neun

NeuN immunostaining cells in the hippocampus were counted .

免疫组织化学方法对NeuN标记的海马神经元进行计数。

After induction , the cells were shown to have a classic pattern with neuronal morphology and to express NeuN , a specific protein for neurons .

经诱导后细胞具有典型的神经元形态，表达神经元的特异性蛋白NeuN；

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。

The co-expression of BrdU and NeuN ( the marker of neuron ) in rat amygdala was detected by immunofluorescence double labeling method . 4 .

应用免疫荧光双标记法检测条件恐惧刺激后不同时间点大鼠杏仁核区BrdU与NeuN（神经元标记物）双标阳性细胞的量。

The number of cells labelled with NeuN in hippocampus was significantly reduced at 7 days of reperfusion in control animals as compared with olomoucine treated animals ( P < 0.01 ) .

同时显著减少了海马CAl区神经元的丢失（P＜0.01）。

Results After PD models were established , the Brdu / GFAP and Brdu / Neun positive cells appeared at 7 d , increased gradually at 14 d , and peaked at 28 d.

结果PD模型成功后7d，在海马区Brdu/GFAP、Brdu/Neun阳性细胞开始出现，14d后双标的阳性细胞数逐渐增加，28d后达高峰。

After cerebral ischemia in rats BrdU positive cells , PSA-NCAM , NeuN were significantly changed , suggesting that cerebral ischemia can promote the proliferation of NSCs , migration and differentiation . 3 .

大鼠脑缺血后BrdU阳性细胞、PSA-NCAM、NeuN均有显著改变，提示脑缺血可能促进NSCs的增殖、迁移和分化。

By BrdU accumulating label and immunohistochemical double staining , BrdU / NeuN and BrdU / GFAP positive cells were determined in SVZ and SGZ of aged rats after MCAO 14d .

用BrdU累积标记结合免疫组织化学双标技术，观察脑缺血14d后SVZ和SGZ区BrdU/NeuN和BrdU/GFAP双标阳性细胞的数量。

To explore a method of differentiating the whole bone marrow cells into nerve cells and observe the way of development ; meanwhile , to determine the expression level of nerve cell specific antigen marker & nestin and neuronal nuclei protein ( NeuN ) .

【目的】摸索从全骨髓诱导培养分化神经细胞的方法，并从神经巢蛋白（nestin）和神经核蛋白（NeuN）两种标记物上观察其分化的演变规律。

Compared with the sham group , BrdU / NeuN positive cells of model group and SA group were significantly increased ( P 0.01 ), and the great change also can be seen between model group and SA group in the time point of 14d and 28d . 5 .

与假手术组比较，模型组、头针组大鼠BrdU/NeuN阳性细胞明显增加（P0.01）；与模型组比较，头针组BrdU/NeuN阳性细胞也有显著变化（P0.01）。

Double-immunostaining showed that of all BrdU-positive cells in ischemic hemisphere , about ( 73.5 ± 15.7 ) % expressed the neuronal phenotype NeuN and ( 37.6 ± 9.9 ) % expressed glia phenotype GFAP 35 days after ischemia .

对原位神经干细胞分化的研究发现，脑梗死后35d在梗死侧大脑半球，BrdU+细胞总数中约（73.5±15.7）%表达神经元细胞表型NeuN，（37.6±9.9）%表达胶质细胞表型GFAP。

CONCLUSION : BMSCs of rabbit can be proliferated and differentiated in vitro and express Nestin positive antigen in the prophase , and the differentiated cells can express NeuN positive antigen in the anaphase , containing the high concentration of GABA , a kind of neurotransmitter .

结论：兔BMSCs在体外条件下可以增殖分化，前期表达Nestin，分化的细胞则可表达NeuN特异性抗体，并含有高浓度的类GABA神经递质成分。

The results of cytochrome oxidase reaction were transformed into average greyness values . The spacial distribution of NeuN labeled neurons and positive area of GFAP or BDNF expression in lamina 4C of primary visual cortex were counted and the relationships between the results and RGC loss were analysed .

细胞色素氧化酶染色结果计算平均灰度值，NeuN标记的神经元计算其4C层的分布密度，GFAP和BDNF表达均计算阳性区域面积，分析结果与RGC轴突损失率之间的关系。