Cell

Modèles physiques discrets pour le vivant (Modéliser et simuler les phénomènes biologiques et les gestes médico-chirurgicaux)
The work presented in this manuscript is focused on the modeling and simulation of soft tissue. I proposed an original discrete …
E. Promayon
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Modèle Physique Discret Et Systèmes Différentiels: Vers L'élaboration D'un Simulateur Cellulaire
This thesis is a first step towards the elaboration of a cellular simulator for the biologists. We propose a dynamic 3D approach for …
A. Carra
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Virtual Adhesive: a Way to Handle Sticky Collisions in Surgical and Biological Simulators
A variety of methods have been proposed to efficiently process collisions between deformable objects. The method presented in this …
A. Carra, J. -L. Martiel, E. Promayon
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A Physically-Based Model for Cell Plasticity and Motility
Using a physically-based approach, we set up a dynamical model for cell deformation duringmovement. Our description is based on the …
A. Carra, E. Promayon, J. -L. Martiel
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Modélisation Et Simulation de Systèmes Biologiques Complexes Par Un Modèle Physique
(in french)As, in general, cellular biology processes are difficult to study, I present a tool to simulate them. So, I have considered …
A. Carra
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Physically-Based 3D Simulations of Cell Deformations and Migrations
Many aspects of individual and collective cell motion are still poorly understood and physicalmodels dealing with both aspects appear …
E. Promayon, J. -L. Martiel, P. Tracqui
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Simulation de La Croissance Cellulaire
(in french)
G. Jouffroy
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Emergent Features of Cell Structural Dynamics: a Review of Models Based on Tensegrity and Nonlinear Oscillations
P. Tracqui, E. Promayon, P. Amar, N. Huc, V. Norris, J. -L. Martiel
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Collision D'objets Élastiques
E. Simonin
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Tensegrity and Oscillations: Exploring Some Constitutive and Emergent Features of Virtual Cell Models
P. Tracqui, E. Promayon, T. Sauvaget, V. Norris, J. -L. Martiel
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