| Introduction |
| Reactivity and chemistry Polymers CyD Catalysis |
| Chromatography Enantioselective separations X-ray Calorimetry NMR |
| Other physicochemical methods: UV-vis, ICD, Electrochemistry, AFM and STM |
| Model calculations Rotaxane and catenane structures involving cyclodextrins |
| Large cyclodextrins Applications in pharmaceutical industry Cyclodextrin aggregates (simple and multiple emulsions, microparticles, nanoparticles, liposomes, niosomes) |
| Other applications: in cosmetic, toiletry, textile and wrapping industries; in agrochemistry; in electrochemical sensors and devices |
| Reactivity and chemistry Polymers CyD Catalysis Chromatography Enantioselective separations |
| X-ray Calorimetry NMR Other physicochemical methods: UV-vis, ICD, Electrochemistry, AFM and STM |
| Model calculations Rotaxane and catenane structures involving cyclodextrins Large cyclodextrins Applications in pharmaceutical industry Cyclodextrin aggregates (simple and multiple emulsions, microparticles, nanoparticles, liposomes, niosomes) |
| Introduction |
| Reactivity and chemistry Polymers CyD Catalysis |
| Chromatography Enantioselective separations X-ray Calorimetry NMR |
| Other physicochemical methods: UV-vis, ICD, Electrochemistry, AFM and STM |
| Model calculations Rotaxane and catenane structures involving cyclodextrins |
| Large cyclodextrins Applications in pharmaceutical industry Cyclodextrin aggregates (simple and multiple emulsions, microparticles, nanoparticles, liposomes, niosomes) |
