Merocyanine 540 | 62796-23-0

Merocyanine 540, a fluorescent dye with diverse scientific and medical applications, shines brightly in the realm of cutting-edge research.

Photodynamic Therapy: Harnessing the power of Merocyanine 540, photodynamic therapy emerges as a potent weapon against cancer cells, selectively targeting and extinguishing them with precision. Upon exposure to specific light wavelengths after administration, this dynamic dye unleashes reactive oxygen species that orchestrate cell demise. This technique holds promise for combating certain cancers while preserving the integrity of neighboring healthy tissues.

Cell Membrane Studies: Venturing into the intricate world of cell biology, Merocyanine 540 takes center stage in unraveling the mysteries of cell membrane dynamics and properties. With an affinity for lipid bilayers, this dye serves as a window into monitoring changes in membrane potential and structural integrity, crucial for deciphering a myriad of physiological processes and pathologies intertwined with the cell membrane’s essence.

Apoptosis Detection: Embark on a quest through the realms of flow cytometry, where Merocyanine 540 plays a pivotal role in detecting apoptotic cells. As cells undergo apoptosis, exposing phosphatidylserine residues on their outer membrane leaflet, this versatile dye binds with finesse. Researchers can thus quantify and scrutinize apoptosis within cell populations, paving the way for breakthrough insights in cancer research and innovative drug development endeavors.

Mitochondrial Function: Dive deep into the realm of mitochondrial dynamics with Merocyanine 540 as your guide, offering a gateway to assessing mitochondrial function and vitality. With a proclivity for active mitochondria, owing to their membrane potential, this radiant dye emerges as a beacon for monitoring mitochondrial activity within living cells. Unveiling insights into cellular metabolism, aging processes, and the enigmatic realms of neurodegenerative diseases, this application of Merocyanine 540 sheds light on the intricate tapestry of biological intricacies.