High-throughput genotyping technology is very important for effective crop breeding programs. GBTS technology integrates the advantages of array-based and high throughput sequencing, showing advantages in customized flexibility, high throughput, and low cost. Molbreeding collaborated with Dr. Xu Yunbi’s team (CAAS-CIMMYT), has developed a series of GBTS panels, including from 1K – 45K (GenoBaits®). These panels can serve an effective and efficient tool for genotyping and population structure classification, and genome prediction analysis.
Broad selection of polymorphisms
The markers on this panel were selected from Hap-Map3 which is based on the whole genome sequencing of 1,218 major maize inbreds and improved worldwide cultivar accessions.
Various density designed for different applications
Adjunct SNPs are captured with the target SNPs and form multiple SNP clusters, which are essential for haplotype mapping and structure analysis. In this maize 45K SNP panel, Molbreeding designed total of 264,553 multiple SNP clusters, mSNPs. The Maize 10K panel has 53,705 mSNP and the 1K SNP has total 4,589 mSNP. Different application can select the appropriate marker density to minimize cost and analysis time.
More “+” symbols represent the higher levels of suitability