以倒置相差显微镜观察PC12细胞神经突起的变化；
The morphology of PC12 cells was observed by phase-contrast microscopy.
培养结束，测量神经突起长度、密度后，取出标本作同位素放射性测定。
After the culture end and the measurement of the length and density of neural axons, the samples were taken out for isotopic radioactive measurement.
采用NF- 200免疫组织化学染色并进行图像分析，测定神经突起主干长度。
The neurite outgrowth of motor neurons was detected by NF-200 immunohistochemical staining and computer image analysis system to measure the lengths of nervous process.
电镜下可见铁处理大鼠神经突起空泡变性，空泡化的细胞核周线粒体变性及微管堆积。
Under electron microscope, vacuolate degeneration of neuronal processes with mitochondria degeneration and accumulation of microtubule near vacuolar nucleus were observed in iron treated rats.
结论：骨髓基质细胞对于背根神经节细胞的活力以及神经突起生长有一定的促进作用。
Conclusion: Bone marrow stromal cells play an important role in promoting the vitality and growth of dorsal root ganglia cells.
提示去初级传入纤维的脊髓后角组织具有促进DRG神经突起生长的神经营养活性作用。
It suggests that the dorsal horn of deafferented spinal cord may have some neurotrophic active effects of promoting neurite outgrowth.
结果备用根大鼠脊髓组织提取液能够促进体外培养的鸡胚背根节（DRG）神经突起的生长；
Results The extract of spinal cord tissue of spared root rat could enhance the neurite growth of chick embryonal dorsal root ganglion(DRG) in vitro.
比如说，有一天，基于忆阻器的设备将在计算机电路中模仿人脑中的神经元，如同神经突起般运作。
Memristor-based devices could one day, for example, act like synapses inside computer circuits, mimicking the behavior of neurons in the human brain.
目前多种促神经突起生长的生物活性分子都应用于神经损伤后再生的研究，FN6-8有关研究尚未见报道。
Results FN6-8 can significantly promote the activity and neurite length of the gas-deprived neuron of the spinal cord.
1973年，他发现了树突状细胞，这种细胞因为伸出类似于神经细胞树突的小突起而得名，这种结构也和它们的功能有关。
In 1973, he discovered the dendritic cell - so named because it has little tails, like dendrites in neurons - and set about explaining their function.
到目前为止的研究发现，绝大多数显示出神经发育的区域对于学习和记忆，尤其是对海马状突起部位最为重要，她补充道。
Most of the areas that show neurogenesis and that have been investigated so far are important for learning and memory, particularly the hippocampus, she added.
这些神经元在海马状突起形成——海马状突起是与学习与记忆相关的一个大脑区域。
These cells arise in the hippocampus, a brain region associated with learning and memory.
接着研究人员采用显微技术对前额皮质内神经细胞的棘状突起进行可视化检测。
The research team then used microscopic techniques to visualize the spines on nerve cells within the prefrontal cortex.
试验的结果是神经元和海马状突起茎细胞都在磁效应下增加了繁殖频率，从而证明了猜测的正确性。
The test results revealed that neurons and stem cells in the hippocampus both responded positively to the treatment by increasing their proliferation rates.
PPAR治疗的主要效应是增加大脑的体积，保存胰岛素和IGF - II受体突起神经元，保持学习和记忆。
The major effects of the PPAR treatments were to increase brain size, preserve insulin and IGF-II receptor bearing neurons, and preserve learning and memory.
神经细胞中一种树枝状细胞质突起的。
还可看到有发自神经元胞体的细长或短的突起，与邻近神经元似有联系。
The fine long or short fibers sent from neuron bodies seemed to contact the near neurons.
ED14神经元发出突起，形成原始神经网络；
Numerous nervous processes connected each other and formed early nervous networks at ED14.
肘部的一个突起，此处尺骨神经接近表皮层，一碰到骨头就会产生刺痛感。
A point on the elbow where the ulnar nerve runs close to the surface and produces a sharp tingling sensation if knocked against the bone.
运用体外培养的新生鼠大脑神经细胞来观察脑活素及神经肽对其的影响，并测量突起长度及胞径，与对照组进行统计学处理。
The paper reported the effects of cerebrolysin and neuropeptide on cerebral neurocyte in newborn rat by vitro culture method, and measured the length of cellular process and the diameter of cells.
结果MAP5在培养脊髓神经元中呈网状分布在胞浆及突起中。
Results MAP5 was distributed in cytoplasm and processes in normal cultured neurons and in cytoplasm like a reticulum.
阳性表达在CA1区主要见于神经元的胞膜和突起，而在CA3区还可见于胞质。
Positive expression was mainly located in the cytomembrane and processes of the neurons in the CA1 area, and also in the cytoplasm in the CA3 area.
结果第三脑室室周的室管膜下和室管膜内含有胞体或突起与第三脑室直接接触的生长抑素阳性神经元。
Results Some of somatostatin positive neurons were distributed in the ependymal and subependymal layers of the third ventricle.
主要观察指标：培养运动神经元的细胞存活数目和细胞突起的长度。
MAIN OUTCOME MEASURES: the survival rate of motor neurons and the length of cell processes.
免疫电镜定量分析揭示NPY - IR无长突细胞与未标记的无长突细胞突起(49.7%)和神经节细胞树突(49.3%)形成突触联系。
As for ultrastructure, quantitative analysis showed that NPY-IR amacrine cell processes were most often presynaptic to NPY negative amacrine cell processes (49.7%) and ganglion cell dendrites (49.3%).
随着日龄的增加，NOS神经元经历了胞体由小到大、形态日趋成熟、突起日趋丰富、单位面积中神经元的密度逐渐降低的变化过程。
With growth of rats, the size of soma and processes of NOS positive neurons gradually increased, the density of NOS positive neurons progressively decreased.
观察外周神经雪旺细胞对视网膜神经细胞成活及突起生长的影响。
To study the effects of Schwann cells on promoting neurite growth of rat retinal neurons in vitro.
这些神经元样细胞的初级突起比对照组的明显增长。
The primary processes of neuron like cells in Co cultured groups were obviously longer than that in control groups.
研究神经生长因子（NGF）对中脑神经元的突起生长和促生存作用。
Objective The effects of nerve growth factor ( NGF ) on the survival and neurite growth of mesencephalic neuron were obsetved.
目的：建立一种简单高效的中脑多巴胺神经元细胞原代培养方法，并观察胰酶消化对中脑多巴胺能神经元突起生长的损伤作用。
Objective: To establish an easy and high-yield method of rat dopaminergic neuron primary culture, and to observe the damage to the neurites by the trypsogen.
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