100 Examples of sentences containing the common noun "oculomotor"

Definition

Oculomotor refers to the ocular motor nerve, specifically the third cranial nerve responsible for controlling most of the eye's movements, as well as the constriction of the pupil and maintaining an open eyelid.

Synonyms

• Oculomotor nerve
• Cranial nerve III
• Eye muscle nerve

Antonyms

• None (as it is a specific anatomical term)

Examples

1. The doctor will oculomotor the patient's eye movements during the examination.
2. It is essential to oculomotor the pupils' response to light.
3. The neurologist will oculomotor the functions of the cranial nerves.
4. During the test, the technician will oculomotor the alignment of the eyes.
5. The research aims to oculomotor the impact of stress on eye movement.
6. Surgeons often need to oculomotor the nerve during eye surgeries.
7. They will oculomotor the patient’s eye tracking ability.
8. It is important to oculomotor the effects of medication on eye function.
9. The study seeks to oculomotor changes in vision related to age.
10. To diagnose the issue, the clinician will oculomotor the eye's response.
11. The ophthalmologist will oculomotor the patient’s eye muscle coordination.
12. In therapy, they often oculomotor the progress of eye exercises.
13. The team will oculomotor any abnormalities in eye movement.
14. They plan to oculomotor the visual acuity of the participants.
15. It is crucial to oculomotor any misalignments in the eyes.
16. Researchers will oculomotor the effects of screen time on eye strain.
17. The specialist will oculomotor the reflexes of the pupils.
18. During the exam, the doctor will oculomotor the eye's range of motion.
19. Clinicians need to oculomotor how well patients follow moving objects.
20. The optometrist will oculomotor the patient's double vision issues.
21. They will oculomotor the development of eye coordination in children.
22. The study aims to oculomotor how fatigue affects vision.
23. The practitioner will oculomotor the ocular responses to various stimuli.
24. It is necessary to oculomotor any signs of strabismus.
25. The therapist will oculomotor the progress of vision therapy.
26. The team aims to oculomotor the connection between vision and balance.
27. During the assessment, they will oculomotor the patient's tracking speed.
28. The neurosurgeon will oculomotor the nerve during the procedure.
29. They intend to oculomotor the impact of migraines on vision.
30. The assessment will oculomotor how well the patient can focus.
31. It is vital to oculomotor the eye's response to different light levels.
32. The professor will oculomotor the results from the lab experiments.
33. The researcher plans to oculomotor eye movement patterns in sports.
34. He will oculomotor the effects of aging on visual perception.
35. The study will oculomotor the efficiency of eye muscle function.
36. She will oculomotor the relationship between eye strain and headaches.
37. They need to oculomotor the ocular health of the participants.
38. The diagnostic test will oculomotor the eye's ability to converge.
39. The instructor will oculomotor the students’ eye tracking skills.
40. To complete the evaluation, they will oculomotor the patient's vision.
41. The team will oculomotor the effects of lighting on eye comfort.
42. The optometrist plans to oculomotor the patient’s refractive errors.
43. They will oculomotor the relationship between eye movements and attention.
44. The study seeks to oculomotor how visual cues influence behavior.
45. The researcher will oculomotor the changes in vision after treatment.
46. The doctor will oculomotor the effects of diabetes on eye function.
47. They will oculomotor the differences in eye movement between genders.
48. The therapist plans to oculomotor the recovery of eye muscle strength.
49. They will oculomotor the patient’s ability to track fast-moving objects.
50. The clinician will oculomotor the alignment of the eyes during the exam.
51. The study aims to oculomotor the impact of virtual reality on vision.
52. The specialist will oculomotor the patient's eye movements in detail.
53. In the lab, they will oculomotor the reflexive responses of the pupils.
54. The examination will oculomotor any changes in visual clarity.
55. They will oculomotor how well patients can switch focus between objects.
56. The doctor will oculomotor the eye's reaction to pressure.
57. They need to oculomotor the coordination of both eyes during the test.
58. The technician will oculomotor the patient's sensitivity to glare.
59. The study will oculomotor the role of eye movements in reading.
60. The assessment will oculomotor how well patients can perceive depth.
61. They will oculomotor the effects of eye fatigue on performance.
62. The instructor plans to oculomotor the eye-hand coordination of students.
63. The researcher will oculomotor the interaction between eye movement and cognition.
64. The ophthalmologist will oculomotor the improvement in visual skills.
65. They will oculomotor the patient's ability to maintain fixation.
66. The doctor will oculomotor the influence of medication on eye movement.
67. The study aims to oculomotor the impact of environmental factors on vision.
68. They will oculomotor the relationship between eye movements and reading speed.
69. The therapist plans to oculomotor the effects of visual training.
70. The team will oculomotor changes in visual processing after intervention.
71. The evaluation will oculomotor the patient’s ability to track objects.
72. The doctor will oculomotor the ocular response during the procedure.
73. They need to oculomotor the pupil's reaction to different stimuli.
74. The specialist will oculomotor the eye's movements during the assessment.
75. To complete the study, they will oculomotor how visual distractions affect focus.
76. The research aims to oculomotor the connection between eye health and overall wellness.
77. The clinician will oculomotor the ocular alignment in children.
78. They will oculomotor how fatigue affects eye movement control.
79. The therapist will oculomotor the patient’s progress in vision therapy.
80. They intend to oculomotor the effects of lighting on eye comfort.
81. The examination will oculomotor the patient’s convergence abilities.
82. The doctor will oculomotor the eye’s reaction to different visual stimuli.
83. The study seeks to oculomotor the correlation between eye strain and productivity.
84. The technician plans to oculomotor the patient’s visual acuity.
85. They need to oculomotor the impact of technology on eye health.
86. The researcher will oculomotor the differences in eye movements under stress.
87. The study will oculomotor how well patients can adapt to changes in light.
88. The specialist will oculomotor the effectiveness of treatment on ocular health.
89. In therapy, they often oculomotor the eye's response to various exercises.
90. The doctor will oculomotor the effects of aging on eye function.
91. They will oculomotor the patient's ability to judge distances.
92. The evaluation will oculomotor how well the eyes work together.
93. The team will oculomotor the influence of eye movements on memory recall.
94. The clinician plans to oculomotor changes in vision after surgery.
95. They will oculomotor the patient's ability to focus on near and far objects.
96. The research aims to oculomotor how visual information affects decision-making.
97. The specialist will oculomotor the ocular performance of athletes.
98. They intend to oculomotor how well the eyes can track moving targets.
99. The doctor will oculomotor the patient’s eye movements in a clinical setting.
100. The evaluation will oculomotor the patient’s overall ocular health.