以钨丝微电极记录左侧海马单细胞放电。
Single unit discharges of the left hippocampal formation were recorded by tungsten microelectrode.
以玻璃微电极记录背海马CA 1区神经元放电。
Single unit discharge of the dorsal hippocampus (HPC) CA1 area was recorded extracellularly by the glass microelectrode.
采用磁共振扫描结合微电极记录技术进行靶点定位。
The target was identified by a combination of MR neuroimaging and microelectrode recording.
目的：介绍微电极记录技术在治疗帕金森病中的作用。
Objective: To introduce the role of microelectrode recording in operation for Parkinson's disease.
本文介绍用微电极记录脊髓背角神经元对伤害刺激单位放电的反应及计算机处理方法。
The method that microelectrode is used to record unit discharge of spinal dorsal horn to respond to nocuous stimulus and its computer processing is described.
方法：记录大鼠的股动脉血压和心率的同时，用玻璃微电极记录缰核神经元自发单位放电。
Methods:Arterial blood pressure, heart rate and the unit dischargings of habenular neurons in rat were recorded simultaneously.
将刺激电极安放于大鼠蓝斑(LC)及坐骨神经，用玻璃微电极记录脊髓背角痛敏单位的放电。
Stimulation electrodes were placed in the locus coeruleus (LC) and the sciatic nerve of the rat. Pain unit discharge of spinal dorsal horn was recorded extracellularly with glass microelectrodes.
应用玻璃微电极记录心肌细胞的跨膜动作电位．研究脂布福吉宁（RBG）对豚鼠心室肌的电药理学作用。
Electropharmacological effects of resibufogenin(RBG)on guinea pig papillary muscle were studied by means of conventional glass microelectrode technique.
结论MRI图像直接定位STN较准确，微电极记录和植入电极刺激能对靶点定位作进一步验证和适当调整。
Conclusions Direct MRI targeting is an accurate method for STN localization. Microelectrode recording and macrostimulation are helpful targeting adjunct.
在第一部分，通过在自由声场条件下，采用单单位胞外微电极记录方法，研究了普通伏翼蝠下丘神经元基本声反应特性。
In the first section, to study the acoustic response properties of the IC in the pipistrellus abramus, single unit extracellular recording with microelectrode was used in free field conditions.
用数字体温检测仪测定大鼠体温。用玻璃微电极记录正常大鼠和膈下迷走神经切断大鼠给予LPS前后下丘脑室旁核的单位放电。
Glass micropipette placed in PVN was used to record unit discharges of neurons in it, before and after LPS was injected into PVN in normal rats and vagotomy rats.
上世纪90年代，这些细胞在猕猴身上被发现，当时研究人员在动物执行不同任务的同时记录植入动物大脑中的微电极示数。
Discovered in macaques in the 1990s, these cells were spotted when researchers made recordings from microelectrodes placed in the animals' brains as they performed various tasks.
方法：刺激鲫鱼迷走神经，并运用微电极穿刺技术记录鲫鱼M细胞胞内电位变化。
Methods: The microelectrode recording technique was used to explore the electrophysiological properties in the Mauthner cell when stimulating the right vagus.
微电极细胞外记录L1 ~ L 3节段脊髓背角广动力型神经元活动。
Activities of spinal dorsal horn wide dynamic (WDR) neurons of L1 ~ L3 were recorded by extracellular microelectrode technique.
方法采用传统的微电极细胞内记录技术。
METHODS Using conventional intracellular microelectrode recording technique.
方法：应用在体玻璃微电极细胞内电位记录技术及细胞内注入极化电流的方法，测量和计算神经元的膜电学参数。
Methods: We used intracellular recording techniques of glass microelectrode and injected polarizing current into the neurons in ACG.
为了从中枢神经系统记录电信号，半导体加工技术已经被用于微电极探针的制造。
Semiconductor processing techniques are being utilized to fabricate multichannel microelectrode probes for recording neural signals from central nervous system.
大脑信号则通过两片微电极网格记录下来。
Brain signals were recorded via the two grids of microelectrodes.
方法运用微电极、膜片箝技术，记录PTH对家兔自律性动作电位和兔起搏离子流的影响。
Methods Conventional microelectrode and patch clamp techniques were used to record the PTH-induced changes of action potential and pacemaker current If in the rabbit sinus node.
用玻璃微电极细胞外记录依赖组和对照组大鼠海马神经元自发放电。
The spontaneous unit discharges of the hippocampus were observed in the dependent and control rats by the extracellular single-unit recording with glass microelectrodes.
方法：以金纤维制成浮动式电极，采用微电极恒压安培法记录在体兔心脏表面交感神经末梢儿茶酚胺分泌。
Methods:Evoked release of catecholamine from cardiac sympathetic nerve in rabbit heart in vivo was recorded by electrochemical amperometry using gold fiber micro-electrodes.
提出了一种新计算方法来去除多微电极技术记录到的刺激伪迹。
The present study has described a novel method to suppress the stimulus artifacts in multi-electrode array systems.
结果神经束内微电极具有良好的选择刺激和记录功能，可以为电子假肢与周围神经间提供信息交换界面。
Results the microelectrodes had favorable functions of selective stimulation and recording. It provided an information transmitting interface between the electric prost...
结果神经束内微电极具有良好的选择刺激和记录功能，可以为电子假肢与周围神经间提供信息交换界面。
Results the microelectrodes had favorable functions of selective stimulation and recording. It provided an information transmitting interface between the electric prost...
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