查询词典 internuncial neuron

On the other hand, in mammalian central nervous system lactates, instead of glucose, are the main energy substrate transported from astrocyte to neuron via monocarboxylate transporter.

相对於哺乳动物中，中枢神经系统需要充足的能量并以肝醣作为细胞内主要能量储存形式，下游的能量运输分子则是以乳酸为主而并非是葡萄糖。

Schizophrenic CSF can result in significant pathologically ultrastructural changes of neurons and cerebral capillaries of macaque' brain. CSF of patients with brain atrophy can produce more serious pathological changes than CSF of patients without that. Abnormal microvessel milieus may probably contribute the neuron pathological changes and play an important role in biological mechanism of schizophrenia.

（ 1 ）精神分裂症病人脑脊液可导致食蟹猴大脑神经元超微结构发生明显病理改变，脑结构异常者的影响更为明显和严重；（ 2 ）精神分裂症病人脑脊液可造成食蟹猴大脑毛细血管超微结构发生血管周围水肿和内皮细胞病变等病理改变；（ 3 ）微血管环境异常可能在精神分裂症病理机制中具有重要作用。

Asarum can boost ion concentration of potassium besides cell, leadwithering of breath and correlate breath neuron cell and palsying breathsystem.

4细辛对呼吸中枢的影响可能是由于升高了细胞外钾离子浓度，诱导呼吸相关神经元的凋亡，从而导致呼吸麻痹而死亡。

Recently, it is found that the neuron apoptosis caused by brain ischemia is associated with signal pathway of endoplasmic reticulum stress, which is different from the traditional apoptotic pathway. Caspase-12 has been identified as a molecule which initiates apoptosis selectively in response to ER stress and is not activated by other pathways. Caspase-12 is localized on the ER membrane, but once specifically activated by ER stress, it translocates to the cytoplasm.

最近的研究发现，这种细胞凋亡与内质网应激(endoplasmic reticulum stress ER stress)有关，其是一种不同于经典的凋亡途径的新途径，分子伴侣葡萄糖调节蛋白78(glucose regulated protein， GRP78/Bip)表达增高是反应ER stress的最敏感的指标，胱冬酶-12(caspase-12)为鼠源性的内质网膜上的蛋白，它的特点是只被内质网诱导的凋亡所激活而不被其它非内质网因素所激活。

The results showed that mast cell of health rabbit distributed in many tissues, but mainly located in the superficial layer of epithelial tissues or in a location easy to reveal to antigen near blood vascular, gland tube and neuron.

结果表明，健康家兔肥大细胞分布于多种组织器官中，各种组织中肥大细胞多分布于浅层的上皮组织或靠近血管、腺管或神经等易表露于环境抗原的位点。

Microglia cell, an important resident immunoreactive cells in the CNS, its activation is not only responsible for the cleavage of dead cell debris, but also involved in the initiation and propagation of the neuron injury.

小胶质细胞是脑内重要的免疫反应活性细胞，它的激活不是对死亡细胞进行清除，而是参与到神经元损伤的启动和放大过程。

Human hair keratin ; spinal cord injury ; rat ; tissue engineering ; tissue-engineered spinal cord ; connector ; morphology ; praxiology ; neuron ; axis-cylinder ; nerve fiber ; myelin sheath ; astrocyte ; oligodendrocyte ; microglia ; ependymal cell ; neural stem cells ; macrophage ; multinuclear giant cell ; lysosomal enzyme ; ubiquitin system ; suppression subtractive hybridization ; gene express ; CytohromeoxidaseⅢ; amino acid transporter system A2（Ata2）; Peroxiredoxins 5（prd 5）; cysteine proteinase inhibitor cystatin c

国家自然科学基金；广东省自然科学基金人发角蛋白；脊髓损伤；大鼠；组织工程学；组织工程化脊髓；桥接物；形态学；行为学；神经元；轴突；神经纤维；髓鞘；星形胶质细胞；少突胶质细胞；小胶质细胞；室管膜细胞；神经干细胞；巨噬细胞；多核巨细胞；溶酶体酶；泛素肽酶系；抑制消减杂交；基因表达；细胞色素氧化酶Ⅲ；氨基酸转运蛋白系统A2；抗过氧化物蛋白5；半胱氨酸蛋白酶抑制剂

To begin with the review of human's understanding on the brain, we will explain the brain formation and working principles in simple terms. How the complex and ingenious structure of brain is formed? Why can we see the colorful world? Why can we hear the sweet warble of the bird and touching music? Why do we have intelligence and thoughts? Why do we have pleasure, anger, sorrow and joy? How can we acquire information and form consolidated memory, and what can affect the learning and memory? Why do we need sleep, and what determine the biorhythm? How do we control our movement, thinking and emotion? How do Alzheimer's disease, stroke, depression, anxiety, schizophrenia, and drug addiction happen? Can adult neuron regenerate?

从回顾人类对脑的认识过程开始，我们将一步步深入浅出的告诉你大脑形成和工作的原理：大脑复杂而精妙的结构是如何形成的；我们为什么能看到色彩缤纷、千姿百态的世界；为什么能听到悦耳动听的鸟的啼啭和动人心弦的音乐旋律；我们为什么有智力、能思维；为什么有喜怒哀乐；我们如何获取信息并形成牢固的记忆，哪些因素影响学习记忆的过程；我们为什么需要睡眠，是什么决定了我们的生物节律；我们如何控制自己的运动、思维和情绪；老年痴呆、中风、抑郁、焦虑、精神分裂症、药物成瘾是如何产生的；成年脑神经细胞能再生吗？

Many lines of physiological and pharmacological evidence show that AMPA receptor desensitization plays an important role in fast excitatory synaptic transmission by affecting transmission efficacy of individual synaptic bouton, integrative functions of neuron, and synapse plasticity.

大量的生理学和药理学证据表明，AMPA受体失敏在快速兴奋性突触传递过程中起着重要的作用，对单个突触的传递效率、经元的整合功能和突触的可塑性均有影响。

Cameleon, which is based on fluorescence resonance energy transfer and GFP, was used to study calcium dynamics in hippocampal neuron.

本实验使用基于GFP 的钙离子基因探针——Cameleon 来研究了树突棘的钙动力学。

We stopped by the old fashion ice cream parlor Manhattan Beach Creamery for some refreshment. The "No Shoes, No Shirt, No Problem" sign on the wall epitomizes the beach lifestyle.

我们去商店区的一家老式冰淇淋店坐坐，墙上挂著「没鞋，没上衣，没问题」的牌子完全捕捉了海滩生活的随性及风格。

"If therefore", argues Bellarmine we can offer our prayers and our satisfactions in behalf of those detained in purgatory, because we are members of the great body of Christ, why may not the Vicar of Christ apply to the same souls the superabundant satisfaction of Christ and his saints--of which he is the dispenser?

" "因此，如果"，认为贝拉明（德indulgentiis ，十四）"我们可以提供我们的祈祷和我们满意的代表那些被拘留在炼狱，因为我们是成员的伟大基督的奥体，为什麼可能不是牧师基督适用於同样的灵魂满意的过剩是耶稣和他的圣人-他是在配药？