Regulating with RNAs in Bacteria and Archaea(@MeetingRna) 's Twitter Profileg
Regulating with RNAs in Bacteria and Archaea

@MeetingRna

Researchers at this biennial conference explore the discovery and functional analyses of RNAs in microbes.

ID:1205176671873179648

linkhttp://microbialrnameeting.com calendar_today12-12-2019 17:25:37

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Papenfortlab(@papenfortlab) 's Twitter Profile Photo

ChimericFragments: computation, analysis and visualization of global RNA networks academic.oup.com/nargab/article…

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Lars Barquist(@LBarquist) 's Twitter Profile Photo

Latest with Beisel Lab and Yanying Yu: Expanding the flexibility of base editing for high-throughput screens in bacteria.

academic.oup.com/nar/advance-ar…

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Papenfortlab(@papenfortlab) 's Twitter Profile Photo

Genome-wide profiling of Hfq-bound RNAs reveals the iron-responsive small RNA RusT in Caulobacter crescentus | mBio journals.asm.org/doi/10.1128/mb…

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Sahar Melamed 💔(@SaharMelamed) 's Twitter Profile Photo

If you are interested in bacteria-phage relationships, interbacterial interactions, bacteria-host interactions and RNA biology - reach out to me! I will be happy have a post-doc with an Azrieli fellowship!
Regulating with RNAs in Bacteria and Archaea

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Ewelina Malecka(@EMaleckaPhD) 's Twitter Profile Photo

Exciting news from Nature Communications: bacterial mRNAs are scanned for RNA-guided regulation. Hfq binds mRNA using one surface and compacts it using another. This way Hfq transfers an sRNA between different target sites within a single mRNA! go.nature.com/43aAGfK

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Ronald Breaker(@RonBreaker) 's Twitter Profile Photo

The bacterial OLE RNA is needed for cells to grow on most carbon/energy sources (except glucose or citrate) and to secrete proteins. This find suggests OLE ( ?) is part of a major regulatory apparatus of many Gram+ species. PNAS Nexus tinyurl.com/5bf45s2h

The bacterial OLE #noncoding RNA is needed for cells to grow on most carbon/energy sources (except glucose or citrate) and to secrete proteins. This find suggests OLE (#ribozyme?) is part of a major regulatory apparatus of many Gram+ species. @PNASNexus tinyurl.com/5bf45s2h
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Erik Holmqvist(@eholmqvist77) 's Twitter Profile Photo

New methods chapter describing our protocol for RNA interactome capture in bacteria.
link.springer.com/protocol/10.10…

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Sharma Lab(@SharmaLab1) 's Twitter Profile Photo

🚨2 weeks left to apply🚨
We are hiring a postdoc or a PhD student in biology biology for our project CRC 1583 DECIDE. Interested in -seq? Join us JMU.
➡️ Postdoc: uni-wuerzburg.de/fileadmin/0329…
➡️ PhD: uni-wuerzburg.de/fileadmin/0329…

🚨2 weeks left to apply🚨 We are hiring a postdoc or a PhD student in #infection biology #microbiology #RNA biology for our #Campylobacter project @CRC_DECIDE. Interested in #organoids #scRNA-seq? Join us @JMU. ➡️ Postdoc: uni-wuerzburg.de/fileadmin/0329… ➡️ PhD: uni-wuerzburg.de/fileadmin/0329…
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Philip Adams(@DrPhilipAdams) 's Twitter Profile Photo

Learn about new discoveries in bacterial regulatory RNAs at in Atlanta, GA (June 13-17) with an In-depth Symposium featuring storzlab and Mike Gebhardt. More talks selected from the abstract submissions. Apply by Jan. 23rd!! ASM
abstractsonline.com/pp8/#!/20188/s…

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Westermann lab(@WestermannLab) 's Twitter Profile Photo

New preprint from the lab reinforces the role of the RRM domain protein RbpB as a global RNA binder in Bacteroides and reports a function in post-transcriptional PUL regulation: doi.org/10.1101/2023.1…. Thanks to our collaborators Wenhan Zhu, Franziska Faber & Lars Barquist.

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Typas Lab(@TypasLab) 's Twitter Profile Photo

@EMBL is seeking for Head & one Scientist for the new Microbial Automation & Culturomics Core Facility at EMBL Heidelberg! The facility will enable automated high-throughput approaches in cultivation, genetic engineering and phenotyping of microbial single species & communities

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Leah Smith(@L_M_Smith) 's Twitter Profile Photo

1/ Out now in Nucleic Acids Res our latest dive into the 🌎 of CRISPR-Cas regulation. We uncovered regulators of type III array expression & characterized PigU 🐷 (aka LrhA), a LysR-type transcriptional regulator repressing both CRISPR & Cas activity 🧵👇 doi.org/10.1093/nar/gk…

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Sander Granneman(@GrannemanSander) 's Twitter Profile Photo

pyRBDome, our new pipeline for enhancing and interpreting large protein-RNA interactome datasets!

biorxiv.org/content/10.110…

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Sahar Melamed 💔(@SaharMelamed) 's Twitter Profile Photo

Cool paper from Hanah Margalit group introducing TRS (Termini by Read Starts): a computational pipeline for the identification of 3’ termini in RNAtag-seq data!
IMRIC Regulating with RNAs in Bacteria and Archaea
nature.com/articles/s4146…

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Tzachi Pilpel(@TPilpel) 's Twitter Profile Photo

Can random genes do good? How are genes born? A ground breaking work by Idan Frumkin and Michael Laub provide an amazing insight and detailed experimental dissection - random gene birth, whose encoded protein work with cell machineries, is very feasible nature.com/articles/s4155…

Can random genes do good? How are genes born? A ground breaking work by Idan Frumkin and @michael_laub8 provide an amazing insight and detailed experimental dissection - random gene birth, whose encoded protein work with cell machineries, is very feasible nature.com/articles/s4155…
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Paul Babitzke(@BabitzkePaul) 's Twitter Profile Photo

Our paper describing how CsrA regulates ribosome hibernation genes is now online. Another collaborative study with Tony Romeo's lab.
doi.org/10.1128/mbio.0…

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