A genetic passport is an individual set of genetic data that allows the assessment of predisposition to various diseases, metabolic characteristics, reactions to medications, and physical abilities. DNA analysis enables a personalized approach to health, nutrition, sports, and medical treatment.
When is a genetic passport required?
During pregnancy planning to assess the risk of hereditary diseases. In the diagnosis of oncological, cardiovascular, endocrine diseases, and neurological disorders. To identify predisposition to diabetes, hypertension, osteoporosis, and obesity. When selecting an individualized diet, physical activity regimen, and optimal medications. For the prevention of age-related diseases, implementation of personalized medicine, and life extension strategies.
What does a genetic passport include?
- Disease predisposition – assessment of risks for cancer, diabetes, cardiovascular diseases, and dementia.
- Pharmacogenetics – individual response to medications and selection of the most effective drugs.
- Nutritional genetics – characteristics of protein, fat, carbohydrate, and vitamin metabolism.
- Sports genetics – predisposition to strength-based or endurance physical activities.
- Anti-aging genetics – evaluation of factors influencing aging processes and tissue regeneration.
How is the examination performed?
The analysis is performed using a buccal swab (cheek epithelium) or venous blood. The test is conducted once in a lifetime, as genetic information remains unchanged. The results are analyzed by specialists and presented in the form of a report with personalized recommendations.
Main advantages of obtaining a genetic passport in Belarus
A personalized approach to health, nutrition, and physical activity. The possibility of preventing hereditary diseases, cancer, diabetes, and strokes. Optimization of medication use and reduction of adverse drug reactions.
Belarusian laboratories are equipped with advanced genetic technologies that ensure accurate DNA analysis. Experienced specialists provide personalized recommendations based on an individual genetic profile.
