In the presence of an attractive surface, a vesicle can undergo shape transformations between two different free states, between a free and a bound state, and between two different bound states. Adhesion can also lead to topological changes such as vesicle rupture and vesicle fusion. The interaction between the vesicle membrane and the surface is renormalized by thermally excited shape fluctuations. This renormalization leads to unbinding phenomena both for fluid and for polymerized (or solid-like) membranes
The adhesion of fluid vesicles at chemically structured substrates is studied theoretically via Mont...
Recent experimental and theoretical studies of biomimetic membrane adhesions [Bruinsma et al., Phys....
AbstractCell or vesicle adhesion plays an essential role in a plethora of physiological activities. ...
In the presence of an attractive surface, a vesicle can undergo shape transformations between two di...
A single cell system, such as red blood cell, shows a series of shape transitions, stomatocyte-‐dis...
Recent theoretical work on the critical behavior of vesicles and membranes is reviewed. Vesicles can...
The adhesion of lipid vesicles to a rigid flat surface is investigated. We examine the influence of ...
The adhesion of lipid vesicles to a rigid flat surface is investigated. We examine the influence of ...
We study the role of the interplay of specific and universal forces for the adhesion of giant vesicl...
We study the role of the interplay of specific and universal forces for the adhesion of giant vesicl...
This thesis explores the effects of bilayer mechanics on the adhesion of biomimetic membranes and ve...
This thesis explores the effects of bilayer mechanics on the adhesion of biomimetic membranes and ve...
This thesis explores the effects of bilayer mechanics on the adhesion of biomimetic membranes and ve...
Cell and vesicle adhesion is believed to be dictated by the balance between a local interaction pote...
The adhesion of fluid vesicles to a planar surface has been studied using Monte Carlo methods and sc...
The adhesion of fluid vesicles at chemically structured substrates is studied theoretically via Mont...
Recent experimental and theoretical studies of biomimetic membrane adhesions [Bruinsma et al., Phys....
AbstractCell or vesicle adhesion plays an essential role in a plethora of physiological activities. ...
In the presence of an attractive surface, a vesicle can undergo shape transformations between two di...
A single cell system, such as red blood cell, shows a series of shape transitions, stomatocyte-‐dis...
Recent theoretical work on the critical behavior of vesicles and membranes is reviewed. Vesicles can...
The adhesion of lipid vesicles to a rigid flat surface is investigated. We examine the influence of ...
The adhesion of lipid vesicles to a rigid flat surface is investigated. We examine the influence of ...
We study the role of the interplay of specific and universal forces for the adhesion of giant vesicl...
We study the role of the interplay of specific and universal forces for the adhesion of giant vesicl...
This thesis explores the effects of bilayer mechanics on the adhesion of biomimetic membranes and ve...
This thesis explores the effects of bilayer mechanics on the adhesion of biomimetic membranes and ve...
This thesis explores the effects of bilayer mechanics on the adhesion of biomimetic membranes and ve...
Cell and vesicle adhesion is believed to be dictated by the balance between a local interaction pote...
The adhesion of fluid vesicles to a planar surface has been studied using Monte Carlo methods and sc...
The adhesion of fluid vesicles at chemically structured substrates is studied theoretically via Mont...
Recent experimental and theoretical studies of biomimetic membrane adhesions [Bruinsma et al., Phys....
AbstractCell or vesicle adhesion plays an essential role in a plethora of physiological activities. ...