Recent Developments in Cardiac Muscle PharmacologyShoji Shibata, Leslie E. Bailey |
Contents
Effect of orotic acid on excitationcontraction coupling | 1 |
Species variation in cardiac histamine receptors | 35 |
A new and unique addition to the therapy of congestive | 49 |
Copyright | |
3 other sections not shown
Common terms and phrases
action potential activity agents Akera Alousi amrinone anesthetized dogs angina antagonists AP-B AP-C arterial atrium blood pressure Ca++ Ca² Ca2+ calcium cardiac contractility cardiac glycosides cardiac muscle cardiac output Cardiol cardiotonic catecholamines cell membrane chronotropic congestive heart failure contractile force contraction coronary blood flow cyclic AMP decrease diet digitalis diltiazem dose drugs effect of AP-A effects of amrinone effects of histamine efflux enzyme guinea pig H₂ H2-receptors heart rate histamine receptors inhibition inotropic response intracellular intravenous ionophores isolated isoproterenol K+-ATPase Langer left atria left ventricular mammalian McNeill mechanism metiamide mg/kg monensin myocardial myocardium myopathic hamsters Nayler nifedipine normal Norton orotic acid ouabain papillary muscle Pharmacol Physiol polypeptides positive inotropic action positive inotropic effect potassium Pressman propranolol rabbit release sarcoplasmic reticulum Schwartz Shibata Shlafer sialic acid slow channel inhibitors sodium concentration sodium pump sodium transients stimulation studies tension Ther tissue uptake vasodilator ventricle verapamil