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Combining ability analysis in brinjal (Solanum melongena L.)

机译:茄子(Solanum melongena L.)的结合能力分析

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Nine genotypes of brinjal were crossed in a Diallel method excluding reciprocals. This study was showed that estimates of both the combining ability (general and specific combining ability) were significant for all characters except for branches per plant where GCA and for plant height, days to first flower and branches per plant SCA was recorded non-significant. AKL-11 and Asond Round are best general combiner for fruit diameter, fruit weight and yield while, Selection-167 and GADB-1 for earliness.The specific combining ability studies showed that ten crosses depicted highly significant specific combining ability effects and most of the promising crosses arose from parental combinations with low x low or medium x low general combiner in most of important traits likewise yield and contributing characters. The hybrid Local C-l x Asond Long and Asond Long X GADB-1 showed high sea effects for maximum desirable characters. An ideal combination to be exploited is one, where high degree of specific combining ability is present in addition to high general combining ability effects in both or at least one parent.
机译:茄子的9个基因型以Diallel方法杂交,互惠除外。这项研究表明,除了每个植物的分支(GCA和植物高度,第一朵花的天数和每个植物的SCA记录均无统计学意义)外,所有字符的结合能力(一般和特异性结合能力)均很重要。 AKL-11和Asond Round在果实直径,果实重量和产量方面是最佳的综合组合剂,而Selection-167和GADB-1在早熟方面是最佳组合。特异性结合能力研究表明,十个杂交表现出非常显着的特异性结合能力效应,并且大多数具有低x低或中x低普通组合剂的亲本组合在许多重要性状(如产量和贡献特性)上产生了有希望的杂交。杂种Local C-1 x Asond Long和Asond Long X GADB-1表现出很高的海洋效应,从而获得了最大的期望字符。要开发的理想组合是这样一种组合,其中在两个或至少一个亲本中,除了较高的一般组合能力效果外,还存在高度特异性的组合能力。

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