pharmacokinetics

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pharmacokinetics

[¦fär·mə·kō·ki′ned·iks]
(pharmacology)
The study of the way that drugs move through the body after they are swallowed or injected.
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Strategies for developing markets for therapeutic drug monitoring
This new 247-page report provides a comprehensive analysis of the Japanese therapeutic drug monitoring market, including emerging tests, technologies, instrumentation, sales forecasts, market shares, and strategic profiles of leading suppliers.
of Texas) summarize analytical methods for therapeutic drug monitoring drawn from the published literature.
We at Thermo Fisher Scientific continue to invest in developing the latest therapeutic drug monitoring immunoassays, specifically the immunosuppressant drug monitoring assays, providing transplant doctors more tools to support determining the correct dosage of medication an organtransplant patient needs to prevent the rejection of his transplant.
Through both reducing the numbers of adverse drug reactions and improving the use of existing drugs in targeted populations, pharmacogenomics represents a real advance on traditional therapeutic drug monitoring.
com/research/3b93jk/2016_future) has announced the addition of the "2016 Future Horizons and Growth Strategies in the French Therapeutic Drug Monitoring (TDM) Market: Supplier Shares, Country Segment Forecasts, Competitive Intelligence, Emerging Opportunities" report to their offering.
The guide, useful as an educational aid and for clinical scientists involved in therapeutic drug monitoring, also includes chapters on new candidates for therapeutic drug monitoring, such as protease inhibitors, basic issues of therapeutic drug monitoring, such as specimen handling, and drug- herb interactions.
Liquid chromatography/mass spectrometry for therapeutic drug monitoring of immunosuppressants.
My inclusion of the Abbott TDx on the list of the 10 instruments that most changed the lab is based solely on its significant contributions to the fields of therapeutic drug monitoring (TDM) and pharmacokinetics.
Introducing concepts in ways that do not require an intensive mathematical background, he covers the pharmacokinetic behavior of drugs administered intravenously, orally and by intravenous infusion, addressing principles and then the specifics of single intravenous administration, drug absorption following oral administration (including biopharmaceutical considerations and rates), steady states during multiple drug administrations, renal drug elimination, metabolic pharmacokinetics, disease state and drug pharmacokinetics, nonlinear pharmacokinetics, multi-component pharmacokinetic models, intermittent intravenous infusion, data analysis, physiological approaches to hepatic clearance, and the relationship between pharmacokinetics and pharmacodynamics and therapeutic drug monitoring.
His early research covered theoretical and practical work on electrophoresis and expanded to include a wide variety of disciplines, including endocrinology, fetal maturity testing, plasma protein analysis, biological variation, therapeutic drug monitoring, hemostasis and thrombosis, tryptophan metabolism, and laboratory statistics.
The test menu includes more than 100 reagents comprised of general chemistries, critical care chemistries, proteins, serologies, and esoteric chemistries, as well as therapeutic drug monitoring and drugs-of-abuse testing reagents.

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