水稻基因组计划

由于采用了一套日本水稻基因组计划（RGP）的RFLP标记，使本图谱能与RGP图谱进行比较。

A set of RFLP landmarks generated by the Japanese Rice Genome Program ( RGP ) was applied to allow comparison between our map and the RGP map .

中国水稻基因组计划标准实验材料的构建

Establishment of a Standard Experimental Material for Rice Genome Program of China

水稻基因组计划完成后，以功能基因组学方法研究水稻缺铁相关基因的表达调控成为一种有效的方法。

With the completion of sequencing of the entire rice genome , the most effective strategy of studies on the expression of genes responded to Fe-deficiency in rice is functional genomic approaches .

根据国际水稻基因组测序计划结果，预测这一WRKY基因的可能的转录模式并据之设计引物。

The possible profile of transcription of the gene was predicted based on the PACs of RGP , and the primers were designed accordingly .

水稻基因组测序计划已经完成，本文还对基因组时代水稻QTL精细定位和克隆的方法进行了探讨，对QTL分析在水稻育种中的应用前景进行了展望。

The rice genome sequencing project has been finished , therefore in this paper , the strategy for fine mapping and cloning of QTLs in the genome era was also discussed . Application prospect of QTL analysis in rice breeding was forecasted .

随着水稻基因组测序计划的全面完成，阐明基因的生物学功能成为后基因组时代的重要内容。

Along with rice genome sequence project finished , to elucidate the gene biological function is the important challenge at post genomic era .

基因组测序计划完成之前水稻的基因克隆技术主要是针对单个或少数几个基因进行，而水稻基因组计划完成之后其基因克隆技术则以大规模、高通量为特征。

Gene clone techniques before the rice genome sequencing were mainly aimed at one or several genes , while aimed at cosmically genes after the rice genome sequencing .