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Pharmacology in drug discovery = und...

Kenakin, Terrence P.{me_controlnum}

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Pharmacology in drug discovery = understanding drug response /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Pharmacology in drug discovery/ Terry Kenakin.
Reminder of title:	understanding drug response /
Author:	Kenakin, Terrence P.{me_controlnum}
Published:	Oxford :Academic, : 2012.,
Description:	1 online resource (1 v.) :ill.
[NT 15003449]:	Chapter 1: Pharmacology: The Chemical Control of Physiology -- Chapter 2: Drug Affinity and Efficacy -- Chapter 3: Predicting Agonist Effect -- Chapter 4: Drug Antagonism: Orthosteric Drug Effects -- Chapter 5: Allosteric Drug Effects -- Chapter 6: Enzymes as Drug Targets -- Chapter 7: Pharmacokinetics I: Permeation and Metabolism -- Chapter 8: Pharmacokinetics II: Distribution and Multiple Dosing -- Chapter 9: In Vivo Pharmacology -- Chapter 10: Safety Pharmacology -- Chapter 11: Answers to Chapter Questions -- Chapter 12: Derivations and Proofs.
Subject:	Pharmacology. -
Online resource:	http://www.sciencedirect.com/science/book/9780123848567An electronic book accessible through the World Wide Web; click for information
ISBN:	9780123848567 (electronic bk.)

Pharmacology in drug discovery = understanding drug response /
Kenakin, Terrence P.{me_controlnum}

Pharmacology in drug discoveryunderstanding drug response /[electronic resource] :Terry Kenakin. - Oxford :Academic,2012. - 1 online resource (1 v.) :ill.

Chapter 1: Pharmacology: The Chemical Control of Physiology -- Chapter 2: Drug Affinity and Efficacy -- Chapter 3: Predicting Agonist Effect -- Chapter 4: Drug Antagonism: Orthosteric Drug Effects -- Chapter 5: Allosteric Drug Effects -- Chapter 6: Enzymes as Drug Targets -- Chapter 7: Pharmacokinetics I: Permeation and Metabolism -- Chapter 8: Pharmacokinetics II: Distribution and Multiple Dosing -- Chapter 9: In Vivo Pharmacology -- Chapter 10: Safety Pharmacology -- Chapter 11: Answers to Chapter Questions -- Chapter 12: Derivations and Proofs.

Pharmacology in Drug Discovery: Understanding Drug Response is designed for all students, recent graduates, and new researchers in the pharmaceutical and biotechnology industries who need to interpret change in physiology induced by a chemical substance. Physiological systems customize chemical signal input to their own needs; therefore, the same drug can have different effects in different physiological systems. The field of pharmacology is unique in that it furnishes the tools to analyze these different behaviors and traces them to their root cause. This enables predictions of drug behavior to be made in all systems, an invaluable tool for drug discovery because almost all drugs are developed in test systems far removed from the therapeutic one. This valuable resource provides simple explanations of the ways in which biological systems use basic biochemical mechanisms to produce fine chemical control of physiology, allowing for more informed predictions of drug effects in all systems and forming the basis of the drug-discovery process. Chapters follow a logical progression on how to characterize the pharmacology of any given molecule and include important terminology, chapter summaries, references, and review questions to aid the reader in understanding and retention of the material. Bridges the gap between biochemistry and therapeutic medicine Chapters include key topics such as drug affinity and efficacy, enzymes as drug targets, in vivo pharmacology, safety pharmacology, and more Enables the reader to interpret drug dose-response data and make mechanistic inferences at the molecular level.

ISBN: 9780123848567 (electronic bk.)

Source: 1098195:10925001Elsevier Science & Technologyhttp://www.sciencedirect.comSubjects--Topical Terms:

634543
Pharmacology.
Index Terms--Genre/Form:

542853
Electronic books.

LC Class. No.: RM301.35 / .K46 2012

Dewey Class. No.: 615.1

Pharmacology in drug discovery = understanding drug response /
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505 0 $a Chapter 1: Pharmacology: The Chemical Control of Physiology -- Chapter 2: Drug Affinity and Efficacy -- Chapter 3: Predicting Agonist Effect -- Chapter 4: Drug Antagonism: Orthosteric Drug Effects -- Chapter 5: Allosteric Drug Effects -- Chapter 6: Enzymes as Drug Targets -- Chapter 7: Pharmacokinetics I: Permeation and Metabolism -- Chapter 8: Pharmacokinetics II: Distribution and Multiple Dosing -- Chapter 9: In Vivo Pharmacology -- Chapter 10: Safety Pharmacology -- Chapter 11: Answers to Chapter Questions -- Chapter 12: Derivations and Proofs.
520 $a Pharmacology in Drug Discovery: Understanding Drug Response is designed for all students, recent graduates, and new researchers in the pharmaceutical and biotechnology industries who need to interpret change in physiology induced by a chemical substance. Physiological systems customize chemical signal input to their own needs; therefore, the same drug can have different effects in different physiological systems. The field of pharmacology is unique in that it furnishes the tools to analyze these different behaviors and traces them to their root cause. This enables predictions of drug behavior to be made in all systems, an invaluable tool for drug discovery because almost all drugs are developed in test systems far removed from the therapeutic one. This valuable resource provides simple explanations of the ways in which biological systems use basic biochemical mechanisms to produce fine chemical control of physiology, allowing for more informed predictions of drug effects in all systems and forming the basis of the drug-discovery process. Chapters follow a logical progression on how to characterize the pharmacology of any given molecule and include important terminology, chapter summaries, references, and review questions to aid the reader in understanding and retention of the material. Bridges the gap between biochemistry and therapeutic medicine Chapters include key topics such as drug affinity and efficacy, enzymes as drug targets, in vivo pharmacology, safety pharmacology, and more Enables the reader to interpret drug dose-response data and make mechanistic inferences at the molecular level.
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