Products

Discover nanopore sequencing

What can it do? How does it work? Our platform performance and accuracy

Explore products

Prepare Sequence Analyse
Applications

Focus areas

From portable to high-throughput benchtop devices, real-time nanopore sensing is a new generation of technology uncovering new biology across multiple sectors.

Research

Microbial genomics Plant Human genomics Animal Cancer research Microbiome Infectious disease Population genomics Clinical research Environmental research & conservation

Techniques

Whole-genome sequencing Epigenetics Transcriptomics SNVs and phasing Multiomics Assembly Metagenomics Fusion transcripts Targeted sequencing Gene expression Single cell & spatial transcriptomics Splice variation Structural variation Chromatin conformation

Focus areas

Biopharma Education Clinical
Store Resources

Documentation

Find all the documentation needed for your nanopore experiments, including protocols and device manuals.

View all documentation

Nanopore Learning

Explore our online courses and video lessons to support your nanopore sequencing journey.

View Nanopore Learning

Resources

Documentation Publications Case studies Videos Posters Brochures White papers Workflows Getting started guides Application notes View all resources
Support About

Company

About us Board members Executive team Investor centre Company history Sustainability Careers Media resources

News & Events

News Events Blogs

Global partners

Channel partners Sequencing service providers Compatible products For partners
Oxford Nanopore Technologies Fully scalable, real-time DNA/RNA sequencing technology Oxford Nanopore Diagnostics

London Calling 2025

Submit an abstract
Dashboard Getting started Posts Groups
Nanopore Learning Documentation Highlights Updates Profile
Back
Nanopore Learning / Lesson library /
Introduction to differential gene expression

This video will introduce an overview of the process for detection of differentially expressed genes and considerations for processing and interpreting transcriptomic data and results

Previous
Next
Learning objectives
  • Understand the general process for identifying differentially expressed genes
  • Bioinformatics considerations when working with transcriptomic data
  • Considerations for interpretation of the results from differential gene expression analyses
Related lessons
Related content

What are the benefits of community membership?

Posts

Interact with thousands of other nanopore sequencers from around the globe.

Private Channels

Private channels are available to discuss specific topics and technology applications.

Product and technology updates

Stay up to date with the latest Oxford Nanopore products and technology.

Software

Download latest versions of sequencing and analysis software.

 Login
@2008 - 2024 Oxford Nanopore Technologies. All rights reserved

Cookies Notice

We use cookies and similar technologies on our websites to help provide you with the best possible online experience.

By using our sites and apps, you agree that we may store and access cookies and similar technologies on your device.