Simple Sequence Repeats (SSR) Markers

Our company is a leading provider of cutting-edge SSR marker services, specializing in the development and application of these genetic tools for a wide range of applications. We offer comprehensive solutions tailored to the specific needs of researchers, conservationists, and industries committed to environmental sustainability. Our expertise lies in harnessing the power of SSR markers to unlock crucial genetic information, empowering our clients to make informed decisions that benefit both their endeavors and the planet.

• DNA Extraction: High-quality DNA is extracted from the target organism using appropriate methods.
• PCR Amplification: Specific SSR loci are targeted and amplified using Polymerase Chain Reaction (PCR). Primers, short DNA sequences complementary to the regions flanking the SSR, are used to initiate and amplify the target sequence.
• Fragment Analysis: The amplified PCR products are analyzed to determine the size of the SSR fragments. This is often done using capillary electrophoresis, which separates DNA fragments based on their size.
• Allele Scoring and Data Analysis: The different fragment sizes observed represent different alleles at that SSR locus. The allele data is collected for multiple SSR loci across individuals or species. This data is then analyzed using various statistical and computational methods to generate genetic profiles and assess genetic relationships.

• High Polymorphism: The high variability of SSRs allows for a high degree of discrimination between individuals and species, enabling accurate identification even in closely related species.
• Co-dominant Inheritance: SSR markers can distinguish between homozygous and heterozygous individuals, providing more detailed genetic information and insights into population structure.
• Relatively Low Cost: Compared to some other molecular techniques, SSR analysis can be cost-effective, especially when analyzing a large number of samples.
• Wide Applicability: SSR markers can be developed for a wide range of organisms, from microorganisms to plants and animals.
• Reproducibility: SSR analysis is highly reproducible, ensuring consistent and reliable results.

• Conservation Biology: Identifying cryptic species that are morphologically similar but genetically distinct. Assessing genetic diversity within and between populations to inform conservation strategies. Monitoring population connectivity and gene flow. Identifying individuals of conservation concern, such as endangered species or populations with low genetic diversity.
• Agriculture: Characterizing and conserving crop genetic resources. Identifying and differentiating crop varieties for breeding programs. Assessing genetic purity and seed quality. Tracing the origin and authenticity of agricultural products.
• Fisheries Management: Identifying fish stocks and populations. Assessing genetic diversity and population structure to inform sustainable fishing practices. Monitoring the impact of fishing and other human activities on fish populations.

• Conservation of Biodiversity: By providing accurate species identification and insights into population genetics, SSR markers enable effective conservation strategies that protect endangered species and maintain genetic diversity.
• Sustainable Agriculture: SSR markers support the development of sustainable agricultural practices by facilitating crop improvement, conservation of genetic resources, and efficient resource management.
• Ecosystem Monitoring: SSR markers can be used to monitor the impact of environmental changes and human activities on ecosystems, providing valuable information for environmental management and conservation efforts.

• Genetic Diversity Studies: We conduct in-depth genetic diversity studies using SSR markers to assess the variability within and between populations, which is crucial for conservation genetics and breeding programs.
• Species Identification and Authentication: Our services include the identification and authentication of species using SSR markers, ensuring the purity and origin of biological materials.
• Genetic Mapping and QTL Analysis: We provide genetic mapping services to locate genes associated with specific traits and Quantitative Trait Loci (QTL) analysis to identify genetic markers linked to traits of interest.
• Parentage and Paternity Analysis: Our services extend to determining parentage and paternity in plants, which is vital for breeders to understand the genetic makeup of their cultivars.
• Hybrid Testing and Verification: We verify the authenticity of hybrids by examining the genetic composition using SSR markers, ensuring the integrity of hybrid varieties.
• Fingerprinting and Genetic Profiling: We create unique genetic profiles for plant varieties, aiding in the protection of intellectual property and compliance with regulatory standards.
• Molecular Assisted Selection (MAS): We assist in marker-assisted selection, which accelerates the breeding process by identifying and selecting plants with desirable genetic traits early in the breeding cycle.

Contact Us

By leveraging the power of SSR markers, we are committed to providing our clients with accurate, reliable, and cutting-edge genetic services that support their research and breeding objectives. If you have any question, please don't hesitate to contact us and confirm with our team.