Deck 26: Endocrine Control

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Question
The luteinizing hormone (LH) ____.

A) affects sex steroid hormone secretion
B) has no function in males
C) is produced by the corpus luteum
D) stimulates milk production
E) encourages growth of bone and soft tissues
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Question
Endocrine glands and neurons receive signals from the ____.

A) amygdala
B) hypothalamus
C) adrenal cortex
D) anterior pituitary gland
E) thyroid
Question
____ is used in the lining of food cans and the thermal paper used to print cash register receipts.

A) DDT
B) Phthalates
C) CFC
D) Bisphenol A
E) Vinyl
Question
Acromegaly is the result of excessive secretion of ____ by adults.

A) mineralocorticoid
B) glucocorticoid
C) thyroxine
D) testosterone
E) growth hormone
Question
BPA has a structure similar to which hormone?

A) estrogen
B) testosterone
C) cortisol
D) corticosterone
E) insulin
Question
Bone and soft tissue growth in the young is driven by ____.

A) ACTH
B) prolactin
C) oxytocin
D) growth hormone
E) FSH
Question
Some epidemiological studies have found a correlation between human BPA level and an increased risk of ______.

A) type 1 diabetes
B) type 2 diabetes
C) Alzheimer's disease
D) cancer
E) Parkinson's disease
Question
How do steroid hormones differ from those derived from amino acids?

A) S teroid hormones are not derived from organic molecules.
B) S teroid hormones do not bind to plasma membrane receptors.
C) S teroid hormones use a second messenger system.
D) S teroid hormones do not travel in the blood.
E) S teroid hormones do not require receptors to function.
Question
Prolactin ____.

A) stimulates and sustains milk production after childbirth
B) stimulates labor and childbirth
C) causes the development of breasts and other secondary sexual characteristics in the male
D) acts in concert with FSH to produce milk
E) has secondary effects on reducing the size of the uterus after birth
Question
Hormones are distributed throughout the body by the ____ system.

A) urinary
B) lymphatic
C) nervous
D) circulatory
E) muscular
Question
ACTH (adrenocorticotropic hormone) ____.

A) is secreted by the posterior pituitary
B) has target cells in the autonomic nervous system
C) has target cells in the adrenal glands
D) has target cells in the adrenal medulla
E) initiates an autoimmune response
Question
The antidiuretic hormone (ADH) ____.

A) controls levels of GH
B) influences levels of LH
C) influences levels of FSH
D) reduces urine output
E) causes contractions of the uterus
Question
A _____ is a molecule that forms inside a cell in response to the binding of a signaling molecule to a ______ in the plasma membrane.

A) receptor; second messenger
B) second messenger; lipid
C) protein; receptor
D) second messenger; receptor
E) lipid; second messenger
Question
All target cells of a specific hormone must have ____.

A) hydrophilic plasma membranes
B) proximity to an endocrine gland
C) an appropriate receptor molecule
D) special lipids in their plasma membranes
E) access to absorbed carbohydrates
Question
The adrenal glands secrete the steroid hormone ____.

A) cortisol
B) melatonin
C) calcitonin
D) glucagon
E) insulin
Question
Most organs respond to _____ and _____.

A) hormones; physical stimulation
B) environmental signals; hormones
C) hormones; neuronal signals
D) environmental signals; neuronal signals
E) physical stimulation; neuronal signals
Question
Milk letdown, labor, and childbirth are mediated by the ____ gland.

A) pineal
B) anterior pituitary
C) posterior pituitary
D) parathyroid
E) thyroid
Question
Some breast cancer cells have receptors for ____, which encourages their growth and division.

A) testosterone
B) estrogen
C) glucagon
D) insulin
E) prolactin
Question
XY individuals with total androgen insensitivity syndrome ____.

A) do not secrete testosterone
B) do not have testes
C) have mutated testosterone receptors in their cells
D) secrete more estrogen than testosterone
E) have normal male genitalia
Question
Steroid hormones are derived from ____.

A) glucose
B) cholesterol
C) messenger RNA
D) cyclic AMP
E) glycogen
Question
Thyroid hormone ____.

A) increases the resting metabolic rate of cells throughout the body
B) slows the heart rate and increases lipid metabolism
C) inhibits protein synthesis
D) increases glycolysis while decreasing oxidative phosphorylation
E) stimulates the release of ADH from the hypothalamus
Question
The anterior and posterior pituitary glands differ in that ____.

A) the anterior pituitary produces peptide hormones, while the posterior pituitary produces steroid hormones
B) the anterior pituitary produces its own hormones but the posterior pituitary does not
C) the anterior pituitary is a part of the nervous system, while the posterior pituitary is a part of the endocrine system
D) the anterior pituitary is controlled by the hypothalamus, whereas the posterior pituitary is controlled by the adrenal cortex
E) the anterior pituitary is under voluntary control, while the posterior pituitary is under involuntary control
Question
In the United States, most thyroid disorders are caused by ____.

A) iodine deficiency
B) iron deficiency
C) an autoimmune disorder
D) insecticides
E) a combination of more than one of these
Question
A goiter is caused by a deficiency in ____.

A) thyroxine
B) triiodothyronine
C) calcium
D) iodine
E) both thyroxine and triiodothyronine
Question
The body's main regulator of the internal environment is the ____.

A) anterior pituitary gland
B) hypothalamus
C) medulla oblongata
D) cerebellum
E) pons
Question
Osteoporosis sometimes results from ____.

A) excessive PTH secretion
B) insufficient PTH secretion
C) excessive intake of vitamin D
D) excessive intake of iodine
E) insufficient intake of vitamin D
Question
Most hormones produced in the anterior pituitary ____.

A) affect kidney functioning
B) are secreted in response to signals from the medulla oblongata
C) control the release of hormones from other endocrine glands
D) are steroid hormones
E) effect target cells in the posterior pituitary
Question
A goiter is an enlarged form of the ____ gland.

A) adrenal
B) pancreas
C) thyroid
D) parathyroid
E) thymus
Question
____ stimulates the secretion of thyroid hormone.

A) TSH
B) TRH
C) ACTH
D) GnRH
E) ADH
Question
Calcitonin is produced by the ____ and is important for the uptake of ____ by bones.

A) anterior pituitary; calcium
B) posterior pituitary; phosphorus
C) thymus; calcium
D) thyroid; calcium
E) hypothalamus; phosphorus
Question
If the concentration of thyroid hormone is high, ____.

A) the secretion of thyroid-releasing hormone is inhibited
B) the secretion of thyroid-stimulating hormone is increased
C) calcitonin production is increased
D) resting metabolism decreases
E) more than one of these occurs
Question
At night, increased melatonin secretion causes increases in which of the following?

A) drowsiness
B) body temperature
C) glucose metabolism
D) lipid metabolism
E) urination
Question
Thyroid hormone deficiency can lead to a condition known as ____.

A) hypothyroidism
B) hyperthyroidism
C) rickets
D) AIDS
E) bowed legs
Question
Excess glucose is converted into glycogen in the ____.

A) pancreas
B) liver
C) thymus
D) thyroid
E) adrenal cortex
Question
If you eliminated all sources of calcium (dairy products, some vegetables) from your diet, the level of ____ would rise in an attempt to supply calcium stored in your body to the tissues that need it.

A) aldosterone
B) calcitonin
C) mineralocorticoids
D) parathyroid hormone
E) GH
Question
The normal human individual has ____ parathyroid glands.

A) two
B) three
C) four
D) five
E) six
Question
The ____ gland(s) secrete(s) thyroid stimulating hormone (TSH).

A) thyroid
B) parathyroid
C) thymus
D) hypothalamus
E) anterior pituitary
Question
The pineal gland secretes which hormone?

A) insulin
B) melatonin
C) thyroxine
D) cortisol
E) growth hormone
Question
Lack of ____in a diet can cause ____.

A) iron; hypothyroidism
B) iodine; hypothyroidism
C) iodine; hyperthyroidism
D) iron; hyperthyroidism
E) iodine; hypertension
Question
The main regulator of calcium blood levels is the ____.

A) parathyroid glands
B) thyroid glands
C) hypothalamus
D) anterior pituitary gland
E) posterior pituitary gland
Question
The adrenal cortex produces ____.

A) aldosterone
B) epinephrine
C) ADH
D) testosterone
E) glucagon
Question
Like ____, aldosterone functions in the concentration of urine.

A) calcitonin
B) insulin
C) cortisol
D) antidiuretic hormone
E) growth hormone
Question
Type 1 diabetes ____.

A) is characterized by normal insulin levels
B) is characterized by cells that do not respond to insulin
C) is the more common form of diabetes
D) is usually controlled with a strict diet
E) usually occurs in early childhood
Question
The hierarchy of endocrine glands that control the release of sex steroid hormones is ____.

A) hypothalamus → posterior pituitary → gonads
B) hypothalamus → anterior pituitary → gonads
C) anterior pituitary → hypothalamus → gonads
D) posterior pituitary → hypothalamus → gonads
E) anterior pituitary → posterior pituitary → gonads
Question
Specialized clusters of endocrine cells that secrete hormones are found scattered throughout the ____.

A) adrenal cortex
B) liver
C) thymus
D) adrenal medulla
E) pancreas
Question
Insulin stimulates ____.

A) muscle and fat cells to take up glucose
B) increased levels of glucose in the blood
C) a decrease in muscle cell activity
D) an increase in exercise
E) liver cells to release glycogen
Question
The combination of ____ causes the gonads to secrete sex steroid hormones.

A) estrogen and progesterone
B) testosterone and oxytocin
C) estrogen and FSH
D) testosterone and LH
E) FSH and LH
Question
The _____ secretes GnRH.

A) hypothalamus
B) pituitary
C) thyroid
D) parathyroid
E) thymus
Question
The pancreas produces hormones that regulate ____ homeostasis.

A) water
B) temperature
C) pH
D) glucose
E) blood pressure
Question
_______ is/are a female animal's primary reproductive organ.

A) Ovaries
B) Parathyroid
C) Hypothalamus
D) Pituitary
E) Thymus
Question
If you skip a meal, ____.

A) insulin levels will rise
B) glucagon levels will rise
C) glucose will be taken up by cells
D) both insulin and glucagon levels will rise
E) glucose will be converted to glycogen
Question
The adrenal glands are located ____.

A) beneath the pituitary gland
B) between the pons and the medulla oblongata
C) next to the pancreas
D) on top of the kidneys
E) attached to the liver
Question
Insulin affects the ____.

A) secretion of saliva
B) storage of proteins
C) secretion of pancreatic juices
D) metabolism of sugar
E) utilization of fat reserves
Question
In individuals with type 2 diabetes, _____.

A) blood sugar monitoring is not necessary
B) diagnosis usually occurs very early in life
C) diet is ineffective for managing the condition
D) target cells do not respond to insulin
E) little or no insulin is produced
Question
The hormone whose levels remain high when the body is suffering from inflammation and stress is _____.

A) cortisol
B) luteinizing hormone
C) thymosin
D) prolactin
E) parathyroid hormone
Question
Another name for high blood sugar is ____.

A) type 1 diabetes
B) type 2 diabetes
C) hyperglycemia
D) hypoglycemia
E) anemia
Question
Negative feedback regulation between the anterior pituitary and the hypothalamus controls the secretion of ____.

A) insulin
B) epinephrine
C) norepinephrine
D) cortisol
E) glucagon
Question
When blood glucose levels are low, the pancreas secretes ____.

A) less glucagon and more insulin
B) less insulin and more glucagon
C) more glucagon and more insulin
D) less glucagon and less insulin
E) neither glucagon nor insulin
Question
The target cells of glucagon are ____.

A) liver cells
B) skeletal muscle cells
C) fat cells
D) intestinal cells
E) stomach cells
Question
FSH and LH regulate ____.

A) heart rhythms in songbirds
B) the stimulation of cancer cell growth in humans
C) the menstrual cycle in human females
D) sleep cycles in humans
E) milk production in mammals after giving birth
Question
Secretion of sex steroid hormones in males and females is controlled by ____.

A) different receptors in males versus  females
B) different hormones depending on sex
C) the same hormones but different pathways depending on sex
D) different pathways and hormones depending on the sex
E) the same pathway and hormones regardless of sex
Question
Match between columns
produces prolactin
A
produces prolactin
D
produces prolactin
F
produces prolactin
C
produces prolactin
E
produces prolactin
B
produces prolactin
G
produces sex steroid hormones
A
produces sex steroid hormones
D
produces sex steroid hormones
F
produces sex steroid hormones
C
produces sex steroid hormones
E
produces sex steroid hormones
B
produces sex steroid hormones
G
produces calcitonin
A
produces calcitonin
D
produces calcitonin
F
produces calcitonin
C
produces calcitonin
E
produces calcitonin
B
produces calcitonin
G
produces glucagon
A
produces glucagon
D
produces glucagon
F
produces glucagon
C
produces glucagon
E
produces glucagon
B
produces glucagon
G
produces norepinephrine
A
produces norepinephrine
D
produces norepinephrine
F
produces norepinephrine
C
produces norepinephrine
E
produces norepinephrine
B
produces norepinephrine
G
produces antidiuretic hormone
A
produces antidiuretic hormone
D
produces antidiuretic hormone
F
produces antidiuretic hormone
C
produces antidiuretic hormone
E
produces antidiuretic hormone
B
produces antidiuretic hormone
G
produces melatonin
A
produces melatonin
D
produces melatonin
F
produces melatonin
C
produces melatonin
E
produces melatonin
B
produces melatonin
G
Question
Increased ____ levels cause decreases in _____, ____, ____ levels.

A) melatonin; TSH; FSH; TRH
B) testosterone; GnRH; FSH; LH
C) cortisol; TRH; FSH; LH
D) insulin; FSH; LH; GH
E) calcitonin; GnRH; FSH; LH
Question
Match between columns
target of ACTH
adrenal cortex
target of ACTH
pineal
target of ACTH
posterior pituitary
target of ACTH
thyroid
target of ACTH
pancreas
target of ACTH
anterior pituitary
target of ACTH
parathyroid
target of ACTH
adrenal medulla
produces epinephrine and norepinephrine
adrenal cortex
produces epinephrine and norepinephrine
pineal
produces epinephrine and norepinephrine
posterior pituitary
produces epinephrine and norepinephrine
thyroid
produces epinephrine and norepinephrine
pancreas
produces epinephrine and norepinephrine
anterior pituitary
produces epinephrine and norepinephrine
parathyroid
produces epinephrine and norepinephrine
adrenal medulla
produces a hormone that regulates metabolism and has roles in growth and development
adrenal cortex
produces a hormone that regulates metabolism and has roles in growth and development
pineal
produces a hormone that regulates metabolism and has roles in growth and development
posterior pituitary
produces a hormone that regulates metabolism and has roles in growth and development
thyroid
produces a hormone that regulates metabolism and has roles in growth and development
pancreas
produces a hormone that regulates metabolism and has roles in growth and development
anterior pituitary
produces a hormone that regulates metabolism and has roles in growth and development
parathyroid
produces a hormone that regulates metabolism and has roles in growth and development
adrenal medulla
produces melatonin
adrenal cortex
produces melatonin
pineal
produces melatonin
posterior pituitary
produces melatonin
thyroid
produces melatonin
pancreas
produces melatonin
anterior pituitary
produces melatonin
parathyroid
produces melatonin
adrenal medulla
produces and secretes thyroid-stimulating hormone
adrenal cortex
produces and secretes thyroid-stimulating hormone
pineal
produces and secretes thyroid-stimulating hormone
posterior pituitary
produces and secretes thyroid-stimulating hormone
thyroid
produces and secretes thyroid-stimulating hormone
pancreas
produces and secretes thyroid-stimulating hormone
anterior pituitary
produces and secretes thyroid-stimulating hormone
parathyroid
produces and secretes thyroid-stimulating hormone
adrenal medulla
produces ADH
adrenal cortex
produces ADH
pineal
produces ADH
posterior pituitary
produces ADH
thyroid
produces ADH
pancreas
produces ADH
anterior pituitary
produces ADH
parathyroid
produces ADH
adrenal medulla
hormone released by this gland raises blood calcium levels
adrenal cortex
hormone released by this gland raises blood calcium levels
pineal
hormone released by this gland raises blood calcium levels
posterior pituitary
hormone released by this gland raises blood calcium levels
thyroid
hormone released by this gland raises blood calcium levels
pancreas
hormone released by this gland raises blood calcium levels
anterior pituitary
hormone released by this gland raises blood calcium levels
parathyroid
hormone released by this gland raises blood calcium levels
adrenal medulla
produces insulin
adrenal cortex
produces insulin
pineal
produces insulin
posterior pituitary
produces insulin
thyroid
produces insulin
pancreas
produces insulin
anterior pituitary
produces insulin
parathyroid
produces insulin
adrenal medulla
Question
Match between columns
pineal gland
secretes sex hormones, cortisol, and aldosterone
pineal gland
secretes epinephrine and norepinephrine
pineal gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
pineal gland
has receptors for hormone binding
pineal gland
hormone that lowers blood glucose levels
pineal gland
secretes hormones that prepare accessory reproductive structures for reproduction
pineal gland
produces oxytocin and antidiuretic hormone
pineal gland
a second messenger
pineal gland
diffuse across cell membranes because of their lipid composition
pineal gland
secrete insulin and glucagon
pineal gland
secretes a hormone that promotes calcium release from bone storage sites
pineal gland
senses photoperiods
pineal gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
pineal gland
involved in lymphocyte maturation and immune response
pineal gland
secretes thyroxine
posterior lobe of pituitary
secretes sex hormones, cortisol, and aldosterone
posterior lobe of pituitary
secretes epinephrine and norepinephrine
posterior lobe of pituitary
secretes ACTH, TSH, FSH, growth hormone, and prolactin
posterior lobe of pituitary
has receptors for hormone binding
posterior lobe of pituitary
hormone that lowers blood glucose levels
posterior lobe of pituitary
secretes hormones that prepare accessory reproductive structures for reproduction
posterior lobe of pituitary
produces oxytocin and antidiuretic hormone
posterior lobe of pituitary
a second messenger
posterior lobe of pituitary
diffuse across cell membranes because of their lipid composition
posterior lobe of pituitary
secrete insulin and glucagon
posterior lobe of pituitary
secretes a hormone that promotes calcium release from bone storage sites
posterior lobe of pituitary
senses photoperiods
posterior lobe of pituitary
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
posterior lobe of pituitary
involved in lymphocyte maturation and immune response
posterior lobe of pituitary
secretes thyroxine
adrenal cortex
secretes sex hormones, cortisol, and aldosterone
adrenal cortex
secretes epinephrine and norepinephrine
adrenal cortex
secretes ACTH, TSH, FSH, growth hormone, and prolactin
adrenal cortex
has receptors for hormone binding
adrenal cortex
hormone that lowers blood glucose levels
adrenal cortex
secretes hormones that prepare accessory reproductive structures for reproduction
adrenal cortex
produces oxytocin and antidiuretic hormone
adrenal cortex
a second messenger
adrenal cortex
diffuse across cell membranes because of their lipid composition
adrenal cortex
secrete insulin and glucagon
adrenal cortex
secretes a hormone that promotes calcium release from bone storage sites
adrenal cortex
senses photoperiods
adrenal cortex
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
adrenal cortex
involved in lymphocyte maturation and immune response
adrenal cortex
secretes thyroxine
pancreatic islets
secretes sex hormones, cortisol, and aldosterone
pancreatic islets
secretes epinephrine and norepinephrine
pancreatic islets
secretes ACTH, TSH, FSH, growth hormone, and prolactin
pancreatic islets
has receptors for hormone binding
pancreatic islets
hormone that lowers blood glucose levels
pancreatic islets
secretes hormones that prepare accessory reproductive structures for reproduction
pancreatic islets
produces oxytocin and antidiuretic hormone
pancreatic islets
a second messenger
pancreatic islets
diffuse across cell membranes because of their lipid composition
pancreatic islets
secrete insulin and glucagon
pancreatic islets
secretes a hormone that promotes calcium release from bone storage sites
pancreatic islets
senses photoperiods
pancreatic islets
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
pancreatic islets
involved in lymphocyte maturation and immune response
pancreatic islets
secretes thyroxine
insulin
secretes sex hormones, cortisol, and aldosterone
insulin
secretes epinephrine and norepinephrine
insulin
secretes ACTH, TSH, FSH, growth hormone, and prolactin
insulin
has receptors for hormone binding
insulin
hormone that lowers blood glucose levels
insulin
secretes hormones that prepare accessory reproductive structures for reproduction
insulin
produces oxytocin and antidiuretic hormone
insulin
a second messenger
insulin
diffuse across cell membranes because of their lipid composition
insulin
secrete insulin and glucagon
insulin
secretes a hormone that promotes calcium release from bone storage sites
insulin
senses photoperiods
insulin
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
insulin
involved in lymphocyte maturation and immune response
insulin
secretes thyroxine
anterior lobe of pituitary
secretes sex hormones, cortisol, and aldosterone
anterior lobe of pituitary
secretes epinephrine and norepinephrine
anterior lobe of pituitary
secretes ACTH, TSH, FSH, growth hormone, and prolactin
anterior lobe of pituitary
has receptors for hormone binding
anterior lobe of pituitary
hormone that lowers blood glucose levels
anterior lobe of pituitary
secretes hormones that prepare accessory reproductive structures for reproduction
anterior lobe of pituitary
produces oxytocin and antidiuretic hormone
anterior lobe of pituitary
a second messenger
anterior lobe of pituitary
diffuse across cell membranes because of their lipid composition
anterior lobe of pituitary
secrete insulin and glucagon
anterior lobe of pituitary
secretes a hormone that promotes calcium release from bone storage sites
anterior lobe of pituitary
senses photoperiods
anterior lobe of pituitary
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
anterior lobe of pituitary
involved in lymphocyte maturation and immune response
anterior lobe of pituitary
secretes thyroxine
target cell
secretes sex hormones, cortisol, and aldosterone
target cell
secretes epinephrine and norepinephrine
target cell
secretes ACTH, TSH, FSH, growth hormone, and prolactin
target cell
has receptors for hormone binding
target cell
hormone that lowers blood glucose levels
target cell
secretes hormones that prepare accessory reproductive structures for reproduction
target cell
produces oxytocin and antidiuretic hormone
target cell
a second messenger
target cell
diffuse across cell membranes because of their lipid composition
target cell
secrete insulin and glucagon
target cell
secretes a hormone that promotes calcium release from bone storage sites
target cell
senses photoperiods
target cell
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
target cell
involved in lymphocyte maturation and immune response
target cell
secretes thyroxine
gonad
secretes sex hormones, cortisol, and aldosterone
gonad
secretes epinephrine and norepinephrine
gonad
secretes ACTH, TSH, FSH, growth hormone, and prolactin
gonad
has receptors for hormone binding
gonad
hormone that lowers blood glucose levels
gonad
secretes hormones that prepare accessory reproductive structures for reproduction
gonad
produces oxytocin and antidiuretic hormone
gonad
a second messenger
gonad
diffuse across cell membranes because of their lipid composition
gonad
secrete insulin and glucagon
gonad
secretes a hormone that promotes calcium release from bone storage sites
gonad
senses photoperiods
gonad
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
gonad
involved in lymphocyte maturation and immune response
gonad
secretes thyroxine
hypothalamus
secretes sex hormones, cortisol, and aldosterone
hypothalamus
secretes epinephrine and norepinephrine
hypothalamus
secretes ACTH, TSH, FSH, growth hormone, and prolactin
hypothalamus
has receptors for hormone binding
hypothalamus
hormone that lowers blood glucose levels
hypothalamus
secretes hormones that prepare accessory reproductive structures for reproduction
hypothalamus
produces oxytocin and antidiuretic hormone
hypothalamus
a second messenger
hypothalamus
diffuse across cell membranes because of their lipid composition
hypothalamus
secrete insulin and glucagon
hypothalamus
secretes a hormone that promotes calcium release from bone storage sites
hypothalamus
senses photoperiods
hypothalamus
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
hypothalamus
involved in lymphocyte maturation and immune response
hypothalamus
secretes thyroxine
parathyroid gland
secretes sex hormones, cortisol, and aldosterone
parathyroid gland
secretes epinephrine and norepinephrine
parathyroid gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
parathyroid gland
has receptors for hormone binding
parathyroid gland
hormone that lowers blood glucose levels
parathyroid gland
secretes hormones that prepare accessory reproductive structures for reproduction
parathyroid gland
produces oxytocin and antidiuretic hormone
parathyroid gland
a second messenger
parathyroid gland
diffuse across cell membranes because of their lipid composition
parathyroid gland
secrete insulin and glucagon
parathyroid gland
secretes a hormone that promotes calcium release from bone storage sites
parathyroid gland
senses photoperiods
parathyroid gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
parathyroid gland
involved in lymphocyte maturation and immune response
parathyroid gland
secretes thyroxine
adrenal medulla
secretes sex hormones, cortisol, and aldosterone
adrenal medulla
secretes epinephrine and norepinephrine
adrenal medulla
secretes ACTH, TSH, FSH, growth hormone, and prolactin
adrenal medulla
has receptors for hormone binding
adrenal medulla
hormone that lowers blood glucose levels
adrenal medulla
secretes hormones that prepare accessory reproductive structures for reproduction
adrenal medulla
produces oxytocin and antidiuretic hormone
adrenal medulla
a second messenger
adrenal medulla
diffuse across cell membranes because of their lipid composition
adrenal medulla
secrete insulin and glucagon
adrenal medulla
secretes a hormone that promotes calcium release from bone storage sites
adrenal medulla
senses photoperiods
adrenal medulla
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
adrenal medulla
involved in lymphocyte maturation and immune response
adrenal medulla
secretes thyroxine
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes sex hormones, cortisol, and aldosterone
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes epinephrine and norepinephrine
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes ACTH, TSH, FSH, growth hormone, and prolactin
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
has receptors for hormone binding
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
hormone that lowers blood glucose levels
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes hormones that prepare accessory reproductive structures for reproduction
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
produces oxytocin and antidiuretic hormone
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
a second messenger
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
diffuse across cell membranes because of their lipid composition
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secrete insulin and glucagon
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes a hormone that promotes calcium release from bone storage sites
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
senses photoperiods
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
involved in lymphocyte maturation and immune response
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes thyroxine
steroid hormone
secretes sex hormones, cortisol, and aldosterone
steroid hormone
secretes epinephrine and norepinephrine
steroid hormone
secretes ACTH, TSH, FSH, growth hormone, and prolactin
steroid hormone
has receptors for hormone binding
steroid hormone
hormone that lowers blood glucose levels
steroid hormone
secretes hormones that prepare accessory reproductive structures for reproduction
steroid hormone
produces oxytocin and antidiuretic hormone
steroid hormone
a second messenger
steroid hormone
diffuse across cell membranes because of their lipid composition
steroid hormone
secrete insulin and glucagon
steroid hormone
secretes a hormone that promotes calcium release from bone storage sites
steroid hormone
senses photoperiods
steroid hormone
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
steroid hormone
involved in lymphocyte maturation and immune response
steroid hormone
secretes thyroxine
thyroid gland
secretes sex hormones, cortisol, and aldosterone
thyroid gland
secretes epinephrine and norepinephrine
thyroid gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
thyroid gland
has receptors for hormone binding
thyroid gland
hormone that lowers blood glucose levels
thyroid gland
secretes hormones that prepare accessory reproductive structures for reproduction
thyroid gland
produces oxytocin and antidiuretic hormone
thyroid gland
a second messenger
thyroid gland
diffuse across cell membranes because of their lipid composition
thyroid gland
secrete insulin and glucagon
thyroid gland
secretes a hormone that promotes calcium release from bone storage sites
thyroid gland
senses photoperiods
thyroid gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
thyroid gland
involved in lymphocyte maturation and immune response
thyroid gland
secretes thyroxine
thymus gland
secretes sex hormones, cortisol, and aldosterone
thymus gland
secretes epinephrine and norepinephrine
thymus gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
thymus gland
has receptors for hormone binding
thymus gland
hormone that lowers blood glucose levels
thymus gland
secretes hormones that prepare accessory reproductive structures for reproduction
thymus gland
produces oxytocin and antidiuretic hormone
thymus gland
a second messenger
thymus gland
diffuse across cell membranes because of their lipid composition
thymus gland
secrete insulin and glucagon
thymus gland
secretes a hormone that promotes calcium release from bone storage sites
thymus gland
senses photoperiods
thymus gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
thymus gland
involved in lymphocyte maturation and immune response
thymus gland
secretes thyroxine
Question
A decrease in blood glucose triggers action by the _____ stimulated by _____.

A) liver; an increase in glucagon
B) liver; the absence of insulin
C) liver, muscles, and fat; an increase in glucagon
D) liver, muscles, and fat; the absence of insulin
E) hypothalamus; the breakdown of sugar
Question
High levels of cortisol can mimic the effects of _____ on the _____.

A) insulin; liver
B) TSH; thyroid
C) insulin; muscles
D) glucagon; liver
E) glucagon; cells
Question
Increased GnRH levels cause an increase in ____ production.

A) aldosterone
B) ADH
C) testosterone
D) insulin
E) glucagon
Question
Cushing's syndrome can cause _____.

A) low blood pressure
B) impaired immunity
C) osteoporosis
D) liver failure
E) weight loss
Question
In human ______, secretion of ______ triggers growth facial hair and an enlarged larynx (voice box) that lowers the voice.

A) females; estrogen
B) males; testosterone
C) males; progesterone
D) females; testosterone
E) males; corticosterone
Question
The differences in male and female secondary sexual traits are due to the _____.

A) relative proportion of sex steroid hormones in males versus  females
B) production of different sex steroid hormones by males and females
C) differences in sex steroid hormone receptors in males versus  females
D) exposure to environmental toxins during fetal development
E) absence of sex steroid hormones in females
Question
A study of ____ indicated a connection between lower melatonin levels and a greater risk of breast cancer.

A) ER nurses
B) college students
C) high stress occupations
D) night-shift nurses
E) infants in high altitudes
Question
In human _____, secretion of _____ triggers enlarged breasts and fat deposition at the hips.

A) females; thyroid hormone
B) males; calcitonin
C) females; progesterone
D) males; testosterone
E) females; estrogen
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Deck 26: Endocrine Control
1
The luteinizing hormone (LH) ____.

A) affects sex steroid hormone secretion
B) has no function in males
C) is produced by the corpus luteum
D) stimulates milk production
E) encourages growth of bone and soft tissues
A
2
Endocrine glands and neurons receive signals from the ____.

A) amygdala
B) hypothalamus
C) adrenal cortex
D) anterior pituitary gland
E) thyroid
B
3
____ is used in the lining of food cans and the thermal paper used to print cash register receipts.

A) DDT
B) Phthalates
C) CFC
D) Bisphenol A
E) Vinyl
D
4
Acromegaly is the result of excessive secretion of ____ by adults.

A) mineralocorticoid
B) glucocorticoid
C) thyroxine
D) testosterone
E) growth hormone
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5
BPA has a structure similar to which hormone?

A) estrogen
B) testosterone
C) cortisol
D) corticosterone
E) insulin
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6
Bone and soft tissue growth in the young is driven by ____.

A) ACTH
B) prolactin
C) oxytocin
D) growth hormone
E) FSH
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7
Some epidemiological studies have found a correlation between human BPA level and an increased risk of ______.

A) type 1 diabetes
B) type 2 diabetes
C) Alzheimer's disease
D) cancer
E) Parkinson's disease
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8
How do steroid hormones differ from those derived from amino acids?

A) S teroid hormones are not derived from organic molecules.
B) S teroid hormones do not bind to plasma membrane receptors.
C) S teroid hormones use a second messenger system.
D) S teroid hormones do not travel in the blood.
E) S teroid hormones do not require receptors to function.
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9
Prolactin ____.

A) stimulates and sustains milk production after childbirth
B) stimulates labor and childbirth
C) causes the development of breasts and other secondary sexual characteristics in the male
D) acts in concert with FSH to produce milk
E) has secondary effects on reducing the size of the uterus after birth
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10
Hormones are distributed throughout the body by the ____ system.

A) urinary
B) lymphatic
C) nervous
D) circulatory
E) muscular
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11
ACTH (adrenocorticotropic hormone) ____.

A) is secreted by the posterior pituitary
B) has target cells in the autonomic nervous system
C) has target cells in the adrenal glands
D) has target cells in the adrenal medulla
E) initiates an autoimmune response
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12
The antidiuretic hormone (ADH) ____.

A) controls levels of GH
B) influences levels of LH
C) influences levels of FSH
D) reduces urine output
E) causes contractions of the uterus
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13
A _____ is a molecule that forms inside a cell in response to the binding of a signaling molecule to a ______ in the plasma membrane.

A) receptor; second messenger
B) second messenger; lipid
C) protein; receptor
D) second messenger; receptor
E) lipid; second messenger
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14
All target cells of a specific hormone must have ____.

A) hydrophilic plasma membranes
B) proximity to an endocrine gland
C) an appropriate receptor molecule
D) special lipids in their plasma membranes
E) access to absorbed carbohydrates
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15
The adrenal glands secrete the steroid hormone ____.

A) cortisol
B) melatonin
C) calcitonin
D) glucagon
E) insulin
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16
Most organs respond to _____ and _____.

A) hormones; physical stimulation
B) environmental signals; hormones
C) hormones; neuronal signals
D) environmental signals; neuronal signals
E) physical stimulation; neuronal signals
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17
Milk letdown, labor, and childbirth are mediated by the ____ gland.

A) pineal
B) anterior pituitary
C) posterior pituitary
D) parathyroid
E) thyroid
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18
Some breast cancer cells have receptors for ____, which encourages their growth and division.

A) testosterone
B) estrogen
C) glucagon
D) insulin
E) prolactin
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19
XY individuals with total androgen insensitivity syndrome ____.

A) do not secrete testosterone
B) do not have testes
C) have mutated testosterone receptors in their cells
D) secrete more estrogen than testosterone
E) have normal male genitalia
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20
Steroid hormones are derived from ____.

A) glucose
B) cholesterol
C) messenger RNA
D) cyclic AMP
E) glycogen
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21
Thyroid hormone ____.

A) increases the resting metabolic rate of cells throughout the body
B) slows the heart rate and increases lipid metabolism
C) inhibits protein synthesis
D) increases glycolysis while decreasing oxidative phosphorylation
E) stimulates the release of ADH from the hypothalamus
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22
The anterior and posterior pituitary glands differ in that ____.

A) the anterior pituitary produces peptide hormones, while the posterior pituitary produces steroid hormones
B) the anterior pituitary produces its own hormones but the posterior pituitary does not
C) the anterior pituitary is a part of the nervous system, while the posterior pituitary is a part of the endocrine system
D) the anterior pituitary is controlled by the hypothalamus, whereas the posterior pituitary is controlled by the adrenal cortex
E) the anterior pituitary is under voluntary control, while the posterior pituitary is under involuntary control
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23
In the United States, most thyroid disorders are caused by ____.

A) iodine deficiency
B) iron deficiency
C) an autoimmune disorder
D) insecticides
E) a combination of more than one of these
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24
A goiter is caused by a deficiency in ____.

A) thyroxine
B) triiodothyronine
C) calcium
D) iodine
E) both thyroxine and triiodothyronine
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25
The body's main regulator of the internal environment is the ____.

A) anterior pituitary gland
B) hypothalamus
C) medulla oblongata
D) cerebellum
E) pons
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26
Osteoporosis sometimes results from ____.

A) excessive PTH secretion
B) insufficient PTH secretion
C) excessive intake of vitamin D
D) excessive intake of iodine
E) insufficient intake of vitamin D
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27
Most hormones produced in the anterior pituitary ____.

A) affect kidney functioning
B) are secreted in response to signals from the medulla oblongata
C) control the release of hormones from other endocrine glands
D) are steroid hormones
E) effect target cells in the posterior pituitary
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28
A goiter is an enlarged form of the ____ gland.

A) adrenal
B) pancreas
C) thyroid
D) parathyroid
E) thymus
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29
____ stimulates the secretion of thyroid hormone.

A) TSH
B) TRH
C) ACTH
D) GnRH
E) ADH
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30
Calcitonin is produced by the ____ and is important for the uptake of ____ by bones.

A) anterior pituitary; calcium
B) posterior pituitary; phosphorus
C) thymus; calcium
D) thyroid; calcium
E) hypothalamus; phosphorus
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31
If the concentration of thyroid hormone is high, ____.

A) the secretion of thyroid-releasing hormone is inhibited
B) the secretion of thyroid-stimulating hormone is increased
C) calcitonin production is increased
D) resting metabolism decreases
E) more than one of these occurs
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32
At night, increased melatonin secretion causes increases in which of the following?

A) drowsiness
B) body temperature
C) glucose metabolism
D) lipid metabolism
E) urination
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33
Thyroid hormone deficiency can lead to a condition known as ____.

A) hypothyroidism
B) hyperthyroidism
C) rickets
D) AIDS
E) bowed legs
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34
Excess glucose is converted into glycogen in the ____.

A) pancreas
B) liver
C) thymus
D) thyroid
E) adrenal cortex
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35
If you eliminated all sources of calcium (dairy products, some vegetables) from your diet, the level of ____ would rise in an attempt to supply calcium stored in your body to the tissues that need it.

A) aldosterone
B) calcitonin
C) mineralocorticoids
D) parathyroid hormone
E) GH
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36
The normal human individual has ____ parathyroid glands.

A) two
B) three
C) four
D) five
E) six
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37
The ____ gland(s) secrete(s) thyroid stimulating hormone (TSH).

A) thyroid
B) parathyroid
C) thymus
D) hypothalamus
E) anterior pituitary
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38
The pineal gland secretes which hormone?

A) insulin
B) melatonin
C) thyroxine
D) cortisol
E) growth hormone
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39
Lack of ____in a diet can cause ____.

A) iron; hypothyroidism
B) iodine; hypothyroidism
C) iodine; hyperthyroidism
D) iron; hyperthyroidism
E) iodine; hypertension
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40
The main regulator of calcium blood levels is the ____.

A) parathyroid glands
B) thyroid glands
C) hypothalamus
D) anterior pituitary gland
E) posterior pituitary gland
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41
The adrenal cortex produces ____.

A) aldosterone
B) epinephrine
C) ADH
D) testosterone
E) glucagon
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42
Like ____, aldosterone functions in the concentration of urine.

A) calcitonin
B) insulin
C) cortisol
D) antidiuretic hormone
E) growth hormone
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43
Type 1 diabetes ____.

A) is characterized by normal insulin levels
B) is characterized by cells that do not respond to insulin
C) is the more common form of diabetes
D) is usually controlled with a strict diet
E) usually occurs in early childhood
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44
The hierarchy of endocrine glands that control the release of sex steroid hormones is ____.

A) hypothalamus → posterior pituitary → gonads
B) hypothalamus → anterior pituitary → gonads
C) anterior pituitary → hypothalamus → gonads
D) posterior pituitary → hypothalamus → gonads
E) anterior pituitary → posterior pituitary → gonads
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45
Specialized clusters of endocrine cells that secrete hormones are found scattered throughout the ____.

A) adrenal cortex
B) liver
C) thymus
D) adrenal medulla
E) pancreas
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46
Insulin stimulates ____.

A) muscle and fat cells to take up glucose
B) increased levels of glucose in the blood
C) a decrease in muscle cell activity
D) an increase in exercise
E) liver cells to release glycogen
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47
The combination of ____ causes the gonads to secrete sex steroid hormones.

A) estrogen and progesterone
B) testosterone and oxytocin
C) estrogen and FSH
D) testosterone and LH
E) FSH and LH
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48
The _____ secretes GnRH.

A) hypothalamus
B) pituitary
C) thyroid
D) parathyroid
E) thymus
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49
The pancreas produces hormones that regulate ____ homeostasis.

A) water
B) temperature
C) pH
D) glucose
E) blood pressure
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50
_______ is/are a female animal's primary reproductive organ.

A) Ovaries
B) Parathyroid
C) Hypothalamus
D) Pituitary
E) Thymus
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51
If you skip a meal, ____.

A) insulin levels will rise
B) glucagon levels will rise
C) glucose will be taken up by cells
D) both insulin and glucagon levels will rise
E) glucose will be converted to glycogen
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52
The adrenal glands are located ____.

A) beneath the pituitary gland
B) between the pons and the medulla oblongata
C) next to the pancreas
D) on top of the kidneys
E) attached to the liver
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53
Insulin affects the ____.

A) secretion of saliva
B) storage of proteins
C) secretion of pancreatic juices
D) metabolism of sugar
E) utilization of fat reserves
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54
In individuals with type 2 diabetes, _____.

A) blood sugar monitoring is not necessary
B) diagnosis usually occurs very early in life
C) diet is ineffective for managing the condition
D) target cells do not respond to insulin
E) little or no insulin is produced
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55
The hormone whose levels remain high when the body is suffering from inflammation and stress is _____.

A) cortisol
B) luteinizing hormone
C) thymosin
D) prolactin
E) parathyroid hormone
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56
Another name for high blood sugar is ____.

A) type 1 diabetes
B) type 2 diabetes
C) hyperglycemia
D) hypoglycemia
E) anemia
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57
Negative feedback regulation between the anterior pituitary and the hypothalamus controls the secretion of ____.

A) insulin
B) epinephrine
C) norepinephrine
D) cortisol
E) glucagon
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58
When blood glucose levels are low, the pancreas secretes ____.

A) less glucagon and more insulin
B) less insulin and more glucagon
C) more glucagon and more insulin
D) less glucagon and less insulin
E) neither glucagon nor insulin
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59
The target cells of glucagon are ____.

A) liver cells
B) skeletal muscle cells
C) fat cells
D) intestinal cells
E) stomach cells
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60
FSH and LH regulate ____.

A) heart rhythms in songbirds
B) the stimulation of cancer cell growth in humans
C) the menstrual cycle in human females
D) sleep cycles in humans
E) milk production in mammals after giving birth
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61
Secretion of sex steroid hormones in males and females is controlled by ____.

A) different receptors in males versus  females
B) different hormones depending on sex
C) the same hormones but different pathways depending on sex
D) different pathways and hormones depending on the sex
E) the same pathway and hormones regardless of sex
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62
Match between columns
produces prolactin
A
produces prolactin
D
produces prolactin
F
produces prolactin
C
produces prolactin
E
produces prolactin
B
produces prolactin
G
produces sex steroid hormones
A
produces sex steroid hormones
D
produces sex steroid hormones
F
produces sex steroid hormones
C
produces sex steroid hormones
E
produces sex steroid hormones
B
produces sex steroid hormones
G
produces calcitonin
A
produces calcitonin
D
produces calcitonin
F
produces calcitonin
C
produces calcitonin
E
produces calcitonin
B
produces calcitonin
G
produces glucagon
A
produces glucagon
D
produces glucagon
F
produces glucagon
C
produces glucagon
E
produces glucagon
B
produces glucagon
G
produces norepinephrine
A
produces norepinephrine
D
produces norepinephrine
F
produces norepinephrine
C
produces norepinephrine
E
produces norepinephrine
B
produces norepinephrine
G
produces antidiuretic hormone
A
produces antidiuretic hormone
D
produces antidiuretic hormone
F
produces antidiuretic hormone
C
produces antidiuretic hormone
E
produces antidiuretic hormone
B
produces antidiuretic hormone
G
produces melatonin
A
produces melatonin
D
produces melatonin
F
produces melatonin
C
produces melatonin
E
produces melatonin
B
produces melatonin
G
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63
Increased ____ levels cause decreases in _____, ____, ____ levels.

A) melatonin; TSH; FSH; TRH
B) testosterone; GnRH; FSH; LH
C) cortisol; TRH; FSH; LH
D) insulin; FSH; LH; GH
E) calcitonin; GnRH; FSH; LH
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64
Match between columns
target of ACTH
adrenal cortex
target of ACTH
pineal
target of ACTH
posterior pituitary
target of ACTH
thyroid
target of ACTH
pancreas
target of ACTH
anterior pituitary
target of ACTH
parathyroid
target of ACTH
adrenal medulla
produces epinephrine and norepinephrine
adrenal cortex
produces epinephrine and norepinephrine
pineal
produces epinephrine and norepinephrine
posterior pituitary
produces epinephrine and norepinephrine
thyroid
produces epinephrine and norepinephrine
pancreas
produces epinephrine and norepinephrine
anterior pituitary
produces epinephrine and norepinephrine
parathyroid
produces epinephrine and norepinephrine
adrenal medulla
produces a hormone that regulates metabolism and has roles in growth and development
adrenal cortex
produces a hormone that regulates metabolism and has roles in growth and development
pineal
produces a hormone that regulates metabolism and has roles in growth and development
posterior pituitary
produces a hormone that regulates metabolism and has roles in growth and development
thyroid
produces a hormone that regulates metabolism and has roles in growth and development
pancreas
produces a hormone that regulates metabolism and has roles in growth and development
anterior pituitary
produces a hormone that regulates metabolism and has roles in growth and development
parathyroid
produces a hormone that regulates metabolism and has roles in growth and development
adrenal medulla
produces melatonin
adrenal cortex
produces melatonin
pineal
produces melatonin
posterior pituitary
produces melatonin
thyroid
produces melatonin
pancreas
produces melatonin
anterior pituitary
produces melatonin
parathyroid
produces melatonin
adrenal medulla
produces and secretes thyroid-stimulating hormone
adrenal cortex
produces and secretes thyroid-stimulating hormone
pineal
produces and secretes thyroid-stimulating hormone
posterior pituitary
produces and secretes thyroid-stimulating hormone
thyroid
produces and secretes thyroid-stimulating hormone
pancreas
produces and secretes thyroid-stimulating hormone
anterior pituitary
produces and secretes thyroid-stimulating hormone
parathyroid
produces and secretes thyroid-stimulating hormone
adrenal medulla
produces ADH
adrenal cortex
produces ADH
pineal
produces ADH
posterior pituitary
produces ADH
thyroid
produces ADH
pancreas
produces ADH
anterior pituitary
produces ADH
parathyroid
produces ADH
adrenal medulla
hormone released by this gland raises blood calcium levels
adrenal cortex
hormone released by this gland raises blood calcium levels
pineal
hormone released by this gland raises blood calcium levels
posterior pituitary
hormone released by this gland raises blood calcium levels
thyroid
hormone released by this gland raises blood calcium levels
pancreas
hormone released by this gland raises blood calcium levels
anterior pituitary
hormone released by this gland raises blood calcium levels
parathyroid
hormone released by this gland raises blood calcium levels
adrenal medulla
produces insulin
adrenal cortex
produces insulin
pineal
produces insulin
posterior pituitary
produces insulin
thyroid
produces insulin
pancreas
produces insulin
anterior pituitary
produces insulin
parathyroid
produces insulin
adrenal medulla
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65
Match between columns
pineal gland
secretes sex hormones, cortisol, and aldosterone
pineal gland
secretes epinephrine and norepinephrine
pineal gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
pineal gland
has receptors for hormone binding
pineal gland
hormone that lowers blood glucose levels
pineal gland
secretes hormones that prepare accessory reproductive structures for reproduction
pineal gland
produces oxytocin and antidiuretic hormone
pineal gland
a second messenger
pineal gland
diffuse across cell membranes because of their lipid composition
pineal gland
secrete insulin and glucagon
pineal gland
secretes a hormone that promotes calcium release from bone storage sites
pineal gland
senses photoperiods
pineal gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
pineal gland
involved in lymphocyte maturation and immune response
pineal gland
secretes thyroxine
posterior lobe of pituitary
secretes sex hormones, cortisol, and aldosterone
posterior lobe of pituitary
secretes epinephrine and norepinephrine
posterior lobe of pituitary
secretes ACTH, TSH, FSH, growth hormone, and prolactin
posterior lobe of pituitary
has receptors for hormone binding
posterior lobe of pituitary
hormone that lowers blood glucose levels
posterior lobe of pituitary
secretes hormones that prepare accessory reproductive structures for reproduction
posterior lobe of pituitary
produces oxytocin and antidiuretic hormone
posterior lobe of pituitary
a second messenger
posterior lobe of pituitary
diffuse across cell membranes because of their lipid composition
posterior lobe of pituitary
secrete insulin and glucagon
posterior lobe of pituitary
secretes a hormone that promotes calcium release from bone storage sites
posterior lobe of pituitary
senses photoperiods
posterior lobe of pituitary
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
posterior lobe of pituitary
involved in lymphocyte maturation and immune response
posterior lobe of pituitary
secretes thyroxine
adrenal cortex
secretes sex hormones, cortisol, and aldosterone
adrenal cortex
secretes epinephrine and norepinephrine
adrenal cortex
secretes ACTH, TSH, FSH, growth hormone, and prolactin
adrenal cortex
has receptors for hormone binding
adrenal cortex
hormone that lowers blood glucose levels
adrenal cortex
secretes hormones that prepare accessory reproductive structures for reproduction
adrenal cortex
produces oxytocin and antidiuretic hormone
adrenal cortex
a second messenger
adrenal cortex
diffuse across cell membranes because of their lipid composition
adrenal cortex
secrete insulin and glucagon
adrenal cortex
secretes a hormone that promotes calcium release from bone storage sites
adrenal cortex
senses photoperiods
adrenal cortex
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
adrenal cortex
involved in lymphocyte maturation and immune response
adrenal cortex
secretes thyroxine
pancreatic islets
secretes sex hormones, cortisol, and aldosterone
pancreatic islets
secretes epinephrine and norepinephrine
pancreatic islets
secretes ACTH, TSH, FSH, growth hormone, and prolactin
pancreatic islets
has receptors for hormone binding
pancreatic islets
hormone that lowers blood glucose levels
pancreatic islets
secretes hormones that prepare accessory reproductive structures for reproduction
pancreatic islets
produces oxytocin and antidiuretic hormone
pancreatic islets
a second messenger
pancreatic islets
diffuse across cell membranes because of their lipid composition
pancreatic islets
secrete insulin and glucagon
pancreatic islets
secretes a hormone that promotes calcium release from bone storage sites
pancreatic islets
senses photoperiods
pancreatic islets
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
pancreatic islets
involved in lymphocyte maturation and immune response
pancreatic islets
secretes thyroxine
insulin
secretes sex hormones, cortisol, and aldosterone
insulin
secretes epinephrine and norepinephrine
insulin
secretes ACTH, TSH, FSH, growth hormone, and prolactin
insulin
has receptors for hormone binding
insulin
hormone that lowers blood glucose levels
insulin
secretes hormones that prepare accessory reproductive structures for reproduction
insulin
produces oxytocin and antidiuretic hormone
insulin
a second messenger
insulin
diffuse across cell membranes because of their lipid composition
insulin
secrete insulin and glucagon
insulin
secretes a hormone that promotes calcium release from bone storage sites
insulin
senses photoperiods
insulin
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
insulin
involved in lymphocyte maturation and immune response
insulin
secretes thyroxine
anterior lobe of pituitary
secretes sex hormones, cortisol, and aldosterone
anterior lobe of pituitary
secretes epinephrine and norepinephrine
anterior lobe of pituitary
secretes ACTH, TSH, FSH, growth hormone, and prolactin
anterior lobe of pituitary
has receptors for hormone binding
anterior lobe of pituitary
hormone that lowers blood glucose levels
anterior lobe of pituitary
secretes hormones that prepare accessory reproductive structures for reproduction
anterior lobe of pituitary
produces oxytocin and antidiuretic hormone
anterior lobe of pituitary
a second messenger
anterior lobe of pituitary
diffuse across cell membranes because of their lipid composition
anterior lobe of pituitary
secrete insulin and glucagon
anterior lobe of pituitary
secretes a hormone that promotes calcium release from bone storage sites
anterior lobe of pituitary
senses photoperiods
anterior lobe of pituitary
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
anterior lobe of pituitary
involved in lymphocyte maturation and immune response
anterior lobe of pituitary
secretes thyroxine
target cell
secretes sex hormones, cortisol, and aldosterone
target cell
secretes epinephrine and norepinephrine
target cell
secretes ACTH, TSH, FSH, growth hormone, and prolactin
target cell
has receptors for hormone binding
target cell
hormone that lowers blood glucose levels
target cell
secretes hormones that prepare accessory reproductive structures for reproduction
target cell
produces oxytocin and antidiuretic hormone
target cell
a second messenger
target cell
diffuse across cell membranes because of their lipid composition
target cell
secrete insulin and glucagon
target cell
secretes a hormone that promotes calcium release from bone storage sites
target cell
senses photoperiods
target cell
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
target cell
involved in lymphocyte maturation and immune response
target cell
secretes thyroxine
gonad
secretes sex hormones, cortisol, and aldosterone
gonad
secretes epinephrine and norepinephrine
gonad
secretes ACTH, TSH, FSH, growth hormone, and prolactin
gonad
has receptors for hormone binding
gonad
hormone that lowers blood glucose levels
gonad
secretes hormones that prepare accessory reproductive structures for reproduction
gonad
produces oxytocin and antidiuretic hormone
gonad
a second messenger
gonad
diffuse across cell membranes because of their lipid composition
gonad
secrete insulin and glucagon
gonad
secretes a hormone that promotes calcium release from bone storage sites
gonad
senses photoperiods
gonad
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
gonad
involved in lymphocyte maturation and immune response
gonad
secretes thyroxine
hypothalamus
secretes sex hormones, cortisol, and aldosterone
hypothalamus
secretes epinephrine and norepinephrine
hypothalamus
secretes ACTH, TSH, FSH, growth hormone, and prolactin
hypothalamus
has receptors for hormone binding
hypothalamus
hormone that lowers blood glucose levels
hypothalamus
secretes hormones that prepare accessory reproductive structures for reproduction
hypothalamus
produces oxytocin and antidiuretic hormone
hypothalamus
a second messenger
hypothalamus
diffuse across cell membranes because of their lipid composition
hypothalamus
secrete insulin and glucagon
hypothalamus
secretes a hormone that promotes calcium release from bone storage sites
hypothalamus
senses photoperiods
hypothalamus
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
hypothalamus
involved in lymphocyte maturation and immune response
hypothalamus
secretes thyroxine
parathyroid gland
secretes sex hormones, cortisol, and aldosterone
parathyroid gland
secretes epinephrine and norepinephrine
parathyroid gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
parathyroid gland
has receptors for hormone binding
parathyroid gland
hormone that lowers blood glucose levels
parathyroid gland
secretes hormones that prepare accessory reproductive structures for reproduction
parathyroid gland
produces oxytocin and antidiuretic hormone
parathyroid gland
a second messenger
parathyroid gland
diffuse across cell membranes because of their lipid composition
parathyroid gland
secrete insulin and glucagon
parathyroid gland
secretes a hormone that promotes calcium release from bone storage sites
parathyroid gland
senses photoperiods
parathyroid gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
parathyroid gland
involved in lymphocyte maturation and immune response
parathyroid gland
secretes thyroxine
adrenal medulla
secretes sex hormones, cortisol, and aldosterone
adrenal medulla
secretes epinephrine and norepinephrine
adrenal medulla
secretes ACTH, TSH, FSH, growth hormone, and prolactin
adrenal medulla
has receptors for hormone binding
adrenal medulla
hormone that lowers blood glucose levels
adrenal medulla
secretes hormones that prepare accessory reproductive structures for reproduction
adrenal medulla
produces oxytocin and antidiuretic hormone
adrenal medulla
a second messenger
adrenal medulla
diffuse across cell membranes because of their lipid composition
adrenal medulla
secrete insulin and glucagon
adrenal medulla
secretes a hormone that promotes calcium release from bone storage sites
adrenal medulla
senses photoperiods
adrenal medulla
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
adrenal medulla
involved in lymphocyte maturation and immune response
adrenal medulla
secretes thyroxine
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes sex hormones, cortisol, and aldosterone
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes epinephrine and norepinephrine
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes ACTH, TSH, FSH, growth hormone, and prolactin
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
has receptors for hormone binding
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
hormone that lowers blood glucose levels
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes hormones that prepare accessory reproductive structures for reproduction
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
produces oxytocin and antidiuretic hormone
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
a second messenger
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
diffuse across cell membranes because of their lipid composition
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secrete insulin and glucagon
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes a hormone that promotes calcium release from bone storage sites
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
senses photoperiods
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
involved in lymphocyte maturation and immune response
molecule that forms inside a cell in response to the binding of a signaling molecule to a receptor in the plasma membrane.
secretes thyroxine
steroid hormone
secretes sex hormones, cortisol, and aldosterone
steroid hormone
secretes epinephrine and norepinephrine
steroid hormone
secretes ACTH, TSH, FSH, growth hormone, and prolactin
steroid hormone
has receptors for hormone binding
steroid hormone
hormone that lowers blood glucose levels
steroid hormone
secretes hormones that prepare accessory reproductive structures for reproduction
steroid hormone
produces oxytocin and antidiuretic hormone
steroid hormone
a second messenger
steroid hormone
diffuse across cell membranes because of their lipid composition
steroid hormone
secrete insulin and glucagon
steroid hormone
secretes a hormone that promotes calcium release from bone storage sites
steroid hormone
senses photoperiods
steroid hormone
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
steroid hormone
involved in lymphocyte maturation and immune response
steroid hormone
secretes thyroxine
thyroid gland
secretes sex hormones, cortisol, and aldosterone
thyroid gland
secretes epinephrine and norepinephrine
thyroid gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
thyroid gland
has receptors for hormone binding
thyroid gland
hormone that lowers blood glucose levels
thyroid gland
secretes hormones that prepare accessory reproductive structures for reproduction
thyroid gland
produces oxytocin and antidiuretic hormone
thyroid gland
a second messenger
thyroid gland
diffuse across cell membranes because of their lipid composition
thyroid gland
secrete insulin and glucagon
thyroid gland
secretes a hormone that promotes calcium release from bone storage sites
thyroid gland
senses photoperiods
thyroid gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
thyroid gland
involved in lymphocyte maturation and immune response
thyroid gland
secretes thyroxine
thymus gland
secretes sex hormones, cortisol, and aldosterone
thymus gland
secretes epinephrine and norepinephrine
thymus gland
secretes ACTH, TSH, FSH, growth hormone, and prolactin
thymus gland
has receptors for hormone binding
thymus gland
hormone that lowers blood glucose levels
thymus gland
secretes hormones that prepare accessory reproductive structures for reproduction
thymus gland
produces oxytocin and antidiuretic hormone
thymus gland
a second messenger
thymus gland
diffuse across cell membranes because of their lipid composition
thymus gland
secrete insulin and glucagon
thymus gland
secretes a hormone that promotes calcium release from bone storage sites
thymus gland
senses photoperiods
thymus gland
secretes (releases into bloodstream) oxytocin and antidiuretic hormone
thymus gland
involved in lymphocyte maturation and immune response
thymus gland
secretes thyroxine
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66
A decrease in blood glucose triggers action by the _____ stimulated by _____.

A) liver; an increase in glucagon
B) liver; the absence of insulin
C) liver, muscles, and fat; an increase in glucagon
D) liver, muscles, and fat; the absence of insulin
E) hypothalamus; the breakdown of sugar
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67
High levels of cortisol can mimic the effects of _____ on the _____.

A) insulin; liver
B) TSH; thyroid
C) insulin; muscles
D) glucagon; liver
E) glucagon; cells
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68
Increased GnRH levels cause an increase in ____ production.

A) aldosterone
B) ADH
C) testosterone
D) insulin
E) glucagon
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69
Cushing's syndrome can cause _____.

A) low blood pressure
B) impaired immunity
C) osteoporosis
D) liver failure
E) weight loss
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70
In human ______, secretion of ______ triggers growth facial hair and an enlarged larynx (voice box) that lowers the voice.

A) females; estrogen
B) males; testosterone
C) males; progesterone
D) females; testosterone
E) males; corticosterone
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71
The differences in male and female secondary sexual traits are due to the _____.

A) relative proportion of sex steroid hormones in males versus  females
B) production of different sex steroid hormones by males and females
C) differences in sex steroid hormone receptors in males versus  females
D) exposure to environmental toxins during fetal development
E) absence of sex steroid hormones in females
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72
A study of ____ indicated a connection between lower melatonin levels and a greater risk of breast cancer.

A) ER nurses
B) college students
C) high stress occupations
D) night-shift nurses
E) infants in high altitudes
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73
In human _____, secretion of _____ triggers enlarged breasts and fat deposition at the hips.

A) females; thyroid hormone
B) males; calcitonin
C) females; progesterone
D) males; testosterone
E) females; estrogen
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Unlock Deck
Unlock for access to all 73 flashcards in this deck.