A comprehensive series of maize panels developed in collaboration with Dr. Xu Yunbi and their team at CAAS-CIMMYT. These panels serve as effective and efficient tools for a range of genotyping applications including population structure classification, GWAS, and genome prediction analysis. Select your panel based on the marker density you require.
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
A 45K SNP panel designed using a total of 264,553 multiple SNP capture sites, with a total of 44,935 target SNPs evenly distributed across the 10 maize chromosomes. 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. The Maize 45K panel serves as an effective and efficient tool for genotyping and population structure classification, and genome prediction analysis.
A low density GenoPlexs GBTS SNP marker panel. Suitable for breeding applications including molecular marker-assisted selection and genome-wide selection breeding.
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
10K SNP panel designed using a total of 53,705 multiple SNP capture sites, with a total of 11,535 target SNPs evenly distributed across the 10 maize chromosomes. These panels can serve as an effective and efficient tool for genotyping and population structure classification, and genome prediction analysis. 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.
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
1K SNP panel designed using a total of 4,589 multiple SNP capture sites, with a total of 1,354 target SNPs evenly distributed across the 10 maize chromosomes. These panels can serve as an effective and efficient tool for genotyping and population structure classification, and genome prediction analysis. 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.
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
These panels can serve an effective and efficient tool for genotyping and population structure classification, and genome prediction analysis. 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.
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
A panel developed for DH series screening, which includes 1254 SNPs evenly distributed on chromosomes, 104 transgenic elements, 96 varietal authenticity verification SNPs, and markers for predicting resistance to Maize Ear Rot. The 2,289 target SNPs with 11,435 total capture SNPs evenly distributed on 10 maize chromosome (window size with a step of 500 Kb).
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
This panel is mainly designed for maize transgenic backcross breeding, and contains 1,354 SNPs evenly distributed on chromosomes, transgenic event prospect markers, transgenic event flanking SNPs, varietal authenticity verification SNPs, and SNPs markers linked to 40 SSRs.
The mean call rate of test samples was 98.6%, the mean uniformity_rate 10 was 98.93%
Genotyping panel developed using GenoBaits liquid probe capture and sequencing technology for high density range applications.
These panels can serve as an effective and efficient tool for genotyping and population structure classification, and genome prediction analysis. 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.
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