Thorax Flashcards

1
Q

figure B 14 was acquired in the _____plane

A

coronal

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2
Q

figure B 14 is an example of (weighting)

A

T 1

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3
Q

figure B 14 arrow A

A

trachea

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4
Q

figure B 14 arrow B

A

aortic arch

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5
Q

figure B 14 arrow C

A

superior lobe of the right lung (apex)

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6
Q

figure B 14 there is no signal arising from within the lunhgs because

A

there are not enough mobile protons in air

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7
Q

figure B 14 arrow D

A

pulmonary artery

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8
Q

figure B 14 arrow E

A

middle lobe of the right lung

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9
Q

figure B 14 arrow F

A

ascending aorta

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10
Q

figure B 14 arrow G

A

inferior lobe of right lung (base)

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11
Q

figure B 14 arrow H

A

diaphragm

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12
Q

figure B 14 arrow I

A

right atrium

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13
Q

figure B 14 arrow J

A

left ventricle

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14
Q

to minimize pulsitile flow motoin artifacts, cardiac images are acquired by

A

cardiac gating (triggering)

attach cardiac lead, monitor the cardiac cycle and time the scan or trigger from the heart beat

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15
Q

figure B 15 was acquired in the _____plane

A

axial

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16
Q

figure B 15 is an example of (weighting)

A

gradient echo

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17
Q

figure B 15 arrow A

A

pectoralis muscle

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18
Q

figure B 15 arrow B

A

right ventricle

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19
Q

figure B 15 arrow C

A

tricuspid valve

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20
Q

figure B 15 arrow D

A

right atrium

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21
Q

figure B 15 arrow E

A

left ventricle

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22
Q

figure B 15 arrow F

A

bicuspid valve

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23
Q

figure B 15 arrow G

A

left atrium

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24
Q

figure B 15 arrow H

A

pulmonary artery

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25
figure B 15 arrow I
thoracic artery
26
figure B 15 arrow J
spinal canal
27
figure B 16 arrow A
right vertebral artery
28
figure B 16 arrow B
right carotid artery
29
figure B 16 arrow C
left common carotid artery
30
figure B 16 arrow D
right common carotid artery
31
figure B 16 arrow E
left common carotid artery
32
figure B 16 arrow F
left subclavian artery
33
figure B 16 arrow G
inominate artery brachiocephalic trunk
34
figure B 16 arrow H
right common carotid artery
35
figure B 16 arrow I
superior vena cava
36
figure B 16 arrow J
inominate artery braciocephalic trunk
37
figure B 16 arrow K
left common carotid artery
38
figure B 16 arrow L
aortic arch
39
figure B 16 arrow M
pulmonary artery
40
figure B 17 arrow A
aortic arch
41
the optimal view for the evaluatoin of the aortic arch include
sagittal oblique
42
figure B 17 arrow B
pulmonary artery
43
figure B 17 arrow C
right lung
44
figure B 17 arrow D
abdonimal aorta
45
figure B 17 arrow E
liver
46
figure B 17 arrow F
spleen
47
figure B 17 arrow G
retroperitonneal fat
48
figure B 17 arrow H
aortic arch
49
figure B 17 arrow I
descending aorta
50
figure B 17 arrow J
left atrium
51
figure B 17 arrow K
right ventricle
52
figure B 17 arrow L
abdomial aorta
53
figure B 17 arrow M
superior mesenteric artery
54
figure B 18 the SHORT AXIS views of the heart resemble images that are
axial to the plane of the heart muscle
55
figure B 18 the LONG AXIS views of the heart resemble images that are
sagittal to the plane of the heart muscle
56
figure B 18 the FOUR CHAMBER views of the heart resemble images that are
coronal to the plane of the heart muscle
57
figure B 19 arrow A
ascending aorta
58
figure B 19 arrow B
left pulmonary artery
59
figure B 19 arrow C
right pulmonary artery
60
figure B 19 arrow D
descending thoracic aorta
61
figure B 19 arrow E
spinal cord
62
figure B 19 arrow F
rib
63
figure B 19 arrow G
spinal muscles
64
figure B 19 arrow H
susceptibility artifact
65
figure B 19 arrow I
bright signal from flowoing blood ascending aorta
66
figure B 19 arrow J
bright signal from flowoing blood pulmonary artery
67
figure B 19 arrow K
bright signal from flowoing CSF in the spinal canal
68
figure B 19 arrow L
chimical shift artifact
69
figure B 20 arrow A
nipple
70
figure B 20 was acquired with (plane)
axial high resolution imaging
71
figure B 20 arrow B
fatt y tissue of the breast
72
figure B 20 arrow C
pectoralis muscle
73
figure B 20 arrow D
right atrium of the heart most anterior chamber of the heart
74
figure B 20 arrow E
shading from fat saturation
75
figure B 20 arrow F
neovascularity
76
figure B 20 arrow G
fatty tissue of the breast
77
figure B 20 arrow H
enhancing breast lesion
78
figure B 20 the following were acquired WITH fat suppressoin
2,3,4,5,7 and 8
79
figure B 20 were acquired WITHOUT fat suppression
1 and 6
80
figure B 21 arrow A
fatty tissue of the breast
81
figure B 21 have been acquired with
sagittal high resolution imaging
82
figure B 21 arrow B
ducts and lobules
83
figure B 21 arrow D
fatty tissue of the breast
84
figure B 21 arrow E
enhancing breast lesion
85
figure B 21 the folloiwng were acquired WITH fat suppression
3,4,5 and 6
86
figure B 21 were acquired WITHOUT fat suppression
1 and 2
87
figure B 22 show high resolution sagittal images of the breast in a patient with silicone implants with
silicone, water and fat suppression
88
review figure B 22 images for the evaluation of sililcone implans whereby the silicone is to appear bright shoudl be acquired with the application of
fat suppression water suppression
89
review figure B 22 for the evaluation of silicone implants whereby the silicone is to appear dark should be acquired with the application of
silicone suppression