Musculoskeletal part 1 Flashcards
since joints are situated obliquely within the body, MR imaging is acquired in the (plane)
oblique plane
figure B 38 arrow A
frontal lobe
figure B 38 arrow B
temporal lobe
figure B 38 arrow C
temporal bone
figure B 38 arrow D
meniscus
figure B 38 arrow E
condyle of the mandible
figure B 38 arrow F
sylvian fissure
figure B 38 arrow G
eminence
figure B 38 arrow H
meniscus
figure B 38 arrow I
external auditory meatus
figure B 38 shows the images of the TMJ for the evaluation of range of motion, whereby images are acquired
closed and open mouth
TMJ imaging is acquired with oblique acquisition. The sagittal oblique images figure B 39 lower left are acquired with slices
perpendicular to the madibular condyle
TMJ imaging is acquired with an oblique acquisition, the coronbal oblique images V lower right are acquired with slices
parallel to the madibular condyle
figure B 39 arrow A
rectus muscle
figure B 39 arrow B
temporal bone
figure B 39 arrow C
meniscus
figure B 39 arrow D
condyle of the mandible
shoulder imaging is acquired in the oblique acuisistion. the coronal oblique images figure B 40 with slices
along the supraspinatus muscle (upper rt -top)
perpendicular to the glenoid fossa (upper rt-bottom)
figure B 40 arrow A
trapezius muscle
figure B 40 arrow B
acromion
figure B 40 arrow C
supraspinatus muscle
figure B 40 arrow D
rotator cuff
the structures that make up the rotator cuff
supraspinatus muscle/tendon
infraspinatus muscle/tendon
teres minor muscle/tendon
subscapularis muscle/tendon
figure B 40 arrow E
deltoid muscle
figure B 40 arrow F
glenoid fossa
figure B 40 arrow G
humeral head
figure B 40 arrow H
subscapularis muscle
figure B 41 arrow A
acromion
figure B 41 arrow B
acromio-clavicular joint (AC)
figure B 41 arrow C
clavicle
figure B 41 arrow D
supraspinatus tendon
figure B 41 arrow E
infraspinatus tendon
figure B 41 arrow F
teres minor tendon
figure B 41 arrow G
subscapularis tendon
figure B 41 arrow H
humeral head
figure B 41 arrow I
biceps muscle
figure B 42 arrow A
pectoralis muscle
figure B 42 arrow B
subscapularis mtendon
figure B 42 arrow C
lung
figure B 42 arrow D
deltoid muscle
figure B 42 arrow E
humeral head
figure B 42 arrow F
subscapularis muscle
figure B 42 arrow G
glenoid fossa
figure B 42 arrow H
infraspinatus muscle
figure B 42 arrow I
scapula
figure B 43 arrow A
triceps muscle
figure B 43 arrow B
humerous
figure B 43 arrow C
biceps muscle
figure B 43 arrow D
olecrannon process
figure B 43 arrow E
olecranon fossa
figure B 43 arrow F
trochlea
figure B 43 arrow G
coronoid process
figure B 43 arrow H
brachioradialus muscles
figure B 43 arrow I
ulna
positioning for optimal elbow imaging can be tricky because of the elbows locatoin
for this reason positioning can be performed whereby the patient is
prone with arm extended over head within the extremity coil
supine with arm extended over head within the extremity coil
supine with arem beside with a flex cold wrapped around the elbow
figure B 44 arrow A
olecranon process
figure B 44 arrow B
extensor tendons
figure B 44 is displayed whereby the top of the image represents the _____aspect of the elbow
`posterior
figure B 44 arrow C
olecranon fossa
figure B 44 arrow D
capitellum
figure B 44 arrow E
trochlea
figure B 44 arrow F
brachioradialus muscles
figure B 45 arrow A
humerus
figure B 45 arrow B
olecranon fossa
figure B 45 arrow C
trochlea
figure B 45 arrow D
capitellum
figure B 45 arrow E
lateral collateral ligament
figure B 45 arrow F
humero-radial joint
figure B 45 arrow G
head of radius
figure B 45 arrow H
ulna
figure B 45 arrow I
brachioradialus muscles
