Zints R, Rebentish E
Zh Vyssh Nerv Deiat Im I P Pavlova. 1980 Mar-Apr;30(2):344-51.
Many experimental data point to a multioscillatory modulation of the CNS function. It covers coordinating stabilization of vital time structures, the zero frequency characteristics of neurones and receptors during expansion of their action range, the internal clock and central time counter. This involves triggering processes and sequential order of elementary and cognitive operations as well as the storage of information. The synaptic-connectionistic hypothesis is opposed by the oscillatory resonance theory, in which intracellular oscillators and those connected to the membrane being respondible for extrasynaptic changes in the transmission characteristics of the neurone.
许多实验数据表明中枢神经系统功能存在多振荡调制。它涵盖了生命时间结构的协调稳定、神经元和受体在其作用范围扩展期间的零频率特性、内部时钟和中央时间计数器。这涉及触发过程以及基本和认知操作的顺序，还有信息的存储。突触连接主义假说受到振荡共振理论的反对，在振荡共振理论中，细胞内振荡器以及与膜相连的振荡器负责神经元传递特性的突触外变化。
