Unlock the power of targeted genomics with our comprehensive Agricultural Panels. Designed for researchers and breeders, our panels deliver cost-effective, high-resolution genomic insights across diverse crops and livestock—accelerating trait discovery, germplasm optimization, and breeding efficiency.
Leverages our proprietary optimized hybrid capture technology, delivering exceptional on-target capture efficiency and uniformity to ensure high-confidence, deep-coverage sequencing data.
Features over 100 commercially available species solutions, including crops, livestock, forestry, and aquaculture. Supports rapid custom development for unlisted species.
Ready-to-use standard panels enable immediate deployment for major species. Offers deep customization: expand target regions (e.g., regulatory elements), integrate functional markers, and optimize by cultivar.
Provides a seamless solution spanning germplasm repository development, functional gene discovery, molecular breeding deployment.
Unlock critical trait determinants across functional genomes—from disease resistance to yield enhancement—with precise exome-level targeting. Our Whole-Exome Panels accelerate elite germplasm development, enabling rapid deployment of stress-adapted cultivars while mitigating genetic risk profiles. Scientifically engineered to strengthen seed system resilience and advance sustainable intensification, this technology delivers actionable genetic intelligence for evidence-based breeding decisions. Transform genomic potential into agronomic reality.
Targeted SNP sequencing technologies are ideal for high-throughput breeding programs to achieve genetic gains with flexibility of content and de novo SNP and structural variation analysis that is not possible with microarray platforms. CD Genomics targeted genotyping by sequencing technologies are ideally suited for a wide range of marker densities from tens to hundreds of thousands.
Please submit a detailed description of your project. We will provide you with a customized project plan to meet your research requests. You can also send emails directly to for inquiries.
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