MedCheck

Tailored Treatment Plans for Safer, Smarter Healthcare

Personalized Prescriptions, Safer Outcomes – Decode Gene-Drug Interactions for Optimal Treatment

The Medcheck pharmacogenomics test is part of the dnalife® portfolio of
genetic tests. The test analyses genotypes associated with drug
responsiveness for cardiovascular disease, psychiatry and pain management
amongst others. Reports provide practitioners with detailed guidelines on
gene-drug interactions; highlighting potential side effects, increased toxicity,
and lack of efficacy.

Test Includes :

71 genetic variations, over 100 drugs

AED 2920

Medcheck analyses genetic variants linked to the metabolism of the following drug classes

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FAQ's

What is the Medcheck pharmacogenomics test and what does it analyze?

The Medcheck test is a genetic test that analyzes your genetic variations to understand how your body responds to specific medications. It focuses on drug responsiveness in areas such as cardiovascular disease, psychiatry, pain management, and other therapeutic areas. The test provides detailed reports that help practitioners identify potential side effects, toxicity risks, and treatment inefficacy based on your genetic profile.

The Medcheck test helps optimize your treatment by analyzing 71 genetic variations linked to over 100 drugs. By understanding how your genetics affect drug metabolism, it enables healthcare providers to prescribe medications that are safer, more effective, and tailored to your genetic profile, reducing the risk of adverse reactions or ineffective treatments.

The Medcheck test covers medications from various therapeutic classes, including diabetes medications, gastrointestinal drugs, antifungals, antimalarials, rheumatology treatments, immunosuppressants for transplantation, and urological medications. This wide range ensures that the test is applicable to many common conditions and helps personalize treatment plans.

The Medcheck pharmacogenomics test is priced at AED 2920. The report includes detailed guidelines on gene-drug interactions, highlighting potential issues such as side effects, increased toxicity, and lack of efficacy. This information helps healthcare practitioners provide better, personalized treatment recommendations.

Ready to prioritize your health?