- introduction to microbiology and bionanotechnology, the role of microbes in biosphere,
- differences between bionano- and nanobiotechnologies,
- biosynthesis of nanomaterials in comparison to conventional methods of nanomaterials preparing,
- biosilification, diatoms nanotechnology, magnetotactic bacteria, biogenic magnetic nanoparticles, bacterial S-layers,
- using of microorganisms and higher organisms to nanomaterials preparation,
- detection methods and analysis of biosynthesized nanomaterials and bionanocomposites,
- specific application of biosynthesized nanomaterials,
- biomimetics, biomineralization, nanotechnology in nature, biological systems arrangement, man-made materials compared to natural biological structures,
- important structures in biomineralization, inorganic structures of living organisms – collagen, ferritin, etc.; hierarchical structures of biomineralised structures.
- differences between bionano- and nanobiotechnologies,
- biosynthesis of nanomaterials in comparison to conventional methods of nanomaterials preparing,
- biosilification, diatoms nanotechnology, magnetotactic bacteria, biogenic magnetic nanoparticles, bacterial S-layers,
- using of microorganisms and higher organisms to nanomaterials preparation,
- detection methods and analysis of biosynthesized nanomaterials and bionanocomposites,
- specific application of biosynthesized nanomaterials,
- biomimetics, biomineralization, nanotechnology in nature, biological systems arrangement, man-made materials compared to natural biological structures,
- important structures in biomineralization, inorganic structures of living organisms – collagen, ferritin, etc.; hierarchical structures of biomineralised structures.