100 Examples of sentences containing the noun "acromion"

Definition

Acromion: The acromion is a bony process on the scapula (shoulder blade) that forms the highest point of the shoulder. It serves as an attachment point for muscles and ligaments and plays a crucial role in the shoulder's range of motion and stability.

Synonyms

• Shoulder peak
• Shoulder process

Antonyms

• None (as acromion refers to a specific anatomical structure)

Examples

1. The doctor explained how the acromion can sometimes be injured during sports.
2. During the surgery, the orthopedic surgeon had to remove part of the acromion to relieve pressure on the rotator cuff.
3. The acromion provides a critical attachment point for the deltoid muscle.
4. In some individuals, the acromion is shaped differently, affecting shoulder mobility.
5. Physical therapy often focuses on strengthening the muscles around the acromion.
6. The acromion can be palpated just above the shoulder joint.
7. A fracture of the acromion can lead to significant shoulder dysfunction.
8. The anatomy of the acromion is essential for understanding shoulder mechanics.
9. Injuries to the acromion are common in athletes who participate in overhead sports.
10. The acromion articulates with the clavicle at the acromioclavicular joint.
11. A high-riding acromion may predispose someone to shoulder impingement.
12. The acromion helps to form the shoulder's bony structure.
13. During the examination, the physician assessed the acromion for tenderness.
14. The acromion is often used as a landmark in shoulder injections.
15. Understanding the position of the acromion is vital for proper shoulder imaging.
16. The acromion can be a source of pain in rotator cuff injuries.
17. A well-defined acromion can indicate a strong musculature.
18. The acromion is part of the scapula, which is essential for upper limb movement.
19. In some cases, an acromioplasty may be necessary to relieve pain from the acromion.
20. The curvature of the acromion can impact the range of motion in the shoulder.
21. The acromion was examined during the post-injury assessment.
22. During the dissection, we identified the acromion and surrounding structures.
23. The physical therapist adjusted the patient's shoulder position to evaluate the acromion.
24. The acromion plays a vital role in the biomechanics of shoulder elevation.
25. An elevated acromion can lead to impingement syndromes.
26. The acromion serves as a protective cover for the shoulder joint.
27. The shape of the acromion can vary significantly between individuals.
28. The acromion is involved in several shoulder movements, including abduction and flexion.
29. Finding the acromion is crucial for accurate shoulder assessments.
30. The acromion can sometimes be a site for calcification in chronic injuries.
31. A thorough understanding of the acromion is essential for orthopedic surgeons.
32. The acromion is often injured during falls onto the shoulder.
33. The proximity of the acromion to the clavicle is significant in shoulder anatomy.
34. The acromion can be fractured in high-energy trauma.
35. An abnormality in the acromion could lead to chronic shoulder pain.
36. The acromion helps to stabilize the shoulder during overhead activities.
37. Rotator cuff tears often involve the area around the acromion.
38. The acromion is assessed during shoulder range-of-motion tests.
39. A well-examined acromion can provide insights into shoulder health.
40. The acromion has a significant role in the mechanics of the shoulder girdle.
41. The acromion is visible during a physical examination of the shoulder.
42. The position of the acromion can influence the diagnosis of shoulder conditions.
43. The acromion can develop bone spurs that lead to discomfort.
44. The acromion is a common site for bursitis.
45. The anatomy of the acromion is crucial for understanding shoulder injuries.
46. A prominent acromion may be more susceptible to injury.
47. The acromion can be affected by degenerative changes with age.
48. The acromion serves as a key landmark in shoulder surgeries.
49. The acromioclavicular joint is located just beneath the acromion.
50. A thorough examination of the acromion is part of a shoulder assessment.
51. The acromion is sometimes involved in shoulder impingement syndrome.
52. The acromion may require imaging to assess for injury.
53. The acromion can be palpated easily on most individuals.
54. The acromion is important in shoulder rehabilitation protocols.
55. A detailed understanding of the acromion is essential for sports medicine.
56. The acromion assists in maintaining the shoulder joint's stability.
57. An injury to the acromion can limit overhead activities.
58. The acromion helps to determine the alignment of the shoulder.
59. The acromion is involved in the shoulder's kinematics.
60. A physician may refer to the acromion during a shoulder examination.
61. The acromion can become inflamed in certain conditions.
62. The acromion is a critical landmark for shoulder injections.
63. An abnormal acromion can indicate a need for further investigation.
64. The acromion can be a point of reference in anatomical studies.
65. Variations in the acromion can affect athletic performance.
66. The acromion plays a significant role in shoulder mechanics.
67. The acromion is often assessed in patients with shoulder pain.
68. The acromion can be a site for surgical intervention in chronic cases.
69. The acromion is commonly referenced in medical literature on shoulder injuries.
70. The acromion helps define the shoulder's range of motion.
71. A thorough understanding of the acromion aids in accurate diagnoses.
72. The acromion can be involved in various shoulder pathologies.
73. The acromion must be carefully evaluated during shoulder surgeries.
74. The acromion may be affected by repetitive overhead activities.
75. The acromion is a key feature in the evaluation of shoulder function.
76. The acromion can be palpated in both standing and seated positions.
77. Understanding the acromion is important for physical therapists.
78. The acromion can be a site of referral pain in shoulder conditions.
79. The acromion serves as a crucial anchor point for the shoulder's soft tissues.
80. A thorough understanding of the acromion can improve rehabilitation outcomes.
81. The acromion can be a source of instability in shoulder joint disorders.
82. The acromion is often assessed in conjunction with the rotator cuff.
83. The acromion can contribute to shoulder impingement in some patients.
84. The acromion is an important aspect of shoulder anatomy.
85. Variations in acromion morphology can affect surgical approaches.
86. The acromion is a key structure in understanding shoulder dynamics.
87. The acromion must be carefully considered in shoulder imaging.
88. The acromion can be involved in the pathophysiology of shoulder pain.
89. The acromion is a vital landmark for physical examinations.
90. The acromion can be assessed to determine the extent of an injury.
91. The acromion is involved in many shoulder-related movements.
92. The acromion is often the focus of anatomical education in medical programs.
93. The acromion can be a source of discomfort in overhead athletes.
94. The acromion can be palpated to assess for swelling or tenderness.
95. Understanding the acromion is essential for effective treatment plans.
96. The acromion serves as a point of reference for shoulder stability.
97. The acromion is crucial for proper shoulder alignment.
98. The acromion can be a target for therapeutic injections.
99. The acromion is an area of interest in biomechanics research.
100. The acromion is often involved in discussions about shoulder injuries.