I am moving under the blue sky 😉. There is a tremendous community of #RNA and #Ribosome addict. Cannot support here any longer. Hope to see you there. I will not post anything more here.

I am very proud to announce that our team has received an ERC synergy grant from @ERC_Research A wonderful recognition of a truly collaborative effort with friends (Julius Lukes, Leos Valasek and Mark Osborn). Excited to begin this scientific journey at @I2BCParisSaclay

Nous vivons dans une ère où parler fort devient plus important que parler de faits. Je suis convaincu qu'on a besoin de plus de culture scientifique dans notre société. Pourquoi la culture scientifique est importante? Thread👇à partager pour plus de culture scientifique

The epitranscriptome formed by the growing number of modifications occurring within mRNA transcripts.

The time is ripe to substantially advance our understanding of translation. We can profile the diverse pool of modified tRNAs and a wider spectrum of amino acid incorporation into proteins: https://t.co/5XMPAq67qi The synergy of these developments will exciting ❗️ 1/2

Hibernating ribosomes have a complex social life in starved yeast cells: they assemble into intricate clusters and bind to mitochondria, illustrating how ribosomes hibernate in their natural habitat. More—in this fascinating study by @jomaa_lab: https://t.co/wDSEkPPmRk

So apparently there is m5C in bacterial tRNA 🦠 Stress-induced modification of Escherichia coli tRNA generates 5-methylcytidine in the variable loop | PNAS

Online Now: Threonine-rich carboxyl-terminal extension drives aggregation of stalled polypeptides https://t.co/EkgQdRbqNs

very happy to present our latest work on the diversity of RiboSeq signals associated with canonical and noncanonical translation! An almost 100% @i2bc paper with @BioCgpapado and @namyolivier published in @GenomeBiology ! https://t.co/xGkK7wbxUm

Les contours des sections du CoNRS vont changer https://t.co/nZYK7uXxj5 Création de deux sections supplémentaires, modification des périmètres de plusieurs autres sections, modification de l’intitulé de huit sections et nouvelle numérotation de toutes les sections. @CNRS

Nice to get good news from a publisher! Our review on quality control pathways working on #ribosome collisions has had over 3,000 views! If you want to learn all about ribosome collisions and how they are handled by cells check out:

DENSE is out! Mine your genome and highlight its de novo genes :D

The paper was published in @Nature and can be downloaded here:

MicroRNA genes have evolved and expanded within the genomes of multicellular organisms for over 500 million years. Today, we know that there are more than a thousand genes for different microRNAs in humans, and that gene regulation by microRNA – discovered by this year’s

RNA again! I did not believe miRNA would get it after siRNA. Pretty good for the field.

TLN468 changes the pattern of tRNA used to read through premature termination codons in CFTR | @scoopit

We're excited to announce the publication of our latest study on the identification of a novel tRNA modification, 2-aminovaleramididine (ava2C), and its molecular basis on decoding. Congratulations and thanks to our wonderful collaborators! https://t.co/8mfHIcMeWj

I recommend this thoughtful preview article highlighting our recent publication. Thank you @GertonJennifer @PaxtonKostos @anna_galligos for supporting our work! https://t.co/3xES92fvek

I'm excited to share our latest review on mistranslation of the genetic code. I had a great time working with all the authors. A special shout-out to the talented @DBSchuntermann, whose creativity and determination were instrumental. https://t.co/mcXVPJCnFa

Le choc. 😶 En cette semaine de rentrée, voici très belle expérience #madeinfrance réalisée par l'agence @PublicisConseil pour le #SIG, le Service d'Information du @gouvernementFR. #actu #CultureCauses