Cellular components
Staining cellular structures and organelles with small molecule-based fluorescent dyes is an alternative to the immunochemical labeling technique. Due to high selectivity and low cytotoxicity, these dyes are actively used for labeling living cells. They are a tool for studying the structure and functioning of cells and are also used as stains for samples contrasting. We have developed a full spectral palette of cellular dyes for their combined visualization on one preparation and ease of colocalization with immunochemical markers or fluorescent proteins.
To search for the required dye, click on the name of the cell structure of interest in the image or use our tag navigation.
Cell membrane
Lipophilic dyes with different spectral properties for plasma membrane staining and visualization of cell boundaries and morphology.Nuclei
Cell-membrane permeant and impermeant fluorescent DNA dyes for specific staining nuclei in live or fixed cells.Nucleoli
Fluorescent nucleic acid dyes capable of detecting RNA and specifically staining RNA-containing organelles (nucleoli and ribosomes) in living or fixed cells.Mitochondria
Сell-permeant cationic fluorescent dyes with different spectral properties for staining active mitochondria in living cells in a potential-dependent manner.Golgi apparatus
Fluorescent derivatives of sphingosine with different spectral properties for visualization of the Golgi apparatus in live and fixed cells.Lysosomes
Fluorescent dyes for visualization of lysosomes and other cell organelles with a low pH in living cells.Endoplasmic reticulum
Fluorescent glibenclamide derivatives for selective labeling of endoplasmic reticulum in live cells.Ribosomes
Fluorescent nucleic acid dyes capable of detecting RNA and specifically staining RNA-containing organelles (nucleoli and ribosomes) in living or fixed cells.Lipid bodies
Bright fluorescent borondipyrromethene (BDP) dyes for lipid labeling and imaging lipid bodies in cells.Synaptic vesicles
Small fluorescent molecules for staining synaptic vesicles in live neurons and studying synaptic activity in synapses or neuromuscular junctions.
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