本文介绍一种用吸附式电极记录合体细胞组织生物电位的改进装置。
An improved device of the adhesive electrode for recording the bioelectrical potential of animal's syncytial tissue is described in this paper.
应用扫描电镜，结合听觉电生理学和酶组织化学方法研究了缺铁对大鼠听毛细胞结构与功能的影响。结果发现，缺铁组大鼠耳蜗生物电位的产生受到抑制；
The effects of iron deficiency (ID) on the hair cells were studied in growing rats by scanning electron microscopic, auditory elec'crophysiological and histochemical techniques.
动作电位以不衰减的方式长距离传播，使神经元实现其生物电信息的长距离传播功能。
The action potential can propagate over long distance without weakening, and makes the neuron realize the long distance transmission of neural information.
两种神经元的自发生物电活动形式、自发放电频率和幅值、以及两者的静息电位无明显差异。
Modes, frequencies, and amplitudes of spontaneous biological electric activities of VNNs and NVNNs were not obviously different.
两种神经元的自发生物电活动形式、自发放电频率和幅值、以及两者的静息电位无明显差异。
Modes, frequencies, and amplitudes of spontaneous biological electric activities of VNNs and NVNNs were not obviously different.
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