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·Gene flow, the movement of alleles across the range of the species, is relatively free because individuals can move and then mate with individuals in their new location.
基因流动，即等位基因在整个物种范围内的移动，是相对自由的，因为个体可以移动，然后在新的地点与个体交配。
3·The thinner entorhinal cortex in individuals with the 4 alleles might contribute to the risk of Alzheimer's disease.
具有等位基因4的个体，其较薄的内嗅皮层会增加阿耳茨海默（氏）病的风险。
4·The M4 alleles were not detected.
未检测到M4突变等位基因。
5·In this case there are two alleles.
在这种情况下，有两个等位基因。
6·The alleles themselves remain separate.
等位基因会继续分离。
7·Only an animal with two mutant alleles will be an albino.
只有一两个基因突变的动物将是一个患白化病。
8·When the two alleles are not identical, they are heterozygous.
杂合性：在一个基因位点上具有两个不同的等位基因。
9·Objective To identify novel HLA alleles in Chinese population.
目的识别并确认中国人群HLA新等位基因。
10·The distribution of these alleles is region specific and race specific.
这些等位基因的分布具有地域特异性和种族特异性。
1·The thinner entorhinal cortex in individuals with the 4 alleles might contribute to the risk of Alzheimer's disease.
具有等位基因4的个体，其较薄的内嗅皮层会增加阿耳茨海默（氏）病的风险。
2·Noting that CRP gene variants affect plasma levels of CRP, the researchers suggest that CRP alleles associated with higher CRP levels would confer an increased risk of heart disease.
研究人员注意到CRP基因变异体影响了血浆CRP水平，提出与高水平CRP有关的CRP等位基因将导致心脏病发生的危险增加。
3·Ministry policies like banning Muggle-born children from attending Hogwarts might reduce the number of Muggle alleles in wizarding society and thus increase the survival chances of magic as a trait.
魔法部如果采取禁止麻瓜出身的孩子在霍格沃茨读书的政策可能会减低麻瓜等位基因在巫师界的数目，因此增加魔法特征的生存机会。
4·Objective To analyse the hereditary susceptibility by genotyping of HLA DQA1 alleles in essential hypertensives.
目的对原发性高血压患者进行HLA - DQA1等位基因的分型，分析高血压病患者的遗传易感性。
5·Distributions of alleles with increasing and decreasing effect in parents were ranked and application of the model analysis in cross-breeding was discussed.
文中并分析了增、减效等位基因在亲本中的分布，讨论了遗传模型分析在杂交育种中的应用。