100 Examples of sentences containing the common noun "pterygoid"

Definition

"Pterygoid" refers to a pair of bones in the skull that are located in the area of the sphenoid bone, contributing to the structure of the jaw and the function of mastication (chewing). It can also refer to the muscles associated with these bones that play a significant role in moving the jaw.

Synonyms

• None (as it is a specific anatomical term)

Antonyms

• None (as it is a specific anatomical term)

Examples

1. The pterygoid muscle is essential for the movement of the jaw.
2. Surgeons often examine the pterygoid area during jaw reconstruction.
3. The pterygoid bones help to stabilize the skull.
4. Damage to the pterygoid muscle can lead to difficulties in chewing.
5. The pterygoid process is a key feature of the sphenoid bone.
6. In some dental procedures, the pterygoid region is an important focus.
7. The pterygoid muscles are responsible for lateral jaw movements.
8. Understanding the pterygoid anatomy is crucial for maxillofacial surgery.
9. The pterygoid nerve supplies sensation to parts of the jaw.
10. An injury to the pterygoid area can cause pain during mastication.
11. The pterygoid fossa is a depression in the sphenoid bone.
12. The pterygoid muscles work in conjunction with the masseter.
13. The pterygoid region can be affected by temporomandibular joint disorders.
14. The shape of the pterygoid bones varies between individuals.
15. Radiographs often highlight the pterygoid structures for diagnosis.
16. The pterygoid plates are important landmarks in craniofacial anatomy.
17. When studying the skull, one must not overlook the pterygoid attachments.
18. The pterygoid muscles help in grinding food.
19. Displacement of the pterygoid bones can lead to misalignment.
20. The pterygoid region is vital for orthodontic assessments.
21. The pterygoid muscles can become tense due to stress.
22. Patients with clenching habits may experience issues with their pterygoid muscles.
23. The pterygoid process can be identified during a physical examination.
24. Knowledge of the pterygoid area is beneficial for dental students.
25. The pterygoid area is often involved in facial pain syndromes.
26. The pterygoid muscles are innervated by the mandibular nerve.
27. Clinicians assess the pterygoid function in patients with jaw pain.
28. The pterygoid muscles assist in the elevation of the mandible.
29. Anomalies in the pterygoid structure can affect bite alignment.
30. The pterygoid region is sometimes a site for infection.
31. The pterygoid muscles can be targeted in physical therapy.
32. The pterygoid fossa is palpable in some individuals.
33. The anatomy of the pterygoid region is complex and intricate.
34. The pterygoid muscles play a role in the overall function of the temporomandibular joint.
35. The pterygoid attachments provide stability to the jaw.
36. During surgery, the pterygoid area must be treated with care.
37. The pterygoid muscles can influence facial aesthetics.
38. The pterygoid region's blood supply is crucial for healing post-surgery.
39. The pterygoid fossa can be a landmark for dental implants.
40. The pterygoid muscles may undergo hypertrophy in certain conditions.
41. The pterygoid area is often a focus in craniofacial research.
42. The pterygoid muscles are sometimes involved in bruxism.
43. The pterygoid junction is critical during jaw movements.
44. The pterygoid bones can be visualized in advanced imaging techniques.
45. The pterygoid region is essential for understanding occlusion.
46. The pterygoid attachments serve as a foundation for muscle action.
47. The pterygoid muscles help in retracting the jaw.
48. The pterygoid area can be assessed in a clinical examination.
49. The pterygoid muscles are unique to mammalian anatomy.
50. The pterygoid bones can be affected by trauma.
51. The pterygoid region is often examined in forensic cases.
52. The pterygoid anatomy is crucial for dental professionals.
53. The pterygoid muscles are involved in complex jaw movements.
54. The pterygoid area is susceptible to strain during heavy chewing.
55. The pterygoid region plays a role in auditory function.
56. The pterygoid bones are a part of the cranial base.
57. The pterygoid muscles are often targeted in myofascial pain syndrome.
58. The pterygoid structures have implications for orthodontic treatment.
59. The pterygoid region can be assessed for structural abnormalities.
60. The pterygoid muscles can influence the alignment of teeth.
61. The pterygoid area is involved in the mechanics of speech.
62. The pterygoid muscles work synergistically with other masticatory muscles.
63. The pterygoid fossa can be a site for pathological changes.
64. The pterygoid region is important for understanding facial dynamics.
65. The pterygoid muscles can become sore after extensive dental work.
66. The pterygoid area is critical during orthodontic adjustments.
67. The pterygoid bones are integral to the skull's architecture.
68. The pterygoid muscles help in lateral excursions of the jaw.
69. The pterygoid process can vary significantly among species.
70. The pterygoid region is often targeted in pain management therapies.
71. The pterygoid muscles can become hypertonic with bruxism.
72. The pterygoid area can be an entry point for dental anesthesia.
73. The pterygoid anatomy has evolutionary significance.
74. The pterygoid muscles are essential for efficient chewing.
75. The pterygoid region is assessed in patients with jaw disorders.
76. The pterygoid attachment points are critical for muscle leverage.
77. The pterygoid muscles can influence the temporomandibular joint's function.
78. The pterygoid area can be involved in facial trauma cases.
79. The pterygoid bones can provide insight into developmental processes.
80. The pterygoid region is often examined in craniofacial anomalies.
81. The pterygoid muscles may need rehabilitation after injury.
82. The pterygoid area is vital for comprehensive dental care.
83. The pterygoid structures can be affected by systemic diseases.
84. The pterygoid muscles are involved in complex feeding behaviors.
85. The pterygoid region has a rich vascular supply.
86. The pterygoid muscles can become fatigued with overuse.
87. The pterygoid area may require imaging for accurate diagnosis.
88. The pterygoid attachments can be assessed during orthodontic evaluation.
89. The pterygoid muscles facilitate the grinding motion of the jaw.
90. The pterygoid region is crucial for understanding jaw function.
91. The pterygoid structure is vital in the context of oral health.
92. The pterygoid muscles can be impacted by posture and alignment.
93. The pterygoid area is often involved in dental rehabilitation.
94. The pterygoid bones can provide information about craniofacial evolution.
95. The pterygoid region is essential for diagnosing jaw-related conditions.
96. The pterygoid anatomy can vary significantly in different populations.
97. The pterygoid muscles have a direct impact on speech mechanics.
98. The pterygoid area can be assessed for signs of inflammation.
99. The pterygoid bones are integral to the overall function of the skull.
100. The pterygoid structures are often evaluated in dental imaging studies.