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Design and evaluation of a custom 50K Infinium SNP array for egg-type chickens

机译:用于蛋型鸡的定制50K Infinium SNP阵列的设计与评估

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摘要

With the development of molecular genetics and high-throughput sequencing technology, genotyping arrays consisting of large numbers of SNP have raised great interest in animal and plant research. However, the application of commercial chicken 600K SNP arrays has varied in different populations of egg-type chickens. Moreover, their genotyping cost is too high for large-scale population applications. Herein, we independently developed a custom Illumina 50K BeadChip, named PhenoixChip-I, for egg-type chickens based on SNP from 479 sequenced individuals in 7 lines. We filtered and selected SNP with stringent criteria, such as high polymorphism, genome coverage, design score, and priorities. Finally, a total of 43,681 effective SNP successfully genotyped were included on our custom array. Approximately 14K SNP were previously reported to be associated with important economic traits in egg-type chickens. Subsequently, we verified the applicability and efficiency of the PhenoixChip-I SNP array from many aspects, including evaluating its use scientific research (population structure analysis and genome-wide association study) and the poultry breeding industry (genomic selection). The findings in our study will play a crucial role in accelerating the genetic improvement of egg-type chickens.
机译:随着分子遗传学和高通量测序技术的发展,由大量SNP组成的基因分型阵列对动物和植物研究引起了极大的兴趣。然而,商业鸡600K SNP阵列的应用在不同群鸡鸡的不同群体中变化。此外,它们的基因分型成本对于大型人口应用来说太高。在此,我们独立地开发了一种定制的Illumina 50K珠芯片,名为Penoixchip-I,用于基于7个线的479个测序个体的SNP的蛋型鸡。我们过滤并选择具有严格标准的SNP,例如高多态性,基因组覆盖,设计分数和优先事项。最后,在我们的自定义阵列中包含共有43,681例有效的SNP成功基因分型。先前报告了大约14K的SNP与蛋型鸡中的重要经济性状相关。随后,我们验证了从许多方面PhenoixChip-I SNP阵列的适用性和效率,包括评估其使用科研(人口结构分析和全基因组关联分析)和畜禽养殖业(基因组选择)。我们研究中的研究结果将在加速蛋型鸡的遗传改善方面发挥至关重要的作用。

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