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- Because of the loss of anterior horn cells, the anterior (ventral) spinal motor nerve roots demonstrate atrophy, as seen here in comparison with a normal spinal cord. 如图示，与正常脊索相比，由于前角细胞丧失，前(腹侧)脊髓运动神经根萎缩。
- Where are the anterior horn cells in this section of spinal cord? They are absent in a patient with amyotrophic lateral sclerosis (ALS). 脊髓切片上哪里是前角细胞?对于患肌萎缩侧索硬化(ALS)病人来说，不可能看到前角细胞。
- There is loss of anterior horn cells, so that patients present with progressive weakness that proceeds to paralysis from neurogenic muscular atrophy. 存在前角细胞丧失,因此病人表现为渐进性衰弱，这可能因神经源性肌萎缩而出现瘫痪。
- Keywords cauda equina syndrome;anterior horn cell;apoptosis; 关键词马尾神经综合征;前角细胞;凋亡;
- Observation of anterior horn cell apoptosis of conus medullaris in rabbits with cauda equina syndrome 实验性马尾神经综合征家兔骶髓前角细胞凋亡的观察
- anterior horn cell 前角细胞
- Anterior horn cell disease 前角细胞疾病
- anterior horn cell dysfunction 前角细胞功能障碍
- anterior horn cell syndrome 前角细胞综合征
- Quantitative Study of the Ultrastructure of Spinal Cord Anterior Horn Cells after Endurance Training with Different Intensities in Rats 不同强度训练后大鼠脊髓前角细胞线粒体的定量研究
- Effects of Physical Training on Morphology of Corticocerebral Pyramidal Cells and Spinal Anterior Horn Cells in Growing Mice 运动对生长发育期小鼠大脑皮质锥体细胞与脊髓前角细胞形态学的影响
- Objective To study the protective effects of Schwann cell derived neurotrophic factor (SDNF) on motoneurons of spinal anterior horn from spinal root avulsion induced cell death. 目的研究雪旺细胞源神经营养因子(SDNF)对臂丛神经根性撕脱所致前角运动神经元死亡的保护作用。
- On the 18th week, mild expression of Slit mRNA was found in anterior horn. 胚胎第18周时在脊髓前角Slit mRNA有较明显表达，中央管和后角无明显表达。
- anterior horn cells 前角细胞
- Objective Investigate the effect of conditioning lesion on nitric oxide synthase （NOS） expression and cell death of spinal cord anterior horn motoneuron after spinal roots avulsion. 目的探索条件性损伤对脊神经根撕脱后脊髓前角运动神经元一氧化氮合酶(NOS)表达及神经细胞死亡的影响。
- ELBE can protect the motor neurons in anterior horn of spinal cord through resisting the change of AchE and ACP. ? ELBE能通过缓冲神经损伤后神经元内酶学的变化，起到保护神经元的作用，从而减轻神经元损伤的程度，减少神经元死亡的数量，有利于神经再生。
- At4 weeks postoperatively, cholinesterase( CHE) and acidphosphatase( ACP) histochemical stain of neurons in C5 anterior horn and dorsal root ganglia( DRG) were detected. 术后4周取颈5脊髓前角和脊神经节,行酶组织化学染色观察胆碱酯酶和酸性磷酸酶活性的变化。
- In light microscope, degeneration and loss of motoneurons, satellitosis, neuronophagia and glial coffins were seen in the anterior horn of spinal cord. 脊髓前角运动神经元变性和丢失，有卫星、噬节及墓穴现象形成。
- Result: After BWSTT ultrastructure of neurons in lumbar cord anterior horn of transthoracic SCI rats appeared compensative changes. 结果：胸髓横断大鼠BWSTT后，腰髓前角神经元超微结构出现代偿性改变。
- Conclusion:BWSTT can improve locomotion of transthoracic SCI rats by promoting the neuronal plasticity of lumbar cord anterior horn. 结论：BWSTT后胸髓横断大鼠可通过增强脊髓损伤平面以下腰髓前角神经元的可塑性，促进其后肢运动功能的恢复。
