🧬 polyAtlas update: a 3′-end atlas from public direct-RNA long-read data.
Six species: human, mouse, yeast, rice, Arabidopsis and C. elegans.
Improved sample annotation, so you can now compare site usage across tissues
expressrna.org/polyAtlas
#expressRNA #polyAtlas #DirectRNA #bioinformatics
Six species: human, mouse, yeast, rice, Arabidopsis and C. elegans.
Improved sample annotation, so you can now compare site usage across tissues
expressrna.org/polyAtlas
#expressRNA #polyAtlas #DirectRNA #bioinformatics
October 25, 2026 at 9:53 AM
🧬 polyAtlas update: a 3′-end atlas from public direct-RNA long-read data.
Six species: human, mouse, yeast, rice, Arabidopsis and C. elegans.
Improved sample annotation, so you can now compare site usage across tissues
expressrna.org/polyAtlas
#expressRNA #polyAtlas #DirectRNA #bioinformatics
Six species: human, mouse, yeast, rice, Arabidopsis and C. elegans.
Improved sample annotation, so you can now compare site usage across tissues
expressrna.org/polyAtlas
#expressRNA #polyAtlas #DirectRNA #bioinformatics
expressRNA presents polyAtlas: taking all human #Nanopore direct-RNA sequencing data and building an atlas (map of RNA molecule endings), annotated by cell line.
www.expressrna.org/polyAtlas
Every transcript has an ending. Not every ending is the same.
#expressRNA #polyAtlas #Nanopore #directRNA
www.expressrna.org/polyAtlas
Every transcript has an ending. Not every ending is the same.
#expressRNA #polyAtlas #Nanopore #directRNA
October 21, 2026 at 3:16 PM
expressRNA presents polyAtlas: taking all human #Nanopore direct-RNA sequencing data and building an atlas (map of RNA molecule endings), annotated by cell line.
www.expressrna.org/polyAtlas
Every transcript has an ending. Not every ending is the same.
#expressRNA #polyAtlas #Nanopore #directRNA
www.expressrna.org/polyAtlas
Every transcript has an ending. Not every ending is the same.
#expressRNA #polyAtlas #Nanopore #directRNA
The sun is finally out in San Diego!! @rnasociety.bsky.social #RNA25 If you missed @nanoporetech.com 's sponsored session presentation on Wed w/ all our updates don't worry! We have 2 posters up tonight (Fri). P2-285 for #cDNA and P2-331 for #directRNA. Come speak to us at the booth, too! #RNA2025
May 30, 2025 at 5:46 PM
The sun is finally out in San Diego!! @rnasociety.bsky.social #RNA25 If you missed @nanoporetech.com 's sponsored session presentation on Wed w/ all our updates don't worry! We have 2 posters up tonight (Fri). P2-285 for #cDNA and P2-331 for #directRNA. Come speak to us at the booth, too! #RNA2025
Hello @rnasociety.bsky.social ! Happy to be in San Diego for this year's #RNA25 mtg! Join us at @nanoporetech.com 's session tomorrow (Wed 1:10 pm) to hear updates on #directRNA & #cDNA sequencing. Lunch provided! Reg below. Or chat to us at booth 5! #RNA2025
nanoporetech.com/about/events...
nanoporetech.com/about/events...
Oxford Nanopore at the RNA Society 2025 Meeting
Join the Oxford Nanopore Technologies team at our sponsor seminar or at our booth at the RNA Society 2025 Meeting!
nanoporetech.com
May 27, 2025 at 10:48 PM
Hello @rnasociety.bsky.social ! Happy to be in San Diego for this year's #RNA25 mtg! Join us at @nanoporetech.com 's session tomorrow (Wed 1:10 pm) to hear updates on #directRNA & #cDNA sequencing. Lunch provided! Reg below. Or chat to us at booth 5! #RNA2025
nanoporetech.com/about/events...
nanoporetech.com/about/events...
#RNA25 don't miss Oxford Nanopore's 1:10 pm session tomorrow w/amazing speakers: Leland Taylor (NIH/NHGRI) using #directRNA seq studying disease and Yasuhiro Murakawa (Kyoto Univ) using #cDNA & #dRNA investigating human transcripomes. Lunch provided #RNA2025
nanoporetech.com/about/events...
nanoporetech.com/about/events...
Oxford Nanopore at the RNA Society 2025 Meeting
Join the Oxford Nanopore Technologies team at our sponsor seminar or at our booth at the RNA Society 2025 Meeting!
nanoporetech.com
May 27, 2025 at 10:27 PM
#RNA25 don't miss Oxford Nanopore's 1:10 pm session tomorrow w/amazing speakers: Leland Taylor (NIH/NHGRI) using #directRNA seq studying disease and Yasuhiro Murakawa (Kyoto Univ) using #cDNA & #dRNA investigating human transcripomes. Lunch provided #RNA2025
nanoporetech.com/about/events...
nanoporetech.com/about/events...
The latest achievement from the Dziembowski Lab @IIMCB now published at @naturecomms.bsky.social. Ninetails is a #neural-network based tool using
@nanoporetech.com #directRNA data to identify and quantify non-adenosines in #mRNA #polyA tails.
Huge congrats to Natalia!
@nanoporetech.com #directRNA data to identify and quantify non-adenosines in #mRNA #polyA tails.
Huge congrats to Natalia!
Excellent paper and an exciting, much needed breakthrough method for mRNA analysis
Nice! Congrats, Dziembowski lab!
Direct #profiling of #non-#adenosines in #poly(A) #tails of endogenous and therapeutic #mRNAs with Ninetails
Natalia Gumińska...Andrzej Dziembowski
rdcu.be/ed41t
Direct #profiling of #non-#adenosines in #poly(A) #tails of endogenous and therapeutic #mRNAs with Ninetails
Natalia Gumińska...Andrzej Dziembowski
rdcu.be/ed41t
March 19, 2025 at 10:14 PM
The latest achievement from the Dziembowski Lab @IIMCB now published at @naturecomms.bsky.social. Ninetails is a #neural-network based tool using
@nanoporetech.com #directRNA data to identify and quantify non-adenosines in #mRNA #polyA tails.
Huge congrats to Natalia!
@nanoporetech.com #directRNA data to identify and quantify non-adenosines in #mRNA #polyA tails.
Huge congrats to Natalia!
First run using the Direct RNA kit from @nanoporetech.com An exciting step forward in our transcriptomics workflow!
#Nanopore #DirectRNA #RNAseq #LabUpdate
#Nanopore #DirectRNA #RNAseq #LabUpdate
May 28, 2025 at 3:54 PM
First run using the Direct RNA kit from @nanoporetech.com An exciting step forward in our transcriptomics workflow!
#Nanopore #DirectRNA #RNAseq #LabUpdate
#Nanopore #DirectRNA #RNAseq #LabUpdate
RNA modifications that shift in real time. ⏱️
Logan Mulroney takes the stage to present direct RNA nanopore sequencing of human pancreatic beta cells, revealing how modifications change rapidly after glucose stimulation.
#VALT2026 #LongReads #DirectRNA #Epitranscriptomics
Logan Mulroney takes the stage to present direct RNA nanopore sequencing of human pancreatic beta cells, revealing how modifications change rapidly after glucose stimulation.
#VALT2026 #LongReads #DirectRNA #Epitranscriptomics
July 1, 2026 at 10:54 AM
RNA modifications that shift in real time. ⏱️
Logan Mulroney takes the stage to present direct RNA nanopore sequencing of human pancreatic beta cells, revealing how modifications change rapidly after glucose stimulation.
#VALT2026 #LongReads #DirectRNA #Epitranscriptomics
Logan Mulroney takes the stage to present direct RNA nanopore sequencing of human pancreatic beta cells, revealing how modifications change rapidly after glucose stimulation.
#VALT2026 #LongReads #DirectRNA #Epitranscriptomics
Differential RNA modification analysis using nanopore dRNA-seq reveals exciting new insights into beta-cell glucose response. #RNAModifications #LongReadTranscriptomics #DirectRNA #dRNA #Nanopore
Direct RNA nanopore sequencing reveals rapid RNA modification changes following glucose stimulation of human pancreatic beta-cell lines https://www.biorxiv.org/content/10.1101/2025.06.12.659352v1
June 14, 2025 at 7:39 PM
Differential RNA modification analysis using nanopore dRNA-seq reveals exciting new insights into beta-cell glucose response. #RNAModifications #LongReadTranscriptomics #DirectRNA #dRNA #Nanopore