Used as a specialized fluorescent probe in biochemical research due to its strong emission properties upon binding to specific metal ions. It is particularly effective in detecting zinc and copper in cellular environments, enabling real-time imaging in live cells. Its structure allows for high selectivity and low detection limits, making it valuable in studying metal ion homeostasis. Also employed in the development of chemosensors for environmental monitoring, where it helps identify trace metal contaminants in water samples. The compound’s imine and phenolic groups contribute to its chelating ability, enhancing sensitivity and stability in sensing applications.