The research aims to explore the use of DSE organic luminogens for enantioselective recognition of specific biological analytes.
Developed a dual-state emitter through DSE and ESIPT techniques.
Tested the recognition of chiral amino alcohols using the constructed luminogen.
Assessed the selectivity for sensing hydrazine.
Successful enantioselective recognition of chiral amino alcohols was achieved.
Demonstrated selective sensing capabilities for hydrazine.
Highlights the potential application in analytical techniques affecting biological systems.
Abstract
The development of DSE organic luminogens has increased the ease of enantioselective recognition of biological analytes, demonstrating the multifaceted potential of dual-state emitters.