🚨 Chaste workshop registration open now!
We'll be holding a Chaste workshop, focussed on our new individual-cell based models and python bindings, at @UniofNottingham Jan 8-10th 2025. Some travel funding available. Apply today!
https://t.co/EqY4S6kkbW
Reminder that @struttlab and I have a PhD studentship available, blending modelling and experiments to understand tissue patterning in a fluctuating environment https://t.co/M9zn1ERnGd
Interested in #spatial dynamics of cells and their #chemical environment? Check out this new tool developed by our great PhD student @JohnsonConnah ! https://t.co/vpujTKNw6o
After a nice talk on cytoneme-mediated patterning by @kyz1024 (what a nice application of @Chaste_Project!) we conclude the morning with a tour de force by @BlindMath: some modern challenges in pattern formation (featuring Turing cats 🐈)
@Chaste_Project we are organising a virtual meeting (1st July) to develop a support network for all Students and Post-Docs using (cell-based) Chaste. If you want to join and get involved sign up! DM for queries. https://t.co/H3WU2ej0tG
"Seven challenges in the multiscale modeling of multicellular tissues", my review/opinion piece with @DIYOzzy, is now published online: https://t.co/tAg4PgrHla (Special thanks to anonymous reviewer 2 for suggesting 7 additional references, all featuring the same author)
🎉 Our new combined experimental and modelling paper of cytoneme-mediated tissue patterning in zebrafish brains is out! 🥳 Simulations powered by @Chaste_Project 🦾
@struttlab and I may have money for a postdoc modeller for 6-9 months, starting soon. Some planar polarity, some growth, some @Chaste_Project. Please contact me for details, or forward to anyone who might be interested. Thanks!
Thank you for including our recent preprint ➡️https://t.co/y4ELAh1MXv in this week's #mathonco newsletter @mathoncbro 😊
Here's a video from our preprint on colonic #crypt evolution produced with @Chaste_Project.
🟡wild-type 🔵MMR-def. ⚪️APC+/- ⚫️APC-/- cells
If you're interested in multiscale modelling of multicellular tissues, I've written a short piece with @DIYOzzy on some of the ongoing challenges associated with doing this: https://t.co/HjBzUq7AXL
5. We use a cell-based vertex model using @Chaste_Project to confirm that a tangential apical force, as provided by shear stress, can result both in the reported bias in cell shape and in the observed elongating outgrowth.
Happy to share our new invited review on cell-based modeling in cancer, in @ASCO's JCO Clinical Cancer Informatics. We include curated collections at @Science_Open, making it a living review. Nicely done, @jmetzcar, @YafeiWang89, and @rheiland!
https://t.co/GxRXGx9le7
We're also happy to announce much-improved docker support, making it even easier to get Chaste working, whatever your favourite OS is. Thanks @b_d_evans!
https://t.co/9egJqGbGEF
Version 2019.1 has been released! Includes C++14 support, new features and bug fixes. Supports Ubuntu up to 19.04. Release notes here: https://t.co/nv3QqUAbuh Download here: https://t.co/xcy0momimK
Version 2018.1 has been released. Includes improved C++11support and some bug fixes. Supports Ubuntu up to 18.10. Release notes here: https://t.co/Pd3wZJaTNK Download here: https://t.co/wYTgINP5Q3
Version 2017.1 has been released. C++11, big infrastructure changes, plus many improvements and bug fixes. Supports Ubuntu up to 17.10. Release notes here: https://t.co/TkYWU3McPV Download here: https://t.co/Xg6OgLyQqF Happy holidays!