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Relationship between Hybrid Performance and Genetic Distances amongPinus massoniana Clones Based on ISSR Molecular Marker

  • ISSR (intro-simple sequence repeat) were employed to detect the GD (genetic distance) among 13 Pinus massoniana parent clones and the relationship between GD and hybrid performance. There was significant positive correlation between GD and hybrid performance on condition when GD ranged 0.264 - 0.529, and the relationship between GD and growth traits including height, DBH and volume index followed a linear equation, implying the potential value of ISSR in the molecular assisting selection (MAS) of Pinus massoniana. The correlation coefficient was larger when GD ranged between 0.357 - 0.529 than between 0.264 - 0.529. However, the correlation coefficient was lower than 0.700, and more effective model is needed to achieve more efficient molecular assisting selection for Pinus massoniana.
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Relationship between Hybrid Performance and Genetic Distances amongPinus massoniana Clones Based on ISSR Molecular Marker

Abstract: ISSR (intro-simple sequence repeat) were employed to detect the GD (genetic distance) among 13 Pinus massoniana parent clones and the relationship between GD and hybrid performance. There was significant positive correlation between GD and hybrid performance on condition when GD ranged 0.264 - 0.529, and the relationship between GD and growth traits including height, DBH and volume index followed a linear equation, implying the potential value of ISSR in the molecular assisting selection (MAS) of Pinus massoniana. The correlation coefficient was larger when GD ranged between 0.357 - 0.529 than between 0.264 - 0.529. However, the correlation coefficient was lower than 0.700, and more effective model is needed to achieve more efficient molecular assisting selection for Pinus massoniana.

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