bioinformatics单词基本解析：

分析复杂生物资料的学科

释义分析复杂生物资料的学科；

bioinformatics变化用词：

bioinformatics英英释义：

BioinformaticsBioinformatics is a peer-reviewed scientific journal publishing original research and software in computational biology. It is the official journal of the International Society for Computational Biology, together with PLOS Computational Biology.

以上来源于:Wikipedia

bioinformatics中文词源：

bioinformatics用法和例句：

bioinformatics

Using the bioinformatics software and database, analyzed the bioinformatics of the auxin influx carrier gene PtA UX1 and its encoded protein of Populus tomentosa, which was cloned previously.

1 利用生物信息学软件和生物信息数据库资源，对前期克隆的毛白杨生长素内运载体基因PtAUX1及其编码的蛋白PtAUX1进行了生物信息学分析。

The Review on Bioinformatics in the 21st Century

21世纪的生物信息学述评

BACP (BRCA1 Associated Centrosome Protein) is a centrosome protein interacting with the C-terminal of BRCA1. Analysis based on the bioinformatics indicates that BACP gene localizes on 20pl 1.22-p11.1 and has 23 extrons.

BACP(BRCA1 Associated Centrosome Protein)是同BRCA1相互作用的中心体蛋白。

Founded in 1890, CSHL is a private, non-profit institution with research programs in cancer, neuroscience, plant biology, genomics, and bioinformatics and a broad educational mission.

CSHL （冷泉港实验室）是排名全球十大研究院之首！因此CSHL 编著的Molecular Cloning Manual 对我们的实验帮助肯定是非常大的。

Many databases and tools of bioinformatics, such as GenBank, EMBL, DDBJ, and SWISS-PROT, are important resources for molecular breeding research.

GenBank、EMBL、DDBJ、Swiss-Prot等数据库及其序列查询系统、序列比对软件和序列提交软件是园艺植物分子育种中的重要生物信息资源。

The bioinformatics analysis of cucumber CCH Gene1 Using BLASTp for cucumber CCH Amino acid sequence aligment.

gov/blastp，经过比对，挑选出15个与黄瓜CCH氨基酸序列相似性相对较高的序列。 这些序列来源于拟南芥、番茄、马铃薯、水稻、大麦、杨树、车前子、酵母、鱼类、犬类、人类。

HJMV is published by being embedded in the web as an applet, and integrated in the Bioinformatics Secondary Database of Proteins related with Selenium.

HJMV作为applet嵌入网页发布,整合在硒相关蛋白质生物信息二级数据库系统之中。

Bioinformatics resource on Internet

Internet上的生物信息学资源

A Vision for Matlab in Bioinformatics Research

Matlab在生物信息分析中的应用前景

Perl has become the most popular language in the development of bioinformatics application.

Perl语言已经成为用于生物信息学应用程序开发最流行的语言。

Bioinformatics Methods and Resources for SNP Functional Analysis

SNP功能分析的生物信息学方法及其资源

Avogadro is an advanced molecular editor designed for cross-platform use in computational chemistry, molecular modeling, bioinformatics, materials science, and related areas.

一个专业级别的分子编辑器，可以使用在计算化学、分子建模、生物信息学、材料科学和相关领域中。

A framework to enable the interoperation of bioinformatics applications for the visualization and analysis of molecular sequences, alignments and structures.

一个允许生物信息学应用程序进行交互的框架，包括分子序列、校准及结构的分析和可视化。

Nowadays, since the bioinformatics and genetic science are making rapid progresses, the Quantitative Trait Loci (QTL) grows into a hot researching area.

一方面,随着后基因时代的到来和生物信息的迅速发展,数量性状基因(Quantitative Trait Loci,简称QTL)定位领域发展迅速。

In terms of computational methods, cancer gene screening via Bioinformatics analysis on gene expression levels of cDNA microarrays can be achieved by feature selection.

一般用电脑分析方法来解决此一问题时，除了要考虑到结果的有效性外，还需要考虑到分析所花费的时间成本。

Professioal service in cheminformatics and bioinformatics related to life science.

专业的化学化工制药生物信息服务。

China Genomics and Bioinformatics Research Step up to Higher Level

中国基因组与生物信息学研究迈上新台阶

The two-dimensional gel electophoresis(2- DE), mass spectrometry( MS) and bioinformatics are three key technologies for proteomics study.

二维凝胶电泳、谱和生物信息学是蛋白质组学研究的三大关键技术。

This paper introduces the main bioinformatics databases in the world and generalizes their algorithms and characters.

介绍了世界上主要的生物信息学数据库及其分类和特点;

The principle, application, related resource of bioinformatics, problems and the prospect of in silico cloning of functional genes in rice were reviewed.

介绍了水稻电子克隆的基本原另、应用实例、相关的生物信息资源、存在问题和展望

Its concept, classification, application and some main databases are introduced, and it is forecasted that bioinformatics is on the eve of a giant science development.

介绍生物信息学的概念、分类、应用和重要的生物信息学数据库 ,并对生物信息学的发展进行展望 ,指出生物信息学正处在科学发展的前夜。

Many problems of bioinformatics are very similar to those of Natural Language Processing(NLP) from the viewpoint of Information Processing,thus classic methods of NLP can be applied to Bioinformatics problems.

从信息处理的角度来看,生物信息学与自然语言处理中的许多问题是非常相似的,因此,可以将一些自然语言处理中的经典方法应用到生物信息学文字中。

From Bioinformatics to Information Biology

从生物信息学到信息生物学

The 4th Asia Pacific Bioinformatics Conference (APBC), to be held on Feb. 13-16, 2006, in Taipei, Taiwan.

会议接受的论文将在国际相关杂志以专集形式正式发表.中国大陆的审稿委员为钟扬教授等.欢迎访问会议网站,欢迎投稿.

With the development and application in the life science of genomics and bioinformatics,nutrigenomics has emerged and become the new frontier for nutrition science.

伴随着基因组学、生物信息学等的迅猛发展及其在生命科学领域的应用,营养基因组学应运而生,并迅速成为营养学研究的新前沿。

But these molecular crapshoots are terribly wasteful, which is why drug designers are today turning to a fast-growing new area of computer science known as bioinformatics to fuel their endless quest for newer drugs and better targets.

但是这些分子掷骰子式的试验极为浪费财力，这就是为什么药物设计人员在今天正转向计算机科学中快速发展的新领域生物信息学，以推动他们对更新药物和更佳靶的的无尽追寻。

Rangel, C., et al. "Modeling T-cell activation using gene expression profiling and state-space models." Bioinformatics 20, no. 9 (2004): 1361-72.

使用基因表达构图法和状态矢量空间模型进行T细胞激活建模〉。《生物信息学》，20卷，第9期(2004年)：1361-72页。

Bioinformatics softwares were used to analyze the P30-CTX complex gene and to predict the coded protein structure.

使用生物信息软件分析P30CTX复合基因,预测编码蛋白结构。

San Diego-based Structural Bioinformatics, for example, generates digital "movies" of how proteins writhe and bend when activated or ensnared by drugs, and identifies the small molecules that would best disable these moving targets.

例如，圣地亚哥的结构生物信息学公司生产出一旦被药物激活或诱骗时蛋白质如何扭曲折叠的数字“电影”，并且识别出能最有效地使这些活动的靶的失去作用的小分子。

With a tremendous amount of sequence information for many important organism generated, TRAP uses bioinformatics tool and expressed sequence database information to generate polymorphic marker around targeted candidate gene sequence.

借助日益增长的庞大的生物序列信息,TRAP利用生物信息工具和EST数据库信息,产生目标候选基因区多态性标记。

STEPHEN J.FREELAND uses bioinformatics to study evolutionary biology.

傅利兰利用生物资讯学来进行演化生物学的研究。

Description: This position will be responsible for building key bioinformatics system and tools revolving aro...... ...

公司名称：金思特科技（南京）有限公司工作地点：江苏省南京市发布时间：2009-6-11

Secondly, we have used a bioinformatics approach to discover new patterns of expression.

其次，我们使用了生物信息学方法，发现新的表达方式。

The researches are focus on comparison of the animal genes or genomes evolution for revealing phylogenetic relationships among lineages using the molecular biotechnique and bioinformatics method.

内容、特色、意义运用分子生物学技术和生物信息学分析方法，比较研究动物基因、基因组的演化，揭示动物类群的进化和系统生物学关系。

Third, with the fast development of bioinformatics and web exploration, more and more people realize that graph can describe the complexed relations between the things better, then graph mining can find more useful information.

再者,由于近年来生物信息技术、网络开发技术的迅速发展,越来越多的人们意识到用图能更好地描述事物之间的复杂关系,进而在此基础上进行挖掘可以得到更多的有用信息。

Agricultural Bioinformatics Databases is the basic tool for agricultural science researchers,with the help of the data in these databases,it is easier to improve and protect the agricultural organism.

农业生物信息数据库是农业科学研究者的基础工具,利用数据库中的大量信息,便于进行农业生物的改良与保护。

Cold Spring Harbor Laboratory has research programs focusing on cancer, neurobiology, plant genetics, genomics and bioinformatics, and a broad educational mission.

冷泉港实验室有研究计划专注在癌症，神经生物学，植物基因学，基因体和生物资讯，并有广泛教育的使命。

Bioinformatics were applied for analyzing recombination patterns and gene mutations of the IgHV genes. Softwares SYFPEITHI and BIMAS were used for predicting the T cell epitopes in the immunoglobulin heavy chain variable regions.

利用互联网生物信息资源分析B ALLIgHV基因的重排类型和基因变异 ,利用SYFPEITHI和BIMAS软件预测IgHV基因编码蛋白质的T细胞表位。

Design of the primers with bioinformatics resources

利用生物信息学资源设计引物

Bioinformatics was applied to analyses of recombination patterns,somatic mutations and germline gene segments usage,and to prediction of epitopes recognized by CTL.

利用生物信息资源分析B ALLIgHV基因重排类型、胚系基因片段利用及体细胞突变情况 ,并预测CTL细胞识别的表位。

Two-dimensional electrophoresis, mass spectrometer and bioinformatics are three main techniques of proteomics.

双向电泳技术、质谱技术和生物信息学是蛋白质组学的三大支撑技术。

Can predict that the terminal bioinformatics research program studies the universe must be, in turn, said the terminal study of cosmic science program must be bio-informatics.

可以预知的是，生物信息学的终端研究必然是宇宙程序学，反过来说，宇宙程序学的终端研究必然是生物信息学。

The applications of bioinformatics to the agricultural researches such as model plant, germplasm conservation, plant disease protection and crop genetic breeding were also proposed.

同时也概括了生物信息学在模式植物研究、种质资源保存、病虫害防治、作物遗传育种等方面的应用。

Bioinformatics is a new subject for the study of alternative splicing, especially for its regulatory mechanism, prediction and origin.

因此，研究基因选择性剪接是一项十分重要的工作。

Therefore, it is necessary for ones to integrate machine learning into bioinformatics.

因而，生物信息学与机器学习相结合也就成了必然。

With the release of Conserved Domain Database (CDD) from NCBI and newly developed tools in bioinformatics, we can now automate this procedure.

在以限制酶分析基因家族表现的实验中，研究者必须先设计引子去放大目标基因家族。

Just in the budding field of bioinformatics, . . . there will be an estimated 20, 000 unfilled jobs by 2005. Chemists are also being wooed across industries.

在新兴的生物信息领域里，估计到2005年将会有20000个空缺职位。化学家在各行业间也会有很大需求。

In the study, six epitopes (S1 S2 S3 S4 S5 S6) of the spike protein of SARS-CoV were predicted by bioinformatics analysis.

在本实验中我们通过生物信息学分析并预测了6个纤突蛋白B细胞表位(S1 S2 S3 S4 S5 S6)。

Many problems in life science or bioinformatics can be translated into combinatorial problems of mathematics and computer science on sequences, trees and stings.

在生命科学中，许多问题都可以抽象为计算机科学与数学中关于序列、树和串的组合问题。

With the fast development of bioinformatics,all kind of relevant database are keeping appearing,one of which is The Alternative Splicing Database(ASD).

在生物信息学的飞速发展中,与之相应的各种类型的数据库不断涌现,选择性剪接数据库(Alternative Splicing Database,ASD)便是其中之一。

All kinds of information of grass genomes, e.g. sequences, maps, markers and QTLs, were integrated, and some useful bioinformatics tools, e.g. BLAST, CMap and SSR finder, were installed.

基于Red Hat Linux 9.0操作系统，收集玉米、水稻和其它禾本科植物的序列、图谱、标记、QTL等大量相关信息，配置BLAST、CMap和SSR finder等生物信息软件，初步建成玉米本地化生物信息库。

Building bioinformatics secondary database with XML

基于XML构建生物信息二级数据库

Structural Bioinformatics Based Protein Design

基于结构生物信息学的蛋白质设计

The more that genomics, bioinformatics and many other newer disciplines reveal about life, the more obvious it becomes that our present understanding is not up to the job.

基因组学、生物信息学和许多其他新学科揭示的生命奥秘越多，我们目前所了解的不足于胜任这一工作就变得越明显。

The improvement of life science has been changing with each passing day,when the Genomics,Proteomics,Metabolomics,Bioinformatics,especially for the completion of human genome project(HGP).

基因组学、蛋白质组学、代谢组学、生物信息学等,尤其是人类基因组计划的基本完成,使生命科学的发展日新月异。

As genomics associated with huge data, bioinformatics plays an important role in these processes of data production, data management and data mining.

基因组学研究中海量数据的存储、管理和检索，以及对这些数据进行挖掘等过程，必须借助于生物信息学的方法。

The sorting of genomes rearrangements becomes an important research area of computational biology and bioinformatics.

基因组重组排序已经成为计算生物学和生物信息学的重要研究领域。

BIOINFORMATICS APPLICATION IN GENE CHIP

基因芯片中的生物信息学应用

Application of gene-chip technique in bioinformatics provides a great number of basic data for the research of GRN.

基因芯片技术在生物信息学中的应用为基因调控网络的研究提供大量可供研究与分析的基础数据。

Pochet, N., et al. "Systematic benchmarking of microarray data classification: assessing the role of nonlinearity and dimensionality reduction." Bioinformatics, 2004.

基因芯片数据分类的系统基准：评估非线性和维度的缩减〉。《生物信息学》,2004年。

Multiple Sequence Alignment (MSA) is one of the most important and the most challenge work in bioinformatics.

多序列比对(Multiple Sequence alignment -MSA)是生物信息学中最重要、也是最有挑战性的任务之一。

It treats a panoply of applications, including many in industry, educational systems, forecasting, financial engineering, and bioinformatics.

它对待应用的全胃甲胄，在工业，教育制度，预报，金融工程和生物信息科学里包括很多。

Efficient bioinformatics analysis have fundamentally identified that C9orf41 is a mitochondrial protein.

对淋巴瘤相关新基因C9orf41的上述性质进行了有效的预测,基本明确了该基因编码蛋白为一线粒体蛋白。

Analyze multiple types of bioinformatics data including sequence, expression, and pathway.

对生物信息数据进行分析。

Associate Professor of Department of BME, and the Center for Theoretical Biology at PKU, in bioinformatics and computational system biology.

工学院生物医学工程系、北大理论生物学中心副教授，研究领域：生物信息学和计算系统生物学。

Our faculty's specializations range from bioinformatics, ecology, molecular structure, molecular biology, molecular evolution, to plant physiology.

师资专长领域涵盖生物资讯、结构生物、分子生物、分子演化与植物生理，提供多样性的课程供同学选择。

I hope this paper can has use for reference to the development of this kind of bioinformatics platform.

希望本文能对如何开发这种基于J2EE的生物信息平台有些借鉴作用。

Sequence Alignment is one of the common problems and also one of the most importanttools in bioinformatics research.

序列比对是生物信息学中最常见的问题之一,也是一种重要的生物信息处理技术。

Establishment of campus wide bioinformatics platform using freeware

建立基于公开软件的校园生物信息学平台

We employ a combination of mass spectrometry, bioinformatics, molecular biology, genetics and biochemistry to address these questions.

我们运用质谱学，生物信息学，分子生物学，遗传学和生物化学手段研究上述课题。

My interests are bioinformatics, genomics, medical genetics, cell biology, and malacology.

我的主要兴趣是生物信息学、基因组学、医学遗传学、细胞生物学和贝类学。

With the development and application in the life science of genomics and bioinformatics, nutrigenomics has emerged and become the new frontier for nutrition science.

摘要伴随着基因组学、生物信息学等的迅猛发展及其在生命科学领域的应用，营养基因组学应运而生，并迅速成为营养学研究的新前沿。

Exploring and explaining the knowledge hidden in the biomolecular has become the grand challenge for bioinformatics in the post genome era.

摘要后基因时代，探索和解释隐藏在分子生物学数据库中的有用信息是对生物信息学研究人员的巨大挑战！

Applying Bioinformatics methods has become a must in the exploration of progressions or causes of carcinogenesis, where correctly finding relevant genes of cancers is a vital component.

摘要对于以分子医学的方式来研究癌症的机转而言，癌症相关基因的筛选具有关键的重要性，因此近几年来陆续已有研究者发展一些以电脑辅助快速筛选基因的方法。

Using bioinformatics method, we compare the base distributions of three codon position in the coding sequency of 62 species bacteria, the result show: 1.

摘要应用生物信息学方法，对已完成测序的62种细菌基因组进行：1．同一密码子碱基位置上不同碱基分布频率的比较；

Bioinformatics is the field of science merged by biology, computer science and information technology.

摘要生物资讯学是整合生物学，电脑科学及资讯科技而成的跨领域学门。

Objective Phylogenetic tree analysis is an important tool in bioinformatics research.However, the most accurate methods are too computationally intensive to be used in large sequence data.

摘要目的进化树分析是生物信息学研究的重要工具，但是目前结果比较精确的进化树方法计算量都很大，无法在大样本数据中直接应用。

With the rapid deposition of the microarray data in recent years, microarray data has increasingly become an important data source for bioinformatics research.

摘要随着微阵列数据的快速增长，微阵列基因表达数据日益成为生物信息学研究的重要数据源。

There is a good combination between data mining and bioinformatics.The potential application of data mining in bioinformatics has been given more and more attention.

数据挖掘与生物信息学有很好的结合点，其在生物信息学领域的应用潜力日益受到人们的重视。

Data mining is a new computer application fields,and Bioinformatics is the biology and applied mathematics and computer science disciplines,such as cross-cutting and the formation of a new course.

数据挖掘是一个崭新的计算机应用领域,而生物信息学是生物学与计算机科学以及应用数学等学科相互交叉而形成的一门新兴学科。

用作名词(n.)

Focus on the bioinformatics analysis of DNA methylation.
甲基化的生物信息学分析。

Secondly, we have used a bioinformatics approach to discover new patterns of expression.
其次，我们使用了生物信息学方法，发现新的表达方式。

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