If you are interested in how translation influences mRNA stability, do check out our publication. We looked at normal mRNAs, codon optimality, miRNA binding sites and NMD; this paper has something for everyone. Enjoyed working on this project at @ChaoLabFMI and @FMIscience

My laboratory is interested to host the postdoctoral candidates who is interested in #tumormicroenvironment and #tumorStroma. Email @sarandkar@actrec.gov.in

A project dear to me got published. Thanks @EswarappaLab . Do take a look 👀@RNASociety @VoicesofIndAcad @AcademicChatter

Eukaryotic RNA turnover and viral biology - during morning session we further learned from Laura Lorenzo Orts about mechanisms of translation inhibitor during oogenesis in zebra fish and the role of Dicer1 during viral infections presented by Sebastien Pfeffer. #EMBOeukRNA23

I am happy to share with you the second work of my postdoc @PauliGroup aimed at understanding how maternal mRNAs are stored in the egg : https://t.co/8frFfgSGDn Want a summary? Check out our tweetorial here 👇

Had a blast at the EMBO Lab Leadership Course in Heidelberg Thank you @LifeSciLearn for setting up such an inspiring course. It was a pleasure to meet many amazing future leaders in science @AnnaSECuomo @JacobSmithSci @ClaudiaAloisi1 @Sweetwaterbeat @simone_giaveri

Excited to share our preprint by @LABlake93 and @yliu_UofU in collaboration with @InoueLabJHMI. We established a rapid inducible RNA decay technique and observed rapid recruitment and decay of mRNAs in p-bodies: https://t.co/EgwQ6hH7RC.

We are thrilled to welcome another new faculty who has joined us this month - Dr. Sunil Shetty. Sunil has done his PhD from @iiscbangalore & postdoc from @biozentrum Please find the link to his profile page: https://t.co/glbxGOwPI2 @ACTREC_TMC @TataMemorial

GW182 (aka TNRC6) is a core subunit of the miRNA-induced silencing complex - ever wondered what it does when it gets bored of Argonautes (AGOs) and miRNAs? Find out in our pre-print: https://t.co/bcxP7jN4BR (1/6)

Human mRNAs form globules in 3D and are prepared for export by the transcription-export complex. We are excited to share this and more mechanistic insights in our newest work, co-lead by the fantastic @bpachecofiallos and @MVorlandr. https://t.co/3gek1QRSu2 (1/9)

Hot from the press! We (@plaschka_lab @bpachecofiallos) dissected how the transcription-export complex recognizes mRNPs (=mRNA and associated proteins) in the nucleus, and we made a few surprising observations: here is the paper https://t.co/Lgao21Dz8Y and here the tweetorial👇

In our latest @biorxivpreprint we described how the CRISPR-dCas13 system can be used to induce stop codon readthrough of mRNAs, selectively @emlekha @Anumehasingh25 @debaleenak8 @BICS_IISc @iiscbangalore @Bio_IISc @VoicesofIndAcad #AcademicTwitter #CRISPR

We have a fully funded postdoc position available in our group. We focus on RNA Biology in understanding mRNA fate decisions mediated by the dynamics of RNP condensates in health and diseases https://t.co/h69mwvFrsd Please spread the word.

Single-molecule imaging reveals translation-dependent destabilization of mRNAs

A wonderful place to kickstart your research career. Do apply.

Science should be done as a hobby with no end goals. These days people do science like a production house. @ragh_gadagkar in his keynote address at #ISEB4

Congratulations to FMI group leader @LucaGiorgetti, who was awarded a @snsf_ch Consolidator Grant. Giorgetti will use the grant to study the fundamental principles that govern enhancer biology. https://t.co/zuj1rAsbJb

Now in @MolecularCell: using a tool to control and visualize RNA translation and decay one molecule at the time, @dave_pratik_ & colleagues @ChaoLabFMI discovered that translation promotes #RNA degradation — a finding that may help develop RNA-based drugs

Now out in @embojournal - how the Grainyhead protein helps to generate oscillatory gene expression to time molting in #Celegans. https://t.co/sREqqGUbqo Wonderful collaboration among Team Grosshans Lab @FMIscience