Mishima S
Ophthalmology. 1982 Jun;89(6):525-30. doi: 10.1016/s0161-6420(82)34755-7.
The normal level of the corneal thickness and hydration is maintained by the barrier function and active fluid pump of the corneal endothelium. Three methods are currently available for the clinical study of this cell layer: (1) endothelial dysfunction results in a corneal swelling, and measurement of the corneal thickness allows the degree of endothelial damage and its repair processes to be evaluated; (2) the state of the barrier function may be studied through determination of the endothelial permeability to fluorescein; and (3) the endothelium can be photographed by specular microscopy, and the cell density and cell size distribution can be studied by morphometric analyses. A follow-up study of the cell transformation after surgical trauma revealed that the human endothelium shows very little proliferative activity, and the damaged area is covered by migration of cells in the surrounding area. It appears that the traumatized endothelium loses cells at a faster rate than that seen in the normal aging process, and endothelial dysfunction may develop many years after injury.
角膜厚度和水合作用的正常水平由角膜内皮的屏障功能和活跃的液体泵维持。目前有三种方法可用于该细胞层的临床研究:(1)内皮功能障碍会导致角膜肿胀,通过测量角膜厚度可评估内皮损伤程度及其修复过程;(2)可通过测定内皮对荧光素的通透性来研究屏障功能状态;(3)可通过镜面显微镜拍摄内皮细胞,并通过形态计量分析研究细胞密度和细胞大小分布。一项关于手术创伤后细胞转化的随访研究表明,人类内皮细胞的增殖活性非常低,受损区域由周围区域的细胞迁移覆盖。似乎受创伤的内皮细胞丢失速度比正常衰老过程中更快,内皮功能障碍可能在损伤多年后出现。