脊髓的

Spinal Cord Injury is the injury of spinal cord structure and function caused by several different kinds of elements which incur the change of kinesalgia , sensation and autonomic nerves function below the injury level.

脊髓损伤(Spinal Cord Injury，SCI)是由于多种不同致病因素引起的脊髓结构、功能的损害，造成损伤水平以下正常运动、感觉、自主神经功能的改变。

To define the clinical usefulness of vestibular-evoked myogenic potential in detecting cervical medullar involvement related to human T-cell lymphotropic virus type 1 (HTLV-1) associated myelopathy/tropical spastic paraparesis.

目的：为了明确前庭诱发肌原性潜力的临床用途，我们检测了合并脊髓病/热带痉挛性下肢轻瘫的人嗜T淋巴细胞病毒I型感染（HTLV-1）所导致的颈部脊髓受累情况。

The characteristics of CaBP-LI positive rubrospinal neurons in the red nucleus showed that these neurons was not homogeneous. Rubrospinal neurons had their subpopulation in term of CaBP like immunoreactivity (from strongly posotive to negative) and special distribution features.

大鼠红核-脊髓投射神经元的CaBP-LI阳性和CaBP-LI阴性两种亚型及其分布特点说明，这些神经元的性质并非均一，并可能与红核-脊髓投射神经元对钙超载具有不同的耐受性有关。

Rubrospinal neurons in the rostral portion still showed CaBP-LI negative. Conclusion The characteristics of CaBP-LI positive rubrospinal neurons in the red nucleus showed that these neurons was not homogeneous. Rubrospinal neurons had their subpopulation in term of CaBP like immunoreactivity (from strongly posotive to negative) and special distribution features.

大鼠红核-脊髓投射神经元的CaBP-LI阳性和CaBP-LI阴性两种亚型及其分布特点说明，这些神经元的性质并非均一，并可能与红核-脊髓投射神经元对钙超载具有不同的耐受性有关。

The characteristics of CaBP-LI positive rubrospinal neurons in the red nucleus showed that these neurons was not homogeneous. Rubrospinal neurons had their subpopulation in term of CaBP like immunoreactivity (from strongly posotive to negative) and special distribution features.Key words: calbindin-D28k; immunocytochemistry; red nucleus; rubrospinal tract; rat

大鼠红核-脊髓投射成年人神经元的CaBP-LI阳性和CaBP-LI阴性两种亚型及其分布特点说明，这些成年人神经元的性质并非均一，并可能与红核-脊髓投射成年人神经元对钙超载具有不同的耐受性有关。

The long latency reflexes might bemonosynaptic responses mediated by dorsal root excitement, while the short latencyreflexes might be sarcous electric activity mediated by direct excitement of motor neuron ormotor fiber.

长潜伏期成分可能是兴奋脊髓背根传入神经后引起的单突触反射；短潜伏期成分可能是直接兴奋脊髓内的运动神经元或运动纤维后向下传导引起的肌肉兴奋电反应。

The latency of the waves of SEP or MEP is extracted. But it still is the best in all. The control group is the worst of all. The wave can be found again after the spinal cords are hemisectcd in control group. 5.. Seen from the immunohistochemistry of NF, Schwann cells can promote neural dendrite outgrowth toward the area of hemisected spinal cord.

神经纤维的兔疫组化染色脊髓半切损伤后，经NF的免疫组织化学技术染色显示：移植雪旺细胞可以促进神经纤维向脊髓损伤区域生长，抗体封闭 LI后神经纤维的生长受到抑制，再生神经纤维数相对减少，这从免疫组织化学方面说明口对神经再生具有影响。

MP can provide neurotrophic function by inhibiting both the level of MCP-1 expression and the macrophages infiltration, thereby meliorating the degree of secondary injury after SCI.

脊髓损伤早期MP可以减少损伤区域MCP-1的表达水平及巨噬细胞的浸润，并减轻脊髓继发性损伤的程度。

Methods: To use ECM Gel as a tissue culture substrate, 3-dimention co-culture of the choroids plexus or the Neuro-2A cells with the ventral part of the embryonic spinal motor column (Embryonic 12 days, E12) were made in the substrate.

采用ECM Gel作为组织培养的基质底物，将脉络丛组织或者Neuro-2A细胞株和胚胎12天的腹侧脊髓运动神经柱进行三维共培养，观察脉络丛组织或者Neuro-2A细胞株对胚胎脊髓运动神经元轴突生长的影响。

It was observed by Nissl and enzyme histochemistry staining that exogenous GDNF decreased lesion-induced motor neuron death in lateral nucleus of spinal anterior horn and the changes in activity of cholinesterase and acid phosphatase in spinal cord and sensory ganglions.

采用硅管套接大鼠切断的坐骨神经模型，局部给予胶质细胞源性神经营养因子，应用尼氏染色、酶组织化学染色方法，观察到外源性GDNF能减少脊髓修复侧前角运动神经元死亡的数目，降低脊髓前角运动神经元及脊神经节感觉神经元中胆碱酯酶及酸性磷酸酶变化的幅度。

They weren't aggressive, but I yelled and threw a rock in their direction to get them off the trail and away from me, just in case.

他们没有侵略性，但我大喊，并在他们的方向扔石头让他们过的线索，远离我，以防万一。

In slot 2 in your bag put wrapping paper, quantity does not matter in this case.

在你的书包里槽2把包装纸、数量无关紧要。