Methling D, Kalb G
Medizinische Fakultät (Charité), Humboldt-Universität zu Berlin.
Klin Monbl Augenheilkd. 1992 Oct;201(4):247-53. doi: 10.1055/s-2008-1045904.
A principally new programme is described which overcomes the disadvantages of the usual calculation methods. It is based on the application of each surface of the optical system. The point for the anterior chamber lens is chosen in dependence on the anterior chamber depth; for the posterior chamber lens on the posterior surface of the eye lens. The programme is able to calculate 12 different cases. In each case calculations are made for intraocular lens power, aniseikonia and anisometropia. The calculations are made for possible emmetropia as well as for intended myopia or hypermetropia corresponding to the other eye. The programme can also be used to estimate the effect of mistakes made by measuring the single parameters, for instance: refraction, corneal curvature, eye length, anterior chamber depth. Compared to the SRK II-equation the results of the new programme are much more precise.
描述了一个全新的程序,该程序克服了常用计算方法的缺点。它基于光学系统每个表面的应用。前房人工晶状体的位置根据前房深度来选择;后房人工晶状体的位置则根据晶状体后表面来确定。该程序能够计算12种不同的情况。在每种情况下,都会计算人工晶状体的屈光度、不等像和屈光参差。计算既针对可能的正视眼,也针对与另一只眼睛相对应的预期近视或远视。该程序还可用于评估测量单个参数(例如:验光、角膜曲率、眼轴长度、前房深度)时出现错误所产生的影响。与SRK II公式相比,新程序的结果要精确得多。