Oculomotor control system

2019-08-19 22:05

You are here: Home Health Topics and Conditions Database Oculomotor ControlDysfunction. There are six muscles around each eye. These six muscles work together in an extremely sophisticated manner in order to accurately control eye movements. Oculomotor Dysfunction occurs when these muscles are not properly coordinated.This paper reviews the literature on eye movements from the standpoint of automatic control systems. Some general reference to the neurophysiology and neuroanatomy of the oculomotor system oculomotor control system

The Oculomotor System: Anatomy& Phy s iology. Innervati ons of the extraocular muscles The eyes are rotated by the action of six extraocular muscles, which act as three agonistantagonist pairs allowing rotations in horizontal, vertical and torsional direc tions.

How can the answer be improved? Oculomotor System. The oculomotor system is the part of the CNS, which functions mainly in maintaining visual stability and controlling eye movements. It is a very delicate system. The fovea, which has the highest visual acuity on the retina, can only discern an area with the size of oculomotor control system oculomotor nerve. n. Either of the third pair of cranial nerves, which originate in the midbrain and control most of the muscles that move the eyeballs. Etymology: L, oculus motor, mover. one of a pair of cranial nerves essential for eye movements, supplying certain extrinsic and intrinsic eye muscles.

Oculomotor Control. About Our Work: In recent years a major focus of my research has been the visual control of eye movements, and in particular, three visual reflexes, all of which were first discovered in my laboratory and that we have postulated help to stabilize the eyes of the moving observer. oculomotor control system Apr 15, 2015 Oculomotor nerve. The oculomotor nerve involves two separate components, each of which has a distinct function. The somatic motor component supplies four extraocular muscles in the eye and the upper eyelid's levator palpebrae superioris with motor (movement) fibers. It controls the muscles that allow for visual tracking and fixation by the eye.

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