Myopia is distinguished by a variety of clinical forms, complexity of pathogenesis, which includes biomechanical, vascular and metabolic factors, difficulty of early diagnosis and treatment, severity of prognosis and the high medical and social significance of disease [1-3]. The use of optical coherence tomography (OCT) for the first time makes it possible for a high-precision objective qualitative and quantitative assessment of reticular and vascular tunic of eye, which opens up wide opportunities in graft morphometric study of various segments of the fundus of eye in myopia [4].
The aim of the work is to identify morphometric diagnostic signs of myopia progression by means of optical coherence tomography of the fundus of eye in children.
