Research Field

The center operates in all areas related to the production of drug-carrying nanostructures, both computationally and experimentally. Its research interests include the study of drug nanocarriers based on carbon nanostructures like graphene and graphene oxide, the investigation of polymer nanohydrogels for drug delivery and tissue engineering scaffolds, and the development of various nanofibers for use in drug bandages and cellular scaffolds. Additionally, the center explores metal nanoparticles used in drug delivery, including gold, silver, zinc oxide, and magnetic iron. Research also focuses on producing fluorescent nanostructures for tracking pharmaceutical and biological molecules, such as carbon dots and quantum dots. The center employs computer modeling of various types of nanoparticles and pharmaceutical nanostructures and studies their interactions with biological molecules using molecular dynamics and docking methods

Research Tasks of Research Center

Research focuses on the development of nanomedicine, including the construction of smart nanostructures for drug delivery, the synthesis of chemical nanoparticles, and the investigation of their cytotoxicity. This includes synthesizing nanomaterials and identifying nanomaterial sensors, nanopolymers, and other related materials. Additionally, the research examines the identification of various materials, their behavioral properties, and their interactions with biological systems