Abdullaev G B, Gadzhieva N A, Rzaeva N M, Alekperova S A, Kambarli E I
Fiziol Zh SSSR Im I M Sechenova. 1977 Dec;63(12):1653-61.
The electroretinogram oscillatory potentials have similar general configuration and frequencies. Under the conditions of experimental dystropia of the retina and also after glycine administration, suppression of the oscillatory potentials formation in retina is accompanied by suppression of the evoked responses formation in the LGB, superior colliculi, visual cortex, and chiasma. The oscillatory potentials in the cerebral structures are related to the primary complex of their evoked responses. The importance of using the oscillatory potentials to study the mechanism of influence of the visual stimuli on the evoked potentials, is discussed.
视网膜电图振荡电位具有相似的总体形态和频率。在视网膜实验性营养不良的情况下以及给予甘氨酸后，视网膜中振荡电位形成的抑制伴随着外侧膝状体、上丘、视皮层和视交叉中诱发电位形成的抑制。脑结构中的振荡电位与其诱发电位的初级复合体相关。讨论了利用振荡电位研究视觉刺激对诱发电位影响机制的重要性。
