齐鲁师范学院学报
齊魯師範學院學報
제로사범학원학보
JOURNAL OF SHANDONG EDUCATION INSTITUTE
2012年
5期
64-68
,共5页
孤束核%神经递质%胃运动%迷走神经
孤束覈%神經遞質%胃運動%迷走神經
고속핵%신경체질%위운동%미주신경
Nucleus of solitary tract%Neurotransmitter%Gastric motility%Vagus nerve
神经解剖学和生理学的研究证明，孤束核（nucleusofsolitarytract，NrIS）是调控胃机能的重要副交感初级中枢。本研究就NTS的细胞构筑和突触联系、NTS对胃的神经支配、电刺激NTS对胃机能的影响以及NTS内的神经递质和受体对胃机能的调控进行了综述。
神經解剖學和生理學的研究證明，孤束覈（nucleusofsolitarytract，NrIS）是調控胃機能的重要副交感初級中樞。本研究就NTS的細胞構築和突觸聯繫、NTS對胃的神經支配、電刺激NTS對胃機能的影響以及NTS內的神經遞質和受體對胃機能的調控進行瞭綜述。
신경해부학화생이학적연구증명，고속핵（nucleusofsolitarytract，NrIS）시조공위궤능적중요부교감초급중추。본연구취NTS적세포구축화돌촉련계、NTS대위적신경지배、전자격NTS대위궤능적영향이급NTS내적신경체질화수체대위궤능적조공진행료종술。
Neuroanatomical and physiological studies verify that the nucleus of solitary tract (NTS) as a parasympathetic preganglionic center plays important roles in regulating gastric function. In this article, the cytoarchitecture and synaptic connection of the NTS, the projection of NTS neurons to the stomach, the effect of electrical stimulation of NTS on gastric function, and the neurotransmitters and re- ceptors within the NTS involved in regulation of gastric function are reviewed.
