Chap 4,5,6,7

Front 1

How many bone make up hand and wrist

Back 1

27

Front 2

What carpal articulate w/ base of 5th metacarpal

Back 2

Hamate

Front 3

Anterior or palmar surface of wrist

Back 3

Carpal sulcus

Front 4

Proximal of ulna

Back 4

Olecranon process

Front 5

Radial head articulate w/__________ of distal humerus

Back 5

Capitulum

Front 6

Joint with synovial saddle movement

Back 6

1st carpalmetacarpal

Front 7

Fracture of base of 1st metacarpal

Back 7

Bennett

Front 8

Posterior fat pad of elbow

Back 8

synovial effusion of joint

Front 9

Supracondlar fracture involve

Back 9

Distal Humerus

Front 10

Fracture of distal radius

Back 10

Colles

Front 11

CR center for PA Hand

Back 11

3rd MCP

Front 12

Rotation for elbow medial oblique

Back 12

45 degree for coracord process

Front 13

Postion that show olecranon process

Back 13

Lateral

Front 14

Lateral Oblique will clearly demonstrate what structure

Back 14

Radial neck free of superimpose

Front 15

Advantage of AP Wrist

Back 15

better demonstration of IC Joint

Front 16

special method will demonstrate bennett fracture

Back 16

Rober Method

Front 17

Demonstrating Radial head in traumatized elbow

Back 17

Axio- Lateral Coyle method

Front 18

Ap projection of humerus demonstrate

Back 18

Shoulder and Elbow joint

Front 19

Projection that detect early sign of rheumatiod arthritis

Back 19

Norgaard Method

Front 20

Position that will demonstrate Scaphoid fracture

Back 20

Ulnar Deviation

Front 21

Disadvantage of PA of Forarm over AP of forarm

Back 21

Proximal radius will cross over ulna

Front 22

Projection of elbow with elevated fat pad

Back 22

Lateral

Front 23

If patient can not extend elbow what AP projeciton can replace

Back 23

Partial Flexion

Front 24

Best demonstrate olecranon process

Back 24

PA Axial

Front 25

Excessive separation btw proximal radius and ulna in AP projection

Back 25

Excessive Lateral Rotation

Front 26

How many bone make up shoulder girdle

Back 26

Two Scapula and Clavicle

Front 27

Lateral aspect clavicle

Back 27

Acromial Extremity

Front 28

Humeral head articulate with

Back 28

Glenoid Cavity

Front 29

Suprasionous and infraspinous fossa is seperated by

Back 29

Crest of scapular Spine

Front 30

What strucuture is more distal

Back 30

Surgical neck

Front 31

WHat soft tissue is found within intertubercular bicipital groove

Back 31

Bicep Tendon

Front 32

Acromioclavicular joint is classifed as

Back 32

Synovial, Gliding

Front 33

Hill sachs is found

Back 33

Humeral head

Front 34

Located on anterior, superior aspect of scapula

Back 34

coracoid process

Front 35

Best demonstrate greater tubercle of humerus in profile

Back 35

AP shoulder in external rotation

Front 36

Best demonstration of lesser tubercle in profile

Back 36

AP in internal rotation

Front 37

Hand positon for AP external

Back 37

Supinated

Front 38

Where should CR for AP shoulder

Back 38

1 inch inferior to coracoid process

Front 39

Projection of shoulder dislocation

Back 39

Transthoracic lateral projection

Front 40

When patient is unable to elevate unaffected humerus for tranthoracic lateral projection

Back 40

10-15 cephalad

Front 41

Hill-Scahs defect

Back 41

Inferiosuperior axial- lawrance method.

Front 42

Coronal plane for PA scapular Y

Back 42

45-60 degree

Front 43

Projection best for glenoid cavity

Back 43

AP oblique - Grashy method

Front 44

Projection for pathology involving intertubercular groove

Back 44

Tangential Projection- Fisk

Front 45

Projection/method for AC joint separation

Back 45

AP or Pearson

Front 46

Advantage of PA projection of clavicle over AP projection

Back 46

PA provide increase recorded detail due to reduced OID

Front 47

AP axial of clavicle CR angle

Back 47

15-30 degree

Front 48

Primary differece in position btw scapular Y and Lateral scapula

Back 48

Arm is remove from region of interest for lateral projection

Front 49

Type of CR angulation AP axial projction for coracoid process

Back 49

Cephalad

Front 50

Superior Surface of foot

Back 50

Dorsal Surface

Front 51

Small foramen btw talus and calcaneus

Back 51

Sinus tarsi

Front 52

Most lateral tarsal bone

Back 52

Cuboid

Front 53

Two flat like superior surface on proximal tibia

Back 53

Tibial Plateaus

Front 54

Sharp crest anterior surface of tibial body

Back 54

Anterior crest

Front 55

Intercondylar fossa is located on

Back 55

Posterior distal aspect of femur

Front 56

Adductor tubercle is located

Back 56

Posteriorlateral aspect of medial condyle of lateral femur

Front 57

Pott fracture

Back 57

avulsion fracture of medial malleolus

Front 58

Osgood-schlatter disease

Back 58

Incomplete separation or avulsion of tibial tuberosity

Front 59

CR centerd for AP axial projection of foot

Back 59

3rd metatarsal

Front 60

Best demonstrate base of 5th metartarsal

Back 60

Ap oblique, medial rotation

Front 61

Rotation for AP obliqe of ankle mortise

Back 61

15-20 degree

Front 62

CR for AP for 19-24cm pelvic

Back 62

Perpendicular to IR

Front 63

CR angle for mediolateral of knee

Back 63

5-7 degree cephalad

Front 64

Projection that best demonstrate foot best assessment of longitudinal arch

Back 64

Weight bearing lateral

Front 65

Projection for proximal tibiofiular joint space

Back 65

Ap obliqe, medial rotation

Front 66

what type of condition best demonstrate Ap Stress of anklw

Back 66

ligament tear

Front 67

patellofemoral joint projection that reqire greatest amount ot flexion of knee

Back 67

Tangential, Settegast Projection

Front 68

Structures that of hip bone that joint at acetabulum

Back 68

Ilium, Ishium and PUbic

Front 69

The greater sciatic notch is located on anterior aspect of hip bone

Back 69

True or False

Front 70

What bony land mar is morw inferior

Back 70

Ishial tuberosity

Front 71

Small depression located in center of femoral head

Back 71

fovea capitis

Front 72

Located at posteromeidal aspect of proximal femur

Back 72

Lesser Trochanter

Front 73

PUbic sysmphysiis is classcifeid as ___________ types of joint

Back 73

Cartilaginous

Front 74

Name of the plane that divide true from false pelvis

Back 74

pelvic brim

Front 75

Outlet of true pelvis is located btw

Back 75

tip of coccyx and pubic symphysis

Front 76

Two bony landmare are palpated to correct location of femoral head

Back 76

ASIS and Pubic Symphisis

Front 77

To place proximal femurs parallel to plane to IR for AP Pelvis _____ medial rotaton is needed

Back 77

15-20

Front 78

Bony landmark should absent or seen minimally if lower limb have been rotaed properly for AP of pelvis

Back 78

Lesser Trochanters

Front 79

What lateral projection is recommended hip fracture

Back 79

Axiolateral projeciton danelius miller

Front 80

IR should be aligned where for axiolateral projection Danelius-miller

Back 80

Parallel to femoral neck

Front 81

AP obliqe judet require two oblique to demonstrate acetabulum

Back 81

True

Front 82

Projection demonstrate injury to anterior pelvic

Back 82

AP axial outlet- taylor method

Front 83

What cause elongation of right ilium as compared to left as seen on AP projecton of pelvis

Back 83

Right side rotate toward IR