Products

All products

Consumables

Services
MinION GridION PromethION 2 & 2 Solo PromethION 24 & 48 Flongle VolTRAX Q-Line

Consumables

Flow cells Manual & automated library prep

Services

Certification Training Device warranty
Applications

Nanopore sequencing offers advantages in all areas of research. Our offering includes DNA sequencing, as well as RNA and gene expression analysis and future technology for analysing proteins.

Learn about applications

Research areas

Investigations

Techniques

Research areas

Microbiology Human genetics Microbiome Clinical research Cancer Plant Transcriptome Animal Population genomics COVID-19 Environmental research & conservation Infectious disease

Investigations

Structural variation SNVs and phasing Gene expression Identification Splice variation Assembly Fusion transcripts Epigenetics Single cell Chromatin conformation

Techniques

Whole genome Targeted Whole transcriptome Metagenomics Short fragment mode View all Applications
Store Resources Support

Support & documentation

Learning

Support & documentation

Getting Started FAQs Nanopore Community Documentation Software downloads Library prep protocols Extraction protocols

Learning

Nanopore Learning How nanopore technology works Sample preparation Basecalling & analysis
About

Company

News & Events

Global partners

About

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

News & Events

News Events Blogs

Global partners

Global distributors Japanese dealers Sequencing service providers For partners

London Calling 2023

17th - 19th May
Watch on demand
Get started Talk to us Subscribe
Support
Back

High resolution copy number inference in cancer using short-molecule nanopore sequencing

Publication

Date: 22nd September 2021 | Source: Nucleic Acids Research

Authors: Timour Baslan, Sam Kovaka, Fritz J. Sedlazeck, Yanming Zhang, Robert Wappel, Scott W. Lowe, Sara Goodwin, Michael C. Schatz.

Read the full text

Recommended for you

Single molecule DNA methylation and hydroxymethylation reveal unique epigenetic identity profiles of T helper cells Publication 4th Feb 2023
ORG.one Supporting faster, more localised sequencing of critically endangered species. Find out more
Buy the MinION Starter Pack Everything you need to explore the technology and the potential of real-time analysis for DNA or RNA. Buy MinION

Tags

Human genomics Clinical research Cancer research Oncology DNA Structural variation GridION Whole genome gDNA