Empowering Genomic Research: Real-Time, Scalable, and Accessible DNA/RNA Sequencing
Oxford Nanopore Technologies plc, a pioneering spin-out from the University of Oxford founded in 2005, is transforming the field of genomics with its innovative sequencing platforms. Under the leadership of CEO Dr. Gordon Sanghera, the company has developed a range of devices that cater to various research needs, from portable solutions to high-throughput systems.
Comprehensive Sequencing Solutions – Oxford Nanopore Products that we offer:
Flongle:
Designed for rapid, smaller-scale experiments, Flongle offers on-demand sequencing suitable for both laboratory and field applications.
MinION:
This compact, portable device delivers high-throughput, long-read sequencing data, making it ideal for diverse research applications.
GridION:
A benchtop system capable of running up to five MinION Flow Cells simultaneously, GridION is well-suited for larger genomics projects requiring increased throughput.
PromethION:
Designed for population-scale studies, PromethION supports up to 48 flow cells, enabling the generation of substantial sequencing data in a single run.
PromethION 2:
A compact yet powerful sequencing system, PromethION 2 makes high-output nanopore sequencing accessible to a broader range of researchers.
Streamlined and Efficient Sequencing Workflow:
Oxford Nanopore Technologies is committed to enhancing the user experience by offering:
Rapid Library Preparation:
Simplified protocols that reduce preparation time, facilitating quicker transitions from sample to data.
Automated Solutions:
Tools and devices designed to automate various steps of the sequencing workflow, increasing efficiency and reproducibility.
Comprehensive Data Analysis:
A suite of software and informatics tools to support diverse research applications and data interpretation needs.
By providing scalable and accessible sequencing solutions, Oxford Nanopore Technologies empowers researchers to conduct genomic analyses in real-time, whether in the laboratory or in the field, thereby accelerating scientific discovery and innovation.
