Wold J E
J Comp Neurol. 1981 Sep 20;201(3):319-41. doi: 10.1002/cne.902010303.
Following horseradish peroxidase (HRP) injections in the superior, in the Deiters', in the medial, and in the descending vestibular nuclei in the hen, labeled cells are found in lateral longitudinal zones in the ipsilateral cerebellar cortex, most numerously in the anterior lobe, the nodulus, the uvula, and the auricle. Furthermore, labeled cells are found bilaterally in the ventral parts of the medial and intermediate cerebellar nuclei. Lesions in the cerebellar cortex of the anterior lobe and in anterior parts of the posterior lobe result in terminal degeneration, mainly in the nucleus Deiters dorsalis, but also scantily, in peripheral regions of the superior nucleus, the nucleus Deiters ventralis, the ventrolateral part of the medial nucleus and, mainly medially, in the descending nucleus. Lesions in the posterior part of the uvula, in the nodulus, and in the auricle result in much denser degeneration, most heavily affecting the nucleus Deiters dorsalis, but also affecting peripheral regions of the superior nucleus, the nucleus Deiters ventralis, the entire descending and medial nuclei, and the tangential nucleus. Lesions in the medial cerebellar nucleus result in degeneration bilaterally in the vestibular complex, most heavily affecting the nucleus Deiters ventralis and cell group B, but also affecting peripheral regions of the superior nucleus, the medial nucleus- mainly in dorsomedial regions, lateral and caudal parts of the descending nucleus and, very scantily, in the nucleus Deiters dorsalis. The findings are discussed in the light of the data concerning the organization of the cerebellovestibular projections in mammals and the known connections of the vestibular nuclei in birds.
在母鸡的前庭上核、代特氏核、内侧前庭核和前庭降核注射辣根过氧化物酶(HRP)后,在同侧小脑皮质的外侧纵区发现标记细胞,在前叶、小结、蚓垂和耳状叶中数量最多。此外,在内侧和中间小脑核的腹侧部分双侧发现标记细胞。前叶小脑皮质和后叶前部的损伤导致终末变性,主要在背侧代特氏核,但也少量出现在上核、腹侧代特氏核、内侧核腹外侧部分的周边区域,以及主要在内侧的前庭降核。蚓垂后部、小结和耳状叶的损伤导致更密集的变性,最严重影响背侧代特氏核,但也影响上核、腹侧代特氏核、整个前庭降核和内侧核的周边区域,以及切向核。内侧小脑核的损伤导致前庭复合体双侧变性,最严重影响腹侧代特氏核和B细胞群,但也影响上核、内侧核(主要在背内侧区域)、前庭降核的外侧和尾部区域,以及非常少量地影响背侧代特氏核。根据关于哺乳动物小脑 - 前庭投射组织的数据以及鸟类前庭核的已知连接对这些发现进行了讨论。