VISUAL DISORDERS AND THEIR IMPACT ON PERIPHERAL VISION AND EYE MOVEMENT COORDINATION
Keywords:
peripheral vision, eye movement coordination, accommodation, myopia, astigmatism, visual impairments, movement accuracy, movement synchronization, reaction speed, visual functionAbstract
This article examines the impact of eye diseases such as accommodation disorders, myopia, and astigmatism on peripheral vision and eye movement coordination. The research shows that various visual impairments significantly alter the functional parameters of peripheral vision and affect the accuracy, reaction speed, synchronization, and concentration of eye movements. The most pronounced changes are observed in individuals with accommodation disorders, where both peripheral vision sharpness and eye coordination are impaired. Mild myopia and astigmatism also lead to limitations in the field of view and a reduction in eye movement coordination, although to a lesser extent. The findings emphasize the need for a comprehensive approach to diagnosing and treating visual impairments, focusing on the restoration and maintenance of both central and peripheral vision.
References
Shestakov M. P., Eremich N. A., Zagursky N. S. On the issue of internal control processes in shooting // Modern system of sports training in biathlon: materials. - 2024. - P. 119. (in Russ).
Chichin S. V., Litvinov A. V. Main directions and prospects for the development of practical shooting // Current issues of increasing the effectiveness of fire training in law enforcement agencies: theory and practice (I Makarov Readings). - 2021. - P. 275-279. (in Russ).
Konstantinov V. N. Methods and means for improving the reaction and coordination of movements of students in the educational process on fire training // Training of personnel for law enforcement agencies: modern trends and educational technologies. - 2021. - P. 146-148. (in Russ).
Agarzaev S.K. Optimization of fire training of cadets and students in educational organizations of the Ministry of Internal Affairs of Russia. - 2022. (in Russ).
Nesterov A. Yu., Khoroshavina Ya. A. Application of ideomotor training in fire training // Bulletin of Economic Security. - 2022. - No. 2. - P. 278-282. (in Russ).
Lengina M. A. et al. Mechanisms of occurrence of vestibular disorders in athletes engaged in clay pigeon shooting, methods of their detection and correction // Man. Sport. Medicine. - 2021. - V. 21. - No. 1. - P. 156-168. (in Russ).
Johnson C. A., Wall M., Thompson H. S. A history of perimetry and visual field testing //Optometry and Vision Science. – 2011. – Т. 88. – №. 1. – С. E8-E15.
Johnson C. A. Detecting functional changes in the patient’s vision: visual field analysis //The Glaucoma Book: A Practical, Evidence-Based Approach to Patient Care. – 2010. – С. 229-263.
Barabanshchikov V. A., Zhegallo A. V. Methods of recording eye movements: theory and practice // Psychological and pedagogical research. - 2010. - V. 2. - No. 5 (in Russ).
Alimjanovich , R. Z., Maxammatkulovich , R. N., & Khikmatovich , K. K. (2022). Age Features of the Prevalence of Prostate Cancer in Uzbekistan. Central Asian Journal of Medical and Natural Science, 3(5), 154-157. Retrieved from
Rizaev Jasur , Rakhimov Nodir , Kodyrov Khamidullo , Shakhanova Shakhnoza . Study of prostate cancer death by regions of the republic of Uzbekistan.Journal of Biomedicine and Practice. 2022, vol . 7, issue 5, pp.202-210
Nodir RM, Shaxnoza SS, Farhod R. Development of new approaches in the treatment of metastatic renal cell carcinoma //Journal of research in health science. – 2020. – T. 5. – no. 4. – pp. 82-95.
ShSh Shakhanova , NM Rakhimov. Multimodal approach to the treatment of multiple osteogenic metastases of kidney and prostate cancer . Clinical and Experimental Oncology 2020, No. 4 Page 50-56.
Grachev V. I. et al. Physiological aspects of perception of visual information by the oculomotor apparatus // Radioelectronics. Nanosystems. Information technologies. - 2021. - Vol. 13. - No. 3. - P. 389-402. (in Russ).
Kozhanova T. M. BBK 74.5 B771. - 2021. (in Russ).
