CORDIS Project
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This project investigates the fundamental principles of cell cycle control in fission yeast, exploring how cells can adapt their cycle mechanisms. By creating simplified synthetic circuits, it aims to uncover the design principles that ensure robust cell cycle progression and population consistency.
Essential cellular functions rely on complex networks that coordinate highly dynamic and integrated processes.
Paradoxically, our detailed knowledge of their molecular mechanisms has made it difficult to fully appreciate the core concepts involved.
Therefore, the fundamental design and dynamic principles of central cellular circuits and the mechanisms that exist to buffer molecular variability and promote phenotypic homogeneity remain poorly explored.
We will use the fission yeast cell cycle con…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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