胍

The hemodynamic effects of intravenous injection of agmatine and their cellular mechanism were investigated in anesthetized rats.

在麻醉大鼠研究静注胍基丁胺对血流动力学的影响，并初步探讨其机制。

It has not been reported that effects of agmatine on discharges of hippocampal and subfornical organ neurons.

有关胍丁胺对离体大鼠海马脑片CA1区锥体细胞层放电和离体大鼠穹隆下器神经元放电的影响，迄今未见报道。

Agmatine has many functions in central nervous system.

胍丁胺对中枢神经元有多种作用。

Agmatine was found to increase the proliferation of neural stem cell and efaroxan can block the proliferation effect.

胍丁胺可以促进体外培养的新生大鼠海马神经前体细胞的增殖，其促增殖作用可能与咪唑啉Ⅰ（Ⅰ1）受体有关。

Agmatine co-treated with morphine could reverse morphine's regulation on NMDA receptors' expression in these two regions.

胍丁胺与吗啡伴随给药能逆转吗啡对两脑区NMDA受体蛋白表达的调节作用。

The effects of agmatine on the discharges of neurons in CA1 area of hippocampal slices were examined by using extracellular recording technique.

应用细胞外记录单位放电技术，在大鼠海马脑片上观察了胍丁胺对CA1区神经元放电的影响。

AIMTo further elucidate the role of agmatine on the pharmacological effects of opioids.

目的进一步阐明胍丁胺对阿片药理作用的影响。

The mechanism of regulation of agmatine on opioid dependence is related to the reverse effect on the NMDA receptors' level and construction.

胍丁胺调节阿片依赖可能与其逆转吗啡对NMDA受体亚基数量和构成的调节有关。

Efaroxan 10 μmol· L^-1 inhibit proliferation effect of agmatine on neural stem cell.

结果从新生大鼠海马分离得到的细胞可以持续分裂增殖形成细胞克隆；胍丁胺1、10μmol·L^-1可以显著促进神经前体细胞的增殖，并且这种促增殖作用可以被依法克生所抑制。

The effect of agmatine on vascular tension and the underlying receptor mechanism were investigated in the isolated aortic artery of rats.

采用离体血管环灌流方法，观察了胍丁胺(agmatine， Agm)对大鼠胸主动脉张力的影响，并探讨其受体机制。

However, as the name（read－only memory）implies, CD disks cannot be written onorchanged in any way.

然而，正如其名字所指出的那样，CD盘不能写，也不能用任何方式改变其内容。

Galvanizes steel pallet is mainly export which suits standard packing of European Union, the North America. galvanizes steel pallet is suitable to heavy rack. Pallet surface can design plate type, corrugated and the gap form, satisfies the different requirements.

镀锌钢托盘多用于出口，替代木托盘，免薰蒸，符合欧盟、北美各国对出口货物包装材料的法令要求；喷涂钢托盘适用于重载上货架之用，托盘表面根据需要制作成平板状、波纹状及间隔形式，满足不同的使用要求。