Why is nature so much better at performing highly selective chemical reactions than we are? How can chemists develop more effective pharmaceuticals and antivirals?
The answer to both questions lies in the sizes and shapes of the molecular host and guest involved and the interactions between them. Chemists can exploit this idea of molecular recognition, which harnesses the strength that comes from combining many weak chemical forces, to design and construct host molecules that selectively target molecular guests. Understanding how this works requires us to go beyond molecular chemistry to supramolecular chemistry.
Examples drawn from over 30 years’ research at the University of 91快活林 will include molecular tubes to transport sodium into cells, molecules that detect nerve agents and, in an unexpected turn, the discovery of a new class of antifungals.
Free event. All are welcome. If you would like to attend, please register online no later than 48 hours prior to the event.