神经元

shén jīng yuán
  • neuron;nerve cell;neure
神经元神经元
神经元 [shén jīng yuán]
  • (1) [neuron]

  • (2) 指脑和脊髓

  • (3) 一个能产生、传导和接受神经冲动的细胞

神经元[shén jīng yuán]
  1. 结果:屈光不正眼儿童矫正屈光后皮层视觉功能区神经元活动范围明显增加(p<0.05);

    Results : After ametropia correction , the neure activity in the functional area of visual cortex of children with ametropia increased obviojsly ( p < 0.05 );

  2. 结论:屈光不正会明显降低儿童皮层视觉功能区的神经元活动。

    Conclusion : Ametropia can decrease visual cortex neure activity apparently .

  3. 信息在电脉冲作用下经神经元传递。

    Information is transferred along each neuron by means of an electrical impulse .

  4. 神经元细胞体的形状有圆形,卵圆形,锥形,梭形,星形或半月形。

    The shapes of neuronal cell bodies are spherical , ovoid , pyramidal , fusiform , stellate or crescentic .

  5. 课程教授他们,大脑像一块肌肉,会随着使用而变得更强壮,而且学习能刺激脑中的神经元长出新的连接细胞。

    They were taught that the brain is like a muscle that gets stronger with use and that learning prompts the brain to grow new connections .

  6. 越来越多的人支持这样一种理论:睡眠的进化使大脑中神经元之间的联系在夜间减弱,为第二天形成新的记忆创造了空间。

    Support is growing for a theory that sleep evolved so that connections between neurons in the brain can be weakened overnight , making room for fresh memories to form the next day .

  7. 睡眠结束时老鼠的突触比睡眠前的小18%,表明睡眠时神经元之间的连接减弱。

    The synapses in the mice taken at the end of a period of sleep were 18 per cent smaller than those taken before sleep , showing that the connections between neurons weaken while sleeping .

  8. 运动神经元病逐渐使他身体虚弱,却未影响他的大脑。

    Motor neurone disease went on to debilitate his body – but not his mind .

  9. 据科学研究,大脑中的神经元有同步功能,可以让你与你的谈话对象保持同步。

    According to science , neurons in the brain have a synchronizing4 feature that keeps you in sync with people you 're talking to .

  10. 癫痫鼠脑组织中P物质免疫反应阳性神经元的观察

    Alterations of Substance P Immune Reaction Positive Neurons of Cerebral Tissues in Epileptic Rats

  11. 鼠脊神经节硫胺素单磷酸酶阳性神经元的P物质免疫反应及外周投射

    Peripheral Projections and Substance P-Immunoreactivity of Thiamine Monophosphatase - positive Neurons of Spinal Ganglia in Rats

  12. 巴曲酶对沙土鼠海马CA1区神经元保护作用及其机制的研究

    Study on neuron protection of batroxobin in hippocampal CA_1 territory of gerbils

  13. 神经元自适应PID控制的应用&以汽车发动机转速控制为例

    The Application of Self-adaptive PID Control of Neuron in Automotive Engine Speed Control

  14. 铅对胚胎大鼠海马神经元G蛋白mRNA表达的影响

    The Effect of Lead Exposure on mRNA Expression of G-proteins in Fetal Rat Hippocampus

  15. 神经元水轮机PID调节器

    The PID Regulator of Hydroturbine Using Single Neuron

  16. 颅内神经元及混合性神经元肿瘤的临床特征与MRI、CT

    Clinical Characteristic and MRI 、 CT Findings of Intracranial Neuronal and Mixed Neuronal - Glial Tumor

  17. 自学习神经元及自学习BP网络

    Self-earning neurons and self learning BP Networks

  18. 组织学判定表明刺激相关神经元主要位于大脑皮层Ⅲ~V层。

    Stimulus-related neurons were almost located at layers ⅲ to V of the cortex .

  19. 单神经元PSD控制器应用的改进及其在DSP中的实现

    Improvement and realization of application of mono-neuron PSD controller on DSP

  20. 新生大鼠纹状体神经元ATP敏感钾通道的特性

    Properties of ATP-sensitive K  ̄ + channels in neonatal rat cultured

  21. VIP样神经元在大鼠丘脑下部的定位&PAP法研究

    Localization of VIP-like neurons in the rat hypothalamus with PAP method

  22. P物质对大鼠下丘脑催产素及加压素免疫反应性神经元Fos癌蛋白的诱导作用

    Induction of Fos oncoprotein expression oxytocin or vasopressin containing neurons in the hypothalamus by substance P in the rat

  23. 单神经元自适应PSD智能控制器及其应用

    Intelligent controller of adaptative PSD for simple neural element and its application

  24. NOS抑制剂对面神经损伤后运动神经元胞体凋亡的观察

    The role of NOS antagonist in apoptosis of facial motoneurons following facial nerve transection

  25. NOS在大鼠杏仁皮质核传入神经元内的分布

    Distribution of NOS Positive Neurons in the Afferent Pathway of Cortical Amygdaloid Nucleus of Rats

  26. 目的:观测喜得镇对血管性痴呆小鼠海马神经元胆碱乙酰转移酶mRNA变化的影响,以探讨胆碱乙酰转移酶mRNA变化在血管性痴呆发病中的作用及喜得镇对此变化的机制。

    Objective : To observe the effect of hydergine on choline acetyltransferase mRNA in neuron of hippocampus in mice with vascular dementia .

  27. 低压低氧对胎鼠海马神经元NMDA受体影响的实验研究

    Effect of fetus hypobaric hypoxia on NMDA receptor of hippocampus neurons

  28. 结论:ISA能够减轻神经元的缺血性损伤。

    CONCLUSION : ISA can relieve neuronal ischemic damage .

  29. 神经干细胞原代培养及GABA能神经元的诱导分化

    Primary culture of neural stem cells and induction and differentiation of GABA neurons

  30. GCS对脊髓不同亚群的神经元的兴奋性存在不同影响

    GCS had different effect of excitability on subpopulations of spinal neurons