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JM
Jean-Louis Milan
29
Documents
Researcher identifiers
jean-louis-milan
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0000-0001-5191-3094
- IdRef : 124313736
Presentation
I have begun developing computational modelling of cytoskeleton dynamics to understand how the cells adapt their structure to their environment. I have succeed in proposing mechanisms of cell adhesion and cell migration guided by substrate shape. Based on these results of our models that reproduced observed phenomenon on static cellular environment, I have built the idea of upgrading the models into avatars of cell to develop strategies for tissue engineering based on in silico live predicting tool that a are able to guide cell functions into dynamic cellular environments.
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Curvature-dependent mesenchymal cells and epithelial tissue migration and orientationInterface Biology of Implants IBI 2019, May 2019, Rostock, Germany
Conference papers
hal-02175659v1
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La curvotaxie ou comment la migration des cellules est dirigée par la courbure de leur environnementMatériaux 2018, Nov 2018, Strasbourg, France
Conference papers
hal-02188974v1
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How cells surf the waves? Curvotaxis directs migration trough cell-scale natural landscapesAmerican Society for Cell Biology C.1 Materials, Surfaces and Interfaces for Medical Applications and Health, Dec 2016, San Francisco, United States
Conference papers
hal-02175663v1
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Cytoskeleton dynamical behaviour approached by a granular tensegrity model.20th Congress of the International Society of Biomechanics, Jul 2005, Cleveland, United States
Conference papers
hal-00479999v1
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Granular medium to analyze cytoskeleton mechanicsCell Biomechanics Meeting, Sep 2005, Paris, France
Conference papers
hal-00479997v1
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Designing Optimal Scaffold Topographies to Promote Nucleus-Guided Mechanosensitive Cell Migration Using in Silico ModelsDevelopments and Novel Approaches in Biomechanics and Metamaterials, 132, Springer International Publishing, pp.199-216, 2020, Advanced Structured Materials, 978-3-030-50464-9. ⟨10.1007/978-3-030-50464-9_12⟩
Book sections
hal-03475182v1
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