Osenniĭ A S, Kuryndina N K
Biofizika. 1975 Jan-Feb;20(1):78-81.
The data on transversal potential difference (V-x) in the sciatic nerve of a frog under the influence of the magnetic field are presented. The amplitude of the registered signal has a linear rise with an increase of the magnetic field tension. (H), while a change of (H) direction leads to a change of polarity of the signal (V-x). The presence of (V-x) is connected with the existence of the longitudinal directed stream of the light charged particles in the nerve.
给出了在磁场影响下青蛙坐骨神经横向电位差（V-x）的数据。记录信号的幅度随磁场强度（H）的增加呈线性上升，而（H）方向的改变会导致信号（V-x）极性的改变。（V-x）的存在与神经中轻带电粒子的纵向定向流的存在有关。
