Golgi apparatus

Mgc(3Me)DEAC (compound mgc3MeDEAC) is a small-molecule fluorescent probe that allows for the visualization of the Golgi apparatus in living cells [1].

Mgc(3Me)FDA, a derivative of fluorescein diacetate (FDA) that incorporates a cell-permeable myrGC 3Me motif, effectively penetrates cells. Once inside, it transforms into the fluorescently active mgc(3Me)FL. This compound specifically accumulates in the Golgi apparatus, serving as a visualized Golgi probe [1].

AIE-GA is a fluorescent probe for the Golgi apparatus (GA) that operates in the green channel with an excitation wavelength of 405 nm and an emission range of 500-700 nm. It exhibits a strong binding affinity to interact with COX-2 by binding to its cyclooxygenase catalytic site [1].

Gol-NTR, a highly selective and sensitive Golgi-targetable probe, is activated by Nitroreductase (NTR) to visualize acute lung injury (ALI) and its repair. With a low detection limit of 54.8 ng/mL, Gol-NTR is well-suited for research focused on monitoring and assessing the response of sepsis-induced ALI [1].

BODIPY Fl C5-Ceramide is a Golgi-specific green fluorescent dye used to visualize individual cells, with excitation emission wavelengths at 505 nm 512 nm. The Golgi fluorescent probe, a BODIPY-labeled ceramide derivative, is synthesized in the endoplasmic reticulum and transported to the Golgi via ceramide transport protein (CERT) or vesicular translocation, enabling specific labeling of the dye [1][2].