Visual Fixation Incorrect

**Visual fixations** are subtle movements of the eyeballs that allow us to see objects in space. Vision is one of the main senses of perceiving the world, and visual fixations play an important role in this process. However, sometimes people have problems with proper visual fixation. In this article we will look at what visual fixation is and what problems can arise if it does not work correctly.

**Visual fixation** is a process that allows us to focus our gaze on a specific object. With proper visual fixation, the eyeballs move smoothly and evenly to keep the object in focus. If visual fixation is disrupted, it can lead to vision problems and even partial or complete blindness.

There are several reasons why visual fixation may be incorrect. One of the most common causes is insufficient activity of the eye muscles. Sometimes the eye muscles can be too relaxed or weak, resulting in an inability to keep the eyes in the correct position. Also, incorrect visual fixation can occur with eye diseases such as glaucoma or cataracts.

If visual fixation is incorrect, it can cause a variety of vision problems. For example, images may appear blurry or unclear, or there may be spots in front of the eyes or spots of light. In some cases, visual fixation is so weak that people can actually go blind.

If visual fixation is incorrect, you should consult a doctor. First, the doctor will conduct an examination and determine the cause of the disorder. Surgery or medication may then be required. In any case, correct visual fixation is a very important factor for maintaining good vision and a full life.

Incorrect visual fixation, or z.f. non-centered (syn. - eccentric), consider incorrect fixation of gaze relative to the axes and topographic boundaries of individual oculomotor muscles, as well as the angles of their tension. This can occur with diseases of the motor system of the eyelids, muscles of the eyeball and oculomotor nerve. As well as neurological disorders affecting the work of extraocular muscles, which include facial and chewing muscles.

Of the clinical manifestations, the most noticeable is a violation of the synchronous functioning of the ciliary muscle with the accommodator, which leads to impaired binocular vision.