RGV

No data are available to support a correlation between RGV and adverse event rates .

目前尚无数据说明RGV与不良事件率之间的联系。

Applying Teaching and Playback Technology to RGV Positioning in FMS

应用示教再现技术实现柔性制造系统有轨小车的准确定位

We evaluated whether not measuring RGV affected EN delivery , vomiting , or risk of nosocomial pneumonia .

我们评估了不测量RGV是否会影响EN输注、呕吐或医源性肺炎。

This study is attempting to explore the functional genes from RGV , and then provide some fundamental knowledge for the control of RGV infection .

本文试图在分子水平对RGV的功能基因进行探索性研究，为病毒的防治提供理论基础。

Replication of Frog Iridovirus ( RGV ) and the Changes of Cytoskeleton , Ultrastructural Organelles in the Host Cells

蛙虹彩病毒（RGV）的复制与宿主细胞骨架及超微组织变化

CONCLUSION : Early EN without RGV monitoring in mechanically ventilated patients improves the delivery of enteral feeding and may not increase vomiting or ventilator-associated pneumonia .

结论：机械通气患者接受早期EN不测量RGV可提高肠内喂养输注量，且不增加呕吐或呼吸机相关性肺炎发生率。

Ultrastructural observations showed that RGV assembles in the viromatrix which is a factory for viral genome replication and particle assembly .

超微观察表明，RGV装配是在胞质内的病毒装配区（viromatrix）中进行的。

The issue of factory is how can we choose one command from several transport commands in the area to improve transport efficiency since RGV only handles one command at a time .

此工厂的特性是每个区域同一时间会有许多的搬送命令，而RGV一次执行一个搬送命令来完成区域内的搬送工作。

Hence , we hope to find an appropriate transport strategy to reorder transport commands for RGV in an Area of TFT-LCD Array Fab to increase throughput .

因此，本研究希望针对阵列制程工厂的单一特定区域，导入一适用于RGV特性的搬送策略来选择搬送命令，进而提升区域的产能。

BACKGROUND : Monitoring of residual gastric volume ( RGV ) to prevent aspiration is standard practice in mechanically ventilated patients receiving early enteral nutrition ( EN ) .

背景：监测残留胃容量（RGV）以预防误吸是机械通气患者早期肠内营养（EN）的常规操作。

The deduced amino acid sequence of RGV PCNA shows poor identity with eukaryotic PCNA , and has the highest identity of only 18 % with frog ( Xenopus laevis ) PCNA .

氨基酸序列同源搜索显示，RGVPCNA的氨基酸序列和真核生物PCNA的同源性很低，与蛙（XenopusLaevis）PCNA同源性最高仅为18%。

Our works focused on replication of frog RGV and the changes of cytoskeleton and ultrastructural organelles in the host cells by a series of technique methods , such as electron microscopic observation , immunofluorescent microscopic observation , and flow cytometry .

我们利用电镜技术、免疫学技术、流式细胞技术及分子生物学等技术方法，对RGV的复制与宿主细胞骨架及超微组织变化等进行了研究。

Moreover , using immunofluorescence assay on RGV-infected FHM cells , it was showed that the PCNA expressed by RGV is exclusively distributed with the viral nuclei at viral assembly sites . Therefore , the result suggests that RGV PCNA might be a viral protein interacting with viral nuclei .

进一步采用免疫荧光细胞化学显示，在病毒感染后的细胞中，RGV表达的PCNA特异性的与病毒装配位点的病毒核酸共定位，表明RGVPCNA可能是一个与病毒核酸相互作用的蛋白。