Liposomes are generally used as delivery systems, as they are capable of encapsulating a wide variety of molecules (i.e. plasmids, recombinant proteins, therapeutic drugs). However, liposomal drug delivery have to fulfill different requirements, such as the effective internalization by the target cells and avoidance of the degradative activity of the intracellular compartments. The use of polymer lipid complexes (PLCs), by including different polymers in the liposome formulation, could improve internalization and intracellular release of drugs. The aim of the present work is to study the mechanisms of cellular uptaking and the intracellular trafficking of PLCs formed with cholesterol-poly(2-(dimethylamino)ethyl methacrylate) CHO-PDMAEMA and...
The large molecular weight, poly-anionic, and labile nature of small interfering RNA (siRNA) necessi...
AbstractWe investigated the molecular mechanisms by which pH-sensitive liposomes surpass the cytopla...
The first interaction between lipoplexes and cells is charge-mediated and not specific. Endocytosis ...
The development of new polymer–liposome complexes (PLCs) as delivery systems is the key issue of thi...
The physicochemical characterization of polymer liposome complexes (PLCs) prepared with lipids of la...
Liposomes are exceptional carriers for therapeutic drug delivery. However, they generally suffer fro...
Here we investigate the cellular uptake mechanism and final intracellular fate of two cationic lipos...
Here we investigate the cellular uptake mechanism and final intracellular fate of two cationic lipos...
Here we investigate the cellular uptake mechanism and final intracellular fate of two cationic lipos...
Endothelial progenitor cells (EPCs) originate either directly from hematopoietic stem cells or from ...
AbstractCationic liposomes mediate efficient transfection of mammalian cells, but the manner in whic...
We investigated the molecular mechanisms by which pH-sensitive liposomes surpass the cytoplasmic and...
Polymer–liposome complexes (PLCs) can be efficiently applied for the treatment and/or diagnosis of s...
Polymerized liposomes encapsulating L-tryptophan were studied with the aim to characterize them as d...
The large molecular weight, poly-anionic, and labile nature of small interfering RNA (siRNA) necessi...
AbstractWe investigated the molecular mechanisms by which pH-sensitive liposomes surpass the cytopla...
The first interaction between lipoplexes and cells is charge-mediated and not specific. Endocytosis ...
The development of new polymer–liposome complexes (PLCs) as delivery systems is the key issue of thi...
The physicochemical characterization of polymer liposome complexes (PLCs) prepared with lipids of la...
Liposomes are exceptional carriers for therapeutic drug delivery. However, they generally suffer fro...
Here we investigate the cellular uptake mechanism and final intracellular fate of two cationic lipos...
Here we investigate the cellular uptake mechanism and final intracellular fate of two cationic lipos...
Here we investigate the cellular uptake mechanism and final intracellular fate of two cationic lipos...
Endothelial progenitor cells (EPCs) originate either directly from hematopoietic stem cells or from ...
AbstractCationic liposomes mediate efficient transfection of mammalian cells, but the manner in whic...
We investigated the molecular mechanisms by which pH-sensitive liposomes surpass the cytoplasmic and...
Polymer–liposome complexes (PLCs) can be efficiently applied for the treatment and/or diagnosis of s...
Polymerized liposomes encapsulating L-tryptophan were studied with the aim to characterize them as d...
The large molecular weight, poly-anionic, and labile nature of small interfering RNA (siRNA) necessi...
AbstractWe investigated the molecular mechanisms by which pH-sensitive liposomes surpass the cytopla...
The first interaction between lipoplexes and cells is charge-mediated and not specific. Endocytosis ...