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Getting started guide

Two-page image of the biopharma getting started guide

A guide to biopharma solutions from Oxford Nanopore

October 15 2025

Biopharma
Direct analysis
Multiomics
AAV
Amplicons
mRNA
Plasmid
Library prep
MinION
GridION
PromethION 24/48
Q-Line
MinKNOW
EPI2ME

Workflow

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Comprehensive characterisation of cancer predisposition genes using the Hereditary Cancer Panel

January 20 2026

Adaptive sampling
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EPI2ME
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White paper

Preview image for the plant, animal, and environmental sequencing white paper, 'Genomics for a changing planet'.

Genomics for a changing planet: sequencing the living world

January 7 2026

Plant
Agriculture: animal
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Structural variation image

Genome sequencing boosts diagnostic yield for the developmental and epileptic encephalopathies

April 28 2026

Human genomics
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PromethION 2
EPI2ME

Publication

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Telomere-to-telomere assembly using HERRO-corrected simplex nanopore reads

April 27 2026

Bioinformatics
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DNA

Publication

A simplified, scalable solution for simultaneous genotyping of human leukocyte antigen classical class I and human platelet antigen genes utilising Oxford Nanopore Technologies long-read sequencing

April 6 2026

Human genomics
HLA typing
GridION

Human genomics

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New approaches for human and clinical research

October 9 2025

Cancer research
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Video

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AMP 2025: Long range PCR meets long-read sequencing to resolve challenging ACMG tier 3 carrier screening genes

January 5 2026

Clinical research
Human genomics
Long-read
Targeted

Getting started guide

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A guide to targeted sequencing with Oxford Nanopore

February 10 2026

Targeted
Methylation
Epigenetics
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Plant
Animal
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Microbiology and infectious disease

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Workflow

Preview of the microbial amplicon barcoding workflow.

Streamlined identification of bacteria, archaea, and fungi with Oxford Nanopore microbial amplicon barcoding

September 25 2025

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Oxford Nanopore microbial profiling

High-quality bacterial genomes without the complexity

February 5 2026

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How to sequence full-length 16S and ITS microbial amplicons with Oxford Nanopore

October 30 2025

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Transforming hereditary cancer sequencing with adaptive sampling target enrichment

November 11 2025

Clinical research
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White paper: cancer research — 2 pages

Accelerating cancer research through comprehensive genomic analysis

April 9 2025

Cancer research
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Oxford Nanopore methylation

Rapid comprehensive molecular profiling of CNS tumors

January 5 2026

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Introductory guide: biopharma — 2 pages

Unlocking the biopharma development pipeline with Oxford Nanopore

April 16 2025

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Webinar

Enhancing advanced therapy product quality

Enhancing advanced therapy product quality: how CDMOs are leveraging Oxford Nanopore sequencing

November 20 2025

AAV
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Case study

Streamlining routine CRISPR validation with Oxford Nanopore sequencing

July 30 2025

Biopharma
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Knowledge exchange

Visualisation of a DNA molecule with glowing yellow bases

Turning data into answers: Rare disease case studies from clinical researchers

April 30 2026

Video

Implementación de la secuenciación de próxima generación en el laboratorio de microbiología

April 30 2026

Application note

Plot showing the relationship between depth of coverage of nanopore reads and the accuracy of consensus sequences generated by EPI2ME wf-amplicon versus Sanger sequencing.

A successor to Sanger: accurate, full-length, and haplotype-resolved amplicon sequencing with Oxford Nanopore

April 23 2026

Brochure

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Oxford Nanopore sequencing solutions for quality control in biopharma

April 20 2026

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The evolution of pathogen genome sequencing: targeted to agnostic strategies | ESCMID Global 2026

April 18 2026

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Closing the gap in the clinical microbiology lab with next-generation sequencing | ESCMID Global 2026

April 18 2026

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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

Robust data you can trust
January 28 2026
Guided by data: adaptive sampling for targeted sequencing
November 25 2025
High-quality bacterial genomes without the complexity
February 5 2026

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