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- extracellular microelectrode 细胞外微电极
- Virion The extracellular inert phase of a virus. 病毒(成熟)粒子：病毒在宿主细胞外以静止状态存在的结构。
- Extracellular Occurring or situated outside a cell. 胞外的：产生或定位于细胞的外部。
- This is suit to microelectrode manufactures. 陶瓷颗粒增强的金属基复合材料与陶瓷（玻璃）间的连接在场致扩散连接条件下是可行的，结合界面产生的电化学反应和固相扩散反应克服了多类异种界面同时接合的问题，是适用于微电子制造的理想方法。
- Other isoprenoids are excreted into the extracellular space. 其他类异戊二稀则分泌到细胞外间隙中。
- The reactions may be extracellular or intracellular. 这些反应可以发生在细胞外,也可以发生在细胞内。
- The other big problem of extracellular junk is called amyloid. 细胞外垃圾的另一个大问题称为淀粉体。
- ANTIIRRADIATION ACTIVITIES OF EXTRACELLULAR POLYSACCHARIDE OF Porphyridium sp. 紫球藻胞外多糖抗辐射的生物学活性研究。
- PHB depolymerase is a kind of extracellular enzyme which is secreted by micr. PHB解聚酶是由微生物所分泌的一种胞外酶,可以将PHB降解为水溶性小分子物质。
- The cytoplasmic side is negatively charged relative to the extracellular side. 胞质侧电荷较胞外侧为负。
- Extracellular matrixis is in the dynamic balance of superseeion and remodeling. 细胞外基质处于不断代谢更新、降解重构的动态平衡中。
- Leptin enhanced the phosphorylation of extracellular signal-related kinase 1/2. 来普汀能增强细胞外信号相关激酶1/2的磷酸化。
- Integrins hook onto an extracellular matrix protein called laminin A. 粘合素粘附在层粘连蛋白A的细胞外基质上。
- All the PHB depolymerases are extracellular enzyme and are induced enzyme. 3种菌株所产生的PHB解聚酶均是胞外酶,同时又都是诱导酶。
- Results of 108 cases of stereotaxy microelectrode recording operation for Parkinson's disease. 立体定向微电极导向射频毁损术治疗帕金森病108例
- Method:Induced CSD with KCL to rats and recorded the electrophysiological change of them with glass microelectrode. 方法 :利用KCL诱发CSD ,采用玻璃微电极记录CSD的电生理变化。
- A PVC membrane sodium ion-selective microelectrode based on a neutral carrier(ETH 1097)has been constructed. 研制了以中性载体(ETH1097)为电活性物质的PVC钠离子选择性微电极。
- Recently,implantable neural microelectrode has been a new exciting field in neural science and microelectronics. 近年来,植入式神经微电极已成为神经科学和微电子学一个新的研究热点。
- Perhaps the simplest approach to extracellular digestion is that employed by saprophytes. 细胞外消化最简单途径也许是腐生生物所利用的方法。
- Methods:The unit discharges of LH neurons were recorded by the glass microelectrode in sixty-three rats. 方法：本实验通过单管玻璃微电极细胞外单位放电记录法，对63只大鼠下丘脑外侧区放电变化进行了研究。
