NBzF-BG is a H2O2-specific fluorescent probe that exhibits visible absorption centered at 505 nm and displays weak fluorescence with an emission peak at 525 nm. When conjugated covalently and selectively with the SNAP-tag protein, it forms a fluorophore-protein conjugate (SNAP-NBzF) that rapidly reacts with hydrogen peroxide. This reaction leads to a significant enhancement in fluorescence, making NBzF-BG a valuable tool for studying oxidative stress and hydrogen peroxide dynamics in biological systems.
NBzF-BG is a H2O2-specific fluorescent probe that exhibits visible absorption centered at 505 nm and displays weak fluorescence with an emission peak at 525 nm. When conjugated covalently and selectively with the SNAP-tag protein, it forms a fluorophore-protein conjugate (SNAP-NBzF) that rapidly reacts with hydrogen peroxide. This reaction leads to a significant enhancement in fluorescence, making NBzF-BG a valuable tool for studying oxidative stress and hydrogen peroxide dynamics in biological systems.
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