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Stay tuned for the Symposium "50 years Shine-Dalgarno - the impact of RNA science and innovation" 5-8 June 2023, Shine Dome, Canberra shine-dalgarno-symposium.org.au

Registration is open for an exciting celebration of 50 years of Shine-Dalgarno and other key RNA discoveries at ANU, Australia and worldwide, the impact of RNA science and innovation, and the opening of the Shine-Dalgarno Centre for RNA Innovation shine-dalgarno-symposium.org.au

Less than an hour to poster presentations at #RNA23 #RNA2023, Singapore 🇸🇬. If on site, please kindly check my poster section, P1-140, for discussions on epitranscriptomics research. Looking forward to getting feedbacks especially for my PhD research. Thanks ☺️

Excellent talk by Alex Sneddon presenting her work on RISER at the RNA2023 meeting in Singapore. #RNA23

What a great time #RNA23 in Singapore 🇸🇬 has been so far! For those here, come to poster 535 from 9:30 onwards tonight for a (accidentally colour co-ordinated) chat about the closed-loop 🔄 and #mRNA translation 👩‍🔬

The Shine-Dalgarno Centre for RNA Innovation launches today, marking a historic moment in Australian #RNA research. The Centre will propel us into an era of new discoveries, medicines, and leadership in the field. More about the #ShineDalgarno Centre at: bit.ly/SDCRI50

Very nice talk by Alex Sneddon on adaptive sampling of RNA sequences sequenced by Oxford Nanopore. You can check out her method, called RISER here: github.com/comprna/riser #ShineDalgarno50

Enjoying Canberra winter on ourANU campus and celebrating this amazing research group - missed AJ Sethi (in Japan doing exciting science) EMBL Australia github.com/comprna/

Detecting RNA molecules with deep learning 🧬 Our tools for measuring biology are increasingly controlled with granular precision by software. This has real consequences. Oxford Nanopore sequencers expose a "read-until" API that enables users to selectively reject molecules

Squigualiser with more features such as auto base shift enhancements and support for RNA004.

It's finally published. This one took a long time to get through reviewers: Prediction of m6A and m5C at single-molecule resolution reveals a transcriptome-wide co-occurrence of RNA modifications link.springer.com/article/10.103…

.Eduardo Eyras Alex Sneddon develop RISER, a biochemical-free technology to enrich or deplete RNA classes in real-time during direct RNA sequencing. #BiotechNatureComms Nature Communications nature.com/articles/s4146…

RISER has been updated to support Oxford Nanopore RNA004 adaptive sampling to enrich or deplete RNA classes such as mRNA, mtRNA and globin mRNA: github.com/comprna/riser