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首页> 外文期刊>Annals of Agricultural Research >Studies on genetic variability exploitation for quality traits and agronomic characters on quality protein maize (QPM) germplasm (Zea mays L.)
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Studies on genetic variability exploitation for quality traits and agronomic characters on quality protein maize (QPM) germplasm (Zea mays L.)

机译:优质蛋白玉米(QPM)种质性状和农艺性状的遗传变异研究

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The present study was undertaken to identify maize lines having high protein, oil and grain yield at two locations. Per se performance and genetic behaviour for 14 yield and quality parameters were studied in 169 genotypes. The experiment was laid out in simple lattice design (13x13 structure) with two replications. The analysis of variance revealed significant variability for all the agronomic and quality parameters and thus helped in selection of specific parents for different characters. Among the fourteen characters studied, the genetic advance as per cent of mean along with higher values of heritability, GCV and PCV estimates was maximum for grain yield per plot and protein yield, indicating that the genetic variance had high additive gene effects. From 169 genotypes evaluated ten best lines were identified for their good agronomic and quality characters, suggesting that, these lines could be utilized in future breeding programme in developing high yield potential QPM hybrids.
机译:进行本研究以鉴定在两个位置具有高蛋白,油和谷物产量的玉米品系。在169个基因型中研究了14个产量和质量参数的本身性能和遗传行为。实验采用简单的格子设计(13x13结构)进行布局,并进行两次重复。方差分析显示,所有农艺和质量参数均存在显着差异,因此有助于选择适合不同性状的特定亲本。在所研究的14个字符中,以平均百分比的形式进行的遗传进步以及较高的遗传力,GCV和PCV估计值在每块地的单产和蛋白质产量中最大,表明遗传变异具有较高的加性基因效应。从评估的169个基因型中,鉴定出十个最佳品系,因为它们具有良好的农艺和品质特征,这表明这些品系可用于未来的育种计划中,以开发高产潜力的QPM杂种。

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