The central aim is to develop a system that can generate, capture, store, and release singlet oxygen in a single scaffold for enhanced sensing and bioimaging.
Developed a conjugated scaffold for integrated singlet oxygen management.
Explored the efficiency of generation, capture, storage, and release of singlet oxygen within the scaffold.
Evaluated the potential applications in sensing and bioimaging.
Demonstrated effective generation and release of singlet oxygen from the scaffold.
Showed improved performance in sensing applications compared to traditional methods.
Revealed potential for application in bioimaging, highlighting the utility of the integrated system.
Abstract
, offering promising opportunities for sensing and bioimaging applications.