Ismailov E Sh
Biofizika. 1977 May-Jun;22(3):493-8.
Under the effect of superhigh-frequency electromagnetic irradiation within the range of 1009 MHZ shifts of electrophoretic mobility (EM) are revealed in human erythrocytes. These shifts depend on the duration and intensity of irradiation. They are accounted for by two causes, i. e. by the deformation of the double electric layer and structural reconstructions of erythrocyte membranes which result from phase transition of structurated water of the membrane into a more liquid state. The EM shifts are reversible.
在1009兆赫范围内的超高频电磁辐射作用下，人体红细胞出现电泳迁移率（EM）的变化。这些变化取决于辐射的持续时间和强度。它们由两个原因引起，即双电层的变形和红细胞膜的结构重构，这是由于膜结构水向更液态的相转变所致。EM变化是可逆的。
