NGS Service—Oxford Nanopore Sequencing

WELCOME TO CD GENOMICS

Genomics-Related Laboratory Services

The main reason for using next-generation sequencing is the effective reduction in turnaround time with NGS compared to traditional methods. At the same time, next-generation sequencing makes it possible to analyze the transcriptome and genome of a species in a detailed and holistic way. CD Genomics offers a growing range of services, from library construction to sequencing to complete experimental design and support. Our Oxford Nanopore Sequencing Technology-based next-generation sequencing technology can help you advance genome engineering innovation.

Name of the Instrument/Technicial Service

Oxford Nanopore Sequencing Technology

Introduction

We power pocket-sized, portable MinIONs. These sequencers have up to 512 nanopore channels and are capable of producing up to several million reads with length that can exceed 100 kb.
Additionally, we host the PromethION 24 with up to 24 flowcells; specialized protocols that enable reads length exceeding 1 Mbp, full-length cDNA sequencing to capture the full repertoire of splice variants and isoforms.

Summary

The novel nanopore-based sequencing technology requires minimal or no manipulation of natural DNA/RNA molecules. The Oxford Nanopore sequencing technology uses an ionic current, which passes through nanopores. Changes in this current during translocation of biological molecules are measured and can be used for its identification, which enables to identify DNA/RNA base modifications at nucelotide resolution.

CD Genomics, as a specialist sequencing company, has a large range of sequencers in our NGS Core, including Illumina MiSeq, NovaSeq, PacBio, and more. If you require this service, please contact us directly.

Online Inquiry

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