神经细胞

LPS equally affected others neural cells (such as astroglia and NeuN+ neurons) in these mixed neuronal-glial cultures.

LPS同样影响其他神经细胞，比如星形胶质细胞和NeuN+神经细胞。

Pentylenetetrazol-kindling animal model is ideal epilepsy model to study epileptogenous mechanism.

神经细胞凋亡是神经细胞死亡的一种形式，也是异常兴奋性突触环路形成的重要原因。

The extremities were titanic, and there was no response to touch stimulations.Our results suggested that Pentobarbital sodium inhibited neuronal firing through GABA_A receptors, therefore the local field potentials and neural firing rates were inhibited; Urethane acted on many kinds of receptors including inhibitory and excitory ones, so the local field potentials did not change significantly; however, because of the multiform receptors on the neurons, the changing of firing rates to different neurons were not the same; Ketamine mainly acted on the NMDA receptors, therefore the local field potentials and neural firing rates were enhanced, and most neural firing rates would be increased.

从这三种麻醉剂的底层作用机制来看，戊巴比妥钠通过作用于GABAA受体对神经细胞发挥抑制性作用，因此表现为场电位和神经元放电的降低；氨基甲酸乙酯同时作用于多种受体通道，既有兴奋性受体，也有抑制性受体，因此，对场电位的影响不大，但对单个神经元来说，每个神经细胞上的受体通道分布差异较大，因此，单个神经元的放电频率变化会有所不同；盐酸氯胺酮主要作用于兴奋性的NMDA受体，故整体场电位活性增加，多数神经元的放电频率也会有所升高。

Maher found that some of those compounds, including fisetin, induced differentiation or maturation of neural cells.

Maher发现，包括非瑟酮在内的某些化合物可以使神经细胞相区别，或者促使神经细胞的成熟。

In pure cultured neuron, the inhibitory effect of 0.5mmol/L L-NNA on theincrease of LDH leaking after exposure of H/R and SIN-1 had also no statistical significance, but it could inhibit significantly the above index in mixedly cultured cerebral cortex neuron and glia.

在单纯培养神经细胞中0.5mmol／LL－NNA对H／R＋SIN－1导致的LDH漏出率增加仍无显著抑制作用，但可显著抑制H／R引起的混合培养的神经细胞和神经胶质细胞的LDH漏出率。

Neuroectoderm; neural crest; neural plate; floor plate; neural tube; neuraxis; neurulation; neuroblasts; neural stem cells; neuroprogenitor cells; stem cells; differentiation; ontogeny; morphogenesis; histogenesis; organogenesis; synaptogenesis; gangliogenesis; embryogenesis; axonogenesis; retinogenesis; gliogenesis; glial progenitor cells; oligodendrocyte progenitor cells; retinal progenitor cells; nerve growth factor; neurotrophic factors; trophic factors; growth factors; neural tube defects; anencephaly; spina bifida; neuroblastoma cells; neurogenesis; development; developmental stages

神经外胚层；神经脊；神经板；底板；神经管；轴索；神经胚形成；成神经细胞；神经干细胞；神经母细胞；干细胞；分化；个体发生；形态发生；组织发生；器官发生；突触发生；神经节发生；胚胎发生；轴突发生；视网膜发生；神经胶质发生；神经胶质祖细胞；少突神经胶质细胞祖细胞；视网膜祖细胞；神经生长因子；神经营养因子；营养因子；生长因素；神经管缺陷；无脑；脊柱裂；成神经细胞瘤细胞；神经发生；发展；发育阶段

Neuroectoderm; neural crest; neural plate; floor plate; neural tube; neuraxis; neurulation; neuroblasts; stem cells; differentiation; ontogeny; morphogenesis; histogenesis; organogenesis; synaptogenesis; gangliogenesis; embryogenesis; axonogenesis; retinogenesis; gliogenesis; glial progenitor cells; oligodendrocyte progenitor cells; retinal progenitor cells; nerve growth factor; neurotrophic factors; trophic factors; growth factors; neural tube defects; anencephaly; spina bifida; neuroblastoma cells; cell migration; neurogenesis; development; developmental stages

神经外胚层；神经脊；神经板；底板；神经管；轴索；神经胚形成；成神经细胞；干细胞；分化；个体发生；形态发生；组织发生；器官发生；突触发生；gangliogenesis；胚胎发生；axonogenesis；retinogenesis；gliogenesis；神经胶质祖细胞；少突神经胶质细胞祖细胞；视网膜祖细胞；神经生长因子；神经营养因子；营养因子；生长因素；神经管故障；无脑；脊柱裂；成神经细胞瘤细胞；细胞迁移；神经发生；发展；发展进程下一页末页共有 23 条记录，本页从第 1 到第 10 条。

OBJECTIVE: To observe the relationship between ultrastructural changes and pressure degree of neurocyte and neurocyte damage.

目的：观察兔颈脊髓慢性压迫后神经细胞超微结构变化、压迫程度与神经细胞损害的关系。

PartⅢEffect of DM on release of cytochrome C in neurocyte mitochondria Objectivity: To study the effect of DM on release of cytochrome C in neurocyte mitochondria.

第三部分溴氰菊酯对神经细胞线粒体细胞色素C释放的影响目的：探讨溴氰菊酯对神经细胞线粒体细胞色素C释放的影响。

BACKGROUND: Intracellular calcium overload in neurocyte induces serials of pathophysiological reaction and therefore, causes injuries in neurocyte.

背景：神经细胞内钙超载引起一系列病理生化反应，从而对神经细胞造成损害。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。