Discover your body with our at-home DNA metabolism tests.

With our DNA metabolism tests, you can gain valuable insights into your genetic predispositions from the comfort of your own home. Have you chosen the right kit? Great! You'll receive further instructions as soon as it arrives. Depending on the test, either a saliva or blood sample is required – don't worry, it's really quick and easy.

After you have your test kit in  Once you've registered in the customer portal , you send it back along with the sample. It will then be analyzed in detail in a certified laboratory. As soon as this is complete, you'll receive your results as well as personalized recommendations on weight loss, suitable foods, exercise, and even skincare. Thanks to the DNA metabolic analysis via test, you can take precisely the measures that are right for your metabolic type. This way, you can achieve your health goals efficiently and sustainably.

If you ever find yourself wondering again why others can eat whatever they want and still stay slim, while you gain weight just by looking at a piece of cake from two meters away, you'll know the answer. While you can't fundamentally change your genes, a DNA metabolism test can help you learn how to manage them optimally—you just need to understand them well. Even if some of them are considered disadvantageous, they're still a part of you and make you as unique as you are.

To give you a glimpse into why our metabolic tests can provide insights into topics like ideal weight, exercise, and overall well-being, here's a brief excerpt from the infinitely complex universe of genetics . And we really do mean brief, because no gene has only a single function or is involved in just one process. Nevertheless, so-called markers provide important information:

Genetic diversity and metabolism : Genetic differences influence how efficiently our body burns calories and stores energy. For example, variants in the FTO gene can lead to increased fat storage and a higher risk of obesity. These genetic differences also affect how well our body processes various macronutrients such as fats and carbohydrates.

Fat burning and the ADRB2 gene : The ADRB2 gene influences how efficiently our body utilizes fat as an energy source. Variants of this gene can affect fat burning during exercise, which in turn impacts weight and overall fitness.

Macronutrient processing and the FTO gene : The FTO gene is also associated with the processing of fats and carbohydrates. People with certain variants of this gene tend to store more fat tissue and may have difficulty losing weight. A metabolic test can therefore reveal reasons why one diet or another has been more frustrating than successful for you.

Vitamin D metabolism : Genetic differences influence how efficiently our body synthesizes and uses vitamin D. This has implications for bone health and the immune system, as vitamin D plays an important role in calcium absorption and immune function.

Stress processing and metabolism : Genes also influence how our body reacts to stress. Genes like NR3C1 regulate the response to the stress hormone cortisol, which in turn can affect metabolism. Inefficient stress processing can lead to weight gain and other metabolic problems.