Genetic analysis using SNPs – your individual health code

Our genes are the blueprints of our body. They not only determine our external characteristics, but also how our metabolism works, how our body reacts to nutrients and how well we can deal with inflammation, stress or environmental pollution. Genetic analysis using SNPs (single nucleotide polymorphisms) enables us to identify individual predispositions and take targeted measures to optimize your health in the long term.

SNP diagnostics provide valuable information on how your body utilizes micronutrients, regulates inflammation, reduces stress, detoxifies toxins and what individual risks exist for certain diseases. Together, we analyze your genetic characteristics and develop a tailored prevention and treatment strategy based on them.

What are SNPs and why are they important?

SNPs are small genetic variations that can influence metabolism and various bodily functions. These genetic differences are often responsible for why, for example, some people have more energy, are less susceptible to stress or absorb certain nutrients better than others.

With a SNP analysis, we can identify whether there are genetic weaknesses in certain areas and react to them in a targeted manner. This allows us to develop individual therapeutic approaches to minimize health risks and optimize your physical performance.

Which areas can be examined by SNP analysis?

1. methylation & detoxification (detox genetics)

Methylation is a vital biochemical process that is necessary for cell repair, inflammation inhibition, hormone degradation and detoxification. Disorders in this area can lead to chronic fatigue, increased risk of cardiovascular disease and neurological complaints.

Relevant SNPs:

• MTHFR (C677T, A1298C) → Influences folic acid and homocysteine metabolism, important for heart health and the nervous system
• COMT → Regulates the breakdown of stress hormones (adrenaline, dopamine), important for mental resilience
• CBS → Influence on sulphur metabolism and detoxification
• GST & NAT2 → Influence on the ability to detoxify environmental toxins and medication

2. oxidative stress & cell protection

Free radicals are aggressive molecules that can damage our cells. A good antioxidant system protects us from premature cell ageing, inflammation and degenerative diseases.

Relevant SNPs:

• SOD2 (superoxide dismutase) → enzyme that neutralizes free radicals
• GPX (glutathione peroxidase) → key enzyme for the body’s own detoxification
• Nrf2 → Regulates the antioxidant defense

3. hormone & neurotransmitter balance (stress tolerance & mental health)

Our genes influence how we deal with stress, anxiety and emotions. Imbalances can manifest themselves in anxiety disorders, depression, burnout or sleep problems.

Relevant SNPs:

• COMT → Regulates the breakdown of dopamine and adrenaline, influences stress response and cognitive performance
• MAOA → Influences serotonin and dopamine breakdown, important for mood and drive
• BDNF → Influence on neuronal regeneration and mental resilience

4. nutrient utilization & metabolism

Every person processes nutrients differently. Some people need more of certain vitamins or have a higher susceptibility to insulin resistance, cholesterol increase or weight gain.

Relevant SNPs:

• FTO (“obesity gene”) → Influences appetite regulation and fat storage
• APOE → Affects cholesterol metabolism and Alzheimer’s risk
• PPARG → Important for insulin sensitivity and fat metabolism
• TCN2 (transcobalamin gene) → Determines the absorption and utilization of vitamin B12

How does the genetic analysis work?

1. Advice & anamnesis
   • We discuss your health concerns, complaints and goals.
   • On this basis, we determine which SNP analyses make sense for you.
2. Simple sampling
   • The analysis is carried out using a simple saliva sample or a blood sample.
   • The sample is sent to a specialized laboratory.
3. Evaluation & individual discussion
   • After receiving the results, we analyze your genetic characteristics together.
   • You will receive a detailed evaluation with individual recommendations.
4. Individual therapy & prevention strategy
   • Based on your genetic analysis, we develop a targeted nutritional and lifestyle strategy.
   • The aim is to compensate for genetic weaknesses and optimize health and well-being in the long term.

What are the advantages of a genetic SNP analysis?

✅ Personalized health strategy – Every person is unique. The analysis helps to develop individually tailored measures.
✅ Early prevention – diseases don’t have to “break out”. We can identify risks early on and take targeted preventative measures.
✅ Optimization of nutrients & metabolism – No “one-size-fits-all” – the SNP analysis shows exactly which micronutrients you really need.
✅ Better stress management & mental health – Recognize how your body reacts to stress and how you can better regulate it.
✅ Effective detoxification & cell protection – If the body does not break down toxins well, targeted support can be provided.

Conclusion: Use your genetic information for your health

SNP diagnostics opens up a whole new dimension in health care and therapy. It helps us to understand the individual biological needs of your body and provide targeted support.

Instead of treating according to the “scheme F”, we can use the genetic analysis to derive customized recommendations for nutrition, micronutrient therapy, detox measures, stress management and disease prevention.

Arrange your genetic analysis using SNPs now – for an in-depth understanding of your individual health and optimal prevention!