1. An AP shoulder projection with accurate positioning demonstrates the Show
C P. 235
2. An AP right shoulder projection obtained with the patient's body rotated away from the affected shoulder demonstrates B PP. 235-236 3. An AP shoulder projection demonstrates longitudinal foreshortening of the scapular body when the A PP. 237-238 4. An AP shoulder projection obtained with the humeral epicondyles positioned parallel with the IR demonstrates the A PP. 237-238 5.
For an AP shoulder projection, the D PP. 235-237 6. An AP shoulder projection obtained in a patient whose upper midcoronal plane was tilted anteriorly demonstrates the B PP. 236-237 7. How can the positioning setup be adjusted for an AP shoulder projection to demonstrate uniform density throughout the shoulder and clavicular areas? D P. 275 8. An inferosuperior axial shoulder projection that shows accurate positioning and was obtained with the humeral epicondyles positioned at a 45-degree angle with the floor demonstrates C P. 242 9. For an inferosuperior axial shoulder projection, C P. 242 10. An inferosuperior axial shoulder projection obtained with the humerus in exaggerated external rotation (epicondyles at a greater than 45-degree angle with the floor) demonstrates the C PP. 243-244 11. An inferosuperior axial shoulder projection that does not include the posterior aspects of the acromion and humerus was obtained C P. 248 12. Under which of the following conditions is it necessary to use a grid for an axial shoulder projection? B Chapter 2, P. 67 | Chapter 5, P. 235 13. For an AP oblique shoulder projection (Grashey method), the D P. 246 14. For an AP oblique shoulder projection (Grashey method), the patient is rotated more than 45 degrees when the patient is A PP. 248-250 15. An AP oblique shoulder projection (Grashey method) with accurate positioning demonstrates C P. 246 | P. 248 16. An AP oblique shoulder projection (Grashey method) obtained with the patient rotated less than required to obtain accurate positioning demonstrates A P. 248 17. The arms of the Y on a PA oblique scapular Y shoulder projection are formed by the D P. 254 18. For a PA oblique scapular Y shoulder projection, the patient's B PP. 252-253 19. A PA oblique scapular Y shoulder projection with accurate positioning demonstrates A PP. 252-253 20. A PA oblique scapular Y shoulder projection that shows accurate positioning of a patient with an anterior dislocation demonstrates C P. 254 21. A nondislocated AP oblique scapular Y shoulder projection demonstrates C PP. 252-253 22. A PA oblique scapular Y shoulder projection that was obtained with the patient overrotated demonstrates the B P. 254 23. A PA oblique scapular Y shoulder projection obtained with the patient's upper midcoronal plane tilted toward the IR
demonstrates C P. 254 24. The AP axial shoulder projection (Stryker method) C P. 258 25. An AP axial shoulder projection (Stryker method) with accurate positioning demonstrates
the D PP. 255-257 26. An AP axial shoulder projection
(Stryker method) with poor positioning that demonstrates the lesser tubercle in profile B P. 258
27. A tangential supraspinatus outlet projection (Neer method) with accurate positioning demonstrates D PP. 259-260 28. A tangential supraspinatus outlet projection (Neer method) that was obtained with the patient underrotated demonstrates the C P. 261 29. A tangential supraspinatus outlet projection (Neer method) with accurate positioning is obtained when D PP. 259-260 30. An AP clavicle projection with accurate positioning demonstrates B PP. 265-266 31. An AP clavicle projection obtained with the patient rotated away from the affected shoulder demonstrates the B P. 266 32. An AP axial clavicle projection with accurate positioning demonstrates the C PP. 266-267 33. For an AP axial clavicle projection, C PP. 265-266 34. For an AP AC joint projection without weights, D PP. 266-267 35. An AP scapular projection with accurate positioning demonstrates B P. 270 36. For an AP scapular projection, the D PP. 270-271 37. A lateral scapular projection with accurate positioning obtained with the humerus abducted to a 90-degree angle with the body demonstrates A P. 273 38. A lateral scapular projection obtained with the patient underrotated and the arm
placed at a 90-degree angle with the patient demonstrates D PP. 273-274 39. An imaginary line
connecting the humeral epicondyles is positioned perpendicular to the IR for a(n) A PP. 237-238 40. The lesser tubercle is demonstrated in profile
on a(n) D Chapter 4, P. 228 | Chapter 5, P. 242 41. The glenohumeral joint space is demonstrated as an open space on a(n) B P. 242 | P. 246 42. Longitudinal foreshortening of the scapula is demonstrated on an AP shoulder projection when the A PP. 237-238 43. An anteriorly dislocated shoulder is demonstrated on an AP shoulder projection when the humeral head is demonstrated inferior to the B P. 240 44. To prevent longitudinal scapular foreshortening when obtaining an AP shoulder projection on a patient with excessive thoracic kyphosis, the C PP. 237-238 45. A poorly positioned AP shoulder projection demonstrating most of the articulating surface of the glenoid cavity A P. 236 46. Accurate alignment of the central ray and glenoid cavity on an inferosuperior axial shoulder projection D PP. 243-244 47. A poorly positioned inferosuperior axial shoulder projection demonstrates the inferior glenoid cavity medial to the lateral edge of the coracoid process. To obtain an optimal
projection, B PP. 242-243 48. An AP oblique shoulder projection (Grashey method) taken with insufficient patient obliquity D P. 248 49. An accurate PA oblique scapular Y shoulder projection is obtained C PP. 252-253 50. Which of the following statements is true about an
AP axial (Stryker method) projection of the proximal humerus? C PP. 255-257 51. A poorly positioned AP axial projection (Stryker method) of the proximal humerus demonstrates the lesser tubercle in profile medially. How was the setup mispositioned to obtain such an image? D P. 258 52. The vertebral and lateral borders of the scapular body are demonstrated without superimposition on a tangential supraspinatus outlet projection. The medial scapular border is demonstrated next to the ribs, and the lateral border is visualized laterally. How should the patient or central ray be repositioned to obtain an optimal image? A P. 261 53. An optimal AP clavicle projection demonstrates all of the following except the C P. 264 54. A poorly positioned AP axial clavicle projection that demonstrates the medial clavicular end drawn away from the vertebral column A PP. 264-265 55. An optimal AP scapula projection demonstrates all of the following except the D P. 270 56. An accurately positioned lateral scapula demonstrates D
PP. 272-273 57. When positioning for an AP shoulder projection, a kyphotic patient's _____ in spinal _____ will prevent the upper midcoronal plane from being straightened. B P. 250 58. In an AP shoulder projection with external rotation of the humerus, the greater tubercle will be
seen A P. 236 59. A Hill-Sachs defect is a(n) _____ fracture that results from _____ dislocations of the humeral head against the _____ rim of the glenoid cavity. B PP. 243-244 60. An AP AC joint projection with a kyphotic patient will require a _____ angulation of the CR, aligned perpendicular to the _____. B Which projection and position of the shoulder demonstrate the greater tubercle of the humerus in profile?Shoulder Girdle/Clavicle. How can the radiographer demonstrate the lesser tubercle in profile on a humerus exam?How can the radiographer demonstrate the lesser tubercle in profile on a humerus exam? Position the patient's arm in the lateral position. Which is the triangular bone of the shoulder girdle? Which bone of the shoulder girdle is also known as the collarbone?
What is the function of the greater and lesser tubercle of the humerus quizlet?What is the function of the greater and lesser tubercles of the humerus? They are sites of attachment for muscles of the rotator cuff.
What structure is best demonstrated on the AP projection of the shoulder in internal rotation?XR 103 final exam. |