Adapter ligation is a critical step in the NGS process. The process involves the addition of a defined sequence to the end of the fragmented, end-repaired or dA-tailed DNA samples. To comply with our customers’ requests, Synbio Technologies has launched a series of adapter products for various high-throughput sequencing platforms. These platforms were developed through considerable research and development in order to upgrade production processes for optimized synthesis and stringent quality control. Using these platforms we can deliver high quality adapters to enable efficient adapter ligation, sufficient library yields and minimized mismatch/sequencing errors to ensure that the Syno® adapters meet your every NGS request.
- High Coupling Efficiency: Minimally reduce the dimer generation of synthetic oligos.
- Exclusive Production Processes: Standardized and stringent quality controls ensure batch-to-batch consistency.
- Low Levels of the Cross-Contamination: Strict purification satisfies the elevated quality, often with purity ≥ 90%.
- Flexible oligo Specifications: Highly customized formulation, mixing options and documentations are available.
Comprehensive Adapter Capabilities
Coupling Efficiency Verification
Syno® Adapter was more efficient at binding with DNA after annealing. (The smaller the △CT value, the higher the connection efficiency)
Syno® Adapter had significantly less unbound DNA residuals.
High Purity Guarantee
Strict purification processes ensure high purity primers with a purification efficiency of over 90%.
Extremely Low Base Error Rare
Molecular weight error range is less than one thousandth.
Adapters Application in NGS Workflow
|Indexed Adapters||~65bp||PAGE/HPLC||5~7 Business day||Products in tube/plate; COA||Inquire|
How to Order High Quality Oligos for NGS Service
If you have any questions, please feel free to contact us anytime for assistance during business days. Our experienced project managers will provide you with professional support to ensure the success of your project.
+1 609 228 5911