
Jacki Heraud-Farlow
@jacki_hf
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Team leader at CiiiD Hudson institute . A-to-I RNA editing, dsRNA, auto-inflammatory disease. Mum 👧🏼👧🏼👧🏼. Views are my own. She/her.
Melbourne, Victoria
Joined May 2019
Time for a 🧵 on our new paper from the Walkley lab. If you're into RNA editing by ADARs, double-stranded RNA (dsRNA) sensing, post-transcriptional gene regulation and CRISPR screening, then read on! 1/X. #RNABiology #InnateImmunity.
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RT @scottbscience: 📢 New paper from the lab!. In a fantastic new collaboration with @ana_tufegdzic lab, we characterise a major Pol II home….
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RT @inflammasomelab: Have you ever wondered whether pyroptotic corpses have functions beyond the grave? We made the surprising discovery th….
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RT @TimGottschalk: If you have a sec, check out our new paper by @Amy_Hsu_ with @HibbsLab (@MonashImmunol) and @ivana_hal (@imgprague) show….
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RT @ScienceMagazine: A new @SciImmunology study reveals new pathways regulating the cellular response to unedited double-stranded RNA, whic….
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RT @gavinjknott: We are excited to share pre-prints describing a successful foray into ML-driven protein design. With @Rhys__G we designed….
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RT @SethCheetham: There are more ways to design an mRNA than atoms in the universe, so how do you choose the best one? Our new @BASEmRNA so….
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RT @gjendinevoss: Apply today to present your work and connect with future leaders in RNA biology: And don't forge….
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RT @DavidovichLab: Moderna’s first manufacturing site in the Southern Hemisphere has now officially launched here in the Monash Technology….
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RT @DraganaV10: What an end to the year! Our work is out in @NAR_Open! 🎉 We mapped #interactomes of both #ADAR1 isoforms during homeostasis….
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Massive kudos and thanks to the Walkley lab team @SVIResearch and @CiiiD_Hudson on this project including @AlistairChalk and collaborators including @VCFGconnect, @RNAedit, @QinA2I and @EpiAgeing_lab labs. This is just the highlights, so much more in the paper!.15/15.
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As mutations in ADAR1 can cause Type I interferonopathies and autoinflammatory disease such as Aicardi-Goutieres syndrome (AGS), our screen has identified new genes like GGNBP2, CNOT10 and CNOT11 as new potential therapeutic targets in #raredisease. 13/X.
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