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21 Cards in this Set

  • Front
  • Back
adenohypophysis
anterior pituitary gland
adenohypophysis- gonadotropins
FSH: (follicle stimulating hormones)
LH: (luteinizing hormone)

regulate gamete production and hormonal activity of the gonads
adenohypophysis- ACTH
adrenocorticotropic hormone: regulates endocrine activity of the cortex portion of the adrenal gland
adenohypophysis- TSH
thyroid stimulating gland: or thyrotropin: influences the growth and activity of thyroid gland
adenohypophysis- GH
growth hormone: metabolic hormone plays role in determining body size
adenohypophysis- PRL
prolaction: stimulates breast development and promotes/maintains lactation by the mammary glands after birth. may stimulate testosterone in males
neurohypophysis
posterior pituitary gland
neurohypophysis- oxytocin
stimulates powerful uterine contractions during birth. causes milk ejection in lactating mother
neurohypophysis- ADH
antidiuretic hormone: causes the distal/collecting tubes of kidney to reabsorb more water from urinary filtrate... basically reducing urine output and conserving body water
thyroid gland- TH
thyroid hormone=thyroxine (or triiodothyronine?) control the rate of body metabolisim and cellular oxidation-
AFFECTS virtually every cell in body
thyroid gland - calcitonin
aka thyrocalcitonin: decrease blood Ca levels by stimulating Ca salt deposit in bones
parathyroid gland- PTH
parathyroid hormone:most important regulator of calcium balance in blood
adrenal gland produces what collectively named group
corticosteroids
adrenal (suprarenal) gland group 1:
Zona glomerulosa
mineralocorticoids (aldosterone): regulate water and electrolyte balance in extracellular fluids

*retains liquid
adrenal gland group 2:
Zona fasciculata
glucocotricoids (cortisol): enable body to resist long term stressors- increase blood glucose levels

*makes cortisol
adrenal gland group 3:
Zona reticularis
gonadocorticoids: sex hormones: androgens = males
estrogen= females
pancreas
insulin- decreases blood sugar levels

digestive enzymes
gonads
estrogens- develops secondary sex characteristics

progesterone: bring about the menstrual cycle

testosterone: develops secondary male sex characteristics
thymus
thymosin, thymopoietin- direct the maturation and specialization of T cells
pineal gland
melatonin: biological rhythms (mating/migratory behavior)
tropic hormones
(ADENOPHYPOPHYSIS)
TSH, ACTH, FSH, LH