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Estimates of the genetic parameters, optimum sample size and conversion of quantitative data in multiple categories for soybean genotypes

机译:大豆基因型的遗传参数估计,最佳样本量以及多类别定量数据的转换

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The objective of this study was to estimate the genetic parameters and optimal sample size for the lengths of the hypocotyl and epicotyls and to analyze the conversion of quantitative data in multiple categories for soybean genotypes. A total of 85 soybean genotypes were analyzed in four experiments in a completely randomized design under greenhouse conditions at the Federal University of Vi?osa, Brazil. The magnitude of the genetic parameter estimates characterized the influence of the genetic components in the phenotypic expression of the length of the hypocotyls and epicotyls of different soybean genotypes. The optimal size of the sample varied between the genotypes and the conversion of the quantitative data in multiple categories provided estimates of correlation coefficients greater than 0.80 and coincidence greater than 81% between the converted data and the original data.
机译:这项研究的目的是估计遗传参数和下胚轴和上胚轴长度的最佳样本量,并分析大豆基因型多类定量数据的转换。在巴西维索萨联邦大学的温室条件下,在完全随机设计的四个实验中分析了总共85种大豆基因型。遗传参数估计值的大小表征了遗传成分在不同大豆基因型下胚轴和上胚轴长度的表型表达中的影响。样本的最佳大小在基因型之间变化,并且定量数据在多个类别中的转换提供了相关系数的估计值,这些估计值的相关系数大于0.80,并且转换后的数据与原始数据之间的符合度大于81%。

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