Used in advanced fluorescent probes and sensors due to its strong emission properties, this compound is particularly effective in bioimaging applications. It binds selectively to specific cellular components, enabling high-contrast visualization in live-cell imaging. Its stability under varying pH and light exposure makes it suitable for long-term microscopy studies. Additionally, it serves as a key component in some optoelectronic devices, enhancing efficiency in light-emitting systems. The compound’s unique structure also supports its use in developing new photodynamic therapy agents for targeted cancer treatment.