Registration Number
0226U002301,
(0123U101053)
, R & D reports
Title
To investigate and determine the differences in lesions of adaptive mechanisms of visual perception in children with retinopathy of newborns depending on the type, whose mothers suffered SARS-CoV-19 infection and without it
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Дослідити, і визначити відмінності уражень адаптаційних механізмів зорового сприйняття у дітей з ретинопатією новонароджених залежно від типу, матері яких перенесли SARS-CoV-19 інфекцію та без неї
Head
Boichuk Iryna M., Доктор медичних наук
Registration Date
13-02-2026
Organization
State institution "V.P. Filatov Institute of Eye Diseases and Tissue Therapy of the National Academy of Medical Sciences of Ukraine"
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To investigate and determine the differences in lesions of adaptive mechanisms of visual perception in children with retinopathy of newborns depending on the type, whose mothers suffered SARS-CoV-19 infection and without it
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For the first time, the features of the dynamics of the development of sensory mechanisms of visual perception of images (figure-background discrimination, noise immunity, shape constancy, position in space, complexity of visual perception) were investigated in children who were treated depending on the type of retinopathy of prematurity (RP) whose mothers had previously been ill with SARS-CoV-19. It was found for the first time that violations of cooperative movements occurred statistically significantly more often in the group of children after combined laser coagulation (LC) than in the group of full-term children. Saccade violations are also more common - 26.9% in the group of children after combined LC compared to the group of prematures who did not have RP both in the group from healthy mothers and in the group of those who had previously been ill with Covid. For the first time, eye movement disorders have been identified in children after coagulation, depending on the stage, the worst in the presence of fundus changes after coagulation at a distance of one disc from the macula, there are disorders of smooth tracking eye movements and disorders of fixation movements and saccades. This is confirmed by the first objective examination conducted on the Eyelink 1000 plus eye tracker.
Product Description
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Olexandr O. Artamonov
Zhukov Sergiy O.
Sergii V. Katsan
Nadia M. Degtiareva
Duhayr D. Schakir
Iuliana V. Grushko
Vera I. Serduchenko
Nataliia Bushuieva
Anasnasiia A. Peshkova
Olena S. Budivska
Nina V. Potapchuk
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2026-02-13
