front 1 1.The shoulder consists of what 2 bones? | back 1 Scapula and clavical |
front 2 2. The medial or sternal extremity articulates with the manubrium which is the upper part of the? The articulation is at what joint? | back 2 sternum, sternoclavicular joint |
front 3 3. Whos clavicle is longer males or female? | back 3 males |
front 4 4. Whos clavicle is usually thicker and more curved? | back 4 males |
front 5 5. What exam is this and what is it checking for and how can you tell what it is? | back 5 Y view, you can tell because the vertebral border of scapula and it is checking for dislocation of humerus. |
front 6 6. What shoulder exam is this and how can you tell | back 6 AP external rotation and you can see the greater tubercle |
front 7 7. What view is this and how can you tell? | back 7 Internal rotation and the lesser tubercle is medial. |
front 8 8. What is number 3 labeling | back 8 Acromion of the scapula |
front 9 9. What is number 12 labeling | back 9 Body of clavicle |
front 10 10. The three corners of the scapula are called angles, what are they? | back 10 Lateral, superior, inferior angles |
front 11 11, The humeral head articulates with the glenoid cavity of the scapula to form what joint? | back 11 scapulohumeral joint |
front 12 12. The three shoulder girdle joints are classified as what type of joints | back 12 synovial joint |
front 13 13. What rotation is true AP projection | back 13 External rotation |
front 14 14.The AP projection of the shoulder taken in the internal rotation is what position for the humerus | back 14 lateral position of the humerus |
front 15 15. Shoulder and humerus kV range is? | back 15 70 - 80 with grid 65 - 70 without grid |
front 16 16. Nuclear medicine bone scans are useful in demonstrating ____? | back 16 osteomyelitis, metastatic bone lesions, and cellulitis |
front 17 17. Sonography is often used to check for ____ on the shoulder? | back 17 rotator cuff tears, bursa injuries, disruption and damage of the nerves |
front 18 18. What clinical indication refers to an injury in which the distal clavicle usually is displaced superiorly. This is commonly caused by a fall. | back 18 Acromioclavicular dislocation |
front 19 19. What clinical indication refers to trauma to the upper shoulder region resulting in a partial or complete tear of the AC or coracoclavicular ligament or both ligaments. | back 19 AC joint seperation |
front 20 20. What clinical indication is an injury of the anterioinferior aspect of the glenoid labrum. This type of injury often is caused by anterior dislocation of the proximal humerus. Repeated dislocation may result in a small avulsion fracture in the anteriorinferior region of the glenoid rim. | back 20 Bankart lesion |
front 21 21. What clinical indication is inflammation of the bursea, or fluid filled sacs enclosing the joints. It generally invloves the formation of calcification in associated tendons, causing pain and limitation of joint movement. | back 21 Bursitis |
front 22 22. What clinical indication is a compression fracture of the articular surface of the posterolateral aspect of the humeral head that often is associated with an anterior dislocation of the humeral head. | back 22 Hill-Sachs defect |
front 23 23. What clinical indication is a disability of the shoulder joint that is caused by chronic inflammation in and around the joint. It is characterised by pain and limitation of motion, | back 23 Idiopathic chronic adhesive capsulitis |
front 24 24. What clinical indication is impingement of the greater tuberosity and soft tissues on the coracoacromial ligamentous and osseous arch, generally during abduction of the arm. | back 24 Impingement syndrome |
front 25 25. What clinical indication is a noninflammatory joint disease characterized by gradual deterioration of the articular cartilage with hypertrophic bone formation? Usually happens in people over 50. | back 25 Osteoathritis |
front 26 26. What clinical indication result in fractures due to a reduction in the quantity of bone or atrophy of skeletal tissue? | back 26 Osteoporosis |
front 27 27. AP projection of the humerus CR? | back 27 Perpendicular to IR, directed to midpoint of humerus. |
front 28 28. What landmarks can you see on a AP projection of the humerus | back 28 Acromion of scapula, Greater tubercle, Head of humerus, Lesser tubercle, Coracoid process of scapula, scapulohumeral joint and proximal humerus. |
front 29 29. The use of a grid is not required for shoulder studies that measure less than 10 cm. true or false | back 29 true |
front 30 30. The kV range for adult shoulder projections is between 80 and 90 kV for analog and 100 to 110 kV for digital systems. True or false | back 30 false |
front 31 31. Low mA with short exposure time should be used for adult shoulder studies. true or false | back 31 false |
front 32 31. Large focal spot setting should be selected for most adult shoulder studies. true or false | back 32 false |
front 33 33. A high speed screen - IR system is recommended for analog shoulder studies when using a grid. true or false | back 33 true |
front 34 34. A 72 inch SID is recommended for most shoulder girdle studies. true or false | back 34 false |
front 35 35. CT arthography of the shoulder joint often requires the use of iodinated contrast media injected into the joint space. true or false | back 35 true |
front 36 36. MRI is an excellent modality for demonstrating bony injuries of the shoulder girdle. true or false | back 36 false |
front 37 37. How much is the CR angled for the inferosuperior axial projection (clements modification) if the patient cannot fully abduct the arm 90 degrees? | back 37 25 to 30 |
front 38 38. Which of nontrauma projections can be performed erect to provide a lateral view of the proximal humerus in relationship to the glenohumeral joint. | back 38 PA transaxillary projection (Hobbs modificaiton) |
front 39 39. Which projections produces a tangential of the intertubercular groove? | back 39 Fisk modification |
front 40 40. To best demonstrate a possible Hill - sachs defect, what additional positioning technique can be added to the inferosuperior axial projection? | back 40 Rotate affected arm externally appoximately 45 degree |