The signals recorded had the characteristic of the motor or sensory nerve action potentials.
分析导出的电信号其波形均具有运动及感觉神经动作电位的特征。
Slow sensory and motor nerve conduction velocities and decreased sensory nerve action potentials were found in group I.
神经传导速度测定结果提示，第一组可见感觉和运动神经传导速度减慢及感觉神经动作电位波幅降低。
URPOSE To explore the value of the mixed nerve action potentials (MNAP) amplitude and its change in the several neuropathies in order to evaluate the clinical value of MNAP.
目的研究混合神经动作电位（MNAP）波幅的正常值和在几种神经疾患时的改变，探讨MNAP的临床实用价值。
Electrophysiological, there were sensory conduction velocity slowing, amplitude decrement of nerve action potentials, abnormal spontaneous activities and increased polyphonic motor unit potentials.
神经电生理检查显示神经传导速度减慢，波幅降低，异常自发电位(纤颤电位和正锐波)，运动单元多相电位增加。
Objective:To study the feasibility and clinical applicability of electrically evoked auditory nerve compound action potentials (ECAP) in young patients with Nucleus CI24M cochlear implants.
目的：探讨电诱发听神经复合动作电位（ECAP）的特点及在人工耳蜗临床中的应用价值和意义。
Objective:To study the feasibility and clinical applicability of electrically evoked auditory nerve compound action potentials (ECAP) in young patients with Nucleus CI24M cochlear implants.
目的：探讨电诱发听神经复合动作电位（ECAP）的特点及在人工耳蜗临床中的应用价值和意义。
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