图瓦“帝王之谷”秦泰一世丧葬纪念建筑群中优秀游牧战士的古代DNA分析。

IF 3.9 2区 生物学 Q2 BIOTECHNOLOGY & APPLIED MICROBIOLOGY BMC Genomics Pub Date : 2025-03-05 DOI:10.1186/s12864-025-11361-y
Artem Nedoluzhko, Ekaterina Vergasova, Fedor Sharko, Natalia Agapitova, Dmitry Kharitonov, Xenia Sukhanova, Olga Pushkina, Svetlana Pankova, Natalia Slobodova, Eugenia Boulygina, Nikolay Plotnikov, Anna Kim, Evgeniia Uchaneva, Nadezhda Pogodina, Anna Ilinskaya, Alexander Rakitko, Konstantin Chugunov, Valery Ilinsky
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引用次数: 0

摘要

背景:公元前1000年,从中国北部到喀尔巴阡山脉,欧亚大陆的大草原上居住着斯基泰式游牧文化的携带者。根据考古资料,游牧生活方式和经济的起源可以追溯到这条草原“走廊”的东部,主要是今天俄罗斯图瓦共和国的领土。在图兰-乌约克盆地(Turan-Uyuk Basin),也被称为“帝王之谷”,这里研究了一些已知最早的斯基泰类型的考古遗址,分别是阿尔赞1号、阿尔赞2号、中国-泰1号、Tunnug 1号。每一个都是一个大型的葬礼纪念建筑群,其中埋葬了部落游牧领导人,周围是他们的家庭成员或同事的坟墓。所有这些人都属于与亚洲最早的游牧文化有关的社会。类似文化的代表后来被称为亚述、阿契美尼德和希腊文献中的斯基泰人/萨卡人。图瓦的Arzhan 2和chine - tey 1精英级遗址以及早期斯基泰时期的普通牧民墓葬都归因于早期铁器时代(公元前8 - 6世纪)的Aldy-Bel考古文化。为了揭示阿尔迪-贝尔精英的遗传起源,我们对埋葬在chine - tey 1号墓(公元前7 - 6世纪)的一个精英阶层的人进行了全基因组比较分析,并对两个早期发表的个人基因组进行了比较分析,这些人的坟墓(坟墓14号和22号)与阿尔尚2号的“皇室夫妇”(坟墓5号)一起埋葬。本研究还旨在检验在“帝王谷”大型墓葬群中埋葬的人类个体之间存在遗传亲缘关系的假设,并提出埋葬在山谷不同库尔干下的当地精英可能存在的王朝联系问题。结果:首先,对来自中国-泰I号的精英游牧战士进行了古代DNA分析,从而在本研究中提出了亚洲最早的游牧文化之一Aldy-Bel文化的第三个全基因组数据集。其次,我们对上述三个Aldy-Bel文化代表与亚洲其他青铜和早期铁器时代人口群体的个体进行了全基因组数据的比较分析,以估计他们可能的遗传联系。然后,对这三个Aldy-Bel文化个体进行亲缘关系分析。最后,将Chinge-Tey王子人的线粒体和y染色体单倍群与其他Aldy-Bel文化代表以及图瓦随后的斯基泰型Uyuk-Sagly文化个体进行了比较。结论:(1)生成的第三个宽基因组使我们能够将其与另外两个Aldy-Bel文化代表(arzhan2, graves 14和22)的基因组以及与亚洲其他青铜和早期铁器时代人口群体进行比较,以追踪Aldy-Bel人群的起源和遗传联系,这是最早的斯基泰型游牧群体之一。(2)研究结果表明,来自chine - tey I的王族个体和来自Arzhan-2的两个“王族伙伴”在遗传上与哈萨克斯坦东部和中部同时期Tasmola文化的游牧民族和今天新疆早期铁器时代墓地(首先是Abusanteer考古遗址)中埋葬的牧民接近。Aldy-Bel文化的代表也出现在Minusinsk盆地中青铜时代中期的Okunevo文化的个体附近。此外,Aldy-Bel牧民在基因上与蒙古随后的Uyuk-Sagly文化(公元前5 - 3世纪)的游牧民族接近。(3)对三个Aldy-Bel文化个体进行的古代DNA亲缘关系分析指出,他们的部落没有亲缘关系。(4)另一方面,先前在Arzhan-2的两个(坟墓14和坟墓5)个体中描述了秦人战士的线粒体单倍群G,其中包括一个来自“皇家”坟墓5的女性个体。这一结果提供了来自阿尔赞2号的所谓“女王”和来自青泰1号的王侯之间存在母系亲属关系的可能性,这种可能性支持了考古资料中提出的他们的家庭关系假设。y染色体单倍群Q1b1广泛分布于Aldy-Bel和随后的Uyuk-Sagly文化的当地人中。
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Ancient DNA analysis of elite nomadic warrior from Chinge-Tey I funerary commemorative complex in the "Valley of the Kings", Tuva.

Background: In the Ist millennium BC bearers of the Scythian-type nomadic cultures inhabited the steppes of Eurasia, from Northern China to the Carpathians. According to archaeological data, the origin of nomadic life style and economy can be traced to the eastern part of this steppe "corridor", primarily to the territory of the present-day Republic of Tuva in Russia. Here, in the Turan-Uyuk Basin, also known as the "Valley of the Kings", some of the earliest known Scythian-type archaeological sites called Arzhan-1, Arzhan-2, Chinge-Tey I, Tunnug 1 were studied. Each of them is a large-scale funerary commemorative complex with burials of tribal nomadic leaders, surrounded by graves of supposed members of their families or associates. All these people belonged to the societies which are associated with the earliest nomadic cultures in Asia. Representatives of similar cultures will later be known and described as the Scythians/the Saka in Assyrian, Achaemenid, and Greek sources. Arzhan 2 and Chinge-Tey I elite level sites as well as ordinary pastoralist burials of the early-Scythian period in Tuva are attributed to the Aldy-Bel archaeological culture of the Early Iron Age (8th- 6th century BC). Taking the first step to shed light on the genetic origin of Aldy-Bel elites, we carried out a comparative genome-wide analysis of an elite level person buried in grave 9 at Chinge-Tey I (7th- 6th centuries BC) and two published earlier genomes of individuals, whose burials (graves 14 and 22) accompanied the 'royal couple' (grave 5) at Arzhan-2. This study aims also at checking a hypothesis of genetic kinship between human individuals buried in the large-scale burial complexes of the "Valley of the Kings" and brings up the issue of possible dynastic connections of local elites, buried under different kurgans of the valley.

Results: First, ancient DNA analysis of an elite nomadic warrior from Chinge-Tey I has been carried out, thus a third wide-genome dataset for Aldy-Bel culture- one of the earliest nomadic cultures in Asia, is presented in this study. Second, we undertook a comparative analysis of genome-wide data of three mentioned Aldy-Bel culture representatives and individuals of the other Bronze and Early Iron Age population groups of Asia to estimate their possible genetic connections. Then, kinship analysis was undertaken for these three Aldy-Bel culture individuals. Finally, mitochondrial and Y-chromosome haplogroups of Chinge-Tey princely person were compared to those of other Aldy-Bel culture representatives and to individuals of subsequent Scythian-type Uyuk-Sagly culture in Tuva.

Conclusion: (1) Generating the third wide-genome of the enabled us to undertake its comparison with two other genomes of Aldy-Bel culture representatives (Arzhan-2, graves 14 and 22) and with other Bronze and Early Iron Age population groups in Asia to trace the origin and genetic connection of Aldy-Bel population, representing one of the earliest Scythian-type nomadic group. (2) The results obtained show that the princely individual from Chinge-Tey I and two 'king's associates' from Arzhan-2 were genetically close to nomads of simultaneous Tasmola culture in Eastern and Central Kazakhstan and pastoralists buried in the Early Iron Age cemeteries of present-day Xinjiang (first of all, Abusanteer archaeological site). Aldy-Bel culture representatives appeared also close to individuals of the Middle Bronze Age Okunevo culture in the Minusinsk Basin. Besides, Aldy-Bel pastoralists turned out genetically close to nomads of the subsequent Uyuk-Sagly culture in Mongolia (5th - 3rd centuries BC). (3) Ancient DNA kinship analyses, undertaken for three Aldy-Bel culture individuals pointed out to the absence of their tribe kinship. (4) On the other hand, Chinge-Tey warrior's mitochondrial haplogroup G was previously described in two (graves 14 and 5) individuals from Arzhan-2, including a female individual from the "royal" tomb 5. This result provided a possibility of maternal kinship among this so called 'queen' from Arzhan-2 and the princely person from Chinge-Tey I. This possibility supported a hypothesis of their family ties suggested on archaeological materials. Y-chromosome haplogroup Q1b1, revealed for the princely person, was widely distributed among local people of Aldy-Bel and subsequent Uyuk-Sagly cultures.

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BMC Genomics
BMC Genomics 生物-生物工程与应用微生物
CiteScore
7.40
自引率
4.50%
发文量
769
审稿时长
6.4 months
期刊介绍: BMC Genomics is an open access, peer-reviewed journal that considers articles on all aspects of genome-scale analysis, functional genomics, and proteomics. BMC Genomics is part of the BMC series which publishes subject-specific journals focused on the needs of individual research communities across all areas of biology and medicine. We offer an efficient, fair and friendly peer review service, and are committed to publishing all sound science, provided that there is some advance in knowledge presented by the work.
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