FC-BAEP, SC-BAEP and MLR were examined in the rest rat pups of each group at postnatal day 12,14,17,and 20. At the postnatal day 20, the endocardial perfusion was performed in these rat pups for the fixation of the brain, and then the brains were taken out and divided into two portions, the left one for observing the changes of morphology and number of the neurons by Nissl stain, the right one for observing the changes of the ultrastructure in the cochlear nucleus via electron microscope.
其余大鼠分别于生后12d、14d、17d和20d检测FC-BAEP、SC-BAEP和MLR(计算机平均叠加颅表无创记录法)，并在大鼠生后20d灌注固定，取出脑组织，分为左、右两部分，左侧组织行冰冻切片尼氏(Nissl)染色观察神经元形态结构和数量变化，右侧取耳蜗核行透射电镜观察神经元超微结构变化。
参考来源 - 高胆红素血症新生大鼠听觉诱发电位的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
A few of positive neurons could be seen in the dorsal cochlear nucleus.
耳蜗背侧核阳性神经元的数量较少。
The cerebellum also received direct projections from the cochlear nucleus and superior olivary complex.
小脑也接受直接来自蜗核和上橄榄复合体的传入投射。
It is often stated that the cochlear nucleus is the origin of parallel functional pathways in the auditory system.
听觉系统中耳蜗神经核被认为是平行功能性途径的起源。
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