drg

Designed the hospital operation process based on DRG theory .

在DRG理论基础上，设计了医院运营的流程。

It is showed that high glucose causes DRG neurons apoptosis .

实验证明，高糖可引起体外培养的DRG神经元凋亡。

Method : ⑴ Co culture of cardiac cancer tissue block with DRG ;

方法：⑴贲门癌组织块和原代培养的肿瘤细胞与鸡胚背根神经节共培养；

The production of experimental models and observation of neuronal behavior following DRG injuries

脊神经节损伤动物模型建立与神经行为的观测

Firing characteristics of two classes of neurons in rat DRG

大鼠背根节内两类兴奋性神经元的放电特征

Effect of NO on cultured spinal cord and DRG cells

一氧化氮对体外培养脊髓及背根神经节细胞的作用

The DRG cells grew normally in control groups .

对照组的DRG细胞生长良好。

The recombinant protein could support the survival of embryonic DRG neurons .

该重组蛋白能够促进鸡胚背根神经节神经元细胞的存活。

Results : No double labeled cells were seen in DRG in the experimental group .

结果：实验组背根节内未发现双标细胞。

Effect of nitric oxide on the somatic membrane of rat DRG neurons

一氧化氮对大鼠背根神经节神经元膜电位的作用

A New Automatical Collecting Method of GCP for the Making of DRG

DRG数据生产中的控制点自动采集方法

Detection of persistent sodium current in injured DRG neurons

受损背根节神经元持续性钠流的检测

The Study of Effect for Norepinephrine on Persistent Sodium Current in Injured DRG Neurons

去甲肾上腺素对受损背根节神经元持续性钠流的作用

Results Adult chick brain extract could result in the activity of DRG growth cone collapse .

结果成年鸡脑膜提取物具有导致背根神经节生长冠萎缩的活性；

CONCLUSION : The two classes of rat DRG neurons have their own characteristics of firing .

结论：大鼠DRG两类兴奋性神经元各具不同的放电特征。

Single-Channel Ionic Recording Technique for DRG Cells of Adult Rat

大鼠背根神经节分离细胞离子单通道记录技术

Membrane potential of DRG neurons fluctuates spontaneously under current clamp .

电流钳下，DRG神经元膜电位出现自主波动。

The present experimental results provided important basis for further researches of cell membrane proteomics of rat 's DRG .

双向凝胶电泳图谱的建立为进一步进行DRG细胞质膜蛋白质组学的研究提供了重要的基础。

The Ionic Mechanism of Repetitive Firing in Rat DRG Neurons

背根节神经元重复放电离子通道机制的研究

Different type of peripheral nerve injury has different effect on apoptosis of DRG and expression of apoptosis related protein .

外周神经的不同损伤方式对背根节细胞凋亡及细胞凋亡相关蛋白的表达影响不同。

Expression and distribution of PTEN protein in lumbar spinal cord and DRG of adult rat

肿瘤抑制因子PTEN蛋白在成年大鼠腰段脊髓和背根节中的表达与分布

Effect of Acetylsalicylic Acid on Membrane Potential ity of DRG Neurons in Rats

乙酰水杨酸对大鼠DRG神经元膜电位的影响

Dorsal root ganglion ( DRG ) neurons are primary sensory neurons .

背根神经节（DRG）是躯体和内脏传入的基础神经元，作为基本的感觉传入系统，把外周的信息传递给中枢神经系统，它在全身的运动协调方面起着重要的作用。

Behaviors of mechanical and cold allodynia in chronically compressed multiple DRG rats

多节段背根节慢性压迫大鼠的机械触刺激和冷刺激诱发痛行为

Effect of adenosine on resting and action potentials of rat DRG neurons in vitro

腺苷对大鼠背根节神经元膜电位及动作电位的影响

Analysis of the image indicated that the cell membrane proteins of DRG were efficiently extracted and separated .

扫描凝胶图谱后进行图像分析，结果表明DRG细胞膜蛋白得到了有效的提取和分离。

Thinking about the payment means from DRG health insurance system in USA to urban employers ' health insurance system in China

美国医保DRG支付方式对我国医保支付方式选择的启示

The light cell ( A cell ) in DRG showed eccentric nucleus and dark granules .

背根神经节中一些亮细胞（A型细胞）核偏向一侧，胞浆内有一些暗颗粒。

Inhibition by NPA of ATP - activated current in rat DRG neurons

NPA抑制大鼠DRG分离神经元ATP-激活电流

Effect of deoxypodophyllotoxin on membrane potential of DRG neurons and its relation to sodium channel

脱氧鬼臼毒素对大鼠背根神经节神经元膜电位的影响及其与钠通道的关系