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Genetic and nongenetic bases for the L-shaped distribution of quantitative trait loci effects.

机译:数量性状基因座效应的L形分布的遗传和非遗传基础。

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摘要

The L-shaped distribution of estimated QTL effects (R(2)) has long been reported. We recently showed that a metabolic mechanism could account for this phenomenon. But other nonexclusive genetic or nongenetic causes may contribute to generate such a distribution. Using analysis and simulations of an additive genetic model, we show that linkage disequilibrium between QTL, low heritability, and small population size may also be involved, regardless of the gene effect distribution. In addition, a comparison of the additive and metabolic genetic models revealed that estimates of the QTL effects for traits proportional to metabolic flux are far less robust than for additive traits. However, in both models the highest R(2)'s repeatedly correspond to the same set of QTL.
机译:早已报道了估计的QTL效应(R(2))的L形分布。我们最近表明,代谢机制可以解释这种现象。但是其他非排他的遗传或非遗传原因也可能有助于产生这种分布。使用加性遗传模型的分析和模拟,我们表明QTL,低遗传力和小种群大小之间的连锁不平衡也可能涉及,无论基因效应分布如何。此外,加性和代谢遗传模型的比较表明,与代谢通量成比例的性状的QTL效应估计远不如加性状强。但是,在两个模型中,最高的R(2)重复对应于同一组QTL。

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