GENETIC MEDICINE

WE`LL SEND YOU THE TEST, EASILY DONE AT HOME WITH AN ADDITIONAL TELEMEDICAL CONSULTATION FOR THE RESULTS.

 

 

 

 

Genetic medicine means that researchers are investigating relationships between disease susceptibility and human genetics in order to prevent, modify and treat diseases with unique hereditary risk factors such as high blood pressure, obesity, diabetes, arthrosclerosis and cancer.

The ability to identify genes for susceptibility to disease will revolutionize medical practice in the future.

GENETIC TEST

There are differences in genetic tests - so-called "health tests" and "lifestyle tests". Health tests or medical genetic tests are intended to identify the causes of illness, lifestyle tests are intended to help find the optimal lifestyle for health and well-being.

Lifestyle tests are often sold over the Internet or through pharmacies, drugstores, nutritionists and fitness centers.

Genetic tests are a very comprehensive medical diagnostic tool, but they cannot replace a profound anamnesis and an individual concept tailored to the patient. With the so-called lifestyle genetic tests alone, no serious statement can be made about health factors or risks that are influenced by several genes as well as behaviour without specialist guidance.

Biological cell age is a universal biomarker of age, fragility and stress and can be a marker of longevity by improving lifestyle, called epigenetics.

The "Individual Healthy Aging" genetic test I use includes genetic analysis for prevention, detection and control and helps to determine the risk of congenital diseases and to stay healthy longer.

On the basis of this analysis it is possible to create an individual prevention program that corresponds to the genetic profile.

  • Analysis of 9 genetic variations

  • Determination of the biological age

  • Determination of the telomere length

  • Analysis of relevant genetic variants, with influence on telomerase activity 

  • Genetic analysis report of certain genes for stress, metabolism and bone metabolism