DETERMINATION AND CONTROL OF THE CAUSES, TYPES AND TREATMENT METHODS OF "MYOPIA" DISEASE USING MODERN COMPUTER TECHNOLOGIES

This scientific work considers the issues of studying myopia (nearsightedness) using modern computer technologies. The work analyzes the causes of myopia, morphological and functional types, stages of disease development and age-related features. At the same time, the effectiveness of modern digital tools, including ophthalmological diagnostic programs, 3D eye scanners and artificial intelligence-based detection methods, is evaluated. The important role of information technologies in early detection of myopia, monitoring at different stages and the formation of individual treatment approaches is shown. The study also analyzes the possibilities of virtual rehabilitation, interactive applications for eye exercises and treatment via telemedicine. Through these approaches, the possibilities of early detection, prevention of development and effective control of myopia have been identified.