We are a dynamic and innovative research group dedicated to advancing the development of chiral nanomaterials for cutting-edge applications in therapeutics and diagnostics. Our research is centered on two interconnected yet distinct avenues:
Nanoscale Probing with Functionalized Chiral Single-Walled Carbon Nanotubes (SWCNTs)
We aim to functionalize mono- and multichiral SWCNTs to create precise, nanoscale probes for biologically active processes. By harnessing the unique optical and structural properties of these nanotubes, we seek to unlock new pathways for monitoring and understanding biological activities at the molecular level, paving the way for innovative diagnostic tools.
Design and Assembly of Chiral Nanomaterials
Our lab explores the synthesis and assembly of chiral nanomaterials, employing a wide range of chemical principles—from supramolecular chemistry to coordination chemistry. We focus on organizing molecules and nanoscale particles into sophisticated assemblies with chiroptical properties. These materials hold immense potential for both fundamental studies and practical applications. One of our key goals is to apply these chiral molecular and nanoscale assemblies for enantioselective drug delivery, targeting the precise and efficient delivery of chiral drugs. By leveraging the chiral nature of these materials, we aim to revolutionize how therapeutic agents are delivered, enhancing their efficacy and specificity.