CORDIS Project
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The project focuses on developing a model for understanding pattern formation in living cells by implementing symmetry breaking mechanisms in tissue cultures. This interdisciplinary approach combines biology and nonlinear physics to enhance insights into cell development and organization.
The study of experimental pattern formation mechanisms and its relevance to biology has been restricted to nonlinear chemical systems that produce spatial Turing patterns (CDIMA reaction), spiral waves (BZ reaction), propagating fronts and pulses (GO reaction).
The important differences between these artificial systems and the natural spatial differentiation occurring in living cells do not allow for direct application of nonlinear dynamics tools to analyze biological patterns.
The complexity of…
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