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[大鼠子宫的神经植物性神经支配密度]

[Density of the neurovegetative innervation of the uterus of rats].

作者信息

Canon E, Timmermans L G

出版信息

C R Seances Soc Biol Fil. 1986;180(4):482-91.

PMID:2948628
Abstract

Using the Karnovsky and Roots modified by E1 Badawi and Schenk's technic for the cholinergic innervation and with the method of Lindvall and Björklund modified by de la Torre and Surgeon for the adrenergic ones, we demonstrate the innervation of each tissular layer, in cervix, corpus and cornua of the uterus of the she-rat in pro-oestrus state. A statistic evaluation is established for the different areas. The density of cholinergic innervation is richer than the adrenergic one. The number of cholinergic fibers is maximum in the cervix. It decreases in corpus and cornua especially in the mucosal and sub-mucosal layers. The density of the muscular nervous network is predominant in the corpus versus the cervix. The number of adrenergic nerves is maximum in corpus it diminishes in the cervix and the cornua. In each region, the muscular adrenergic network domines over the other tissular layers. We confirm statistically morphometric non parametric observations of these other authors.

摘要

使用经E1 Badawi和Schenk技术改良的Karnovsky和Roots方法来研究胆碱能神经支配,并采用经de la Torre和Surgeon改良的Lindvall和Björklund方法来研究肾上腺素能神经支配,我们展示了处于动情前期的雌性大鼠子宫颈、子宫体和子宫角各组织层的神经支配情况。对不同区域进行了统计学评估。胆碱能神经支配的密度比肾上腺素能神经支配的密度更高。胆碱能纤维数量在子宫颈处最多,在子宫体和子宫角处减少,尤其是在黏膜层和黏膜下层。与子宫颈相比,子宫体中肌肉神经网络的密度占主导地位。肾上腺素能神经数量在子宫体中最多,在子宫颈和子宫角处减少。在每个区域,肌肉肾上腺素能网络在其他组织层中占主导地位。我们从统计学上证实了其他作者的形态计量学非参数观察结果。

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