Gal'dinov G V, Kudriavtseva N W
Fiziol Zh SSSR Im I M Sechenova. 1979 Mar;65(3):344-51.
In chronic experiments on monkeys and cats, the effects of intracerebral micropolarization modulating memory processes, on the mV potential of cerebral structures, were studied. A connection was revealed between trace fixing and processes of systemic kindling on the one hand, and the following stabilizing of mV potential, on the other hand. The data obtained suggest that the distant changes of the mV potential reflect a general "tuning" of cerebral systems, are realized by means of specialized regulatory neuronal networks and connected with shifts in metabolic processes.
在对猴子和猫进行的慢性实验中，研究了脑内微极化调节记忆过程对脑结构毫伏电位的影响。一方面揭示了痕迹固定与全身性点燃过程之间的联系，另一方面揭示了毫伏电位随后的稳定。所获得的数据表明，毫伏电位的远距离变化反映了脑系统的一般“调谐”，是通过专门的调节神经元网络实现的，并与代谢过程的变化有关。
