D'iakonova T L
Fiziol Zh SSSR Im I M Sechenova. 1982 Mar;68(3):355-61.
The transmembrane resistance of molluscan neurons falls with increasing of sinusoidal current frequency from 0.1 to 10.0 Hz owing to the capacity properties of cell's membrane. Consequently, the low--frequency current of the same intensity is more effective. Transmembrane sinusoidal current can induce either hyperpolarization or depolarization of different neurons, apparently depending on the current--voltage relations in the membrane of these neurons. Sinusoidal current of low intensity can selectively increase the underthreshold rhythmic activity of neurons up to generation of action potentials at the frequency of neuron's own activity.
由于细胞膜的电容特性，软体动物神经元的跨膜电阻随着正弦电流频率从0.1赫兹增加到10.0赫兹而下降。因此，相同强度的低频电流更有效。跨膜正弦电流可以诱导不同神经元的超极化或去极化，这显然取决于这些神经元膜中的电流-电压关系。低强度的正弦电流可以选择性地增加神经元的阈下节律性活动，直至以神经元自身活动频率产生动作电位。
