Binkhorst C D
Klin Monbl Augenheilkd. 1979 Jun;174(6):870-5.
Whereas by far not all properties of the crystalline lens can be realized with an artifical intraocular lens, maximal stability of such a device is its most important feature. The latter can be achieved by the adherence of the lens to the capsular membrane, left behind after extra-capsular cataract extraction. In this way the suspension system of the crystalline is used for the fixation of the intra-ocular lens. The stability of the contents of the eye viz. of the vitreous, of the aqueous humour, and of the iris diaphragm, is maintained to a high degree. Stability of the iris diaphragma is achieved when irido-capsulo-lenticular adhesions are allowed to develop, but the iris diaphragm can also be stabilized by support from the optical part of a modified capsular lens in the posterior chamber.
虽然迄今为止人工晶状体无法实现晶状体的所有特性,但这种装置的最大稳定性是其最重要的特征。后者可以通过晶状体与囊膜的粘连来实现,这种粘连是在囊外白内障摘除术后留下的。通过这种方式,晶状体的悬吊系统被用于固定人工晶状体。眼内容物(即玻璃体、房水和虹膜隔)的稳定性在很大程度上得以维持。当允许虹膜-囊-晶状体粘连发展时,虹膜隔的稳定性得以实现,但虹膜隔也可以通过后房改良囊状晶状体光学部分的支撑来稳定。