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lipid bilayerAnatomical structure
Throughout Nature the need for compartmentalization is often answered by biomembranes constructed using lipid bilayer structures. The simplest of such strtures are closed bilayer vesicles1 (liposomes) which can be formed in aqueous system
Intracellular membranes exhibit complex, highly dynamic and non-lamellar morphologies.1 Structural r...
Altogether eight sugar-based amphiphiles were synthesized. Out of these, four amphiphiles contained ...
Recent developments in studies concerning cell-sized vesicles, such as liposomes with a lipid bilaye...
Vesicles formed from synthetic amphiphiles in aqueous solution undergo gel to liquid crystal transit...
This thesis shows how controlling adhesive interactions among lipid bilayer vesicles and surrounding...
The T-shaped amphiphilic molecule A6/6 forms a columnar hexagonal liquid-crystalline phase between t...
This thesis describes the first detailed study of the fusogenic behavior of vesicles prepared from s...
It is very challenging to construct protocells from molecular assemblies. An important step in this...
Membrane formation by amphipathic mixtures in aqueous environments is central to eukaryotic biology....
It is of great fundamental interest to develop experimental model systems to reconstruct design prin...
Lipids are small amphiphatic molecules that can adopt a wide variety of aggregation states including...
At present very little is known about the kinetic barriers which a small vesicle will face during th...
At present very little is known about the kinetic barriers which a small vesicle will face during th...
Ordered amphiphile self-assembly materials with a tunable three-dimensional (3D) nanostructure are o...
AbstractHydration and fluidity of lipid bilayers in different phase states were studied using fluore...
Intracellular membranes exhibit complex, highly dynamic and non-lamellar morphologies.1 Structural r...
Altogether eight sugar-based amphiphiles were synthesized. Out of these, four amphiphiles contained ...
Recent developments in studies concerning cell-sized vesicles, such as liposomes with a lipid bilaye...
Vesicles formed from synthetic amphiphiles in aqueous solution undergo gel to liquid crystal transit...
This thesis shows how controlling adhesive interactions among lipid bilayer vesicles and surrounding...
The T-shaped amphiphilic molecule A6/6 forms a columnar hexagonal liquid-crystalline phase between t...
This thesis describes the first detailed study of the fusogenic behavior of vesicles prepared from s...
It is very challenging to construct protocells from molecular assemblies. An important step in this...
Membrane formation by amphipathic mixtures in aqueous environments is central to eukaryotic biology....
It is of great fundamental interest to develop experimental model systems to reconstruct design prin...
Lipids are small amphiphatic molecules that can adopt a wide variety of aggregation states including...
At present very little is known about the kinetic barriers which a small vesicle will face during th...
At present very little is known about the kinetic barriers which a small vesicle will face during th...
Ordered amphiphile self-assembly materials with a tunable three-dimensional (3D) nanostructure are o...
AbstractHydration and fluidity of lipid bilayers in different phase states were studied using fluore...
Intracellular membranes exhibit complex, highly dynamic and non-lamellar morphologies.1 Structural r...
Altogether eight sugar-based amphiphiles were synthesized. Out of these, four amphiphiles contained ...
Recent developments in studies concerning cell-sized vesicles, such as liposomes with a lipid bilaye...
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