| 초록 |
The vesicular nanostructure with an empty space in the core has been of great interests for the potential application such as a carrier in drug delivery. However, the vesicular nanostructures formed by surfactants and polymers have not enough contrast in the light or the electron, resulting in the lack of the information in the drug pathways or delivery efficiency. For understanding on the mechanism for the drug pathway of vesicles as carriers, therefore, it needs to enhance the contrast for the light or the electron by using inorganic materials. In this study, the fabrication of the quantum dot-polymer complex in aqueous solution have been studied by the simple mixing of the quantum dot and polymer. The small angle X-ray scattering (SAXS) and photoluminescence (PL) measurements revealed that the self-assembly of the quantum dot-polymer complex formed a vesicular structure with a strong photoluminescence in aqueous solution. |
