Microsatellite (SSR) sequences are polymorphic DNA markers consisting of nucleotide sequences of 1-6 bases in length, repeated in tandem. SSR DNA is a new type of highly polymorphic DNA genetic marker system developed rapidly in recent years, which is widely present in all kinds of eukaryotic genomes, and it has more characteristics such as multiple species, wide distribution, high polymorphism, high heterozygosity, low recombination rate, and reliability. Therefore, it is a very ideal molecular marker.
CD Genomics is equipped with an advanced sequencing platform developed for SSR analysis. Our SSR analysis services require less sample volume and shorter experimental cycle time, enabling faster, simpler and more accurate SSR analysis. We have currently completed SSR analysis for livestock and fish. In addition, our SSR analysis services are widely used to determine natural variation based on genotypes of organisms, further contributing to research in the field of plant and animal population genetics and agriculture.
Fig1. SSR analysis workflow.
SSR analysis involves PCR amplification using fluorescently labeled primers or genomic DNA, followed by allele analysis by capillary electrophoresis (CE) or electrophoretic separation of labeled PCR products by size. Therefore, customers need to differentiate samples according to the situation of the samples.
Sample | Concentration | Volume | Service |
---|---|---|---|
Fluorescent PCR product | > 20 ng / μL | > 5 μL | CE |
Genomic DNA | > 20 ng / μL | > 10 μL | Amplification+CE |
CD Genomics provides customized SSR analysis services that can meet various needs of our clients. If you are interested in us, feel free to contact us. We can provide you with professional and comprehensive SSR service research. We have professional technical services, experienced experts, and one-stop comprehensive services, start your project with 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.