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Results. Signifi cant differences were determined in the indicators of dioptric power of the cornea: 42.2 dpt in patients with axial and 44.7 dpt with refractive myopia (p<0.05), and also difference between patients with refractive myopia and the control group, in which the diopter power of cornea was 42.6 (p<0.05). There are also signifi cant differences in the indicators of the axial length of eyes between axial and refractive myopia – 24.5±0.64 mm and 23.1±0.43 mm (p<0.05). Signifi cant difference with the control group in the axial length marked only in eyes with axial myopia 22.7±0.33 mm and 24.5±0.64 mm, respectively (p<0.05). Corneal hysteresis determined signifi cantly reduced on eyes with both the axial and refractive myopia, which was signifi cantly lower than in the indicators of emmetropic eyes of the control group 13.7 (p<0.05). Corneal hysteresis is inversely related to the axial length of the eyeball: in patients with axial myopia r -0.32, p<0.05; with refractive myopia r -0.36, p<0.05. Сorrelation between diopter power of cornea and axial length of the eyeball: r -0.53, р<0.05 in eyes with axial myopia and r -0.42, p<0.05 refractive myopia. Comparative analysis showed no signifi cant differences between the corneal hysteresis, the axial length of the eye and the spherical component of myopia.

Interconnection between several eye biomechanical and biometric parameters in children with axial and refractive mild myopia