目的：探讨组织胺对大鼠DRG神经元ATP-激活电流的调制作用。
Objective:To investigate the regulation of Histamine on ATP-activated current in rat dorsal root ganglion(DRG) neurons.
与ATP -激活电流相比，NPA -激活电流幅值小，无明显去敏感现象。
Compared with ATP-activated current, the NPA-activated current was of smaller amplitude and showed inapparent desensitization.
植物捕获光线，转换成电流，然后利用这一这能量激活催化剂，然后把水分解成氢和氧，这一过程被称为光合作用的亮循环。
Plants catch light and turn it into an electric current, then use that energy to excite catalysts that split water into hydrogen and oxygen during what is called photosynthesis' light cycle.
被电流激活后，汞原子发出紫外光，轰击被覆在电子管内部的磷。
Excited by the current, the mercury atoms emit ultraviolet light, which bombards the phosphor coating on the inside of the tube.
伴随总体能耗降低，需要一个电流尖峰来激活每一个像素。
While they consume less power overall, a serious burst of current is needed to fire up each pixel.
当遥控无线信号发出后，一股微小的电流将激活芯片释放需要的剂量。
When a remote wireless signal is sent, a tiny electrical current zaps the chip to release the desired quantity of the drug.
进行该项治疗的患者在头部置有一个线圈，这个线圈通过电磁感应在一个变化的磁场中激活弱电流。
Patients undergoing this treatment have a coil placed on their head which uses electromagnetic induction to activate weak electric currents via a changing magnetic field.
当温度骤降低于最优融合水平时，个别电颗子开关激活，恢复电流和升温。
When temperature dips below the optimal fusion level, the individual particle switches back on, reinstating current flow and heat deposition.
方法传代得到单个HERG-HEK细胞，应用全细胞膜片钳技术记录HERG-HEK细胞上的HERG钾电流和动力学曲线（激活、失活、复活和去活化）。
Methods Enzyme digestion was performed to isolate single HERG-HEK cell and whole-cell patch-clamp technique was used to record HERG current and kinetic curves.
用该态模型解释了氮化物产生高密度表面态的原因和深表面能级与较浅的瞬态电流激活能间的矛盾。
This new two dimensional surface states model explains the origin of surface states and the contradiction between deep surface levels and the low activation energy of a transient current.
介绍了在缩短激活时间、降低内阻、提高电池大电流工作能力和脉冲放电能力等方面取得的进展。
The performances of battery such as internal resistance, activation time, large current discharge and pulse current discharge capacity, ect.
在细胞周期中，C1C - 3表达水平与细胞RVD能力及容积激活性氯电流水平呈反比。
C1C-3 expression level was negatively correlated to the RVD capacity and amplitude of the volume-activated chloride current in the cell cycle.
此电流对细胞容积改变敏感，细胞肿胀时被激活，细胞发生皱缩时则被抑制。
The currents were sensitive to the changing of cell volume, which can be activated by cell swelling and be inhibited by cell shrinkage.
微型化也意味着激活软件指令时的电流传输距离变短。
Miniaturization also means a shorter distance that electricity has to travel to activate software instructions.
目的研究锌离子对急性分离的大鼠骶髓后连合核神经元甘氨酸激活全细胞电流的调控。
AIM To investigate zinc (Zn2+ ) modulation of glycine (Gly)-activated whole-cell currents in acutely dissociated rat sacral dorsal commissural nucleus (SDCN) neurons.
方法采用急性分离的小鼠心室肌细胞，低渗溶液激活容积敏感性氯通道电流，膜片钳全细胞记录法记录电流。
Methods Isolated mouse cardiac ventricular myocytes were subjected to whole-cell patch-clamp to record the hypotonicity activated chloride channel currents.
结果表明：铅抑制了H -电流表达；降低了H -通道电压敏感性和升高了H -通道的激活电压。
The results demonstrated: Pb2+ suppressed the expression of H-current, decreased the voltage sensitivity and increased the activation voltage.
结论：低渗膨胀可增加钙激活钾电流和延迟整流型钾电流，这种增加效应可能与细胞容积调节有关。
CONCLUSION: Hyposmotic swelling increased both ik (ca) and ik (v), and the increment was likely related to the cell volume regulation.
目前攀援激活的计时作用神经机制有三种主要观点：膜电流假说、双稳态单元假说、线性整合假说。
There are three main perspectives about the timing neural mechanism of climbing activity:membrane voltage, bistable units, and line attractors.
方法：采用全细胞膜片钳技术记录蟾蜍灵激活cne - 2 Z细胞膜电流并分析其电流特征。
METHODS: the technique of whole-cell patch clamp was used to record the chloride currents and to analyze the characteristics of the currents in CNE-2Z cells.
而且，若反复给予可卡因刺激可减低gaba(氨基丁酸)介导的突触电流的峰值，并可提高腹侧被盖区多巴胺神经元被激活的概率。
Furthermore, repeated cocaine exposure reduced the amplitude of GABA-mediated synaptic currents and increased the probability of spike initiation in VTA dopamine neurons.
结果：在皮质酮的作用下，海马神经元膜的钾离子电流幅度明显下调，激活阈电位升高。
Results: it showed that the amplitudes of the potassium currents in hippocampal neurons decreased. However, the threshold potential of potassium currents increased. Conclusion: it is speculated...
C 采用的强电流激活结缔组织，并帮助改善皮肤色调和消除毒素。
C 采用的强电流激活结缔组织，并帮助改善皮肤色调和消除毒素。
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