3,3'-Diheptylthiacarbocyanine iodide | 53213-88-0

3,3’-Diheptylthiacarbocyanine iodide, a fluorescent dye with diverse applications in biological and chemical research, offers a myriad of possibilities. Here are four key applications:

Cell Membrane Studies: Widely utilized for staining cell membranes, 3,3’-Diheptylthiacarbocyanine iodide’s strong affinity for lipid bilayers enables researchers to delve into the intricate dynamics of membranes. This staining technique allows for the visualization and scrutiny of membrane processes encompassing fusion, fission, and endocytosis. Particularly valuable in fluorescence microscopy, this dye facilitates the tracking of multifaceted cellular mechanisms.

Mitochondrial Function Analysis: In the realm of mitochondrial research, this dye proves invaluable for scrutinizing mitochondrial membrane potential. By accumulating in active mitochondria, researchers can gauge mitochondrial vitality and operation. Fluctuations in fluorescence intensity serve as indicators of various mitochondrial conditions, aiding in the exploration of metabolic maladies and apoptosis pathways.

Chemical Sensing: Beyond biological realms, 3,3’-Diheptylthiacarbocyanine iodide finds purpose in the domain of chemical sensors. Its fluorescence properties undergo transformations in response to diverse chemical environments, rendering it apt for detecting ions, pH alterations, and molecular interactions. This capability holds significance in environmental surveillance and diagnostic applications, fueling advancements in monitoring and testing methodologies.

Fluorescence Imaging: Emanating vibrant fluorescence, this dye stands out as a premier choice for high-resolution imaging endeavors. Its prowess in labeling and monitoring biological molecules within intricate systems, spanning tissues to live organisms, is unparalleled. This functionality plays a pivotal role in medical research and diagnostics, specifically in illuminating disease progression and evaluating treatment efficacy, marking a significant step forward in understanding biological intricacies.