Publication | Closed Access
Pharmacogenomics and Individualized Medicine: Translating Science Into Practice
253
Citations
59
References
2012
Year
Genetic EpidemiologyPharmacotherapyGenetic MedicinePre-clinical PharmacologySystems PharmacologyMolecular PharmacologyTranslational MedicineIndividual Drug ResponsesDrug MonitoringPharmacogenomicsHuman GenomeClinical TherapeuticDrug ResponseOmicsPharmacogeneticsPersonalized BioengineeringPharmacologyGenomic MedicinePharmacological IssuePrecision MedicinePharmacometricsDrug DiscoveryMedicinePharmacoepidemiologyQuantitative Pharmacology
Research on genes and medications has advanced our understanding of the genetic basis of individual drug responses, and pharmacogenomics research spans from genotype–phenotype discovery to clinical trials demonstrating clinical impact. The aim of pharmacogenomics is to develop strategies for individualizing therapy to optimize outcomes, requiring consistent interpretation of test results, clinical guidelines, and decision support systems. Pharmacogenomics research is translational, moving from genotype–phenotype discovery to clinical trials that demonstrate impact, and depends on consistent interpretation, guidelines, and decision support. Advances in pharmacogenomics hold significant potential for individual patient care, yet translation into clinical practice remains slow. Published in Clinical Pharmacology & Therapeutics, 2012, doi:10.1038/clpt.2012.120.
Research on genes and medications has advanced our understanding of the genetic basis of individual drug responses. The aim of pharmacogenomics is to develop strategies for individualizing therapy for patients, in order to optimize outcome through knowledge of the variability of the human genome and its influence on drug response. Pharmacogenomics research is translational in nature and ranges from discovery of genotype–phenotype relationships to clinical trials that can provide proof of clinical impact. Advances in pharmacogenomics offer significant potential for subsequent clinical application in individual patients; however, the translation of pharmacogenomics research findings into clinical practice has been slow. Key components to successful clinical implementation of pharmacogenomics will include consistent interpretation of pharmacogenomics test results, availability of clinical guidelines for prescribing on the basis of test results, and knowledge-based decision support systems. Clinical Pharmacology & Therapeutics (2012); 92 4, 467–475. doi:10.1038/clpt.2012.120
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