Fluorescent Proteins, Nucleotides & Other Conjugates
A wide selection of proteins, nucleotides, toxins, and other probes conjugated to our bright & photostable CF® dyes and other labels. Learn more about bioconjugate applications.
Showing 1–16 of 32 results
Annexin V CF® Dye Conjugates, Azide-Free, Lyophilized
Preservative-free Annexin V conjugates are compatible with detection of apoptotic cells in live cell imaging experiments.
Preservative-free Annexin V conjugates are compatible with detection of apoptotic cells in live cell imaging experiments.
Annexin V Conjugates
Annexin V fluorescent conjugates can be used to detect apoptotic cells. Annexin V is available conjugated to a wide variety of dyes.
Annexin V fluorescent conjugates can be used to detect apoptotic cells. Annexin V is available conjugated to a wide variety of dyes.
Annexin V Near IR CF® Dye Conjugates
Annexin V fluorescent conjugates can be used to detect apoptotic cells. Annexin V is available labeled with our superior near-IR fluorescent dyes.
Annexin V fluorescent conjugates can be used to detect apoptotic cells. Annexin V is available labeled with our superior near-IR fluorescent dyes.
CF®555-ddCTP
CF®555-ddCTP can be used as 3′-end chain terminator in Sanger sequencing.
CF®555-ddCTP can be used as 3′-end chain terminator in Sanger sequencing.
CF®640R-UTP
CF®640R-UTP can be enzymatically incorporated into RNA probes for use in many biological applications. Far-red fluorescent CF®640R is spectrally similar to Alexa Fluor® 647, but is much more photostable.
CF®640R-UTP can be enzymatically incorporated into RNA probes for use in many biological applications. Far-red fluorescent CF®640R is spectrally similar to Alexa Fluor® 647, but is much more photostable.
CF® Dye Biotin
Potential applications of Biotin-CF® dye include detection of biotin binding sites and the degree of biotinylation of proteins, and for the measurement of avidin and streptavidin in crude biological samples. In addition, biotin-CF® dye can be used as a polar tracer by microinjection to study the morphology of cells.
Potential applications of Biotin-CF® dye include detection of biotin binding sites and the degree of biotinylation of proteins, and for the measurement of avidin and streptavidin in crude biological samples. In addition, biotin-CF® dye can be used as a polar tracer by microinjection to study the morphology of cells.
dUTP CF® Dye Conjugates
CF® dye-dUTP can be used for TUNEL assay, or to synthesize labeled DNA probes for in situ hybridization and nucleic acid blotting applications.
CF® dye-dUTP can be used for TUNEL assay, or to synthesize labeled DNA probes for in situ hybridization and nucleic acid blotting applications.
α-Bungarotoxin, CF® Dye and Other Conjugates
Conjugates of α-Bungarotoxin labeled with a selection of our CF® dyes and other labels. Labeled α-bungarotoxin conjugates can be used for staining nicotinic acetylcholine receptors at neuromuscular junctions in tissue sections.
Conjugates of α-Bungarotoxin labeled with a selection of our CF® dyes and other labels. Labeled α-bungarotoxin conjugates can be used for staining nicotinic acetylcholine receptors at neuromuscular junctions in tissue sections.
Bovine Serum Albumin CF® Dye Conjugates
CF® dye bovine serum albumin (BSA) are bright and photostable fluorescent BSA conjugates for applications in which well-defined molecular weight fluid phase tracers are needed. These applications include studying the rate of endocytosis and exocytosis and following vesicle trafficking.
CF® dye bovine serum albumin (BSA) are bright and photostable fluorescent BSA conjugates for applications in which well-defined molecular weight fluid phase tracers are needed. These applications include studying the rate of endocytosis and exocytosis and following vesicle trafficking.
CF® Dye cAMP
CF®488A-cAMP and CF®640R-cAMP are fluorescently labeled cAMP analogs. Single molecules of fluorescently labeled cAMP have been imaged bound to the cAMP receptor on the surface of Dictyostelium cells (1).
CF®488A-cAMP and CF®640R-cAMP are fluorescently labeled cAMP analogs. Single molecules of fluorescently labeled cAMP have been imaged bound to the cAMP receptor on the surface of Dictyostelium cells (1).
CF® Dye Dextran 10,000 MW, Anionic and Fixable
CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 10,000 MW, and contains a formaldehyde-fixable free-amine group.
CF® dye labeled dextrans could be used as a fluorescent fluid-phase markers to study cell permeability, endocytosis, or mechanisms of biomolecular delivery. The dextran is 10,000 MW, and contains a formaldehyde-fixable free-amine group.
CF® Dye Dextran 150,000 MW, Anionic and Fixable
CF® Dye Dextran 250,000 MW, Anionic and Fixable
This dextran is 250,000 MW, and contains a formaldehyde-fixable free-amine group. It’s available with the following CF® dyes: CF®488A, CF®680, CF®750 and CF®770.
This dextran is 250,000 MW, and contains a formaldehyde-fixable free-amine group. It’s available with the following CF® dyes: CF®488A, CF®680, CF®750 and CF®770.
CF® Dye Dextran 40,000 MW, Anionic and Fixable
This dextran is 40,000 MW, and contains a formaldehyde-fixable free-amine group. It’s available with the following CF® dyes: CF®488A, CF®680, CF®750 and CF®770.
This dextran is 40,000 MW, and contains a formaldehyde-fixable free-amine group. It’s available with the following CF® dyes: CF®488A, CF®680, CF®750 and CF®770.
CF® Dye Dextran 70,000 MW, Anionic and Fixable
This dextran is 70,000 MW, and contains a formaldehyde-fixable free-amine group. It’s available with the following CF® dyes: CF®488A, CF®680, CF®750 and CF®770.
This dextran is 70,000 MW, and contains a formaldehyde-fixable free-amine group. It’s available with the following CF® dyes: CF®488A, CF®680, CF®750 and CF®770.
CF® Dye PNA Lectin (Arachis hypogaea)
This product is Arachis hypogaea (peanut) PNA lectin labeled with our superior CF® dyes. Lectin PNA is specific for terminal β-galactose and binds preferentially to a commonly occurring structure, galactosyl (β-1,3) N-acetylgalactosamine.
This product is Arachis hypogaea (peanut) PNA lectin labeled with our superior CF® dyes. Lectin PNA is specific for terminal β-galactose and binds preferentially to a commonly occurring structure, galactosyl (β-1,3) N-acetylgalactosamine.