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Cadmium Accumulation Characteristics of F1 Hybrids by Reciprocal Hybridizing of Two Genotypes of Brassica juncea var. megarrhiza

机译:甘蓝型武器两种基因分型对F1杂交种的镉积累特性。 Megarrhiza.

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To study whether the hybridizing could reduce the growth of F1 hybrids of vegetables under heavy metal stress, a pot experiment was carried out to investigate the cadmium (Cd) accumulation characteristics of F1 hybrids by reciprocal hybridizing of two genotypes of Brassica juncea var. megarrhiza under Cd stress. The results showed that the reciprocal hybridizing of two genotypes of B. juncea var. megarrhiza had no obvious effects on biomass of F1 hybrids to some extent under Cd stress. The Cd contents in F1 hybrids of B. juncea var. megarrhiza were between two parents, which had no obvious reducing effects. Therefore, different genotypes of B. juncea var. megarrhiza hybridizing could had no obvious effects on enhancing biomass and reducing Cd content of F1 hybrids of B. juncea var. megarrhiza under Cd stress.
机译:为了研究杂交是否可以降低重金属应力下蔬菜的F1杂种的生长,进行罐实验,以研究甘蓝型juncea var的两种基因型的互核杂交来研究F1杂种的镉(Cd)累积特性。 CD压力下的Megarrhiza。 结果表明,B. juncea var的两种基因型的往复杂交。 在CD胁迫下,Megarrhiza对F1杂种生物量没有明显影响。 B. Juncea VAR的F1杂交体中的CD含量。 Megarrhiza在两个父母之间,没有明显的降低效果。 因此,B. Juncea VAR的不同基因型。 Megarrhiza杂交可能对增强生物量和降低B. juncea var的F1杂种的CD含量没有明显影响。 CD压力下的Megarrhiza。

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