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Explore how biomolecular condensates function as membrane-less cellular compartments that concentrate specific molecules to coordinate biological activities in this 46-minute conference talk. Learn about the diverse roles these condensates play in gene expression, signal transduction, and neurotransmission, while examining their varying lifetimes, sizes, mechanochemical properties, and architectures. Discover how cells utilize these condensates as robust mechanisms for spatial and temporal organization of molecular activities, with particular focus on their involvement in stress responses and disease processes. Gain insights into the current understanding of molecular interactions that lead to condensation and the ongoing challenges in connecting the emergent physical properties of condensates to their biological functions. Understand the experimental approaches used to characterize these structures and the theoretical frameworks being developed to describe their behavior, including the complexities of mapping laboratory-created droplets to actual cellular condensates.
