Pharmacogenetic Drug Efficacy Test (22 Genes)

Pharmacogenetic Drug Selection Test

Innovative pharmacogenetic testing helps to assess how a patient's genetic characteristics can influence drug absorption, metabolism, effectiveness, and potential adverse effects. The test results are presented in a clear, clinically applicable report that aids the doctor in making more personalized decisions regarding treatment strategy, drug selection, or dosage.

Safer treatment starts with genetic information

The same drug can have different effects on different people. For one patient, the standard dose may be appropriate, while for another it may be too weak, too strong, or cause adverse reactions. These differences are determined by genes responsible for drug breakdown, transport, and the body's response to treatment.

The pharmacogenetic test helps to evaluate in advance how a patient's body may react to certain drugs. This allows for more precise treatment planning, reducing the trial and error probability, and achieving better drug efficacy and greater safety.

What does the pharmacogenetic test show?

The test analyzes the patient's genetic data related to drug metabolism and response to treatment by conducting an analysis of 17 genes. Based on this information, a personalized report is prepared, providing practically applicable insights for the doctor.

The test report includes:

• the patient's genetic profile related to drug metabolism;
• genotypes and predicted phenotypes based on them;
• drug groups and active substances for which genetic characteristics may be significant;
• possible warnings regarding drug efficacy or adverse effects;
• recommendations for drug choice or dosage adjustments;
• clear clinical interpretation prepared according to international pharmacogenetics guidelines.
• Personalized report for the doctor and patient

The results of the pharmacogenetic test are presented in a clearly structured report that is convenient to use in clinical practice. It converts genetic information into specific treatment-relevant insights, from drug metabolism characteristics to possible dosage recommendations.

The report helps the doctor quickly assess which drugs may be most suitable for the patient, which preparations should be avoided, or in which cases dosage adjustments may be needed. The information can be grouped by medical fields, making it convenient to apply the results in different treatment situations.

When is it worth performing this test?

• When taking multiple different medications

The test can be particularly useful for patients undergoing treatment with multiple medications. In such cases, it is important to assess not only the effectiveness of individual drugs but also how genetic characteristics may influence the overall safety of the treatment.

• When drugs do not work as expected

If the prescribed treatment is not sufficiently effective or finding the right drug takes a long time, pharmacogenetic information can help explain why the body's response to treatment differs from the usual and which treatment should be chosen.

• When experiencing adverse effects

When drugs cause pronounced side effects, the test can help assess whether genetically determined slower or faster drug metabolism is influencing this.

• When planning long-term treatment

Pharmacogenetic information is relevant for chronic diseases where medications may need to be taken for a long time. Knowing the patient's genetic characteristics in advance allows for more responsible and targeted treatment planning.

• When precise drug dosing is important

For some drugs, the appropriate dose is crucial for safety and effectiveness. Genetic information can help the doctor assess whether standard dosing is suitable for the patient.

How is the test performed?

The patient's sample is taken from a cheek swab. The genetic data is obtained from the sample in the laboratory, which is then analyzed and interpreted. The results are presented in a comprehensive report.

What are the benefits of the pharmacogenetic test?

• Helps to individualize treatment
• The test provides additional information that allows the doctor to select more suitable drugs for the patient based on their genetic profile.
• Reduces the risk of adverse effects
• Knowing how the patient's body may metabolize certain drugs allows for a more responsible assessment of potential side reactions and their risks.
• Shortens the path to appropriate treatment
• Instead of long trials and corrections, the doctor receives additional genetic information that can help make informed decisions more quickly.
• Helps to more accurately adjust doses
• When genetic characteristics indicate altered drug metabolism, the doctor can assess whether dose changes or alternative treatment choices are needed.

The results of the pharmacogenetic test do not replace the doctor's consultation and are not intended for independently changing prescribed treatment. The use of drugs, dosage, or treatment plan can be changed only after consulting with a doctor, considering the overall health status, medications being taken, and clinical situation.

The test is performed from cheek swab samples

Completion time: 3-5 weeks.