此外，科学家无法再生健康的神经元，所以在严重神经紊乱的实验治疗中无法使用神经元。
Furthermore, scientists' inability to reproduce healthy neurons has prevented the use of neurons in experimental treatments of severe neurological disorders.
身体锻炼还能促进神经元的再生，这可以帮助人们提高大脑的认知能力，增强记忆力，减少神经性疾病的发生。
Physical exercise, through the revitalization of neurons, helps to the increase of cognitive and brain functions, boosts memory and reduces the chances for neuro-degenerative diseases.
在大脑的一些局部区域，的确存在着神经元的不断更替——老的神经元细胞凋亡和新生神经元再生——并且这些新生神经元会参与学习环节。
Indeed, in some brain areas, there is continual turnover of neurons - old ones die and new ones are born - and these new neurons can participate in circuits that underlie learning.
许多脑组织中的神经元是可以再生的
这些不可再生神经元的过度压力小老鼠们比正常的小老鼠们先停止的游泳。
The super-stressed mice that couldn’t grow new neurons gave up swimming faster than the normal mice.
这些不可再生神经元的过度压力小老鼠们比正常的小老鼠们先停止的游泳。
The super-stressed mice that couldn't grow new neurons gave up swimming faster than the normal mice.
一种理论将这个问题归咎于大脑不能再生新的神经元细胞。
Synder和他的同事使用药物阻止一组小老鼠的的神经元再生。
Synder and his colleagues used a drug to shut down production of new neurons in a group of mice.
70年代，另一位年轻的科学家，迈克尔卡普兰发现在大鼠脑中存在神经再生现象（即神经元细胞新生）。
Then, in the 1970's, another young scientist, Michael Kaplan discovered neurogenesis (the birth of new neurons) in the brains of rats.
他们和许多其它的神经元相连接，并不再生。
They form junctions between many other neurons, and they do not regenerate.
在中风的几周内，新血管开始形成，而且，像行军蚂蚁，新生的神经元会长途跋涉迁移到受损区域支援再生过程。
Within weeks of a stroke, new blood vessels begin to form, and, like marching ants, newly born neurons migrate long distances to the damaged area to aid the regeneration process.
神经元再生已受到越来越多学科的重视。
通过这个研究结果科学家们推测新生神经元再生减少并不是由于缺乏原材料。
This finding, the researchers said, suggested that the decreased production of new neurons in the aged brain was not due to a lack of starting material.
此信号通路不仅参与调节中枢神经系统的发育，而且与神经元再生、胶质瘤发生和精神发育迟缓等有关。
This signal pathway not only participates in regulating the development of the CNS, but also correlates with the neuron regeneration, development of glioma, and mental deficiency.
目的：探讨大鼠l5神经根受压后，益气化瘀方在神经再生修复过程中对神经肌肉接头部神经元的作用和表现。
AIM: To study the effect of Yiqi Huayu Fang on neurons at neuromuscular junctions during regeneration and repair of nerve after L5 nerve root compressed in rats.
随着对神经元再生的深入探索和实验手段的不断完善，进行脊髓水平的神经根修复是一个新的并具有挑战性的课题。
With the better understanding of regeneration from neurons and further refinement of instruments , nerve root repair at the level of spinal cord appeared as a new but challenging technique.
结论督脉电针与神经干细胞移植联合应用能促进脊髓全横断大鼠受损伤的神经元存活及其轴突再生。
Conclusion the combination of Goremor vessel electroacupuncture and transplanted NSCs may promote the survival and axonal regeneration of injured neurons in completely transected spinal cord of rats.
其中的许多模型使用了元胞自动机，它需要研究诸如土地使用模式和城市区域再生等广泛的课题。
Many of these models use cellular automata, which allow a broad range of topics such as land-use patterns or regeneration of urban areas to be addressed.
目的探讨脑缺血再灌注损伤后生长相关蛋白- 43 (GAP - 43)的表达对神经元轴突再生的可塑性变化。
Objective to explore the expression of growth associated protein-43 (GAP-43) to the change of plasticity of neurons axon regeneration after cerebral ischemic reperfusion injury in rats.
海马是哺乳动物行使学习和记忆功能的重要脑区，该区的神经元再生在脑损伤后的修复中具有重要意义。
Hippocampus is an important region of learning and memory in the brain, so neurogenesis in the hippocampus plays a significant role in brain repair after damage.
结论：骨髓间充质干细胞移植后可能通过上调脑源性神经营养因子的表达从而促进脊髓损伤区神经元轴突的再生。
CONCLUSION: BMMSCs can promote the regeneration of neuron axon of spinal injury region after transplantation through up-regulating the expression of BDNF.
结论：前根撕脱延期再植回能促进脊髓前角运动神经元的存活与再生。
Conclusions: Delayed reimplantation of avulsion ventral root can enhance motoneuron survival and regeneration.
结论：NGF可保护谷氨酸造成体外培养的大脑基底神经节损伤后的再生，并防止神经元坏死。
Conclusion: Using NGF may avoid the necrosis of neurons and accelerate regeneration of primary dissociated basal ganglia neurons cultures.
脑缺血可上调大脑皮层和海马的神经元再生，这可能是一种重要的神经保护机制。
Ischemia could stimulate neurogenesis in the cerebral cortex and hippocampus which is considered as a very important neuronal protection mechanism.
传统观念认为，脊髓损伤后由于神经元不能再生而不能修复。
Traditionally, spinal cord injuries are conceived unrepairable because the injured neurons can not regenerate.
高温中再生混凝土柱温度反应分析及高温后再生混凝土柱承载力有限元理论分析计算。
The thermal response the recycled concrete column at high temperature and the bearing capacity of the recycled concrete column are analyzed by ANSYS FE method.
高温中再生混凝土柱温度反应分析及高温后再生混凝土柱承载力有限元理论分析计算。
The thermal response the recycled concrete column at high temperature and the bearing capacity of the recycled concrete column are analyzed by ANSYS FE method.
应用推荐