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- Drug_reaction_testing abstract "Drug reaction testing uses a genetic test to predict how a particular person will respond to various prescription and non-prescription medications. It checks for genes that code for specific liver enzymes which activate, deactivate, or are influenced by various drugs.There are currently four genetic markers commonly tested for: 2D6, 2C9, 2C19, and 1A2.This testing has been done for some time by drug companies working on new drugs, but is relatively newly available to the general public. Strattera is the first drug to mention the test in the official documentation, although it doesn't specifically recommend that patients get the test before taking the medication.There are four possible categories for each marker: poor metabolizer, intermediate metabolizer, extensive metabolizer, or ultra-extensive metabolizer. Different testing companies may call these by different names. Extensive metabolizers (that is, people who are extensive metabolizers of a given type) are the most common, and are the type of people for which drugs are designed. Up to 7% of Caucasians are poor metabolizers of drugs metabolized by the CYP2D6 enzyme.People who cannot metabolize a drug will require a much lower dose than is recommended by the manufacturer, and those who metabolize it quickly may require a higher dose. Some drugs, such as codeine, will not be effective in people without the requisite enzymes to activate them.People who are poor metabolizers of a drug may overdose while taking less than the recommended dose.".
- Drug_reaction_testing wikiPageID "2138731".
- Drug_reaction_testing wikiPageLength "2143".
- Drug_reaction_testing wikiPageOutDegree "23".
- Drug_reaction_testing wikiPageRevisionID "678653662".
- Drug_reaction_testing wikiPageWikiLink Atomoxetine.
- Drug_reaction_testing wikiPageWikiLink CYP1A2.
- Drug_reaction_testing wikiPageWikiLink CYP2C19.
- Drug_reaction_testing wikiPageWikiLink CYP2C9.
- Drug_reaction_testing wikiPageWikiLink CYP2D6.
- Drug_reaction_testing wikiPageWikiLink Category:Clinical_pharmacology.
- Drug_reaction_testing wikiPageWikiLink Category:Pharmacy.
- Drug_reaction_testing wikiPageWikiLink Codeine.
- Drug_reaction_testing wikiPageWikiLink Contraindication.
- Drug_reaction_testing wikiPageWikiLink Cytochrome_P450.
- Drug_reaction_testing wikiPageWikiLink Drug_metabolism.
- Drug_reaction_testing wikiPageWikiLink Enzyme.
- Drug_reaction_testing wikiPageWikiLink Extensive_metabolizer.
- Drug_reaction_testing wikiPageWikiLink Genetic_marker.
- Drug_reaction_testing wikiPageWikiLink Genetic_testing.
- Drug_reaction_testing wikiPageWikiLink Intermediate_metabolizer.
- Drug_reaction_testing wikiPageWikiLink Liver.
- Drug_reaction_testing wikiPageWikiLink Medical_prescription.
- Drug_reaction_testing wikiPageWikiLink Metabolism.
- Drug_reaction_testing wikiPageWikiLink Pharmaceutical_drug.
- Drug_reaction_testing wikiPageWikiLink Ultra-extensive_metabolizer.
- Drug_reaction_testing wikiPageWikiLinkText "Drug reaction testing".
- Drug_reaction_testing wikiPageUsesTemplate Template:Reflist.
- Drug_reaction_testing subject Category:Clinical_pharmacology.
- Drug_reaction_testing subject Category:Pharmacy.
- Drug_reaction_testing type Science.
- Drug_reaction_testing comment "Drug reaction testing uses a genetic test to predict how a particular person will respond to various prescription and non-prescription medications. It checks for genes that code for specific liver enzymes which activate, deactivate, or are influenced by various drugs.There are currently four genetic markers commonly tested for: 2D6, 2C9, 2C19, and 1A2.This testing has been done for some time by drug companies working on new drugs, but is relatively newly available to the general public.".
- Drug_reaction_testing label "Drug reaction testing".
- Drug_reaction_testing sameAs Q5308918.
- Drug_reaction_testing sameAs m.06pn36.
- Drug_reaction_testing sameAs Q5308918.
- Drug_reaction_testing wasDerivedFrom Drug_reaction_testing?oldid=678653662.
- Drug_reaction_testing isPrimaryTopicOf Drug_reaction_testing.