Question 1
Question
Which of the following characteristics are related to the endocrine system?
Answer
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slow
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target adjacent
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long lasting
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chemical signal
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short term
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fast
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target via blood
Question 2
Question
Which of the following characteristics are related to the nervous system?
Question 3
Question
Which of the following is not a role of the endocrine system?
Question 4
Question
The classification of hormones are protein-derived and lipid-derived.
Question 5
Question
Protein-derived hormones are [blank_start]water soluble[blank_end] and have a(n) [blank_start]cell surface receptor[blank_end].
Answer
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water insoluble
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water soluble
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cell surface receptor
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intracellular receptor
Question 6
Question
Lipid-derived hormones are [blank_start]water insoluble[blank_end] and have a(n) [blank_start]intracellular receptor[blank_end].
Answer
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water soluble
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water insoluble
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intracellular receptor
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cell surface receptor
Question 7
Question
Protein-derived hormones are
Question 8
Question
Lipid-derived hormones are
Question 9
Question
The components of the endocrine system are
Answer
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glands, tissues, target cells
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brain, glands, target cells
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glands, hormones, target cells
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brain, glands, hormones
Question 10
Question
Endocrine glands have [blank_start]no ducts and are vascular[blank_end]. The cell product is secreted into [blank_start]ECF[blank_end] and is taken up to be distributed throughout the body.
Question 11
Question
Exocrine glands secrete nonhormonal products into ducts that exit onto epithelial surfaces.
Question 12
Question
Which glands do not go into the bloodstream or body and its released chemicals affect only adjacent cells?
Answer
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exocrine
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endocrine
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paracrine
Question 13
Question
The secretion or release of hormones is controlled by
Question 14
Question
Steroid/thyroid hormones use a special transport protein and circulate faster.
Question 15
Question
The concentration of hormones in circulation depends on the [blank_start]rate of release[blank_end] and [blank_start]speed of inactivation[blank_end].
Answer
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rate of release
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speed of inactivation
Question 16
Question
Hormones are inactivated by
Answer
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brain signaling to hypothalamus, binding to receptor, enzymes in the blood
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binding to receptor, removal by kidney and liver, brain signaling to hypothalamus
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binding to receptor, removal by kidney and liver, enzymes in the blood
Question 17
Question
Identify the listed components of the Second Messenger/G Mediated/Protein Mechanism
Answer
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hormone diffuses through membrane and binds to receptor
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hormone binds to specific receptor on cell surface of target
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G protein is activated by binding GTP
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Hormone-receptor complex binds to DNA through a protein
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Turns on/off gene or protein synthesis
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cAMP diffuses through the cell
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Kinase activation
Question 18
Question
The Gene Activation (the second of the two molecular mechanisms of hormone action) is the mechanism for lipid soluble hormones.
Question 19
Question
Up regulation refers to the loss of receptors.
Question 20
Question
Up regulation refers to: cell synthesizing increases receptors as hormone levels decrease.
Question 21
Question
Hormones alter target cell activity by altering a protein (enzyme).
Question 22
Question
Stimulus of the endocrine system can be a specific chemical, regulatory hormone or neural.
Question 23
Question
The functions of the hypothalamus are secretion of hormones that control the activities of the [blank_start]anterior pituitary gland[blank_end], synthesis and release of [blank_start]ADH and oxytocin[blank_end] in the posterior pituitary gland and controls the adrenal medulla which releases [blank_start]epinephrine and norepinephrine[blank_end].
Question 24
Question
The pituitary gland is an extension of the
Answer
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thalamus
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hypothalamus
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pineal gland
Question 25
Question
The adrenal gland is found on the
Answer
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kidneys
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liver
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large intestine
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spleen
Question 26
Question
The adrenal medulla is endocrine tissue involved in fight or flight response.
Question 27
Question
The adrenal cortex is endocrine tissue and produces 12+ steroid hormones.
Question 28
Question
The following are related to androgen hormones (sex hormones)
Answer
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Cushing's disease
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Cretinism
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Goiter
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Addison's disease
Question 29
Question
Thyroid hormone gland targets most cells and its functions are
Answer
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Cell growth and development
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Regulate body temperature
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Regulate secretion of epinephrine and norepinephrine
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Stimulate cells to use more energy and calories
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Regulate cell activity
Question 30
Question
In calcium homeostasis, calcitonin works to [blank_start]lower[blank_end] calcium levels in the blood whereas parathyroid hormone works to [blank_start]increase[blank_end] calcium levels. These two hormones are therefore [blank_start]antagonistic[blank_end].
Answer
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increase
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lower
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increase
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lower
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synergistic
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antagonistic
Question 31
Question
Calcitonin in the thyroid gland [blank_start]lowers[blank_end] calcium levels in blood. It's target cells are [blank_start]bones and kidneys[blank_end], and it inhibits osteoclasts and stimulates excretion in kidneys. One example of a disease related to calcitonin is [blank_start]myxedeia[blank_end].
Answer
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lowers
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raises
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the liver and spleen
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bones and kidneys
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myxedeia
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Addison's
Question 32
Question
Parathyroid hormone in the parathyroid gland [blank_start]increases[blank_end] calcium levels in blood. It's target cells are [blank_start]bones and kidneys[blank_end]. It stimulates [blank_start]osteoclasts[blank_end], inhibits [blank_start]osteoblasts[blank_end] and [blank_start]reduces[blank_end] excretion. It stimulates the [blank_start]kidneys[blank_end] to make calcitriol.
Answer
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decreases
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increases
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bones and kidneys
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the stomach and liver
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osteoclasts
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osteoblasts
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osteoclasts
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osteoblasts
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reduces
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increases
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bones
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kidneys
Question 33
Question
The parathyroid hormone increases calcium production.
Question 34
Question
The pancreas gland is
Answer
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endocrine
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exocrine
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both a and b
Question 35
Question
Insulin, produced by the pancreas gland, increases glucose levels.
Question 36
Question
Glucagon raises glucose levels.
Question 37
Question
Insulin and glucagon are antagonistic in glucose homeostasis.
Question 38
Question
Type two diabetes involves
Question 39
Question
Select the answer that does not relate to the effects of hormones
Answer
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antagonistic effect
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supplementary effect
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synergistic effect
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permissive effect
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integrative effect
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complementary effect
Question 40
Question 41
Question
The alarm phase consists of an [blank_start]immediate short term response to crisis[blank_end]. It is associated with the fight or flight reaction where [blank_start]epinephrine[blank_end] dominates. It includes a sympathetic response, and a reduction of water loss occurs.
Question 42
Question
The resistance phase includes [blank_start]long term[blank_end] metabolic adjustments. It occurs if stress lasts longer than a few [blank_start]hours[blank_end]. [blank_start]Glucocorticoid[blank_end] hormones dominate aided by epinephrine, GH, thyroid, alderostone and ADH hormones. Energy demands stay [blank_start]high[blank_end].
Answer
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short term
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long term
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seconds
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hours
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minutes
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Glucocorticoid
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Norepinephrine
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low
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high
Question 43
Question
The exhaustion phase is a collapse of vital systems where organ system failure occurs due to electrolyte imbalance.