Deck 5: The Skeletal System

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Question
Arrange in the proper sequence the following events as they occur in the ossification of a long bone. 1. Chondroblasts die, and the surrounding matrix breaks down.
2) Osteoblasts secrete osteoid.
3) Blood vessels transport osteoblasts into the area to be ossified.
4) Chondroblasts create a model of long bones from cartilage.
5) Osteoblasts become osteocytes.

A) 3, 2, 5, 4, 1
B) 4, 1, 3, 2, 5
C) 4, 1, 5, 3, 2
D) 5, 2, 3, 1, 4
E) 3, 2, 1, 5, 4
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Question
Which one of the following is the correct classification of vertebrae, from the skull to the pelvis?

A) sacral, coccygeal, lumbar, thoracic, cervical
B) cervical, thoracic, lumbar, coccygeal, sacral
C) cervical, thoracic, lumbar, sacral, coccygeal
D) coccygeal, thoracic, lumbar, sacral, cervical
E) coccygeal, thoracic, lumbar, cervical, sacral
Question
Bones are connected to other bones across a joint by

A) ligaments
B) tendons
C) osteocytes
D) cartilage
E) trabeculae
Question
All of the following statements about the sinuses are TRUE EXCEPT which one?

A) The sinuses are located in several of the facial bones.
B) The sinuses are lined by a tissue that produces and secretes mucus.
C) The sinuses give the human voice its characteristic resonance and tone.
D) The sinuses add weight and bulk to the skull and facial bones, strengthening them.
E) The sinuses connect to the nasal cavity by small passageways.
Question
Which one of the following separates neighboring vertebrae and also functions as shock absorbers?

A) ribs
B) palatine bones
C) intervertebral disks
D) intravertebral disks
E) osteons
Question
Even before organs begin to form, rudimentary versions of the shapes of bones begin to form in a fetus due to the

A) activity of growth hormone
B) formation of secondary ossification sites
C) activity of chondroblasts
D) formation of an osteoclast
E) breakdown of hyaline cartilage
Question
Osteoporosis is a common condition that essentially results when homeostasis cannot be maintained in ________ and ________.

A) osteoclasts, osteoblasts
B) osteoblasts, osteons
C) chondroblasts, osteoclasts
D) canaculi, chondroblasts
E) canaculi, osteoclasts
Question
Which one of the following statements CORRECTLY describes the location of compact bone and spongy bone?

A) Spongy bone is located at the ends, and compact bone is located in the core of the shaft of the bone.
B) Compact bone covers the ends of the bone and forms the shaft, and spongy bone is inside the ends, under the compact bone.
C) Spongy bone is found on the outside of the shaft, and compact bone forms the hard core of the shaft.
D) Spongy bone is found throughout the shaft and ends, covered by a thin layer of compact bone.
E) The ends of long bones are solid compact bone, and the shaft is predominantly spongy bone.
Question
Bones continue to lengthen throughout childhood and adolescence because

A) a growth plate is present in each epiphysis until the late teens
B) the production of cartilage for a lengthening bone occurs primarily on the inside of the growth plate
C) ossification cannot occur until after puberty
D) primary ossification occurs until death
E) the activity of osteoblasts cannot be reduced until adulthood
Question
In which of the following bones are the teeth anchored?

A) mandible and zygomatic bones
B) mandible and maxilla
C) maxilla and zygomatic bones
D) mandible and sphenoid bone
E) sphenoid bone and maxilla
Question
A typical long bone has an epiphysis at each end, which can be thought of as

A) yellow bone marrow
B) a cylindrical hollow shaft
C) a tough layer of connective tissue
D) a site of water storage
E) an enlarged knob
Question
Which one of the following statements is TRUE regarding bone?

A) The epiphysis of a long bone is filled with yellow bone marrow.
B) Bone is not considered to be a living tissue because it does not contain cells or blood vessels.
C) Dense compact bone is located in the center of a long bone.
D) Stem cells responsible for the production of blood cells are located in red bone marrow.
E) The outer surface of a bone is covered with loose connective tissue.
Question
Bones of trained athletes may be visibly thicker and heavier than those of nonathletes because

A) athletes have lower blood calcium levels than nonathletes
B) weight-bearing exercise increases bone mass and strength
C) nonathletes have a low parathyroid hormone rate
D) athletes produce more growth plates
E) nonathletes produce fewer osteoids
Question
Which one of the following statements is TRUE regarding parathyroid hormone (PTH)?

A) It stimulates the release of growth hormone.
B) It is released when blood calcium levels are high.
C) It has the same function as calcitonin.
D) It causes the breakdown of bone.
E) It causes decreased activity of osteoclasts.
Question
Which one of the following is TRUE regarding bone repair?

A) Fibrocartilage degenerates where the two broken ends of the bone were once together.
B) Osteoblasts convert cartilage to bone in the injured area.
C) Immediately after breaking a bone, a hematoma breaks free from the injured area.
D) Bones heal more quickly as individuals age.
E) The repaired area of a bone is much thinner than the original bone.
Question
All of the following are functions of bone EXCEPT which one?

A) red blood cell formation
B) serving as an endocrine organ, secreting several different hormones
C) support and protection
D) attachment of muscles, enabling movement
E) mineral storage
Question
When a bone breaks, a(n) ________ forms until later being replaced with bone.

A) cyst
B) growth plate
C) hematoma
D) callus
E) pore
Question
The type of cell responsible for the production of red and white blood cells in bone marrow is the

A) osteon
B) osteocyte
C) osteoclast
D) stem cell
E) canaliculi
Question
In characterizing cartilage, which one of the following is CORRECT?

A) Cartilage is found where support under pressure is required.
B) All types of cartilage are produced by osteocytes.
C) Cartilage functions to link muscles to bone.
D) Cartilage fibers make up ligaments.
E) Cartilage is flexible due to a spongy network of trabeculae.
Question
A young man is brought to an emergency room; his diagnosis is a broken cheek bone. Which one of the following bones has been affected?

A) zygomatic
B) mandible
C) frontal
D) sphenoid
E) temporal
Question
Which one of the following lists the bones of the arm from the fingertips to the shoulder joint?

A) humerus, radius and ulna, carpals, metacarpals, phalanges
B) phalanges, metacarpals, carpals, radius and ulna, humerus
C) phalanges, carpals, metacarpals, radius and ulna, humerus
D) phalanges, metacarpals, carpals, humerus, radius and ulna
E) radius and ulna, humerus, carpals, metacarpals, phalanges
Question
During the last two months of fetal development of the female, sex hormones cause bone remodeling of the pelvic girdle that adapts it for pregnancy and birth.
Question
A clear fluid lubricates

A) ligaments
B) suture
C) fibrous joints
D) synovial joints
E) hyaline cartilage
Question
Which one of the following bones articulates with the metatarsal bones?

A) phalanges
B) fibula
C) patella
D) tibia
E) femur
Question
Individuals can prevent osteoporosis by including sufficient supplies of vitamin C and calcium in their diets and maintaining a consistent exercise program.
Question
During normal healing of broken bones, a callus forms between the two broken ends.
Question
As bone develops and becomes hard, osteocytes become trapped in hollow chambers called lacunae.
Question
Surgically removed growth plates from a child result in no further increases in bone length.
Question
Which bone is frequently broken when someone dies of deliberate strangulation?

A) floating ribs
B) maxilla
C) cervical vertebrae
D) hyoid bone
E) mandible
Question
Late in puberty, the sex hormones signal the growth plate of a bone to stop growing; once this happens, the bone cannot get longer, but it can grow in width.
Question
In which one of the following locations would one find a cartilaginous joint?

A) between the frontal and parietal bones
B) in a hinge joint
C) between the lower ribs and sternum
D) between the scapula and humerus
E) in a ball-and-socket joint
Question
In mature compact bone, osteocytes become isolated from one another by the extracellular matrix, making it impossible for them to communicate with each other.
Question
Osteoporosis may result if the activity of osteoclasts outstrips the activity of osteoblasts.
Question
Cartilage-forming cells are referred to as chondroblasts.
Question
Osteoclasts dissolve the hydroxyapatite and digest the matrix during bone remodeling.
Question
Bone is composed only of nonliving material.
Question
Which one of the following statements is TRUE regarding fibrous joints?

A) They are freely movable and can bend and rotate.
B) The bones are separated by a fluid-filled cavity that lubricates the joint.
C) Fibrous joints present at birth between bones of the skull develop into sutures in the adult.
D) The bones are held together by cartilage and tendons.
E) They include hinge joints and ball-and-socket joints.
Question
The stability of a synovial joint is due largely to the presence of calcium salts.
Question
Which one of the following disorders of the skeletal system results from the "wearing out" of the cartilage that covers the ends of bones?

A) bursitis
B) osteoarthritis
C) tennis elbow
D) rheumatoid arthritis
E) sinusitis
Question
Each of the following bones is part of the axial skeleton EXCEPT which one?

A) ribs
B) vertebrae
C) sternum
D) maxilla
E) clavicle
Question
  Using the figure above, match the following. location of trabeculae<div style=padding-top: 35px>
Using the figure above, match the following.
location of trabeculae
Question
  Using the figure above, match the following. epiphysis<div style=padding-top: 35px>
Using the figure above, match the following.
epiphysis
Question
Tendons attach ________ to bone.
Question
  Using the figure above, match the following. location of blood vessels<div style=padding-top: 35px>
Using the figure above, match the following.
location of blood vessels
Question
  Using the figure above, match the following. location of yellow bone marrow<div style=padding-top: 35px>
Using the figure above, match the following.
location of yellow bone marrow
Question
  Using the figure above, match the following. diaphysis<div style=padding-top: 35px>
Using the figure above, match the following.
diaphysis
Question
The outer ear and epiglottis have a small amount of flexibility associated with them because of the presence of ________ cartilage.
Question
Stem cells in red bone marrow give rise to ________ and ________ blood cells.
Question
The foramen ovale is a large opening in the occipital bone through which the spinal cord passes.
Question
Chondroblasts produce ________.
Question
________ forms the embryonic structures that later become bone.
Question
As osteocytes become enclosed in small chambers called lacunae, they still can communicate via ________.
Question
<strong>  Using the figure above, identify the bones of the appendicular skeleton.</strong> A) scapula B) phalanges C) metatarsals D) radius E) femur F) tibia G) patella H) humerus 23) Label A represents the ________ bone. 24) Label B represents the ________ bone. 25) Label C represents the ________ bone. 26) Label D represents the ________ bone. 27) Label E represents the ________ bone. 28) Label F represents the ________ bone. 29) Label G represents the ________ bone. 30) Label H represents the ________ bone. <div style=padding-top: 35px>
Using the figure above, identify the bones of the appendicular skeleton.

A) scapula
B) phalanges
C) metatarsals
D) radius
E) femur
F) tibia
G) patella
H) humerus
23) Label A represents the ________ bone.
24) Label B represents the ________ bone.
25) Label C represents the ________ bone.
26) Label D represents the ________ bone.
27) Label E represents the ________ bone.
28) Label F represents the ________ bone.
29) Label G represents the ________ bone.
30) Label H represents the ________ bone.
Question
________ refers to inflammation of the bursae following an injury.
Question
The outer surface of a bone is covered with a tough connective tissue called the ________.
Question
Tendons join bones to other bones across a joint.
Question
  Using the figure above, match the following. location of red bone marrow<div style=padding-top: 35px>
Using the figure above, match the following.
location of red bone marrow
Question
The process by which the cartilage of fetal bones is gradually replaced with bone tissue is ________.
Question
Vertebrae of the spinal cord are separated from each other by compressible, flat structures called ________.
Question
A number of different hormones work together to influence bone growth and integrity. Explain how each of the following hormones affects the development for the maintenance of bone: growth hormone, estrogen, testosterone, calcitonin, parathyroid hormone
Question
Immovable joints such as those found between bones of the skull are ________ joints.
Question
The ________ bones are pierced by tiny openings through which the tear ducts drain.
Question
The coccyx is classified as a(n) ________ structure because it no longer has a function.
Question
If a person has a herniated disk, sometimes surgery can relieve the pain that is associated with the condition. However, one side effect can be a loss in spinal flexibility. Why does this loss occur?
Question
The coxal bones of the pelvic girdle meet in front at the ________, where they are joined by cartilage.
Question
After adolescence, bones stop growing longer. They do, however, continue to grow. Describe how bones remodel or undergo repair.
Question
The blood calcium level is regulated by two hormones: ________ causes an increase in blood calcium, whereas ________ causes a decrease in blood calcium.
Question
The region of a long bone where cartilage is produced as a model for lengthening bone is the ________.
Question
A debilitating disease involving inflammation of the joints caused by an individual's own immune system is ________.
Question
When bones undergo repair, the process begins with the formation of a blood clot known as a(n) ________.
Question
Osteogenesis imperfecta, also known as "brittle bone disease," is caused by a genetic defect in the gene that encodes ________, the major protein found in bone.
Question
If a child needed to have surgery that removed all growth plates, what would be the effect on bone growth?
Question
Match between columns
forms the forehead
parietal
forms the forehead
mandible
forms the forehead
lacrimal
forms the forehead
occipital
forms the forehead
maxilla
forms the forehead
zygomatic
forms the forehead
frontal
forms inner eye sockets; tear ducts pass through openings in this bone
parietal
forms inner eye sockets; tear ducts pass through openings in this bone
mandible
forms inner eye sockets; tear ducts pass through openings in this bone
lacrimal
forms inner eye sockets; tear ducts pass through openings in this bone
occipital
forms inner eye sockets; tear ducts pass through openings in this bone
maxilla
forms inner eye sockets; tear ducts pass through openings in this bone
zygomatic
forms inner eye sockets; tear ducts pass through openings in this bone
frontal
forms the base and back of the skull
parietal
forms the base and back of the skull
mandible
forms the base and back of the skull
lacrimal
forms the base and back of the skull
occipital
forms the base and back of the skull
maxilla
forms the base and back of the skull
zygomatic
forms the base and back of the skull
frontal
forms the upper left and right sides of the skull
parietal
forms the upper left and right sides of the skull
mandible
forms the upper left and right sides of the skull
lacrimal
forms the upper left and right sides of the skull
occipital
forms the upper left and right sides of the skull
maxilla
forms the upper left and right sides of the skull
zygomatic
forms the upper left and right sides of the skull
frontal
anchors the upper row of teeth
parietal
anchors the upper row of teeth
mandible
anchors the upper row of teeth
lacrimal
anchors the upper row of teeth
occipital
anchors the upper row of teeth
maxilla
anchors the upper row of teeth
zygomatic
anchors the upper row of teeth
frontal
forms the cheekbones and portion of eye sockets
parietal
forms the cheekbones and portion of eye sockets
mandible
forms the cheekbones and portion of eye sockets
lacrimal
forms the cheekbones and portion of eye sockets
occipital
forms the cheekbones and portion of eye sockets
maxilla
forms the cheekbones and portion of eye sockets
zygomatic
forms the cheekbones and portion of eye sockets
frontal
lower jaw
parietal
lower jaw
mandible
lower jaw
lacrimal
lower jaw
occipital
lower jaw
maxilla
lower jaw
zygomatic
lower jaw
frontal
Question
Match between columns
condition resulting from a stretched or torn ligament
sprain
condition resulting from a stretched or torn ligament
osteoporosis
condition resulting from a stretched or torn ligament
carpal tunnel syndrome
condition resulting from a stretched or torn ligament
arthritis
condition resulting from a stretched or torn ligament
sinusitis
condition resulting from a stretched or torn ligament
long bone
condition resulting from a stretched or torn ligament
short bone
condition resulting from a stretched or torn ligament
irregular bone
condition resulting from a stretched or torn ligament
flat bones
wide as they are long, such as the carpals
sprain
wide as they are long, such as the carpals
osteoporosis
wide as they are long, such as the carpals
carpal tunnel syndrome
wide as they are long, such as the carpals
arthritis
wide as they are long, such as the carpals
sinusitis
wide as they are long, such as the carpals
long bone
wide as they are long, such as the carpals
short bone
wide as they are long, such as the carpals
irregular bone
wide as they are long, such as the carpals
flat bones
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
sprain
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
osteoporosis
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
carpal tunnel syndrome
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
arthritis
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
sinusitis
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
long bone
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
short bone
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
irregular bone
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
flat bones
inflammation of the air spaces of the facial bones
sprain
inflammation of the air spaces of the facial bones
osteoporosis
inflammation of the air spaces of the facial bones
carpal tunnel syndrome
inflammation of the air spaces of the facial bones
arthritis
inflammation of the air spaces of the facial bones
sinusitis
inflammation of the air spaces of the facial bones
long bone
inflammation of the air spaces of the facial bones
short bone
inflammation of the air spaces of the facial bones
irregular bone
inflammation of the air spaces of the facial bones
flat bones
phalanges
sprain
phalanges
osteoporosis
phalanges
carpal tunnel syndrome
phalanges
arthritis
phalanges
sinusitis
phalanges
long bone
phalanges
short bone
phalanges
irregular bone
phalanges
flat bones
inflammation of a joint
sprain
inflammation of a joint
osteoporosis
inflammation of a joint
carpal tunnel syndrome
inflammation of a joint
arthritis
inflammation of a joint
sinusitis
inflammation of a joint
long bone
inflammation of a joint
short bone
inflammation of a joint
irregular bone
inflammation of a joint
flat bones
vertebrae
sprain
vertebrae
osteoporosis
vertebrae
carpal tunnel syndrome
vertebrae
arthritis
vertebrae
sinusitis
vertebrae
long bone
vertebrae
short bone
vertebrae
irregular bone
vertebrae
flat bones
cranial bones and sternum
sprain
cranial bones and sternum
osteoporosis
cranial bones and sternum
carpal tunnel syndrome
cranial bones and sternum
arthritis
cranial bones and sternum
sinusitis
cranial bones and sternum
long bone
cranial bones and sternum
short bone
cranial bones and sternum
irregular bone
cranial bones and sternum
flat bones
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
sprain
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
osteoporosis
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
carpal tunnel syndrome
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
arthritis
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
sinusitis
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
long bone
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
short bone
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
irregular bone
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
flat bones
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Deck 5: The Skeletal System
1
Arrange in the proper sequence the following events as they occur in the ossification of a long bone. 1. Chondroblasts die, and the surrounding matrix breaks down.
2) Osteoblasts secrete osteoid.
3) Blood vessels transport osteoblasts into the area to be ossified.
4) Chondroblasts create a model of long bones from cartilage.
5) Osteoblasts become osteocytes.

A) 3, 2, 5, 4, 1
B) 4, 1, 3, 2, 5
C) 4, 1, 5, 3, 2
D) 5, 2, 3, 1, 4
E) 3, 2, 1, 5, 4
B
2
Which one of the following is the correct classification of vertebrae, from the skull to the pelvis?

A) sacral, coccygeal, lumbar, thoracic, cervical
B) cervical, thoracic, lumbar, coccygeal, sacral
C) cervical, thoracic, lumbar, sacral, coccygeal
D) coccygeal, thoracic, lumbar, sacral, cervical
E) coccygeal, thoracic, lumbar, cervical, sacral
C
3
Bones are connected to other bones across a joint by

A) ligaments
B) tendons
C) osteocytes
D) cartilage
E) trabeculae
A
4
All of the following statements about the sinuses are TRUE EXCEPT which one?

A) The sinuses are located in several of the facial bones.
B) The sinuses are lined by a tissue that produces and secretes mucus.
C) The sinuses give the human voice its characteristic resonance and tone.
D) The sinuses add weight and bulk to the skull and facial bones, strengthening them.
E) The sinuses connect to the nasal cavity by small passageways.
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5
Which one of the following separates neighboring vertebrae and also functions as shock absorbers?

A) ribs
B) palatine bones
C) intervertebral disks
D) intravertebral disks
E) osteons
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6
Even before organs begin to form, rudimentary versions of the shapes of bones begin to form in a fetus due to the

A) activity of growth hormone
B) formation of secondary ossification sites
C) activity of chondroblasts
D) formation of an osteoclast
E) breakdown of hyaline cartilage
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7
Osteoporosis is a common condition that essentially results when homeostasis cannot be maintained in ________ and ________.

A) osteoclasts, osteoblasts
B) osteoblasts, osteons
C) chondroblasts, osteoclasts
D) canaculi, chondroblasts
E) canaculi, osteoclasts
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8
Which one of the following statements CORRECTLY describes the location of compact bone and spongy bone?

A) Spongy bone is located at the ends, and compact bone is located in the core of the shaft of the bone.
B) Compact bone covers the ends of the bone and forms the shaft, and spongy bone is inside the ends, under the compact bone.
C) Spongy bone is found on the outside of the shaft, and compact bone forms the hard core of the shaft.
D) Spongy bone is found throughout the shaft and ends, covered by a thin layer of compact bone.
E) The ends of long bones are solid compact bone, and the shaft is predominantly spongy bone.
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9
Bones continue to lengthen throughout childhood and adolescence because

A) a growth plate is present in each epiphysis until the late teens
B) the production of cartilage for a lengthening bone occurs primarily on the inside of the growth plate
C) ossification cannot occur until after puberty
D) primary ossification occurs until death
E) the activity of osteoblasts cannot be reduced until adulthood
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10
In which of the following bones are the teeth anchored?

A) mandible and zygomatic bones
B) mandible and maxilla
C) maxilla and zygomatic bones
D) mandible and sphenoid bone
E) sphenoid bone and maxilla
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11
A typical long bone has an epiphysis at each end, which can be thought of as

A) yellow bone marrow
B) a cylindrical hollow shaft
C) a tough layer of connective tissue
D) a site of water storage
E) an enlarged knob
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12
Which one of the following statements is TRUE regarding bone?

A) The epiphysis of a long bone is filled with yellow bone marrow.
B) Bone is not considered to be a living tissue because it does not contain cells or blood vessels.
C) Dense compact bone is located in the center of a long bone.
D) Stem cells responsible for the production of blood cells are located in red bone marrow.
E) The outer surface of a bone is covered with loose connective tissue.
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13
Bones of trained athletes may be visibly thicker and heavier than those of nonathletes because

A) athletes have lower blood calcium levels than nonathletes
B) weight-bearing exercise increases bone mass and strength
C) nonathletes have a low parathyroid hormone rate
D) athletes produce more growth plates
E) nonathletes produce fewer osteoids
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14
Which one of the following statements is TRUE regarding parathyroid hormone (PTH)?

A) It stimulates the release of growth hormone.
B) It is released when blood calcium levels are high.
C) It has the same function as calcitonin.
D) It causes the breakdown of bone.
E) It causes decreased activity of osteoclasts.
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Unlock for access to all 74 flashcards in this deck.
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15
Which one of the following is TRUE regarding bone repair?

A) Fibrocartilage degenerates where the two broken ends of the bone were once together.
B) Osteoblasts convert cartilage to bone in the injured area.
C) Immediately after breaking a bone, a hematoma breaks free from the injured area.
D) Bones heal more quickly as individuals age.
E) The repaired area of a bone is much thinner than the original bone.
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16
All of the following are functions of bone EXCEPT which one?

A) red blood cell formation
B) serving as an endocrine organ, secreting several different hormones
C) support and protection
D) attachment of muscles, enabling movement
E) mineral storage
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17
When a bone breaks, a(n) ________ forms until later being replaced with bone.

A) cyst
B) growth plate
C) hematoma
D) callus
E) pore
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18
The type of cell responsible for the production of red and white blood cells in bone marrow is the

A) osteon
B) osteocyte
C) osteoclast
D) stem cell
E) canaliculi
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19
In characterizing cartilage, which one of the following is CORRECT?

A) Cartilage is found where support under pressure is required.
B) All types of cartilage are produced by osteocytes.
C) Cartilage functions to link muscles to bone.
D) Cartilage fibers make up ligaments.
E) Cartilage is flexible due to a spongy network of trabeculae.
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20
A young man is brought to an emergency room; his diagnosis is a broken cheek bone. Which one of the following bones has been affected?

A) zygomatic
B) mandible
C) frontal
D) sphenoid
E) temporal
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21
Which one of the following lists the bones of the arm from the fingertips to the shoulder joint?

A) humerus, radius and ulna, carpals, metacarpals, phalanges
B) phalanges, metacarpals, carpals, radius and ulna, humerus
C) phalanges, carpals, metacarpals, radius and ulna, humerus
D) phalanges, metacarpals, carpals, humerus, radius and ulna
E) radius and ulna, humerus, carpals, metacarpals, phalanges
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22
During the last two months of fetal development of the female, sex hormones cause bone remodeling of the pelvic girdle that adapts it for pregnancy and birth.
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23
A clear fluid lubricates

A) ligaments
B) suture
C) fibrous joints
D) synovial joints
E) hyaline cartilage
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24
Which one of the following bones articulates with the metatarsal bones?

A) phalanges
B) fibula
C) patella
D) tibia
E) femur
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25
Individuals can prevent osteoporosis by including sufficient supplies of vitamin C and calcium in their diets and maintaining a consistent exercise program.
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26
During normal healing of broken bones, a callus forms between the two broken ends.
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27
As bone develops and becomes hard, osteocytes become trapped in hollow chambers called lacunae.
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28
Surgically removed growth plates from a child result in no further increases in bone length.
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29
Which bone is frequently broken when someone dies of deliberate strangulation?

A) floating ribs
B) maxilla
C) cervical vertebrae
D) hyoid bone
E) mandible
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30
Late in puberty, the sex hormones signal the growth plate of a bone to stop growing; once this happens, the bone cannot get longer, but it can grow in width.
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31
In which one of the following locations would one find a cartilaginous joint?

A) between the frontal and parietal bones
B) in a hinge joint
C) between the lower ribs and sternum
D) between the scapula and humerus
E) in a ball-and-socket joint
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32
In mature compact bone, osteocytes become isolated from one another by the extracellular matrix, making it impossible for them to communicate with each other.
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33
Osteoporosis may result if the activity of osteoclasts outstrips the activity of osteoblasts.
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34
Cartilage-forming cells are referred to as chondroblasts.
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35
Osteoclasts dissolve the hydroxyapatite and digest the matrix during bone remodeling.
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36
Bone is composed only of nonliving material.
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37
Which one of the following statements is TRUE regarding fibrous joints?

A) They are freely movable and can bend and rotate.
B) The bones are separated by a fluid-filled cavity that lubricates the joint.
C) Fibrous joints present at birth between bones of the skull develop into sutures in the adult.
D) The bones are held together by cartilage and tendons.
E) They include hinge joints and ball-and-socket joints.
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38
The stability of a synovial joint is due largely to the presence of calcium salts.
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39
Which one of the following disorders of the skeletal system results from the "wearing out" of the cartilage that covers the ends of bones?

A) bursitis
B) osteoarthritis
C) tennis elbow
D) rheumatoid arthritis
E) sinusitis
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40
Each of the following bones is part of the axial skeleton EXCEPT which one?

A) ribs
B) vertebrae
C) sternum
D) maxilla
E) clavicle
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41
  Using the figure above, match the following. location of trabeculae
Using the figure above, match the following.
location of trabeculae
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42
  Using the figure above, match the following. epiphysis
Using the figure above, match the following.
epiphysis
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43
Tendons attach ________ to bone.
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44
  Using the figure above, match the following. location of blood vessels
Using the figure above, match the following.
location of blood vessels
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45
  Using the figure above, match the following. location of yellow bone marrow
Using the figure above, match the following.
location of yellow bone marrow
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46
  Using the figure above, match the following. diaphysis
Using the figure above, match the following.
diaphysis
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47
The outer ear and epiglottis have a small amount of flexibility associated with them because of the presence of ________ cartilage.
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48
Stem cells in red bone marrow give rise to ________ and ________ blood cells.
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49
The foramen ovale is a large opening in the occipital bone through which the spinal cord passes.
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50
Chondroblasts produce ________.
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51
________ forms the embryonic structures that later become bone.
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52
As osteocytes become enclosed in small chambers called lacunae, they still can communicate via ________.
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53
<strong>  Using the figure above, identify the bones of the appendicular skeleton.</strong> A) scapula B) phalanges C) metatarsals D) radius E) femur F) tibia G) patella H) humerus 23) Label A represents the ________ bone. 24) Label B represents the ________ bone. 25) Label C represents the ________ bone. 26) Label D represents the ________ bone. 27) Label E represents the ________ bone. 28) Label F represents the ________ bone. 29) Label G represents the ________ bone. 30) Label H represents the ________ bone.
Using the figure above, identify the bones of the appendicular skeleton.

A) scapula
B) phalanges
C) metatarsals
D) radius
E) femur
F) tibia
G) patella
H) humerus
23) Label A represents the ________ bone.
24) Label B represents the ________ bone.
25) Label C represents the ________ bone.
26) Label D represents the ________ bone.
27) Label E represents the ________ bone.
28) Label F represents the ________ bone.
29) Label G represents the ________ bone.
30) Label H represents the ________ bone.
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54
________ refers to inflammation of the bursae following an injury.
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55
The outer surface of a bone is covered with a tough connective tissue called the ________.
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56
Tendons join bones to other bones across a joint.
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57
  Using the figure above, match the following. location of red bone marrow
Using the figure above, match the following.
location of red bone marrow
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58
The process by which the cartilage of fetal bones is gradually replaced with bone tissue is ________.
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59
Vertebrae of the spinal cord are separated from each other by compressible, flat structures called ________.
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60
A number of different hormones work together to influence bone growth and integrity. Explain how each of the following hormones affects the development for the maintenance of bone: growth hormone, estrogen, testosterone, calcitonin, parathyroid hormone
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61
Immovable joints such as those found between bones of the skull are ________ joints.
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62
The ________ bones are pierced by tiny openings through which the tear ducts drain.
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63
The coccyx is classified as a(n) ________ structure because it no longer has a function.
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64
If a person has a herniated disk, sometimes surgery can relieve the pain that is associated with the condition. However, one side effect can be a loss in spinal flexibility. Why does this loss occur?
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65
The coxal bones of the pelvic girdle meet in front at the ________, where they are joined by cartilage.
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66
After adolescence, bones stop growing longer. They do, however, continue to grow. Describe how bones remodel or undergo repair.
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67
The blood calcium level is regulated by two hormones: ________ causes an increase in blood calcium, whereas ________ causes a decrease in blood calcium.
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68
The region of a long bone where cartilage is produced as a model for lengthening bone is the ________.
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69
A debilitating disease involving inflammation of the joints caused by an individual's own immune system is ________.
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70
When bones undergo repair, the process begins with the formation of a blood clot known as a(n) ________.
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71
Osteogenesis imperfecta, also known as "brittle bone disease," is caused by a genetic defect in the gene that encodes ________, the major protein found in bone.
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72
If a child needed to have surgery that removed all growth plates, what would be the effect on bone growth?
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73
Match between columns
forms the forehead
parietal
forms the forehead
mandible
forms the forehead
lacrimal
forms the forehead
occipital
forms the forehead
maxilla
forms the forehead
zygomatic
forms the forehead
frontal
forms inner eye sockets; tear ducts pass through openings in this bone
parietal
forms inner eye sockets; tear ducts pass through openings in this bone
mandible
forms inner eye sockets; tear ducts pass through openings in this bone
lacrimal
forms inner eye sockets; tear ducts pass through openings in this bone
occipital
forms inner eye sockets; tear ducts pass through openings in this bone
maxilla
forms inner eye sockets; tear ducts pass through openings in this bone
zygomatic
forms inner eye sockets; tear ducts pass through openings in this bone
frontal
forms the base and back of the skull
parietal
forms the base and back of the skull
mandible
forms the base and back of the skull
lacrimal
forms the base and back of the skull
occipital
forms the base and back of the skull
maxilla
forms the base and back of the skull
zygomatic
forms the base and back of the skull
frontal
forms the upper left and right sides of the skull
parietal
forms the upper left and right sides of the skull
mandible
forms the upper left and right sides of the skull
lacrimal
forms the upper left and right sides of the skull
occipital
forms the upper left and right sides of the skull
maxilla
forms the upper left and right sides of the skull
zygomatic
forms the upper left and right sides of the skull
frontal
anchors the upper row of teeth
parietal
anchors the upper row of teeth
mandible
anchors the upper row of teeth
lacrimal
anchors the upper row of teeth
occipital
anchors the upper row of teeth
maxilla
anchors the upper row of teeth
zygomatic
anchors the upper row of teeth
frontal
forms the cheekbones and portion of eye sockets
parietal
forms the cheekbones and portion of eye sockets
mandible
forms the cheekbones and portion of eye sockets
lacrimal
forms the cheekbones and portion of eye sockets
occipital
forms the cheekbones and portion of eye sockets
maxilla
forms the cheekbones and portion of eye sockets
zygomatic
forms the cheekbones and portion of eye sockets
frontal
lower jaw
parietal
lower jaw
mandible
lower jaw
lacrimal
lower jaw
occipital
lower jaw
maxilla
lower jaw
zygomatic
lower jaw
frontal
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74
Match between columns
condition resulting from a stretched or torn ligament
sprain
condition resulting from a stretched or torn ligament
osteoporosis
condition resulting from a stretched or torn ligament
carpal tunnel syndrome
condition resulting from a stretched or torn ligament
arthritis
condition resulting from a stretched or torn ligament
sinusitis
condition resulting from a stretched or torn ligament
long bone
condition resulting from a stretched or torn ligament
short bone
condition resulting from a stretched or torn ligament
irregular bone
condition resulting from a stretched or torn ligament
flat bones
wide as they are long, such as the carpals
sprain
wide as they are long, such as the carpals
osteoporosis
wide as they are long, such as the carpals
carpal tunnel syndrome
wide as they are long, such as the carpals
arthritis
wide as they are long, such as the carpals
sinusitis
wide as they are long, such as the carpals
long bone
wide as they are long, such as the carpals
short bone
wide as they are long, such as the carpals
irregular bone
wide as they are long, such as the carpals
flat bones
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
sprain
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
osteoporosis
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
carpal tunnel syndrome
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
arthritis
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
sinusitis
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
long bone
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
short bone
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
irregular bone
condition in which bones decrease in size over time due to an imbalance in the activities of osteoblasts and osteoclasts
flat bones
inflammation of the air spaces of the facial bones
sprain
inflammation of the air spaces of the facial bones
osteoporosis
inflammation of the air spaces of the facial bones
carpal tunnel syndrome
inflammation of the air spaces of the facial bones
arthritis
inflammation of the air spaces of the facial bones
sinusitis
inflammation of the air spaces of the facial bones
long bone
inflammation of the air spaces of the facial bones
short bone
inflammation of the air spaces of the facial bones
irregular bone
inflammation of the air spaces of the facial bones
flat bones
phalanges
sprain
phalanges
osteoporosis
phalanges
carpal tunnel syndrome
phalanges
arthritis
phalanges
sinusitis
phalanges
long bone
phalanges
short bone
phalanges
irregular bone
phalanges
flat bones
inflammation of a joint
sprain
inflammation of a joint
osteoporosis
inflammation of a joint
carpal tunnel syndrome
inflammation of a joint
arthritis
inflammation of a joint
sinusitis
inflammation of a joint
long bone
inflammation of a joint
short bone
inflammation of a joint
irregular bone
inflammation of a joint
flat bones
vertebrae
sprain
vertebrae
osteoporosis
vertebrae
carpal tunnel syndrome
vertebrae
arthritis
vertebrae
sinusitis
vertebrae
long bone
vertebrae
short bone
vertebrae
irregular bone
vertebrae
flat bones
cranial bones and sternum
sprain
cranial bones and sternum
osteoporosis
cranial bones and sternum
carpal tunnel syndrome
cranial bones and sternum
arthritis
cranial bones and sternum
sinusitis
cranial bones and sternum
long bone
cranial bones and sternum
short bone
cranial bones and sternum
irregular bone
cranial bones and sternum
flat bones
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
sprain
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
osteoporosis
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
carpal tunnel syndrome
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
arthritis
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
sinusitis
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
long bone
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
short bone
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
irregular bone
a repetitive stress syndrome that occurs when the tendons of the hand and fingers become inflamed
flat bones
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