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bioRxiv

Macromolecular crowding is surprisingly unable to deform the structure of a model biomolecular condensate

  • Methods
  • Neurodegeneration
  • Phase Separation
  • Physics of Condensates

bioRxiv

Dynamical control enables the formation of demixed biomolecular condensates

  • Phase Separation
  • Physics of Condensates

bioRxiv

Determinants of Viscoelasticity and Flow Activation Energy in Biomolecular Condensates

  • Methods
  • Phase Separation
  • Physics of Condensates

bioRxiv

Overexpression of the microtubule-binding protein CLIP-170 induces a +TIP network superstructure consistent with a biomolecular condensate

  • Phase Separation
  • Physics of Condensates

Jill Bouchard

Editor in Chief, Condensates.com

Cool, it looks like growing microtubules are regulated at least in part by the phase separation of plus-end tracking proteins (+TIPs).

bioRxiv

Shape Recovery of Deformed Biomolecular Droplets: Dependence on Condensate Viscoelasticity

  • Methods
  • Phase Separation
  • Physics of Condensates

bioRxiv

Time-dependent material properties of ageing biomolecular condensates from different viscoelasticity measurements in molecular dynamics simulations

  • Methods
  • Neurodegeneration
  • Phase Separation
  • Physics of Condensates

Acta neuropathologica

C-terminal frameshift variant of TDP-43 with pronounced aggregation-propensity causes rimmed vacuole myopathy but not ALS/FTD

  • Neurodegeneration
  • Phase Separation
  • Physics of Condensates

bioRxiv

Structure of Biomolecular Condensates from Dissipative Particle Dynamics Simulations

  • Methods
  • Neurodegeneration
  • Phase Separation
  • Physics of Condensates

bioRxiv

Sodium ion regulates liquidity of biomolecular condensates in hyperosmotic stress response

  • Phase Separation
  • Physics of Condensates

bioRxiv

Structure of Biomolecular Condensates from Dissipative Particle Dynamics Simulations

  • Neurodegeneration
  • Phase Separation
  • Physics of Condensates
1 2 3 … 20 Next »

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