蛋白质设计和蛋白质结构预测是紧密相关的。
Structure prediction and protein design are closely related.
摘要 ：基因组和蛋白质结构与功能方面已积累了海量数据。
Abstract : Massive data is accumulated in the aspects of genome, structure and function of protein.
这台新机器还能以前所未有的规模和速度分析基因序列和蛋白质结构。
The new machine also will be able to analyze gene sequence and protein structures in unprecedented scale and speed.
脱水蛋白结构特征决定了其在保护细胞生物膜和蛋白质结构的完整性和稳定性方面具有重要作用。
The structure of dehydrin maintains the stability and integrality of cell membranes and proteins. In this paper, we used wheat Zhengyin NO. 1. as the materials.
相似性搜索是解决重要的生物学问题，例如数据库扫描、进化研究、基因预测和蛋白质结构预测的一种强大的方法。
Similarity searches are a powerful method for solving important biological problems such as database scanning, evolutionary studies, gene prediction, and protein structure prediction.
在2003年，他预测到了DNA和蛋白质测序和分析成本的下降和蛋白质结构测定步伐的加快(r . Carlson Biosecur . Bioterror . 1, 203 - 214； 2003)。
In 2003, he projected the falling costs of sequencing and synthesis of DNA and proteins, and the accelerating pace of research into areas such as protein structure determination .
对人体更重要的是，许多蛋白质还能够交联邻近的蛋白质，特别是那些赋予组织和器官结构的蛋白质。
More important for the body, many are also able to cross-link adjacent proteins, particularly ones that give structure to tissues and organs.
它也许听起来没有那么刺激有趣，但是了解到这些复杂蛋白质的结构可以找到像HIV、癌症、老年痴呆症和疟疾这样的严重的人类疾病的治愈方法。
It may not sound terribly exciting, but learning the structures of these complex proteins can help researchers find cures for major human diseases such as HIV, Cancer, Alzheimer's and Malaria.
蛋白质的形状和结构决定了它的职能和岗位。
A protein's shape (or structure) determines what it does, where it goes, and the molecules with which it interacts.
我们现在也在和一个代号为CASP9的游戏小组进行比赛，主要比赛项目是评估蛋白质预测方法在未公布的蛋白质结构上实施的可行性。
We are also currently competing with a Foldit team in CASP9, the main competition for evaluating protein structure prediction methods on unreleased protein structures.
正常的链接是二硫键，可以被热度和酸度变化所破坏，导致蛋白质失去三维结构。
The normal kind of bonds - disulphide bonds - can be broken by changes in heat and acidity, causing proteins to lose their 3d structure.
即使我们能抓住蛋白质折叠的规律，下一步就是通过分析数百万蛋白质和其它分子之间的相互作用，来预测细胞的结构。
Even if we could solve protein-folding, the next stage would be to predict the structure of cells on the basis of the interactions of millions of proteins and other molecules.
蛋白质X射线结构的目录也为蛋白质结构类型、自然状态下的折叠和域提供了有用信息。有时这被称为结构基因组学。
X-ray structures of catalogs of proteins have also provided useful information on the types of protein structures, folds and domains found in nature; this is sometimes termed structural genomics.
好的蛋白结构分辨率对于对于很多应用都是非常重要的，包括但不限于虚拟筛选药物靶点与对接程序和蛋白质设计。
Better resolution is important for a number of applications, including but not limited to virtual screening of drug targets with docking procedures and protein design.
这场生化芭蕾的总指挥是蛋白质、纳米大小的结构模块和动力设备，它们控制着每一步反应的速度和时机。
The conductors of this biochemical ballet are the proteins, nano-size building blocks and machines that control the speed and timing of every reaction.
奶酪是蛋白质和脂肪的混合物，加热时蛋白质构成的网状结构破坏，本来固定在网状结构中的脂肪就会溢出。
Cheese, as a combination of protein and fat, is a kind of emulsion, and heat disrupts the net of proteins that keep the fat trapped in the curd.
高蛋白质成分饮食结构包括多种富含蛋白质的食物，如瘦肉、家禽、鱼、蛋和低脂乳制品。
A diet with a high protein content contains many protein-rich foods such as lean meat, poultry, fish, eggs and low-fat dairy products.
游戏还有入门练习，可以把你做出来的蛋白质结构和高分的结构进行比较，这对于新手来说很有帮助。
Introductory exercises and in-game aides like "peekaboo," which compares top-scoring solutions with yours, help novices get up to speed.
另外，结构中的某些在主体结构外的氨基酸侧链上的蛋白质只是近似的和细节缺失的。
In addition, the positions of some of the proteins within the structure are approximate and detail is lacking on the amino-acid side chains hanging off the main structure.
蛋白质，生命的组成物质和机器，只有在正确折叠形成三维结构时才会具有活性。
Proteins, the building material and the machines of life, can only become active when they fold and take on a three-dimensional structure.
研究蛋白质与相应配体分子复合物的结构及配体与蛋白质的相互作用对阐明蛋白质的结构、功能、作用机制和药物设计具有重要的指导意义。
The complex structure of protein and its ligand is important for clarifying the function and action mechanisms of protein and useful for drug design.
令X射线穿过晶体：我们使用一个数学模型根据通过它们时产生的衍射来测量和观察蛋白质结构。
Sending X-rays through the crystal: Depending on how they diffract , a mathematical model is used to determine and observe the protein's structure.
分子遗传学的形成仰赖于dna,RNA和蛋白质的结构与功能的研究成果。
Molecular genetics came to depend upon studies of the structure and function of DNA, RNA and protein.
角蛋白：毛发、指甲、蹄、羊毛、羽毛和皮肤里的纤维性结构蛋白质。
Keratin: Fibrous structural protein of hair, nails, hooves, wool, feathers, and skin.
简要地介绍了模拟退火算法，遗传算法，人工神经网络和图论算法在蛋白质结构预测中的应用。
The paper briefly introduces some modern optimum algorithms of simulated annealing, genetic algorithms, neural networks and graphic algorithms in and applied in prediction of protein structure.
简要地介绍了模拟退火算法，遗传算法，人工神经网络和图论算法在蛋白质结构预测中的应用。
The paper briefly introduces some modern optimum algorithms of simulated annealing, genetic algorithms, neural networks and graphic algorithms in and applied in prediction of protein structure.
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