Library preparation solutions to sequence any fragment length
Library preparation solutions to sequence any fragment length
Comprehensive library preparation solutions for genomic analysis
Whether you are studying the human genome, investigating the microbiome, or exploring the diversity of life on earth, Oxford Nanopore library preparation solutions offer a flexible, cost-effective, and streamlined way to generate high-quality sequencing data. Kits are tailored to specific research needs, from whole-genome to targeted sequencing and beyond. They are compatible with all nanopore sequencing devices, giving you the flexibility to select the most suitable solution for your experiment. Find out more about our library preparation options and how they can help you accelerate your research.
- From 20 bases to 4 Mb+
- Prep in just 10 minutes
- Base modifications preserved*
*when sequencing native DNA
- The only direct RNA sequencing technology
- Full-length RNA and cDNA transcripts
- Base modifications preserved*
*when sequencing native DNA
High-quality library preparation: the foundation for your discoveries
Versatile: compatible with a wide range of sample types, including DNA, cDNA and RNA allowing you to generate high-quality libraries for a variety of applications
Streamlined: simple workflows enable you to prepare high-quality libraries quickly and efficiently, with minimal hands-on time
High quality: designed for high output and minimal bias, enabling you to obtain reliable and accurate results
Scalable: easily scaled to meet your needs, ensuring consistent and reproducible results every time
Choose the ideal solution for your experimental needs
Watch this video and learn more about:
- The variety of library preparation solutions available for sequencing DNA, cDNA, and RNA
- The differences between rapid and ligation chemistry
- The applications and benefits of different sequencing techniques, including targeted approaches, plus PCR-based and PCR-free options
Automated library preparation at the scale you need
- Increase your sample throughput
- Optimise for reproducibility
- Deliver robust and standardised workflows
