The behavior of two-component membranes in the strong-segregation limit is investigated within the framework of the curvature energy. The composition of a membrane is coupled to the spontaneous curvature. We study both membranes of planar topology and membranes, which form a two-dimensional lattice of passages. The shape of the membrane and the shape of the domain boundary as a function of composition are calculated for several different morphologies of phase-separated domains. We predict possible phase transition between the investigate
AbstractPhase separation in a model asymmetric membrane is studied using Monte Carlo techniques. The...
In the spontaneous curvature model for two-phase lipid bilayer membranes the shape of vesicles is go...
The macroscopic theory of the competition between two different modifications ($\Lambda$- and $\Lamb...
Domain formation and phase transitions are investigated in two-component membranes of planar topolog...
Domain formation and phase transitions are investigated in two-component membranes of planar topolo...
The properties of two-component membranes, which form doubly periodic surfaces of complex topology, ...
We investigate unilamellar membranes and vesicles composed of an A/B mixture of partially miscible a...
Phase segregation of membranal components, such as proteins, lipids, and cholesterols, leads to the ...
We investigate equilibrium shapes of vesicles composed of a mixture of partially miscible amphiphile...
We investigate the behavior of flexible two-component bilayer and three-component monolayer membrane...
We study two-component vesicles with coherent domains of the components, where the domains are separ...
The potential physiological relevance of liquid-liquid phase separation in lipid membranes to the fo...
In this paper, we study a surface model for membranes of three components such as DPPC, DOPC, and Ch...
We study the stability and shapes of domains with spontaneous curvature in fluid films and membranes...
AbstractWe present computer simulations of a membrane in which the local composition is coupled to t...
AbstractPhase separation in a model asymmetric membrane is studied using Monte Carlo techniques. The...
In the spontaneous curvature model for two-phase lipid bilayer membranes the shape of vesicles is go...
The macroscopic theory of the competition between two different modifications ($\Lambda$- and $\Lamb...
Domain formation and phase transitions are investigated in two-component membranes of planar topolog...
Domain formation and phase transitions are investigated in two-component membranes of planar topolo...
The properties of two-component membranes, which form doubly periodic surfaces of complex topology, ...
We investigate unilamellar membranes and vesicles composed of an A/B mixture of partially miscible a...
Phase segregation of membranal components, such as proteins, lipids, and cholesterols, leads to the ...
We investigate equilibrium shapes of vesicles composed of a mixture of partially miscible amphiphile...
We investigate the behavior of flexible two-component bilayer and three-component monolayer membrane...
We study two-component vesicles with coherent domains of the components, where the domains are separ...
The potential physiological relevance of liquid-liquid phase separation in lipid membranes to the fo...
In this paper, we study a surface model for membranes of three components such as DPPC, DOPC, and Ch...
We study the stability and shapes of domains with spontaneous curvature in fluid films and membranes...
AbstractWe present computer simulations of a membrane in which the local composition is coupled to t...
AbstractPhase separation in a model asymmetric membrane is studied using Monte Carlo techniques. The...
In the spontaneous curvature model for two-phase lipid bilayer membranes the shape of vesicles is go...
The macroscopic theory of the competition between two different modifications ($\Lambda$- and $\Lamb...