Musculoskeletal part 2 Flashcards
figure B 46 arrow A
metacarpal
figure B 46 arrow B
trapezium
figure B 46 arrow C
trapazoid
figure B 46 arrow D
capatate
figure B 46 arrow E
hammate
figure B 46 arrow F
triquitrium
figure B 46 arrow G
scaphoid
figure B 46 arrow H
lunate
figure B 46 arrow I
triangular fibrocartilage complex
figure B 46 arrow J
distal ulna
figure B 46 arrow K
distal radius
figure B 47 arrow A
extensor tendons
figure B 47 arrow B
hammate
figure B 47 arrow C
capatate
figure B 47 arrow D
carpal tunnel
figure B 47 arrow E
trapazoid
figure B 47 arrow F
trapezium
the evaluate the ip joints patient should be positined whereby the
feet are internally rotated
figure B 48 arrow A
psoas muscle
figure B 48 arrow B
iliacus muscle
figure B 48 arrow C
intervertebral disk
figure B 48 arrow D
ilium
figure B 48 arrow E
acetabulum
figure B 48 arrow F
femoral head
figure B 48 arrow G
greater trochantor
figure B 48 arrow H
femoral neck
figure B 48 arrow I
femur
figure B 48 arrow J
quadriceps muscle
figure B 49 arrow A
subcutaneous fat
figure B 49 arrow B
rectus abdominus muscles
figure B 49 arrow C
ichium
figure B 49 arrow D
quadriceps muscles
figure B 49 arrow E
femoral head
figure B 49 arrow F
acetabulum
figure B 49 arrow G
bladder
figure B 49 arrow H
rectum
figure B 49 arroe I
gluteal muscles
figure B 49 arrow J
subcutaneous fat
figure B 50 arrow A
quadriceps tendon
figure B 50 arrow B
femur
figure B 50 arrow C
patella
figure B 50 arrow D
femoral condyle
figure B 50 arrow E
posterior horn of the lateral meniscus
figure B 50 arrow F
patellar ligament
figure B 50 arrow G
tibial spine (eminence)
figure B 50 arrow H
tibeal plateau
figure B 50 arrow I
tibia
figure B 50 arrow J
fibula
figure B 50 arrow K
gastrocnemeus muscle
to evaluate the anterior cruciate ligament (ACL) within the knee, the patient should be positioned whereby the
feet are in the neutral position
the best views for the evaluatoin of the anterior cruciate ligament (ACL) include
sagittal
oblique
figure B 51 arrow A
quadriceps tendon
figure B 51 arrow B
femur
figure B 51 arrow C
patella
figure B 51 arrow D
anterior crucite ligament
ACL
figure B 51 arrow E
posterior cruciate ligament
PCL
figure B 52 arrow A
femur
figure B 52 arrow B
medial epicondyle of the femur
figure B 52 arrow C
lateral epicondyle of the femur
figure B 52 arrow D
intercondylar fossa
figure B 52 arrow E
lateral condyle of the femur
figure B 52 arrow F
medial collateral ligament
figure B 52 arrow G
lateral meniscus
figure B 52 arrow H
interarticular cartilage
figure B 52 arrow I
medial meniscus
figure B 53 arrow A
patella
figure B 53 arrow B
medial retinaculum
figue B 53 arrow C
patello-femoral joint
figue B 53 arrow D
lateral retinaculum
figue B 53 arrow E
fluid within the joint space
figue B 53 arrow F
femoral medial condyle
figue B 53 arrow G
intercondylar fossa
figure B 54 arrow A
tibia
figure B 54 arrow B
gastrocnemius muscle
figure B 54 arrow C
achilles tendon
figure B 54 arrow D
tibio-talar joint
figure B 54 arrow E
talus
figure B 54 arrow F
navicular
figure B 54 arrow G
cuboid
figure B 54 arrow H
metatarslas
figure B 54 arrow I
cuneiform
figure B 54 arrow J
calcaneus
figure B 55 arrow A
tibia
figure B 55 arrow B
fibula
figure B 55 arrow C
tibio-talar joint
figure B 55 arrow D
talus
figure B 55 arrow E
medial collateral ligament
figure B 55 arrow F
calcaneus
figure B 55 arrow G
plantar surface
figure B 56 shows examples of SAG, AX and COR images of the foot. When the patient is positioned in the anatomic man position, whereby the patient is facing us, flat footed, the imaging planes vary whereby imaging is acquired
coronal to the plane of the body, create images that are axial to the plane of the foot
