Overview
For molecular breeding, the availability and easy accessibility of
genomic resources is a prerequisite.
genetic linkage maps, whole genome sequences, and transcriptomes, agricultural genomics has
been facing many challenges. Celemics provides the solution with our High-Throughput Genotyping Panel. We have utilized NGS and hybridization-based capture technology, whereby a high number of
regions of interest are simultaneously enriched using specifically designed probe, to provide
new insights into different agricultural genomics research.
Features &
Benefits
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- NGS-based target enrichment sequencing assay
- Utilize NGS-based target enrichment method for higher accuracy and
cost-effective experiment compared to conventional methods such
as conventional GBS, PCR, and microarray
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- Comprehensive analysis with high accuracy
- Perform comprehensive assay of 100 to 10,000 markers with minimized
false-negatives and false-positives - Discover novel SNPs
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- Cost-effective analysis
- Benefit from Celemics library preparation kit, target capture technology,
and multiplexing indices specifically designed
for high-throughput genotyping
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- Outstanding performance regardless of various origins
- Receive high-quality results enabled by species-specifically designed
blocking oligos across all types of origins
Performance
Preventing the loss of markers with low frequencies
and detecting the novel markers
- Hybridization-based NGS target enrichment enables discovery of novel
SNPs near target region - Customers can detect novel genetic markers in the target region with their
accurate frequencies through Celemics' Customized High-Throughput
Genotyping Panel. - For successful genomic-assisted breeding, preventing the loss
of minor effect QTLs or markers is important.
Can analyze structural variations
including Large deletion and gene rearrangement
- Accurate analysis of all mutation types including large
deletion and rearrangement - Customers can include large deletion and gene rearrangement
information into the calculation of genomics-estimated breeding
value for more precise prediction. - The frequencies of the structural variations among the population also can be
accurately calculated through NGS-based high-throughput genotyping
Applications
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Genomics-assisted breeding
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Validation after gene editing