chapter 8 Flashcards

1
Q

which two vertebral curvatures are anteriorly concave

A

thoracic and pelvic

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2
Q

which two vertebral curves are kyphotic curves

A

thoracic and pelvic

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3
Q

which two vertebral curves are lordotic curves

A

cervical and lumbar

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4
Q

which two vertebral curves are primary curves

A

thoracic and pelvic

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5
Q

which spinal condition involves excessive dorsal curvatures of the thoracic vertebral column

A

kyphosis

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6
Q

which abnormal spinal condition involves and lateral curvature of the vertebral column

A

scoliosis

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7
Q

short, thick bony processes that project posteriorly from the lateral and superior aspects of vertebral bodies of typical vertebrae

A

pedicles

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8
Q

which two vertebral structures do transverse processes originate in typical vertebrae

A

pedicle and lamina

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9
Q

which vertebral structures unite at the origin of the spinous process of a typical vertebra

A

both laminae

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10
Q

which structure of the typical vertebra are zygapophyses

A

articular processes

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11
Q

which structure is the dens located

A

C2

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12
Q

which structure is known as the stlas

A

C1

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13
Q

which structure is know as the axia

A

C2

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14
Q

which structure is the dens located

A

body of C2

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15
Q

which cervical vertebral structures are perforated with a foramen for the passage of the vertebral artery and vein

A

transverse processes

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16
Q

which vertebral structures have bifib tips

A

spinous processes of cervical vertebrae

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17
Q

reference to midsagittal plane, how do zygapophyseal joints open in cervical vertebrae

A

90 degrees laterally

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18
Q

reference to midsagittal plane, how do zygapophyseal joints open in thoracic vertebrae

A

70-75 degrees anteriorly

19
Q

thoracic vertebrae differ from cervical and lumbar vertebrae because thoracic vertebrae have

A

demifacets

20
Q

which structures articulate with vertebral demifacets

A

heads and ribs

21
Q

reference to midsagittal plane, how do zygapophyseal joints open in lumbar vertebrae

A

30-60 degrees posteriorly

22
Q

lumbar vertebrae differ from cervical and thoracic vertebrae becuase lumbar vertebrae have

A

broad, large spinous processes

23
Q

which parts of the sacrum form the joints with the ilia of the pelvis

A

auricular surfaces

24
Q

AP projections that demonstrates the den using the Fuchs method differs from the AP projection (open mouth) because Fuchs method

A

extends the chin and keeps the mouth closed

25
Q

radiographers should not use the Fuchs method to obtain the AP projection of the dens if the patient is

A

suspected to have a fracture or degenerative disease

26
Q

which projection of the cervical vertebrae demonstrates the dens imaged within the foramen magnum

A

AP projection (Fuchs method)

27
Q

which cervical structures are best demonstrated with AP projection (open mouth)

A

C1 and C2

28
Q

how should the central ray be directed for the AP projection (open mouth)

A

perpendicularly

29
Q

how and where should the central ray be directed for the AP axial projection of the cervical vertebral column

A

15-20 degrees cephalad tp C4

30
Q

how should the IR be positioned for the AP axial projection of the cervical vertebral column

A

centered to C4

31
Q

for which projection of the cervical vertebrae should the center ray be angled 15-20 degrees cephalad

A

AP axial projection

32
Q

which evaluation criterion does not apply to the AP axial projection of the cervical vertebral column

A

C1 and C2 should be seen without mandibular superimposition

33
Q

which projection of the cervical vertebral column requires an SID of 72in

A

lateral projection

34
Q

which maneuver should be used to help obtain maximum depression of the shoulders in the lateral projection of the cervical vertebral column

A

suspend respiration after full expiration

35
Q

what should be done so that the magnified shoulder farthest from the IR is projected below the lower cervical vertebrae for the lateral projection of the cervical verterae

A

direct a horizontal central ray to C4

36
Q

what should be done to prevent mandibular rami from superimposing cervical vertebrae in the lateral projection of the cervical vertebral column

A

elevate the chin

37
Q

what should be done to reduce the magnification caused by the increased object to image distance in the lateral projection of the cervical vertebrae

A

use a 72in (183cm) SID

38
Q

what is the recommended size of the collimated field for the lateral projection of the cervical vertebrae

A

8x10in (20x24cm)

39
Q

which projection of the cervical vertebrae demonstrates the spinous processes elevated and widely separated

A

hyperflexion lateral projection

40
Q

which projection of the cervical vertebrae demonstrates the spinous processes depressed and in close approximation

A

hypertension lateral projection

41
Q

which projection for cervical vertebrae must be exposed with horizontal and perpendicular central ray

A

lateral

42
Q

how should the central ray be directed for an AP axial oblique projection of the cervical vertebral column

A

15-20 degrees cephalad

43
Q

how should the central ray be directed for the PA axial oblique projection of the cervical vertebral column

A

15-20 degrees caudad

44
Q

which projection of the cervical vertebral column best demonstrates the inter vertebral foramina

A

AP axial oblique projection