Ozaki L
J Am Intraocul Implant Soc. 1984 Spring;10(2):182-4. doi: 10.1016/s0146-2776(84)80105-6.
The permeability of the rabbit lens and human cataractous lens posterior capsule to epinephrine and trypan blue and the absorption of ultraviolet and visible light through the posterior capsule were studied in vitro. The posterior capsule served as a barrier to large nonelectrolytes or negative electrolytes other than trypan blue, but it did not impede epinephrine, ultraviolet or visible light.
体外研究了兔晶状体和人类白内障晶状体后囊对肾上腺素和台盼蓝的通透性，以及后囊对紫外线和可见光的吸收情况。后囊对除台盼蓝以外的大分子非电解质或负性电解质起到屏障作用，但对肾上腺素、紫外线或可见光并无阻碍。
