ventral horn

1. Objective To observe the regional distribution of neurotensin ( NT) in the ventral horn ( VH) of the spinal cord in normal rats and the change of NT expression in the VH under neuropathic pain conditions.
   目的观察神经降压肽在脊髓内的正常分布及在神经病理痛条件下该处神经降压肽的免疫反应性变化。
2. The TB fluorescence marked neural cells appeared on the left side of L1 ventral horn and something like somatic motor nerve cell morphologically, while no TB marked cell appeared on the right side.
   TB荧光逆行示踪左侧L1脊髓前角可见荧光标记阳性的神经元，而右侧无标记阳性细胞。
3. Changes of proteomics of spinal ventral horn of cat after the sciatic nerve transection
   坐骨神经切断对猫脊髓前角蛋白组表达的影响
4. The changes of synaptic contacts of calretinin-immunoreactive interneurons in the rat lumbar ventral horn after thoracic spinal cord hemisection
   胸髓半横断引起腰髓前角钙网蛋白阳性中间神经元突触联系的变化
5. Results NGB protein immunoreactive cells were mainly distributed in the gray matter of spinal cord, including in the ventral horn, intermediate zone and dorsal horn.
   结果在脊髓的颈、胸、腰段，NGB免疫反应阳性细胞主要分布于脊髓灰质中，其范围包括灰质脊髓前角、中间带和后角。
6. Our results suggest that exogenous NGF can up-regulate the expression of CGRP in DRG and the dorsal horn of spinal cord after suturing transected sciatic nerve immediately, but no effect on the expression of CGRP in the ventral horn of spinal cord.
   结果提示外源性的NGF能明显增加损伤后背根节感觉神经元与损伤侧脊髓后角的CGRP表达，对CGRP在脊髓前角运动神经元内的表达没有明显影响。
7. Experimental study of nerve repair by embryonic spinal cord ventral horn cell transplantation in rats
   应用胚胎脊髓前角细胞移植修复大鼠神经损伤的实验研究
8. Under high voltage electron microscope, we studied the distribution of ACPase activity in neurons of ventral horn in rats 'spinal cord by ACPase zymo cytochemical technique.
   应用电镜酸性磷酸酶（ACP）细胞化学技术显示大鼠脊髓腹角神经元的ACP酶活性分布，并进行了超高压电子显微镜观察。
9. The Mel 1b mRNA positive cells were mainly observed in the cerebellar cortex, fastigial nucleus, global nucleus, emboliform nucleus of the medullaris cerebelli, hippocampus, cerebral cortex, ventral horn of the spinal cord, supraoptic nucleus and suprachiasmatic nucleus.
   Mel1bmRNA阳性细胞主要分布于小脑皮层和顶核、球状核、栓状核、海马、大脑皮层、脊髓前角、视上核和交叉上核。
10. Methods Parvalbumin ( PV) immunohistochemistry was used to label the proprioceptive afferents. Single and dual immunofluorescence histochemistry were used to examine the growth pattern of proprioceptive afferents and their relationships with motoneurons in the spinal ventral horn ( VH).
    方法采用小牛白蛋白（PV）免疫组织化学染色特异标记本体觉传入纤维，用免疫荧光单标记和双标记方法观察本体觉传入纤维在脊髓内的生长模式以及与运动神经元的关系。
11. After WGA-HRP was injected into L4 left ventral horn, HRP positive axon terminals were observed in the left MPG and EUS, not in the detrusor.
    WGAHRP注射入脊髓L4左侧前角顺行追踪显示，左侧MPG和EUS内有HRP阳性神经末梢。
12. The effects of hypocalcemia on the CaBP containing neurons in the ventral horn of the spinal cord of the rat
    低血钙大鼠脊髓腹角钙结合蛋白免疫反应神经元的变化
13. Methods Guinea pigs were immunized with fresh bovine spinal cord ventral horn homogenate.
    方法采用新鲜牛脊髓前角匀浆免疫豚鼠。
14. Ultrastructural study of spinal cord ventral horn motor neurons in Guinea pig immunized by swine spinal cord ventral horn homogenate
    猪脊髓前角匀浆免疫后豚鼠脊髓前角运动神经元的超微病理特征
15. The number of NGF, BDNF, and NTF-3 positive neurons in ventral horn of the spinal cord were observed and counted.
    观察并计数脊髓半横断损伤后尾侧端腹角神经生长因子、脑源性神经营养因子和神经营养因子3的阳性神经元数。
16. Results: ( 1) In 24-27 weeks human fetus spinal cord, some nNOS-LI neurons were observed in the intermediolateral nucleus from the first thoracic to third lumbar segments and in laminae ⅷ and ⅸ of ventral horn.
    结果：（1）24～27w人胎儿胸髓和腰1～3节段的中间带外侧核和前角Ⅷ层和Ⅸ层内可观察到nNOS阳性神经元。
17. In ventral horn and lateral horn of spinal cord, caspase-3-like immunoreactive products were located in cytoplasm and nuclei as well as neural processes of large motor neurons and medium-sized neurons.
    caspase3阳性反应产物主要分布于脊髓前角和侧角大型运动神经元及中型神经元的胞浆、胞核及突起；
18. WTBZ In this study, ABC method of immunohistochemistry was used to explore the changes of expression for NT-3 in neurons of ventral horn in different time after crushed spinal cord injury ( cSCI).
    运用免疫组化ABC法探讨了脊髓挤压伤后不同时间腹角NT-3表达的变化。
19. [ Object I ve]: To explore the changes on polypeptide growth factors, including NGF and NT-4 in the ventral horn of the spinal cord and motor area of right cerebral cortex of adult monkey at different time after hemisection spinal cord injury ( hSCI).
    [目的]探讨多肽生长因子NGF、NT-4猕猴左侧脊髓半横（hemisectionspinalcordinjury，hSCI）后不同时间脊髓腹角和右侧大脑皮质运动区运动神经元中的表达变化。
20. The effects of hypocalcemia on the calbindin D28k ( CaBP) containing neurons in the ventral horn of the spinal cord was studied by immunocytochemical method.
    为观察低血钙对神经元内钙结合蛋白的影响，用免疫细胞化学法，研究了低血钙大鼠脊髓腹角内钙结合蛋白（CaBP）免疫反应（CaBP＼｜IR）神经元的变化。
21. Itis a longitudinal cell column lying between the ventromedial and the ventrolateralcolumns of the ventral horn of the spinal cord.
    它是位于脊髓前角的腹内侧和腹外侧柱之间的纵行细胞柱。
22. Conclusion: The results of the present study suggest that there exists intimate relationship between the activated glias and the apoptotic motoneurons in the ventral horn of the lumbar spinal cord after unilateral sciatic nerve transection.
    结论：研究结果提示，坐骨神经切断后切断侧腰脊髓腹角活化的胶质细胞与凋亡的运动神经元之间关系密切。
23. The Co-expression of NGF, BDNF, NT_3, NT_4 and GDNF in Neurons of Ventral Horn of Spinal Cord
    脊髓腹角神经元共存NGF，BDNF，NT3，NT4和GDNF
24. Expression of microtubule associated protein 1B in ventral horn following spinal cord compression
    脊髓压迫伤脊髓前角中微管相关蛋白1B的表达
25. On E8, the expression was mainly in the ventral horn, especially in the motor neurons.
    在E8期，表达主要集中在前角运动神经元，其它部位则信号明显较弱。
26. These results indicate that SP-I terminals make direct synapses with CHAT-I motoneurons of sacral ventral horn. These synapses may be predominantly excitatory and have importance in the control of muscular constriction.
    这些结果显示骶髓前角的SP样终末与ChAT样运动神经元形成直接的突触，并提示这些突触主要是兴奋性的，对控制肌肉收缩有重要意义。
27. The results showed dilation of endoplasmic reticulum and swelling of mitochondria in motor neurons of spinal cord ventral horn in immunized guinea pigs.
    结果显示：免疫后豚鼠脊髓前角运动神经元可见内质网扩张、线粒体肿胀；
28. The Changes of Expression for NT-3 in Ventral Horn after Crushed Spinal Cord Injury
    挤压伤脊髓腹角神经元NT-3表达的变化
29. Each side of the spinal cord gray matter, the dorsal horn, and ventral horn are notablely developed, but lateral horn is undeveloped.
    脊髓每一边的灰质背角和腹角较显著，侧角不发达。

noun

1. one of two the two roots of a spinal nerve that passes ventrally from the spinal cord and that consists of motor fibers

   Synonym:    ventral rootanterior rootanterior horn