Vertebral Column Flashcards

1
Q

primary curvatures (dev before birth)

A

thoracic and sacrococcygeal

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2
Q

shape of thoracic and sacrococcygeal

A

concave anteriorly

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3
Q

secondary curvatures (dev during infancy)

A

cervical and lumbar

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4
Q

shape of cervical and lumbar

A

concave posteriorly

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5
Q

vertebral column – and important in posture, movement, support of body weight, and locomotion

A

protect spinal cord

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6
Q

degree of primary curvature

A

1

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7
Q

degree of secondary curvature

A

2

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8
Q

flexion is greatest in – region

A

cervical

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9
Q

extension is greatest in – region

A

lumbar

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10
Q

lateral bending is greatest in – region

A

lumbar

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11
Q

rotation is greatest in – region

A

thoracic

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12
Q

– encloses the vertebral foramen in which the spinal cord sits

A

vertebral/neural arch

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13
Q

neural arch is comprised of –

A

pedicles, laminae, and spinous process

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14
Q

laminae and pedicles form the –

A

transverse process

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15
Q

each vertebrae has a superior and inferior – for articulation with adjacent vertebrae

A

articular process

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16
Q

cervical vertebrae have a – spinous process

A

bifid

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17
Q

cervical vertebrae have a – foramen for vertebral artery

A

transverse

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18
Q

thoracic vertebrae have – spinous processes

A

inferiorly oriented, overlapping

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19
Q

thoracic vertebrae have – for ribs

A

costal and demifacets

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20
Q

lumbar vertebrae lack –

A

costal facets

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21
Q

lumbar vertebrae have – spinous processes

A

quadrangular and horizontally oriented

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22
Q

C1

A

atlas

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23
Q

C1 articulates superiorly with –(occipital bone)

A

cranium

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24
Q

has no body or spinous process

A

C1

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25
C1 has an -- and -- arch
anterior and posterior
26
-- holds the dens of the C2 in place
transverse ligament
27
C2
axis
28
C2 has a -- or dens which serves as the "axis" around which the atlas rotates
odontoid process
29
-- joint allows for head flexion and extension
atlanto-occipital
30
-- joint allows for the rotation of the head
median atlantoaxial
31
on the sacrum's anterior and superior aspect you can see the -- of S1, the ala (wings), promontory, and the anterior sacral foramina
body
32
transmits the ventral rami of S1-S5 spinal nerves
anterior sacral foramina
33
on the sacrum's posterior aspect you can see the --, sacral hiatus and posterior
sacral canal
34
transmits the dorsal rami of S1-S5 spinal nerves
posterior sacral foramina
35
a horizontal line drawn across the iliac crests will interest the --
L4 spinous process
36
there is no -- between the atlas and axis
intervertebral disc
37
caudal anesthesia may be administered through the --
sacral hiatus
38
the iliac crests may be easily -- in a patient
palpated
39
-- is an important landmark in doing lumbar punctures to sample cerebrospinal fluid
L4 spinous process
40
zygapophyseal (facet) joints are -- joints
synovial
41
zygapophyseal (facet) joints are formed between the -- of adjacent vertebrae
articular processes
42
zygapophyseal (facet) joints permit -- movements between vertebrae
gliding
43
zygapophyseal (facet) joints are stabilized by ligaments uniting the -- transverse and spinous process
laminae
44
zygapophyseal (facet) joints are innervated by -- nerves
dorsal rami
45
joints: anatomical classification systems
cartilaginous, fibrous, synovial
46
fibrocartilaginous intervertebral discs form cartilaginous joints between adjacent vertebral bodies designed for --
weight bearing and strength
47
cartilaginous joints are separated by --
cartilage
48
two kinds of cartilaginous joints
symphyses and synchondroses
49
symphyseal joints occur mostly in the -- of the body
midline
50
symphyseal joints are considered to be --
slightly moveable
51
an example of a symphysis type of joint would be the -- where two adjacent vertebra are separated by a fibrocartilaginous disc
intervertebral joints
52
two components of intervertebral discs
annulus fibrosus and nucleus pulosus
53
outer tough layer of intervertebral discs that provides strength
annulus fibrosus
54
inner gelatinous layer of intervertebral discs that provides shock absorption during weight bearing
nucleus pulposus
55
when two vertebrae come together, -- forms in which spinal nerves are located
intervertebral foramina
56
when the vertebrae are articulated, the vertebral foramen of adjacent vertebrae together form the -- through which the spinal cord passes
vertebral canal
57
osteoarthritic formation of osteophytes (bony spur-like growth on the vertebral bodies) can -- the intervertebral foramen and impinge on the spinal nerve and/or spinal nerve roots
narrow
58
flexion
60-70
59
lateral flexion or bending
25-30
60
extension
10-25
61
rotation
45
62
between C1 and cranium
atlanto-occipital joint
63
between C1 and C2
median atlantoaxial joint
64
T/F: there is no intervertebral disc between the atlas and axis
true
65
the sacrum is formed by the fusion of --
5 bones (S1-S5 vertebrae)
66
on the sacrum's anterior and superior aspect, you can identify the --, ala (wings), promontory and anterior sacral foramina
body of S1
67
anterior sacral foramina transmit --
ventral rami of S1-S5 spinal nerves
68
on the sacrum's posterior, you can identify the --, sacral hiatus, and posterior sacral foramina
sacral canal
69
posterior sacral foramina transmit --
dorsal rami of S1-S5 spinal nerves
70
solutions of caudal anesthesia pass -- in the loose connective tissue (sacral hiatus) and bathe the spinal nerves as they emerge from the dural sheath
superiorly
71
intervertebral discs also play a major role in the development of -- of the vertebral column
curvatures
72
runs on the anterior surface of vertebral bodies
ant. longitudinal ligament
73
runs on the tips of spinous processes
supraspinous ligaments
74
runs between spinous processes
interspinous ligaments
75
ant. longitudinal ligament helps prevent --
hyperextension
76
posterior longitudinal ligament helps prevent --
hyperflexion
77
helps preserve the curvatures of the spine
ligamentum flavum