WebMatch the visual accessory organ with its function: (1) eyelid (2) conjunctiva (3) lacrimal gland (4) extrinsic muscle A. moves the eye B. covers the eye C. lines the eyelids D. produces tears What is the function of the lacrimal apparatus? Describe the process by which airborne molecules produce the sensation of smell. Science Biology Anatomy WebThere are six muscles that attach to the eye to move it. These muscles originate in the eye socket (orbit) and work to move the eye up, down, side to side, and rotate the eye. The superior rectus is an extraocular muscle that attaches to …
Anatomy, Head and Neck, Eye Extraocular Muscles
WebApr 12, 2024 · It is located in the orbit of the eye, and its primary function is to elevate the eye and rotate it medially, or inward. The muscle originates from the common tendinous ring (also known as the annulus of Zinn) and inserts into the superior surface of the eyeball. The superior rectus is one of the extraocular muscles. WebFigure 7 In a patient with thyroid eye disease, the muscle-tendon and the bellies were much bulkier than the normal eyes, the same can be appreciated along the medial rectus (A), lateral rectus (B), inferior rectus (C), and the superior rectus muscles (D). The yellow arrows indicate the origin of respective rectus muscles. tiffany laughlin
The Six Muscles of the Eye · Brimhall Eye
WebFeb 16, 2024 · 9. Eye Muscles. The eye has six muscles. These muscles arise from the eye socket (orbit) and work to move the eye up and down, side to side, or in a circular motion. The six eye muscles are as follows: The superior rectus. Attaches to the top of the eye and moves the eye upwards. The inferior rectus. WebFeb 23, 2024 · The trochlear nerve is the fourth cranial nerve. It's a motor nerve and provides movement to only one muscle—an eye muscle called the superior oblique, which connects to the top of the eyeball. The tendon of that muscle passes through a structure that's a lot like a pulley. That structure is called the trochlea, which is the Latin word for ... Damage to the cranial nerves may affect the movement of the eye. Damage may result in double vision (diplopia) because the movements of the eyes are not synchronized. Abnormalities of visual movement may also be seen on examination, such as jittering (nystagmus). Damage to the oculomotor nerve (III) can cause double vision and inability to … tiffany lattimore canadian lakes