Kucherenko R P
Arkh Anat Gistol Embriol. 1987 Dec;93(12):11-7.
Electron microscopical investigation of the ventral tegmental area at various time after administration of a specific neurotoxin 6-hydroxydopamine made it possible not only to reveal catecholamine reactive elements, but also those structural reorganizations in them, that are dependent on the lesion of the catecholaminergic systems, including certain changes in the receptor apparatus. Dark neurons with the change of different organelles preserve for a long time, up to 2.5 months. Reactive and destructive reorganizations of some axons, terminal buttons and postsynaptic poles of the ventral tegmental area are accompanied with certain functional disturbances, observed both experimentally and at a pathological process. The results of the work demonstrate that under conditions of the model experiments there is a possibility to study various stages of pathogenesis of a number of nervous-psychical diseases, connected or accompanied with disorders in certain mediator systems.
在给予特定神经毒素6-羟基多巴胺后的不同时间,对腹侧被盖区进行电子显微镜研究,不仅能够揭示儿茶酚胺反应性元件,还能发现其中依赖于儿茶酚胺能系统损伤的结构重组,包括受体装置的某些变化。具有不同细胞器变化的深色神经元会长期存在,长达2.5个月。腹侧被盖区一些轴突、终扣和突触后极的反应性和破坏性重组伴随着一定的功能障碍,这在实验和病理过程中均有观察到。该研究结果表明,在模型实验条件下,有可能研究许多神经精神疾病发病机制的各个阶段,这些疾病与某些介质系统的紊乱有关或伴有此类紊乱。