1) microelectrode recording
微电极记录
1.
Application of microelectrode recording in operation for Parkinson s disease;
微电极记录技术在帕金森病手术中的应用
2.
Methods:Microelectrode recording was used as intraoperative tanget in 31 patients with Parkinson s disease.
目的 :探讨微电极记录技术在帕金森病外科治疗中的作用。
2) Microrecording
微电极记录
1.
Methods Microrecording was performed during stereotactic thalamic surgery in 25 PD patients.
方法25例患者在接受立体定向丘脑手术时,应用微电极记录技术采集细胞的电活动资料,分析单细胞的电活动。
3) microelectrode recording technique
微电极记录技术
1.
Objective To prove into the practical effect and the applicative method of microelectrode recording technique used in the treatment of Parkinson s disease (PD) with pallidotomy.
目的探讨微电极记录技术在帕金森病(PD)苍白球切开术(Pallidotomy)治疗中的实际作用及应用方法。
4) intracellular microelectrode recording
细胞内微电极记录
1.
The mixed effects of celangulin Ⅳ and Ⅴ on insect neuromuscular excitatory junction potentials (EJPs) were studied by using the intracellular microelectrode recording on the ventral longitudinal body-wall muscle fibers of the 3rd instar larvae of Drosophila melanogaster.
利用细胞内微电极记录技术研究了杀虫植物苦皮藤Celastrus angulatusMax。
2.
The effect of orphanin FQ(OFQ) on dorsal root ganglion neurones was studied by intracellular microelectrode recording in two or three weeks Wistar rats.
应用细胞内微电极记录技术,观察了孤啡肽(orphanin OF,OFQ)对2~3周龄大鼠背根神经节(dorsal root gan-glion,DRG)神经元的作用及OFQ受体的特异性阻断剂Nphe对OFQ引起的DRG神经元膜反应的影响。
5) intracellular microelectrode recording technique
细胞内微电极记录技术
6) Multi-electrode recording
多电极记录
1.
In the present study, the firing activity of newly-hatched chicken retinal ganglion cells, the output neurons of retina, in response to specific light stimulation was investigated by using multi-electrode recording system.
本论文工作利用多电极记录系统,结合特定光刺激对新生小鸡视网膜的输出神经元(即神经节细胞)的对光反应进行了记录和研究。
补充资料：微电极
| 微电极 microeleotrode 工作面积很小的电极。电极面积大小的界限并不十分严格。微电极包括两种涵义：①指电极的微型化。如微型化离子选择性电极，用于直接观察体液甚至细胞内某些重要离子的活度变化。玻璃毛细管(尖端内径在百万分之一米以下)电极，在微操纵仪控制下，安置在细胞表面附近或插入细胞内以观察单个细胞的电活动。在医学上微电极是研究细胞的一种工具。②指在电化学分析中电极面积很小但整个电极并非微型化的一类电极。如极谱法和伏安法中用的指示电极、滴汞电极、悬汞电极，库仑滴定中的指示电极、微铂电极等也称为微电极 。这类电极由于电极面积极小 ，电流密度很大，容易发生浓差极化。 |
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