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1·Comparative genomics is an important content in post-genome era.

比较基因组学是后基因组时代基因组研究的一项重要内容。

2·The data described in this paper shows a great potential in the comparative genomics of cereal crops and plant function genomics.

本文结果可用于禾谷类植物比较基因组学分析和植物功能基因组学的研究。

3·Genetic linkage map is a QTL mapping, the genetic map Spaces cloning, comparative genomics research and and molecular marker-assisted breeding the foundation.

遗传图谱是数量性状基因定位(QTL)、基因图位克隆、比较基因组学研究以及分子标记辅助育种等的基础。

4·Study of comparative genomics has revealed that about 5% of the human genome are under purifying selection, 3.5% of which are conserved non-coding elements (CNEs).

比较基因组学的研究发现： 人类基因组中约5%的序列受到选择压力的限制， 但编码序列只占其中很小一部分， 约3.5%是保守、非编码序列。

5·Comparative genomics on tandem repeats distribution is facilitated to further understand the history of genome evolution as well as the gene function of different species.

比较不同基因组间的重复序列分布则能反映出不同基因组的进化史，同时也能帮助我们理解不同物种间基因组功能方面的知识。

6·There are a large number of methods for identifying transcription factor binding sites, and it can be divided into two ways: conservative motif based and comparative genomics.

目前，已经有大量的方法用于识别转录因子结合位点，大致可分为基于保守模体和比较基因组学两种方法。

7·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.

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。

8·However, driven largely by the vast amounts of DNA sequence data recently, comparative genomics, structure genomics and signal detection become important topics in genome informatics.

然而近年来大量不同生物基因定序的完成，比较基因、结构基因及基因讯号研究已成基因资讯的几个重要主题。

9·The search results are commonly adopted for various functional and comparative genomics tasks such as annotating unknown sequences, investigating gene models and comparing two sequence sets.

搜索结果通常被用于各种功能基因组学和比较基因组学任务，例如注释未知序列，研究基因模型和比较两个序列集合。

10·Kellis, M. , et al. Methods in comparative genomics: genome correspondence, gene identification and regulatory motif discovery. Journal of Computational Biology 11, no. 2-3 (2004): 319-55.

比较基因组学的方法： 基因组对应、基因识别和调控特征序列的发现〉。 《计算生物学杂志》， 11卷， 第2-3期（2004年）： 319-55页。