The Role of Drugs and Electrolytes in HormonogenesisKenneth Fotherby, S. B. Pal |
Contents
The Effect of Calcium Calcium Ionophore and Calcium Channel | 53 |
Drug Effects on Normal and Abnormal Prostates | 63 |
GnRHReceptorEffectorResponse Coupling in the Pituitary | 85 |
Copyright | |
5 other sections not shown
Other editions - View all
Common terms and phrases
acromegaly Acta ACTH action activity adenylate cyclase adrenal cells agonists aldosterone aldosterone biosynthesis androgen angiotensin antagonists binding biol biophys bromocriptine Ca2+ calcitonin calcium calmodulin cAMP Chem cholesterol clin Clinical compounds concentration corticosterone cortisol Cushing's disease cyclic AMP cyproheptadine cytochrome P-450 cytosol decrease Delitala dopamine effect Endocr endocrine Endocrinol Endocrinology enzyme estradiol estrogen extracellular gland glomerulosa cells glucose GnRH gonadotrophin growth hormone hamsters hepatic hormone secretion human hyperprolactinaemia hypothalamic increased induced inhibition inhibitors insulin insulin release insulin secretion interaction islets isolated kinase late stage levels LH release liver male rats mechanism membrane Metab microsomal mitochondrial naloxone normal oral contraceptives patients peptides Pharmacol phenobarbital physiological pimozide pituitary plasma pregnancy pregnenolone progesterone prolactin prolactin release prolactin secretion prostate protein rat adrenal receptor regulation response role serum sodium depletion somatostatin steroid hormones steroidogenesis stimulate prolactin synthesis testosterone tion tissue treatment tumor vitro vivo zona glomerulosa