Unravelling chiral recognition to improve sensing and separation efficiency. Chiral molecules, analogous to our hands, appear similar but don’t match exactly. Accurate identification of these molecule

Description

Unravelling chiral recognition to improve sensing and separation efficiency. Chiral molecules, analogous to our hands, appear similar but don’t match exactly. Accurate identification of these molecules is crucial as the two different forms can have dramatically different functions, which can mean the difference between a drug helping or harming. This project will explore chiral interactions using an integrated single-entity electrochemistry approach. Investigating these interactions in real-time will reveal fundamental mechanisms of chiral recognition, enabling the ability to control surface chiral affinity. The project will benefit Australia by inventing effective detection and separation technologies for certain chiral molecules, hence improving the purity and efficacy of medicines, agriculture, and food products.. Scheme: Discovery Early Career Researcher Award. Field: 3401 - Analytical Chemistry. Lead: Dr NA KONG