Egorova T V, Skorik V V, Ternovskaia T K
Tsitol Genet. 2002 Jul-Aug;36(4):8-16.
Genetic analysis of seven oat varieties for eight traits which are the yield components was performed when studying the varieties and the F1 hybrids from their diallel crosses. Involvement of epistatic genes in genetic control of all the traits excluding the panicle density was established. By analysing the diallel tables with excluded data from the varieties with epistatic genes, it was revealed that hyperdominance is inherent to genetic control of the majority of traits studied. The dominant gene action exceeds the additive gene action. The genes "u" increasing the phenotypic displaying of the trait are always dominant and their frequency in the variety set under consideration is higher than the frequency of the genes "v" for all traits studied.
在研究7个燕麦品种及其双列杂交的F1杂种时,对作为产量构成要素的8个性状进行了遗传分析。结果表明,除穗密度外,上位性基因参与了所有性状的遗传控制。通过分析排除了上位性基因品种数据的双列杂交表,发现超显性是所研究的大多数性状遗传控制的固有特征。显性基因作用超过加性基因作用。增加性状表型表现的“u”基因总是显性的,在所考虑的品种群体中,其频率高于所有研究性状的“v”基因频率。