Emmanuel Promayon

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Lontos13

A. Lontos. Modélisation et Simulation 3D de la Morphogenèse - 3D Modeling and Simulation of Morphogenesis. PhD Thesis Université de Grenoble, December 2013.

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Abstract

The embryo of the Drosophila Melanogaster undergoes a series of cell movements during its early development. Gastrulation is the process describing the segregation of the future internal tissues into the interior of the developing embryo. Gastrulation starts with the formation of the ventral furrow, a process commonly known as the ventral furrow invagination. During this process, the most ventrally located blastoderm cells flatten and progressively constrict their apical sides until they are wedge shaped. As a result of these cell-shape changes, the blastoderm epithelium first forms an indentation, the ventral furrow, which is then completely internalized. We focus on the study of the mechanisms that drive the invagination. The main questions that gave birth to this thesis are: {

Keywords

[ Softtissue ] [ Cell ]

BibTex Reference

@PhdThesis{Lontos13,
   Author = {Lontos, A.},
   Title = {Mod{é}lisation et Simulation 3{D} de la Morphogen{è}se - 3{D} Modeling and Simulation of Morphogenesis},
   editor = {Promayon, E. and Demongeot, J.},
   School = {Universit{é} de Grenoble},
   Month = {December},
   Year = {2013}
}

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