Gavriysky V
Acta Physiol Pharmacol Bulg. 1976;2(3):53-60.
Cortical potentials were elicited by means of light pulse trains delivered at varying number and frequencies of flashes. The stimulation trains evoked distinct series of individual responses up to flash interval of 35 ms, the shape of which was influenced by the number of the flasches in the trains. A gradual decrease of the second (and some later) wave in the response was observed beginning at flash interval of 80 ms and depending on the number of the flashes in the stimulation train. The fading away of the second wave at high-rate intermittent light stimulation is discussed in respect to some previous findings at retinal and cortical levels.
通过以不同的闪光次数和频率传递光脉冲序列来诱发皮层电位。刺激序列在高达35毫秒的闪光间隔内诱发了不同的单个反应系列，其形状受序列中闪光次数的影响。从80毫秒的闪光间隔开始，并取决于刺激序列中的闪光次数，观察到反应中第二个（以及一些后续）波逐渐减小。关于视网膜和皮层水平的一些先前发现，讨论了高速间歇性光刺激下第二个波的逐渐消失。
