Slowly moving to: https://xitter.cf/t.co/yI9Dvx7YRT
Barcelone, Espagne
Joined April 2018
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At the #Hanami High Level Symposium, my friend and colleagues Adam Smelko is presenting our new @PhysiCell formulation that allows for stretchable cellular membrane! We are still working on this, but I hope we will be able to give you updates vero soon! – at Castelldefels, Spain
Marco Ruscone, PhD retweeted
Pues aquí está !!!
El proyecto más importante para el @BSC_CNS por sus repercusiones científicas, técnicas y económicas para la independencia tecnológica europea.
🔴Paso adelante en Europa para la autonomía tecnológica
▪El BSC coordinará DARE (#HPC Digital Autonomy with @riscv in Europe), proyecto estratégico para Europa que cuenta con una inversión de 240 millones de € para el desarrollo de #chips
▪DARE se centra en el desarrollo de #chips de alto rendimiento e #IA basados en la tecnología de arquitectura abierta #RISCV
🔴@EuroHPC_JU @CienciaGob @PERTE_chip @mintradigital @AgEInves @CDTI_innovacion
#OpenScience #Supercomputing #PerteChip
Marco Ruscone, PhD retweeted
This week in Math Onco 313 is in your inbox...
Antifragility, virtual patients, hypoxia, reaction-diffusion, and more.
Art: @CicelyKrystyna, @robynshutt, @vincentnoel72, @MRuscone 😎💯
Signup: mathematical-oncology.org/ne…
Marco Ruscone, PhD retweeted
The latest addition to our PhysiCell Ecosystem series is this new plugin for cell fibres from @vincentnoel72 et al.
PhysiMeSS - a new physiCell addon for extracellular matrix modelling doi.org/10.46471/gigabyte.13…
One more milestone for the #PhysiCell community: we’re thrilled to announce our latest publication in Briefings in Bioinformatics -
"Building Multiscale Models with #PhysiBoSS, an Agent-Based Modeling Tool" 🧬📊
Check out the full article here: academic.oup.com/bib/article…
(1/6)
Multiscale models, like those built with #PhysiBoSS, can be useful in studying the cross-talk between cells and their #microenvironment, especially in understanding disease progression and treatment strategies. 🧪💡
5/6
A special thanks goes to co-authors and supervisors of this project: @lainz_a, @vincentnoel72, @LaurenceCalzone, @BarillotEmmanu1, @MathCancer, @rheiland
This is the fruit of a special collaboration between @institut_curie and @IndianaUniv! #openscience makes it possible!
6/6
Marco Ruscone, PhD retweeted
Around a year later, we are proud to announce that PhysiMeSS has been published in the #PhysiCell ecosystem section of @GigaByteJournal: gigabytejournal.com/articles…. Very proud of our work @CicelyKrystyna, @MRuscone, @robynshutt !
We're very happy to announce that the preprint for #PhysiMeSS, our PhysiCell addon for Extracellular Matrix Modelling, is out ! PhysiMeSS is a collaborative project led by @CicelyKrystyna, that I joined a year ago to package it as an official @PhysiCell addon.
Marco Ruscone, PhD retweeted
Congratulations @CicelyKrystyna, @robynshutt, @vincentnoel72, and @MRuscone for publishing PhysiMess in @GigaByteJournal today!!!
A beautiful community contribution to the @PhysiCell ecosystem! So grateful for your tremendous work!!
gigabytejournal.com/articles…
🧵 I am happy to introduce NeKo🐱, a Python package to automate the construction of biological networks from prior knowledge, reducing the manual curation burden! 🚀 Check the preprint and let us know what you think!
biorxiv.org/content/10.1101/…
#Bioinformatics #NetworkBiology #Python
6/ NeKo has been developed in collaboration with @SysBioCurie , @NTNU , @saezlab and @BSC_CNS .
A huge thanks goes to all the co-authors that contributed to the development of NeKo. It was a very didactive experience, and we already have many ideas for NeKo 2.0 (1.0 out soon!)
@lainz_a @eirini_tsi @asmundflobak @JulioSaezRod @BarillotEmmanu1 @deeeenes @LaurenceCalzone @LoredanaMartignetti