最初，三个核心课程被开发：序列相似性搜索、遗传变异和人类基因组资源。
Initially, three core courses were developed: Sequence Similarity Search, Genetic Variation, and Human Genome Resources.
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.
该网页提供众多关于发育生物学研究的资源链接，包括动态发育，蝾螈种群，果蝇的遗传和分子数据，小鼠胚胎以及癌症基因组等等。
It provides numerous links to developmental biology research resources, including dynamic development, axolotl colony, genetic and molecular data for drosophila, mouse embryo and cancer genome etc.
线粒体完全基因组是一种构建脊椎动物系统发育树的非常重要的数据资源。
The mitochondrial complete genomes have proven to be a very important data source for vertebrate phylogeny construction.
背景：目前，大部分基因组注释是由具有有限资源的集中的小组所策划。
BACKGROUND: Currently, most genome annotation is curated by centralized groups with limited resources.
宏基因组文库技术是利用未培养微生物基因资源的有效途径。
The metagenomic library-based technique is an effective strategy for the utilization of un-cultured microorganisms.
基因组，基因，基因表达，基因变异，基因家族，蛋白质和蛋白质域的数据与通过NCBI网站的分析，搜索和检索资源被整合在一起。
Data for genomes, genes, gene expressions, gene variation, gene families, proteins, and protein domains are integrated with the analytical, search, and retrieval resources through the NCBI Web site.
此网站是有关河豚比较基因组图谱和基因组测序的资源数据库。
The site is the resource database concerning the comparative mapping and genome sequencing of fugu.
尽管许多公共模式生物和基因组比对资源提供了预比对的基因组浏览，生物学家也仍然需要执行从头比对分析。
Although many public model organism - and genome-mapping resources offer pre-mapped genome browsing, biologists also still need to perform denovo mapping analyses.
它是提供使用全部基因组序列数据计算病毒物种系统发生树的第一个资源。
It is the first resource to provide phylogenetic trees of viral species computed using whole-genome sequence data.
单核苷酸多态性在水稻遗传图谱的构建、基因克隆和功能基因组学研究、标记辅助选择育种、遗传资源分类及物种进化等方面的应用具有巨大潜力。
SNP has showed the huge potential in the establishing in the rice genetic maps, genes cloning and functional genomics, MAS in rice breeding and studying in classification and evolution of germplasm.
单核苷酸多态性在水稻遗传图谱的构建、基因克隆和功能基因组学研究、标记辅助选择育种、遗传资源分类及物种进化等方面的应用具有巨大潜力。
SNP has showed the huge potential in the establishing in the rice genetic maps, genes cloning and functional genomics, MAS in rice breeding and studying in classification and evolution of germplasm.
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