Avetisov S E, Bubnova I A, Novikov I A, Antonov A A, Siplivyĭ V I, Kuznetsov A V
Vestn Oftalmol. 2011 May-Jun;127(3):3-5.
The degree of impact of several fibrous tunic biomechanical parameters on biomechanical indices was studied using multifactor correlation analysis. In patients with "normal" cornea corneal thickness was found to be the most significant factor influencing corneal hysteresis, corneal resistance factor, elasticity coefficient and elasticity rise, hence values of corneal biomechanical properties prevail over all other biomechanical indices studied in this work. However influence of significant changes in scleral biomechanics (e. g. in high myopia) on these factors (especially corneal hysteresis and elasticity rise) can not be excluded.
采用多因素相关性分析研究了几种纤维膜生物力学参数对生物力学指标的影响程度。在“正常”角膜患者中，发现角膜厚度是影响角膜滞后、角膜阻力因子、弹性系数和弹性上升的最显著因素，因此角膜生物力学特性的值在本研究的所有其他生物力学指标中占主导地位。然而，巩膜生物力学的显著变化（如高度近视）对这些因素（尤其是角膜滞后和弹性上升）的影响也不能排除。
