Evaluating the PAR Corneal Topography System: A Preliminary Study

R. Munger, E. Casson, W. B. Jackson
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Abstract

In the last decade a number of new technologies have been developed that allow us to alter the shape of the cornea. The ultimate goal of these technique is to be able to reshape the corneal surface reliably and accurately and thus permanently correct most types of refractive errors and provide patients with optimum visual performance without corrective lenses. One of the barriers that has impeded the progress of these techniques has been the lack of a reliable and accurate description of the corneal surface before and after the reshaping of the cornea. Only with this knowledge can we begin correlating the optical properties of the cornea and the change in visual performance resulting from the surgery.
评估PAR角膜地形图系统:初步研究
在过去的十年里,一些新技术的发展使我们能够改变角膜的形状。这些技术的最终目标是能够可靠、准确地重塑角膜表面,从而永久性地矫正大多数类型的屈光不正,并为患者提供最佳的视力,而无需矫正镜片。阻碍这些技术进步的障碍之一是缺乏对角膜重塑前后角膜表面的可靠和准确的描述。只有掌握了这些知识,我们才能开始将角膜的光学特性与手术导致的视觉表现变化联系起来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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