Martynenko V S, Yegorova T V, Ternovskaya T K
Institute of Agroecology and Biotechnology, Kyiv.
Tsitol Genet. 2004 May-Jun;38(3):29-37.
Theoretical basis and an algorithm of calculations for frequencies of genes and genotypes in the population of species with obligate cross-pollination under assessment for the character of polymorphic genetic basis are proposed. Use of four rye populations and the F1 and F2 from their crossings allows to determine genetic control of beta-amylase spectrum through identification of two genes, establishment of the allele number in each gene, and showing the linkage between beta-Amy-1 and the gene for self-incompatibility S2.
提出了在评估多态遗传基础特征时,对专性异花授粉物种群体中基因和基因型频率进行计算的理论基础及算法。利用四个黑麦群体及其杂交产生的F1和F2,通过鉴定两个基因、确定每个基因中的等位基因数量以及显示β -淀粉酶1(beta-Amy-1)与自交不亲和性基因S2之间的连锁关系,能够确定β -淀粉酶谱的遗传控制。