3) comparative genomic
比较基因组
1.
The objective of this study was to assess syntenic relationships of quantitative trait loci (QTL) for important agronomic traits between maize and rice based on the comparative genomic map of maize and rice (using) two F_(2:3) populations.
基于性状的比较基因组研究不但有助于新基因或QTL的发现、克隆和利用 ,同时还有助于研究不同物种间染色体的演变和进化规
4) Comparative genomics
比较基因组
1.
Application of bioinformatics in some fields of rice research was introduced, such as exploiting new genes, comparative genomics and functional genomics.
概述了核酸数据库、蛋白质数据库及其集成系统 ,并简介生物信息学在水稻新基因挖掘、比较基因组及功能基因组中研究的现状 ,最后展望了其发展前
2.
Brassica is the vital research focus of comparative genomics in dicotyledons, and great progresses have been made in Brassica comparative genomics over the past 15 years.
芸薹属(Brassica)植物是双子叶植物比较基因组学研究的重点对象。
3.
On the basis of local database, comparative genomics research and maize QTL analysis.
分子标记技术的建立与发展不仅促进了基因(QTL)的遗传定位研究，而且为在DNA水平上进行物种间的比较基因组学研究提供了重要的技术手段。
5) genome comparison
基因组比较
1.
The problems of sorting strings by reversals or by transpositions have been studied because of their applications to genome comparison.
序列的翻转与对换的排序问题因在基因组比较中的应用而受到关注 。
6) Comparative genome analysis
比较基因组
1.
34 genes with complete cds related to plant potassium transporter families have been identified in rice,wheat,barley,maze,tobacco etc by comparative genome analysis across GenBank NR,EMBL,DDBJ,PDB database.
利用比较基因组学,将剩余的9个基因确定为K+通道基因。
2.
【Method】 With the help of comparative genome analysis method, searching was conducted across GenBank, EMBL, DDBJ, PDB NR database.
【方法】利用比较基因组学研究手段,在GenBank、EMBL、DDBJ和PDB数据库中进行搜索,并对其同源性进行分析。
补充资料：比较
比较
两种事物之间的对比，诸如大小、高低、长短、前后、上下、左右、精神、营养、病情等都可作比较。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条