Therefore, the study of protein complexes has become one of most important subjects in proteomics.
因此，蛋白质复合物的研究已成为蛋白质组学中最重要研究内容之一。
Most of the biological functions of cells are carried out by protein complexes rather than a single protein.
大多数细胞的生物学功能都是由蛋白复合体而非单一蛋白质来完成的。
This enables ionization of protein complexes as a whole contained in the sample, and enables mass analyses of them.
实现了包含在样本中的蛋白质联合体整体的离子化，并能够对其进行质量分析。
There were little report on the effect of enhanced UV-B radiation on the chlorophyll-protein complexes on the thylakoid membrane.
增强UV - B辐射对类囊体膜上色素蛋白复合体含量的影响还未见报道。
Scholes and his team studied the light-harvesting protein complexes within algae by using laser pulses to mimic absorption of sunlight.
斯科尔斯和他的研究小组利用激光脉冲模拟太阳光的吸收，研究了海藻的聚光蛋白复合物。
We suggest that these SLiMs would be useful for designing inhibitors against the pathogenic protein complexes underlying these diseases.
我们认为，这些细长将是有益的设计抑制剂对致病蛋白质复合体的基本这些疾病。
This enzyme repairs and lengthens telomeres, tiny protein complexes on the ends of chromosomes that are vital for immunity and longevity.
这种酶修复并加长了端粒——对免疫力和寿命来说至关重要的染色体末端的微小蛋白质复合物。
Researchers have devised clever new techniques to mimic the chemical marks on tightly wound DNA-protein complexes that silence gene expression.
研究人员已经发明了精敏的新技术，来模拟化学药品，在紧密结合的沉默基因表达的DNA -蛋白复合体上做标记。
Yellowing, which is related to the degradation of chlorophyll and chlorophyll–protein complexes, is a notable phenomenon during leaf senescence.
叶片黄化是叶片衰老过程中很直观的现象，与叶绿素降解和叶绿素-蛋白复合体降解有关。
The next few years should reveal more about the biochemical mechanisms used to assemble and activate the protein complexes regulating spindle orientation.
在未来几年应该探索用于组装和激活蛋白复合主轴方向调节的生化机制的。
They were quite different in chloroplast membrane structures, pigment protein complexes, the content of electron trans - port components and photosynthetic functions.
观察到两者在叶绿体结构、光合膜的一些成分和光合特性等方面均有较大差异。
In human cells, interferon-inducible transmembrane protein 1(IFITM1) is a component of protein complexes involved in homotypic adhesion and the transduction of antiproliferative signals.
在人的细胞中，干扰素诱导跨膜蛋白1是一个蛋白复合物的组分，该复合物与同型粘连和抗增殖信号的转换密切相关。
Self consistent ensemble optimization (SCEO) method was applied to the situation considering flexible backbones to predict the three dimensional structure of interfaces of protein complexes.
将自洽系综最优化方法（SCEO）推广到主链可变的分子体系，并以此来实现蛋白质复合物结合界面的柔性优化。
Besides antibioties, a large number of subtances known as Host Defence Potentiators(HDPs), Protein bound Polysaccharide or Polysaccharide-Protein Complexes(PSPCs) have been isolated from mushrooms.
除了抗生素，许多被称为宿主防御增效剂(HDPs)、蛋白束多聚糖或多糖蛋白复合物（PSPCs）的物质已经从蕈类中分离出来。
Cell debris in the sheared lysate is then cleared by sedimentation and protein–DNA complexes are selectively immunoprecipitated using specific antibodies to the protein(s) of interest.
细胞碎片在修剪得溶菌液可以用沉降和蛋白-DNA复合体，是使用特定抗体到指定蛋白的选择。
In mitochondria prohibitins mainly exist as membrane-bound ring complexes and function as chaperones maintaining mitochondrial protein stability during protein synthesis and transportation (3, 4).
线粒体中的抑制素主要以膜结合环复合物的形式存在且在蛋白合成和转运过程中作为分子伴侣维持线粒体蛋白的稳定性(3,4)。
The second is called hydrolytic cleavage reagents, These complexes can catalyze the hydrolysis of specific peptide bonds directed by protein sequence specificity.
这些断裂试剂可分为两类，一类通过氧化断裂机制实现蛋白空间结构特异性切割，另一类通过水解断裂机制实现序列特异性切割。
BRCA1 protein forms at least three distinct complexes (BRCA1 a, B, and c) with other DNA repair proteins, and these interactions are vital for regulation of BRCA1 function.
BRCA1会和其他DNA损伤蛋白结合形成至少三种不同的复合物(BRCA1A,B和C)，这种结合对于调控BRCA1的功能是至关重要的。
Its goal is "… to develop methods that accurately predict and design protein structures and complexes, an endeavor that may ultimately help researchers develop cures for human diseases."
该项目的目标是“寻找能够准确预测和设计蛋白质结构及聚合物的方法，希望能最终帮助研究者们找到治愈人类疾病的途径”。
This was attributed to the PEG chains present on the surface of complexes that could work as a protective shield layer against aggregation caused by non-specific protein adsorption.
其原因在于存在于合成物表面的PEG链能起到防护层的作用，进而抑制了由于非特异性蛋白质的吸附而引起的聚集反应。
In this process, protein translocation machineries of the outer and inner membranes, at least three major translocase complexes, are needed to ensure the proper import of precursor proteins.
在此过程中，需要线粒体外膜和内膜的蛋白质运输机器（至少三种主要的移位酶 复合物）来保证前体蛋白质的正确运输。
In this process, protein translocation machineries of the outer and inner membranes, at least three major translocase complexes, are needed to ensure the proper import of precursor proteins.
在此过程中，需要线粒体外膜和内膜的蛋白质运输机器（至少三种主要的移位酶 复合物）来保证前体蛋白质的正确运输。
应用推荐