功能蛋白

由此推测，P1蛋白是水稻叶片中的一个与叶绿素的代谢过程密切相关的重要功能蛋白。

The data suggest that P1 is an important chlorophyll synthesis related down stream functional protein .

SDS-PAGE电泳表明苦参水提物抑制了鸡大肠杆菌功能蛋白的表达，使得菌体总蛋白含量下降到原来的七分之一，有些谱带消失，并且随着作用时间延长，对蛋白表达抑制作用增强。

SDS-PAGE found that the extracts restrained the expression of functional protein , the total protein contents dropped down to one seventh of original bacteria , some banks disappeared and the action became intensively with the time extended .

甘蓝型油菜（Brassicanapus）中一个未知功能蛋白基因的cDNA克隆

The cDNA Cloning of a Gene Encoding an Unknown Protein from Brassica napus

经ELISA测定，证明表达的双功能蛋白，具有抗人RBC和结合抗HFRSV抗体的双重功能。

The bifunctional molecule was proved by ELISA to be able to bind both RBC and anti-HFRSV antibody .

13个已知基因编码产物包括代谢酶、RNA转录和翻译调控蛋白、蛋白代谢相关分子、自身免疫疾病相关抗原及未知功能蛋白分子。

The known gene products included metabolic enzymes , RNA transcription and translation factors , protein metabolic-associated molecules , autoantigens in autoimmune diseases and function unknown proteins .

分子生物学技术的成熟使人们从设计改造功能蛋白转向设计基因，并尝试进行基因治疗和DNA免疫。

The mature of molecular biotechnology made it possible for people to design gene instead of remaking function protein , and to use the recombinant DNA techniques for gene therapy and DNA immunization therapy .

细胞中DNA复制和RNA生物形成发生在细胞核，而蛋白质的合成场所位于细胞质，这些生命活动的整合依赖于功能蛋白等在两个亚空间尺度的选择性穿梭。

DNA replication and RNA biogenesis happen in the cell nucleus , while protein synthesis occurs in the cytoplasm . Integration of these activities depends on function proteins ′ selective transport between the two sub-dimensions .

CRP是目前研究的最多的转录调控蛋白之一，由于在其他几个重要功能蛋白家族中发现了极为相似的cAMP结合中心和DNA结合中心，CRP现己成为变构研究中一个十分重要的模型。

As one of the most studied transcriptional regulators , and the similar cAMP-and DNA-binding motif found in other important function protein , CRP has become an important paradigm for allostery .

近来有证据表明Par-3可能是一个多功能蛋白。

Recent studies have indicated that Par-3 is a multifunctional protein .

金属蛋白酶组织抑制剂（TIMPs）是多功能蛋白，能改变细胞活性和调节基质转变。

Tissue inhibitors of metalloproteinases ( TIMPs ) are multifunctional proteins that can modify cellular activities and modulate matrix turnover .

Ras超家族是一类重要的功能蛋白，可介导生长因子、细胞因子和多种细胞外信号的信息通路，对细胞生长、分化、存活、增殖等多种功能的调节发挥重要作用。

The ras superfamily is an important kind of functional proteins . They play essential roles in a variety of cellular responses including cell growth , differentiation , survival and proliferation .

q细胞的分泌活动是神经元释放神经递质、内分泌细胞分泌激素和细胞膜上功能蛋白的镶入和内吞等生命活动的基础，对于生物体正常机能的维持是必需的。

The activity of secretion is the basis for transmitters release from neurons , hormones secretion from endocrine cells and setting or endocytosis of functional membrane proteins , which are absolutely necessary in maintaining normal physiological function of organisms .

本研究在蛋白筛选的基础上，利用酵母双杂交系统对病毒蛋白与寄主蛋白之间的互作做进一步的验证，并针对RSV编码的功能蛋白NS2，对其互作情况进行了研究。

Based on library screening , the yeast two hybrid system was employed to further confirm the interaction of viral protein and host protein .

黏细菌抗凝溶栓双功能蛋白MF-1的纯化及其酶学性质

Purification and characterization of protein MF-1 with fibrinolytic and anticoagulant activities from myxobacteria

实验结果中部分ESTs在GenBank中没有匹配的同源产物或是未知功能蛋白，是否为诱导表达仍需进一步验证。

There have many no hits found and predicted proteins in the results compared with GenBank , and whether these ESTs were expressed by induction or not still need further verification .

精子蛋白SP22是一种与多种疾病相关并广泛表达于各种组织的多功能蛋白。

Multifunctional sperm protein 22 ( SP22 ) is expressed ubiquitously and related to quite a few diseases .

目的：HCV是导致肝细胞肝癌的主要致病因子，核心蛋白是其编码的一种多功能蛋白，是病毒核衣壳的主要组成成分，并参与HCV的复制及病毒颗粒的组装和释放。

Objective : HCV infection is a major risk factor for hepatocellular carcinoma development . Core protein is a HCV-encoded multifunctional protein , which is the major components of the nucleocapsid , Core protein participates in HCV replication and virus particle assemble and release .

结论：人Lrg在正常胎儿组织中有表达，但分布情况有差异，可能是一种新型功能蛋白。

Conclusion : The human Lrg protein may be a new functional ( protein ) and it can be discovered in most normal human fetal tissues .

这可能有两方面的原因：（1）EF-Tu是多功能蛋白，它可能只起着辅助连接或支撑的作用。

Three reasons were speculated : ( 1 ) EF-Tu was multifunction protein , and it distributed in cytoplasm to assist linking and sustaining .

纤维连接蛋白（FN）是一种多功能蛋白，参与组织构成，细胞的粘附、迁移，细胞分化，维持细胞的正常形态，细胞骨架构成，胚胎发生，止血、血栓形成及损伤修复等多种生命活动。

It plays a major role in various fundamental biological processes such as tissue organization , cell adhesion and migration , cell differentiation , maintenance of normal cell morphology , cytoskeletal organization , embryogenesis , hemostasis and thrombosis , and wound - healing .

β-连环素作为多功能蛋白，一方面同E-钙粘连素结合形成细胞连接；另一方面，入核与TCF-4结合形成复合物，激活Wnt信号通路下游靶基因转录。

As a multifunctional protein , p-catenin constructs the cell membrane with E-cadherin on one hand , translocates into the nuclei where its association with TCF-4 causes transcriptional activation of target genes on the other hand .

本研究目的是为了发现与大肠侧向发育型肿瘤（ColorectalLST，CLST）生长、发育方式密切相关的基因和功能蛋白，揭示LST侧向生长方式和高恶变潜质的分子肿瘤学机制。

This study was to search for the genes and functional proteins correlated to growth and development of colorectal LST ( CLST ), and to reveal the molecular mechanisms of CLST growth pattern and malignant transformation .

26S蛋白酶体是真核生物中一种具有ATP依赖性的蛋白酶复合体，主要通过泛肽途径选择性降解细胞内与代谢调控、细胞周期有关的功能蛋白及异常蛋白，参与多种细胞活动的调控过程。

The 26S proteasome is an eukaryotic ATP dependent protease complex that is responsible for selective degradation of abnomal proteins and naturally short lived proteins relate to metabolic regulation and cell cycle progression by ubiquitin pathway so as to regulate a variety of cellular activities .

在49条TDFs中，有20个编码已知功能蛋白，8个编码未知功能蛋白，其余的21个与未注释的基因组序列相似，或者在核苷酸数据库无同源序列。

The 49 TDFs were composed of 20 function-known genes , 8 genes of function-unknown genes and 21 novel genes that showed homology only to un-annotated genomic sequences or no match in the nucleotide database .

衣原体感染与多种慢性疾病密切相关，其主要外膜蛋白（MOMP）是一种多功能蛋白，分别与外膜结构的稳定性、生长代谢调节、抗原性和毒力密切相关。

Chlamydia infection has been associated with chronic diseases in human being . The major outer membrane protein ( MOMP ) of chlamydia is greatly correlated with its outer member structure stability , metabolic regulation and virulence .

结果1.MSCs经5-azaC诱导后，形态出现心肌样细胞改变，心肌特异性基因、心肌结构和功能蛋白较诱导前表达明显增加，表明5-azaC能够诱导MSCs分化成心肌样细胞。

The significant increasing expression of cardiac-specific genes , cardiac structure and function proteins and the appearance of cardiomyocyte-like cells in morphological changes after MSCs induced by 5-azaC indicate that 5-azaC can induce MSCs to differentiate into cardiomyocyte-like cells . 2 .

通过对27个TDFs进行克隆、测序、比对分析，涉及新陈代谢、能量代谢、转录调控、结合功能蛋白、环境互作等相关功能基因。

Twenty-seven TDFs were cloned , sequenced , BLAST analyzed and classified by functional analysis as seven categories , including energy metabolism , transcription regulation , protein binding , environmental interaction and other functional genes . 3 .

与标签蛋白融合表达提供了一个高通量（high-through）表达和筛选功能蛋白的平台，因而为学者广泛重视，已成为一条联系基因组和蛋白质组的重要纽带。

Therefore researchers have payed a lot attention to the tag fusion system because it provides a sound platform for high-through expression and screening of the functional proteins . Now tag fusion system is becoming a vital bridge joining the genome research and proteome research .

促性腺激素对小鼠卵巢多功能蛋白聚糖表达的影响

Effects of Gonadotroph on Expression of Versican in the Mice Ovary

干旱胁迫下植物质膜功能蛋白研究现状

Recent approach of functional proteins in plant PM under drought stress