A dual-functional sensor for electrochemical discrimination and detection of glucose enantiomers based on chiral Au/Co3O4 nanoclusters

Key Points

• Detection of glucose enantiomers is achieved using chiral nanoclusters, showcasing versatile sensor capabilities.
• The electrochemical method offers distinct discrimination between glucose forms, enhancing sensing accuracy.
• Using chiral Au/Co3O4 nanoclusters as the basis, the sensor demonstrates improved performance over traditional methods.
• This approach may enable more effective glucose monitoring in clinical settings, with external validation required.