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Discussions highlight the significance of the new simulation tool, with expressions like 'Can't wait to see it used!!' and mentions of its published status, indicating enthusiasm and recognition of its potential impact. The tone is positive and anticipatory, reflecting strong interest and belief in its importance for tissue mechanics research.
Most discussions express positive support and appreciation for the tool's development and potential applications.
The overall tone shows high curiosity, especially with mentions of the source code release and anticipation for future use.
They reference specific features like cell polarization, tissue mechanics, and open science, indicating a moderate level of detailed engagement.
Participants see this simulation tool as potentially influential, evidenced by their excitement about its application and availability.
#SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigati for handling our manuscript so well!! The source code is available free online: https://t.co/Npvhr8eF3l Can't wait to see it used!! #openscience
Runser, S., Vetter, R., & Iber, D. (2024). SimuCell3D: three-dimensional simulation of tissue mechanics with cell polarization. Nature computational science, 4(4), 299–309. #EpithelialMechanics buff.ly/TQGLwDX
SimuCell3D: three-dimensional simulation of tissue mechanics with cell polarization https://t.co/bjGZlvqzj7 #Bioinformatics
The DevoWorm meeting (
RT @DagmarIber: #SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigat…
RT @Orthogonal_Lab: The DevoWorm meeting (
Computer simulation of cell proliferation in SimuCell3D, an open-source framework for modeling 3D cell mechanics with polarized cells. This tool enables exploration of tissue development and disease mechanisms by…
Computer simulation of a growing spheroid vesicle with a lumen in SimuCell3D, an open-source framework for 3D cell mechanics with polarized cells, providing insights into tissue structure and development.
Celebrating a decade of DevoWorm developments, including 3D tissue simulation, language models, and soft materials research, focusing on patterns, symmetries, and tissue mechanics insights.
Runser, S., Vetter, R., & Iber, D. (2024). SimuCell3D: three-dimensional simulation of tissue mechanics with cell polarization. Nature computational science, 4(4), 299–309. #EpithelialMechanics buff.ly/TQGLwDX
RT @BioDecoded: SimuCell3D: three-dimensional simulation of tissue mechanics with cell polarization https://t.co/bjGZlvqzj7 #Bioinformatics
SimuCell3D: three-dimensional simulation of tissue mechanics with cell polarization https://t.co/bjGZlvqzj7 #Bioinformatics
RT @DagmarIber: #SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigat…
RT @Orthogonal_Lab: The DevoWorm meeting (
The DevoWorm meeting (
RT @DagmarIber: #SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigat…
RT @DagmarIber: #SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigat…
RT @DagmarIber: #SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigat…
RT @DagmarIber: #SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigat…
#SimuCell3D is now out in @NatComputSci https://t.co/yMPicxgA9R - Massive thx to the editor Fernando Chirigati @fchirigati for handling our manuscript so well!! The source code is available free online: https://t.co/Npvhr8eF3l Can't wait to see it used!! #openscience