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Explore the dynamic behavior of biomolecular condensates as they interact with cellular membranes through advanced numerical simulations in this 24-minute conference talk. Discover how these membrane-less compartments, which play crucial roles in gene expression, signal transduction, and neurotransmission, exhibit wetting phenomena when they come into contact with cellular membranes. Learn about the computational approaches used to model these complex interactions and gain insights into how the physical properties of condensates influence their biological functions. Examine the theoretical frameworks and simulation methodologies that help bridge the gap between in silico models and real cellular condensates. Understand the physicochemical principles that govern condensate-membrane interactions and their implications for cellular organization and function. Delve into the challenges of translating computational findings to biological systems and discover how numerical simulations provide unique perspectives on the structure-function relationships of biomolecular condensates in living cells.
