1) internal electrode
体内电极
2) silver internal electrode
银内电极
3) Intracranial electrode
颅内电极
1.
Indications of presurgical long-term intracranial electrode implantation for non-lesion intractable epilepsy;
无病灶性癫术前长程颅内电极埋置的适应证探讨
2.
Effects of robot assistant frameless stereotaxy for intracranial electrode implantation:reports of 19 cases
机器人辅助无框架定位颅内电极埋植(附19例分析)
3.
Intracranial electrode placement to sites of epileptoge.
目的探讨18F-FDG PET脑显像对癫痫颅内电极放置位置选择的价值。
4) intramuscular electrodes
肌内电极
1.
MethodsPerforming lateral movements of spine,including lifting and lowering of different loads(0-40 kg) held laterally in one hand,the activities of eight trunk muscles and the angular motion of the trunk from side to side in six subjects were recorded using intramuscular electrodes and video project.
方法在6个站立的受试者,单手不同负重(0~40 kg)进行侧提和侧放时,应用肌内电极检测8块躯干肌的活动;测量摄像中对侧躯干角运动。
2.
Methods Performing lateral movements of spine, including lifting and lowering of different loads (0 -40 kg) held laterally in one hand, the activities of eight trunk muscles and the angular motion of the spine in six subjects were recorded using intramuscular electrodes and video project.
方法在6个站立的受试者,单手不同负重(0—40 kg)执行侧提和侧放时,应用肌内电极检测8块躯干肌的活动; 测量摄像中侧对侧躯干角运动。
5) intracranial electrodes
颅内电极
1.
Objective To explore the time and method of intracranial electrodes placement and investigate the value and role of intracranial EEG (i-EEG) technique in intractable epilepsy pre-operative evaluation.
目的探讨颅内电极置入术在临床的应用时机、方法,评估颅内电极脑电图(i-EEG)技术在癫疒间外科中的价值。
2.
Intracranial electrodes were implanted on suspect encephalic regions by craniotomy for these patients.
目的:探讨颅内电极监测技术在难治性癫痫外科治疗中的应用价值。
6) inner electrode
内电极
1.
Study on the inner electrode of the high energy storage density glass-ceramic capacitors;
高储能密度玻璃-陶瓷电容器内电极的研究
2.
The sample of inner electrode for American medical applications has been analyzed,the preparation process of platinum inner electrode has been researched,and the factor of influence on electrode forming has been analyzed in the article.
剖析了美国医用内电极样品,研究了医用铂金内电极的制备工艺,分析了影响电极成型的参数,制备出符合美国医用内电极标准的铂金内电极。
补充资料：体内
分子式：
CAS号：
性质：常指实验观察中的事件或酶反应以正常途径发生，即在一个生物活体之内进行。
CAS号：
性质：常指实验观察中的事件或酶反应以正常途径发生，即在一个生物活体之内进行。
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