Cytoskeleton fluorescent dyes are essential tools for labeling and visualizing the cytoskeleton structures within cells. They play a significant role in various fields such as cell morphology, cell function analysis, cell signaling, live imaging, and multiplex labeling. The cytoskeleton is composed of actin, tubulin, and intermediate filaments. These structures are crucial for maintaining cell shape, cell motility, cell division, and signal transduction.

Subcellular structure fluorescent dyes are fluorescent markers used to label and observe various organelles and structures within cells. They are of significant importance to cell biology research. These dyes provide powerful tools for cell biologists, enabling the visualization of different structures and functions within cells through appropriate selection and application.

Cell membrane fluorescent dyes are fluorescent markers used to label cell membranes and other lipophilic biological structures. Common cell membrane fluorescent dyes include DiD, DiR, DiO, and DiI dyes, which are a group of lipophilic fluorescent dyes. Once these dyes enter the cell membrane, they laterally diffuse across the entire membrane, and at optimal concentrations, they can stain the entire cell membrane. These dyes come in different fluorescence colors, making them suitable for multicolor fluorescence imaging analysis and flow cytometry in live cells. They provide great convenience for the study of cell membrane morphology and structure.

Nuclear fluorescent dyes are a class of dyes that can bind to DNA in the cell nucleus and emit fluorescence. They play an important role in cell biology research. Commonly used nuclear fluorescent dyes include DAPI, Hoechst 33258, Hoechst 33342, PI (Propidium Iodide), and others. These nuclear fluorescent dyes provide a variety of options for observing and studying the cell nucleus due to their distinct fluorescence and staining properties.