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血管性头痛的神经生物学

The neurobiology of vascular head pain.

作者信息

Moskowitz M A

出版信息

Ann Neurol. 1984 Aug;16(2):157-68. doi: 10.1002/ana.410160202.

Abstract

Nervous connections between the trigeminal ganglia and cerebral blood vessels have recently been identified in experimental animals and have been termed the trigeminovascular system. Existence of this system in humans is inferential. Trigeminovascular neurons and their peripheral unmyelinated nerve fibers contain the neurotransmitter peptide substance P. Most newly synthesized substance P is transported from ganglion cell bodies to afferent nerve fibers, where depolarization-induced release of neurotransmitter into the wall of the cerebral blood vessel occurs. Substance P dilates pial arteries, increases vascular permeability, and activates cells that participate in the inflammatory response. The relationship of trigeminovascular fibers to the pathogenesis of vascular head pain sheds light on possible mechanisms of migraine and other central nervous system conditions associated with headache and inflammation.

摘要

最近在实验动物中发现了三叉神经节与脑血管之间的神经连接,并将其称为三叉神经血管系统。该系统在人类中的存在是推测性的。三叉神经血管神经元及其外周无髓神经纤维含有神经递质肽P物质。大多数新合成的P物质从神经节细胞体运输到传入神经纤维,在那里去极化诱导神经递质释放到脑血管壁中。P物质可扩张软脑膜动脉,增加血管通透性,并激活参与炎症反应的细胞。三叉神经血管纤维与血管性头痛发病机制的关系揭示了偏头痛和其他与头痛及炎症相关的中枢神经系统疾病的可能机制。

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