Deck 34: Chemical Coordination: Endocrine System
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Deck 34: Chemical Coordination: Endocrine System
1
The posterior pituitary lobe hormone that has the widest distribution and is probably the parent hormone from which many others evolved is
A)prolactin.
B)vasotocin.
C)melatonin.
D)insulin-like growth factor.
E)oxytocin.
A)prolactin.
B)vasotocin.
C)melatonin.
D)insulin-like growth factor.
E)oxytocin.
B
2
The difference in hormone effects on two different tissues is due to
A)receptor molecules on the hormone molecule.
B)receptor molecules on the target cell.
C)presence of a second messenger.
D)presence of a compatible gene.
A)receptor molecules on the hormone molecule.
B)receptor molecules on the target cell.
C)presence of a second messenger.
D)presence of a compatible gene.
B
3
Hormone control is by
A)negative feedback systems similar to a house thermostat.
B)positive feedback systems that require a shut-off mechanism.
C)input from the nervous system.
D)response to input of hormones and metabolites.
E)All of the choices control hormone levels.
A)negative feedback systems similar to a house thermostat.
B)positive feedback systems that require a shut-off mechanism.
C)input from the nervous system.
D)response to input of hormones and metabolites.
E)All of the choices control hormone levels.
E
4
The molting hormone or ecdysone in insects
A)favors the development of adult structures.
B)favors the development of larval structures.
C)does not appear to act directly on the chromosomes.
D)is not a steroid hormone.
E)is toxic to humans.
A)favors the development of adult structures.
B)favors the development of larval structures.
C)does not appear to act directly on the chromosomes.
D)is not a steroid hormone.
E)is toxic to humans.
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5
The second messenger that relays a hormone's message to the cell's biochemical machinery
A)is cyclic ATP.
B)is kinase.
C)can be any of six different molecules.
D)is GMP.
E)is DNA or RNA.
A)is cyclic ATP.
B)is kinase.
C)can be any of six different molecules.
D)is GMP.
E)is DNA or RNA.
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6
Which pair below lists the two English physiologists who first demonstrated the action of a hormone?
A)Bayliss and Starling
B)Bayliss and Cannon
C)Banting and Best
D)Banting and Starling
E)Watson and Crick
A)Bayliss and Starling
B)Bayliss and Cannon
C)Banting and Best
D)Banting and Starling
E)Watson and Crick
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7
The posterior pituitary
A)is the source of releasing hormones.
B)produces four major tropic hormones.
C)secretes oxytocin and the antidiuretic hormone vasopressin.
D)produces growth hormone and prolactin.
E)All of the choices are correct.
A)is the source of releasing hormones.
B)produces four major tropic hormones.
C)secretes oxytocin and the antidiuretic hormone vasopressin.
D)produces growth hormone and prolactin.
E)All of the choices are correct.
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8
The preparation of the mammary glands for secretion of milk requires the action of
A)progesterone.
B)prolactin.
C)estrogen.
D)human chorionic gonadotropin.
A)progesterone.
B)prolactin.
C)estrogen.
D)human chorionic gonadotropin.
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9
What is the term for chemicals produced by cells to affect their own immediate region or local tissue factors?
A)Second messengers
B)Pheromones
C)Neurotransmitters
D)Kinase
E)Parahormones
A)Second messengers
B)Pheromones
C)Neurotransmitters
D)Kinase
E)Parahormones
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10
If you are interested in developing a "pesticide" hormone spray that will prevent insects from developing into adult pests,you would need to synthesize
A)a chemical that inhibits the corpora allata.
B)the hormone created by the prothoracic gland.
C)juvenile hormone.
D)PTTH.
E)ecdysone.
A)a chemical that inhibits the corpora allata.
B)the hormone created by the prothoracic gland.
C)juvenile hormone.
D)PTTH.
E)ecdysone.
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11
Most hormones travel by
A)intentionally seeking out the tissue they will affect.
B)only traveling down the bloodstream in the direction of the target tissues.
C)the lymphatic system.
D)seeking the neurons that are going to the target tissue and using them as pathways.
E)the bloodstream throughout the body,but only the target tissues will respond to their presence.
A)intentionally seeking out the tissue they will affect.
B)only traveling down the bloodstream in the direction of the target tissues.
C)the lymphatic system.
D)seeking the neurons that are going to the target tissue and using them as pathways.
E)the bloodstream throughout the body,but only the target tissues will respond to their presence.
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12
Peptide hormones and epinephrine
A)readily diffuse through the plasma membrane and the nuclear membrane.
B)readily diffuse through the plasma membrane but not the nuclear membrane.
C)are too large to pass across the plasma membrane.
D)are steroid hormones.
E)are second messengers.
A)readily diffuse through the plasma membrane and the nuclear membrane.
B)readily diffuse through the plasma membrane but not the nuclear membrane.
C)are too large to pass across the plasma membrane.
D)are steroid hormones.
E)are second messengers.
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13
Which hormone stimulates the secretion of estrogen and progesterone?
A)Antidiuretic hormone
B)Thyroid stimulating hormone
C)Luteinizing hormone
D)Adrenocorticotropic hormone
E)Growth hormone
A)Antidiuretic hormone
B)Thyroid stimulating hormone
C)Luteinizing hormone
D)Adrenocorticotropic hormone
E)Growth hormone
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14
What hormone stimulates the production of insulin-like growth factor or somatomedin by the liver in humans?
A)Antidiuretic hormone
B)Thyroid stimulating hormone
C)Gonadotropic hormones
D)Adrenocorticotropic hormone
E)Growth hormone (somatotropin)
A)Antidiuretic hormone
B)Thyroid stimulating hormone
C)Gonadotropic hormones
D)Adrenocorticotropic hormone
E)Growth hormone (somatotropin)
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15
A fast-acting hormone produced by the intermediate lobe of the pituitary and that promotes dispersion of pigment in fishes,amphibians,and reptiles is
A)pineal gland stimulating hormone (PGSH).
B)vasotocin.
C)melatonin.
D)melanocyte-stimulating hormone (MSH).
E)oxytocin.
A)pineal gland stimulating hormone (PGSH).
B)vasotocin.
C)melatonin.
D)melanocyte-stimulating hormone (MSH).
E)oxytocin.
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16
What hormone is NOT a product of the anterior lobe of the pituitary?
A)Antidiuretic hormone
B)Thyroid stimulating hormone
C)Gonadotropic hormones
D)Adrenocorticotropic hormone
E)Growth hormone
A)Antidiuretic hormone
B)Thyroid stimulating hormone
C)Gonadotropic hormones
D)Adrenocorticotropic hormone
E)Growth hormone
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17
Peptide hormones
A)are lipid-soluble and easily pass through a plasma membrane.
B)bind selectively to receptor molecules in the cytoplasm.
C)bind selectively to receptor molecules in the nucleus.
D)form a hormone-receptor complex that is a gene regulatory protein that activates or inhibits a specific gene.
E)Bind to transmembrane protein receptors.
A)are lipid-soluble and easily pass through a plasma membrane.
B)bind selectively to receptor molecules in the cytoplasm.
C)bind selectively to receptor molecules in the nucleus.
D)form a hormone-receptor complex that is a gene regulatory protein that activates or inhibits a specific gene.
E)Bind to transmembrane protein receptors.
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18
Neurosecretory cells
A)are discharged directly into the circulation.
B)link the nervous and endocrine systems.
C)occur in all animal groups.
D)All of the choices are correct.
A)are discharged directly into the circulation.
B)link the nervous and endocrine systems.
C)occur in all animal groups.
D)All of the choices are correct.
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19
The hypothalamus
A)is a ventral portion of the brain.
B)contains neurosecretory cells.
C)produces hormones that stimulate the pituitary.
D)has a direct linkage,or portal communication,with the anterior pituitary gland.
E)All of the choices are correct.
A)is a ventral portion of the brain.
B)contains neurosecretory cells.
C)produces hormones that stimulate the pituitary.
D)has a direct linkage,or portal communication,with the anterior pituitary gland.
E)All of the choices are correct.
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20
The actual affect of hormones on cellular functions is accomplished by
A)affecting enzyme activity.
B)changing membrane permeability.
C)regulating synthesis of cellular proteins.
D)stimulating release of hormones from other glands.
E)All of the choices are hormone actions.
A)affecting enzyme activity.
B)changing membrane permeability.
C)regulating synthesis of cellular proteins.
D)stimulating release of hormones from other glands.
E)All of the choices are hormone actions.
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21
A neurosecretory hormone stored and released from the posterior pituitary,and that has important specialized reproductive functions,is ____________.
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22
The most common invertebrate hormones are peptides and _____________________.
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23
The maintenance of circadian rhythms is related to
A)prolactin.
B)melatonin.
C)oxytocin.
D)prostaglandins.
E)vasotocin.
A)prolactin.
B)melatonin.
C)oxytocin.
D)prostaglandins.
E)vasotocin.
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24
The two hormones involved in insect metamorphosis are molting hormone and the __________ hormone.
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25
Cells involved in the immune response communicate with each other through a large group of polypeptide hormones called
A)endorphins.
B)growth hormones.
C)cytokines.
D)prostaglandins.
E)glucocorticoids.
A)endorphins.
B)growth hormones.
C)cytokines.
D)prostaglandins.
E)glucocorticoids.
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26
Many hormones,upon arriving at a target cell,combine with a receptor site on the membrane to cause the release of an enzyme called the ______ ______.
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27
Menstrual cramps are caused by overproduction of
A)endorphins.
B)prolactin.
C)oxytocin.
D)prostaglandins.
E)vasotocin.
A)endorphins.
B)prolactin.
C)oxytocin.
D)prostaglandins.
E)vasotocin.
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28
Many hormones are controlled by negative feedback mechanisms that operate between the endocrine gland and the ______ ______.
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29
The perception of pain can be relieved by
A)endorphins.
B)prolactin.
C)oxytocin.
D)prostaglandins.
E)vasotocin.
A)endorphins.
B)prolactin.
C)oxytocin.
D)prostaglandins.
E)vasotocin.
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30
The thyroid gland
A)regulates the gonads.
B)is the smallest endocrine gland in humans.
C)acts on the kidney to restrict urine flow.
D)stimulates metabolic rate and promotes normal growth.
E)has a high concentration of calcium.
A)regulates the gonads.
B)is the smallest endocrine gland in humans.
C)acts on the kidney to restrict urine flow.
D)stimulates metabolic rate and promotes normal growth.
E)has a high concentration of calcium.
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31
Growth hormone is produced by the _______ ________ gland.
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32
Removal of the parathyroid glands results in
A)an increase of calcium in the blood.
B)severe muscle spasms and death.
C)stimulation of the thyroid to maintain proper calcium level in the blood.
D)no noticeable effect.
A)an increase of calcium in the blood.
B)severe muscle spasms and death.
C)stimulation of the thyroid to maintain proper calcium level in the blood.
D)no noticeable effect.
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33
The intermediate lobe of an amphibian pituitary produces a pigment-dispersing hormone called ___________ - ___________ hormone.
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34
The posterior pituitary hormone that acts on the kidney to restrict urine flow is _________________.or
or
or
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35
The pancreas produces two hormones that regulate sugar metabolism by antagonistic action:
A)Insulin and glucagon
B)Insulin and diabetogenic hormone
C)Estrogen and insulin
D)Insulin and cortisone
E)Epinephrine and norepinephrine
A)Insulin and glucagon
B)Insulin and diabetogenic hormone
C)Estrogen and insulin
D)Insulin and cortisone
E)Epinephrine and norepinephrine
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36
The condition in humans called goiter is caused by an insufficiency of ____________ in the food and water.
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37
The glucocorticoid hormones
A)are involved with food metabolism,inflammation,and stress.
B)are produced by the adrenal medulla.
C)are involved with salt balance.
D)All of the choices are correct.
E)None of the choices is correct.
A)are involved with food metabolism,inflammation,and stress.
B)are produced by the adrenal medulla.
C)are involved with salt balance.
D)All of the choices are correct.
E)None of the choices is correct.
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38
Tadpoles metamorphose into frogs because of
A)decreases in iodine leading to less thyroid hormone.
B)decreases in juvenile hormone from the corpora alata.
C)increases in epinephrine from the adrenals.
D)activation of the thyroid gland and increases in growth hormone.
E)sex hormones.
A)decreases in iodine leading to less thyroid hormone.
B)decreases in juvenile hormone from the corpora alata.
C)increases in epinephrine from the adrenals.
D)activation of the thyroid gland and increases in growth hormone.
E)sex hormones.
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39
Steroid hormones diffuse directly into target cells where,after combining with nuclear receptors,they act on specific genes to cause an increase or decrease in _____________________ synthesis.
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40
Hormones of the adrenal medulla
A)act as neurotransmitters at the endings of sympathetic nerve fibers.
B)effect emergency body functions such as fear and rage.
C)have the same general effects as the sympathetic nervous system.
D)All of the choices are correct.
E)None of the choices is correct.
A)act as neurotransmitters at the endings of sympathetic nerve fibers.
B)effect emergency body functions such as fear and rage.
C)have the same general effects as the sympathetic nervous system.
D)All of the choices are correct.
E)None of the choices is correct.
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41
How does the pineal gland regulate sleep cycles and circadian rhythms?
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42
A hormone that lowers the blood calcium level by inhibiting bone resorption by the osteoclasts is
____________.
____________.
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43
Cortisol causes the conversion of nonglucose compounds,especially amino acids and fats,into glucose by a process called ___________________.
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44
Why do you suppose there is only one hormone produced by the intermediate lobe of the anterior pituitary?
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45
Discuss the membrane-bound receptors and the second messenger concept (e.g. ,kinases).
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46
The maintenance of a normal level of calcium in the blood is under the control of hormones released from the _________ glands.
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47
Generally we consider hormones "untargeted" or adrift in the bloodstream until they float past a target cell or tissue.How is the hypothalamus-pituitary system an exception to this? Why might this system differ?
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48
Compare the functions of neurotransmitters with those of parahormones.
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49
The pituitary gonadotropins are _______ _______ ________ and luteinizing hormone (LH).
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50
_____________ is a newly discovered hormone that regulates eating behavior and energy balance,probably in communication with the brain.
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51
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52
Early in the menstrual cycle of human females,the blood levels of ______ ______ hormone and luteinizing hormone begin to rise slowly,prompting the ovarian follicles to grow and release estrogen.
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53
Outline the process of molting in an insect.Show how juvenile or adult features are reached strictly by the titer of specific hormones present.
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54
List the hormones of the neurohypophysis and their actions.
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55
The hormone produced by the cortex of the adrenal gland that regulates salt balance in the body is called ____________.
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56
Explain in detail how a negative feedback system works and why it is so highly effective in preventing hormonal flux.
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57
Outline the basic operational mechanisms of a generalized hormone.Be sure to explain mode of transport,receptor molecules,and target cells.
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58
The male sex hormone testosterone is produced by the ____________ cells of the testes.
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59
In the human menstrual cycle,ovulation is induced by a surge of ________ ________ from the pituitary gland.
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60
After birth,suckling by the baby induces the pituitary gland to release ____________,which stimulates the secretion of milk.or
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61
The pancreas produces two hormones that regulate sugar metabolism by antagonistic action:
A)Insulin and glucagon
B)Insulin and diabetogenic hormone
C)Estrogen and insulin
D)Insulin and cortisone
E)Epinephrine and norepinephrine
A)Insulin and glucagon
B)Insulin and diabetogenic hormone
C)Estrogen and insulin
D)Insulin and cortisone
E)Epinephrine and norepinephrine
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62
Discuss hormonal control of diapause in insects.
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63
What sort of role does growth hormone play in metabolism? How is leptin implicated in the storage of excess fat?
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64
Why is it said that the brain neuropeptides blur the distinction between the endocrine and nervous systems?
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65
Discuss the potential effects of anabolic steroid abuse by teenagers.
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66
Identify the following according to their functions: cholesterol,glucocorticoids,gluconeogenesis,mineralocorticoids,aldosterone.
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67
Identify the following according to their functions: cytokines,prostaglandins,throxine,and parathyroid hormone.
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