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ECM Protien-agent state transition.TIF (135.08 kB)
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FAK-agent state transition.TIF (146.01 kB)
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Integrin-agent state transition.tif (95.34 kB)
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Mech-ABM FlowChart.TIF (193.95 kB)
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MEK-agent state transition.TIF (139.79 kB)
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Nuclear ERK-agent state transition.TIF (138.37 kB)
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Raf-agent state transition.TIF (135.77 kB)
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Ras-agent state transition.TIF (154.27 kB)
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Ribosome-agent state transition.TIF (151.93 kB)
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Runx2-agent state transition.TIF (228.88 kB)
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Cell-agent state transition.TIF (130.24 kB)
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Cytoplasmic ERK-agent state transition.TIF (172.6 kB)
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ECM mRNA-agent state transition.TIF (147.77 kB)
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ReadMe.txt (1.65 kB)
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14 files

Heterogeneity in The Mechanical Properties of Integrins: State Transition

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Version 2 2019-09-15, 17:16
Version 1 2019-08-13, 15:16
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posted on 2019-09-15, 17:16 authored by Aban Shuaib, Pinaki BhattacharyaPinaki Bhattacharya, Timothy Skerry, Damien LacroixDamien Lacroix
This folder includes figures illustrating the rules implemented in a hybrid multiscale model (Mech-ABM) which simulates mechanotransduction and mechanobiology of an osteoblast. These figures shows the state-transitions of every agent in the agent-based model (ABM) and a diagram demonstrating the interaction between the ABM and a mathematical model

Funding

EP/K03877X/

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    Department of Oncology & Metabolism

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    Keywords

    Agent based model (ABM)state transitionrule-based lattice-free modelmechanotransduction mechanismsmodel frameworkCell BiologyCellular Interactions (incl. Adhesion, Matrix, Cell Wall)Biological EngineeringMolecular BiologySystems BiologyComputational Biology

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    CC BY 4.0

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