A) Virally transmit genes which encode for receptors in the area of the brain that derives feelings of reward to promote formation of social attachments.
B) Virally transmit hormones to the bloodstream of autistic humans to block aggression.
C) Inject hormones into the bloodstream of autistic humans to derive feelings of monogamy,instead of promiscuity.
D) Virally transmit genes which encode for receptors in the area of the brain that derives feelings of aggression to promote formation of social attachments.
E) Virally transmit hormones to the bloodstream of autistic humans to increase aggression.
G) C) and D)
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A) ovary
B) kidney
C) pituitary
D) thyroid
E) pancreas
G) B) and D)
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B) False
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A) type 1 diabetes and hypoglycemiA.
B) type 1 diabetes and hyperglycemia.
C) type 1 diabetes only.
D) hypoglycemia only.
E) hyperglycemia only.
G) None of the above
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A) Monogamous social attachments will form when hormone receptors are located in a region of the brain that derives feelings of reward.
B) Monogamous social attachments will form when hormone receptors are located in a region of the brain that derives feelings of aggression.
C) Higher levels of antidiuretic hormone (ADH) are found in organisms that form monogamous social attachments.
D) Lower levels of antidiuretic hormone (ADH) are found in organisms that form monogamous social attachments.
E) Antidiuretic hormone (ADH) is absent in organisms that form monogamous social attachments.
G) A) and E)
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A) hypothalamus and pons.
B) hypothalamus and pituitary gland.
C) cerebrum and medulla oblongata.
D) pineal gland and pituitary glanD.
E) cerebellum and pituitary gland.
G) None of the above
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A) penicillin.
B) insulin.
C) FSH.
D) epinephrine.
E) oxytocin.
G) A) and C)
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A) The pituitary tumor releases mineralocorticoids.
B) The pituitary tumor releases glucocorticoids.
C) The pituitary tumor releases a hormone that inhibits the adrenal gland.
D) The pituitary tumor releases ACTH.
E) The pituitary tumor releases cortisol.
G) None of the above
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A) parathyroid gland.
B) adrenal gland.
C) pineal gland.
D) pancreas.
E) testes.
G) C) and E)
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A) are typically lipid-soluble.
B) typically do not bind to a surface receptor on a target cell.
C) pass through cell membranes.
D) typically alter gene expression.
E) All answers are correct.
G) A) and C)
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A) increased pituitary activity or decreased thyroid hormone production
B) increased pituitary activity or increased thyroid hormone production
C) decreased pituitary activity or decreased thyroid hormone production
D) decreased pituitary activity or increased thyroid hormone production
E) No answer is correct.
G) B) and C)
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A) They would gain muscle.
B) They would become taller.
C) They would become smarter.
D) They would become lighter and faster.
E) Their limbs would become longer.
G) C) and D)
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A) stimulate LH and FSH production by the uterus
B) stimulate LH and FSH production by the pituitary
C) inhibit LH and FSH production by the uterus
D) They have no effect on LH and FSH production.
E) inhibit LH and FSH production by the pituitary
G) B) and E)
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A) They are lipid-soluble.
B) They alter gene expression.
C) They bind to a receptor inside the cell's cytoplasm or nucleus.
D) They bind to a receptor on the surface of the cell.
E) They are not water-solublE.
G) B) and E)
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A) enzymes.
B) pheromones.
C) neurotransmitters.
D) hormones.
E) pectines.
G) A) and D)
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A) Melatonin production starts an hour earlier when the person wakes up,altering the circadian rhythm of the person's daily activities.
B) Melatonin production starts an hour later when the person goes to sleep,altering the circadian rhythm of the person's daily activities.
C) Melatonin production turns off an hour earlier when the person wakes up,altering the circadian rhythm of the person's daily activities.
D) Melatonin production turns off an hour later when the person wakes up,altering the circadian rhythm of the person's daily activities.
E) Melatonin production is not affected by a change of waking up in the dark to waking up in the light,altering the circadian rhythm of the person's daily activities.
G) A) and D)
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A) testosterone;child
B) testosterone;adult
C) growth hormone;child
D) growth hormone;adult
E) insulin;child
G) A) and E)
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A) pancreas
B) thyroid gland
C) ovaries
D) testes
E) All answers are correct.
G) All of the above
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A) bound to a receptor in the cytoplasm of a target cell
B) lipid-soluble
C) water-soluble and bound to a receptor in the cytoplasm of a target cell
D) water-soluble
E) lipid-soluble and bound to a receptor in the cytoplasm of a target cell
G) C) and D)
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