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Mechanotransduction's Impact on Animal Development, Evolution, and Tumorigenesis

Abstract : Mechanotransduction translates mechanical signals into biochemical signals. It is based on the soft-matter properties of biomolecules or membranes that deform in response to mechanical loads to trigger activation of biochemical reactions. The study of mechanotransductive processes in cell-structure organization has been initiated in vitro in many biological contexts, such as examining cells' response to substrate rigidity increases associated with tumor fibrosis and to blood flow pressure. In vivo, the study of mechanotransduction in regulating physiological processes has focused primarily on the context of embryogenesis, with an increasing number of examples demonstrating its importance for both differentiation and morphogenesis. The conservation across species of mechanical induction in early embryonic patterning now suggests that major animal transitions, such as mesoderm emergence, may have been based on mechanotrans-duction pathways. In adult animal tissues, permanent stiffness and tissue growth pressure contribute to tumorigenesis and appear to reactivate such conserved embryonic mechanosensitive pathways.
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Submitted on : Wednesday, January 15, 2020 - 3:45:13 PM
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Maria-Elena Fernandez-Sanchez, Thibaut Brunet, Jens-Christian Röper, Emmanuel Farge. Mechanotransduction's Impact on Animal Development, Evolution, and Tumorigenesis. Annual Review of Cell and Developmental Biology, Annual Reviews, 2015, 31 (1), pp.373-397. ⟨10.1146/annurev-cellbio-102314-112441⟩. ⟨inserm-02441081⟩

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