Liubaev V A, Filippenko L N
Arkh Anat Gistol Embriol. 1984 Aug;87(8):22-32.
Ultrastructural organization of neurons in the myenteric plexus of the cat small intestine has been studied in norm and after the blood stream had been switched off for 4 hours and 1, 3, 7, 30 days after recirculation. Ultrastructural uniformity of perikaryons is noted, therefore it is impossible to reveal electron microscopically neurons with different functional qualities. Four morphological types of preterminal dilatations of axons are revealed. Some neurons demonstrate certain resistance to the four hours' ischemia of the intestine, predominance of reactive processes in most of the cells. Dynamics of destructive and reparative processes are followed in neurons and their processes after recirculation.
对猫小肠肌间神经丛神经元的超微结构组织进行了正常状态下的研究,以及在血流中断4小时后、再循环后1天、3天、7天和30天的研究。观察到核周体的超微结构具有一致性,因此无法通过电子显微镜揭示具有不同功能特性的神经元。揭示了轴突终末前膨大有四种形态类型。一些神经元对肠道4小时的缺血表现出一定的耐受性,大多数细胞中反应性过程占优势。再循环后观察了神经元及其突起中破坏和修复过程的动态变化。