Tannic acid functionalised Ag nanospheres achieved a 175-fold increase in luminol chemiluminescence. This study focused on nanostructure optimisation, spacer design, and the difference between plasmonic and catalytic effects, leading to advancements in sensitive detection and imaging.
Coumarin-based PPGs that feature electron-rich thiophene-derived substitutions at the C3-position of a coumarin scaffold have demonstrated a high uncaging quantum yield (Φu) as well as an efficient photolysis rate.
Firstly Fe3O4-MIL-88B(Fe) was studied, and the pro-oxidant role of ascorbic acid in enhancing its catalytic properties is investigated.
Manganese porphyrin-based metal–organic frameworks enhance luminol/H2O2 chemiluminescence by over 1200-fold, enabling highly sensitive dopamine detection via their quenching effect.
Digital video from a chemiluminescence luminol reaction assisted by chemometric modeling for the detection of blood at crime scenes.