Test 6 - Final Flashcards

(77 cards)

0
Q

The tail of the breast is located along the medial aspect of the breast

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1
Q

The lymphatic vessels of the breast drain laterally into the Axillary lymph nodes

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2
Q

The lactiferous ducts drain milk from the lobes of the breast

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3
Q

Breast tissues change after involution as the glandular tissues are replaced with fatty tissues

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4
Q

The craniocaudal and mediolateral oblique are the standard exams for breast

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5
Q

The mediolateral oblique images requires the CR to pass thru the breast at an angle of 30-60 degrees

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6
Q

The pectoralis major is often demonstrated with the craniocaudal projection

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7
Q

The primary objective of compressing the breast for mammography is to produce uniform breast thickness

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8
Q

The radiopaque marker should be placed along the lateral side of the breast on a craniocaudal projection

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9
Q

A palpable mass should be identified with a radiopaque marker such as a bb on the breast overflying the mass

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10
Q

The max difference for the length of the posterior nipple line when comparing images of craniocaudal and mediolateral oblique positions is 0.3 inch (1cm)

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11
Q

The posterior nipple lines should be measured and compared between the craniocaudal and mediolateral oblique projections

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12
Q

The patient should be placed upright for the craniocaudal and mediolateral oblique projections

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13
Q

The mediolateral oblique demonstrates all breast tissue with an emphasis on the lateral aspect and axillary tail

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14
Q

The mediolateral projection requires that the central ray be moved to a horizontal position

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15
Q

The two projections that compromise the standard radiographic examination of the breasts are the Craniocaudal (CC) and Mediolateral oblique (MLO).

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16
Q

The radiopaque marker that indicates which breast is being examined in the CC projection should be placed on the lateral side of the breast near the patients’ axilla.

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17
Q

The quantity and type of filtration used in most mammography systems is 0.5 mm Mo.

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18
Q

The primary objective of compressing the breast in mammography is to produce uniform breast thickness from the nipple to the posterior most aspect of the breast.

A

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19
Q

The lymphatic vessels drain laterally into the axillary lymph nodes.

A

.

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20
Q

The lactiferous ducts drain milk from the lobes of the breast.

A

.

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21
Q

The tail of the breast is located along the LATERAL aspect of the breast and extends from the upper lateral base of the breasts into the axilla

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22
Q

The breast tissues change after involution and are replaced by fatty tissue.

A

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23
Q

The patient should be turned contralateral and be in the erect position for the CC and MLO projections.

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24
The muscle often demonstrated in the CC position is the Pectoralis major.
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25
The position that requires the central ray pass through the breast at an angle of 30 – 60 degrees is the MLO.
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26
The projection that demonstrates all the breast tissue with an emphasis on the lateral aspect and the axillary tail is the MLO.
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27
The radiographer should identify the location of a palpable mass with a BB marker.
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28
The method used to image the breasts of women who have had implants is the Eklund
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29
A diagnostic Mammogram is ordered when a patient presents with symptoms such as a nipple discharge
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30
A breast mass appear white on the mammographic image
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31
Mineral deposits in the breast that may be caused by dried up secretions, trauma or reabsorbed blood cells are called calcifications
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32
Most breast cancers are found in the upper outer quadrant of the breast
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33
For DEXA examinations of the proximal femur, the technologist should rotate the hip 15-25 degrees medially to ensure the lesser trochanter is small and round and barely visible.
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34
Bone densitometry encompasses mineral density measuring bone mineral content & bone
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35
Previous fracture secondary to minimal trauma is an indication to have a bone densitometry exam
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36
Nontraumatic fractures resulting from low bone mass are termed fragility fracture
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37
Z-score measures (BMD) bone mineral density compared to what is expected of a person within the patient’s peer group
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38
The 1 yr. mortality rate after a hip fracture is one in five
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39
DEXA measures x-ray attenuation at two different x-ray photon (KV) energies
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40
The relative rates of bone resorption and formation determine whether bone mass increase, decreases or remains the same
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41
Maximum bone mass usually achieved between 20-30 yrs. of age
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42
Bone densitometry is a general term encompassing the art and science of measuring bone mineral content (BMC) and bone mineral density (BMD).
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43
Pregnancy is a contraindication to having a bone densitometry exam.
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44
For a routine bone densitometry scan, the effective dose to the patient is less than .5 mRem.
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45
DEXA measures the x-ray attenuation of bone alone by scanning the patient at two different x-ray photon (KV) energies and subtracting the soft tissue values.
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46
Osteoporosis is a disease characterized by low bone mass and structural deterioration of bone tissue.
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47
The AP upright thoracolumbar spine best demonstrates scoliosis
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48
The sialographic projection that demonstrates parotid and submandibular glands is the lateral projection
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49
The two imaging modalities that have greatly reduced the frequency of sailography are CT and MRI
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50
The smallest salivary glands are the sublingual
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51
The pharynx is the musculomembranous tubular structure located in from of the vertebrae and behind the nose, mouth and larynx
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52
The largest cerebral structure is the cerebrum
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53
CT is generally used first to diagnose craniocerebral trauma
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54
The cerebrum is also referred to as the forebrain
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55
The lateral ventricles is easily seen on a CT image of the cranium due to the dark appearance of CSF circulating through them
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56
The tangential projection directs the CR along the mandibular ramus
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57
The cerebrum is divided into right and left hemispheres by a longitudinal fissure
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58
The cerebellum is also referred to as the forebrain
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59
The dorsal decubitus demonstrates free air or fluid levels in a neonate
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60
The proper position of the map for the right lateral decubitus of the chest is verticle
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61
Recumbent lateral projection is performed to demonstrate the anterior and posterior walls of the bladder
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62
The purpose of tilting the table 10-15 degrees Trandelenburg is to prevent contrast from escaping the kidneys
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63
When doing an AP axial oblique for c-spine on a supine trauma patient a 45 degree lateromedial angle should be used
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64
A transcatheter embolization involves the use of various substances to occlude or drastically reduce blood flow within a vessel
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65
Kyphoplasty uses a balloon catheter to expand a collapsed vertebrae before injecting cement
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66
The output phosphor or crystal of the image intensifier is composed of zinc cadmium sulfide
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67
Image intensified fluoro is performed at illumination levels similar to radiograph viewing
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68
Electrons hit the output phosphor after exiting the anode
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69
The brightness gain is the product of the minification gain and flux gain
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70
The ratio of X-rays incident on the input phosphor to light photons exiting the output phosphor is called flux gain
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71
The capability of an image intensifier to increase the illumination level of the image is called brightness gain
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72
Television monitoring allows brightness and contrast to be controlled electronically
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73
The anatomic scan range for a basic head ct is from the base of the skull to the vertex of the head
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74
The amount of blurring in a CT is termed spatial resolution
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75
Slice thickness, table index, and radiographic technique factors can be selected at the operators console
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76
X-ray tubes used in advanced CT scanners can tolerate 4-5 MHU
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