Srejic Milica Mihajlovic, Tanasic Vanja, Markovic Milica Keckarevic, Kecmanovic Miljana, Keckarevic Dusan
University of Belgrade, Faculty of Biology, Center for Forensic and Applied Molecular Genetics, Studentski trg 16, Belgrade 11000, Serbia.
University of Belgrade, Faculty of Biology, Center for Forensic and Applied Molecular Genetics, Studentski trg 16, Belgrade 11000, Serbia.
Forensic Sci Int Genet. 2025 Jan;74:103152. doi: 10.1016/j.fsigen.2024.103152. Epub 2024 Oct 10.
Genetic structure of the contemporary Serbian population was shaped by a long history of turbulent historical and demographical events. The most important migrations of Serbs towards present day Serbia, in the recent history, occurred between the 15th to the 18th century from the regions of Old Herzegovina and Kosovo and Metohija. Previous haplogroup analysis revealed wide spectrum of main haplogroups, among which haplogroup I-P37.2 was the most frequent one in Serbian population groups originating from the Balkan Peninsula. Within this study 464 Serbian males samples from three geographical regions in the Balkan Peninsula inhabited by Serbs: present-day Serbia, regions of Old Herzegovina and Kosovo and Metohija, previously classified as haplogroup I-P37.2, were genotyped using the 22 Y-single nucleotide polymorphisms (Y-SNPs) in order to determine deeper phylogenetic and phylogeographic analysis of haplogroup I-P37.2. Based on SNP typing all samples in the Old Herzegovina and present-day Serbia dataset and 122 out of 128 samples from Kosovo and Metohija were assigned to haplogroup I-L621. Further SNP typing revealed very similar haplogroup distribution in all datasets, with the predominant haplogroup being I-PH908, followed by haplogroup I-Z17855. Analysis within haplogroup I-PH908 distinguished haplogroup I-FT14506 as the most frequent in the Kosovo and Metohija dataset, while haplogroup I-FT16449 was the most frequent in the Old Herzegovina dataset. In the present-day Serbia dataset, occurrence of haplogroups I-FT14506 and I-FT16449 was almost equal, comprising 40.2 % and 34.4 %, respectively. Low level of differentiation, within haplogroup I-PH908, was detected between all datasets, with the lowest one detected between present-day Serbia and Old Herzegovina datasets and highest one between Kosovo and Metohija and Old Herzegovina datasets. Furthermore, median-joining network analysis and shared haplotypes statistics revealed closer genetic relationship between Old Herzegovina and present-day Serbia haplotypes. Results obtained within this study support the thesis that migrations from historical region of Old Herzegovina and geographical region of Kosovo and Metohija, had great contribution on the present-day Serbian population genetic structure. Furthermore, here presented results, gave insight into geographic distribution of detected haplogroups I-Z17855, I-Y4460, I-PH908, I-Y5596, I-Y4882, I-FT14506, I-FT16449 and I-A5913 and analyzed SNPs, enabling further improvement of the geographic resolution of paternal ancestry inference.
当代塞尔维亚人口的遗传结构是由长期动荡的历史和人口事件塑造而成的。在近代历史上,塞尔维亚人向现今塞尔维亚的最重要迁徙发生在15世纪至18世纪之间,来自旧黑塞哥维那以及科索沃和梅托希亚地区。先前的单倍群分析揭示了广泛的主要单倍群,其中单倍群I-P37.2在源自巴尔干半岛的塞尔维亚人群体中最为常见。在本研究中,对来自巴尔干半岛三个塞尔维亚人居住的地理区域(现今塞尔维亚、旧黑塞哥维那地区以及科索沃和梅托希亚)的464名塞尔维亚男性样本进行基因分型,这些样本先前被归类为单倍群I-P37.2,使用22个Y染色体单核苷酸多态性(Y-SNP)来确定单倍群I-P37.2更深入的系统发育和系统地理学分析。基于SNP分型,旧黑塞哥维那和现今塞尔维亚数据集中的所有样本以及科索沃和梅托希亚128个样本中的122个被归类为单倍群I-L621。进一步的SNP分型显示所有数据集中单倍群分布非常相似,主要单倍群是I-PH908,其次是单倍群I-Z17855。在单倍群I-PH908内的分析表明,单倍群I-FT14506在科索沃和梅托希亚数据集中最为常见,而单倍群I-FT16449在旧黑塞哥维那数据集中最为常见。在现今塞尔维亚数据集中,单倍群I-FT14506和I-FT16449的出现频率几乎相等,分别为40.2%和34.4%。在所有数据集中,单倍群I-PH908内的分化水平较低,现今塞尔维亚和旧黑塞哥维那数据集之间的分化水平最低,科索沃和梅托希亚与旧黑塞哥维那数据集之间的分化水平最高。此外,中介连接网络分析和共享单倍型统计揭示了旧黑塞哥维那和现今塞尔维亚单倍型之间更密切的遗传关系。本研究获得的结果支持这样的论点,即来自历史上的旧黑塞哥维那地区以及科索沃和梅托希亚地理区域的迁徙对现今塞尔维亚人口的遗传结构有很大贡献。此外,这里呈现的结果深入了解了检测到的单倍群I-Z17855、I-Y4460、I-PH908、I-Y5596、I-Y4882、I-FT14506、I-FT16449和I-A5913的地理分布以及分析的SNP,有助于进一步提高父系祖先推断的地理分辨率。