Oxford Nanopore
@nanoporetech.com
🌍Direct DNA/RNA analysis for anyone, anywhere
🧬Short to ultra-long reads in real-time for rapid insights
🔬Products for research use only
🧬Short to ultra-long reads in real-time for rapid insights
🔬Products for research use only
Season’s greetings! 🎄
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
December 25, 2025 at 11:57 AM
Season’s greetings! 🎄
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
Early-stage cancer classified with 100% sensitivity, using cell-free RNA. Read how researchers detected cancer early using Oxford Nanopore sequencing as a non-invasive tool, with the potential to inform cancer care more rapidly and accurately than before. https://bit.ly/4rqvHDH
December 22, 2025 at 3:48 PM
Early-stage cancer classified with 100% sensitivity, using cell-free RNA. Read how researchers detected cancer early using Oxford Nanopore sequencing as a non-invasive tool, with the potential to inform cancer care more rapidly and accurately than before. https://bit.ly/4rqvHDH
Gain an end-to-end solution for rapid and comprehensive microbial community analysis in this webinar. Join experts on Oxford Nanopore technology to learn about the Microbial Amplicon Barcoding Kit for real-time, high-resolution taxonomic identification. https://bit.ly/43UDnE5
December 19, 2025 at 4:16 PM
Gain an end-to-end solution for rapid and comprehensive microbial community analysis in this webinar. Join experts on Oxford Nanopore technology to learn about the Microbial Amplicon Barcoding Kit for real-time, high-resolution taxonomic identification. https://bit.ly/43UDnE5
Season’s greetings! 🎄
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
December 19, 2025 at 11:57 AM
Season’s greetings! 🎄
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
Thank you to our incredible global community for an inspiring year. Wishing you joy and rest over the festive period.
By sequencing entirely in situ, Sánchez-Vendizú and team showed that advanced genomics can be done locally. Their work reduces the need to export samples abroad and empowers researchers to drive biodiversity studies within their own countries.
Read more: https://go.nature.com/4ilJfMA
Read more: https://go.nature.com/4ilJfMA
December 18, 2025 at 4:50 PM
By sequencing entirely in situ, Sánchez-Vendizú and team showed that advanced genomics can be done locally. Their work reduces the need to export samples abroad and empowers researchers to drive biodiversity studies within their own countries.
Read more: https://go.nature.com/4ilJfMA
Read more: https://go.nature.com/4ilJfMA
Join Alexander Wittenberg at #PAG to uncover how he is utilising Oxford Nanopore technology to develop high-quality reference genomes and uncover genetic and phenotypic variants, which will help develop methods to improve crops. https://bit.ly/48tzBDa
December 17, 2025 at 9:23 PM
Join Alexander Wittenberg at #PAG to uncover how he is utilising Oxford Nanopore technology to develop high-quality reference genomes and uncover genetic and phenotypic variants, which will help develop methods to improve crops. https://bit.ly/48tzBDa
Read the full blog here: https://www.technologynetworks.com/cancer-research/blog/improving-detection-and-interpretation-in-hereditary-cancer-testing-405230
December 16, 2025 at 4:07 PM
Sergey Koren’s work led to the first truly complete human genomic sequencing. Join him at #PAG to learn how he is utilising Oxford Nanopore technology to build on this success so that complete and accurate genomes can become routine. https://bit.ly/49PeNIp
December 15, 2025 at 5:12 PM
Sergey Koren’s work led to the first truly complete human genomic sequencing. Join him at #PAG to learn how he is utilising Oxford Nanopore technology to build on this success so that complete and accurate genomes can become routine. https://bit.ly/49PeNIp
Discover how to generate gapless genomes without reliance on multiple platforms. Join our industry workshop at #PAG to learn how Oxford Nanopore sequencing is democratizing access to reference-quality data all over the world.
Register here: https://bit.ly/4iwcJra
Register here: https://bit.ly/4iwcJra
December 12, 2025 at 3:55 PM
Discover how to generate gapless genomes without reliance on multiple platforms. Join our industry workshop at #PAG to learn how Oxford Nanopore sequencing is democratizing access to reference-quality data all over the world.
Register here: https://bit.ly/4iwcJra
Register here: https://bit.ly/4iwcJra
Gene editing can reshape more than just DNA.
Mo Li and team found that CRISPR-Cas9 breaks trigger profound epigenetic changes, an overlooked complexity, underscoring the need to recognise these effects to improve safety and inform novel treatment options. https://bit.ly/4rDRmZ7
Mo Li and team found that CRISPR-Cas9 breaks trigger profound epigenetic changes, an overlooked complexity, underscoring the need to recognise these effects to improve safety and inform novel treatment options. https://bit.ly/4rDRmZ7
December 10, 2025 at 9:26 PM
Gene editing can reshape more than just DNA.
Mo Li and team found that CRISPR-Cas9 breaks trigger profound epigenetic changes, an overlooked complexity, underscoring the need to recognise these effects to improve safety and inform novel treatment options. https://bit.ly/4rDRmZ7
Mo Li and team found that CRISPR-Cas9 breaks trigger profound epigenetic changes, an overlooked complexity, underscoring the need to recognise these effects to improve safety and inform novel treatment options. https://bit.ly/4rDRmZ7
In gene therapy manufacturing, accuracy is non-negotiable.
Kathleen is identifying mis-splicing or unwanted variants that could compromise safety. Using direct RNA Oxford Nanopore sequencing for vector integrity checks, this method can improve QC. https://bit.ly/4oyCj11
Kathleen is identifying mis-splicing or unwanted variants that could compromise safety. Using direct RNA Oxford Nanopore sequencing for vector integrity checks, this method can improve QC. https://bit.ly/4oyCj11
December 10, 2025 at 7:18 PM
In gene therapy manufacturing, accuracy is non-negotiable.
Kathleen is identifying mis-splicing or unwanted variants that could compromise safety. Using direct RNA Oxford Nanopore sequencing for vector integrity checks, this method can improve QC. https://bit.ly/4oyCj11
Kathleen is identifying mis-splicing or unwanted variants that could compromise safety. Using direct RNA Oxford Nanopore sequencing for vector integrity checks, this method can improve QC. https://bit.ly/4oyCj11
Enter our image competition for a chance to win a free ticket to this year's London Calling!
Hurry, entry closes midnight, 28th February 2026.
Submit your entry here: https://bit.ly/3KtPGR7
Hurry, entry closes midnight, 28th February 2026.
Submit your entry here: https://bit.ly/3KtPGR7
December 9, 2025 at 4:15 PM
Enter our image competition for a chance to win a free ticket to this year's London Calling!
Hurry, entry closes midnight, 28th February 2026.
Submit your entry here: https://bit.ly/3KtPGR7
Hurry, entry closes midnight, 28th February 2026.
Submit your entry here: https://bit.ly/3KtPGR7
Reposted by Oxford Nanopore
One flowcell from @nanoporetech.com yielded 260 Gbp 🎉🚀🤯🟩
December 8, 2025 at 4:04 PM
One flowcell from @nanoporetech.com yielded 260 Gbp 🎉🚀🤯🟩
Respiratory tract infections kill more than 500,000 children each year, yet diagnosis still depends on slow, culture-based methods.
In a recent study, researchers identified pathogens within 24 hours — including more than 50 missed by standard testing. https://bit.ly/3Xhd4UY
In a recent study, researchers identified pathogens within 24 hours — including more than 50 missed by standard testing. https://bit.ly/3Xhd4UY
December 8, 2025 at 4:15 PM
Respiratory tract infections kill more than 500,000 children each year, yet diagnosis still depends on slow, culture-based methods.
In a recent study, researchers identified pathogens within 24 hours — including more than 50 missed by standard testing. https://bit.ly/3Xhd4UY
In a recent study, researchers identified pathogens within 24 hours — including more than 50 missed by standard testing. https://bit.ly/3Xhd4UY
We’re excited to announce that Francis Van Parys will join Oxford Nanopore as CEO in March 2026, leading our next phase of growth and innovation. Gordon Sanghera will support the transition in a strategic advisory role until early 2027. Read more: https://bit.ly/4pUbPHg
December 8, 2025 at 10:07 AM
We’re excited to announce that Francis Van Parys will join Oxford Nanopore as CEO in March 2026, leading our next phase of growth and innovation. Gordon Sanghera will support the transition in a strategic advisory role until early 2027. Read more: https://bit.ly/4pUbPHg
We can’t wait to welcome you back to Old Billingsgate!
Early bird tickets for London Calling 2026 are now available to purchase! Buy yours before 1st Jan and be a part of the biggest Oxford #Nanopore sequencing event of the year.
Click here for tickets: https://bit.ly/4ouoqzR
Early bird tickets for London Calling 2026 are now available to purchase! Buy yours before 1st Jan and be a part of the biggest Oxford #Nanopore sequencing event of the year.
Click here for tickets: https://bit.ly/4ouoqzR
December 4, 2025 at 3:00 PM
We can’t wait to welcome you back to Old Billingsgate!
Early bird tickets for London Calling 2026 are now available to purchase! Buy yours before 1st Jan and be a part of the biggest Oxford #Nanopore sequencing event of the year.
Click here for tickets: https://bit.ly/4ouoqzR
Early bird tickets for London Calling 2026 are now available to purchase! Buy yours before 1st Jan and be a part of the biggest Oxford #Nanopore sequencing event of the year.
Click here for tickets: https://bit.ly/4ouoqzR
Reposted by Oxford Nanopore
Our paper “Giant chromosomes of a tiny plant” is out in @gigascience.bsky.social! We present a T2T genome assembly of the simple thalloid liverwort Apopellia endiviifolia with truly giant chromosomes. 🌱🧬 #plantgenomics #T2T #liverworts @nanoporetech.com
Thanks @ncn.gov.pl !
tinyurl.com/m8tkkxd3
Thanks @ncn.gov.pl !
tinyurl.com/m8tkkxd3
Giant chromosomes of a tiny plant - the complete telomere-to-telomere genome assembly of the simple thalloid liverwort Apopellia endiviifolia (Jungermanniopsida, Marchantiophyta)
AbstractBackground. The liverwort A. endiviifolia, a dioicous, simple thalloid species, is notable for its cryptic diversity, habitat adaptability, genomic
tinyurl.com
November 29, 2025 at 7:57 PM
Our paper “Giant chromosomes of a tiny plant” is out in @gigascience.bsky.social! We present a T2T genome assembly of the simple thalloid liverwort Apopellia endiviifolia with truly giant chromosomes. 🌱🧬 #plantgenomics #T2T #liverworts @nanoporetech.com
Thanks @ncn.gov.pl !
tinyurl.com/m8tkkxd3
Thanks @ncn.gov.pl !
tinyurl.com/m8tkkxd3
Learn more about adaptive sampling in our latest Nanopore Know-How: https://nanoporetech.com/blog/guided-by-data-adaptive-sampling-for-targeted-sequencing?utm_campaign=OmicsTech+25&utm_content=1764775021&utm_medium=social&utm_source=bluesky
December 3, 2025 at 3:17 PM
Learn more about adaptive sampling in our latest Nanopore Know-How: https://nanoporetech.com/blog/guided-by-data-adaptive-sampling-for-targeted-sequencing?utm_campaign=OmicsTech+25&utm_content=1764775021&utm_medium=social&utm_source=bluesky
With its expanding capabilities, Oxford Nanopore sequencing is detecting genetic variants that could explain long-unsolved medical mysteries.
Read here: https://bit.ly/43NmLOA
Read here: https://bit.ly/43NmLOA
December 2, 2025 at 3:54 PM
With its expanding capabilities, Oxford Nanopore sequencing is detecting genetic variants that could explain long-unsolved medical mysteries.
Read here: https://bit.ly/43NmLOA
Read here: https://bit.ly/43NmLOA
Anoushka’s tackling the intricacy of brain transcriptomes, where accuracy is crucial. She is utilising long Oxford Nanopore reads to accurately characterise full-length isoforms at single-cell resolution, beyond the reach of other sequencing technologies. https://bit.ly/4nGBGAZ
December 1, 2025 at 6:53 PM
Anoushka’s tackling the intricacy of brain transcriptomes, where accuracy is crucial. She is utilising long Oxford Nanopore reads to accurately characterise full-length isoforms at single-cell resolution, beyond the reach of other sequencing technologies. https://bit.ly/4nGBGAZ
Reposted by Oxford Nanopore
Our cornetto work is now published at www.nature.com/articles/s41...
It can do near-T2T assembly using @nanoporetech.com adaptive sampling
- with less 💸
- reference agnostic, so works for non-humans
- not just blood, even saliva
Just presented at #abacbs2025 yesterday.
It can do near-T2T assembly using @nanoporetech.com adaptive sampling
- with less 💸
- reference agnostic, so works for non-humans
- not just blood, even saliva
Just presented at #abacbs2025 yesterday.
Targeted sequencing and iterative assembly of near-complete genomes - Nature Communications
Long-read sequencing enables high-quality genome assemblies, but challenges remain. Here, the authors introduce Cornetto, a method that improves assembly quality, enables genome sequencing from saliva...
www.nature.com
November 26, 2025 at 4:12 AM
Our cornetto work is now published at www.nature.com/articles/s41...
It can do near-T2T assembly using @nanoporetech.com adaptive sampling
- with less 💸
- reference agnostic, so works for non-humans
- not just blood, even saliva
Just presented at #abacbs2025 yesterday.
It can do near-T2T assembly using @nanoporetech.com adaptive sampling
- with less 💸
- reference agnostic, so works for non-humans
- not just blood, even saliva
Just presented at #abacbs2025 yesterday.
Current standard of care requires a “battery of tests”, delaying critical treatment decisions.
Barnaby describes why the potential of Oxford Nanopore sequencing to provide precise & rapid tumour classification in one go is a researcher’s “holy grail”.
Learn more: https://bit.ly/4qRfl6x
Barnaby describes why the potential of Oxford Nanopore sequencing to provide precise & rapid tumour classification in one go is a researcher’s “holy grail”.
Learn more: https://bit.ly/4qRfl6x
November 26, 2025 at 7:19 PM
Current standard of care requires a “battery of tests”, delaying critical treatment decisions.
Barnaby describes why the potential of Oxford Nanopore sequencing to provide precise & rapid tumour classification in one go is a researcher’s “holy grail”.
Learn more: https://bit.ly/4qRfl6x
Barnaby describes why the potential of Oxford Nanopore sequencing to provide precise & rapid tumour classification in one go is a researcher’s “holy grail”.
Learn more: https://bit.ly/4qRfl6x
Gain an end-to-end solution for rapid and comprehensive microbial community analysis in this webinar. Join experts on Oxford Nanopore technology to learn about the Microbial Amplicon Barcoding Kit for real-time, high-resolution taxonomic identification. https://bit.ly/49y6lNH
November 25, 2025 at 11:13 AM
Gain an end-to-end solution for rapid and comprehensive microbial community analysis in this webinar. Join experts on Oxford Nanopore technology to learn about the Microbial Amplicon Barcoding Kit for real-time, high-resolution taxonomic identification. https://bit.ly/49y6lNH
With its expanding capabilities, Oxford Nanopore sequencing is detecting genetic variants that could explain long-unsolved medical mysteries.
Find out more: https://bit.ly/4i4Tjtj
Find out more: https://bit.ly/4i4Tjtj
November 24, 2025 at 7:07 PM
With its expanding capabilities, Oxford Nanopore sequencing is detecting genetic variants that could explain long-unsolved medical mysteries.
Find out more: https://bit.ly/4i4Tjtj
Find out more: https://bit.ly/4i4Tjtj
Reposted by Oxford Nanopore
Using @10xgenomics.bsky.social Genomics and @nanoporetech.com sequencing, we generated the first single-cell long-read dataset of the mouse hippocampus. For example, S100a16, a calcium-binding protein, has cell-type alternative isoforms undetectable with standard 10X 3’ short-read data:
November 19, 2025 at 3:19 PM
Using @10xgenomics.bsky.social Genomics and @nanoporetech.com sequencing, we generated the first single-cell long-read dataset of the mouse hippocampus. For example, S100a16, a calcium-binding protein, has cell-type alternative isoforms undetectable with standard 10X 3’ short-read data: