Glands ,Hormones,Functions And Structure

LH=lutenizing hormone  FSH=follicle stimulating Hormone     ADH=Antidiuretic hormone

GLANDS	HORMONE	FUNCTION	STRUCTURE
Hypothylamus	thyrotripin releasing hormone	stimulate secretion of TSH & PROLECTIN	peptide
	corticotropin R.H	cause release of ACTH
	GHRH	cause release of GH
	GHIH	inhibit released GH
	gonado tropin RH	cause release of LH & FSH
	dopamin inhibitroy factor	inhibit release of protecting H	Amine
Interior pitutary	G.H	stimulate protine synthesis & overall G of most cells and tissues	peptide
	TSH	stimulate synthesis & secretion of thyriod H
	ACTH	stimulate synthesis & secretion of A corticle H
	Prolectin	promotes development of the female brest & milk
	FSH	cause G of folicle in ovary and sperm maturation
	LH	S. testesteron syn.in lading cell in testies.formation of CL.Stim.ovalation.estrogen & progesteron synthesis in ovary.
Posterior pitutary	ADH	increase water reabsoption by the kidney and vaso constriction & increase B.P
	Oxycitocin	S. milk ejectiot trom teats and utrine contraction
Thyroid	thyroxinT4 & tri idothyanin T3	increase rate of chem.reaction in most cell thus increase matabolic rate	Amine
	calcitonin	promotes decomposition of Ca in bones & decrease Ca in extra cellular fluid	peptide
Adrenal cortex	corticoid	hm	Styriod
	aldosteron	increase Na reabsorption,incre K secretion & H secretion
Adrenal medulla	epineprin & norepinephrin	increase the activity of parasynthetic NS	Amine
Pancreas	insuline from B cells	promotes glucose entry in many cells. Controle metabolism of CHO	peptide
	glucagon in A cells	increase syn. & release of glucose from liver into body
Parathyroid	thyroid H	serumCa conc. By increase absorption by the gut and kidney & release Ca in bone
Testies	testestiron	promote D of MRS & sexsuall characteristics
Ovary	estrogen	primote G & D of FRS,F brest and sexsual chara.
placenta	HCG	priomotes G of CL & release estrogen & progesteron

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