The first brave graduate student to join the lab successfully defended her thesis! Congrats Meike!! She helped establish the lab foundation and is an absolute rockstar in and out of the lab. We will miss her tonssss, but she'll always be part of the familia :)
Happy to see another story from my postdoc in @Ken_Poss_Lab out! This time Spinal Cord Regeneration in Zebrafish and Neonatal Mice!
A big thank to our incredible co-authors to make this work possible! 🐭🐟🐭🐟 https://t.co/MDa2YM9ADU
Work led by grad student John Devany on how physical constraints within epithelial tissue regulate cell size is now out in Dev Cell!
https://t.co/tHiXKvny7J
Congratulations to Stefano Di Talia!
The Ruth and A. Morris Williams Faculty Research Prize was established to advance research opportunities for early career faculty members and is awarded for research excellence demonstrated at Duke.
Do you want to know how some organisms regenerate entire organs and appendages?! Here’s an amazing chance to gain great training as a quantitative, regenerative biologist! Check out @aledesi and his lab!
We are looking for outstanding postdocs/senior scientists to investigate the mechanisms controlling tissue size, shape and structure in regeneration! Imaging, data analysis, theory and more. @Biologie_UNIGE@sciences_UNIGE@ZebrafishRock https://t.co/yA4l9VV9hB
Check out the thread below about our (relatively) new preprint with the #CytomorphoLab !! 👇
It's exciting to see how external & global factors can robustly govern the dynamics of active matter. A cool modeling project for me with some simple yet profound results!
So thrilled to announce that our brilliant, fearless, and wonderful PI @elliehoopla will be officially promoted to Associate Professor with tenure!! CONGRATS, Ellie!! ♥️🎉🎊
Excited to share one of my two main postdoctoral stories in @Ken_Poss_Lab@DukeU. We employ #zebrafish enhancers to boost mammalian heart regeneration, while controlling it in time and space. A journey from zebrafish, to mouse, to pig! https://t.co/54xvteru6S
Excited to share one of my two main postdoctoral stories in @Ken_Poss_Lab@DukeU. We employ #zebrafish enhancers to boost mammalian heart regeneration, while controlling it in time and space. A journey from zebrafish, to mouse, to pig! https://t.co/54xvteru6S
Having a blast at #CellBio2022! Excited to share my post-doc work today. I’ll speak in the Biological Size Control session this evening (rm 207A), and I’ll share a poster this afternoon P2324/B654. Hope to chat with you!
I am thrilled to share that I will open my lab at the Institute of Biology Valrose in Nice (Côte d’Azur/France) as a Group Leader in March 2023 @ibvnice @Univ_CotedAzur! We will study innate mechanisms of spinal cord regeneration using primarily adult zebrafish as a model system.
The newest work from the lab is available at eLife now!
Sequential addition of neuronal stem cell temporal cohorts generates a feed-forward circuit in the Drosophila larval nerve cord https://t.co/0846HexaFv