Deck 27: Functional Anatomy of the Endocrine Glands
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Deck 27: Functional Anatomy of the Endocrine Glands
1
Melatonin, a hormone made by this gland, controls our diurnal (daily) cycle.
A) thymus
B) pineal
C) thyroid
D) pituitary
A) thymus
B) pineal
C) thyroid
D) pituitary
B
2
Tropic hormones from the anterior pituitary include .
A) TSH and prolactin
B) ACTH and GH
C) LH, FSH, ACTH, and TSH
D) FSH, LH, and prolactin
A) TSH and prolactin
B) ACTH and GH
C) LH, FSH, ACTH, and TSH
D) FSH, LH, and prolactin
C
3
Hypersecretion of this hormone results in loss of calcium from the bones, and softening and spontaneous fractures of the bones.
A) parathyroid hormone
B) insulin
C) growth hormone
D) gonadocorticoids
A) parathyroid hormone
B) insulin
C) growth hormone
D) gonadocorticoids
A
4
This gland produces the hormone calcitonin.
A) parathyroid
B) pancreas
C) pituitary
D) thyroid
A) parathyroid
B) pancreas
C) pituitary
D) thyroid
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5
Which hormones are produced by the parathyroid gland?
A) calcitonin and PTH
B) T3 and T4
C) only PTH
D) calcitonin and calcitriol
A) calcitonin and PTH
B) T3 and T4
C) only PTH
D) calcitonin and calcitriol
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6
This gland is located in the cranial cavity and produces the hormone melatonin.
A) hypothalamus
B) pituitary
C) choroid plexus
D) pineal
A) hypothalamus
B) pituitary
C) choroid plexus
D) pineal
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7
Hyposecretion of insulin, or a deficiency in insulin receptors leads to .
A) hypoglycemia
B) tetany
C) diabetes mellitus
D) hirsutism
A) hypoglycemia
B) tetany
C) diabetes mellitus
D) hirsutism
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8
This hormone is the major controller of blood calcium on a day-to-day basis.
A) renal caltrate
B) parathyroid hormone
C) calcitriol
D) calcitonin
A) renal caltrate
B) parathyroid hormone
C) calcitriol
D) calcitonin
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9
These hormones pass through the hypophyseal portal system to act on cells of the anterior pituitary gland.
A) releasing or inhibiting hormones
B) tropic hormones
C) FSH and LH
D) growth hormone and prolactin
A) releasing or inhibiting hormones
B) tropic hormones
C) FSH and LH
D) growth hormone and prolactin
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10
What gland makes growth hormone?
A) thyroid
B) pituitary
C) pancreas
D) adrenal
A) thyroid
B) pituitary
C) pancreas
D) adrenal
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11
Hormones released from this gland include ADH and oxytocin.
A) anterior pituitary
B) pineal
C) posterior pituitary
D) hypothalamus
A) anterior pituitary
B) pineal
C) posterior pituitary
D) hypothalamus
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12
Hyposecretion of results in increased urinary output and dehydration.
A) antidiuretic hormone (ADH)
B) adrenocorticotropic hormone (ACTH)
C) mineralocorticoids
D) atrial natriuretic peptide (ANP)
A) antidiuretic hormone (ADH)
B) adrenocorticotropic hormone (ACTH)
C) mineralocorticoids
D) atrial natriuretic peptide (ANP)
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13
Cretinism, a condition characterized by mental retardation in children, is caused by deficiency of .
A) growth hormone
B) thyroid hormone
C) insulin
D) aldosterone
A) growth hormone
B) thyroid hormone
C) insulin
D) aldosterone
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14
The function of this hormone is to stimulate growth, particularly of long bones and muscle.
A) thymosins
B) calcitonin
C) growth hormone
D) thyroid hormone
A) thymosins
B) calcitonin
C) growth hormone
D) thyroid hormone
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15
This hormone stimulates uterine contractions during birth and causes milk ejection in the lactating mother.
A) oxytocin
B) prolactin
C) melatonin
D) gonadocorticoids
A) oxytocin
B) prolactin
C) melatonin
D) gonadocorticoids
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16
This endocrine gland sits atop the kidneys. It's inner most portion releases the hormone epinephrine.
A) thyroid
B) pancreas
C) thymus
D) adrenal
A) thyroid
B) pancreas
C) thymus
D) adrenal
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17
This adrenal cortex hormone is involved in regulation of salt and water balance.
A) aldosterone
B) cortisol
C) antidiuretic hormone (ADH)
D) androgens
A) aldosterone
B) cortisol
C) antidiuretic hormone (ADH)
D) androgens
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18
The hormone glucagon .
A) accelerates transport of glucose into body cells
B) raises blood glucose
C) stimulates conversion of glucose to glycogen or fat for storage
D) raises blood glucose, accelerates transport of glucose into body cells, and stimulates conversion of glucose to glycogen or fat for storage
A) accelerates transport of glucose into body cells
B) raises blood glucose
C) stimulates conversion of glucose to glycogen or fat for storage
D) raises blood glucose, accelerates transport of glucose into body cells, and stimulates conversion of glucose to glycogen or fat for storage
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19
In addition to endocrine glands, some organs whose functions are primarily nonendocrine also produce hormones. These endocrine tissues include _ and _.
A) parathyroids, skin
B) heart, kidneys
C) gastrointestinal tract, adrenals
D) adipose tissue, sweat glands
A) parathyroids, skin
B) heart, kidneys
C) gastrointestinal tract, adrenals
D) adipose tissue, sweat glands
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20
The adrenal cortex produces the hormones .
A) androgens
B) aldosterone
C) cortisol
D) aldosterone, cortisol, and androgens
A) androgens
B) aldosterone
C) cortisol
D) aldosterone, cortisol, and androgens
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21
Blood borne factors (e.g. ions, glucose, amino acids) cause the release of all of these hormones except .
A) insulin
B) epinephrine
C) parathyroid hormone (PTH)
D) calcitonin
A) insulin
B) epinephrine
C) parathyroid hormone (PTH)
D) calcitonin
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22
Which cells of the pancreas produce insulin?
A) acinar cells
B) beta cells
C) alpha cells
D) chief cells
A) acinar cells
B) beta cells
C) alpha cells
D) chief cells
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23
Connected by a stalk called the infundibulum, this region of the brain is intimately associated with the pituitary gland and its hormones.
A) pineal gland
B) mammillary body
C) hypothalamus
D) thalamus
A) pineal gland
B) mammillary body
C) hypothalamus
D) thalamus
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24
Action potentials from hypothalamic neurons cause the release of this hormone.
A) prolactin
B) oxytocin
C) luteinizing hormone (LH)
D) growth hormone (GH)
A) prolactin
B) oxytocin
C) luteinizing hormone (LH)
D) growth hormone (GH)
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25
Growth hormone and prolactin are produced by these anterior pituitary cells.
A) acidophil cells
B) basophil cells
C) pituicytes
D) chromophobes
A) acidophil cells
B) basophil cells
C) pituicytes
D) chromophobes
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26
Diabetes insipidus, a condition characterized by thirst and excessive urine output is caused by .
A) hypersecretion of ADH
B) hyposecretion of insulin
C) hypersecretion of insulin
D) hyposecretion of ADH
A) hypersecretion of ADH
B) hyposecretion of insulin
C) hypersecretion of insulin
D) hyposecretion of ADH
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27
These hormones are produced in the zona fasciculata of the adrenal cortex. They help the body resist long-term stressors.
A) gonadocorticoids
B) glucocorticoids
C) mineralocorticoids
A) gonadocorticoids
B) glucocorticoids
C) mineralocorticoids
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28
Graves' disease, characterized by high metabolic rate, weight loss, irregular heart rate, and protrusion of the eyeballs is caused by .
A) hypersecretion of growth hormone
B) hyposecretion of insulin
C) hyposecretion of aldosterone
D) hypersecretion of thyroid hormone
A) hypersecretion of growth hormone
B) hyposecretion of insulin
C) hyposecretion of aldosterone
D) hypersecretion of thyroid hormone
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