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大鼠三叉神经逆向性血管舒张和血浆外渗:感觉、自主神经和运动神经去神经支配的影响。

Trigeminal antidromic vasodilatation and plasma extravasation in the rat: effects of sensory, autonomic and motor denervation.

作者信息

Couture R, Cuello A C, Henry J L

出版信息

Brain Res. 1985 Oct 28;346(1):108-14. doi: 10.1016/0006-8993(85)91099-6.

Abstract

The cutaneous vasodilatation and plasma extravasation observed following antidromic stimulation of trigeminal sensory branches in the rat are reduced by atropine. The atropine-sensitive component does not originate from the seventh cranial nerve (facial nerve) or from the mental nerve, because after chronic section of these nerves an atropine-sensitive component persists. The cholinergic component of the plasma extravasation is abolished by chronic bilateral extirpation of the superior cervical ganglia but this is not the case for the vasodilatation. Our data suggest that trigeminal sensory fibres are not the only fibres involved in these vascular responses seen in the lower lip of the rat after electrical stimulation of the mental nerve.

摘要

在大鼠中,对三叉神经感觉支进行逆向刺激后观察到的皮肤血管扩张和血浆外渗会被阿托品减弱。对阿托品敏感的成分并非源自第七对脑神经(面神经)或颏神经,因为在这些神经被慢性切断后,对阿托品敏感的成分依然存在。血浆外渗的胆碱能成分会因双侧颈上神经节的慢性切除而消失,但血管扩张的情况并非如此。我们的数据表明,三叉神经感觉纤维并非参与大鼠颏神经电刺激后下唇出现的这些血管反应的唯一纤维。

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