Nuritdinov V A
Vestn Oftalmol. 1990 Jul-Aug;106(4):49-51.
Riboflavin, riboflavin mononucleotide, and fluorescein penetration from the ocular bath without electric current (control), from the anode, from the cathode, and without current after preliminary galvanization was studied in rabbit eyes. Penetration of organic drugs into intraocular fluid in electrophoresis was found to be increased not only from the adequate pole of the active electrode, but from the contrary pole as well. Galvanic current sharply abated the barrier function of the cornea. Therapeutic electrophoresis of the eyeball permits the use of many-component solutions with drug ions of different charge.
在兔眼中研究了核黄素、核黄素单核苷酸和荧光素在无电流（对照）、阳极、阴极以及初步通电后无电流情况下从眼浴中的渗透情况。发现电泳时有机药物进入眼内液不仅从活性电极的适当极增加，而且从相反极也增加。直流电使角膜的屏障功能急剧减弱。眼球的治疗性电泳允许使用含有不同电荷药物离子的多组分溶液。
