BODIPY 406/444 | 1309918-21-5

BODIPY 406/4,44, a fluorescent dye renowned for its exceptional photostability and vibrant fluorescence, finds widespread utility in diverse biological research endeavors. Here are four key applications of BODIPY 406/4,44:

Fluorescence Microscopy: Embraced in the realm of fluorescence microscopy, BODIPY 406/4,44 emerges as a go-to choice for illuminating cellular structures and dynamics. Its luminous fluorescence facilitates the intricate visualization of organelles, membranes, and various cellular constituents with unparalleled resolution and contrast. Researchers exploit BODIPY dyes to explore cell morphology, intracellular trafficking, and the nuanced localization of proteins, delving deep into the intricacies of cellular architecture.

Flow Cytometry: In the intricate landscape of flow cytometry assays, BODIPY 406/4,44 assumes a pivotal role as a potent marker for labeling cells and scrutinizing their intrinsic properties. The dye streamlines the quantification and segregation of labeled cells based on their fluorescence intensity and other defining characteristics. This application stands as a linchpin for immunophenotyping, cell cycle analysis, and the meticulous evaluation of cell viability across diverse research domains, spearheading breakthroughs in cellular characterization.

Protein Labeling: Encompassed in the domain of protein labeling, BODIPY 406/4,44 emerges as a cornerstone for investigating protein-protein interactions and dynamic conformational shifts. By intricately conjugating the dye to specific proteins, researchers unveil a real-time window into their behavioral patterns utilizing fluorescence-based methodologies. This nuanced approach yields profound insights into protein dynamics, stability, and intricate interplays within the complex tapestry of biological systems, unraveling the mysteries of protein behavior with unparalleled clarity.

Lipid Research: Nurturing the field of lipid research, the versatile BODIPY 406/4,44 dye stands as an indispensable asset for probing into the realm of lipids and lipid-related processes, courtesy of its inherent hydrophobic properties and robust fluorescence in lipid-rich environments. Harnessing its potential, researchers embark on a journey to dissect lipid metabolism, membrane fluidity, and the multifaceted interplays between lipids and proteins within cellular membranes and lipid-enriched structures.