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1.Objective To explore the mechanism of visceral nociceptive sensation of neurons in anterior cingulate gyrus (ACG) on the cell level and the effect of atropine on visceral nociceptive evoked responses of ACG neurons to stimulating contralateral greater splanchnic nerve (GSN).
摘要目的观察阿托品对扣带回前部神经内脏痛觉诱发反应的影响,从神经元水平探讨扣带回前部神经元在内脏痛觉感受中的作用及其机制。收藏指正
2.Axoplasmic transport of nerve fibers; Nutrition of nerve fibers; The function of neuroglia cells; Eletrical synapse; Contact ways of central neurons; Local circuit neurons; Central facilitation; Body sensory afferent pathway, Visceral sensation; The regulation system of somatic motor, The central regulation of visceral sensation; pain sensation; The function of basal ganglia; Evoked cortical potential and electroencephalogram.
神经纤维的轴浆运输;神经纤维的营养;神经胶质细胞的功能;电突触;中枢神经元的联系方式;局部回路神经元;中枢易化;身体感觉传入通路,内脏感觉;躯体运动的调节系统,内脏活动的中枢调节;痛觉;基底神经节的功能;皮层诱发电位和脑电图。收藏指正
3.The expression of protein kinase C and the regulatory effect of nerve growth factor in the lung and the visceral sensory afferent system of asthmatic guinea pigs
实验性支气管哮喘豚鼠肺和内脏感觉传入系统蛋白激酶C的表达及神经生长因子的调节作用收藏指正
4.The classify and function of nerve fibers; Sensory specific projection system and nonspecific projection system; Cortical motor area and cortical sensory area; Thalamus nucleus; Muscle tonus and attitude regulation by brain stem; Functions of cerebellum; Visceral motor regulation by hypothalamus; Wakefulness and sleep; Conditioned reflex, Mechanism of learning and memory.
神经纤维的分类及功能;感觉的特异与非特异投射系统;大脑皮层运动代表区和感觉代表区;丘脑核团;脑干对肌紧张和姿势的调节;小脑的功能;下丘脑对内脏活动的调节;觉醒与睡眠;条件反射,学习和记忆的机制。收藏指正
5.We took the unit discharges of the neurons in the posterior group of thala-mic nuclei (PO) caused by stimulating the great splanchnic nerve (GSN) as anindicator of visceral pain. We searched for the effects of eletrical stimulatingcentral nucleus of amygda(?) a (AC),lateral nucleus of amygdala (AL),bed nucle-us of striae terminalis (BNST) and lateral area of hypothamus (AHL) on unitdischarges of PO and the relationship among these nucleuses.
本文以电刺激内脏神经(GSN)在丘脑后核群(PO)诱发的单位放电作为内脏痛指标,研究电刺激杏仁中央核(AC),杏仁外侧核(AL),终纹床核(BNST)和下丘脑外侧区(AHL)对内脏痛放电的影响,及其对内脏痛抑制过程中的相互关系和机理。收藏指正
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