药理学
2013-1
蒋志文 人民军医出版社 (2013-01出版)
蒋志文
本书在第1版的基础上修订而成，作者蒋志文参考多部国外流行的新版药理学教材和专著，吸纳国内药理学教科书之风格，并结合作者从事十多年药理学双语教学之经验，编写了《药理学(英文版 第2版)》。全书共44章，包括药理学总论4章，传出神经系统用药7章，中枢神经系统用药8章，心血管系统用药5章，化疗用药11章，激素类药物3章，H-受体阻断药、利尿药和呼吸、消化、解热镇痛、缩宫保胎用药各1章。《药理学(英文版 第2版)》内容新颖、阐述准确，可作为医药卫生本、专科药理学双语教学之用，亦可作为药理学专业工作者自修用书。
Chapter 1 IntroductionChapter 2 Pharmacokinetics Drug absorption Drug distribution Excretion Transformation (metabolism) Elimination kinetics of drugs The time course of the quantitative change of drug in the body Design and optimization of dosage regimens Compartment modelChapter 3 Pharmacodynamics Basic action of drug Relation between drug dose and clinical response Mechanism of drug action Drug and receptor Intracellular signal transduction Drug-receptor interactions Classification of drugs acting on the receptor Receptor regulationChapter 4 Factors Affecting the Pharmacological Effects Drug Body Gender Genetic factors Disease state Placebo effects Changes of reactivity after long administrationChapter 5 General Principle of Efferent Nervous System Pharmacology Transmitter of efferent nervous system Receptors of efferent nervous system Effects mediated by α-adrenoceptors Effects mediated by cholinergic receptors Function of efferent nervous system Basic action of efferent nervous system drugs Classification of drugs acting on efferent nervous systemChapter 6 Cholinoceptor Agonists Acetylcholine(ACh) M-Cholinoceptor agonistsChapter 7 Anticholinesterase and Cholinesterase Reactivators Cholinesterase inhibitors Reversible cholinesterase inhibitor Irreversible cholinesterase inhibitor Cholinesterase reactivatorChapter 8 Anticholinergic Drugs(Part 1) M-cholinoceptor blocking drugsChapter 9 Anticholinergic Drugs (Part 2) N-Cholinoceptor blocking drugs Depolarizing muscle relaxantChapter 10 Adrenergic Drugs Mixed α and β agonists α-Receptor agonists β- Receptor agonists Dopamine receptor agonistsChapter 11 Adrenoceptor Blocking Drugs α-Adrenoceptor blocking drugs β-Receptor blocking drugs α, β-Receptor blockerChapter 12 General Anesthetics Inhaled anesthetics Intravenous anesthetics Anesthetics adjunctsChapter 13 Local Anesthetics Pharmacodyamics Usual local anesthetics Clinical use of local anesthetics Absorptive action and adverse reactionChapter 14 Sedative-hypnotics General introduction Benzodiazepines Benzodiazepine receptor antagonist Other sedative-hypnoticsChapter 15 Antiepileptics and Anticonvulsants Classification of seizure types Antiseizure agents Selection and withdrawal of antiepileptic drugs Anticonvulsant drugsChapter 16 Antiparkinsonism DrugsChapter 17 Narcotic Analgesics General considerations Opioid analgesics Synthetic analgesic drug Opioid antagonists The analgesic therapy for pain associated with cancerChapter 18 Antipsychotic Drugs Phenothiazines Thioxanthene derivatives Butyrophenones Atypical antipsychotic drugs The antimanic drugs AntidepressantsChapter 19 Antipyretic-analgesic and Antiinflammatory Agents General concepts Aspirin and sodium salicylate Slow acting antirheumatic drugs Antigout drugsChapter 20 Central Stimulants Corticocerebral stimulants Stimulants that mainly stimulate apneustic center in medulla oblongata Appendix: Cerebral function protecting drugsChapter 21 Antiarrhythmic Agents Cardiac electrophysiology Mechanisms responsible for cardiac arrhythmias Classification of antiarrhythmic drugs Individual antiarrhythmic drugs Class Ⅰ.Na+ channel blocker（Ia） Class Ⅰ.Na+ channel blocker （Ⅰb） Class Ⅰ. Na+ channel blocker （Ⅰc） Class Ⅱ. β-receptor blocker Class Ⅲ. Drugs for prolonging ADP Class Ⅳ.Calcium channel blocker Class Ⅴ. Other antiarrhymicsChapter 22 Diuretics and Dehydrant Diuretics Renal physiology High efficacy diuretics (Loop diuretics) Moderate efficacy diuretics (thiazides diuretics) Low efficacy diuretics (potassium- sparing diuretics) Dehydrant (osmotic diuretics)Chapter 23 Antihypertensive Drugs Classification of hypertension and antihypertensive drugs Pharmacotherapeutic concept of hypertension Diuretic agents Angiotensin Ⅰ converting enzyme inhibitors and angiotensin Ⅱ receptor blockers Sympathetic nervous inhibitors Calcium antagonists VasodilatorsChapter 24 Drugs Used in the Treatment of Heart Failure Cardiac glycosides Other positive inotropic drugs Drugs without positive inotropic effectsChapter 25 Anti-angina Pectoris Drugs Nitrates and nitrites β-Adrenergic receptor blockers Calcium channel blockersChapter 26 Antihyperlipidemic Agents HMG-CoA reductase inhibitors Bile-acid-binding resins(cholestyrarnine, cotestipot) Fibrates Nicotinic acid (Niacin) ProbucolChapter 27 H-Receptor Blocking Drugs H1-Receptor blocking drugs H2-Receptor blocking drugsChapter 28 Drugs Affecting the Respiratory System Antiasthmatic agents Other drugs Antitussives ExpectorantsChapter 29 Drugs Acting on Digestive System Antipeptic ulcer drugs Digestants Antiemetics Cathartics (Laxatives) Antidiarrheal drugsChapter 30 Oxytocics and Tocolytic Drugs Oxytocics Tocolytic drugsChapter 31 Adrenocortical Hormones GlucocorticoidChapter 32 Agents Affecting the Thyroid Gland Thyroid hormone Antithyroid agentsChapter 33 Insulin and Oral Hypoglycemic Agents Insulin Oral hypoglycemic agents Other drugsChapter 34 Introduction to Antibacterial Drugs Antibacterial drugs ＆ chemotherapy Basic concepts Mechanism of action Resistance Principles of application of antibacterial drugsChapter 35 β-Lactam Antibiotics Penicillins Natural penicillins Semisynthetic penicillins Cephalosporins Other β-lactam drugsChapter 36 Macrolides, Clindamycin and Vancomycin Macrolides Clindamycin VancomycinChapter 37 Aminoglycosides Individual aminoglycosidesChapter 38 Tetracyclines and Chloramphenicols Tetracyclines ChloramphenicolChapter 39 Synthetic Antimicrobial Quinolones Sulfonamides and trimethoprimChapter 40 Antifungal Drugs and Antiviral Drugs Antifungal drugs Antibiotics Azoles Others Antiviral drugsChapter 41 Antituberculous Drugs First-line drugs Second-line drugs Principles of antituberculous chemotherapyChapter 42 Antimalarial Drugs Malarial life cycle and sites of drug action Antimalarial drugsChapter 43 Antiamebic DrugsChapter 44 Cancer Chemotherapy Mechanisms of action and classification of anticancer drugs Kinetics of cell cycle Individual anticancer drugs Antibiotics Inorganic metal complex Drugs that interfere with protein synthesis Miscellaneous anticancer drugs
蒋志文主编的这本《药理学(英文版 第2版)》是高等医药教育教材。教材共分44章，内容包括：药理学总论、传出神经系统用药、中枢神经系统用药、心血管系统用药、化疗用药、激素类药物、H-受体阻断药、利尿药和呼吸、消化、解热镇痛、缩宫保胎用药等。 全书以英文形式呈现。
