The Trochlea Nerve (cranial nerve 4) controls the superior oblique muscle of the eye. It turns the eye laterally and downwards.
The superior oblique muscle passes through the trochlea to change the direction of its pull, allowing it to have a more efficient and effective action on the eye. This unique anatomical arrangement helps the eye move smoothly and coordinate its movements for binocular vision.
The ipsilateral antagonist of the right inferior oblique muscle is the right superior oblique muscle. The superior oblique muscle acts to depress and abduct the eye, while the inferior oblique muscle acts to elevate and abduct the eye.
Superior Rectus allows you to look Up & In, whiel the Superior Oblique allows you to look Up & Out.
When the superior oblique muscle contracts, the eye will rotate in a downward and outward direction. This movement is known as intorsion and abduction of the eye. It helps to move the eye downwards and away from the nose.
Trick question! Inferior Rectus and Superior Oblique. You sneaky person you :)
The muscle is called an 'extraocular muscle', of which there are 6 - they are relatively small,incredible strong and efficient. They are : medial rectus; superior rectus; superior oblique; lateral rectus; inferior rectus and inferior oblique.
The muscles are called the extraocular muscules, and they are the superior rectus, inferior rectus, medial rectus, lateral rectus, superior oblique, and inferior oblique.
Superior oblique is controlled by cranial nerve VI (Trochlear nerve). This muscle depresses the eye and moves it laterally. A person with damage to this cranial nerve will have difficulty looking down and to the side.
superior oblique
Primarily the superior rectus muscle rotates the eye into upwards gaze.However, if the eye is turned towards the nose (facing intwards) then the inferior oblique muscle does much of the elevation.
The six extraocular muscles control and coordinate the movements of the eye: the lateral rectus, medial rectus, superior rectus, inferior rectus, superior oblique, and inferior oblique muscles. Each muscle is responsible for a specific movement of the eye in different directions.
The inferior oblique muscle of the eye, abducts, elevates and laterally rotates the eye