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Progress on the Research of Marker-aided Breeding of Pinus spp.

  • Received Date: 2006-02-20
  • Pinus spp.are the important species in forest ecosystems and plantations in the world.Genetic improvement of pines started early.Great progress has been made and marked success has been achieved.Molecular marker techniques provided powerful tools to shorten the period and raise the efficiency in tree breeding.The worldwide progress on construction of molecular marker linkage map,comparative mapping,quantitative trait locus(QTL) mapping and marker-aided selection(MAS) in Pinus spp.was reviewed.Genetic linkage maps have been constructed for nearly 40 species of forest trees from 13 genera,in which pine species accounted for 40%.Most of the linkage maps in pines are still incomplete,unable to cover the whole genomes.High level of genetic conservative in pine species has been revealed with comparative mapping.Existence of main effect genes revealed by QTL mapping for most of the economically important traits provided a good basis for MAS.For genetic control of part of the important traits in hybrid pines,"species effect"was found.Implication of "species effect"to MAS and the formulation of breeding strategy was also discussed.
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Progress on the Research of Marker-aided Breeding of Pinus spp.

  • 1. College of Forestry, South China Agricultural University, Guangzhou 510642, Guangdong, China

Abstract: Pinus spp.are the important species in forest ecosystems and plantations in the world.Genetic improvement of pines started early.Great progress has been made and marked success has been achieved.Molecular marker techniques provided powerful tools to shorten the period and raise the efficiency in tree breeding.The worldwide progress on construction of molecular marker linkage map,comparative mapping,quantitative trait locus(QTL) mapping and marker-aided selection(MAS) in Pinus spp.was reviewed.Genetic linkage maps have been constructed for nearly 40 species of forest trees from 13 genera,in which pine species accounted for 40%.Most of the linkage maps in pines are still incomplete,unable to cover the whole genomes.High level of genetic conservative in pine species has been revealed with comparative mapping.Existence of main effect genes revealed by QTL mapping for most of the economically important traits provided a good basis for MAS.For genetic control of part of the important traits in hybrid pines,"species effect"was found.Implication of "species effect"to MAS and the formulation of breeding strategy was also discussed.

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