Cells are complex systems whose interaction with nanocarriers, ie, liposomes, are
continuously under investigation to improve drug uptake. Model membranes can facilitate …

The liquid-phase lipid bilayer is a unique engineering material. Biologically, it holds a
central position in cellular life, providing the structural basis for the membrane that surrounds …

In this work, based on several studies, we develop an artificial lipid membrane to mimic the
HeLa cell membrane using 1-palmitoyl-2-oleoyl-sn-glycero-3-phosphatidylcholine (POPC) …

Liposomal drug delivery systems provide a versatile therapeutic platform for treating
numerous diseases. Cholesterol, as a common component of many liposomal drug delivery …

The lipid bilayer is the universal basis for cell membrane structure. Historically, the formation
of this bilayer into a closed, spherical vesicle, essentially a microscopic sac, resulted in the …

Liposomes are basically spherical vesicles that have an interior water pool enclosed by lipid
bilayers. They have been studied from various points of view as they represent the simplest …

As a result of their unique physical properties, biological membrane mimetics, such as
liposomes, are used in a broad range of scientific and technological applications …

The systematic and in-depth study of liposomes prepared from various phospholipids is
relevant and important because the results obtained may provide insights into the structure …

Functionalized liposomes are currently used in the area of nanobiotechnology. For example,
the interior of a liposome provides a controlled nano-environment with a defined pH …

Recent developments in studies concerning cell-sized vesicles, such as liposomes with a
lipid bilayer and water-in-oil droplets covered by a lipid monolayer, aim to realize the real …