FIELD: medicine.
SUBSTANCE: invention relates to medicine, namely ophthalmology. The method involves the low-intensity EHF exposure at water molecular resonance frequency within the range of 65±0.5 GHz followed by the radio-response recording. The examination covers an avascular zone of an eyeball in relation to a visual axis, and along four meridians if an applicator aerial displaced 15-20 degrees from the visual axis. Diagnostic signs of the myopia progression include water echo enhancement as compared to a normal value (1.6-1.7·10-13 Wt/cm2), as well as data difference if observing an echo bias from an optic axis.
EFFECT: method provides higher diagnostic accuracy ensured by considering the volumetric data of a vitreous body.
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