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Code-switching: the mechanism of multicellular/unicellular plasticity in black yeast

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Living organisms do not live in isolation. Even unicellular microorganisms form assemblies displaying emergent properties. The study of microbial multicellularity in bacteria, yeast, or amoeba, among others, is undergoing a renaissance and recent findings suggest remarkable and unsuspected complexity in large collectives of microbial cells such as biofilms. In this symposium we would like to showcase the latest research advances aiming to decipher this complexity by integrating the molecular, cellular, and biophysical levels.<br>

The 47th Annual Meeting of the Molecular Biology Society of Japan

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[1AS-08-06(1P-431)]Code-switching: the mechanism of multicellular/unicellular plasticity in black yeast

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