脑室

Expression of NOS was increased in brain blood vessel using NADPH-diaphorase histochemistry after injection of IFN-γ.

结果显示：注射48小时后，豚鼠脑室周围白质中部分血管呈明显的NADPH-d阳性。

Methods The anti?nociceptive site of CAD was analysed with mice formalin test and mice hotplate test after intracerebroventricular administration;the concentration of nitric oxide in serum and β?

利用小鼠福尔马林实验及侧脑室注射CAD对小鼠热板痛反应潜伏期的影响以分析CAD的镇痛作用部位；观察CAD对甲醛所致伤害性疼痛模型小鼠血清一氧化氮和脑组织中β？

Methods Eighty-two MR VEs were performed using navigator softwareon the workstation(Advantage windows 2.0, GE Medical Systems) based on 2D or 3D source image data sets of MR hydrography of urinary tract(n=33), cholangiopancreatic duct(n=16), spinal canal (n=8) and ventricle(n=5), and MR angiography intracranial (n=10) and abdominal (n=10) on 1.5T MR scanner.

将62例MR水成像(尿路33例，胰胆管16例，椎管8例，脑室5例)和20例MR血管造影(脑、腹部各10例)二维或三维扫描数据传输至工作站，用导航软件选择适当成像方式、阈值、视角及方向和人工伪彩色重建沿管腔长轴行进的内表面图像。

Objectie To study the effect of cytokine,hypertonicity,pancreatic lipase and infection on the brain by injection into the lateral entricle.

目的：探讨大鼠侧脑室注射细胞因子和高渗液等致病因素对脑组织的损害作用。

There were slight hypo signal before pregnant 29 weeks and iso signal after pregnant 29 wee...

脑室信号在SE序列的所有加权上均呈低信号。

For better display effects, this program has employed a semi-automatic method to separate the skull, the hypoderm and the ventricles.

为了达到良好的显示效果，本程序采用半自动方式分割颅骨、皮下组织和脑室。

For better display effect s, this program has employed a semi-automatic method to separate the skull, the hypoderm and the ventricles.

为了达到良好的显示效果，本程序采用半自动方式分割颅骨、皮下组织和脑室。

Please refer to Pictures 5 - 8 for images separated from the skull, the hypoderm and the ventricles.

分割颅骨、皮下组织和脑室后的图像见图5-8。

For better display effects, this program has employ ed a semi-automatic method to separate the skull, the hypoderm and the ventricles.

为了达到良好的显示效果，本程序采用半自动方式分割颅骨、皮下组织和脑室。

Separation of the skull, hypoderm and ventricles.

分割颅骨、皮下组织和脑室。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。