rgs

The Structure , Classification and Function of RGS Proteins

G蛋白信号调节因子的结构分类和功能

Alterations in RGS protein levels can result in corresponding disease of cardiovascular system .

RGS蛋白的改变可导致相应的心血管系统疾病。

Simultaneous determination of Co Ni Cu Cr Ti V by RGS method

用RGS法同时测定CoNiCuCrTi和V

RGS and the Regulation of G Protein Signal Transduction

RGS与G蛋白信号转导的调节

AIM ( 1 ) To study the effect of RGS 16 on the proliferation of glioma C6 cells ;

目的：（1）观察RGS16对C6细胞周期和增殖的影响；

Object From July 2001 to June 2002 thirty - two cases with operable lung tumor underwent RGS .

试验对象：从2001年7月至2002年6月共有32例肺肿瘤患者接受放射导向手术。

Aimed at the safety evaluation of residence gas system ( RGS ), the fault tree for RGS operation is established .

针对住宅燃气系统的安全性评估，建立了住宅燃气系统运行故障树。

RGS ( Remote Ground Sensors ) System , which is developed since 1960s ' , is used for the battle field detection .

远程地面传感器系统，即RGS系统，是于六十年代发展起来的地面战场无人电子侦察系统。

The Mechanism of Gq Protein and RGS on ARDS

Gq蛋白及RGS在急性呼吸窘迫综合征中的作用机制研究

The 4 groups could subsequently be subdivided into 20 RAPD groups ( RGs ) at 0.750 similarity .

在0.750的相似性上，这4大类群可进一步分成20个RAPD指纹相似组（RGs）。

Regulations of RGS Proteins on Activity of Adenylate Cyclases Associated with Opiate Receptors

RGS蛋白对阿片受体信号转导途径中腺苷酸环化酶活性的影响

The modulation of RGS protein on opioid receptor and adenyl cyclase ;

本文介绍了RGS蛋白对阿片受体-腺苷酸环化酶活性的调节；

Respiratory distress syndrome due to intraperitonealinfection : Study in animal models The Mechanism of Gq Protein and RGS on ARDS

腹腔感染致呼吸窘迫综合征的动物模型Gq蛋白及RGS在急性呼吸窘迫综合征中的作用机制研究

RGS based on OSPF is composed of two parts : traffic network and guidance-data network . CHINESE CHARACTER RECOGNITION BASED ON THE THEORY OF INTELLIGENT NEURAL NETWORK SYSTEM

该系统由交通网络和相应的诱导数据网络组成；智能神经网络组成原理在汉字识别中的应用

The progress about the modulation of RGS protein on opioid receptor-adenyl cyclase and the influence of opioid receptor on potassium channel

RGS蛋白对阿片受体-腺苷酸环化酶的调节及阿片受体对钾通道调节的研究进展

RGS family members share a conserved 130-amino acid core domain which is responsible for binding G α subunits and negatively regulate G protein signal .

它们都共同拥有一个130个氨基酸的保守的RGS结构域，其功能是结合激活的Gα亚基，负调节G蛋白信号。

RGS proteins accelerate the deactivation of G proteins to reduce GPCR signaling ; however , some also have an effector function and transmit signals .

一般来说RGS可加速G蛋白失活进而终止GPCR信号传导，但也有些RGS同时具有效应分子和信号传递功能。

Hazard elements of RGS are distinguished , harm extent resulting from RGS accidents are analyzed , and suggestions on improving RGS safety are offered .

对住宅燃气系统危险性因素进行识别，分析了事故危害程度，对提高住宅燃气系统的安全性提出了建议。

Regulator of G-protein-signaling ( RGS ) proteins play a down-regulation effects in the signal transduction of G-protein-coupled receptor ( GPCR ) .

G蛋白信号转导调节（RGS）蛋白在G蛋白信号转导中起负性调节作用。

Among them , sixteen of these RGs correlated strongly with the locality of strains , and the remaining 4 RGs belonged in widespread distributive types .

其中，16个指纹相似组与菌株的地理来源呈明显相关，其余4个指纹相似组则属于广泛分布的类型。

In physiological conditions , RGS in organisms regulate G-protein pathway elaborately to make sure that G-protein signal system can response to the stimulating signal on some correct intensity and duration .

在正常情况下，生物体内的RGS对G蛋白信号转导系统进行精密调节，可使G蛋白信号转导系统对刺激信号作出一定强度和一定持续时间的反应。

In pathological conditions , if RGS is out of control , their function of regulating G-protein pathway may be abnormal , thereby change the G protein signal transduction and do harm to tissue .

如果RGS出现异常，对G蛋白信号转导的调节就可能出现异常，从而引起G蛋白信号转导的改变而造成组织损害。

Unresolved optical cores emerge in 8 FR-I RGs after properly removal of starlight from the host galaxies , out of which 5 are identified for the first time .

从寄主星系中恰当地扣除星光的影响以后，有8个源出现了不可分辨的光学核，其中5个源首次证认出致密的光学核。

As a crucial part of Intelligent Transportation System ( ITS ), Route Guidance System ( RGS ) is an effective way of solving the transportation-related problems such as driving-induced stress , congestion and air pollution .

对于诸如降低驾驶员劳动强度，缓解交通堵塞，减轻环境污染等交通问题的解决，作为智能交通系统中重要组成部分的车辆导航系统是一种有效的途经。

Most RGS proteins can affect G α subunit of G protein as GTPase activating proteins ( GAPs ) . which have a high degree of specificity and modulated rigorously in the body .

大多数RGS蛋白作为GTP酶激活蛋白（GΑP）影响G蛋白Gα亚单位，其作用具有高度特异性，并在体内受到严密的调节。

In the central nervous system , RGS proteins have unique tissue distributions and are strongly regulated by signal transduction events . Thus the diversity of RGS makes them attractive targets for pharmacotherapy of neurological disorders .

由于RGS的多样性，组织分布特异性以及较强的调节活性，RGS很可能成为寻找新型中枢神经系统疾病治疗药物的新靶点。

Output loss of single panicle caused by diseased grain for RGS , was regarded 10 % of them as the hierarchical index , and divided the one several 1 , 2-4 , 5-6 , 7-8 , more than 9 of diseased grains into five disease grades ( X ) .

稻曲病不同病粒数所造成的单穗产量损失，以10%为分级指标，把病粒数1、2～4、5～6、7～8、9粒以上划为五个病级（X）。