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Gene effect studies for quality characters in cucumber (Cucumis sativus L.) using gynoecious parent

机译:基因效应研究黄瓜质量特征(Cucumis Sativus L.)使用妇女父母

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Six generations (P1, P2, F1, F2, BC1P1 and BC1P2) of cucumber were developed from crossing gynoecious parent (Gy-14) with three commercial varieties (Pusa Uday, Punjab Naveen and Pant Kheera-1) during Feb-May 2017 and September-December 2017 and were evaluated during Feb-May 2018 at Punjab Agricultural University, Ludhiana to find out the genetics of quality characters in cucumber. From the ABCD scaling test and three parameter model of joint scaling test, the absence of non-allelic interactions was detected for total soluble solids, ascorbic acid in Gy-14 × Pusa Uday and Gy-14 × Pant Kheera-1 and mineral matter, improved by selection of desirable segregants followed by pedigree method. Among epistatic interactions, in trait such as ascorbic acid in Gy-14 × Punjab Naveen, dominance × dominance interaction was higher in magnitude, therefore these traits can be improved by heterosis breeding.
机译:黄瓜的六代(P1,P2,F1,F2,BC1P1和BC1P1和BC1P1和BC1P1和BC1P2)是在2017年2月和2017年5月的三个商业品种(PUSA Uday,Punjab Naveen和Pant Kheera-1)中的妇女2017年9月至2017年12月,并于2018年2月在旁遮普农业大学评估,卢迪亚纳,发现黄瓜质量人物的遗传。从ABCD缩放试验和联合缩放试验的三个参数模型中,对于总可溶性固体,GY-14×Pusa Uday和Gy-14×Pant Kheera-1和矿物质的抗坏血酸,检测到不存在非等位基因相互作用。通过选择所需的偏换,然后进行血迹方法改善。在杂皮物相互作用中,在诸如GY-14×Punjab Naveen的抗坏血酸等性质中,优势×优势相互作用的幅度较高,因此可以通过杂种优势育种来改善这些性状。

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