Great story on our new @NCI_CSSI ITCR project with @fertiglab!
This project sustains, integrates, & grows 2 #mathonco communities (agent-based modeling with @PhysiCell and spatial transcriptomics with CoGAPS).
1/5 @NCIPhySci @NCIsysbio @MelanomaReAllinews.iu.edu/live/news/37953-…
OK, I'm going to do it.
Live cancer immunology modeling in my @KSMB_SMB2024 talk on Friday, 2pm
MS041-IMMU-F1 (Room 218)
I'll use our new modeling language to build a quick @PhysiCell cancer-macrophage-T cell model in 5 minutes, or your money back. @SMB_MathBiology#smb2024
Fantastic workshop! A big thank you to organizers @ArnauMontagud and his team for making it happen. The environment and community were truly amazing! #EMBOWorkshop#digitaltwins
And we had another fabulous session this morning to close our #mathonco minisiymposium this morning ☺️
Many thanks to all the speakers and the audience for the engaging discussion!!
Good morning #USNCCM17 !! Today we have the last session of our #mathonco minisymposium, which will be started by a keynote talk by @HeberLRocha. Come check it out !!
All info below 👇👇
We had more fantastic talks in the afternoon and evening sessions of our #mathonco minisiymposium at #USNCCM17!! Big thanks to all the speakers for their great work and the interesting discussion!!
Thanks to everyone who applied for the 2021 PhysiCell Virtual Workshop & Hackathon! (July 24-30)
We plan to review and decide on applications this weekend.
If you apply by Friday night, we'll happily consider you!!
Apply at github.com/PhysiCell-Trainin…#opensource#mathbio
Applications for our 2022 @PhysiCell workshop / hackathon are now OPEN! Please RT!🧵1/6
Link: github.com/PhysiCell-Trainin…
This virtual course will teach concepts of agent-based biological simulations, through our open source PhysiCell package. #mathbio#mathonco#opensource
I want to thank @FKurtogluSysBio and @AneequaSundus in public for taking over the mission of presenting the @PhysiCell minicourse in my place this week. I'm glad to hear about the great job you guys did.
Just published! We proudly present "Hallmarks of Cancer: New Dimensions" by Douglas Hanahan, the third update to the seminal series. bit.ly/3GkSqZK@Ludwig_Cancer
.@HeberLRocha: The first approach was a mess. So, we worked with Ansu Chatterjee's lab at U Minnesota to use much more advanced bi-clustering.
Output space clusters into distinct trajectories, and distinct parts of input space map there. #SC21#CAFCW21#mathonco
.@HeberLRocha: This generates terabytes of data. We need to reduce dimensionality before we can start clustering trajectories. We use a nice max pooling-like representation to vastly compress each snapshot.
Old grad school work on EasyBMP paid off. :-) #SC21#CAFCW21