Match each hormone with its function or source.
a. THS
b. oxytocin
c. ACTH
d. thyroxine
e. parathyroid hormone
f. calcitonin
g. aldosterone
h. cortisol
i. glucagon
j. insulin
k. luteinizing hormone
l. FSH
m. prolactin
n. ADH
o. epinephrine
p. melatonin
q. ANH
1. _____ Stimulates the release of adrenal cortex hormone
2. _____ Causes an increase in blood glucose level
3. _____ Causes a drop in blood glucose level
4. _____ Causes a reduction in the blood calcium level
5. _____ Stimulates the release of thyroid hormone
6. _____ A mineralocorticoid
7. _____ A glucocorticoid
8. _____ Causes an increase in the blood calcium level
9. _____ Causes contraction of the pregnant uterus
10. _____ Stimulates cell metabolism
11. _____ Hormone that may assist the body in regulating its internal clock
12. _____ Hormone released by the posterior pituitary gland that accelerates the reabsorption of water from urine
13. _____ Hormone secreted by the cells of the heart that does the opposite of aldosterone
14. _____ Hormone that stimulates the primary ovarian follicle to start growing in women
15. _____ Hormone that assists in the body’s “fight or flight” response
16. _____ Hormone that is also called the ovulating hormone
17. _____ Hormone that in women stimulates the breasts to start secreting milk
1. c. ACTH
2. i. glucagon
3. j. insulin
4. f. calcitonin
5. a. THS
6. g. aldosterone
7. h. cortisol
8. e. parathyroid hormone
9. b. oxytocin
10. d. thyroxine
11. p. melatonin
12. n. ADH
13. q. ANH
14. l. FSH
15. o. epinephrine
16. k. luteinizing hormone
17. m. prolactin
You might also like to view...
The ligamentum teres is the remnant of the fetal ductus venosus.
Answer the following statement true (T) or false (F)
How many grams of glucose, m.w. 180 daltons, is necessary to make 1 liter of a 1.0 molar solution?
A) 360 B) 180 C) 90 D) 6.02 × 10 23 E) 1.0
Given the information below, calculate the inspiratory reserve volume of a female patient. Height: 67 inches Age: 36 years EC: 500
A) 3948 mL B) 3103 mL C) 4948 mL D) 4103 mL
Action potentials occur when the graded (local) potential
A) becomes more negative. B) reaches zero. C) reaches the threshold. D) remains constant for a considerable period of time. E) causes a hyperpolarization.