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  • Article The Relative Densities of Cytoplasm and Nuclear . . .
    We found that the nucleoplasm maintains a lower mass density than cytoplasm during cell cycle progression by scaling its volume to match the increase of dry mass during cell growth At the same time, nucleoli exhibited a significantly higher mass density than the cytoplasm
  • The uniformity and stability of cellular mass density in . . .
    How changes in dry mass and volume are coupled is a fundamental question in cell size control If cell volume were proportional to cell dry mass during growth, the cell would always maintain the same cellular mass density, defined as cell dry mass dividing by cell volume
  • The correlation between cell and nucleus size is explained by . . .
    Results show that the cell volume is tightly correlated with the nuclear volume, and the cytoplasm-nucleoplasm transport rates strongly influence the cell growth rate as well as the cell nucleus volume ratio (C N ratio)
  • The relative densities of cell cytoplasm, nucleoplasm, and . . .
    We found that the nucleoplasm maintains a lower mass density than 20 cytoplasm during cell cycle progression by scaling its volume to match the increase of dry mass during21 cell growth
  • The Relative Densities of Cytoplasm and Nuclear Compartments . . .
    We found that the nucleoplasm maintains a lower mass density than cytoplasm during cell cycle progression by scaling its volume to match the increase of dry mass during cell growth At the same time, nucleoli exhibited a significantly higher mass density than the cytoplasm
  • Cell density - Chang Lab
    How do physical properties of the cytoplasm and nucleoplasm affect cellular processes, such as cytoskeletal dynamics, endocytosis or growth? How does osmotic pressure generated by macromolecules affect intracellular organization?
  • A buoyant nucleus is a universal characteristic of eukaryotic . . .
    Here, we generalize this finding and show that living systems establish and maintain a constant density ratio between the nucleus and the cytoplasm across 10 model organisms: the nucleus is always 20% less dense than the cytoplasm





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