We're partnering with BugSeq to deliver rapid and accurate analysis solutions for microbiology labs.
This collaboration will enhance critical insights into pathogen identification, outbreak investigations, & #AMR profiling.

Read more: bit.ly/49ZmB6K #ECCMID

Actionable methylation detection and CNV calling from low pass WGS to enable discrimination of tumor types from 210Mb of data (Oxford Nanopore MinION scale). From FFPE sample.
One less barrier. Thanks to pioneering work of Christian Thomas et al.

Long turnaround times, high costs, & technical limitations are common with legacy sequencing platforms.

Join us at #ECCMID2024 to discover how nanopore technology overcomes such limitations to provide the answers you need, when you need them. #AMR #WYMM

Only ~2% of bacteria can be cultured in the laboratory.

This white paper explores how #metagenomics and #nanopore sequencing overcome this challenge to uncover new insights into unculturable microbial communities: bit.ly/3W0sxJB

What you're missing matters. #WYMM

What you're missing matters. #WYMM

Here, Yamada et al. showcase how adaptive sequencing unveils the mysteries of imprinting disorders like PWS & AS.

No PCR. No bias. Just direct detection of methylation with groundbreaking efficiency.

Read here: bit.ly/3TQmjZY

One of our customers, Seoul University, tested methylation using the RNA004 kit with early access. The results are quite amazing: improved accuracy and output. We are looking forward to the upcoming release of RNA004 Oxford Nanopore.

Excited to announce the launch of the Compatible Products Programme.

The new initiative is designed to expand the network of approved third-party products to foster a more accessible genomics ecosystem & new applications of nanopore technology.

Read: bit.ly/4dfinuQ

Amazing to see Maximilian Gantz and team using MinION in the Peruvian Amazon to study the gut microbiome of the ocelot!

A fantastic example of how portable, real-time DNA/RNA sequencing can drive impactful ecological studies.

#AnythingAnyoneAnywhere #10YearsON

Excited to be at #ECCMID2024 #ESCMIDGlobal representing the Oxford Nanopore #EPI2ME team with Natalia Garcia - We'll be demoing AmPORE-TB, Metagenomics, and Isolate (NO-MISS) every day at 12:15pm on our booth ( #C3 )! Be sure to join us!

Don’t miss Oxford Nanopore exhibiting at The Festival of Genomics & Biodata in Boston in June! Grab your ticket here: hubs.la/Q02ty0Hl0 #FOGBoston

Out with the old. In with the future.

Nanopore sequencing vs bisulphite:
• More accurate
• Detection across the entire genome
• No paired sample required
• SVs, SNVs, & methylation called from a single dataset
• Phase methylation
bit.ly/4cRbdwv #wymm

Have a read on my new piece on #biomarker discovery in #oncology for #pharma and #biotech in

rdworldonline.com/for-drug-disco…

Note the value of Oxford Nanopore flexible platform: short and long reads as well epigenetic information included.

What you are missing matters!

AmPORE-TB is a same day (<6hrs) assay for the identification of Mycobacterium tuberculosis and antimicrobial resistance markers.

Join us during one of our demos at #ECCMID2024 to learn about this new end-to-end workflow coming later this year: bit.ly/3Q40TaI

Drastic improvement for Oxford Nanopore DRS using kits RNA004 vs RNA002, confirming a similar observation previously by other labs Alexander Wittenberg Miten Jain. Average base error rate reduced from 10.2% (RNA002) to 4.2% (RNA004).

Reveal more biology with our wf-single-cell data analysis workflow.

During this Knowledge Exchange, learn best practices for library preparation and how nanopore sequencing can transform your understanding of single-cell biology.

Warch here: bit.ly/3Ud1b1w #WYMM

From an initial sketch on the side of the road, to the only sequencing technology that provides native, real-time analysis of DNA & RNA fragments of any length, in fully scalable formats. Nanopore sequencing has come a long way...

Learn more: bit.ly/3UgKXV5 #TechTuesday

Just as short-read RNA-seq revealed gene expression data that was not possible with previous methods such as microarrays.

Long nanopore reads are now unlocking deeper insights into transcriptomics that were previously out of reach.

Learn more: bit.ly/3UfVnnZ #WYMM

Explore how nanopore adaptive sampling (AD) is transforming methylation profiling.

Offering insights into age prediction and body fluid identification discover AD's application in forensic and clinical research!

Watch here: bit.ly/3xGiEX6 #wymm