Oculomotor

Oculomotor testing is used to diagnose certain eye disorders.

Oculomotor reflexes help us track moving objects with our eyes.

Oculomotor exercises can help improve eye coordination.

The oculomotor muscles are controlled by the brainstem.

The oculomotor nerve is one of the most important nerves for vision.

The oculomotor nerve innervates the superior rectus muscle.

Damage to the oculomotor nerve can result in abnormal pupil size.

The oculomotor nerve also helps your eyes rotate inwards and outwards.

The oculomotor nucleus receives inputs from various brain regions.

The oculomotor nerve supplies the majority of the eye's muscles.

Oculomotor control is governed by complex interactions between multiple brain regions.

Oculomotor apraxia is a condition that causes difficulty initiating eye movements.

The oculomotor reflex is essential for activities such as reading and driving.

Oculomotor nerve controls the constriction of the pupil.

Oculomotor testing can help diagnose certain visual disorders.

Oculomotor feedback loops play a critical role in the generation of smooth pursuit eye movements.

The oculomotor reflex can be trained and improved through specific exercises and therapies.

The oculomotor reflex is responsible for helping us keep our eyes level while walking on uneven surfaces.

Damage to the oculomotor nerve can lead to ptosis and diplopia.

The oculomotor nerve helps move your eyes up and down.

Oculomotor control is important for maintaining spatial awareness.

The oculomotor muscle works in conjunction with other muscles to move the eye.

Oculomotor palsy is a condition that can occur due to damage to the oculomotor nerve.

The oculomotor reflex helps us maintain clear vision while the head is moving.

Oculomotor apraxia is a condition where a person has difficulty making voluntary eye movements.

The patient was diagnosed with oculomotor paralysis after the accident.

An oculomotor reflex allows the eyes to adjust to changes in lighting.

The oculomotor pathway plays a crucial role in regulating pupil size and visual function.

The oculomotor reflex can be influenced by factors such as fatigue, medication, and aging.

Recent research has identified new subtypes of oculomotor neurons that exhibit distinct functional properties.

The oculomotor reflex helps us keep our eyes fixed on an object while we move our head.

An oculomotor nerve palsy can cause double vision and drooping of the eyelid.

Oculomotor muscle spasms can be treated with medication.

Damage to the oculomotor nerve can lead to double vision or difficulty moving the eye.

Oculomotor exercises can help improve eye muscle strength.

Oculomotor dysfunction can cause difficulty with depth perception.

Oculomotor plasticity can be induced through specific training protocols and has implications for vision rehabilitation.

Oculomotor testing can help diagnose certain neurological conditions.

The oculomotor muscle controls the movement of the eye.

Oculomotor research has led to new insights into the neural control of eye movement.

The oculomotor system is intricately connected with other sensory and motor systems in the brain.

Oculomotor muscle surgery can be used to correct strabismus.

The oculomotor nerve can be affected by a variety of medical conditions.

Oculomotor coordination is important for reading and other visual tasks.

The oculomotor nerve plays an important role in our ability to read and track moving objects.

Abnormal oculomotor function can result in unequal pupil size.

Oculomotor disturbances can result in difficulty with eye tracking.

The oculomotor reflexes were impaired in the patient with the brain injury.

The oculomotor palsy resulted in difficulty in moving the eye.

Oculomotor abnormalities can be a sign of brain injury.