藥理學(xué)

內(nèi)容概要

本書在第1版的基礎(chǔ)上修訂而成，作者蔣志文參考多部國外流行的新版藥理學(xué)教材和專著，吸納國內(nèi)藥理學(xué)教科書之風(fēng)格，并結(jié)合作者從事十多年藥理學(xué)雙語教學(xué)之經(jīng)驗(yàn)，編寫了《藥理學(xué)(英文版  第2版)》。全書共44章，包括藥理學(xué)總論4章，傳出神經(jīng)系統(tǒng)用藥7章，中樞神經(jīng)系統(tǒng)用藥8章，心血管系統(tǒng)用藥5章，化療用藥11章，激素類藥物3章，H-受體阻斷藥、利尿藥和呼吸、消化、解熱鎮(zhèn)痛、縮宮保胎用藥各1章。《藥理學(xué)(英文版  第2版)》內(nèi)容新穎、闡述準(zhǔn)確，可作為醫(yī)藥衛(wèi)生本、?？扑幚韺W(xué)雙語教學(xué)之用，亦可作為藥理學(xué)專業(yè)工作者自修用書。

書籍目錄

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

編輯推薦

蔣志文主編的這本《藥理學(xué)(英文版  第2版)》是高等醫(yī)藥教育教材。教材共分44章，內(nèi)容包括：藥理學(xué)總論、傳出神經(jīng)系統(tǒng)用藥、中樞神經(jīng)系統(tǒng)用藥、心血管系統(tǒng)用藥、化療用藥、激素類藥物、H-受體阻斷藥、利尿藥和呼吸、消化、解熱鎮(zhèn)痛、縮宮保胎用藥等。    全書以英文形式呈現(xiàn)。

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