Rusiaev V F, Kuksinskiĭ V E, Sheftel' I E
Biofizika. 1976 Jul-Aug;21(4):679-83.
Constant magnetic field (300 Oe), sound oscillations (40 Db 50-20000 Hz) and electromagnetic field (3 V/cm, 50--20000 Hz) decrease the electrophoretic mobility of erythrocytes and trombocytes of dogs and human blood red cells in in vitro experiments. Bitemporal effect of alternating electric current (0,05--0,2 mA/cm2) in the same frequency region is accompanied with a similar fall of electrokinetic index of dog formic elements. The greatest effect is recorded in the range of 5000--1000 Hz both for sound oscillations and electromagnetic field. The significance of resonance effects in biological systems in the region of 1000 Hz frequency is discussed.
在体外实验中，恒定磁场（300奥斯特）、声音振荡（40分贝，50 - 20000赫兹）和电磁场（3伏/厘米，50 - 20000赫兹）会降低狗的红细胞和血小板以及人类红细胞的电泳迁移率。在相同频率区域内，交变电流（0.05 - 0.2毫安/平方厘米）的双颞效应伴随着狗血细胞电动指数的类似下降。对于声音振荡和电磁场，在5000 - 1000赫兹范围内记录到的影响最大。文中讨论了在1000赫兹频率区域生物系统中共振效应的意义。
