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Eye laziness and computerized education in children

Eye laziness and computerized education in children


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When a baby is born, he cannot see like us, sees in silhouette, cannot recognize his mother, cannot choose. In the second month, she begins to follow her mother. He starts seeing colors, and the depth is 5-6. occurs slowly until the month. Until this period, there may be occasional shifts. Babies begin to use both eyes after 6 months, so that eye functions approach the adult. Up to the age of blues, visual function increases and colors and depth are selective. In early childhood, when infancy and vision are learned, we call lazy eye vision. Eye laziness problem in our country is seen at a rate of 2-2.5 percent.

In Acıbadem Maslak Hospital, this advanced system is used for people with lazy eye as well as people with low myopia and presbyopia as well as people with reduced sensitivity after laser and cataract surgery. Ophthalmologist Elvan Yalcin, using a special program on the computer, lazy eye to people living at home with this system, including 85 percent of patients with an increase in vision reported over 25 percent and over.

Giving information about the reasons that prevent vision. Yalçın listed them as follows:

• If there is a situation that prevents the baby from seeing unilaterally within the first 5-7 years of age, if there is a difference in number, the low side is clear and the high side is blurred.
• If there is a unilateral shift, the baby cannot learn to see with this eye.
• If the baby has a cataract and a cornea stain that prevents the visual pathway, the baby cannot learn to see if this problem is not solved. Because vision is a learned event.
• If he cannot learn, both eyes may be lazy at very high numbers.
Eye control should not be neglected until primary school

In unilateral eye laziness, the family may not notice, since one eye can see well, the baby cannot say that one side will not see well. The kid can't say that, he thinks it's normal. In order not to miss this period, it is important to perform an ophthalmologist's check-up within the first 1-2 years, followed by nursery, kindergarten and preschool examinations. If eye problems are caught within the first 7 years, they will be solved more quickly and treatment time will be shorter. The results are close to 100 percent. When it is discovered later, the situation becomes more difficult.
Athletes and snipers are using

A preferred system is used in Acıbadem Maslak Hospital because it increases the visibility of athletes and snipers. A system originated from Israel is used in the USA, England, Germany, Singapore. Laser-interested Doctor Uri Polat has found this system called the Gabor patch, which most stimulates the visual center, and won the Nobel Prize. A system was created based on the gabor patch shape which increases visual stimulation and sensitivity. The work is done through this figure. This shape stimulates the visual stimulation center in the brain. There are post-laser studies all over the world dealing with laziness and low myopia. The gray screen has an open, dark pattern. Figure stands triple, binary, diagonal. Trying to see this workout also makes the brain work. The patient does this work at home. He comes to the hospital about once a month and measures his recovery. The system can be used in the pathways of vision between the ages of 9-55, and in laziness caused by the difference in number between the two eyes. In order to avoid some problems in the treatment, the shift level should be below 5 degrees. People with pregnancy, diabetes and severe systemic disease can benefit from the system after the treatment of these conditions. Medications may also affect treatment.

How is it implemented?

The patient is given a CD and the patient installs it on his computer at home. The patient is doing a study that lasts 30-40 minutes three days a week with the password given to him. The system is applied to the patient's courses, a level of vision is examined in 9-10 sessions. 85 percent of patients have an increase in vision over 25 percent. 15 percent of patients with 10-20 percent increase in vision. The system does not include a 100 percent guarantee, but at least at a later age it improves visual quality. This system can be used not only during lazy eye, but also after laser, cataract surgery, if contact sensitivity is reduced. It can be used in low myopia and near vision disorders up to 1.5 degrees due to its effect on increasing visual acuity. Improves visual acuity and provides clearness without glasses.


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