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Pharmacogenetics studies how genetic differences affect a person´s response to medications. It helps tailor therapies to individuals and prevent adverse drug reactions.
Regular tips about health Regular tips about health Add as Preferred SourcePharmacogenetics studies how genetic differences affect a person´s response to medications. It helps tailor therapies to individuals and prevent adverse drug reactions.
Pharmacogenetics is a branch of medicine and pharmacology that examines how a person´s genetic makeup influences their response to drugs. Because every individual carries a unique set of genes, the way the body absorbs, processes, and responds to a medication can vary significantly from one person to another. These differences can mean that a drug works very effectively for one patient, has little effect for another, or causes serious side effects in a third.
Together with pharmacogenomics – which takes the entire genome into account – pharmacogenetics forms the scientific foundation of personalized medicine, also known as precision medicine.
Drugs are processed in the body by enzymes, transporter proteins, and receptors. The genes that encode these proteins can vary slightly between individuals. These genetic variations are called polymorphisms, and when they are common in the population, they are referred to as Single Nucleotide Polymorphisms (SNPs).
Based on their genetic profiles, patients can be classified into different metabolizer types:
Pharmacogenetics has practical implications across many medical specialties:
Pharmacogenetic tests are typically performed on a blood or saliva sample. The patient's DNA is analyzed for specific genetic variants that are known to affect drug metabolism or response. The results help clinicians select the most appropriate drug and dose for that individual.
Pharmacogenetic testing is increasingly integrated into routine clinical practice in many countries, and certain tests are now included in official treatment guidelines and reimbursed by health insurance providers.
Pharmacogenetics offers significant advantages: it can improve treatment safety, reduce adverse drug reactions, and enhance therapeutic outcomes. However, there are also limitations. Not all drug responses are genetically determined – factors such as age, body weight, concurrent medications, and underlying diseases also play important roles. Additionally, pharmacogenetic databases are not yet equally representative of all population groups, which may limit applicability in diverse patient populations.
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