Wiley T, Fatt I
Invest Ophthalmol. 1975 Sep;14(9):684-8.
The chemical environment of bare, excised rabbit corneal stroma was varied to determine the effects of solutes on the swelling pressure. Measurements of changes in the thickness of the stroma are converted to hydration units which are in turn converted to a change in swelling pressure at the initial hydration. The order of effects on swelling pressure are compared to the Hofmeister series for polyelectrolyte gels and the results are analyzed in the context of a structural theory of the swelling pressure of corneal stroma proposed by Hart and Farrell and based on the gel properties of the stroma.
改变离体兔角膜基质的化学环境，以确定溶质对肿胀压力的影响。将基质厚度变化的测量值转换为水合单位，进而转换为初始水合时肿胀压力的变化。将溶质对肿胀压力的影响顺序与聚电解质凝胶的霍夫迈斯特序列进行比较，并根据哈特和法雷尔提出的角膜基质肿胀压力结构理论（基于基质的凝胶特性）对结果进行分析。
