基因组数据库保存了海量的原始数据。
Genetics databases hold extremely large amounts of raw data.
如果我们有一个巨大的人类基因组数据库，那么你可以了解遗传间的相互作用。
If we could have a big enough database of human genomes then you can see the interplay of genetics.
已有的研究表明，水稻基因组数据库中存在48个预测的泛素结合酶基因。
Previous studies showed that there are 48 predicted ubiquitin-conjugating enzyme genes in rice genome.
样本是由疾病控制和预防中心收集的，通过一个国际流感基因组数据库提供给研究人员。
The samples were collected by the Centers for Disease Control and Prevention, and made available to researchers through an international database of flu genomes.
方舟动物基因组数据库系统为家畜和其他动物物种的基因组图谱数据提供综合的公共仓库。
The ARKdb database system provides comprehensive public repositories for genome mapping data from farmed and other animal species.
利用生物软件在基因组数据库中通过识别SECIS元件检索硒蛋白基因是一种重要的方法。
It is an important method for searching the selenoprotein in genome databases by identifying the SECIS element with the bio-softwares.
但是借助基因组数据库和宙斯这样的高处理能力的仪器，千年制药公司仅用两年的时间便完成了这一试验。
Getting to this point would normally have taken five to 10 years, but with access to the genome database and high-throughput machine like Zeus, it takes Millennium just two.
小鼠基因组数据库（MGD）集成鼠标的遗传和基因组数据，以方便使用鼠标作为一个模型系统，为了解人类生物学和疾病的进程。
The Mouse Genome Database (MGD) integrates genetic and genomic data for the mouse in order to facilitate the use of the mouse as a model system for understanding human biology and disease processes.
运用基于基因组数据库的特定基因同源新基因的克隆策略得到一个人类新基因WDR70，该基因编码一个包含12个WD 4 0结构域的蛋白。
A human novel gene WDR70 is obtained with the cloning strategy of novel homologous gene, which is a specific gene based on genome database. It encodes a protein of 12 WD40 domain.
而互联网充当了研究人员与可公开获取的基因组信息数据库之间至关重要的纽带。
The Web has served as a vital link between researchers and publicly accessible databases of genome information.
本产品更可以收集用户电脑中此类提速信息,并将它们存储在Soluto的数据库“个人电脑基因组”中。
This product collects a lot more information about what's happening on a user's PC, which it stores in Soluto's "PC Genome" database.
从人类基因组计划数据库中获取基因的信息可以帮助科学家对肿瘤样本中的相关基因进行定位和拷贝。
Obtaining the details of these genes from the genome project's databases made it possible for the researchers to locate and make copies of each relevant gene from each cancer sample.
美国基因组公司已经为许多细菌菌种和菌株的这种模式建立了数据库，把这种模式称为条形码。
U. s. Genomics has built a database of these patterns, which it calls bar codes, for many bacterial species and strains.
标记物的闪烁的光象条形码一样被记录，再与美国基因组公司数据库的用来识别的生物的DNA进行比较。
Flashes of light from the labels are recorded like a bar code and compared with the U. S. Genomics database to identify the organism that the DNA came from.
这一章的方法描述了访问并利用拟南芥数据及数据库中找到的基因组资源的方式。
The methods in this chapter describe ways to access and utilize Arabidopsis data and genomic resources found in databases.
相似的方法正在开发以合并信息到其他类型的基因组和蛋白质组数据库。
Similar approaches are being developed to incorporate information to other types of genomics and proteomics databases.
随着基因组测序计划产生大量的序列数据，数据库序列相似性搜索已经成为生物信息学中识别潜在同源序列的一个首要工具。
With genome sequencing projects producing huge amounts of sequence data, database sequence similarity search has become a central tool in bioinformatics to identify potentially homologous sequences.
以高通量基因组序列(HTGS)数据库及SAGE文库为基础，进行染色体定位及组织表达分析。
Bioinformatic data of High Throughout Genomic Sequences (HTGS) and Serial analysis of Gene expression (SAGE) were used for analysis of chromosome localization and tissue expression.
该网站还收集了基因组中最佳代表基因，并提供了常规的软件分析系统以及一些相关的数据库和实验等等。
It also provides the collections designed to optimally represent each gene in the genome as well as conventional software analysis system and some relevant databases and experiments etc.
MGI能够通过各种方法访问，包括基于网络的搜索方式，一个基因组序列浏览器和可下载的数据库报告。
MGI can be accessed by a variety of methods including web-based search forms, a genome sequence browser and downloadable database reports.
它以充当包含病毒完整基因组序列、增值的推断数据和数据挖掘工具的一个注释和精选数据库为目的而开发。
It has been developed with the objective of serving as an annotated and curated database comprising complete genome sequences of viruses, value-added derived data and data mining tools.
它是对已完成恻序的微生物基因组进行对比分析的一个数据库，其数量增长非常迅速。
It is a database for comparative analysis of completely sequenced microbial genomes, the number of which is now growing rapidly.
通过对拟南芥和水稻基因组的以及其他物种EST数据库的比对，发现MIR和已知蛋白均不同源。
MIR is not homologous to any known protein, as homologs were not found in the rice or Arabidopsis genome databases, or in the EST database for other organisms.
我们利用网上公布的水稻基因组的测序结果，经过数据处理和分析，构建了一个水稻亚种粳稻和籼稻间的DNA多态性数据库。
Through the downloading of the rice sequence and the data analysis, a DNA polymorphism database between japanica and indica was constructed.
EBI的下的蛋白质组分析数据库，提供已经测定了全序列基因组的器官的已经预测过结构的蛋白质组的统计和比较分析。
The proteome Analysis Database at EBI provides statistical and comparative analyses of the predicted proteomes of organisms for which there are fully-sequenced genomes.
该数据库的目的就是加速从不同的观察点例如基因序列比较，主旨分析，聚类等进行比较基因组的研究。
The aim of MBGD is to facilitate comparative genomics from various points of view such as ortholog identification, paralog clustering, motif analysis and gene order comparison.
随着基因组数据的数据库继续增长，我们了解基因组中的功能元件的增加。
As databases of genome data continue to grow, our understanding of the functional elements of the genome grows as well.
牛基因组图谱数据库是法国生物技术实验室提供的牛基因组图谱数据库。
Mapping the Bovine Genome is the genome database of bovine provided French Biotechnology Laboratory.
牛基因组图谱数据库是法国生物技术实验室提供的牛基因组图谱数据库。
Mapping the Caprine genome is the genome database of goat provided French Biotechnology Laboratory.
牛基因组图谱数据库是法国生物技术实验室提供的牛基因组图谱数据库。
Mapping the Caprine genome is the genome database of goat provided French Biotechnology Laboratory.
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