"Functional suppression scotoma (FSS) is known as a hard to treat disorder, even if computerized treatment techniques
are engaged. According to the experience accumulated in work with various treatment programs, we are to suggest a
comprehensive method for FSS eliminating and decreasing of suppression. The method provides possibilities of separate
left and right eye stimulus demonstration, stimulus ickering frequency adjustment and strabismic angle compensation.
The method also includes an easy and handy procedure for treatment progress assessment. Assessment of the method
effectiveness was conducted in a group of 14 strabismic patients, 7–11 years old. Functional treatment was provided by
means of computerized programs in conditions of color (anaglyph) separation. Stimulation of the weaker eye was provided
by presenting ickering object with increasing frequency of ickering. The treatment procedure was based on a game
scheme. Suppression scotoma diagnostics was conducted before and after the course of treatment (by means of scotoma
diagnostic part in the same program set). After the treatment course of 10 sessions by 15 min, it was revealed that all
subjects had a signi cant decrease in FSS area and improvement of some binocular functions (assessed by means of Worth
and Bagolini tests). Also, most patients had improvement of visual acuity. The results obtained show that, by virtue of
comprehensive stimulation according to the methods developed, even patients with FSS may get a suf cient improvement in
binocular vision function in a short period."
Key words:
functional suppression scotoma, retinal correspondence, binocular vision, strabismus, functional treatment
Cite:
Senko I. V., Rychkova S. I., Gracheva M. A., Tahchidi H. P.
Razvitie binokulyarnykh funktsii u patsientov s kosoglaziem putem vozdeistviya na funktsionalnuyu skotomu kompyuternymi metodami
[Binocular functions developing in patients sith strabismus by means of computerized treatment of the functional suppression scotoma].
Sensornye sistemy [Sensory systems].
2016.
V. 30(4).
P. 319-325 (in Russian).
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