具有装饰性羽毛的家鸡基因组多样性的比较特殊性:围脖和胡须表型。

IF 0.9 Q3 AGRICULTURE, MULTIDISCIPLINARY Vavilovskii Zhurnal Genetiki i Selektsii Pub Date : 2024-02-01 DOI:10.18699/vjgb-24-13
N V Dementieva, Y S Shcherbakov, A E Ryabova, A B Vakhrameev, A V Makarova, O A Nikolaeva, A P Dysin, A I Azovtseva, N R Reinbah, O V Mitrofanova
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引用次数: 0

摘要

纵观历史,人类一直试图在家畜的生产品质之外,发展家畜的观赏特征。许多鸡种都长出了一束束从喙的两侧和底部突出的细长羽毛,形成了被称为 "闷闷不乐 "和 "胡须 "的表型。这是一种不完全常染色体显性表型,由染色体 GGA27 上的 Mb 基因座决定。该项目旨在利用鸡 60K BeadChip 进行全基因组基因分型,分析鸡品种的遗传多样性。共分析了 53313 个单核苷酸多态性。DNA 取自以绒毛和胡须为标记表型的品种:Faverolles(n = 20)、Ukrainian Muffed(n = 18)、Orloff(n = 20)、Novopavlov White(n = 20)和Novopavlov Coloured(n = 15)。俄罗斯白鸡(n = 20)被选为无闷闷不乐和髯毛表型的替代品种。这些鸡由 "珍稀濒危鸡种基因收集 "集体使用中心(圣彼得堡地区,普希金)所有,同时也被纳入核心共享研究设施(CSRF)和/或大规模研究设施(LSRF)。多维标度显示,新帕夫洛夫白鸡种群和新帕夫洛夫彩鸡种群形成了一个独立的群体。乌克兰闷闷不乐种群和奥尔洛夫种群也被合并为一个单独的种群。根据聚类分析,考虑到交叉验证误差和最可能的聚类数 K = 4,Orloff 被单独列为一个群体。在相同的条件下,乌克兰麝香草与 Orloff 表现出明显的相似性。在 K = 5 时,新帕夫洛夫白鸽和新帕夫洛夫彩鸽的种群出现分化。只有在 K = 6 时,乌克兰麝香鸽才形成了一个独特的独立群体。俄罗斯白的同源区最短(1-2 Mb)。如果 HOXB8 基因位于染色体 GGA27 上的 3.402 和 3.404 Mb 之间,则在有闷闷不乐和长胡子表型的鸡中很少发现同源区。使用 Chicken 60K BeadChip 对鸡基因组进行扫描,可获得有关鸡品种遗传多样性的足够信息,从而了解这些品种中鸡冠和鸡髯表型的特殊性。例如,凤凰山鸡的尾羽终生生长,因此需要更多考虑饲养条件。
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Comparative peculiarities of genomic diversity in Gallus gallus domesticus chickens with decorative plumage: the muffs and beard phenotype.

Throughout history, humans have been attempting to develop the ornamental features of domestic animals in addition to their productive qualities. Many chicken breeds have developed tufts of elongated feathers that jut out from the sides and bottom of the beak, leading to the phenotype known as muffs and beard. It is an incomplete autosomal dominant phenotype determined by the Mb locus localised on chromosome GGA27. This project aimed to analyse the genetic diversity of chicken breeds using full genomic genotyping with the Chicken 60K BeadChip. A total of 53,313 Single Nucleotide Polymorphisms were analysed. DNA was obtained from breeds with the muffs and beard as a marker phenotype: Faverolles (n = 20), Ukrainian Muffed (n = 18), Orloff (n = 20), Novopavlov White (n = 20), and Novopavlov Coloured (n = 15). The Russian White (n = 20) was selected as an alternative breed without the muffs and beard phenotype. The chickens are owned by the Centre of Collective Use "Genetic Collection of Rare and Endangered Breeds of Chickens" (St. Petersburg region, Pushkin), and are also included in the Core Shared Research Facility (CSRF) and/or Large-Scale Research Facility (LSRF). Multidimensional scaling revealed that the Novopavlov White and the Novopavlov Coloured populations formed a separate group. The Ukrainian Muffed and the Orloff have also been combined into a separate group. Based on cluster analysis, with the cross-validation error and the most probable number of clusters K = 4 taken into account, the Orloff was singled out as a separate group. The Ukrainian Muffed exhibited a notable similarity with the Orloff under the same conditions. At K = 5, the populations of the Novopavlov White and the Novopavlov Coloured diverged. Only at K = 6, a distinct and separate cluster was formed by the Ukrainian Muffed. The Russian White had the greatest number of short (1-2 Mb) homozygous regions. If the HOXB8 gene is located between 3.402 and 3.404 Mb on chromosome GGA27, homozygous regions are rarely found in the chickens with the muffs and beard phenotype. Scanning the chicken genome with the Chicken 60K BeadChip provided enough information about the genetic diversity of the chicken breeds for the peculiarities of the development of the ornamental muffs and beard phenotypes in them to be understood. For example, Phoenix bantams, whose tail feathers grow throughout their lives, require greater consideration of husbandry conditions.

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来源期刊
Vavilovskii Zhurnal Genetiki i Selektsii
Vavilovskii Zhurnal Genetiki i Selektsii AGRICULTURE, MULTIDISCIPLINARY-
CiteScore
1.90
自引率
0.00%
发文量
119
审稿时长
8 weeks
期刊介绍: The "Vavilov Journal of genetics and breeding" publishes original research and review articles in all key areas of modern plant, animal and human genetics, genomics, bioinformatics and biotechnology. One of the main objectives of the journal is integration of theoretical and applied research in the field of genetics. Special attention is paid to the most topical areas in modern genetics dealing with global concerns such as food security and human health.
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