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SM-Vs-USM-Vs-10%-HM_ppr-IntegrinFullyActiveIntegrin-24h.tif (1.07 MB)
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ECMp-24h-SelectedSamples.tif (757.46 kB)
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SM-Vs-USM-Vs-10%HM_ppr-ERK-FullyActiveIntegrin-24h.tif (971.67 kB)
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SBGN - Mechanotransduction osteogenesis -simplified.png (115.77 kB)
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SBGN - Mechanotransduction osteogenesis full.png (175.3 kB)
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AreaUnderTheCurve2ndPhase-Integrins.tif (590.23 kB)
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AreaUnderTheCurve_60 min integrin levels.tif (553.85 kB)
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Fig-BRU-V1.tif (336.19 kB)
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Mech-ABM-Integrins.tif (358.38 kB)
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Mech-ABM-pERK.tif (322.88 kB)
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MechnotransductionActivationDynamics-OsteogenicProteinLevels.tif (121.67 kB)
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MechnotransductionActivationDynamics-GeneExpressionEvents.tif (115.85 kB)
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pERK-LevelsFull-24 h 1% HeteroG ultrasensitive.tif (851.22 kB)
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MolecularMemo-1%HM-V2.tif (190.69 kB)
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Heterogeneity in The Mechanical Properties of Integrins: Mech-ABM figures

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posted on 2019-09-15, 17:16 authored by Aban Shuaib
Additional supplementary figures which were not included within the manuscript or the supplementary materials of the manuscript

Funding

This research has received funding from the EPSRC Frontier Engineering Awards, MultiSim Project, Grant Reference No. EP/K03877X/1

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    Department of Oncology & Metabolism

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    Keywords

    Osteoblast Differentiation BoneOsteoblastAgent based model (ABM)agent-based modeling approachmechanotransduction mechanismsMechanobiologyMechanoreciprocitybone biomechanical propertiesBoneTissue Biomechanicscell-extracellular matrix interactionMultiscale modelHybrid Modeling ApproachCell BiologySystems BiologyComputational BiologyCellular Interactions (incl. Adhesion, Matrix, Cell Wall)Biomechanical EngineeringMolecular BiologySimulation and Modelling

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