Baum J P, Maurice D M, McCarey B E
Exp Eye Res. 1984 Sep;39(3):335-42. doi: 10.1016/0014-4835(84)90021-6.
The relationship between hydrostatic pressure and water flow across the corneal endothelium of the rabbit was determined at 2 degrees C and 34 degrees C and in each case the layer behaved as if it had a constant leak resistance; the value of the resistances was proportional to the viscosity of water at the temperature in question. Superimposed on this passive flow there appeared to be an active transport of water of 67 microns hr-1 in the warm preparation which completely disappeared when it was cooled.
在2摄氏度和34摄氏度下测定了家兔角膜内皮上的静水压力与水流之间的关系，在每种情况下，该层的表现就好像它具有恒定的渗漏阻力；阻力值与所讨论温度下水的粘度成正比。在这种被动流动之上，在温热的标本中似乎存在67微米/小时的水的主动转运，当标本冷却时，这种主动转运完全消失。
