1. Definition of the subject, structure of cells, chemical composition of a cell and human body.
2. Structure of saccharides and lipids, their occurence and functions in living organisms.
3. Structure of aminoacids, peptides and proteins, their occurence and functions in living organisms.
4. Structure of nucleic acids, their occurence and functions in living organisms.
5. Mutagenesis - mechanisms of origin and consequences for living organisms.
6. Thin films – their preparation, properties and biological applications.
7. Biosensors - classification, examples of applications.
8. Separation/preparation of biomolecules in nanoform, examples of applications (e.g. nanocellulose, nanochitin).
9. Biomineralisation – definition, mechanisms of biomineralization, self-assembly processes
10. Significant biomineralized materials and structures in materials science and nanotechnology.
11. Biotechnological approaches for nanoparticles manufacturing and characterization methods.
12. Biomimetics – natural materials and processes as an inspiration for modern materials science.
13. Biomimetics – significant cse studies (shrilk, sharklet etc.)
14. Importance of imaging methods in research of biological nanostructures and bionanotechnologies.
2. Structure of saccharides and lipids, their occurence and functions in living organisms.
3. Structure of aminoacids, peptides and proteins, their occurence and functions in living organisms.
4. Structure of nucleic acids, their occurence and functions in living organisms.
5. Mutagenesis - mechanisms of origin and consequences for living organisms.
6. Thin films – their preparation, properties and biological applications.
7. Biosensors - classification, examples of applications.
8. Separation/preparation of biomolecules in nanoform, examples of applications (e.g. nanocellulose, nanochitin).
9. Biomineralisation – definition, mechanisms of biomineralization, self-assembly processes
10. Significant biomineralized materials and structures in materials science and nanotechnology.
11. Biotechnological approaches for nanoparticles manufacturing and characterization methods.
12. Biomimetics – natural materials and processes as an inspiration for modern materials science.
13. Biomimetics – significant cse studies (shrilk, sharklet etc.)
14. Importance of imaging methods in research of biological nanostructures and bionanotechnologies.