Phagocytes (pink) are often described as "hunting" bacteria (blue, left). Yet this imagery is misleading for bacteria that move rapidly (right). Our work on Listeria invading the gut is now published https://t.co/TFxhtkQE3v, and has only become better after review! 🧵👇
Preprint time!🎉
First up: https://t.co/1oiBp3XLlC, a fun collaboration with immunologist&imaging expert Mark Miller @WUSTLmed! @biorxiv_micrbio
We know that many bacteria can move rapidly, but what does that mean for their ability to cause disease? Here's our answer.👇
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📢 BREAKING: President Joe Biden just made history by casting his early vote for Vice President Kamala Harris, supporting her bid to become the first female president in U.S. history.
True to form, @POTUS didn’t skip the line – he stood patiently, just like everyone else, to make his voice heard.
Have you cast your vote yet?
We are looking for two PhD candidates!
We have two projects combining machine learning and simulations to learn more from videos of immune cell movement. The projects are related but each have a different focus.
For details, see: https://t.co/G7yBwjtKLa
A broad CPM community: end-users, researchers and developers of software tools, come together to (re-)evaluate the major hurdles in the field and lay out a roadmap for the next 30 years of CPM research. https://t.co/lqXeHktjkR
@inge_wortel@tisrenk@hirashima0203@roeland_merks
Het inzetten van uitzonderlijk AI-talent is belangrijk om de nationale #AI-kennis- en opleidingsbasis te versterken. Het bestuur van AiNed feliciteert dr. @inge_wortel van de @Radboud_Uni dan ook van harte met de toekenning van haar AiNed Fellowship grant! https://t.co/RP517b4ovh
Last year, the cellular Potts model turned 30. 🥳
To look back on 30 years of research, and glimpse forward to the next 30 years we are organizing a @lorentzcenter workshop.
Dates: December 18-22, 2023.
Registration: https://t.co/MAUZq32hKm
Only a few spots left!
Very excited about our upcoming
@lorentzcenter
workshop on CPMs in December! Amazing line-up and very diverse topics. Please RT!
More info/register: https://t.co/lZikq7Clq2
Supported by
@NVTBtheobio@SMB_MathBiology@ESMTBio
and the Jan van der Hoevenstichting
From December 20-24th, we will be organizing a @lorentzcenter workshop on the occasion of >30 years cellular Potts models, since the first publication by @JamesAGlazier1 and François Graner. Please come join us! https://t.co/4a8AAfAlcQ. Please RT!
Our institute has five open positions at different levels (assistant/associate/full professors), broadly advertised for computing sciences. Great environment to work in!
https://t.co/Z9cRtfd1Ej
We have vacancies for the position of Assistant/Associate/Full Professor at the Institute for Computing and Information Sciences. Great environment, so if this is of interest to you or someone in your network, see: https://t.co/DzFDYD8LWv Feel free to DM me with any questions.
Happy to share our latest work on topotaxis, the movement of cells along density gradients. Detailed motility models display stronger topotaxis than more simple active Brownian particles. Work by Leonie van Steijn (drylab), Joeri Wondergem (wetlab), et al. https://t.co/4eKAnS7dcE
I know a lot of you wanted a technical breakdown of this meme so here it is!
I don't think you will find this level of detail anywhere else so keep reading if you don't want to miss out.
This project was a lot of fun to work on. The full model is available here: https://t.co/9sFxMsTJqV (including interactive web app).
Many thanks to the reviewers for pointing out missing links, and to Mark Miller's team (who did a crazy number of new exps for the rebuttal)!
🔚
Phagocytes (pink) are often described as "hunting" bacteria (blue, left). Yet this imagery is misleading for bacteria that move rapidly (right). Our work on Listeria invading the gut is now published https://t.co/TFxhtkQE3v, and has only become better after review! 🧵👇
Preprint time!🎉
First up: https://t.co/1oiBp3XLlC, a fun collaboration with immunologist&imaging expert Mark Miller @WUSTLmed! @biorxiv_micrbio
We know that many bacteria can move rapidly, but what does that mean for their ability to cause disease? Here's our answer.👇
[1/11]
But phagocytes don't *need* to race bacteria, which they can capture by acting like "fly-paper" instead. It may not sound as heroic, but it gets the job done...
So: transcytosing phagocytes might have a protective function in the gut! More work needed, so time will tell...