Kasumov Kh M, Liberman E A, Kholodova Iu D
Biofizika. 1975 Sep-Oct;20(5):831-3.
The nystatin induced conductivity of artificial phospholipid membranes containing ergosterol or 7-dehydrocholesterol drops sharply under the action of ultra-violet light as a result of the transformation of these provitamins into adequate D2 and D3 vitamins. The UV-light does not change the conductivity of the membranes containing cholestrol in nystatin solution. Nystatin slightly effects the membrane resistance in the presence of D2 and D3 vitamins.
制霉菌素可使含麦角固醇或7-脱氢胆固醇的人工磷脂膜的导电性增强，在紫外线作用下，由于这些维生素原转化为相应的维生素D2和D3，膜的导电性急剧下降。紫外线不会改变制霉菌素溶液中含胆固醇的膜的导电性。在维生素D2和D3存在的情况下，制霉菌素对膜电阻有轻微影响。
Zotero 插件