An analysis of ascending brain stem systems involved in hippocampal synchronization and desynchronization.
An analysis of ascending brain stem systems involved in hippocampal synchronization and desynchronization.
复制标题
对参与海马同步和去同步的上升脑干系统的分析。
DOI：
10.1152/jn.1981.46.5.1140
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发表时间：
1981
影响因子：
2.5
通讯作者：
Vertes,RP
中科院分区：
文献类型：
--
作者：
Vertes,RP
5.这些结果表明，桥脑口侧核内的细胞直接参与了海马的同步化(0)，这些产生B的RPO细胞的纤维沿着已确定的三条同步化途径(MLF、MFB和CTT)上升到间脑。此外，这些结果表明，中缝正中核的细胞参与了海马区的去同步化，来自MR细胞的纤维沿着所描述的去同步化途径上升到间脑。6.在前人的研究(1，36)中，有人认为来自脑干的同步化纤维在舒茨背侧纵束(DLF)沿中线上升，而去同步化纤维通过MFB上升。相反，我们认为沿中线上升到间脑的同步系统不是DLF而是MLF，MFB是海马同步和去同步化纤维的来源。
5. These results suggest that cells within the nucleus pontis oralis are directly involved in generating hippocampal synchronization (0) and that the fibers from these B-generating RPO cells ascend to the diencephalon along the three synchronizing routes that were identified (MLF, MFB, and CTT). Further, these results indicate that cells of the median raphe nucleus are involved in producing hippocampal desynchronization and that the fibers from MR cells ascend to the diencephalon along the one desynchronizing route that was described. 6. In previous studies (1, 36) it was suggested that hippocampal synchronizing fibers arising from the brain stem ascend along the midline in the dorsal longitudinal fasciculus of Schutz (DLF) and that desynchronizing fibers ascend through the MFB. In contrast to this, we propose that the synchronizing system ascending along the midline to the diencephalon is not the DLF but the MLF and that the MFB is the source of hippocampal synchronizing as well as desynchronizing fibers.