Basic Pharmacology in Medicine |
Contents
Molecular Models of Receptors and Transduction Mechanisms | 16 |
Pharmacokinetics | 31 |
Biotransformation | 52 |
Copyright | |
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absorbed absorption acetylcholine acid activity acute adrenergic Adverse Reactions agents agonist amino anesthesia anesthetic atropine barbiturates benzodiazepines binding biotransformation blockers blocking blood pressure calcium cardiac catecholamines cause cells central nervous system cephalosporins cholesterol chronic clinical compounds concentration decrease depression digitalis disease diuretics dosage dose drug enzyme epinephrine estrogen ethanol excreted factor function gastrointestinal tract half-life halothane heart hepatic histamine hormone hypertension hypotension imipenem increase infections inhibit inhibitors insulin interaction intestinal intravenous kidney levels liver Mechanism of Action membrane metabolism metabolites morphine muscle nausea neuronal nicotinic norepinephrine normal occur opioid oral administration oxidation patients penicillin percent peripheral Pharmacokinetics pharmacologic phenothiazines phenytoin plasma potential produce propranolol prostaglandins protein quinidine receptors reduced release renal resistance response result serum side effects sodium steroid stimulation structure symptoms syndrome synthesis tablets tachycardia therapeutic therapy thyroid tion tissues tive toxicity treatment urine usually vascular ventricular vitamin B12 vomiting