To support genetic improvement and germplasm evaluation in rapeseed, we offer ready-to-use GBTS panels for rapeseed. Developed from diverse rapeseed germplasm, these high-density panels provide robust genomic coverage for applications such as genetic analysis, trait mapping, and breeding selection.
For projects with specific genotyping requirements, custom GBTS panels can be developed. Contact us to discuss a solution tailored to your breeding program.
Genotyping by Targeted Sequencing (GBTS) Panels - Ready to use*
Reference genome：zs11-pan
*A ready-to-use GBTS panel is fully developed and assembled, allowing you to submit DNA or leaf tissue samples directly for rapid genotyping and data delivery. All panels can be customized with additional markers for specific traits or loci. To include your loci of interest, please contact us.
- Product Highlight
Enriched polymorphism selection and a broad spectrum of variation
Our panels provide comprehensive coverage of diverse genetic variations across germplasm resources.
Various density designed for different applications
The GBTS panels can be designed with various, flexibly adjustable marker densities, from high to low, to cater to your diverse application scenarios, truly optimizing time and cost. Also, we offer flexible marker number adjustment and upgrade services, ensuring your research remains at the forefront.
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- Report Visualization
GenoBaits® Rapeseed 40K Panel
This panel includes a total 40,642 core SNPs with 10,5257 mSNPs evenly distributed on rapeseed chromosome , ideal for various research and breeding applications. (1.0 Mb window size)
SNP call rate: 96.36%
Uniformity Rate10(%): 96.21%
Genotyping Consistency Rate: 99.05%
GenoBaits® Rapeseed 10K Panel
The 10K Rapeseed SNP Panel is a cutting-edge tool designed for advanced genetic analysis in Brassica species. This panel comprises a total of 9,901 core SNPs and 513 Indels, providing comprehensive coverage for genetic research and breeding applications.
SNP Call Rate: 96.36%
Indel Call Rate: 96.49%
Uniformity Rate: 96.21%
Genotyping Consistency Rate: >99%
