A New Corneal Remodeling Technique with Laser Asymmetric Keratectomy Using Semi-Cylindrical Ablation Pattern Reducing Regional Asymmetry of Corneal Thickness, Case Series

Ji Sang Min, B. Min, Dong Cho Lee
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Abstract

Laser asymmetric keratectomy using semi-cylindrical ablation pattern (LAK-SCAP) is a new customized corneal remodeling method reducing regional asymmetry of corneal thickness, so could be to avoid and treat conventional laser refractive surgery adverse effects. Three eyes (3 patients) had laser epithelial keratomileusis (LASEK) linked LAK-SCAP (L-LAK-SCAP) to reduce regional asymmetry of corneal thickness and correct refractive errors. On Orbscan map, the cones of the corneas were located in the peripheral side, the corneal thickness imbalance was severe due to the sum of 4 direction differences in corneal thickness >80µm.
一种新的角膜重塑技术:半圆柱形消融模式激光非对称角膜切除术,减少角膜厚度的区域不对称性,病例系列
采用半圆柱形消融模式的激光非对称角膜切除术(lake - scap)是一种新的定制角膜重塑方法,可以减少角膜厚度的区域不对称性,从而避免和治疗传统激光屈光手术的不良反应。3眼(3例)行激光上皮性角膜磨除术(LASEK)联合LAK-SCAP (L-LAK-SCAP),以减少角膜厚度的区域不对称,矫正屈光不正。在Orbscan图上,角膜锥体位于外周侧,4个方向的角膜厚度差之和>80µm,导致角膜厚度失衡严重。
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