The Liversidge Lecture
Cyclodextrins:
Gateways To Supramolecular
Chemistry
Prof. Stephen F. Lincoln
Department of Chemistry, Adelaide University
Supramolecular chemistry is a fascinating field encompassing a vast array of self-assembly and molecular recognition processes in both natural and synthetic systems. Often the sophisticated assemblies that arise from it are substantially dependent on secondary forces for their stability and structure. Cyclodextrins are naturally occurring cyclic sugars that have an extensive supramolecular chemistry of their own that involves much secondary bonding. Cyclodextrins may be adapted to specific requirements by modification to produce a wide variety of supramolecular systems. The synthesis, assembly, equilibria, kinetics, structure and spectroscopy of some of these systems are discussed here. Among these systems are native cyclodextrin complexes, chirally discriminating systems, metallocyclodextrins, dimeric complex systems, rotaxanes and prototype molecular machines.
Wednesday 13th
February at 5:30pm
Le Fèvre Lecture
Theatre 2
Refreshments at 5:00pm