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- DNBSEQ-G400 High-throughput Sequencing Set
Applications: DNBSEQ-G400RS High-throughput Sequencing Set is specifically designed for DNA or RNA sequencing on DNBSEQ-G400RS. This sequencing set is intended to be used for scientific research only and cannot be used for clinical diagnosis.
Platform: DNBSEQ-G400RS
- DNBSEQ-G400 High-throughput Rapid Sequencing Set
Applications：DNBSEQ-G400RS High-throughput Rapid Sequencing Set is specifically designed for DNA or RNA sequencing on DNBSEQ-G400RS. This sequencing set is intended to be used for scientific research only and cannot be used for clinical diagnosis.
Platform：DNBSEQ-G400RS
- CoolMPS High-throughput Sequencing SetCoolMPS High-throughput Sequencing Set is a novel antibody-based sequencing product. The dNTPs of CoolMPS are without fluorescent labeled (called cold dNTPs) which incorporated into the sequencing strand by DNA polymerase, and base calling is achieved by specific binding of fluorescently labeled antibodies. During this process, the incorporated bases are unmodified, ultimately resulting in clearer base calling.
- DNBSEQ-G50RS High-throughput (Rapid) Sequencing Set User Manual
DNBSEQ-G50RS High-throughput Sequencing Set and DNBSEQ-G50RS High-throughput Rapid Sequencing Set are specifically designed for DNA or RNA sequencing on DNBSEQ-G50RS. This sequencing set is intended to be used for scientific researches only and cannot be used for clinical diagnoses.
- DNBSEQ-T7RS High-throughput Sequencing SetDNBSEQ-T7RS High-throughput Sequencing Set is specifically designed for DNA or RNA sequencing on DNBSEQ-T7RS. This sequencing set is intended to be used for scientific research only and cannot be used for clinical diagnosis.
- HotMPS High-throughput Sequencing Set*HotMPS High-throughput Sequencing Set* utilizes DNBSEQ™ technology. A sequencing run starts with the hybridization of a DNA anchor, then a fluorescent probe is attached to the DNA Nanoball (DNB) using combinatorial probe anchor sequencing (cPAS) chemistry. Finally, the high-resolution imaging system captures the fluorescent signal. After digital processing of the optical signal, the sequencer generates high quality and high accuracy sequencing information.
