By Arthur J. Atkinson Jr., Sanford P. Markey, Shiew-Mei Huang, Juan J. L. Lertora
Ideas of scientific Pharmacology is a winning survey masking the pharmacologic ideas underlying the individualization of sufferer treatment and modern drug improvement. This crucial reference maintains to target the fundamentals of medical pharmacology for the improvement, review, and scientific use of pharmaceutical items whereas additionally addressing the newest advances within the box. Written via top specialists in academia, undefined, scientific and regulatory settings, the 3rd variation has been completely up to date to supply readers with a terrific reference masking the big variety of vital issues impacting medical pharmacology because the self-discipline performs an more and more major function in drug improvement and regulatory science.
* contains new chapters on imaging and the pharmacogenetic foundation of inauspicious drug reactions.
* deals an improved regulatory part that addresses US and overseas matters and guidance.
* presents prolonged insurance of previous chapters on transporters, pharmacogenetics and biomarkers and likewise illustrates the effect of gender on drug reaction.
* provides a broadened dialogue of medical trials from part 1 to include stages II and III.
Read or Download Principles of Clinical Pharmacology (3rd Edition) PDF
Similar pharmacology books
- Mind Wars: Brain Research and National Defense
- Screening Methods in Pharmacology
- Recent Advances in the Pharmacology of Toxins. Proceedings of The First International Pharmacological Meeting Stockholm, 22–25 August, 1961
- Antiviral Colloidal Silver Composition (US Patent)
- Tumor Necrosis Factor
Extra info for Principles of Clinical Pharmacology (3rd Edition)
Atkinson AJ Jr, Kushner W. Clinical pharmacokinetics. Annu Rev Pharmacol Toxicol 1979;19:105–27. 2. Atkinson AJ Jr, Reidenberg MM, Thompson WL. Clinical pharmacology. In: Greenberger N, editor. MKSAP VI Syllabus. Philadelphia, PA: American College of Physicians; 1982. p. 85–96. 3. Wuth O. Rational bromide treatment: New methods for its control. JAMA 1927;88:2013–7. 4. Atkinson AJ Jr, Ambre JJ. Kalman and Clark’s drug assay: The strategy of therapeutic drug monitoring. 2nd ed. New York, NY: Masson; 1984.
Applied pharmacokinetics: Principles of therapeutic drug monitoring. 3rd ed. Vancouver, WA: Applied Therapeutics; 1992. This book contains detailed information that is useful for individualizing dose regimens of a number of commonly used drugs. Drug Development Spilker B. Guide to clinical trials. Philadelphia, PA: LippincottRaven; 1996. This book contains detailed discussions of many practical topics that are relevant to the process of drug development. Yacobi A, Skelly JP, Shah VP, Benet LZ, editors.
The reader also is referred to other literature sources that may be helpful [1, 16, 19]. First-Order Elimination Kinetics For most drugs, the amount of drug eliminated from the body during any time interval is proportional to the total amount of drug present in the body. 7) where X is the total amount of drug present in the body at any time (t) and k is the elimination rate constant for the drug. This equation can be solved by separating variables and direct integration to calculate the amount of drug remaining in the body at any time after an initial dose as follows.