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首页> 外文期刊>The American Journal of Human Genetics >Inferential genotyping of Y chromosomes in Latter-Day Saints founders and comparison to Utah samples in the HapMap project.
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Inferential genotyping of Y chromosomes in Latter-Day Saints founders and comparison to Utah samples in the HapMap project.

机译:后期圣徒创始人的Y染色体推断基因分型,并与HapMap项目中的犹他州样本进行比较。

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One concern in human genetics research is maintaining the privacy of study participants. The growth in genealogical registries may contribute to loss of privacy, given that genotypic information is accessible online to facilitate discovery of genetic relationships. Through iterative use of two such web archives, FamilySearch and Sorenson Molecular Genealogy Foundation, I was able to discern the likely haplotypes for the Y chromosomes of two men, Joseph Smith and Brigham Young, who were instrumental in the founding of the Latter-Day Saints Church. I then determined whether any of the Utahns who contributed to the HapMap project (the "CEU" set) is related to either man, on the basis of haplotype analysis of the Y chromosome. Although none of the CEU contributors appear to be a male-line relative, I discovered that predictions could be made for the surnames of the CEU participants by a similar process. For 20 of the 30 unrelated CEU samples, at least one exact match was revealed, and for 17 of these, a potential ancestor from Utah or a neighboring state could be identified. For the remaining ten samples, a match was nearly perfect, typically deviating by only one marker repeat unit. The same query performed in two other large databases revealed fewer individual matches and helped to clarify which surname predictions are more likely to be correct. Because large data sets of genotypes from both consenting research subjects and individuals pursuing genetic genealogy will be accessible online, this type of triangulation between databases may compromise the privacy of research subjects.
机译:人类遗传学研究的一个关注点是维护研究参与者的隐私。鉴于可以在线访问基因型信息以促进遗传关系的发现,家谱注册处的增长可能导致隐私的丧失。通过迭代使用两个这样的网络档案,FamilySearch和Sorenson Molecular Geneaology Foundation,我能够辨认出两个人的约瑟夫·史密斯和杨百翰的Y染色体的可能单倍型,这两个人在后期圣徒的创立中起了重要作用教会。然后,我根据Y染色体的单倍型分析,确定为HapMap项目(“ CEU”集)做出贡献的任何犹他州人均与任何一个人有关。尽管CEU的贡献者似乎都不是男性亲戚,但我发现可以通过类似的过程来预测CEU参与者的姓氏。对于30个无关的CEU样本中的20个,至少显示出一个完全匹配,对于其中的17个,可以识别出来自犹他州或邻国的潜在祖先。对于其余的十个样本,匹配几乎是完美的,通常仅偏离一个标记重复单元。在另外两个大型数据库中执行的同一查询显示出较少的个人匹配项,并有助于弄清哪些姓氏预测更可能是正确的。由于可以在线访问来自相称的研究对象和从事遗传谱学研究的个人的大量基因型数据集,因此数据库之间的这种三角剖分类型可能会损害研究对象的隐私。

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