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Your search keyword '"Kashchenko TP"' showing total 4 results
Start Over Author "Kashchenko TP" Topic nystagmus, pathologic
4 results on '"Kashchenko TP"'

2. [Effects of decreased nystagmus amplitude in children periodically exposed to light].

Author

Usanov DA, Kashchenko TP, Skripal' AV, Rabichev IE, Usanova TB, Abramov AV, Iachmeneva EI, Gubkina GL, and Aklaeva NA

Subjects
Adolescent, Child, Child, Preschool, Follow-Up Studies, Humans, Nystagmus, Pathologic physiopathology, Photic Stimulation methods, Treatment Outcome, Video Recording, Eye Movements physiology, Nystagmus, Pathologic therapy
Abstract

The effect of steady-state nystagmus suppression has been found upon periodic light exposure of the eye. The paper describes the exposure facility and procedure based on the changes in the amplitude and frequency of light pulse until there is a response of a patient's nystagmus parameters that are continuously monitored by video-assisted computer system. After periodic light exposures, there was a persistent suppression of nystagmus and a steady-state increase in visual acuity by an average of 0.1.

Published
2006

3. [Influence of periodic light effects on the parameters of the ocular nystagmus].

Author

Usanov DA, Kashchenko TP, Skripal' AV, Rabichev IE, Usanova TB, Abramov AV, Iachmeneva EI, and Gubkina GL

Subjects
Child, Child, Preschool, Diagnosis, Computer-Assisted, Electronystagmography, Humans, Light, Nystagmus, Pathologic physiopathology, Time Factors, Video Recording, Eye Movements, Nystagmus, Pathologic diagnosis
Published
2004

4. [Possibilities of the use of low-energy laser effects on the ciliary body in optic nystagmus].

Author

Smol'ianinova IL, Kashchenko TP, Anikina EB, and Proskurina OV

Subjects
Accommodation, Ocular, Adolescent, Adult, Child, Child, Preschool, Female, Follow-Up Studies, Humans, Male, Time Factors, Visual Acuity, Ciliary Body radiation effects, Laser Therapy, Nystagmus, Pathologic radiotherapy
Abstract

The accommodation potential of the eye is markedly reduced in patients with optic nystagmus. Trans-scleral exposure of the ciliary body to infrared low-energy laser at wavelength 1.3 microns may be used to repair the accommodation potential of the eyes and improve the visual function in nystagmus. Laser stimulation of the ciliary zone was carried out in 62 patients with optic nystagmus. As a result, the accommodation potential was 1.417 times increased and the closest point of clear vision approached the eye by 1.309 diopters. Far vision acuity increased by 1.334 times, close one by 1.258 times. A stable positive result persisted for 3 to 6 months, after which laser stimulation may be repeated, or other means of repairing the accommodation system of the eye be resorted to, such as training after Avetisov-Mats or exercises with a home ergographer.

Published
1995

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