首页> 外文期刊>Current Journal of Applied Science and Technology >Enhancement of Genetic Variability for Yield and Component Traits through Recombination followed by Induced Mutagenesis in Greengram [Vigna radiata (L.) Wilczek]
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Enhancement of Genetic Variability for Yield and Component Traits through Recombination followed by Induced Mutagenesis in Greengram [Vigna radiata (L.) Wilczek]

机译:通过重组提高产量和组分特征的遗传变异性,其诱导诱变在绿色图中的诱变[Vigna Radiata(L.)Wilczek]

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Aim: Greengram is a self-pollinated crop which show very less variability to develop improved varieties through only hybridization or induced mutation breeding. Therefore, we have taken a new pace to create more variability by combining both recombinations with induced mutation through gamma rays irradiation. For this purpose, the F_(2) seeds were irradiated with gamma rays at BARC, Mumbai and sown to grow the F_(2)M_(1) generation and subsequently the superior mutant lines with high degree variability with high GCV and genetic advances were selected from F_(2)M_(2) generation of the mutant population.
机译:目的:绿地是一种自授粉的作物,其通过仅通过杂交或诱导的突变育种显示出改善品种的变化非常少。因此,我们已经采取了新的步伐,通过将γ射线照射与诱导突变结合来创造更多的变化。为此目的,将F_(2)种子用BAMC,孟买的γ射线照射,以播种F_(2)M_(1)产生,随后具有高GCV和遗传进展的高度变异性的优质突变线选自F_(2)M_(2)生成突变群。

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