Deck 6: Overview of Body Systems and Their Functions

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Question
The two components of the cutaneous membrane are the

A) epidermis and dermis
B) epidermis and subcutaneous layer
C) dermis and subcutaneous layer
D) integument and dermis
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to flip the card.
Question
The sites of nutrient, electrolyte, gas, and waste exchange in the blood vessels are the

A) capillaries
B) arteries
C) veins
D) lacteals
Question
The major centers concerned with autonomic control of breathing, blood pressure, and heart rate are located in the

A) midbrain
B) pons
C) medulla oblongata
D) cerebellum
Question
Most of the oxygen transported by the blood is

A) dissolved in plasma
B) in ionic form as solutes in the plasma
C) bound to the same protein as carbon dioxide
D) bound to hemoglobin
Question
The basic functional unit of the kidney is the

A) nephron
B) glomerulus
C) renal corpuscle
D) filtration unit
Question
The heart lies in the

A) pleural cavity
B) mediastinum
C) peritoneal cavity
D) abdominopelvic cavity
Question
The gonadotropins are released from the

A) ovaries
B) hypothalamus
C) anterior pituitary
D) testicular interstitial cells
Question
White blood cells that phagocytize foreign particles are known as

A) basophils
B) monocytes
C) eosinophils
D) lymphocytes
Question
Controlling the postural muscles of the body and making rapid adjustments to maintain balance and equilibrium are functions of the

A) pons
B) cerebellum
C) medulla oblongata
D) hypothalamus
Question
Humans have how many pairs of ribs?

A) 7
B) 10
C) 12
D) 24
Question
Special capillaries located in the lining of the small intestine, where they absorb digested fats and transport them to the lymphatic system, are called

A) lacteals
B) labyrinths
C) venae cavae
D) lymph nodes
Question
The cranial nerves contain how many pairs?

A) 2
B) 6
C) 12
D) 31
Question
The basic functional units of the liver are the

A) hepatocytes
B) lobules
C) bile canaliculi
D) liver cells
Question
The cerebrum consists of two cerebral hemispheres, connected by the

A) diencephalon
B) brainstem
C) hypothalamus
D) corpus callosum
Question
The coronary arteries supply blood to the

A) epicardium
B) endocardium
C) myocardium
D) mediastinum
Question
Which of the following is NOT a function of the liver?

A) Formation of bile
B) Formation of plasma proteins
C) Antibody production
D) Inactivation of toxins
Question
Which of the following is not a neurotransmitter?

A) Serotonin
B) Aldosterone
C) Epinephrine
D) Endorphins
Question
The most important chemical regulator of respiration is

A) the sodium ion
B) carbon dioxide
C) oxygen
D) hemoglobin
Question
The vertebral column contains how many lumbar vertebrae?

A) 4
B) 5
C) 7
D) 12
Question
Which of the following hormones is NOT released by the anterior lobe of the pituitary gland?

A) Oxytocin
B) Prolactin
C) Luteinizing hormone
D) Growth hormone
Question
Which of the following systems does not eliminate wastes?

A) Respiratory
B) Circulatory
C) Digestive
D) Urinary
Question
The pituitary gland is controlled by the

A) pons
B) cerebrum
C) medulla oblongata
D) hypothalamus
Question
The thyroid gland secretes T3, T4, and ____________________.
Question
The left atrium receives blood from the ____________________ veins.
Question
A glomerulus is

A) the portion of the nephron that attaches to the collecting duct
B) the portion of the nephron closest to the renal corpuscle
C) a knot of capillaries that lies within the renal corpuscle
D) the expanded end of a nephron
Question
The central nervous system is located in the ____________________ cavity.
Question
The most numerous white blood cells in the peripheral circulation are the

A) eosinophils
B) monocytes
C) neutrophils
D) basophils
Question
The hypothalamus helps control some ____________________ glands by neural and hormonal pathways.
Question
Immunity against disease also protects against toxins and ____________________.
Question
White blood cells that release histamine at the site of an injury are

A) monocytes
B) neutrophils
C) eosinophils
D) basophils
Question
Glucagon is released by

A) the liver
B) the stomach
C) the pancreas
D) the hypothalamus
Question
The upper respiratory tract contains all of the following, EXCEPT

A) the nasal cavity
B) the pharynx
C) the sinuses
D) the larynx
Question
The heaviest organ in the body in the average adult is the

A) liver
B) heart
C) spleen
D) thyroid
Question
The beta cells of the pancreas produce

A) insulin
B) renin
C) glucagon
D) aldosterone
Question
The eardrum is also called

A) tympanic membrane
B) labyrinth
C) semicircular canal
D) auditory tube
Question
Erythropoiesis increases when

A) carbon dioxide levels in the blood decrease
B) carbon dioxide levels in the blood increase
C) oxygen levels in the blood increase
D) oxygen levels in the blood decrease
Question
Platelets are formed from cells in the bone marrow called

A) lymphoblasts
B) megakaryocytes
C) erythroblasts
D) normoblasts
Question
The portion of the nephron between the Bowman's capsule and the loop of Henle is the

A) proximal convoluted tubule
B) distal convoluted tubule
C) renal corpuscle
D) collecting duct
Question
Which part of the neuron carries nerve information away from the cell body of the neuron?

A) Dendrites
B) Axons
C) Medulla oblongata and spinal cord
D) Corpus callosum and pons
Question
The process of red blood cell production is called

A) erythropenia
B) erythrocytosis
C) erythropoiesis
D) hemocytosis
Question
The cochlea is located in the ____________________.
Question
The study of the normal functions of the body is referred to as ____________________.
Question
There are two forms of digestion: mechanical and ____________________.
Question
The semicircular canals are filled with a fluid called ____________________.
Question
The liquid portion of the blood is called ____________________.
Question
The transparent front part of the eye covering the iris, pupil, and anterior chamber is called the ____________________.
Question
Glucagon is antagonistic to ____________________.
Question
The brain is subdivided into the cerebrum, diencephalon, brainstem, and ____________________.
Question
The study of the structure of the body is called ____________________.
Question
Melanocytes produce ____________________.
Question
Monocytes and lymphocytes are white blood cells collectively known as ____________________.
Question
The outer layer of the eyes is called the ____________________.
Question
The olfactory organs work with certain cranial nerves to provide the sense of ____________________.
Question
Antidiuretic hormone acts on the distal and ____________________ tubules of the kidneys.
Question
The most important function of the respiratory system is the inspiration of ____________________ and the expiration of carbon dioxide.
Question
The skeleton is divided into two major portions: an axial skeleton and an ____________________ skeleton.
Question
A kidney contains about ____________________ nephrons.
Question
Skin glands secrete an oily substance called ____________________.
Question
A capsule surrounding a joint is referred to as a(n) ____________________.
Question
Adrenocorticotropic hormone stimulates the growth of the adrenal gland cortex and the secretion of ____________________.
Question
Match between columns
most numerous white blood cells
ovary
most numerous white blood cells
posterior pituitary
most numerous white blood cells
adrenal medulla
most numerous white blood cells
thymus
most numerous white blood cells
thyroid
most numerous white blood cells
anterior pituitary
most numerous white blood cells
adrenal cortex
most numerous white blood cells
pancreas
most numerous white blood cells
hypothalamus
most numerous white blood cells
cerebellum
most numerous white blood cells
corpus callosum
most numerous white blood cells
cerebrum
most numerous white blood cells
brainstem
most numerous white blood cells
medulla oblongata
most numerous white blood cells
neutrophils
most numerous white blood cells
megakaryocytes
most numerous white blood cells
lymphocytes
most numerous white blood cells
eosinophils
most numerous white blood cells
monocytes
most numerous white blood cells
basophils
largest portion of the brain
ovary
largest portion of the brain
posterior pituitary
largest portion of the brain
adrenal medulla
largest portion of the brain
thymus
largest portion of the brain
thyroid
largest portion of the brain
anterior pituitary
largest portion of the brain
adrenal cortex
largest portion of the brain
pancreas
largest portion of the brain
hypothalamus
largest portion of the brain
cerebellum
largest portion of the brain
corpus callosum
largest portion of the brain
cerebrum
largest portion of the brain
brainstem
largest portion of the brain
medulla oblongata
largest portion of the brain
neutrophils
largest portion of the brain
megakaryocytes
largest portion of the brain
lymphocytes
largest portion of the brain
eosinophils
largest portion of the brain
monocytes
largest portion of the brain
basophils
connects two cerebral hemispheres
ovary
connects two cerebral hemispheres
posterior pituitary
connects two cerebral hemispheres
adrenal medulla
connects two cerebral hemispheres
thymus
connects two cerebral hemispheres
thyroid
connects two cerebral hemispheres
anterior pituitary
connects two cerebral hemispheres
adrenal cortex
connects two cerebral hemispheres
pancreas
connects two cerebral hemispheres
hypothalamus
connects two cerebral hemispheres
cerebellum
connects two cerebral hemispheres
corpus callosum
connects two cerebral hemispheres
cerebrum
connects two cerebral hemispheres
brainstem
connects two cerebral hemispheres
medulla oblongata
connects two cerebral hemispheres
neutrophils
connects two cerebral hemispheres
megakaryocytes
connects two cerebral hemispheres
lymphocytes
connects two cerebral hemispheres
eosinophils
connects two cerebral hemispheres
monocytes
connects two cerebral hemispheres
basophils
major centers for controlling blood pressure, heart rate, and breathing
ovary
major centers for controlling blood pressure, heart rate, and breathing
posterior pituitary
major centers for controlling blood pressure, heart rate, and breathing
adrenal medulla
major centers for controlling blood pressure, heart rate, and breathing
thymus
major centers for controlling blood pressure, heart rate, and breathing
thyroid
major centers for controlling blood pressure, heart rate, and breathing
anterior pituitary
major centers for controlling blood pressure, heart rate, and breathing
adrenal cortex
major centers for controlling blood pressure, heart rate, and breathing
pancreas
major centers for controlling blood pressure, heart rate, and breathing
hypothalamus
major centers for controlling blood pressure, heart rate, and breathing
cerebellum
major centers for controlling blood pressure, heart rate, and breathing
corpus callosum
major centers for controlling blood pressure, heart rate, and breathing
cerebrum
major centers for controlling blood pressure, heart rate, and breathing
brainstem
major centers for controlling blood pressure, heart rate, and breathing
medulla oblongata
major centers for controlling blood pressure, heart rate, and breathing
neutrophils
major centers for controlling blood pressure, heart rate, and breathing
megakaryocytes
major centers for controlling blood pressure, heart rate, and breathing
lymphocytes
major centers for controlling blood pressure, heart rate, and breathing
eosinophils
major centers for controlling blood pressure, heart rate, and breathing
monocytes
major centers for controlling blood pressure, heart rate, and breathing
basophils
prolactin
ovary
prolactin
posterior pituitary
prolactin
adrenal medulla
prolactin
thymus
prolactin
thyroid
prolactin
anterior pituitary
prolactin
adrenal cortex
prolactin
pancreas
prolactin
hypothalamus
prolactin
cerebellum
prolactin
corpus callosum
prolactin
cerebrum
prolactin
brainstem
prolactin
medulla oblongata
prolactin
neutrophils
prolactin
megakaryocytes
prolactin
lymphocytes
prolactin
eosinophils
prolactin
monocytes
prolactin
basophils
progesterone
ovary
progesterone
posterior pituitary
progesterone
adrenal medulla
progesterone
thymus
progesterone
thyroid
progesterone
anterior pituitary
progesterone
adrenal cortex
progesterone
pancreas
progesterone
hypothalamus
progesterone
cerebellum
progesterone
corpus callosum
progesterone
cerebrum
progesterone
brainstem
progesterone
medulla oblongata
progesterone
neutrophils
progesterone
megakaryocytes
progesterone
lymphocytes
progesterone
eosinophils
progesterone
monocytes
progesterone
basophils
smallest white blood cells
ovary
smallest white blood cells
posterior pituitary
smallest white blood cells
adrenal medulla
smallest white blood cells
thymus
smallest white blood cells
thyroid
smallest white blood cells
anterior pituitary
smallest white blood cells
adrenal cortex
smallest white blood cells
pancreas
smallest white blood cells
hypothalamus
smallest white blood cells
cerebellum
smallest white blood cells
corpus callosum
smallest white blood cells
cerebrum
smallest white blood cells
brainstem
smallest white blood cells
medulla oblongata
smallest white blood cells
neutrophils
smallest white blood cells
megakaryocytes
smallest white blood cells
lymphocytes
smallest white blood cells
eosinophils
smallest white blood cells
monocytes
smallest white blood cells
basophils
coordinates skeletal muscle movements
ovary
coordinates skeletal muscle movements
posterior pituitary
coordinates skeletal muscle movements
adrenal medulla
coordinates skeletal muscle movements
thymus
coordinates skeletal muscle movements
thyroid
coordinates skeletal muscle movements
anterior pituitary
coordinates skeletal muscle movements
adrenal cortex
coordinates skeletal muscle movements
pancreas
coordinates skeletal muscle movements
hypothalamus
coordinates skeletal muscle movements
cerebellum
coordinates skeletal muscle movements
corpus callosum
coordinates skeletal muscle movements
cerebrum
coordinates skeletal muscle movements
brainstem
coordinates skeletal muscle movements
medulla oblongata
coordinates skeletal muscle movements
neutrophils
coordinates skeletal muscle movements
megakaryocytes
coordinates skeletal muscle movements
lymphocytes
coordinates skeletal muscle movements
eosinophils
coordinates skeletal muscle movements
monocytes
coordinates skeletal muscle movements
basophils
aldosterone
ovary
aldosterone
posterior pituitary
aldosterone
adrenal medulla
aldosterone
thymus
aldosterone
thyroid
aldosterone
anterior pituitary
aldosterone
adrenal cortex
aldosterone
pancreas
aldosterone
hypothalamus
aldosterone
cerebellum
aldosterone
corpus callosum
aldosterone
cerebrum
aldosterone
brainstem
aldosterone
medulla oblongata
aldosterone
neutrophils
aldosterone
megakaryocytes
aldosterone
lymphocytes
aldosterone
eosinophils
aldosterone
monocytes
aldosterone
basophils
largest white blood cells
ovary
largest white blood cells
posterior pituitary
largest white blood cells
adrenal medulla
largest white blood cells
thymus
largest white blood cells
thyroid
largest white blood cells
anterior pituitary
largest white blood cells
adrenal cortex
largest white blood cells
pancreas
largest white blood cells
hypothalamus
largest white blood cells
cerebellum
largest white blood cells
corpus callosum
largest white blood cells
cerebrum
largest white blood cells
brainstem
largest white blood cells
medulla oblongata
largest white blood cells
neutrophils
largest white blood cells
megakaryocytes
largest white blood cells
lymphocytes
largest white blood cells
eosinophils
largest white blood cells
monocytes
largest white blood cells
basophils
provides platelets, which initiate the clotting process
ovary
provides platelets, which initiate the clotting process
posterior pituitary
provides platelets, which initiate the clotting process
adrenal medulla
provides platelets, which initiate the clotting process
thymus
provides platelets, which initiate the clotting process
thyroid
provides platelets, which initiate the clotting process
anterior pituitary
provides platelets, which initiate the clotting process
adrenal cortex
provides platelets, which initiate the clotting process
pancreas
provides platelets, which initiate the clotting process
hypothalamus
provides platelets, which initiate the clotting process
cerebellum
provides platelets, which initiate the clotting process
corpus callosum
provides platelets, which initiate the clotting process
cerebrum
provides platelets, which initiate the clotting process
brainstem
provides platelets, which initiate the clotting process
medulla oblongata
provides platelets, which initiate the clotting process
neutrophils
provides platelets, which initiate the clotting process
megakaryocytes
provides platelets, which initiate the clotting process
lymphocytes
provides platelets, which initiate the clotting process
eosinophils
provides platelets, which initiate the clotting process
monocytes
provides platelets, which initiate the clotting process
basophils
calcitonin
ovary
calcitonin
posterior pituitary
calcitonin
adrenal medulla
calcitonin
thymus
calcitonin
thyroid
calcitonin
anterior pituitary
calcitonin
adrenal cortex
calcitonin
pancreas
calcitonin
hypothalamus
calcitonin
cerebellum
calcitonin
corpus callosum
calcitonin
cerebrum
calcitonin
brainstem
calcitonin
medulla oblongata
calcitonin
neutrophils
calcitonin
megakaryocytes
calcitonin
lymphocytes
calcitonin
eosinophils
calcitonin
monocytes
calcitonin
basophils
release heparin and histamine
ovary
release heparin and histamine
posterior pituitary
release heparin and histamine
adrenal medulla
release heparin and histamine
thymus
release heparin and histamine
thyroid
release heparin and histamine
anterior pituitary
release heparin and histamine
adrenal cortex
release heparin and histamine
pancreas
release heparin and histamine
hypothalamus
release heparin and histamine
cerebellum
release heparin and histamine
corpus callosum
release heparin and histamine
cerebrum
release heparin and histamine
brainstem
release heparin and histamine
medulla oblongata
release heparin and histamine
neutrophils
release heparin and histamine
megakaryocytes
release heparin and histamine
lymphocytes
release heparin and histamine
eosinophils
release heparin and histamine
monocytes
release heparin and histamine
basophils
consists of the midbrain and pons
ovary
consists of the midbrain and pons
posterior pituitary
consists of the midbrain and pons
adrenal medulla
consists of the midbrain and pons
thymus
consists of the midbrain and pons
thyroid
consists of the midbrain and pons
anterior pituitary
consists of the midbrain and pons
adrenal cortex
consists of the midbrain and pons
pancreas
consists of the midbrain and pons
hypothalamus
consists of the midbrain and pons
cerebellum
consists of the midbrain and pons
corpus callosum
consists of the midbrain and pons
cerebrum
consists of the midbrain and pons
brainstem
consists of the midbrain and pons
medulla oblongata
consists of the midbrain and pons
neutrophils
consists of the midbrain and pons
megakaryocytes
consists of the midbrain and pons
lymphocytes
consists of the midbrain and pons
eosinophils
consists of the midbrain and pons
monocytes
consists of the midbrain and pons
basophils
vasopressin
ovary
vasopressin
posterior pituitary
vasopressin
adrenal medulla
vasopressin
thymus
vasopressin
thyroid
vasopressin
anterior pituitary
vasopressin
adrenal cortex
vasopressin
pancreas
vasopressin
hypothalamus
vasopressin
cerebellum
vasopressin
corpus callosum
vasopressin
cerebrum
vasopressin
brainstem
vasopressin
medulla oblongata
vasopressin
neutrophils
vasopressin
megakaryocytes
vasopressin
lymphocytes
vasopressin
eosinophils
vasopressin
monocytes
vasopressin
basophils
maintains homeostasis
ovary
maintains homeostasis
posterior pituitary
maintains homeostasis
adrenal medulla
maintains homeostasis
thymus
maintains homeostasis
thyroid
maintains homeostasis
anterior pituitary
maintains homeostasis
adrenal cortex
maintains homeostasis
pancreas
maintains homeostasis
hypothalamus
maintains homeostasis
cerebellum
maintains homeostasis
corpus callosum
maintains homeostasis
cerebrum
maintains homeostasis
brainstem
maintains homeostasis
medulla oblongata
maintains homeostasis
neutrophils
maintains homeostasis
megakaryocytes
maintains homeostasis
lymphocytes
maintains homeostasis
eosinophils
maintains homeostasis
monocytes
maintains homeostasis
basophils
thymosin
ovary
thymosin
posterior pituitary
thymosin
adrenal medulla
thymosin
thymus
thymosin
thyroid
thymosin
anterior pituitary
thymosin
adrenal cortex
thymosin
pancreas
thymosin
hypothalamus
thymosin
cerebellum
thymosin
corpus callosum
thymosin
cerebrum
thymosin
brainstem
thymosin
medulla oblongata
thymosin
neutrophils
thymosin
megakaryocytes
thymosin
lymphocytes
thymosin
eosinophils
thymosin
monocytes
thymosin
basophils
epinephrine
ovary
epinephrine
posterior pituitary
epinephrine
adrenal medulla
epinephrine
thymus
epinephrine
thyroid
epinephrine
anterior pituitary
epinephrine
adrenal cortex
epinephrine
pancreas
epinephrine
hypothalamus
epinephrine
cerebellum
epinephrine
corpus callosum
epinephrine
cerebrum
epinephrine
brainstem
epinephrine
medulla oblongata
epinephrine
neutrophils
epinephrine
megakaryocytes
epinephrine
lymphocytes
epinephrine
eosinophils
epinephrine
monocytes
epinephrine
basophils
help to control allergic reactions
ovary
help to control allergic reactions
posterior pituitary
help to control allergic reactions
adrenal medulla
help to control allergic reactions
thymus
help to control allergic reactions
thyroid
help to control allergic reactions
anterior pituitary
help to control allergic reactions
adrenal cortex
help to control allergic reactions
pancreas
help to control allergic reactions
hypothalamus
help to control allergic reactions
cerebellum
help to control allergic reactions
corpus callosum
help to control allergic reactions
cerebrum
help to control allergic reactions
brainstem
help to control allergic reactions
medulla oblongata
help to control allergic reactions
neutrophils
help to control allergic reactions
megakaryocytes
help to control allergic reactions
lymphocytes
help to control allergic reactions
eosinophils
help to control allergic reactions
monocytes
help to control allergic reactions
basophils
glucagon
ovary
glucagon
posterior pituitary
glucagon
adrenal medulla
glucagon
thymus
glucagon
thyroid
glucagon
anterior pituitary
glucagon
adrenal cortex
glucagon
pancreas
glucagon
hypothalamus
glucagon
cerebellum
glucagon
corpus callosum
glucagon
cerebrum
glucagon
brainstem
glucagon
medulla oblongata
glucagon
neutrophils
glucagon
megakaryocytes
glucagon
lymphocytes
glucagon
eosinophils
glucagon
monocytes
glucagon
basophils
Question
Explain the peripheral nervous system.
Question
Write a paragraph about the functions of the skin.
Question
Explain the wall and valves of the heart.
Question
Explain progesterone and its function in the female reproductive system.
Question
Define the major functions of the liver.
Question
Explain the structures of the eyes and ears.
Question
Summarize the divisions of the adult skeleton.
Question
List all hormones secreted by the adrenal glands.
Question
Explain the structures of the nephrons.
Question
Explain the upper and lower respiratory tracts.
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Deck 6: Overview of Body Systems and Their Functions
1
The two components of the cutaneous membrane are the

A) epidermis and dermis
B) epidermis and subcutaneous layer
C) dermis and subcutaneous layer
D) integument and dermis
epidermis and dermis
2
The sites of nutrient, electrolyte, gas, and waste exchange in the blood vessels are the

A) capillaries
B) arteries
C) veins
D) lacteals
capillaries
3
The major centers concerned with autonomic control of breathing, blood pressure, and heart rate are located in the

A) midbrain
B) pons
C) medulla oblongata
D) cerebellum
medulla oblongata
4
Most of the oxygen transported by the blood is

A) dissolved in plasma
B) in ionic form as solutes in the plasma
C) bound to the same protein as carbon dioxide
D) bound to hemoglobin
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5
The basic functional unit of the kidney is the

A) nephron
B) glomerulus
C) renal corpuscle
D) filtration unit
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6
The heart lies in the

A) pleural cavity
B) mediastinum
C) peritoneal cavity
D) abdominopelvic cavity
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7
The gonadotropins are released from the

A) ovaries
B) hypothalamus
C) anterior pituitary
D) testicular interstitial cells
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8
White blood cells that phagocytize foreign particles are known as

A) basophils
B) monocytes
C) eosinophils
D) lymphocytes
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9
Controlling the postural muscles of the body and making rapid adjustments to maintain balance and equilibrium are functions of the

A) pons
B) cerebellum
C) medulla oblongata
D) hypothalamus
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10
Humans have how many pairs of ribs?

A) 7
B) 10
C) 12
D) 24
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11
Special capillaries located in the lining of the small intestine, where they absorb digested fats and transport them to the lymphatic system, are called

A) lacteals
B) labyrinths
C) venae cavae
D) lymph nodes
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12
The cranial nerves contain how many pairs?

A) 2
B) 6
C) 12
D) 31
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13
The basic functional units of the liver are the

A) hepatocytes
B) lobules
C) bile canaliculi
D) liver cells
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14
The cerebrum consists of two cerebral hemispheres, connected by the

A) diencephalon
B) brainstem
C) hypothalamus
D) corpus callosum
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15
The coronary arteries supply blood to the

A) epicardium
B) endocardium
C) myocardium
D) mediastinum
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16
Which of the following is NOT a function of the liver?

A) Formation of bile
B) Formation of plasma proteins
C) Antibody production
D) Inactivation of toxins
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17
Which of the following is not a neurotransmitter?

A) Serotonin
B) Aldosterone
C) Epinephrine
D) Endorphins
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18
The most important chemical regulator of respiration is

A) the sodium ion
B) carbon dioxide
C) oxygen
D) hemoglobin
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19
The vertebral column contains how many lumbar vertebrae?

A) 4
B) 5
C) 7
D) 12
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20
Which of the following hormones is NOT released by the anterior lobe of the pituitary gland?

A) Oxytocin
B) Prolactin
C) Luteinizing hormone
D) Growth hormone
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21
Which of the following systems does not eliminate wastes?

A) Respiratory
B) Circulatory
C) Digestive
D) Urinary
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22
The pituitary gland is controlled by the

A) pons
B) cerebrum
C) medulla oblongata
D) hypothalamus
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23
The thyroid gland secretes T3, T4, and ____________________.
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24
The left atrium receives blood from the ____________________ veins.
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25
A glomerulus is

A) the portion of the nephron that attaches to the collecting duct
B) the portion of the nephron closest to the renal corpuscle
C) a knot of capillaries that lies within the renal corpuscle
D) the expanded end of a nephron
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26
The central nervous system is located in the ____________________ cavity.
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27
The most numerous white blood cells in the peripheral circulation are the

A) eosinophils
B) monocytes
C) neutrophils
D) basophils
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28
The hypothalamus helps control some ____________________ glands by neural and hormonal pathways.
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29
Immunity against disease also protects against toxins and ____________________.
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30
White blood cells that release histamine at the site of an injury are

A) monocytes
B) neutrophils
C) eosinophils
D) basophils
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31
Glucagon is released by

A) the liver
B) the stomach
C) the pancreas
D) the hypothalamus
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32
The upper respiratory tract contains all of the following, EXCEPT

A) the nasal cavity
B) the pharynx
C) the sinuses
D) the larynx
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33
The heaviest organ in the body in the average adult is the

A) liver
B) heart
C) spleen
D) thyroid
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34
The beta cells of the pancreas produce

A) insulin
B) renin
C) glucagon
D) aldosterone
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35
The eardrum is also called

A) tympanic membrane
B) labyrinth
C) semicircular canal
D) auditory tube
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36
Erythropoiesis increases when

A) carbon dioxide levels in the blood decrease
B) carbon dioxide levels in the blood increase
C) oxygen levels in the blood increase
D) oxygen levels in the blood decrease
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37
Platelets are formed from cells in the bone marrow called

A) lymphoblasts
B) megakaryocytes
C) erythroblasts
D) normoblasts
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38
The portion of the nephron between the Bowman's capsule and the loop of Henle is the

A) proximal convoluted tubule
B) distal convoluted tubule
C) renal corpuscle
D) collecting duct
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39
Which part of the neuron carries nerve information away from the cell body of the neuron?

A) Dendrites
B) Axons
C) Medulla oblongata and spinal cord
D) Corpus callosum and pons
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40
The process of red blood cell production is called

A) erythropenia
B) erythrocytosis
C) erythropoiesis
D) hemocytosis
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41
The cochlea is located in the ____________________.
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42
The study of the normal functions of the body is referred to as ____________________.
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43
There are two forms of digestion: mechanical and ____________________.
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44
The semicircular canals are filled with a fluid called ____________________.
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45
The liquid portion of the blood is called ____________________.
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46
The transparent front part of the eye covering the iris, pupil, and anterior chamber is called the ____________________.
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47
Glucagon is antagonistic to ____________________.
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48
The brain is subdivided into the cerebrum, diencephalon, brainstem, and ____________________.
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49
The study of the structure of the body is called ____________________.
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50
Melanocytes produce ____________________.
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51
Monocytes and lymphocytes are white blood cells collectively known as ____________________.
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52
The outer layer of the eyes is called the ____________________.
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53
The olfactory organs work with certain cranial nerves to provide the sense of ____________________.
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54
Antidiuretic hormone acts on the distal and ____________________ tubules of the kidneys.
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55
The most important function of the respiratory system is the inspiration of ____________________ and the expiration of carbon dioxide.
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56
The skeleton is divided into two major portions: an axial skeleton and an ____________________ skeleton.
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57
A kidney contains about ____________________ nephrons.
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58
Skin glands secrete an oily substance called ____________________.
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59
A capsule surrounding a joint is referred to as a(n) ____________________.
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60
Adrenocorticotropic hormone stimulates the growth of the adrenal gland cortex and the secretion of ____________________.
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61
Match between columns
most numerous white blood cells
ovary
most numerous white blood cells
posterior pituitary
most numerous white blood cells
adrenal medulla
most numerous white blood cells
thymus
most numerous white blood cells
thyroid
most numerous white blood cells
anterior pituitary
most numerous white blood cells
adrenal cortex
most numerous white blood cells
pancreas
most numerous white blood cells
hypothalamus
most numerous white blood cells
cerebellum
most numerous white blood cells
corpus callosum
most numerous white blood cells
cerebrum
most numerous white blood cells
brainstem
most numerous white blood cells
medulla oblongata
most numerous white blood cells
neutrophils
most numerous white blood cells
megakaryocytes
most numerous white blood cells
lymphocytes
most numerous white blood cells
eosinophils
most numerous white blood cells
monocytes
most numerous white blood cells
basophils
largest portion of the brain
ovary
largest portion of the brain
posterior pituitary
largest portion of the brain
adrenal medulla
largest portion of the brain
thymus
largest portion of the brain
thyroid
largest portion of the brain
anterior pituitary
largest portion of the brain
adrenal cortex
largest portion of the brain
pancreas
largest portion of the brain
hypothalamus
largest portion of the brain
cerebellum
largest portion of the brain
corpus callosum
largest portion of the brain
cerebrum
largest portion of the brain
brainstem
largest portion of the brain
medulla oblongata
largest portion of the brain
neutrophils
largest portion of the brain
megakaryocytes
largest portion of the brain
lymphocytes
largest portion of the brain
eosinophils
largest portion of the brain
monocytes
largest portion of the brain
basophils
connects two cerebral hemispheres
ovary
connects two cerebral hemispheres
posterior pituitary
connects two cerebral hemispheres
adrenal medulla
connects two cerebral hemispheres
thymus
connects two cerebral hemispheres
thyroid
connects two cerebral hemispheres
anterior pituitary
connects two cerebral hemispheres
adrenal cortex
connects two cerebral hemispheres
pancreas
connects two cerebral hemispheres
hypothalamus
connects two cerebral hemispheres
cerebellum
connects two cerebral hemispheres
corpus callosum
connects two cerebral hemispheres
cerebrum
connects two cerebral hemispheres
brainstem
connects two cerebral hemispheres
medulla oblongata
connects two cerebral hemispheres
neutrophils
connects two cerebral hemispheres
megakaryocytes
connects two cerebral hemispheres
lymphocytes
connects two cerebral hemispheres
eosinophils
connects two cerebral hemispheres
monocytes
connects two cerebral hemispheres
basophils
major centers for controlling blood pressure, heart rate, and breathing
ovary
major centers for controlling blood pressure, heart rate, and breathing
posterior pituitary
major centers for controlling blood pressure, heart rate, and breathing
adrenal medulla
major centers for controlling blood pressure, heart rate, and breathing
thymus
major centers for controlling blood pressure, heart rate, and breathing
thyroid
major centers for controlling blood pressure, heart rate, and breathing
anterior pituitary
major centers for controlling blood pressure, heart rate, and breathing
adrenal cortex
major centers for controlling blood pressure, heart rate, and breathing
pancreas
major centers for controlling blood pressure, heart rate, and breathing
hypothalamus
major centers for controlling blood pressure, heart rate, and breathing
cerebellum
major centers for controlling blood pressure, heart rate, and breathing
corpus callosum
major centers for controlling blood pressure, heart rate, and breathing
cerebrum
major centers for controlling blood pressure, heart rate, and breathing
brainstem
major centers for controlling blood pressure, heart rate, and breathing
medulla oblongata
major centers for controlling blood pressure, heart rate, and breathing
neutrophils
major centers for controlling blood pressure, heart rate, and breathing
megakaryocytes
major centers for controlling blood pressure, heart rate, and breathing
lymphocytes
major centers for controlling blood pressure, heart rate, and breathing
eosinophils
major centers for controlling blood pressure, heart rate, and breathing
monocytes
major centers for controlling blood pressure, heart rate, and breathing
basophils
prolactin
ovary
prolactin
posterior pituitary
prolactin
adrenal medulla
prolactin
thymus
prolactin
thyroid
prolactin
anterior pituitary
prolactin
adrenal cortex
prolactin
pancreas
prolactin
hypothalamus
prolactin
cerebellum
prolactin
corpus callosum
prolactin
cerebrum
prolactin
brainstem
prolactin
medulla oblongata
prolactin
neutrophils
prolactin
megakaryocytes
prolactin
lymphocytes
prolactin
eosinophils
prolactin
monocytes
prolactin
basophils
progesterone
ovary
progesterone
posterior pituitary
progesterone
adrenal medulla
progesterone
thymus
progesterone
thyroid
progesterone
anterior pituitary
progesterone
adrenal cortex
progesterone
pancreas
progesterone
hypothalamus
progesterone
cerebellum
progesterone
corpus callosum
progesterone
cerebrum
progesterone
brainstem
progesterone
medulla oblongata
progesterone
neutrophils
progesterone
megakaryocytes
progesterone
lymphocytes
progesterone
eosinophils
progesterone
monocytes
progesterone
basophils
smallest white blood cells
ovary
smallest white blood cells
posterior pituitary
smallest white blood cells
adrenal medulla
smallest white blood cells
thymus
smallest white blood cells
thyroid
smallest white blood cells
anterior pituitary
smallest white blood cells
adrenal cortex
smallest white blood cells
pancreas
smallest white blood cells
hypothalamus
smallest white blood cells
cerebellum
smallest white blood cells
corpus callosum
smallest white blood cells
cerebrum
smallest white blood cells
brainstem
smallest white blood cells
medulla oblongata
smallest white blood cells
neutrophils
smallest white blood cells
megakaryocytes
smallest white blood cells
lymphocytes
smallest white blood cells
eosinophils
smallest white blood cells
monocytes
smallest white blood cells
basophils
coordinates skeletal muscle movements
ovary
coordinates skeletal muscle movements
posterior pituitary
coordinates skeletal muscle movements
adrenal medulla
coordinates skeletal muscle movements
thymus
coordinates skeletal muscle movements
thyroid
coordinates skeletal muscle movements
anterior pituitary
coordinates skeletal muscle movements
adrenal cortex
coordinates skeletal muscle movements
pancreas
coordinates skeletal muscle movements
hypothalamus
coordinates skeletal muscle movements
cerebellum
coordinates skeletal muscle movements
corpus callosum
coordinates skeletal muscle movements
cerebrum
coordinates skeletal muscle movements
brainstem
coordinates skeletal muscle movements
medulla oblongata
coordinates skeletal muscle movements
neutrophils
coordinates skeletal muscle movements
megakaryocytes
coordinates skeletal muscle movements
lymphocytes
coordinates skeletal muscle movements
eosinophils
coordinates skeletal muscle movements
monocytes
coordinates skeletal muscle movements
basophils
aldosterone
ovary
aldosterone
posterior pituitary
aldosterone
adrenal medulla
aldosterone
thymus
aldosterone
thyroid
aldosterone
anterior pituitary
aldosterone
adrenal cortex
aldosterone
pancreas
aldosterone
hypothalamus
aldosterone
cerebellum
aldosterone
corpus callosum
aldosterone
cerebrum
aldosterone
brainstem
aldosterone
medulla oblongata
aldosterone
neutrophils
aldosterone
megakaryocytes
aldosterone
lymphocytes
aldosterone
eosinophils
aldosterone
monocytes
aldosterone
basophils
largest white blood cells
ovary
largest white blood cells
posterior pituitary
largest white blood cells
adrenal medulla
largest white blood cells
thymus
largest white blood cells
thyroid
largest white blood cells
anterior pituitary
largest white blood cells
adrenal cortex
largest white blood cells
pancreas
largest white blood cells
hypothalamus
largest white blood cells
cerebellum
largest white blood cells
corpus callosum
largest white blood cells
cerebrum
largest white blood cells
brainstem
largest white blood cells
medulla oblongata
largest white blood cells
neutrophils
largest white blood cells
megakaryocytes
largest white blood cells
lymphocytes
largest white blood cells
eosinophils
largest white blood cells
monocytes
largest white blood cells
basophils
provides platelets, which initiate the clotting process
ovary
provides platelets, which initiate the clotting process
posterior pituitary
provides platelets, which initiate the clotting process
adrenal medulla
provides platelets, which initiate the clotting process
thymus
provides platelets, which initiate the clotting process
thyroid
provides platelets, which initiate the clotting process
anterior pituitary
provides platelets, which initiate the clotting process
adrenal cortex
provides platelets, which initiate the clotting process
pancreas
provides platelets, which initiate the clotting process
hypothalamus
provides platelets, which initiate the clotting process
cerebellum
provides platelets, which initiate the clotting process
corpus callosum
provides platelets, which initiate the clotting process
cerebrum
provides platelets, which initiate the clotting process
brainstem
provides platelets, which initiate the clotting process
medulla oblongata
provides platelets, which initiate the clotting process
neutrophils
provides platelets, which initiate the clotting process
megakaryocytes
provides platelets, which initiate the clotting process
lymphocytes
provides platelets, which initiate the clotting process
eosinophils
provides platelets, which initiate the clotting process
monocytes
provides platelets, which initiate the clotting process
basophils
calcitonin
ovary
calcitonin
posterior pituitary
calcitonin
adrenal medulla
calcitonin
thymus
calcitonin
thyroid
calcitonin
anterior pituitary
calcitonin
adrenal cortex
calcitonin
pancreas
calcitonin
hypothalamus
calcitonin
cerebellum
calcitonin
corpus callosum
calcitonin
cerebrum
calcitonin
brainstem
calcitonin
medulla oblongata
calcitonin
neutrophils
calcitonin
megakaryocytes
calcitonin
lymphocytes
calcitonin
eosinophils
calcitonin
monocytes
calcitonin
basophils
release heparin and histamine
ovary
release heparin and histamine
posterior pituitary
release heparin and histamine
adrenal medulla
release heparin and histamine
thymus
release heparin and histamine
thyroid
release heparin and histamine
anterior pituitary
release heparin and histamine
adrenal cortex
release heparin and histamine
pancreas
release heparin and histamine
hypothalamus
release heparin and histamine
cerebellum
release heparin and histamine
corpus callosum
release heparin and histamine
cerebrum
release heparin and histamine
brainstem
release heparin and histamine
medulla oblongata
release heparin and histamine
neutrophils
release heparin and histamine
megakaryocytes
release heparin and histamine
lymphocytes
release heparin and histamine
eosinophils
release heparin and histamine
monocytes
release heparin and histamine
basophils
consists of the midbrain and pons
ovary
consists of the midbrain and pons
posterior pituitary
consists of the midbrain and pons
adrenal medulla
consists of the midbrain and pons
thymus
consists of the midbrain and pons
thyroid
consists of the midbrain and pons
anterior pituitary
consists of the midbrain and pons
adrenal cortex
consists of the midbrain and pons
pancreas
consists of the midbrain and pons
hypothalamus
consists of the midbrain and pons
cerebellum
consists of the midbrain and pons
corpus callosum
consists of the midbrain and pons
cerebrum
consists of the midbrain and pons
brainstem
consists of the midbrain and pons
medulla oblongata
consists of the midbrain and pons
neutrophils
consists of the midbrain and pons
megakaryocytes
consists of the midbrain and pons
lymphocytes
consists of the midbrain and pons
eosinophils
consists of the midbrain and pons
monocytes
consists of the midbrain and pons
basophils
vasopressin
ovary
vasopressin
posterior pituitary
vasopressin
adrenal medulla
vasopressin
thymus
vasopressin
thyroid
vasopressin
anterior pituitary
vasopressin
adrenal cortex
vasopressin
pancreas
vasopressin
hypothalamus
vasopressin
cerebellum
vasopressin
corpus callosum
vasopressin
cerebrum
vasopressin
brainstem
vasopressin
medulla oblongata
vasopressin
neutrophils
vasopressin
megakaryocytes
vasopressin
lymphocytes
vasopressin
eosinophils
vasopressin
monocytes
vasopressin
basophils
maintains homeostasis
ovary
maintains homeostasis
posterior pituitary
maintains homeostasis
adrenal medulla
maintains homeostasis
thymus
maintains homeostasis
thyroid
maintains homeostasis
anterior pituitary
maintains homeostasis
adrenal cortex
maintains homeostasis
pancreas
maintains homeostasis
hypothalamus
maintains homeostasis
cerebellum
maintains homeostasis
corpus callosum
maintains homeostasis
cerebrum
maintains homeostasis
brainstem
maintains homeostasis
medulla oblongata
maintains homeostasis
neutrophils
maintains homeostasis
megakaryocytes
maintains homeostasis
lymphocytes
maintains homeostasis
eosinophils
maintains homeostasis
monocytes
maintains homeostasis
basophils
thymosin
ovary
thymosin
posterior pituitary
thymosin
adrenal medulla
thymosin
thymus
thymosin
thyroid
thymosin
anterior pituitary
thymosin
adrenal cortex
thymosin
pancreas
thymosin
hypothalamus
thymosin
cerebellum
thymosin
corpus callosum
thymosin
cerebrum
thymosin
brainstem
thymosin
medulla oblongata
thymosin
neutrophils
thymosin
megakaryocytes
thymosin
lymphocytes
thymosin
eosinophils
thymosin
monocytes
thymosin
basophils
epinephrine
ovary
epinephrine
posterior pituitary
epinephrine
adrenal medulla
epinephrine
thymus
epinephrine
thyroid
epinephrine
anterior pituitary
epinephrine
adrenal cortex
epinephrine
pancreas
epinephrine
hypothalamus
epinephrine
cerebellum
epinephrine
corpus callosum
epinephrine
cerebrum
epinephrine
brainstem
epinephrine
medulla oblongata
epinephrine
neutrophils
epinephrine
megakaryocytes
epinephrine
lymphocytes
epinephrine
eosinophils
epinephrine
monocytes
epinephrine
basophils
help to control allergic reactions
ovary
help to control allergic reactions
posterior pituitary
help to control allergic reactions
adrenal medulla
help to control allergic reactions
thymus
help to control allergic reactions
thyroid
help to control allergic reactions
anterior pituitary
help to control allergic reactions
adrenal cortex
help to control allergic reactions
pancreas
help to control allergic reactions
hypothalamus
help to control allergic reactions
cerebellum
help to control allergic reactions
corpus callosum
help to control allergic reactions
cerebrum
help to control allergic reactions
brainstem
help to control allergic reactions
medulla oblongata
help to control allergic reactions
neutrophils
help to control allergic reactions
megakaryocytes
help to control allergic reactions
lymphocytes
help to control allergic reactions
eosinophils
help to control allergic reactions
monocytes
help to control allergic reactions
basophils
glucagon
ovary
glucagon
posterior pituitary
glucagon
adrenal medulla
glucagon
thymus
glucagon
thyroid
glucagon
anterior pituitary
glucagon
adrenal cortex
glucagon
pancreas
glucagon
hypothalamus
glucagon
cerebellum
glucagon
corpus callosum
glucagon
cerebrum
glucagon
brainstem
glucagon
medulla oblongata
glucagon
neutrophils
glucagon
megakaryocytes
glucagon
lymphocytes
glucagon
eosinophils
glucagon
monocytes
glucagon
basophils
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62
Explain the peripheral nervous system.
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63
Write a paragraph about the functions of the skin.
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64
Explain the wall and valves of the heart.
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65
Explain progesterone and its function in the female reproductive system.
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66
Define the major functions of the liver.
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67
Explain the structures of the eyes and ears.
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68
Summarize the divisions of the adult skeleton.
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69
List all hormones secreted by the adrenal glands.
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70
Explain the structures of the nephrons.
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71
Explain the upper and lower respiratory tracts.
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locked card icon
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