Based on the literature data and his own findings the author makes an attempt to specify the accommodation mechanism, particularly hyaloid effect on the lens in the course of accommodation. It is believed, and the author presents experimental data in favor of this assumption, that in youth the lens and hyaloid represent a single optic complex. The lens sealed in the cup-like depression of the vitreous body cannot be mobile in relation to the hyaloid and cannot acquire a more convex shape by itself at the height of accommodation. Moreover, experiments have proved that at the height of accommodation, according to many authors' data, the posterior pole of the lens is shifted towards the hyaloid to a distance of 0.16 to 0.27 mm, which the lens surely cannot do by itself. The hyaloid making rotatory movements at the height of accommodation, it is evident that the lens in this case passively follows the hyaloid and acquires an aspherical shape only under its effect. The ciliary belt plays but a secondary role in this process, being just a buffer.
基于文献数据和自身研究结果,作者试图明确调节机制,尤其是调节过程中玻璃体对晶状体的影响。人们认为,并且作者提供了支持这一假设的实验数据,即在年轻时,晶状体和玻璃体构成一个单一的光学复合体。密封在玻璃体杯状凹陷中的晶状体相对于玻璃体无法移动,并且在调节高峰时自身无法变得更凸。此外,实验证明,根据许多作者的数据,在调节高峰时,晶状体后极向玻璃体移动0.16至0.27毫米的距离,这显然不是晶状体自身能够做到的。在调节高峰时玻璃体进行旋转运动,很明显,在这种情况下晶状体被动地跟随玻璃体,并且仅在其作用下获得非球面形状。在这个过程中睫状带仅起次要作用,只是一个缓冲器。