Nanomedicine Unit

Research Interests:

The major focus of the laboratory is on the development of novel gene delivery systems to achieve an appropriate vector for gene therapy.

Developing polymer-based (especially PEI-based) gene delivery systems.

The objective of these studies is to achieve novel non-viral vectors with an improved ability of getting gene inside cells.

Developing peptide-based non-viral gene delivery systems.

The emphasis of these studies is to design vectors, which cannot serve many functions that other types of non-viral vectors can not perform alone.

Liposome-based delivery of gene using different approaches

Preparation and evaluation of nano-sized lipoplexies as a non-viral in gene therapy: effect of bilayer fluidity of cationic liposome’s on transfection efficiency.

Preparation and evaluation of glactosylated lipoplexes as non-viral vector: effect of cholesterol derivatives on transfection efficiency.

Future Projects:

Application of recombinant fusion proteins for gene delivery.

Because of having precise composition, sequence and length, these types of vectors can be good options for cancer gene therapy.