高粱(Sorghum bicolor L. Moench.) F3代的频率分布评价粮食产量及其性状性状

Shamini K, S. B
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引用次数: 0

摘要

本研究旨在探讨高粱籽粒产量基因互作及其对籽粒增产的归因性状。在F3代各杂交中,14个性状均呈对称分布、正偏度和负偏度。对称分布表明分离基因的存在使F3群体的变异更大。显著和正偏度表明互补型基因作用,因此预期遗传增益在温和选择下较慢,而在密集选择下较快。显著的负偏度表示存在重复的上位基因作用,因此温和选择的增益更快,而强烈选择的增益更慢。峰度表现为细峰性和中峰性,说明这些性状受少数分离基因控制,下一个说明峰度不显著。F3代对这些性状的密集选择为更快地实现增益铺平了道路
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment Of Frequency Distribution In F3 generation of Sorghum (Sorghum bicolor L. Moench.) For Grain Yield And Its Attributed Traits
The present study was conducted to assess the gene interaction for grain yield and its attributing traits towards the increase of grain yield in sorghum. In F3 generation, symmetrical distribution, positive skewness and negative skewness were observed for 14 traits in various crosses. Symmetrical distribution indicates the presence of segregating genes that gives wider variation in F3 populations. Significant and positive skewness indicates the complementary type of gene action hence the expected genetic gain is slower with mild selection and faster with intensive selection for that particular trait. Significant and negative skewness denotes the presence of duplicate epistatic gene action therefore the gain is faster with mild selection and less rapid with intense selection. In kurtosis, leptokurtic and mesokurtic nature was observed which indicate that the traits are under the control of few segregating genes and the next indicates the nonsignificant of kurtosis respectively. The intensive selection of these characters in F3 generation paved the way to achieve the gain faster
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