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1·Their allele frequencies at numerous genetic loci gradually become more and more different as new alleles independently arise by mutation in each population.

随着新等位基因在每个群体中独立突变产生，它们在许多遗传位点上的等位基因频率逐渐变得越来越不同。

2·However, genotype and allele frequencies of this site showed no significant difference among different groups.

但该位点的基因型频率和等位基因频率在三组之间均没有统计学差异。

3·Results:There were no significant differences in the genotype and allele frequencies between cases and controls.

结果：两种实验设计中对照组与病例组基因型和等位基因频率差异均无统计学意义。

4·Objective To establish a method for genotyping of MN blood group and detect the allele frequencies of M and N in population.

目的建立MN血型系统基因分型的方法，检测人群中MN基因的频率。

5·Despite different allele frequencies for diabetes related genes, the overall genetic effects are actually very similar across different Asian groups.

在不同的亚洲群体中，尽管糖尿病相关基因的等位基因频率不同，总的遗传效应实际上非常相似。

6·Using the method of multiloci electrophoresis, genetic co-adaptability of Hu Sheep was analyzed according to allele frequencies in 14 structural loci.

根据多座位电泳法检测的结构基因座上等位基因频率分析湖羊群体的遗传共适应性。

7·Next-generation sequencing showed precise measurement of mutant allele frequencies and detected 23% of mutations with 2-20% mutant allele frequencies.

新一代测序技术对等位基因特异性突变几率非常精确，检测出了23%的基因突变、其中等位基因突变的几率达2 - 20%。

8·The new allele frequencies were higher for the future connection of alleles and traits and the development of gene chips provide an experimental basis.

获得的新等位基因频率较高，为今后等位基因与性状联系的研究以及相关基因芯片的开发提供了实验基础。

9·The allele frequencies of DYF155S1 locus in Chinese Han population provided the basic data for the study of population genetics and forensic practices.

用本方法建立的中国汉族人群dyf15 5s 1基因座等位基因频率资料，为群体遗传学研究及法医学应用提供了基础资料。

10·RESULTS: The genotype distributions and allele frequencies of MMP-9-1562C/T gene polymorphisms were similar in gastric upper gastrointestinal disease and healthy subjects.

结果：MMP-9基因-1562 C/T多态性位点的基因型和等位基因频率在病例组和对照组儿童中的分布无明显差别。