A) stimulate gluconeogenesis.
B) increase the inflammatory response.
C) supplement the sex hormones from the gonads.
D) decrease synthesis of glycogen.
E) stimulate glycogenolysis.
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verified
Short Answer
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Multiple Choice
A) fat content of a meal
B) gastrointestinal hormones
C) breakdown of glycogen
D) autonomic nervous system
E) protein content of a meal
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Multiple Choice
A) brain.
B) liver.
C) kidneys.
D) smooth muscle.
E) pancreas.
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Multiple Choice
A) decreased amounts of thyroid hormone
B) increased amounts of thyroid hormone
C) abnormally low levels of aldosterone and cortisol
D) increased levels of growth hormone in adults
E) lack of ADH
,
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Multiple Choice
A) beta cells - digestive enzymes
B) acini cells - somatostatin
C) alpha cells - glucagon
D) delta cells - insulin
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Multiple Choice
A) anterior pituitary.
B) posterior pituitary.
C) adenohypophysis.
D) infundibulum.
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verified
Multiple Choice
A) thyroid glands.
B) vestibular glands.
C) adrenal glands.
D) parathyroid glands.
E) renal glands.
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verified
Multiple Choice
A) damage to pancreatic beta cells.
B) too much glucagon available.
C) a rapid fall in the blood sugar level.
D) overstimulation of alpha cells.
E) not enough glucagon available.
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verified
Multiple Choice
A) weight loss
B) hypoglycemia
C) depression of the immune response
D) increased plasma levels of ACTH
E) proteins and fats are unused
Correct Answer
verified
Multiple Choice
A) the stress response.
B) blood glucose levels.
C) a person's individual metabolic rate.
D) the amount of sleep a person gets.
E) the photoperiod (the daily amount of daylight) .
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Multiple Choice
A) increased urine output.
B) constriction of blood vessels.
C) increased potassium secretion by the kidneys.
D) decreased sodium retention by the kidneys.
E) dilation of blood vessels.
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verified
Multiple Choice
A) stimulates synthesis of thyroid hormones
B) increases adrenal cortex secretions
C) development of immune system
D) milk production
E) decreases blood calcium levels
,
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Multiple Choice
A) neurohormones from the hypothalamus to the anterior pituitary.
B) neurohormones from the hypothalamus to the posterior pituitary.
C) neurons from the hypothalamus to the anterior pituitary.
D) neurons from the hypothalamus to the posterior pituitary.
E) neurons from the anterior pituitary to posterior pituitary.
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Multiple Choice
A) are all proteins or glycoproteins.
B) are transported in the hypothalamohypophysial portal system.
C) bind to intracellular receptor molecules.
D) have a half-life of hours.
E) are released as a direct result of action potentials.
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verified
Multiple Choice
A) tends to inhibit osteoclasts.
B) decreases blood calcium levels.
C) allows the kidneys to retain calcium.
D) increases calcium excretion by the intestine.
E) stimulates kidneys to excrete calcium.
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Multiple Choice
A) insulin and glucagon secretion increase.
B) insulin and glucagon secretion decrease.
C) insulin secretion increases; glucagon secretion decreases.
D) insulin secretion decreases; glucagon secretion increases.
E) there is no change in insulin or glucagon levels.
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Multiple Choice
A) mineralocorticoids
B) PTH
C) insulin
D) ADH
E) T3
,
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Multiple Choice
A) move ADH from the hypothalamus to the anterior pituitary.
B) move releasing hormones from the hypothalamus to the posterior pituitary.
C) carry action potentials to the posterior pituitary causing the release of oxytocin.
D) cause the release of insulin from the anterior pituitary.
E) form a vascular connection from the hypothalamus to the posterior pituitary.
Correct Answer
verified
Multiple Choice
A) pituitary dwarfism.
B) acromegaly.
C) myxedema.
D) giantism.
Correct Answer
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