Mitochondrial DNA sequencing illuminates genetic diversity and origin of Hunagrian Nonius horse breed and his relatives - Danubian horse and Serbian Nonius.

IF 1.7 3区 农林科学 Q2 AGRICULTURE, DAIRY & ANIMAL SCIENCE Animal Biotechnology Pub Date : 2023-12-01 Epub Date: 2023-07-25 DOI:10.1080/10495398.2023.2237533
Georgi Yordanov, Nadezhda Palova, Ivan Mehandjyiski, Peter Hristov
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Abstract

From a historical perspective, horse breeding in Bulgaria has been very well developed since the time of the Thracians (early Bronze Age c. 3000 BCE). Archaeological discoveries from this era present us with an extremely rich type diversity, including wild and local primitive horses, the prototype of heavy draft horses, and fine riding horses.The objective of this study was to investigate the genetic structure of unexamined populations of three closely related horse breeds - the Danubian Nonius Hungarian Nonius and Serbian Nonius horses. A 608 bp long fragment of the mtDNA D-loop region was amplified and sequenced. The obtained results showed completely different genetic profiles between the investigated breeds. We identified nine of the 17 haplogroups described in modern horses. Most of the obtained sequences fell into M, L, G, and O'P lineages, which reflects the genetic profiles of the ancestral mares that were probably used at the initial stages of formation of the breeds. The population of the Danubian horse was characterized by a high prevalence of Central Asian specific haplogroup G (45%), followed by Western Eurasian specific haplogroups L and M (both about 21%). In contrast to the Danubian horse, in the Nonius breed the highest frequency of Western Eurasian haplogroup M (43.5%) was found, followed by Middle Eastern haplogroups O'P (26.1%) Central Asian specific E (13.0%) and G (13.1%). The Serbian Nonius horse showed a completely different genetic profile with a prevalence of the rare for Europe haplogroup D (66.7%), followed by Central Asian specific G (16.7%). The high mitochondrial haplotype diversity (Hd = 0.886) found in the investigated samples is evidence for multiple maternal origins in all populations.In conclusion, the obtained results demonstrated a high percentage of haplogroup sharing especially in the Danubian and Hungarian Nonius horse breeds, which reflects the possible common origins of the two breeds. In contrast to these breeds, the Serbian Nonius, despite the small number of investigated animals, showed a specific genetic profile, which could be explained by different and independent origins.

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线粒体DNA测序揭示了匈牙利诺纽斯马及其亲属——多瑙河马和塞尔维亚诺纽斯的遗传多样性和起源。
从历史的角度来看,保加利亚的养马业早在色雷斯人(青铜时代早期,约公元前 3000 年)时期就已经非常发达。这一时代的考古发现向我们展示了极其丰富的马匹类型多样性,包括野生马和当地原始马、重型役用马的原型以及优良的骑乘用马。本研究的目的是调查三个密切相关的马匹品种--多瑙河Nonius马、匈牙利Nonius马和塞尔维亚Nonius马--未调查种群的遗传结构。研究人员扩增了一个长达 608 bp 的 mtDNA D 环区片段并对其进行了测序。结果显示,所调查的马种之间存在完全不同的遗传特征。我们确定了现代马所描述的 17 个单倍群中的 9 个。大部分获得的序列属于 M、L、G 和 O'P 系,这反映了这些品种形成初期可能使用的祖先母马的遗传特征。多瑙河马种群的特点是中亚特异单倍群 G 的高流行率(45%),其次是欧亚西部特异单倍群 L 和 M(均约为 21%)。与多瑙河马相反,在诺尼乌斯马种中,欧亚西部单倍群 M 的频率最高(43.5%),其次是中东单倍群 O'P(26.1%)、中亚特定单倍群 E(13.0%)和 G(13.1%)。塞尔维亚诺尼乌斯马的遗传特征完全不同,欧洲罕见的单倍群 D(66.7%)很普遍,其次是中亚特有的 G(16.7%)。在调查样本中发现的线粒体单倍型多样性很高(Hd = 0.886),这证明所有种群都有多个母源。总之,所得结果显示,单倍群共享的比例很高,尤其是在多瑙河流域和匈牙利的诺尼乌斯马品种中,这反映出这两个品种可能有共同的起源。与这些马种相反,塞尔维亚诺纽斯马尽管调查的动物数量很少,但却表现出特殊的遗传特征,这可以用不同和独立的起源来解释。
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来源期刊
Animal Biotechnology
Animal Biotechnology 工程技术-奶制品与动物科学
CiteScore
2.90
自引率
5.40%
发文量
230
审稿时长
>12 weeks
期刊介绍: Biotechnology can be defined as any technique that uses living organisms (or parts of organisms like cells, genes, proteins) to make or modify products, to improve plants, animals or microorganisms for a specific use. Animal Biotechnology publishes research on the identification and manipulation of genes and their products, stressing applications in domesticated animals. The journal publishes full-length articles and short research communications, as well as comprehensive reviews. The journal also provides a forum for regulatory or scientific issues related to cell and molecular biology applied to animal biotechnology. Submissions on the following topics are particularly welcome: - Applied microbiology, immunogenetics and antibiotic resistance - Genome engineering and animal models - Comparative genomics - Gene editing and CRISPRs - Reproductive biotechnologies - Synthetic biology and design of new genomes
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