CORDIS Project
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This project investigates the physical and chemical processes of morphogenesis using artificial systems. By creating prototype cells with gel beads that simulate intracellular signaling and cell communication, the research aims to understand complex networks that drive tissue pattern formation.
Living matter is characterized as operating far out of equilibrium, and most of the cellular non-equilibrium processes are organized in extremely complex networks. A visible demonstration of some networks is morphogenesis, which is the driving force for the formation of patterns in tissue.
In this project I aim to systematically study the underlying physical and chemical components of morphogenesis in an artificial system.
The main characteristics are coupling of chemical reaction and diffusion…
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