Complete diploid isogenomic human reference genomes for epigenetic precision

Real-time infectious disease outbreak investigations with nanopore sequencing and BugSeq analysis

High-definition transcriptomics

Uncovering RNA splicing's cell-specific impact on clonal blood disorders with GoT-Splice

Profiling Age and Body Fluid DNA Methylation Markers

Taking your single-cell sequencing to new lengths with Oxford Nanopore

London Calling 2024: Get your ticket now!

Single-cell nanopore sequencing

Comprehensive analysis of human variants and cancer genomes with multi-omic nanopore sequencing

PromethION - flexible, scalable, on-demand sequencing

Integrating 10x Genomics single cell and spatial profiling with Oxford Nanopore long-read sequen...

Decoding the epigenome with Oxford Nanopore real-time methylation detection

Early Careers: Valdemar - Technical Applications Scientist

Early Careers: Rosie - Inside Sales Account Manager

Early Careers: Mwansa - Process Improvement Supply Chain Intern

Early Careers: Marta - Software Developer

Early Careers: Jane - Development Scientist

Early Careers: Callum - Development Scientist

Uncovering rare disease-causing variants

Shining light on antithrombin deficiency

Rapid identification of AMR genes

Resolving entire plasmids

Haplotypes, isoforms, and fusions: towards a richer cancer transcriptome

STRspy 2.0: unlocking the potential of long reads for forensic DNA profiles

MethPhaser: methylation-based haplotype phasing of human genomes

Setting a new benchmark: The emergmece of nanopore as the standard for plasmid sequencing

Modified bases update

Updates to EPI2ME

NCM 2023 Houston: Dorado update

Nanopore sequencing reveal structural heterogeneity in canine osteosarcoma