Our new paper is out!
1/16
How does an organ rebuild its shape after injury? It's not just about making new cells, but aligning them in the right direction — like bricks shaping a structure.
https://t.co/oZ4zLCOVCm
Enjoying the talk by John Jumper, Lead of Alpha Fold team and Nobel Laureate. Layman breakdown on how the AF network understands structure and predict high dimensional object. Loved how you should consider scientific understanding not just data @Stanford@JohnJumperSci
12/ This PhD journey was a team effort, and I am forever grateful to everyone who was part of it.
Here’s to the next adventure with Prof. Dominique Bergmann @stanfordstomata !
@XinWanghelsinki developed a handy genetic tool called #RootTracker to follow fate of lateral root primordia (LRP). He showed that arrested LRPs gradually obtain cambium identity and contribute to the secondary growth.
https://t.co/UObwC3Y9pi
For at least the last 15 years I have wanted to know whether giant cells are randomly spaced in the sepal. We finally have an answer! They start random and become nonrandom as the surrounding cells divide. Geat collaboration @PauFormosa@GauthierWeissb1
https://t.co/24Un6pDCkt
We are recruiting! Fully funded post-doctoral positions are available. Interested in #morphogenesis#imaging#zebrafish? Join us @TheCrick to help us understand how embryos build a functional beating heart during development. Please RT 🙏
https://t.co/iXHDZOUVnI
In our Tansley review, we attempted to establish the stem cell concept in vascular cambium the way we see it. I hope that this is useful also for the other cambium enthusiasts.