Samoĭlov M O, Semenov D G, Iarantsev N G, Evdokimov S A
Fiziol Zh SSSR Im I M Sechenova. 1982 Jan;68(1):3-8.
Using the complex methodical approach on the basis of in vivo microscopy of the cat motor cortex preparation the common principle of reaction of both the "silent" and the spontaneously active pyramidal neurons was revealed: their "seizure discharges" activation in hypoxia only occurred in a certain rather obvious disturbance of the intracellular redox-systems condition. At the initial stages of the firing changes in the spontaneously active neurons, no noticeable increase in their redox-systems restoration was observed.
基于猫运动皮层制剂的体内显微镜检查，采用复杂的方法，揭示了“沉默”和自发活动的锥体神经元反应的共同原理：它们在缺氧时的“癫痫样放电”激活仅在细胞内氧化还原系统状态出现某种相当明显的紊乱时才会发生。在自发活动神经元放电变化的初始阶段，未观察到其氧化还原系统恢复有明显增加。
