Prostaglandins: Physiology, Pharmacology & Clinical Significance |
Common terms and phrases
activity adenylate cyclase agents angiotensin arachidonic acid arterial arthritis aspirin binding Biochem Biochim Biophys Biol block blood bradykinin calcium calcium release cancer cells chapter chloroquine Clin clinical colchicine compounds concentrations coronary cyclic AMP cyclic nucleotide cyclo-oxygenase deficiency DGLA disease dose response drugs Effect of prostaglandin endoperoxides enhance enzyme fatty acids feedback formation function furosemide glandin hormone Horrobin DF human hypertension imidazole increased PG indomethacin inhibit PG synthesis inhibition of PG inhibitors insulin intracellular Karmazyn kidney Lancet lipids lithium lymphocytes Manku McGiff mechanism metabolism noradrenaline normal Pace-Asciak patients penicillin PG actions PG antagonists PG production PG synthesis PGD2 PGE1 PGE2 PGI2 Pharmacol phospholipase Physiol physiological plasma platelet possible potent pressor Proc prolactin prosta prostaglandin E1 prostaglandin endoperoxides prostaglandin synthesis psoriasis rabbit radiation receptor reduced regulation renal role schizophrenia seems smooth muscle stimulate PG synthesis studies suggests syndrome thromboxane tissue TXA2 synthesis vascular vasopressin vitro vivo zinc