Adrenoceptors and Catecholamine Action, Volume 1, Part 2George Kunos Wiley, 1983 - Adrenaline |
Contents
StructureActivity Relationships | 2 |
Phosphatidylinositol Metabolism | 51 |
ReleaseModulating Adrenoceptors 65 | 65 |
Copyright | |
7 other sections not shown
Common terms and phrases
a-adrenergic receptor a-adrenoceptors a-receptor a₁ Acta action adenylate cyclase administration adrenal adrenaline adrenergic adrenergic receptors agonist activity agonists antagonists axon B-phenethylamines binding Biochem Biol blockade blocking agents blood pressure bradycardia brain Ca2+ calcitonin cardiovascular catecholamines cats cells central Chem cholinergic Clin clonidine concentrations cyclic AMP decrease denervated doses drugs E. S. Vizi effects of clonidine Endocrinol epinephrine evoked fibers gastrin gland glucagon glucose heart rate hormone hypertensive hypotensive imidazolines increase induced inhibition injection innervation insulin intracerebroventricular intravenous isoprenaline isoproterenol levels mechanism mediated membrane Metab muscarinic muscle nerve activity neurones noradrenergic norepinephrine nucleus observed parotid Pharmacol phentolamine phenylephrine phosphatidic acid phosphatidylinositol Physiol physiological piperoxan plasma postsynaptic potential pressure and heart presynaptic propranolol protein rabbit reduced renal renin renin secretion response role S. Z. Langer Scand Schmitt spinal splanchnic stimulation studies sympathetic nerve sympathoadrenal sympathomimetic amines Ther thyroid tissue vagal ventricle vitro yohimbine