Motorina M V
Zh Evol Biokhim Fiziol. 1995 Jan-Feb;31(1):3-13.
The results of comparative morphological and ultrastructural research of the synaptic organization of spinal cord motoneurons from fishes, amphibian, reptiles and mammals are presented in the review. Fundamental regularities of the formation of the synaptic organization of motoneurons in vertebrate phylogenesis were established. The results of electron microscopical analysis showed that all basic elements of the synaptic ultrastructure preserved in the motoneuronal synapse of vertebrates during the evolution. On the basis of large experimental material it was found that the synaptic organization of individual motoneuron as a whole underwent structural reorganization, presented as corresponding transformations in mechanisms of the synaptic transmission.
这篇综述展示了对鱼类、两栖类、爬行类和哺乳类动物脊髓运动神经元突触组织进行比较形态学和超微结构研究的结果。确定了脊椎动物系统发育过程中运动神经元突触组织形成的基本规律。电子显微镜分析结果表明,在进化过程中,脊椎动物运动神经元突触超微结构的所有基本元素都得以保留。基于大量实验材料发现,单个运动神经元的突触组织整体经历了结构重组,表现为突触传递机制的相应转变。