1) self-initiated volumed incharge
自引发体放电
2) double discharge initiated HF laser
双放电引发
3) spontaneous activity
自发放电
1.
Excitatory effect of yohimbine on the spontaneous activity in chronically compressed dorsal root ganglion neurons in rats;
育亨宾对慢性压迫背根节神经元自发放电的兴奋作用
2.
Method In chronically compressed DRG model, the spontaneous activity of the single fiber from injured DRG neurons was recorded, and the responses of DRG neurons to chaotic and periodic electric stimulation of the lumbar sympathetic trunk compared.
方法采用单纤维记录神经元自发放电的方法,在DRG慢性压迫模型上,电刺激腰交感神经干,比较受损DRG神经元对周期和混沌的交感神经刺激的反应。
3.
With a model of chronically compressed dorsal root ganglion (CCD), the present study was undertaken to test how the plasticity of sympathetic sensory coupling is and whether the coupling is mediated by intracellular messenger PKA by analysing extracellularly recorded spontaneous activity of single A fibers originating from the CCD neurons in vitro.
本实验在背根节(DRG)慢性压迫模型上,采用离体灌流DRG和单纤维记录神经元自发放电的方法研究了初级感觉神经元的交感感觉耦联作用及其细胞内机制。
4) spontaneous discharge
自发放电
1.
Excitatory effect of low dose of manganese on spontaneous discharges of dorsal root ganglion neurons;
低剂量锰对背根节神经元自发放电的兴奋作用
2.
Pattern and determinant mechanism of spontaneous discharge from hippocampal neurons in rhesus monkey;
猕猴海马神经元自发放电节律及其确定性研究
3.
Pattern and dynamic changes of spontaneous discharge of hippocampal neurons induced by morphine in rhesus monkey;
吗啡导致猕猴海马神经元自发放电节律转变
5) spontaneous firing
自发放电
1.
The results indicated that there were three species forms of spontaneous electrical activity of thoracic ganglions: single spontaneous firing; burst spontaneous firing; consecutive spontaneous firing.
以柞蚕五龄幼虫为材料 ,运用微电极电生理技术 ,以胞外记录的方法 ,记录了柞蚕幼虫在体胸神经节的自发放电活动 。
2.
The results indicaled that there were three species forms of spontaneous electrical activity of thoracic ganglions:single spontaneous firing; burst spontaneous firing; consecutive spontaneous firing.
本文以柞蚕五龄幼虫为材料 ,运用微电极电生理技术 ,以胞外记录的方法 ,记录了柞蚕虫在体胸神经节的自发放电活动 。
3.
Spontaneous firing patterns observed from neurons of supraoptic nucleus (SON) in hypothalamus are irregular.
结果表明 ,SON神经元的自发放电序列存在确定性的动力学机制。
6) spontaneously firing
自发性放电
1.
Results:The three patterns of spontaneous activity were recorded,they were no-firing,spontaneously firing single spikes and spontaneously bursting.
目的和方法:采用电流钳技术,观察SD大鼠急性分离下丘脑神经元的自发性放电。
补充资料：引发体
分子式：
CAS号：
性质：系指由预引发(prepriming)蛋白质和引发(priming)蛋白质所组成的复合体。如与复制有关的复合体，它能沿复制叉移动。预引发体是在dna A已结合于R1-R4位点，dnaB-dnaC六聚体与ori C结合而成，而引发体系高度解链的模板与预引发体的复合体促进DNA引发酶加入后形成的。
CAS号：
性质：系指由预引发(prepriming)蛋白质和引发(priming)蛋白质所组成的复合体。如与复制有关的复合体，它能沿复制叉移动。预引发体是在dna A已结合于R1-R4位点，dnaB-dnaC六聚体与ori C结合而成，而引发体系高度解链的模板与预引发体的复合体促进DNA引发酶加入后形成的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条