Oxford Nanopore
@nanopore🌍Direct DNA/RNA analysis for anyone, anywhere 🧬Short to ultra-long reads in real-time for rapid insights 🔬Products for research use only
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Catch us at booth 203 at #ASHG24! We’ll be hosting an Industry Education Session, two CoLabs, on-booth activities, and an off-site evening event. Register to make sure you don’t miss out: bit.ly/3Brf1qa
LAST CHANCE! TODAY, Andrea O'Hara, PhD, a multiomics expert at GENEWIZ from Azenta Life Sciences, will discuss how to use nanopore sequencing technology to enhance the precision and efficiency of cell and gene therapy programs. REGISTER: hubs.li/Q02WjRR80 @nanopore
@LaurentijnT and I recently developed a @nanopore panel-based pharmacogenomics test, testing a large panel of genes. ApoE is one of those genes. We illustrate how long-read DNA-sequencing allows better results. No Leqembi for HG005, two copies of ApoE4 are present! 5/5 @ugent
Very happy to have contributed to this one! Check out our newest article on @nanopore performance for whole genome assembly and methylation analysis in planta. Near gold-standard quality A.thaliana (TAIR10) assembly w/ genome-wide CpG-metylation patterns from a single flow-cell.
New @biorxivpreprint led by Sam Martin with @matholomoo @michaelgiolai @SamuelHorsfield @NedPeel and other (sensible) non-twitter types. biorxiv.org/content/10.110…
Research into #epigenetics transformed #genomics. #Epitranscriptomics is poised to do the same with #RNA research. Here we present a simple workflow for RNA modification analysis from a human blood research sample, using direct RNA #nanopore sequencing: bit.ly/3UG1m5e…
Current single-cell haplotyping for preimplantation genetic testing needs DNA from parents & relatives. Read how #nanopore sequencing could transform this by allowing direct haplotype phasing of parents & embryos, without relatives. Read here: bit.ly/3BVqRJ4
Researchers at @JalilaChildrens have unlocked novel insights to transform the identification of rare diseases. Using any-length #nanopore sequencing they identified novel variants, transcripts & epitranscriptomic mods — to characterise unresolved cases: bit.ly/3UPZBCH
MetaMDBG killing it for #metagenomics assembly! 1. Nicolas Maurice showing how it captures more diversity than metaflye & hifiasm-meta. 2. Gaëtan Benoit @gaetan_benoit presenting new NanoMDBG module that improves it further for @nanopore #genomeinformatics24 #microbialgenomics
Introducing... the MinION Mk1D. Learn how — from research labs to the Arctic tundra — the real-time portable sequencer lowers the barrier to accessing genomic information, enabling novel insights anywhere, by anyone. Learn more: bit.ly/48NYLvM
At NCM 2024 Mathilde Filser showcased how ultra-rich #nanopore data could transform cancer identification — from detecting germline cancer risks to detailed tumour characterisation. Learn more: bit.ly/4fCHszV #WYMM
Read how a group of researchers pushed the boundaries of how much data can be obtained from one research sample. Utilising #nanopore technology they characterised genetic, epigenetic & transcriptomic changes during the immune response: bit.ly/3CdPnWd
@WasatchBiolabs is teaming up with @Nanopore, to develop a Direct Whole Methylome Sequencing product that addresses key limitations associated with traditional bisulfite sequencing and methylation microarrays. #UtahLifeSciences Read the full story here: ow.ly/rW8H50U5C5u
So great to have @proukakis at @KingsMND discussing his exciting recent work with @sedlazeck on long-read @nanopore single-cell sequencing. 🚀🧠 Great method to assess somatic transposon activity in the human brain – a new window into neurogenomics!
Day 1 of the Oxford Nanopore Technologies workshop🧬 We will sequence South African 🇿🇦bacteria, elephant 🐘 , fish 🐟 and fungi🧫. Big thanks to @diplomics_sa for empowering African research! 🌍🔬 #Genomics #AfricaScience #ONTWorkshop #CapacityBuilding @Talentino_rams
Current classification of brain tumours is expensive, & slow. ROBIN may change this. The nanopore-based tool shows potential for real-time, intraoperative, methylome classification & profiling in a single assay. Learn more: bit.ly/4dLX0A9
Pathogen outbreaks are on the rise. Discover how researchers are harnessing #nanopore sequencing for rapid, comprehensive & affordable pathogens insights. Outbreaks don’t wait, and neither should you. Find out more: bit.ly/4hwYMrU #WYMM
Do you fancy taking to the stage at #nanoporeconf to share your latest #nanopore-based research? Submit your abstract before 14th January to be in with a chance! bit.ly/4en6aTU #nanoporeconf
This blog explores how #nanopore sequencing is reshaping biopharma R&D — from driving innovation in precision medicine to how ultra-rich #multiomic data is transforming biomarker & antibody discovery. Read here: bit.ly/4hHqDWB
.@AlastairDroop shares how previously multiple methods & analyses were required to detect different variant types. Learn how using #nanopore technology he characterised small & structural variants as well as methylation all in a single run. #WYMM
Current methods to detect antimicrobial resistance (AMR) are time-consuming & limited to cultured organisms. Read how researchers utilised 16S rRNA #nanopore sequencing to obtain genus-level identification from polymicrobial samples within 72 hours: bit.ly/3AbdO5Y…
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