Eosin Y-Derived Fluorescent Sensors: Selective Hg²⁺ Detection, and Targeted Biomedical Applications
Eosin Y-Derived Fluorescent Sensors: Selective Hg²⁺ Detection, and Targeted Biomedical Applications
B. Kumar,Venkatesh Muthukumar,3 Authors,Neeladri Das
2026 · DOI: 10.1039/d6ma00152a
Materials Advances · 0 Citations
TLDR
Two Eosin Y–based chemosensors are synthesized for the selective, sensitive, and recyclable fluorescence “turn-on” detection of aquated Hg²⁺ ions.
Abstract
Two Eosin Y–based chemosensors (EY-SO: λem=534 nm) and (EY-SM: λem=551 nm) are synthesized for the selective, sensitive, and recyclable fluorescence “turn-on” detection of aquated Hg²⁺ ions. The quantum yield and...