This is what it looks like to create a multicell modeling standard...

Michael Levin I recommend you morpheus those type of simulations can be run with very little effort. You can start here: morpheus.gitlab.io/blog/2018/02/0…

Happy to announce that pyABC version 0.9.15 is now available. The new release of this @HPC-ready @ParameterEstimation tool provides additional interfaces to external simulators, enhanced visualisation capabilities and a more detailed documentation. github.com/ICB-DCM/pyABC/…

The 2nd #fitmulticell meeting in Heidelberg already showed great progress on the path to data-driven modeling of multi-cellular systems. Check out how we integrate #pyabc and morpheus at gitlab.com/fitmulticell!

This week I will be teaching part of a Biophysics course Fysikk UniOslo focusing on the modeling and simulation of multicellular and multiscale systems using morpheus

Not in Okiwana? See our renewed Morpheus tutorials for self-paced learning morpheus.gitlab.io/courses/

Jörm Starruß will present our work on ABC param fitting of Morpheus simulations ICSB2019 today in Tunnel Gallery 14:10-15:30: „Integrative worflow of modelling and parameter estimation for quantitative multicellular systems biology“. More info here: fitmulticell.readthedocs.io

Growing Neural Cellular Automata -- A new Distill article by Alex Mordvintsev, Ettore Randazzo, Eyvind Niklasson and Michael Levin distill.pub/2020/growing-c…

3/4 We Jan Hasenauer lab @ICBMunich developed the #HPC ready tool #pyABC (github.com/icb-dcm/pyabc), with e.g. self-tuned distances and proposal kernels. Together with morpheus we develop the FitMultiCell platform tailored to multi-cellular systems. #YoungScientistsHMGU

New research from Beck and colleagues: "Stochastic simulations and parameter estimation for multiple-hitting T cells" - read it here: plos.io/2DVH2YV

Check out the EMBL-EBI Training virtual course on 'Mathematics of life' with spatial modelling and reproducible modelling. Including a Morpheus tutorial!

Check out the EMBL-EBI Training virtual course on "Mathematics of life" with spatial modelling and reproducible modelling. Including a Morpheus tutorial by morpheus/ZIH (TU Dresden)!