Making good progress #FMIMove - most stuff already unpacked. Big thanks for the great team effort to @LabGrosshans and our incredible @KathrinBraun16 👍👍😀
Ever wondered how biological clocks time developmental events? @LabGrosshans@FMIscience we do - and use experiments and theory to find out. Join us – FMI's PhD program is now accepting applications 👇, and we offer #phdpositions.
Now in @NAR_Open: researchers in the @LabGrosshans created an encyclopedia of miRNA dynamics during worm development, uncovering mechanisms of their regulation. The work may reveal how these molecules contribute to disease when they become dysfunctional. https://t.co/aRp57vxai9
Towards a core gene-regulatory network during C. elegans larval development and molting:
Screen by @LabGrosshans@FMIscience identifies key role of #Grainyhead/LSF #transcription factor GRH-1 in rhythmic transcript accumulation
https://t.co/o318pt5P7N
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
Now out in @embojournal: the @LabGrosshans identified the mechanisms underlying a molecular clock that allows #Celegans worms to shed their outer body covering — findings that may help throw light on skin development and #regeneration in other animals. https://t.co/pYUfWUg5d0
📢Please RT: We're hiring two tenure-track group leaders, one in Multicellular Systems and one in Genome Regulation/Structural Biology. Apply by March 19 at:
https://t.co/D19YLcCUpy
or
https://t.co/CG9l0yii7I
#AcademicTwitter
🚨 JOB ALERT 🚨- please retweet📢
We're looking for a PhD candidate to study chromatin dynamics during development.
This is a fully funded @snsf_ch#Ambizione position/project together with @LabGrosshans. @FMIscience in Basel, Switzerland.
See below:
https://t.co/ebTDS1IcMT
His @snsf_ch#Ambizione grant will allow Stephen Methot (@methot_stephen), currently in @LabGrosshans, to study how dynamic changes to heterochromatin can affect developmental programs.
Two more days till you can start applying👇. My lab will offer a position to study biological clocks and timers - check out the lab's website if you'd like to know more: https://t.co/EDJyLkHwQB
Three amazing days of #EMBODevTempo@EMBLBarcelona!
It has been exciting to listen to inspiring talks and meet so many great people! I'm very happy and I feel honoured that our work from @LabGrosshans at @FMIscience got awarded with a poster prize!
Say cheese. Thanks to all the participants, speakers, and organisers of #EMBODevTempo for a wonderful 3 days of everything timing in development and evolution! We hope everyone had a great time at sunny @EMBLBarcelona! ☀️🕶️
Out now in @NatureComms: FMI group leader Helge Grosshans (@LabGrosshans) together with @betowbin and Klement Stojanovski at @unibern discovered a mechanism that ensures that adults of the same species grow to similar sizes. https://t.co/b6iYbBVyG2
I will establish my lab @BioCAT_Poz and thanks to @NCN_PL SONATA BIS grant, I am looking for 2 Ph.D. students to explore the function/s of DPPIV family proteases using C. elegans as a model system. Please see the below advert for details.
https://t.co/SL0SYexiA1
And we are hiring 👇. So if you are interested in studying a gene expression oscillator (aka developmental clock) using genomics, time-lapse imaging, genetics, modelling,... - do apply by May 1 through our Phd/MD-PhD program @FMIscience
Happy to share our new @biorxiv preprint identifying new components of the C. elegans oscillator/molting clock: https://t.co/NpNOt2aHW6 @ERC_Research, @FMIScience#EESBioOsc 1/7