Conclusions: Peripheral nerve injury can induce spinal cord anterior horn motor neurons dead, and the neuron death demonstrates its own character.
结论：大鼠坐骨神经损伤后，脊髓前角运动神经元的胞体有死亡，其死亡具有一定的时间特征。
CONCLUSION: There are apoptotic neuron in the spinal cord and ganglion after peripheral nerve injury, while the OECs has protective effect on apoptotic neurons.
结论：在周围神经损伤后脊髓及神经节内神经元有凋亡发生，嗅鞘细胞移植对神经元凋亡有保护作用。
Conclusion: the results suggest that there are more than one neurotrophic substances in human fetal spinal cord that exerted neurotrophic effects on survival and differentiation of GABAergic neuron.
结论：实验结果揭示人胎脊髓中可能存在不止一种神经营养活性成分，对GABA神经元的活性和分化起营养作用。
The formation of necrosis cavum and glial scar after spinal cord injured was one of important factor that affected regeneration of nerve fiber and neuron.
脊髓损伤后所形成的坏死空洞和反应性增生的胶质瘢痕是导致脊髓损伤再生修复受阻的重要因素。
Objective to study the influence of spinal cord decompression sickness on neuron apoptosis in rats and the protective effect of nerve growth factor.
目的探讨脊髓减压病对大鼠脊髓神经细胞凋亡的影响及神经生长因子的保护作用。
Conclusions: Peripheral nerve injury could induce spinal cord anterior horn motor neurons dead and the neuron death demonstrated some characteristic.
结论：大鼠坐骨神经损伤后，脊髓前角运动神经元的胞体有死亡，其死亡具有一定的特征。
Skeletal muscle consists of thousands of muscle fibers, each controlled by one motor neuron whose cell body lies in the brain or spinal cord.
骨骼肌由数以千计的肌纤维组成，每段肌纤维由一个运动神经元控制，它的胞体存在大脑或者脊髓中。
Results FN6-8 can significantly promote the activity and neurite length of the gas-deprived neuron of the spinal cord.
目前多种促神经突起生长的生物活性分子都应用于神经损伤后再生的研究，FN6-8有关研究尚未见报道。
Results It could be observed that extensive subdural hemorrhage as well as neuron injury obviously in group g, which corresponded to the change of gunshot injury to spinal cord.
结果G组脊髓广泛硬膜下出血、神经元损伤明显，符合火器伤后病理改变。
Results: 14 days later, positive FB marked cells were found in the spinal cord segment and the dorsal root ganglion; the number FB labelled neuron and the fluorescence were increased soon afterwards.
结果：14天时神经元胞体开始出现FB，随后荧光逐渐加强和阳性标记细胞逐渐增多；
Results: 14 days later, positive FB marked cells were found in the spinal cord segment and the dorsal root ganglion; the number FB labelled neuron and the fluorescence were increased soon afterwards.
结果：14天时神经元胞体开始出现FB，随后荧光逐渐加强和阳性标记细胞逐渐增多；
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