Congratulations to Samuel Capon and coauthors on their latest study that dives into the fascinating world of phenotypic variation in Fibronectin mutants, exploring why the exact same mutation leads to different viability during embryonic development ! 🥳🎉 https://t.co/hJeM0rUH3P
🧵Excited to share our new paper on transcriptional adaptation and the role of RNA destabilization in triggering a TA-like response. Read the full study here 👉 https://t.co/TUP4nuVeMi [1/6]
Very proud to share my latest research on a novel biotechnological tool: The first use of a self-cleaving ribozyme to knock down an endogenous gene in a vertebrate model.
Thanks to the @StainierLab and to my co-authors #PLOSGenetics: https://t.co/ekUT3b0CzA
Paper alert! Congrats to Lara, @CMDooley77, @DouglasAdamoski and @TJ_ThomasJuan for their great work on identifying the first example of Transcriptional Adaption in humans!🎉
5/5 🌟 Why It Matters:
First evidence of TA in humans! This work rethinks DMD treatment, showing mRNA decay itself can drive genetic compensation. Kudos to 1st Lara! @DouglasAdamoski@TJ_ThomasJuan & team! @MPI_HLR 🎉 #RareDisease
We are happy to announce that we are expanding our social media outreach! 🎉
You can now find us on:
Linkedin: https://t.co/99pdqxWBNl
Bluesky: https://t.co/jFAavLOP8Q
Excited to share this article, where we highlight the possibility that dysregulation of genes via transcriptional adaptation, an mRNA feedback loop, may play a role in some dominant diseases.
@StainierLab
A new hypothesis to explain disease dominance https://t.co/96GKq9yzOh
Congratulations to Brian, Lara and coauthors on this article highlighting how dysregulation of genes via transcriptional adaptation may play a role in dominant diseases! 🧬🥳🎊
Check out the article here: https://t.co/4EWZlE9GQl https://t.co/7fpSZta7Ak
PhD Position Alert: Are you interested in studying cardiac fibrosis using the zebrafish as a model? We are looking for a passionate and dedicated PhD student! Find out how to apply below or share this post!!
https://t.co/uG8y97dKk9
Thrilled to share my PhD work published in @NatureCVR ! This journey was challenging, but persistence and dedication truly paid off. A huge thank you to all my co-authors for their support, and especially to my supervisor, Didier Stainier (@StainierLab ), for his guidance!
flt1 inactivation promotes zebrafish cardiac regeneration by enhancing endothelial activity and limiting the fibrotic response
Read this #OpenAccess Research Article by Zhen-Yu Wang, @rmarinjuez and colleagues:
https://t.co/DAFxtOeDpd
📢BIG NEWS! I am thrilled to announce that Novo Nordisk Foundation has awarded us a grant for a 4-year collaboration between @prlunde, @StainierLab , and @AliciaLundby! Together, we'll be studying cardiac fibrosis using #zebrafish as a model! Looking forward to it all!
The Yang lab will be expanding with MRC & Wellcome funding support! Watch out for recuitment adverts for technician, postdoc & PhD posts over the coming year. If you are interested in neural-pancreas interations, reach out for informal chats. #zebrafish#islet#diabetes
Excited to see our paper @StainierLab "The innate immune regulator MyD88 dampens fibrosis during zebrafish heart regeneration" being highlighted with a News & Views article! Thank you @NatureCVR and Kazu Kikuchi! 😊
https://t.co/hQdj0gkiFE
Congratulations to @radha_kul for a fantastic presentation on epicardial-myocardial interactions during early cardiac development! Well done👏🥳
#ICDAR2024
Grateful to all ICDAR 2024 organizers for giving me this great opportunity to present my work! 🎉
Also a big shoutout to @StainierLab members for their constant support!