Lifestyle Tests
Discover a comprehensive range of genetic and non-genetic tests designed to help you understand your health, lifestyle, and future risks.
Medical Genetic Analyses
(DNA Health Control)
Understand your genetic health risks and take preventive action
Iron Sensor
This shows whether the body is absorbing too much iron and whether there is a risk of haemochromatosis. Three genetic variations that are relevant for iron absorption are analysed.
Diabetes Sensor
This shows how high your genetically determined diabetes risk is and helps in finding preventative measures. This analysis draws from nine relevant genetic variations regarding diabetes.
Alzheimer Sensor
This shows how high your genetic disposition to developing Alzheimer’s disease is and helps in finding preventative measures. Two relevant genetic variations are analysed.
Depression Sensor
This shows how high your genetic disposition to suffering from depression is. Eight relevant genetic variations responsible for depression are analysed.
Schizophrenia Sensor
This shows how high your genetic disposition to suffering from schizophrenia is. Four relevant genetic variations are analysed to determine the risk of developing schizophrenia.
Thrombo Sensor
This shows whether the relevant genes that lead to a higher risk of thrombosis are defective. Three relevant genetic variations are examined.
Cardiovascular Sensor
This shows how high your genetic disposition to developing cardiovascular disease is and helps in finding preventative measures. Eighteen relevant genetic variations are analysed.
Hypertension Sensor
This shows how high your genetic disposition to developing high blood pressure is and helps in finding preventative measures. Four relevant genetic variations are evaluated.
HIV Resistance Sensor
This shows how high your individual risk for an HIV infection is. The CCR5 gene is responsible for the HIV risk of each individual.
Periodontitis Sensor
This shows how high your genetic disposition to developing periodontitis is. Five genetic variations relevant for periodontitis are analysed.
Pharmaco Sensor
This shows which medicines are likely to have side effects. This analysis examines over 2,000 pharmaceuticals and their individual effects on your body.
Breast Health Sensor
This shows how high your individual risk of developing breast cancer is. Ten breast cancer–relevant genes are analysed.
Prostate Health Sensor
This shows how high your genetic disposition to developing prostate cancer is and helps in finding preventative measures. Ten prostate cancer–relevant genes are analysed.
Lung Health Sensor
This gives information on how high your genetic disposition to developing lung cancer is. Ten relevant genetic variations are analysed.
Skin Health Sensor
This shows how high the individual risk of developing skin cancer is. Eighteen genetic variations relevant to skin cancer are analysed.
Colon Health Sensor
This shows how high your genetic disposition to developing bowel cancer is and helps in finding preventative measures. Seventeen relevant genetic variations are evaluated.
Gluten Sensor
This gives information on whether there is a higher risk of gluten intolerance owing to a gene defect. Two relevant genetic variations are analysed.
Lactose Sensor
This shows how high your genetic disposition to developing lactose intolerance is. One genetic variation is responsible for lactose tolerance.
IBD Sensor
This shows how high your genetic disposition to developing Crohn’s disease is. Three relevant genetic variations are analysed.
Bone Health Sensor
This shows how high your genetic disposition to developing osteoporosis is and enables effective prevention. Four genetic variations responsible for bone health are analysed.
Joint Sensor
This shows how high your genetic disposition to developing inflammatory joint disorders is. Two relevant genetic variations are analysed.
AMD Sensor
This shows how high your genetic disposition to developing macular degeneration is. Three relevant genetic variations are analysed.
Glaucoma Sensor
This shows how high your genetic disposition to developing glaucoma is. One genetic variation is analysed.
ADHD Sensor
This shows whether certain genetic variations may contribute to the development of ADHD and supports diagnosis. Five relevant genetic variations are analysed.
Burnout Sensor
This explains what is necessary for successful burnout prevention and how well you are able to cope with stress.
Performance Sensor
This analysis examines 26 performance-related genes to provide insights into genetic predispositions related to training, recovery, and nutrition.
Premium Plus Sensor
This includes all medical and lifestyle genetic analyses except performance, ADHD, beauty, and non-genetic analyses. It consists of two reports: a medical part and a lifestyle part.
2. Lifestyle & Nutritional Analyses
(DNA NutriControl)
Optimize your nutrition, weight, and lifestyle according to your genes.
Nutrition Sensor
Through the analysis of nutritionally relevant genes, this sensor checks which foods are healthy for you and which should be avoided. It also reviews the impact on common metabolic problems.
Weight Sensor
This shows how genes influence body weight and which individual adjustments can lead to weight reduction. It provides guidance for optimal sports and nutrition combinations.
Recipe Book
Personalized recipes designed to support weight management.
Toxo Sensor
This gives information on how the body can neutralize pollutants. Ten relevant genetic variations for detoxification are analysed.
Epigenetics Sensor
This helps optimize epigenetic programming and provides clear information about epigenetics.
Biological Age Sensor
This shows how genes influence biological age and the body’s ability to slow the aging process.
3. Family Planning Analyses
(DNA Baby Control)
Support a healthy pregnancy and optimal early-life development.
Pregnancy Sensor
This analysis offers pregnancy screening. Nine relevant genetic variations linked to pregnancy complications are analysed.
Breast Milk Sensor
This provides information on the Omega-3 content of breast milk.
Baby Sensor
Optimal screening analysis for newborns. Over 250 metabolites in the baby’s urine are examined.
4. Beauty Gene Analyses
(DNA Beauty Control)
Personalized skin and beauty insights based on your genetics.
Beauty Sensor
This provides information on individually adapted measures to combat skin aging. Over 20 genetic variations influencing skin health are analysed.
Biological Age Sensor
This shows how genes influence biological age and the body’s ability to slow the aging process.
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