xken health - the essential health test
Four vital pieces of information before organ damage occurs:
Determining your biological age – how old and healthy are you really?
Detect disease early when it occurs
Detect cancer early
Check your heart and kidneys – enables a long life
100 clinical studies by 1,200 scientists in 400 scientific publications
xken health decodes your proteome for the first time. Only at this level do diseases arise and can they be successfully treated in a timely manner. The first early detection of disease at the proteome level can ensure a long and healthy life. Until now, chronic diseases – such as cancer – were diagnosed with massive organic damage, making it impossible to cure or even stop the progression of the disease. This scourge of humanity can now be countered with proteome analysis and the timely use of medications and therapies. xken health enables the symbiosis of diagnostics and therapy, which is a prerequisite for personalized medicine. This makes xken health the ultimate and indispensable health test.
xken health detects diseases before organs are damaged.
Your body is exposed to many influencing factors, which is reflected in your proteome.
Environment
Nutrition
lifestyle
xken health – For the first time, disease-related changes can be treated specifically due to early detection, thus stopping the progression of the disease.
How does xken health work?
Your body is controlled by proteins. The entirety of these proteins constitutes the proteome. If disease-related changes occur, they can be detected at the proteome level. If the first signs of chronic diseases, such as the proliferation of connective tissue (fibrosis) and damage to the inner cell wall (endothelium), are not recognized and treated in a timely manner, they will manifest themselves. Severely developed chronic diseases can no longer be treated effectively and shorten your lifespan.
xken health helps you recognize these changes early so that you can intervene in time to stay healthy. xken health Detects chronic diseases early, before they manifest and are still curable. Seize the opportunity to take care of your health.
xken health analyzes the important information carriers, the proteins from your urine sample. Using cutting-edge technology and artificial intelligence, protein patterns are created. This complex analysis is your personal signature and a specific reflection of your health status.
For orders and further questions you can contact us by phone, Monday to Friday, 9 a.m. to 4 p.m.
Why is xken health unique?
A urine sample provides insights into your current health and your biological age, enabling early and precise diagnostics.
xken health is the result of 20 years of scientific research.
This allows you and your doctor to manage your health for the first time without serious consequences.
xken health is clinically tested, proven and based on the standard of evidence-based medicine.
>400
scientific publications
>34.000
scientific citations
>85.000
Samples and data sets
In-vitro-Diagnostikum
CE marking
Prof. Dipl.-Ing. Dr. Dr.
Harald Mischak
xken health in practice. More than two hundred scientists worldwide were involved in the development. Never before has basic research been so directly relevant to practice.
Eminent scientists were involved in the clinical studies that formed the basis of xken health.
Prof. Dr.
Antonia Vlahou
Do you have questions?
What is clinical proteomic analysis?
Proteome analysis is a branch of biochemistry that analyzes all proteins in the body (proteome). Proteins are the functional molecules of a cell and form the basis of life. The proteome is dynamic and changes over time. This is different for genes, which always remain constant. The proteome therefore always represents the current state of the body ("snapshot"). Application-oriented clinical proteome analysis enables the implementation of findings from basic research into clinical trials, taking clinical needs into account. The mosaiques group has developed recommendations for clinical proteome analysis that have since become standards in industry and research. Today, the technology can be successfully used for both clinical diagnostics and the identification of therapeutic targets.
