脊髓小脑束

  • 网络spinocerebellar tract
脊髓小脑束脊髓小脑束
  1. 本实验采用BDA顺行追踪法研究了大鼠腰髓脊髓小脑束向小脑中央核的投射。

    The present study examined whether the lumbar spinocerebellar tract projects to the cerebellar nuclei , by using anterograde labeling with biotinylated dextran ( BDA ) .

  2. 大鼠红核脊髓束与脊髓小脑束起始细胞突触联系的电镜研究

    Electron microscopic study on synaptic connections of rubrospinal tract to original cells of spinocerebellar tract in rats

  3. 生物素化葡聚糖胺法顺行追踪大鼠颈段脊髓小脑束神经元向小脑中央核的投射

    Projections from cervical spinocerebellar tract neurons to cerebellar nuclei in rats by the anterograde labeling of biotinylated dextran amine

  4. 本研究采用10只家兔进行腰、骶、尾髓的脊髓小脑束乙酰胆碱酯酶阳性神经元定位研究。

    10 rabbits were used in the present study for localization of the cholinergic neurons of the spinocerebellar tracts in the lumbo-sacro-coccygeal cord .

  5. 大鼠脊髓小脑前束起始细胞&脊髓边缘细胞突触形态学的电镜研究

    The synaptology of the spinal border cells & the original neurons of ventral spinocerebellar tract in the rat : an electron microscopic study

  6. 实验提示红核脊髓束与脊髓小脑束起始细胞存在直接或间接的突触联系。

    The findings suggested that RST terminations might have synaptic contact with the original cells directly or indirectly .

  7. 采用神经元溃变和HRP神经元逆行追踪结合的方法,电镜观察组核脊髓束终末与脊髓小脑束起始细胞的突触联系。

    Using HRP retrograde transport and anterograde generation of neurons , the synaptic connections between terminates of rubrospinal tract ( RST ) and original cells of spinocerebellar tract ( SCT ) were observed by electron microscope .

  8. 大鼠前庭脊髓束终末与脊髓小脑束起源细胞间的突触联系

    Synaptic relationship between the terminals of vestibulospinal tracts and the original cells of spinocerebellar tracts in the rat

  9. 将12只成年大鼠一侧脊髓段灰质行电损毁后用溃变法追踪脊髓小脑吻侧束纤维在脊髓、脑干内的走行及在小脑内的分布。

    Degeneration was made in12 adult rats to study the course and projections of the rostral spinocerebellar tract ( RSCT ), after unilateral lesions in the C_ ( 5 ~ 8 ) spinal segments .

  10. 脊髓小脑共济失调(SCAs)是一组具有多变的小脑、脊髓小脑束和脑干神经元变性的异质性神经病。

    Spinocerebellar ataxias ( SCAs ) are a heterogeneous group of neurological disorders characterized by variable degrees of degeneration of the cerebellum , spinocerebellar tracts , and brain stem neurons .