The interaction of bilayer vesicles with hard nanoparticles is of great relevance to the field of
nanotechnology, eg, its impact on health and safety matters, and also as vesicles are …

The biophysical properties of lipid vesicles are important for their stability and integrity, key
parameters that control the performance when these vesicles are used for drug delivery. The …

Nanoparticulate systems with an uncharged hydrophilic surface may have a great potential
in mucosal drug delivery. In the present study liposomes were coated with hydrophobically …

The purpose of this study was to prepare stable polymer-liposome complexes using a new,
improved one-pot method. Complexes prepared by the conventional method were used as …

Polymeric and hybrid nanoparticles have received increased scientific interest in terms of
basic research as well as commercial applications, promising a variety of uses for …

This article offers a comprehensive description of how a change in ionic strength influences
the physicochemical properties of dilute solutions of catanionic vesicular systems …

Stable unilamellar dipalmitoylphosphatidylcholine vesicles were produced by using oligo
(malic acid) and cholesterol. Detailed physico-chemical characterization prove that by using …

The formation of complexes from anionic liposomes with a pH-sensitive molecular switch
(flipid) and a cationic polypeptide (polylysine) embedded in the membrane with a degree of …

The liposome surface is modeled by a 2-D lipid monolayer made of behenic acid forming a
negatively charged interface. The properties at the air/liquid interface were examined by …

In living cells, lipid membranes interact with polymers such as the polysaccharides of the
glycocalyx or the cytoskeletal biopolymers. In this chapter, we show that giant unilamellar …