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首页> 外文期刊>Journal of Neuroscience Methods >Chronically implanted epineural electrodes for repeated assessment of nerve conduction velocity and compound action potential amplitude in rodents.
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Chronically implanted epineural electrodes for repeated assessment of nerve conduction velocity and compound action potential amplitude in rodents.

机译:长期植入的神经外膜电极,用于反复评估啮齿动物的神经传导速度和复合动作电位振幅。

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摘要

Implanted epineural electrodes were used for the longitudinal assessment of peripheral nerve conduction velocity (NCV) and compound action potential (CAP) amplitude in rats. Custom-fabricated stimulating and recording electrodes were sutured over the tibial and sciatic nerves, respectively, and were used for weekly recordings of CAP latency and amplitude. Intra-day variability of nerve conduction velocity measurements had coefficients of variation of less than 2% for same day recordings from individual subjects. A clear trend in recovery of the NCV values following implant was observed over the 7-week trial period. These results demonstrate that implanted epineural electrodes provide a reliable method for chronic, in vivo monitoring of nerve conduction parameters in rodents.
机译:植入的神经外膜电极用于纵向评估大鼠周围神经传导速度(NCV)和复合动作电位(CAP)幅度。将定制的刺激和记录电极分别缝合在胫骨和坐骨神经上,并用于每周记录CAP潜伏期和幅度。对于个体受试者的当天记录,神经传导速度测量值的日内变异性具有小于2%的变异系数。在7周的试验期内,观察到植入后NCV值恢复的明显趋势。这些结果表明,植入的神经外膜电极为啮齿类动物的神经传导参数的慢性体内监测提供了可靠的方法。

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