| 1 |
1 Introduction: Course coverage and basic concepts for antimicrobial polymers
2 Natural antimicrobial polymers I (structure and properties of host defense peptites)
3 Natural antimicrobial polymers II (structure and properties of host defense peptites)
4 Synthesis of antimicrobial polymers. Biocidal cationic polymers I (synthesis and characterization of pyridine, guanidine, amine salts containing polymers and their surface applications)
5 Synthesis of antimicrobial polymers. Biocidal cationic polymers II (synthesis and characterization of pyridine, guanidine, amine salts containing polymers and their surface applications)
6 Synthesis of antimicrobial polymers. N-halamine, phosphonium, sulfonium type polymers
7 Mimicry of host defense peptites by oligomers and polymers (structure, properties, importance of hydrophobic/hydrophilic balance, structure/activity relationship)
8 Mimicry of host defense peptites by synthetic polymers and oligomers (structure, properties, importance of hydrophobic/hydrophilic balance, structure and activity relationship)
9 Antimicrobial nanoparticles I (Synthesis of Ag+, TiO2, ZnO based nanoparticles, synthesis of colloidal structure of polymer containing nanoparticles and surface applications)
10 Antimicrobial nanoparticles II (Synthesis of Ag+, TiO2, ZnO based nanoparticles, synthesis of colloidal structure of polymer containing nanoparticles and surface applications)
11 Investigate the mechanism of bacteria and antimicrobial polymer interaction I (To Analyze the interaction of polymers with bacteria cell membrane and their synthetic lipid analogous by using instrumental techniques such as floresans spectroscopy, confocal microscopy, DLS etc.)
12 Investigate the mechanism of bacteria and antimicrobial polymer interaction II (To Analyze the interaction of polymers with bacteria cell membrane and their synthetic lipid analogous by using instrumental techniques such as floresans spectroscopy, confocal microscopy, DLS etc.)
13 Preparation sterile surfaces and industrial applications I (water treatment, food packaging, implant materials, textile products, paints etc)
14 Preparation sterile surfaces and industrial applications I (water treatment, food packaging, implant materials, textile products, paints etc) |