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首页> 外文期刊>Pakistan journal of botany >Genetics of productive peduncles on main stem and branches in mungbean (Vigna radiata (L.) Wilczek)
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Genetics of productive peduncles on main stem and branches in mungbean (Vigna radiata (L.) Wilczek)

机译：绿豆（Vigna radiata（L.）Wilczek）主要茎和分支上有花梗的遗传学

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Components of genetic variation for productive peduncles on main stem and branches in mungbean were estimated using triple test cross procedure. Treatments used for estimation of genetic variation for both traits exhibited highly significant differences which indicate the existence of considerable genetic variation among inbred lines, testers and developed recombinants. Epistatic effect showed significant role in the inheritance of both traits. Productive peduncles on main stem exhibited almost equal values for both i type, and j + l type non-allelic interaction whereas i type interactions value was more compared to j + l type interactions in productive peduncles on branches. This indicated that additive x additive type non-allelic interaction plays an important role in the inheritance of productive peduncles on branches. The complex inheritance of both traits can be exploited for improvement by delay in selection until the material is advanced through bulk procedure.
机译：使用三重交叉试验法估算了绿豆主要茎和枝上生产花梗的遗传变异成分。用于估计两个性状的遗传变异的处理方法显示出非常显着的差异，这表明自交系，测试仪和已开发的重组体之间存在相当大的遗传变异。上位性效应在两个性状的遗传中显示出重要作用。对于i型和j + l型非等位基因相互作用，主茎上的生产花序梗表现出几乎相等的值，而在分支上的生产花序梗中，i型相互作用值比j + l型相互作用更大。这表明加性x加性类型的非等位基因相互作用在分支上生产性花序梗的遗传中起重要作用。通过延迟选择直到材料通过批量程序进行处理，可以利用这两个性状的复杂遗传来进行改进。

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