DNA fingerprinting has the advantages of rapidity and accuracy, and is a powerful tool for identifying varieties and strains, and has been widely used in diversity and purity identification studies of varietal resources in many crops. Compared with traditional molecular markers, SNPs are more abundant in the genome and have the advantages of large number, wide genomic distribution, high stability and heritability, and simple identification, which can be used for rapid and high-throughput genotyping analysis. The construction of DNA fingerprinting based on SNP marker technology is important for variety specificity and authenticity identification and seed purity identification.
CD Genomics provides DNA fingerprinting services with rich polymorphism, high individual specificity and environmental stability, which can well distinguish different animal and plant individuals. By constructing species variety DNA fingerprinting profiles, we can play a good role in variety resource management and variety conservation utilization. Our DNA fingerprinting technology has greatly helped researchers in the fields of crop genetic diversity analysis, genetic structure analysis of plant and animal populations, ecology and evolution, and taxonomy. Up to now, the DNA fingerprinting technology services we provide have been widely applied in soybean, rape, shiitake mushroom, tea tree, prune, broccoli and other varieties at present.
Breeders commonly use phenotypes to assess the genotype of plants or animals. Since it is difficult to determine pure or heterozygous dominance by appearance, DNA fingerprinting techniques can provide rigorous and precise determination of genotypes for breeding superior plant and animal varieties. In addition, DNA fingerprinting technology can be applied to the following research applications.
Plants and animals DNA samples.
CD Genomics is rooted in life science research and actively participates in the development of life science services. If you are interested in our services, 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.