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Characterisation of novel and rare Y-chromosome short tandem repeat alleles in self-declared South Australian Aboriginal database

机译:自我声明的南澳大利亚土著数据库中新颖和罕见的Y染色体短串联重复等位基因的表征

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摘要

Y-chromosome short tandem repeats (Y-STRs) are used in forensic science laboratories all over the world, as their application is wide and often vital in solving casework. Analysis of an in-house database of South Australian self-declared Aboriginal males held by Forensic Science South Australia (FSSA) using the Applied Biosystem's AmpF?STR? Yfiler? PCR Amplification Kit revealed 43 variant Y-STR alleles at 6 of the 17 loci. All variant alleles were sequenced to determine the exact repeat structure for each. As a high level of admixture has previously been found within the SA Aboriginal database, samples were haplogrouped using Y-SNPs to determine their likely geographical origin. Although a number of variant alleles were associated with non-Aboriginal Y-haplogroups, a high frequency was observed within the Australian K-M9 lineage. Detailed knowledge of these variant alleles may have further application in the development of new DNA markers for identification purposes, and in population and evolutionary studies of Australian Aborigines.
机译:Y染色体短串联重复序列(Y-STR)在全世界的法医学实验室中使用,因为它们的应用范围很广,并且在解决案件工作中通常至关重要。使用Applied Biosystem的AmpF?STR?对南澳大利亚法医学(​​FSSA)持有的南澳大利亚自我宣布的土著男性的内部数据库进行分析。 Yfiler? PCR扩增试剂盒揭示了17个基因座中的6个处的43个变异Y-STR等位基因。对所有变异等位基因进行测序以确定每个的精确重复结构。由于以前在SA原住民数据库中发现了高含量的外加剂,因此使用Y-SNP对样品进行了单倍分组,以确定其可能的地理来源。尽管许多变异等位基因与非原住民Y-单倍群相关,但在澳大利亚K-M9谱系中观察到高频率。这些变异等位基因的详细知识可能会进一步用于识别目的新DNA标记的开发,以及澳大利亚原住民的种群和进化研究。

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