Shustova T I, Taiushev K G
Morfologiia. 1995;108(3):15-20.
By means of histochemical and neurohistochemical study of adrenergic nerve structures of cerebral and pia mater vessels and certain cerebral trunk nuclei relating to intracerebral monoaminergic system cerebrovascular desymphathization was found to develop in six control and fifteen experimental rabbits under conditions of dosaged stereotaxic irritation of posterior hypothalamic field. The phenomenon described is temporal and can be partly compensated by activation of macula caerulea noradrenaline-containing neurons. Unchanged and experimentally changed neurons were described in macula caerulea nuclea on the base of simultaneously performed analysis of the cerebral trunk serial-stepped sections stained by Nissl method. Changes in neurons were accompanied with the satellite neuroglia progressive reaction and capillary hyperemia. Reorganisations of cytoplasm, nucleus and nucleolus observed in neurons were incomplete and basically morphofunctional, reflecting the compensatory processes.
通过对大脑和软脑膜血管的肾上腺素能神经结构以及与脑内单胺能系统相关的某些脑干核进行组织化学和神经组织化学研究，发现在对六只对照兔和十五只实验兔的下丘脑后区进行定量立体定向刺激的条件下，脑血管去交感神经化会发生。所描述的现象是暂时的，并且可以通过蓝斑含去甲肾上腺素神经元的激活得到部分补偿。在通过尼氏法染色的脑干连续阶梯切片同时进行分析的基础上，描述了蓝斑核中未改变和实验性改变的神经元。神经元的变化伴随着卫星神经胶质细胞的渐进性反应和毛细血管充血。在神经元中观察到的细胞质、细胞核和核仁的重组是不完全的，并且基本上是形态功能上的，反映了补偿过程。
