2015Hubei nongye kexueRequires access

Prospect of Utilization of the Secondary Populations in Rice QTL Analysis

Li Xi

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Abstract

The secondary populations, which were used to map quantitative trait loci(QTLs), were powerful materials for QTL analysis. Most interference of genetic background and interaction of QTLs would be minimized and the precise of QTL mapping would be improved if QTL mapping were based on the secondary populations. Thus, it could be widely used in QTL identification, QTL fine mapping, analysis of QTL interaction, map based clone and so on. The prospects of utilization of the secondary populations in rice QTL analysis in recent years were examined in this paper, and the application of the secondary populations was also discussed

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The secondary populations, which were used to map quantitative trait loci(QTLs), were powerful materials for QTL analysis. Most interference of genetic background and interaction of QTLs would be minimized and the precise of QTL mapping would be improved if QTL mapping were based on the secondary populations. Thus, it could be widely used in QTL identification, QTL fine mapping, analysis of QTL interaction, map based clone and so on. The prospects of utilization of the secondary populations in rice QTL analysis in recent years were examined in this paper, and the application of the secondary populations was also discussed

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Available abstract

The secondary populations, which were used to map quantitative trait loci(QTLs), were powerful materials for QTL analysis. Most interference of genetic background and interaction of QTLs would be minimized and the precise of QTL mapping would be improved if QTL mapping were based on the secondary populations. Thus, it could be widely used in QTL identification, QTL fine mapping, analysis of QTL interaction, map based clone and so on. The prospects of utilization of the secondary populations in rice QTL analysis in recent years were examined in this paper, and the application of the secondary populations was also discussed

Key concepts: Quantitative trait locus, Family-based QTL mapping, Inclusive composite interval mapping, Biology, Genetics, Gene mapping, Gene, Chromosome

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