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  • GenoBaits® Wheat 16K Panel

    The GenoBaits® Wheat 16K Panel was a collaborative effort between the Molbreeding R&D team and the research teams led by Prof. Kang Zhensheng from China Northwest A&M University. The SNPs were selected from 20 sequenced pan-genomes and 1,520 germplasm data collected worldwide. Through validation and optimization, Molbreeding designed 14,868 mSNP (multiple single-nucleotide-polymorphism cluster) capture regions (total 37,669 SNPs markers) into one liquid chip. This 16K panel can be used for germplasm evaluation and linkage map construction. 

     

     

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    • Product Highlight

    Enriched polymorphism selection and a broad spectrum of variation

    The 16K markers were selected from resequencing data and validated through a wide varieties of wheat accessions (wild, land race or cultivated) in all regions of the globe (spring and winter wheat regions).

    Marker even distribution on all chromosomes

    After several round of optimization, the current 16K panel contains ~ 1800 SNP markers evenly distributed on each chromosome.

    Higher density and lower cost

    This 16K panel provides more than 37K SNP marker genotypes, which greatly enhance the prediction accuracy and lower cost while comparing to other similar product.

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    • Application

    For Discovery Service

    Genetic map construction

    QTL analysis 

    Genome-wide association study

    For Breeding Service

    Germplasm characterization 

    Molecular marker-assisted selection 

    Genome-wide selection breeding 

    Variety protection, Varietiy authentication

    • Service Process

     

     

    • Report Visualization

     

     

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    • Application Example

     

    200 Yaco'S'/Mingxian 169 RIL7 family materials were detected and genotyped by GenoBaits® Wheat 16K Panel, and a total of 14,868 markers were obtained, and 4,883 markers with differences between parents were selected to construct genetic maps, using QTL IciMapping 4.2, combined with the phenotypic traits and genetic map information from the four environments, two stable QTLs were mapped on 2BS and 3BS, respectively.

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