前言
ABSTRACT
PART ONE Synergic effect of ATP and bradykinin on the induction of nociceptive responses: an electrophysiological and behavioural study
Abstract
1.1. Introduction
1.2. Methods and Materials
1.2.1 Electrophysiological experiments
1.2.2. Behavioral studies
1.3. Results
1.3.1. Potentiation of ATP-activated currents by bradykinin
1.3.2. Concentration-response relationship for ATP with and without pretreatment of BK
1.3.3. Time courses ofhindpaw lifting induced by intraplantar injection of BK and/or ATP
1.3.4. ATP-concentration dependent synergism of behaviour response induced by co-injection of ATP and BK
1.4. Discussion
References
Figure and Legends
PART TWO Involvement of 5-HT2 and 5-HT3 receptor subtypes in 5-HT-induced pain responses
Abstract
2.1. Introduction
2.2. Methods and Materials
2.3. Results
2.3.1.5-HT3 receptor mediated membrane inward current in rat TG neurons
2.3.2. Potentiation by α-methyl-5-HT of 5-HT-induced current
2.3.3. Concentration-response relationship for 5-HT pretreated with and without α-methyl-5-HT
2.3.4. Concentration-dependent behavior responses in rat with intraplantar injection of 5-HT
2.3.5. Effects of dissociative activation of 5-HT2 and 5-HT3 receptor subtypes on 5-HT-induced pain response
2.4. Discussion
References
Figure and Legends
PART THREE Inhibition by bis(7)-tacrine of the 5-HT-activated current in rat TG neurons
Abstract
3.1. Introduction
3.2. Methods and Materials
3.3. Results
3.3.1. Kinetic features of I5-HT in rat TG neurons
3.3.2.Concentration-response relationship for inhibition by bis(7)-tacrineof I5-HT
3.3.3. Concentration-response relationship for 5-HT with and without coapplication of bis(7)-tacrine
3.3.4.Effect of holding potential on suppression of 5-HT by bis(7)-tacrine
3 3.5.Bis(7)-tacrine suppression by I5-HT being independent of G-protein
3.4.Discussion
References
Figure and Legends
PART FOUR电针对福尔马林致三叉神经痛大鼠痛反应时相的影响
Abstract
4.1.引言
4.2.材料与方法
4.2.1.材料
4.2.2.方法
4.3.结果
4.3.1.刺激性急性疼痛的行为反应比较
4.3.2.三叉神经感觉核簇(Vcx)内NOS阳性神经元形态及分布的组织学观察
4.4.讨论
参考文献
附图
综述
1.伤害性感受器上电压门控性钠离子通道(VGSCs)的特征及其在伤害性信息的形成与调制中的作用
2.伤害性感受上辣椒素受体的特征及其在伤害性信息的形成与调制中的作用
3.P物质(SP)与NK1受体在伤害性信息的形成与调制中的作用
4.5-HT和5-HT受体在伤害性信息的形成与调制中的作用
5.ATP与嘌呤受体在伤害性信息的形成与调制中的作用
6.BK和BK受体在伤害性信息的形成与调制中的作用
7.NGF与5-HT、BK、PGE2等对伤害性感受信号郑和与形成的调制
8.外周伤害感受器受体的基因传染转录调节
9.在伤害性感受水平的抗痛调节
参考文献
附录
致谢