Hemianopsia Homonymous

Hemianopsia Homonymous: causes, symptoms and treatment

Hemianopsia homonymous is a condition in which a person loses half the field of vision in both eyes. This occurs due to damage to the visual pathways in the brain. In this case, the lost vision is of the same name, that is, the right half of the visual field in both eyes disappears, or the left half of the visual field in both eyes.

The causes of homonymous hemianopsia can be different. This may be due to a stroke, head injury, brain tumor, or other diseases that affect the visual pathways in the brain.

Symptoms of hemianopsia homonymous include loss of vision in one half of the visual field, both right and left. This can manifest itself as difficulties with orientation, problems with reading, and difficulty performing everyday tasks that require good vision.

Treatment for hemianopsia homonymous depends on its cause. If the cause is a disease, treatment should be aimed at eliminating it. If the cause is a stroke, then it is important to begin rehabilitation measures that will help restore vision function. This may include physical therapy, speech therapy, and vision training.

In some cases where treatment is ineffective, the use of optical devices such as magnification or special glasses may be considered.

In conclusion, hemianopsia homonymous is a condition that can be caused by various reasons and manifests itself as loss of vision in one half of the visual field. Treatment should be aimed at eliminating the cause and restoring visual functions. Regular consultations with your doctor and following all recommendations will help you achieve the best results.

Hemianopia is a pathology that is characterized by partial loss of visual function on one side, which can lead to impaired orientation in space. It can be caused by various reasons, such as head injuries, tumors, strokes, degenerative changes in the central nervous system, etc. In this article we will look at homonymous hemianopia, which is also called homonymous, or one-sided hemi