蛋白质复合体

采用外源和内源免疫共沉淀实验我们验证了HPD与NEMO的相互作用，确定HPD通过N端与NEMO的N端发生相互作用，并证明HPD可能与IKK组成蛋白质复合体。

Using in vitro and in vivo coimmunoprecipitation assay , we confirmed the interaction between HPD and NEMO through their N terminals , and HPD may form a protein complex with IKK complex .

蛋白质复合体与病原体相结合后将在肝内由一种叫巨噬细包的特异细胞来破坏掉。

The protein complex bound to the pathogen is destroyed in the liver by specialized cells that are caned macrophages .

DNA及其蛋白质复合体的电镜观察及研究应用

Observation Under Electron-microscope of DNA and DNA-protein Complexes and its Utilization in Researches

玉米叶绿体突变系中叶绿素蛋白质复合体的研究

Studies on the Chlorophyll - protein Complexes of Chloroplast Mutants in Maize

植物系统演化研究中的旁证&光合作用色素-蛋白质复合体

Collateral Evidence of Plant Systemic Evolution Study : Photosynthesis Pigment - Protein Complexes

水稻叶绿体基粒缺乏突变体的叶绿素蛋白质复合体分析

Chlorophyll-protein complexes of the thylakoid membranes from a grana deficient mutant of rice

观察结果表明：心肌等胞质中氧代谢相关的已有基因的开关蛋白质复合体等参与了人工轻度快速缺氧信息的获得；

Switch protein complexes were involved in obtaining artificial slight speedy hypoxia information in cardiac cytoplasm .

菠菜和黄瓜捕光叶绿素a/b蛋白质复合体的二维结晶

Two dimensional Crystallization of The Light harvesting Chlorophyll a / b Protein Complexes of Spinach and Cucumber

光和暗条件下低温对黄瓜和水稻叶绿素蛋白质复合体的影响

The effect of chilling stress on CHLOROPHYLLPROTEIN complexes of rice and cucumber seedlings in the light and dark

菠菜和黄瓜光系统Ⅱ捕光叶绿素a/b蛋白质复合体的比较研究

A comparative study on ps ⅱ light harvesting chlorophyll a / B protein complexes between spinach and cucumber

此外，我们在功能分析中尝试了以蛋白质复合体模式挖掘数据的策略，得到了一批未知蛋白的功能提示。

In protein function analysis , we try a protein complexes strategy to study the unknown proteins and gain the useful information .

作为度量函数的进一步应用，提出一种分层凝聚算法检测蛋白质复合体。

As a further application of the measure , a hierarchical agglomerative clustering algorithm is developed for complexes detection within protein interaction networks .

这表明细胞中控制细胞分裂的机理存在很大的差异性，细胞是根据其蛋白质复合体的水平来直接监控染色体分配的。

This reveals that a cell has widely differing mechanisms for controlling cell division and monitors these directly at the level of protein complexes .

首先将处理过的内皮细胞用1%的甲醛在37℃中孵育15分钟，以形成DNA-蛋白质复合体。

Treated HAECs were first incubated with 1 % formaldehyde at 37 ℃ for 15 min to cross-link DNA-protein complexes . Cells were then rinsed and lysed .

根据复合体核和附件所具有的特性，提出一种基于局部密度和随机游走的蛋白质复合体识别算法。

According to the properties of protein cores and attachments , a method is presented based on local density and random walks ( LDRM ) for core-attachment complexes detection .

把蛋白质复合体注射入体内，结合到血红细胞上。狗空腹与注射果糖后红细胞胰岛素受体的比较

Protein complexes injected into the body stick to red blood cells . COMPARISON OF INSULIN BINDING TO INSULIN RECEPTOR FOR DOG ERYTHROCYTES IN FASTING CONDITION AND AFTER FRUCTOSE INJECTION

蛋白质复合体是各种各样生物学过程的基础，广泛深入地研究这些蛋白质复合体对于揭示和建立蛋白质的功能及调节的模型是非常重要的。

Protein complexes are a cornerstone of many biological processes , and a broad understanding of these protein complexes is crucial for revealing and building models of protein function and regulation .

并在此基础上，分析了生理条件下小黑杨类囊体膜上蛋白质复合体的存在形式，为今后开展木本植物光合作用机理研究奠定基础。

On this basis , we analyze the forms of Populus thylakoid membrane protein complex under physiological conditions and make a foundation for the study of photosynthesis mechanism of woody plants in future .

端粒酶（telomerase）是核糖核酸和蛋白质的复合体，是一种专一的逆转录酶，主要功能是以自身RNA为模板，从头合成端粒，维持染色体末端稳定。

Telomerase is a ribonucleic acid ( RNA ) - protein complex and a specialized type of reverse transcriptase , which synthesizes telomeric DNA onto chromosomal ends by using its RNA component as a template and contributes to chromosomal stability .

端粒蛋白质-DNA功能复合体不稳定会在染色体末端引起DNA损伤反应，导致细胞衰老、凋亡、染色体末端融合和基因组不稳定性等严重细胞生物学后果。

The instability of telomere DNA – protein function complex at the end of chromosome will cause DAN damage , and then leads to severe cell biology consequences including cell senescence , cell death , end-to-end fusion of the chromosome , genomic instability and so on .

研究了普洱茶特征成分茶褐素、茶多糖与蛋白质等的复合体对昆明种小白鼠的抗疲劳、降胆固醇以及毒理学效应。

The anti-fatigue , reduced cholesterol function , acute toxicity and the mutagenicity of extraction of characteristic components in Yunnan pu-erh tea were studied using mouse as experimental animals .

呼吸链的氧化磷酸化.系统由五种蛋白质脂类的酶复合体组成：复合体ⅠNADH：泛醌氧化还原酶；

Oxidative phosphorylation System of the respiratory chain is composed of five protein lipid enzyme complexes : Complex ⅰ NADH : Ubiquinone oxidoreductase ;

基于子网络的局部密度找到所有的复合体核，利用随机游走为每一个核查找附件蛋白质，从而构成蛋白质复合体。

Firstly , it finds all the protein-complex cores based on local density of subnetworks . Then it uses random walks with restarts for finding the attachment proteins of each detected core to form complexes .

其中前者包括蛋白质-DNA间的相互作用、蛋白质-蛋白质复合体的相互作用、蛋白质-小分子之间的相互作用；

The former included protein-DNA binding interactions , protein-protein binding interactions , protein-small-molecule binding interactions ;

生物体系的运作与蛋白质之间的互作密不可分，因此研究蛋白质复合体具有重要的意义。

The biological systems have relation with protein interaction , so the study protein complexes are important .

大部分蛋白质需要通过与其他蛋白质或分子的相互作用来完成其生命功能，对蛋白质-蛋白质相互作用的研究需要蛋白质复合体的三维结构。

Most proteins interact with other proteins or molecules to perform their biological functions . The details of protein-protein interactions need 3D structures of complexes .