Reduced-Representation Genome Sequencing (RRGS) is the sequencing of a portion of the genome. It is a technique that uses restriction endonucleases to enzymatically cleave genomic DNA and perform high-throughput sequencing of enzyme-segmented segments. The simplified genome technology can greatly reduce the complexity of the genome because only the enzyme slice segment is sequenced, and it is not limited by the reference genome, and species without reference genome can also use this technology for molecular marker identification and development. Commonly used RRGS include RAD and GBS.
CD Genomics has extensive experience and years of expertise in RRGS for plants and animals, and we are committed to providing higher quality simplified genome sequencing for plants and animals to our customers worldwide. We have a simpler and faster library construction process and a variety of advanced sequencing platforms to help our clients achieve efficient genome-wide genetic and epigenetic variation in parallel. Up to now, we have worked on projects covering more than 20 species of plants and animals, helping to achieve breakthroughs in gene mining for important target traits and census of core plant and animal resources.
Sample requirements | Sample free from degradation and RNA contamination |
Total amount of sample | ≥ 2 μg/time |
Sample concentration | ≥ 20 ng/μL |
Sampling site | Animal muscle tissue, animal blood, young plant tissue |
OD 260/280 | 1.8 |
Fig 2. RRGS workflow
CD Genomics provides RRGS services, which have been widely used in plant and animal research, helping researchers to obtain a large amount of genomic variation information at low cost, providing an important technical means to carry out population diversity and genetic structure analysis as well as population evolution and adaptive mechanism analysis, if you are interested in us, please feel free to contact us.
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CD Genomics is propelling the future of agriculture by employing cutting-edge sequencing and genotyping technologies to predict and enhance multiple complex polygenic traits within breeding populations.