Biomolecular condensates, formed through phase separation of multivalent biomolecules, are central to cellular organization and function. Here, we present a unified, physics-based intermediate-resolution framework for efficient and quantitative simulation of biomolecular phase separation at near-cellular complexity. Th...
An intermediate-resolution model for condensates of DNAs (iConDNA) that can capture key local and long-range structural features of dynamic DNAs and simulate their spontaneous phase transitions is introduced, providing a suitable tool to study DNA homotypic phase separation in biological and engineering applications.
These findings establish antibiotic-driven phase separation as a previously unrecognized mechanism to encode cellular signaling and identify antibiotic condensates as a distinct functional unit underlying drug tolerance.
Yuefeng Ma, Wen Yu, E. Moon et al.· bioRxiv· 0 citations
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