C-fiber

Electric response of cerebral cortex to C-fiber inputs and its modulation mechanism

大脑皮层对C类神经纤维传入的电反应及其调制机理

Intergrate Monitoring System Based on Underground Opti c-fiber in Coal Mine

煤矿井下光纤综合监测系统

Effect of C-fiber input on inter - spike interval of cerebellar Purkinje cells

C类神经纤维传入对小脑浦肯野细胞放电间隔的影响：简单锋电位间隔变化

Electric responses evoked by C-fiber input from saphenous nerve in cat cerebellar cortex

隐神经C类纤维传入诱发小脑皮层电反应

Effect and mechanism of fastigial nucleus stimulation on electric response of somatosensory cortex induced by C-fiber input

刺激小脑顶核对C类纤维传入诱发大脑皮层电反应的影响及其机制

The effects of 8-Br-cAMP on LTP of C-fiber evoked field potentials

8-Br-cAMP对脊髓背角C-纤维诱发电位LTP的影响

Electric response of primary and secondary somatosensory cortexes to C-fiber inputs and reciprocal influence between the two areas

大脑皮质体感Ⅰ区和Ⅱ区对C类纤维传入的电反应及其相互影响

Effect of electrical stimulation of second somatosensory cortex on the response of primary somatosensory cortex to C-fiber inputs

刺激大脑皮层体感Ⅱ区对C类纤维传入诱发体感Ⅰ区电反应的影响

Influence of Naloxone on the Cortical Potentials Evoked by C-Fiber Volleys

纳洛酮对体感皮层C类纤维诱发电位的影响

Averaged evoked potential in somatosensory cortex elicited by splanchnic A-and C-fiber inputs

内脏大神经A类和C类纤维传入诱发体感皮层的电反应

Role of GABA in the inhibitory effect of association cortex on the cortical evoked potentials elicited by C-fiber inputs

γ-氨基丁酸在联合皮层抑制C类纤维皮层诱发电位效应中的作用

The C-fiber input elicited the dispersed tendency of the distribution of joint ISI and the numbers of continuous short ISI decrease ;

刺激C类纤维后联合间隔分布图趋于弥散，连续短间隔数目减小；

Conclusion The anti-effects of repetitive stimulation of A δ - fibers on established spinal LTP of C-fiber evoked potentials are time-dependent .

结论重复刺激Aδ纤维对业已建立的C-纤维诱发电位LTP的抑制效应具有时间依赖性。

CONCLUSION : Activation of PKA signal pathway in spinal dorsal horn may be crucial for the induction and the early-phase maintenance of LTP of C-fiber evoked field potentials .

结论：脊髓背角神经元存在PKA信号途径，并参与脊髓背角C-纤维诱发LTP的诱导和早期维持。

RESULTS : ( 1 ) 8-Br-cAMP induced LTP of C-fiber evoked field potentials and 8-Br-cAMP-induced LTP occludes tetanus-induced LTP .

结果：（1）8-Br-cAMP诱发脊髓背角C-纤维诱发电位LTP，且8-Br-cAMP-诱导的LTP遮蔽强直刺激诱导的LTP。

Rp-CPT-cAMPS , an inhibitor of PKA , blocked the induction of spinal LTP and reversed established LTP of C-fiber evoked field potentials in a time-dependent manner .

PKA的选择性抑制剂Rp-CPT-cAMPS阻断C-纤维诱发电位LTP的诱导和时间依赖性翻转C-纤维诱发电位LTP。

It was indicated that C - and A-fiber inputs could affect the Short ISI distribution of PC-SS , but the effect of A-fiber input was different from the one of C-fiber input .

表明C类和A类纤维传入均可影响PC-SS短间隔分布，但作用不同。

Conclusion : Activation of CaMK ⅱ may be critical for the induction and the early-phase but not the later-phase maintenance of LTP of C-fiber evoked field potentials in spinal dorsal horn .

结论：CaMKⅡ参与脊髓背角C纤维诱发电位LTP的诱导和早期维持，但AIP对晚期LTP无抑制作用。

We conclude that acute nerve injury induces LTP of C-fiber evoked field potentials in intact animals and that nerve transection is more powerful than electrical tetanic stimulation for induction of the spinal LTP .

这些结果表明，急性神经损伤可以诱导脊髓背角C纤维诱发电位LTP，且切断神经能更有效地诱导LTP。

N this study , the somatosensory conical evoked potential elicited by C-fiber inputs of the saphenous nerve ( CCEP ) was used as an index of chronic pain in flaxedil - paralyzed oats .

实验用三碘季铵酚制动猫进行，以隐神经C类纤维传入冲动引起的大脑皮层体感区诱发电位（C－CEP）为慢痛指标。

It was examined whether NMDA receptor channels contributed to the expression of LTP of C-fiber evoked field potentials in rat spinal dorsal horn by intravenous or spinal application of NMDA receptor antagonists after the establishment of LTP .

为探讨NMDA受体通道是否参与了脊髓背角C纤维诱发电位LTP的表达，诱导LTP后，分别静脉或脊髓局部给予NMDA受体拮抗剂MK801或APV，观察其作用。

It was thus suggested that C-fiber input could be depressed by A-fiber input , and this inhibitory effect might occur either in the spinal cord or in the supra-spinal level , and the later effect might be stronger than the former .

提示C类传入在中枢可能被A类传入所抑制，这种抑制可以发生在脊髓和脊上水平，后者可能更强。

It was confirmed that axonal reflex pathway exists between prostate and bladder . Through this neural pathway , inflammatory stimulation from prostate can induce bladder unstable contraction . Neurogenic inflammation resulting from the excitation of C-fiber neurons is a crucial mechanism underlying prostatitis - induced unstable bladder .

有研究表明，前列腺与膀胱之间存在轴突反射通路，前列腺炎症刺激能够通过这种神经通路引起膀胱不稳定收缩，C纤维神经兴奋引起的神经源性炎症是其中的一个重要机制。

The cerebral evoked potential ( C-CEP ) which was elicited by the selective C-fiber input was regarded as the index of the response of cerebral cortex to slow pain input and the effects of electric stimulation of cerebellar dentatus nucleus ( DN ) on C-CEP were observed .

以选择性刺激C类神经纤维引起的大脑皮质诱发电位作为慢痛反应的指标，观察了电刺激小脑齿状核对其影响。