Samoĭlov M O, Semenov D G
Tsitologiia. 1979 Feb;21(2):139-47.
Changes of morphological and neurophysiological characteristics of pyramidal neurons in response to complete ischemia have been studied by means of vital microscopy of cat and rabbit cortex neurons in addition to some other cytological methods. These responses were found to be complex involving phasic changes in the neuron size, membrane potential and redox potential. Neurons of particular types responded to normo- and hypothermic ischemia differently. Pyramidal neurons retained their vital ability for the whole prolonged period of the complete ischemia (up to 40--60 min).
除了一些其他细胞学方法外，还通过对猫和兔皮层神经元进行活体显微镜观察，研究了锥体神经元在完全缺血时的形态和神经生理特征变化。发现这些反应很复杂，涉及神经元大小、膜电位和氧化还原电位的阶段性变化。特定类型的神经元对正常体温和低温缺血的反应不同。在完全缺血的整个延长期间（长达40 - 60分钟），锥体神经元保持了它们的生命活力。
