Abstract
The morphological, spectral and molecular conformational characteristics of amphiphilic molecular brushes with polyimide main chain and polymetacrylic acid side chains loaded with a second-generation photosensitizer Radachlorin® or nanoparticles of the biogenic element – selenium in the zero–valence form were studied using atomic force microscopy (AFM), UV-vis spectroscopy and dynamic/static light scattering. The influence of the side chains grafting density of amphiphilic molecular brushes and the hydrophobic preparation/agent loaded into them on the morphological, spectral and molecular conformational characteristics of synthesized binary nanosystems is shown.
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