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Medicated

Genetic – DNA tests

DNA tests

Armed with knowledge of your genetic code, you can make smarter decisions and discover more effective solutions to optimize your health and achieve your goals.

Personalized medicine

Each person is unique - and therefore deserves a unique approach to health care.
Genetic testing allows us to gain a deeper understanding of how we react to diet, lifestyle and supplements (nutrigenics), as well as certain medications (pharmacogenomics).

Which DNA life test is right for you?

Frequently asked questions

Q1: How can genetic testing help you achieve your goals?

You're born with a set of genes that don't change throughout your life – but you can influence how those genes are expressed. There is a strong connection between the genes we carry and our lifestyle choices – including diet, physical activity, supplements and medications.

Genes are sections of DNA that contain instructions for making the thousands of proteins needed for our body to function. Each gene is made up of combinations of "letters" (nucleotides) that make up your genetic code – a kind of biological code of life.

With the exception of identical twins, all humans have slight differences (variations) in their genetic code. It is these differences that make each of us unique. In the same way that changing just one letter can completely change the meaning of a word, changing one nucleotide can significantly affect the function of a gene - and therefore the health and the way our body functions.

Genetic variations can affect gene expression and thus metabolic processes that are crucial for maintaining cell health. These variations also determine how our body responds to external factors – such as diet, lifestyle, supplements and physical activity. Knowing these genetic differences provides unparalleled insight into your biological systems, allowing a healthcare professional to recommend precise and personalized interventions to help you achieve your goals and achieve optimal health.

Chronological age corresponds to our actual age, and biological age refers to the age of the cells. The difference between biological and hornological passion refers to planning longevity and improving quality of life. By understanding the physiological process of aging, we can prevent the reversal of cellular functionality from the physiological to the pathophysiological level.

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