Romand R
Brain Res. 1978 Jun 9;148(1):43-65. doi: 10.1016/0006-8993(78)90377-3.
Intracellular recordings were made in the cochlear nucleus of anesthetized cats. In anterior passes, one never obtained sustained depolarizations from 'primary-like' units. For 'chopper' units, however, it was possible to record sustained depolarizations accompaneid by spikes that lasted as long as the tone burst. 'Pauser, 'buildup' and 'on' units also had spike responses that could be accompanied by sustained depolarizations. For 'pauser', 'buildup' and 'on' units, hyperpolarization was not seen during the times when no spike discharges appeared so long as the tone bursts were at the characteristic frequency of the units.
在麻醉猫的耳蜗核中进行细胞内记录。在前向记录过程中,从未从“初级样”神经元获得持续去极化。然而,对于“斩波器”神经元,有可能记录到持续去极化,并伴有与音调脉冲持续时间相同的锋电位。“暂停型”、“增强型”和“开启型”神经元也有锋电位反应,可能伴有持续去极化。对于“暂停型”、“增强型”和“开启型”神经元,只要音调脉冲处于这些神经元的特征频率,在没有锋电位发放的时间段内未观察到超极化现象。