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- Membrane potential of DRG neurons fluctuates spontaneously under current clamp. 电流钳下,DRG神经元膜电位出现自主波动。
- Kv4.2 is probably a major component contributing to IA in DRG neurons. Kv4.;2通道电流可能是背根神经节神经元上IA电流的主要成分;但不是唯一成分。
- Methods Whole cell patch clamp technique was used to test the effects of Pho and Fen on TTX-S and TTX-R sodium currents in DRG neurons. 方法应用膜片钳技术研究氰戊菊酯和辛硫磷对DRG河豚毒素敏感（TTX-S）和不敏感（TTX-R）型钠通道的作用。
- Conclusion Following nerve section, NMDA receptors undergo plastic changes in their expression in DRG neurons, suggesting changes of glut... 结论外周神经损伤后,初级感觉神经元NMDA受体发生可塑性改变,提示脊髓内谷氨酸递质活动的改变。
- It can determine the expression of many genes in a single cell simultaneously and help to characterize the diverse cell population like dorsal root ganglion DRG neurons. 利用此技术，在同一颗细胞中可以了解很多基因的表现，如此可以更了解单一细胞的特性。
- Immunocytochemistry was performed by double staining with anti-calcitonin gene-related peptide and anti-NF200 antibodies to evaluate the purification rate of DRG neurons. 采用降钙素基因相关的缩氨酸和神经丝蛋白双重免疫细胞化学染色法鉴定并测定神经元的纯度。
- Conclusion GDNF may improve survival of cultured DRG neurons and promote SP basal release and sensitize the capsaicin evoked SP release from DRG neurons. 本研究观察GDNF对培养的DRG神经元生长状态及应用辣椒素前后神经递质SP释放的影响。
- Study Design. The DRG neuron was electrophysiologically inestigated using a rat model with constriction of the proximal site of the DRG. 实验设计：压迫大鼠背根神经节(DRG)近端，检测DRG神经元电生理学变化。
- Methods DRG neurons of Wistar rat embryos were cultured without or with GDNF (5?ng/mL, 50?ng/mL) for 72?h.The living cells were observed by an inverted contrast microscope. 在神经损伤和炎症等病理情况下，GDNF可影响神经元的表型、神经递质的释放、神经元的功能等特性[1]。
- Results Isolated and cultured DRG neurons survived and grew nicely in the basis medium for neurons, and the purified rate of DRG neurons could reach to around 93%. 结果分离培养的背根神经节神经元在适宜的培养基中生长良好，纯度可达到93%25左右。
- The present study was to investigate the changes of TTX R sodium currents and NaN/SNS2 sodium channel transcripts in DRG neurons in chronic constriction injury (CCI) of sciatic nerve 14 days after surgery. 目的 :观察电压门控钠通道NaN /SNS2在大鼠坐骨神经慢性压迫性损伤 (chronicconstric tioninjury ,CCI) 14天后的变化 ,探讨慢性神经痛的发生机制。
- Effect of Orphanin FQ on the Membrane of Rat DRG Neurons 孤啡肽对大鼠背根神经节神经元膜的作用
- MODULATION OF BRADYKININ ON ATP-ACTIVATED CURRENTS IN ISOLATED RAT DRG NEURONS 缓激肽对大鼠背根神经节分离神经元ATP激活电流的调制作用
- INHIBITORY EFFECTS OF CLONIDINE ON GABA ACTIVATED CURRENTS IN RAT DRG NEURONS 可乐定对背根神经节神经元GABA激活电流的抑制作用
- SUBTHRESHOLD MEMBRANE POTENTIAL OSCILLATION IN INJURED A-TYPE DRG NEURONS 受损背根节A类神经元的阈下膜电位振荡
- 2 Two firing patterns of action potential of DRG neurons in a nor-mal rat. 标题： 图2正常情况下DRG神经元动作电位的两种放电模式.
- Subthreshold membrane potential oscillation mediates adrenosensitivity in chronically compressed DRG neurons 阈下膜电位振荡介导受损DRG神经元的交感敏化现象
- Electrophysiological Characteristics of Hyperpolarization-activated Current and Its Distribution in DRG Neurons 超极化激活阳离子电流的电生理特性及其在DRG神经元中的分布
- Inhibition of ATP-activated currents by met-Enk in isolated DRG neurons of the rat 脑啡肽对大鼠DRG分离神经元激活内向电流的抑制
- Keywords sulfur dioxide;whole-cell patch clamp;ionic channel;hippocampal neuron;DRG neurons;cardiomyocyte; 二氧化硫;全细胞膜片钳技术;离子通道;海马神经元;背根节神经元;心肌细胞;
