prevention, resilience, and healthy aging — not control over aging itself.

DNA and epigenetic analysis are priced according to the selected testing panels and consultation scope.

A personalized recommendation and cost overview are provided during consultation.