Bicer B Tuba, Sakar Dogan
Department of Field Crops, Faculty of Agriculture, Dicle University - 21280, Diyarbakir, Turkey.
J Environ Biol. 2010 Sep;31(5):667-9.
A 4 x 4 full-diallel cross was studied to estimate the gene effects and genetic parameters of pod and seed traits. According to Hayman's method, additive genetic variance was significant for pod length and seed length and width, also, both additive and dominance genetic variance were significant for pod thickness and width. As additive gene effects were significant for pod and seed traits, it is suggesting the selection of this traits early generations. Partial dominance was important for traits. The high narrow sense heritability of pod and seed traits was between 86 and 97%.
研究了一个4×4完全双列杂交，以估计豆荚和种子性状的基因效应和遗传参数。根据海曼方法，加性遗传方差对豆荚长度、种子长度和宽度具有显著性，同时，加性和显性遗传方差对豆荚厚度和宽度也具有显著性。由于加性基因效应对豆荚和种子性状具有显著性，这表明在早代对这些性状进行选择。部分显性对这些性状很重要。豆荚和种子性状的狭义遗传力较高，在86%至97%之间。
