Département de Biologie Appliquée, IUT Louis Pasteur, 3, rue de l'Argonne, 67 000, Strasbourg, France.
Theor Appl Genet. 1994 Nov;89(6):693-7. doi: 10.1007/BF00223707.
Two-factor mating designs at consecutive Sn and S(n+1) levels (S0 and S1 S1 and S2, or F2 and F3) allow estimation of all components of the variation among homozygous lines and F1 hybrids that can be derived from a given population. They also allow for the prediction of the mean of these lines and single-cross hybrids. Some tests for the presence of epistasis are possible at the levels of means and of variances. Such mating designs can be very useful for predicting the value of the best possible lines or the best possible F1 hybrids when it is difficult to produce, at an experimental level for exploratory purposes, either lines or hybrids.
在连续的 Sn 和 S(n+1) 水平(S0 和 S1、S1 和 S2,或 F2 和 F3)上进行双因子交配设计,可以估计来自给定群体的纯合系和 F1 杂种之间的所有变异分量。它们还允许预测这些系和单交杂种的平均值。在均值和方差水平上,可以进行一些上位性存在的检验。当很难在实验水平上为探索目的生产系或杂种时,这种交配设计对于预测最佳可能的系或最佳可能的 F1 杂种的价值非常有用。