首页> 外文期刊>The Madras Agricultural Journal >Genetic Analysis for Green Fruit Yield and its Components Chilli (Capsicum annuum var. longum (D.C.) Sendt.)
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Genetic Analysis for Green Fruit Yield and its Components Chilli (Capsicum annuum var. longum (D.C.) Sendt.)

机译:绿色水果产量及其构成要素辣椒的遗传分析(辣椒(Capsicum annuum var。longum(D.C.)Sendt。)

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摘要

Six generations (P_1, P_2, F_1, F_2, BC_1 and BC_2) of six crosses, namely ACS 97-1 x Punjab Guchhadar, ACS 98-9 x SG-5, SG-5 x Punjab Guchhadar, Arka Lohit x SG-5, ACG 77 x S 49 and Jwala x DPS 120 were evaluated for green fruit yield and its four important component characters. The data of six generations were subjected to scaling tests to detect epistasis and to estimate genetic parameters m, d, h, i, j and I. Non-additive gene effect was found to be more important in the inheritance of number offruits per plant and fruit length as well as weight. Preponderance of additive gene effect was observed for inheritance of fruit girth and green fruit yield. Duplicate, Complementry and/or both types of epistatic gene actions were evidenced for all abovecharacters. The heterosis breeding as well as development of inbreds with due selection pressure to component characters is suggested.
机译:六个世代的六代(P_1,P_2,F_1,F_2,BC_1和BC_2),即ACS 97-1 x旁遮普古奇哈达,ACS 98-9 x SG-5,SG-5 x旁遮普古奇哈达,Arka Lohit x SG-5评估了ACG 77 x S 49和Jwala x DPS 120的绿色水果产量及其四个重要组成特征。对六代的数据进行了缩放测试,以检测上位性并估计遗传参数m,d,h,i,j和I。发现非加性基因效应在单株和多株水果的遗传中更重要。水果的长度和重量。观察到加性基因效应对水果周长的遗传和绿色水果产量的优势。所有上述特征均被证明具有重复,互补和/或两种类型的上位基因作用。提出了杂种优势的育种以及近交系的发展,对组成特征的选择压力适中。

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