The Hardy-Weinberg law established the mathematical basis for studying heredity in populations.
哈代-魏因贝格二氏定律建立了研究种群遗传的数学基础。
The frequency of DXS15, CA13, CA22 locus conforms to Hardy-Weinberg equilibrium, insuring the reliability of their application to evaluate larger groups.
CA13，CA22位点的等位基因的频率较高，符合H-W遗传平衡定律，以此来估计群体的调查资料是可靠的。
The problems of haplotyping and haplotype frequency estimation on trio genotype data under the Mendelian law of inheritance and the assumption of Hardy-Weinberg equilibrium are studied in this paper.
研究了在门德尔遗传定理和哈代-维恩伯格平衡假设下，三元家庭基因型数据的单体分型和单体型频率估计问题。
The analysis results by GENEPOP software showed that the hypothesis of Hardy Weinberg equilibrium was rejected.
群体遗传学分析结果表明，取样种群由于杂合子不足造成种群偏离哈迪·温伯格平衡。
The analysis results by GENEPOP software showed that the hypothesis of Hardy Weinberg equilibrium was rejected.
群体遗传学分析结果表明，取样种群由于杂合子不足造成种群偏离哈迪·温伯格平衡。
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