塞尔维亚利皮赞马种群母马家族的分子特征

M. Zorc, P. Dovč, Ljuba Štrbac, Momčilo Šaran, S. Trivunović
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摘要

摘要 利皮赞马的品种于 16 世纪在利皮察建立,后来传遍了中欧和东欧。除了 6 个经典公马品系外,利皮察老种马场还建立了 17 个经典母马家族品系。在其他利皮扎马场还建立了 44 个母马家族品系,其中包括当地品系。经典利皮赞马系的创始人可追溯到 18 世纪至 20 世纪,他们来自不同的马种,包括喀斯特马、西班牙马、意大利马、克拉德鲁伯马和阿拉伯马。利皮赞马家族系谱的历史已得到很好的描述,并得到了 mtDNA 控制区 44 个核苷酸序列的支持。在这项研究中,我们对 23 匹塞尔维亚利皮赞马的 mtDNA 控制区进行了测序,这些马代表了已确立的利皮赞母马家系以及当地母马家系 Zora。本研究的目的是测试是否能根据 mtDNA 序列将佐拉母马家族与其他利皮赞母马家族区分开来。序列与代表 44 个利比赞 mtDNA 单倍型的整套 mtDNA 控制区序列进行了比对。根据比对结果,构建了一个中位连接网络。本研究中的个体与现有的利皮赞母马家系形成了一个聚类。然而,属于当地佐拉(Zora)母马家系的总共十个个体形成了一个紧凑的聚类,接近于 mtDNA 单倍型,代表了经典的母马家系 Wera、Betalka 和 Monteaura。要弄清本研究中发现的 mtDNA 单倍型变异的起源,还需要更多的血统数据。
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Molecular Characterization of Mare Families in the Serbian Population of the Lipizzan Horse
Summary The Lipizzan horse breed was established in the 16th century in Lipica and later spread throughout Central and Eastern Europe. In addition to six classical stallion lines, 17 classical mare family lines were established in the old Lipica stud. Additional 44 mare family lines, including local lines, were established in other Lipizzan studs. The founders of the classical Lipizzan mare family lines date back to the period between the 18th and 20th century and came from various breeds, including the Karst, Spanish, Italian, Kladruber and Arabian horses. The history of the Lipizzan mare family lines is well described and supported by the availability of 44 nucleotide sequences of the mtDNA control region. In this study, the mtDNA control region of 23 Serbian Lipizzans, representing the established Lippizan mare family lines, as well as the local mare family line Zora, have been sequenced. The objective of this study was to test whether the Zora mare family line could be distinguished from other Lipizzan mare family lines according to the mtDNA sequence. Sequences were aligned to the entire set of mtDNA control region sequences representing 44 Lipizzan mtDNA haplotypes. Based on the alignment, a median-joining network was constructed. The individuals in this study formed a cluster with the existing Lipizzan mare family lines. However, a total of ten individuals belonging to the local Zora mare family line formed a compact cluster close to the mtDNA haplotypes, representing the classical mare family lines Wera, Betalka, and Monteaura. Additional pedigree data are needed to clarify the origin of the mtDNA haplotype variant identified in this study.
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