Berezhnaia L A
Morfologiia. 2006;129(1):24-9.
The aim of this work was to study the primary structural modular organization of neurons in dorsal thalamic nuclei (ventral anterior, ventral lateral, anterior medial, anterior ventral, anterior dorsal, medial, nucleus reticularis) and motor cortex (areas 4 and 6) in man using the methods of Nissl, Kluver-Barrera and Golgi silver nitrate impregnation. It was shown that in both dorsal thalamic nuclei and motor cortex neurons had regular organization--they were forming small groups or short chains and meet specific criteria. These neuronal associations, formed single structural units, that were called primary structural moduli. Comparison of primary structural moduli found in dorsal thalamic nuclei and motor cortex has demonstrated the identity of their organizational principle. The differences were only in the cells, that formed primary structural moduli. Thus, in human dorsal thalamic nuclei and motor cortex two principles of neuronal organization into primary structural moduli were detected--group and chain.
这项工作的目的是使用尼氏染色法、克卢弗-巴雷拉染色法和高尔基硝酸银浸染法,研究人类背侧丘脑核(腹前核、腹外侧核、前内侧核、腹前核、背前核、内侧核、网状核)和运动皮层(4区和6区)中神经元的初级结构模块化组织。结果表明,在背侧丘脑核和运动皮层中,神经元都具有规则的组织形式——它们形成小群或短链,并符合特定标准。这些神经元关联形成了单一的结构单元,被称为初级结构模块。对背侧丘脑核和运动皮层中发现的初级结构模块的比较表明,它们的组织原则是相同的。差异仅在于形成初级结构模块的细胞。因此,在人类背侧丘脑核和运动皮层中,检测到了两种将神经元组织成初级结构模块的原则——群组和链状。