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首页> 外文期刊>Генетика: Ежемес. журн. >INHERITANCE OF QUANTITATIVE TRAITS IN CROSSES BETWEEN TWO Pisum sativum SUBSPECIES WITH PARTICULAR REFERENCETO THEIR BREEDING VALUE
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INHERITANCE OF QUANTITATIVE TRAITS IN CROSSES BETWEEN TWO Pisum sativum SUBSPECIES WITH PARTICULAR REFERENCETO THEIR BREEDING VALUE

机译:继承的量化特征的十字架两个Pisum之间一种亚种特定的和他们的繁殖价值

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摘要

The experimental study was conducted during the period of2008-2010 at the experimental field of the Institute of Forage Crops in Pleven. The hybridization scheme included direct and back crosses covering four varieties of forage pea (Pisum sativum L.), namely two spring ones, Usatii 90 and Kamerton from Ukraine, and a winter one from Bulgaria, Pleven 10. There was analyzed the inheritance of quantitative traits such as plant height, height to first pod, pod number per plant, seed number per plant, seed number per pod, seed weight per plant and number of fertile nodes per plant of parental components (P_1 and P_2) and both first (F_1) and second (F2) hybrid generations. The cross Usatii 90 x Pleven 10 showed the highest real heterosis effect for plant height (8.26%), pods per plant (158.79%), seeds per plant (272.16%), seeds per pod (42.09%), seed weight per plant (432.43%) and number of fertile nodes per plant (117.14%). The cross Pleven 10 x Usatii 90 had the highest real heterosis effect height to first pod (11.06%). In F_2 plants, the strongest depression for plant height (5.88%), seeds per plant (57.88%), seeds per pod (55.93%) and seed weight per plant (55.99%) was in the cross Usatii 90 x Pleven 10, for height to first pod (1.47%) in the cross Kamerton x Pleven 10 and for number of fertile nodes per plant (15.91%) in the cross Pleven 10 x Usatii 90. The highest positive degree of transgression for number of fertile nodes per plant (165.64%) and seed weight per plant (162.10%) was in the cross Pleven 10 x Kamerton and for pod number per plant (102.54%) and seeds per plant (99.13%) in Kamerton x Pleven 10. The stability of the characters was determined. Low variability in F_1 and F_2 was found in plant height (3.97-6.85%). Variability of number seeds per plant in F_1 was highest (11.86-33.23%). For all other traits, the variability varied from average to high. A lower narrow-sense heritability coefficient was observed for plant height, height to first pod, pods per plant, seeds per plant and seed weight per plant (from 0.001 to 0.230). In few cases, such as in fertile nodes per plant (0.39 and 0.81) and seeds per pod (0.44), the coefficients of broad-sense heritability were higher.
机译:期间进行了实验研究去年底,- 2010的试验田在普列文研究所的饲料作物。杂交方案包括直接和背部穿过覆盖四种饲料的豌豆(Pisum一l .),即两个弹簧的,Usatii 90和Kamerton从乌克兰,一个冬天一个来自保加利亚、普列文10。继承的量化特征等株高、高度先豆荚,豆荚/数量植物、种子数/植物,种子数/单株种子重量,pod和肥沃的数量节点每个父母的组件(P_1和植物P_2)和两个第一(f)和第二(F2)混合一代又一代。显示最高的真正的杂种优势效应每个植物株高(8.26%)、豆荚(158.79%),每个植物种子(272.16%)、每荚种子(42.09%),每个植物(432.43%)和种子重量每个工厂的肥沃的节点数(117.14%)。交叉普列文10 x Usatii 90真正的最高杂种优势效应高度先pod(11.06%)。₂植物,植物的最强的抑郁高(5.88%),每个植物种子(57.88%)、种子每pod(55.93%)和种子重量的植物(55.99%)是在90年十字架Usatii x普列文10,高度第一pod在十字架上(1.47%)Kamerton x普列文10和肥沃的数量节点/植物(15.91%)横普列文10 xUsatii 90。罪过的肥沃的节点数每个植物植物(165.64%)和种子重量(162.10%)是在十字架普列文10 x Kamerton和单株荚数(102.54%)和种子每个工厂在Kamerton x普列文10(99.13%)。确定稳定的字符。变化在f和f₂被发现在植物高度(3.97 -6.85%)。在f /工厂最高(11.86 -33.23%)。所有其他的特征,变化多样平均高。遗传系数是观察植物高度,高度先豆荚,豆荚/工厂,种子植物(从每植物和种子重量0.001到0.230)。节点/植物(0.39和0.81),每荚种子(0.44),广义的系数遗传可能性更高。

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