Gilinskiĭ M A, Pukhov I A, Il'iuchenok R Iu
Zh Vyssh Nerv Deiat Im I P Pavlova. 1981 Jul-Aug;31(4):702-10.
In experiments on immobilized cats in a model of a conditioned reflex with a short delay, sub-convulsive high frequency stimulation of the amygdala (60 c/s) did not produce any prolonged changes in the EEG, the skin-galvanic reaction or heart rate. Such stimulation, however, resulted in a more efficient functioning of memory mechanisms. In experiments with amygdala stimulation before learning, the number of pairings of conditioned and unconditioned stimuli necessary for the formation of a conditioned evoked potential (CEP) and a conditioned neurographic response (CNR) was significantly less than that without stimulation. In another series of experiments amygdala stimulation after learning facilitated the CEP and CNR reproduction. As a result of stimulation, CEP appeared in the structures whose combination corresponded to the maximal probability of CNR manifestation.
在以短延迟条件反射模型对固定的猫进行的实验中，杏仁核的亚惊厥高频刺激（60次/秒）并未使脑电图、皮肤电反应或心率产生任何持久变化。然而，这种刺激导致记忆机制的功能更高效。在学习前进行杏仁核刺激的实验中，形成条件诱发电位（CEP）和条件神经电图反应（CNR）所需的条件刺激和非条件刺激配对次数明显少于未刺激的情况。在另一系列实验中，学习后进行杏仁核刺激促进了CEP和CNR的再现。由于刺激，CEP出现在其组合对应于CNR表现最大概率的结构中。
