Resource Centre
Featured
Nanopore-only microbial isolate sequencing solution (NO-MISS): flexible, rapid bacterial and fungal isolate whole-genome sequencing
Direct RNA Sequencing Kits
Recent publications
AviNP-Seq: a blindspot-free single-molecule framework for unmasking AAV genome heterogeneity and determining packaging limits
Human genomics
From speed to scale: how do I choose the right human whole-genome sequencing workflow for my experiment?
N-Care Project: using long-read sequencing for timely genetic diagnosis in critically ill infants across Asia-Pacific | LC26
Decoding the human brain at scale: long-read sequencing resources for neurodegeneration | LC26
Microbiology and infectious disease
Bacterial and fungal isolate sequencing with NO-MISS
Rapid and scalable whole-genome microbial isolate sequencing
The evolution of pathogen genome sequencing: targeted to agnostic strategies | ESCMID Global 2026
Cancer research
From innovation to global impact: adaptive genome sequencing for childhood leukemia | LC26
cDNA-PCR Sequencing Kits
Adaptive Sampling enables rapid and complete profiling of pediatric cancers | LC26
Biopharma
A successor to Sanger: accurate, full-length, and haplotype-resolved amplicon sequencing with Oxford Nanopore
Unlocking the biopharma development pipeline with Oxford Nanopore
Advanced analytics for biopharma using nanopore sequencing | LC26
Latest resources
Unlocking high-resolution, strain-resolved microbiome analyses | ASM Microbe 26
Development and assessment of a standardised nanopore sequencing workflow for clinical application
NIHR BioResource: Advancing translational research with Omics technologies
PromethION 2 Integrated specification sheet
Understanding bacterial DNA methylation and analysis methods
Democratising genomic diagnostics: a new model for global childhood cancer care
WYMM Tour
WYMM Tour
Join us at an event near you to hear from local experts who are breaking new ground using nanopore technology and talk to the team at Oxford Nanopore Technologies.
Blog and case studies
- Visualisation of a DNA molecule with glowing yellow bases
From synthesis to sequencing: how synthetic DNA is shaping genomics
- Visualisation of the planet Earth as seen from space
Bringing genomics to the forefront of biodiversity conservation
- Visualisation of Oxford Nanopore DNA sequencing
Plasmid sequencing: revealing the whole picture, one base at a time
ML002f Mk1D attached to a laptop on a lab workbench - open, pipetting above - Option 3
Nanopore digest
Catch up with the latest Nanopore news from the past week.