Endogenous H2S and HClO play vital roles in regulating the redox status in vivo, and are involved in many pathophysiological events. Accordingly, accurate sensing and imaging of intracellular H2S and HClO have become greatly in demand. However, conventional double-response fluorescent probes for these two substances suffered from the notorious aggregation-caused quenching effect and required multiple excitations to achieve discrimination determination. In this study, we firstly constructed an AIE-active fluorescent probe with three potential reaction sites for individual and continuous detecti...
