节细胞

Ⅳc群节细胞的细胞胞体呈椭圆型，胞体面积较大。

Group IV cells were oval and the somal area was wide .

B族维生素对体外培养大鼠视网膜神经细胞及节细胞的神经营养作用

Neuroprotective effects of B vitamins on cultured rat retinal neurons and ganglion cells

目的探讨节细胞神经瘤的特征性CT表现。

Objective To characterize the CT features of ganglioneuroma .

肾上腺节细胞神经瘤的多层螺旋CT诊断（附8例报告）

Retrospective Analysis of Multi-detector Spiral CT in Adrenal Ganglioneuroma ( 8 Cases )

肾上腺节细胞神经瘤的CT诊断价值

CT diagnostic value of adrenal ganglioneuroma

CT和MRI诊断脑节细胞胶质瘤

CT and MRI Diagnosis of Cerebral Ganglioglioma

小脑发育不良性节细胞瘤的MRI表现特征

MRI Features of Dysplastic Gangliocytoma of the Cerebellum

节细胞神经瘤CT诊断

CT diagnosis of Ganglioneuroma

视神经远端切断后再生视网膜节细胞Bcl-2的表达

Bcl-2 expression of regenerating retinal ganglionic cells after distal axotomy of the optic nerve

结论节细胞神经瘤有一些特征性CT表现，但确诊仍依赖组织学检查。

Conclusion The diagnosis of ganglioneuroma should be based on the pathologic study , though it carries some imaging features on CT scan .

TUNEL染色未观察到节细胞凋亡。

TUNEL did not demonstrate apoptotic cells .

双极细胞及节细胞在RCS大鼠出生后的以上时间内，除线粒体肿胀外，均未出现其他明显的异常变化。

No more abnormality than tumid mitochondria is noted in bipolar cells or ganglion cells during the above period .

病理表现：肿瘤主要由成熟的神经轴突、神经束和纤维组织构成，其间散在成熟的节细胞、Schwann细胞。

Pathology showed that adrenal ganglioneuroma contained mature ganglion cells , Schwann cells , neurites and sustentacular fibers .

结论：大NOS阳性细胞可能为节细胞，小NOS阳性细胞可能为无长突细胞、网间细胞或双极细胞。

The large cells may be ganglion cells and the small cells may be amacrine cells , interplexiform cells or bipolar cells .

DAB法观察大鼠视网膜铺片的组织化学反应情况，光学显微镜下分四个象限计数高、中、低CO活性视网膜节细胞数，间接反应视网膜细胞CO活性变化。

The retina stretched preparation were processed with CO histochemical reaction and the number of CO positive retina ganglion cells were studied under light microscope .

病程3月时，除了正常表达VEGF的内核层及节细胞层部分细胞外，尚见血管阳性反应。

In DM3 , in addition to partial cells of inner nuclear layer and ganglion cell layer , VEGF-positive reaction was seen in the retinal vessels .

视神经由视网膜节细胞（RGCs）的轴突组成。

Optic nerve is composed of axonal of RGCs .

bax免疫阳性反应从第12周起出现，第16周，节细胞层和外核层多数细胞核为阳性。

Bax positive staining was detected on 8th week . Bax positive nucleus were observed mainly in GCL and ONL on 16th week .

P物质在再生视网膜节细胞中的表达及IBMX和CPT-cAMP对其表达的影响

The influence of IBMX and CPT-cAMP on expression of substance P in regenerating RGCs

结果：实验组（注射HGF组）及对照组（注射生理盐水组）在注射药物一周后视网膜都出现凋亡细胞，尤其在节细胞层细胞凋亡明显。

Results : There were apoptotic cell in both retinal of experimental and control group after a week .

Forskolin对成年金黄地鼠视网膜节细胞存活的影响

Effects of forskolin on survival of retinal ganglion cells in adult hamsters

目的研究视神经损伤视网膜节细胞（RGCs）的凋亡，探讨凋亡在视神经损伤后视网膜节细胞继发性死亡中的地位。

Objective To study apoptosis of retina ganglion cells ( RGCs ) following the optic nerve injury .

光镜下观察肠壁肌层SY和节细胞胞浆CathepsinD免疫活性的分布。

The immunoreactivity of SY in muscular layers and that of Cathepsin D in ganglion-cell were observed under light microscope .

原位杂交技术检测视网膜发育过程中SSTmRNA的分布表达，着重观察视网膜节细胞层SSTmRNA的分布情况，为证明视网膜发育期SST的重要作用提供形态学依据；

We then studied the expression of SST mRNA during the development of retina with in situ hybridization technique , especially the expression of SST mRNA in retinal ganglion cells .

结论细胞凋亡相关蛋白Bcl2和Bax参与外周神经损伤后背根节细胞凋亡的调节。

Conclusions Apoptosis related protein Bcl 2 and Bax take part in the regulation of apoptosis in DRG after peripheral nerve injury .

RCS鼠则分布于视网膜内丛状层的少量神经纤维、极少量GABA阳性免疫反应的无长突细胞和节细胞层的部分纤维。

In the retina of RCS rats , GABA-like immunoreactivity was observed in the inner plexiform layer , few GABA-ergic amacrine cells and the ganglion cell layer .

不论缺血还是正常视网膜，均未见S-100免疫反应阳性的节细胞、双极细胞或感光细胞。

No positive immunostaining for S 100 was detected in the ganglion cells bipolar or photoreceptor cells either in ischemic or normal retina .

CTx促进远端视神经切断后视网膜节细胞轴突再生与c-Jun表达的关系

The relationship between promoting effect of ct_x on axon regeneration and c-jun expression in retinal ganglion cells after distal axotomy of optic nerve

Forskolin抗金黄地鼠视网膜节细胞凋亡作用与cAMP和JNK关系的研究

The study of the relation between the anti-apoptosis effects of forskolin on retinal ganglion cells and camp as well as JNK in adult hamsters

目的研究单色光对鸡视网膜节细胞（RGCs）形态类型的影响。

Objective : To study the effect of monochromatic light on morphological classification of chick retinal ganglion cells ( cRGCs ) .