1. | Lecture 1 | * Brief historical introduction to supramolecular chemistry * Methods of analysis as applied to substrate recognition in general |
||
2. | Lecture 1 | * Brief historical introduction to supramolecular chemistry * Methods of analysis as applied to substrate recognition in general |
||
3. | Lecture 2 | * Macrocycles-introduction * Cation recognition using macrocycles * Biological and medical inspirations |
||
4. | Lecture 2 | * Macrocycles-introduction * Cation recognition using macrocycles * Biological and medical inspirations |
||
5. | Lecture 3 | * Why anions? Biology and technological motivations; chemical challenges * Classic approaches to anion recognition * Simmons & Park + Lehn, de Mendoza, Fyles, & Schmidtchen * More modern approaches + Beer, Bowman-James, Gale |
||
6. | Lecture 3 | * Why anions? Biology and technological motivations; chemical challenges * Classic approaches to anion recognition * Simmons & Park + Lehn, de Mendoza, Fyles, & Schmidtchen * More modern approaches + Beer, Bowman-James, Gale |
||
7. | Lecture 4 | * Anion recognition as carried out in the Sessler group + collaborators * Expanded porphyrins * Calixpyrroles * Anion receptor polymers |
||
8. | Lecture 4 | * Anion recognition as carried out in the Sessler group + collaborators * Expanded porphyrins * Calixpyrroles * Anion receptor polymers |