Add to ORKGLiquid-liquid phase separation of polymer and protein solutions is central in many areas of biology and material sciences. Here, an experimental and theoretical framework is provided to investigate the thermodynamics and kinetics of liquid-liquid phase separation in volumes comparable to cells. The strategy leverages droplet microfluidics to accurately measure the volume of the dense phase generated by liquid-liquid phase separation of solutions confined in micro-sized compartments. It is shown that the measurement of the volume fraction of the dense phase at different temperatures allows the evaluation of the binodal lines that determine the coexistence region of the two phases in the temperature-concentration phase diagram. By applying a ...
The dynamics of long term phase separation in binary liquid mixtures remains a subject of fundamenta...
Computer simulation can provide valuable insight into the forces driving biomolecular liquid-liquid ...
Computer simulation can provide valuable insight into the forces driving biomolecular liquid-liquid ...
Liquid–liquid phase separation of polymer and protein solutions is central in many areas of biology ...
An increasing body of evidence shows that membraneless organelles are key components in cellular org...
The process of liquid-liquid phase separation (LLPS) has been explored in polymer physics and colloi...
<p>Microfluidic droplet-based techniques allow for the formation of extremely uniform emulsions with...
Living and engineered systems rely on the stable coexistence of two interspersed liquid phases. Yet,...
In Nucleation and Growth, the process by which most heterogeneous systems form, thermodynamics sets ...
In Chapter 1, we briefly review the thermodynamics of polymer solutions, including the ideal solutio...
Phase separation of binary liquids with an upper critical temperature in porous materials is studied...
Phase separation of binary liquids with an upper critical temperature in porous materials is studied...
Phase separation of binary liquids with an upper critical temperature in porous materials is studied...
The dynamics of long term phase separation in binary liquid mixtures remains a subject of fundamenta...
The selective concentration of the contents in a microdroplet using spontaneous emulsification was p...
The dynamics of long term phase separation in binary liquid mixtures remains a subject of fundamenta...
Computer simulation can provide valuable insight into the forces driving biomolecular liquid-liquid ...
Computer simulation can provide valuable insight into the forces driving biomolecular liquid-liquid ...
Liquid–liquid phase separation of polymer and protein solutions is central in many areas of biology ...
An increasing body of evidence shows that membraneless organelles are key components in cellular org...
The process of liquid-liquid phase separation (LLPS) has been explored in polymer physics and colloi...
<p>Microfluidic droplet-based techniques allow for the formation of extremely uniform emulsions with...
Living and engineered systems rely on the stable coexistence of two interspersed liquid phases. Yet,...
In Nucleation and Growth, the process by which most heterogeneous systems form, thermodynamics sets ...
In Chapter 1, we briefly review the thermodynamics of polymer solutions, including the ideal solutio...
Phase separation of binary liquids with an upper critical temperature in porous materials is studied...
Phase separation of binary liquids with an upper critical temperature in porous materials is studied...
Phase separation of binary liquids with an upper critical temperature in porous materials is studied...
The dynamics of long term phase separation in binary liquid mixtures remains a subject of fundamenta...
The selective concentration of the contents in a microdroplet using spontaneous emulsification was p...
The dynamics of long term phase separation in binary liquid mixtures remains a subject of fundamenta...
Computer simulation can provide valuable insight into the forces driving biomolecular liquid-liquid ...
Computer simulation can provide valuable insight into the forces driving biomolecular liquid-liquid ...