Neuroscience
Fluorescent probes, antibodies, & other reagents for neuroscience research. Learn more about Neuronal Probes. Also see our Ion Indicators & Membrane Potential Dyes.
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PathoGreen™ Histofluorescent Stain, 1000X in water
PathoGreen™ Histofluorescent Stain is an anionic green fluorescent dye functionally similar to Fluoro-Jade dyes. These dyes stain degenerating neurons and their processes after exposure to a variety of neurotoxic insults in brain sections and cultured neurons.
PathoGreen™ Histofluorescent Stain is an anionic green fluorescent dye functionally similar to Fluoro-Jade dyes. These dyes stain degenerating neurons and their processes after exposure to a variety of neurotoxic insults in brain sections and cultured neurons.
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.
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 3,500 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 3,500 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 3,500 MW, and contains a formaldehyde-fixable free-amine group.
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.
Cholera Toxin Subunit B CF® Dye Conjugates
Cholera toxin B subunit is used for tract-tracing in neurological research, targeting GM1 ganglioside binding and retrograde transport. CF® dyes offer exceptional brightness and photostability.
Cholera toxin B subunit is used for tract-tracing in neurological research, targeting GM1 ganglioside binding and retrograde transport. CF® dyes offer exceptional brightness and photostability.
Nerve Terminal Staining Kits
Nerve Terminal Staining Kits contain Biotium’s nerve terminal dyes and accessories for washing away or quenching extracellular dye fluorescence.
Nerve Terminal Staining Kits contain Biotium’s nerve terminal dyes and accessories for washing away or quenching extracellular dye fluorescence.
SynaptoGreen™ C1
SynaptoGreen™ C1 has the shortest (one-carbon) lipophilic tail and is the most water soluble of the nerve terminal dye series. Thus it is expected to have the slowest on-rate and the fastest off-rate among the SynaptoGreen™ dyes.
SynaptoGreen™ C1 has the shortest (one-carbon) lipophilic tail and is the most water soluble of the nerve terminal dye series. Thus it is expected to have the slowest on-rate and the fastest off-rate among the SynaptoGreen™ dyes.
SynaptoGreen™ C18 (equivalent to FM®3-25)
SynaptoGreen™ C18 (equivalent to FM®3-25) is a membrane stain similar to their nerve terminal dyes, except that it has the longest lipophilic tail (C18). Because of its large size, it is used as a control for ion channel permeability of nerve terminal dyes.
SynaptoGreen™ C18 (equivalent to FM®3-25) is a membrane stain similar to their nerve terminal dyes, except that it has the longest lipophilic tail (C18). Because of its large size, it is used as a control for ion channel permeability of nerve terminal dyes.
SynaptoGreen™ C2 (Equivalent to FM®2-10)
SynaptoGreen™ C2 is more water soluble than SynaptoGreen™ C4 and thus has a faster de-staining rate than the latter.
SynaptoGreen™ C2 is more water soluble than SynaptoGreen™ C4 and thus has a faster de-staining rate than the latter.
SynaptoGreen™ C3
SynaptoGreen™ C3 is similar to SynaptoGreen™ C4 (70020), except that the lipophilic tail is one carbon shorter and also the hydrophilic end is a trimethylammonium group.
SynaptoGreen™ C3 is similar to SynaptoGreen™ C4 (70020), except that the lipophilic tail is one carbon shorter and also the hydrophilic end is a trimethylammonium group.
SynaptoGreen™ C4 (Equivalent to FM®1-43)
A widely used green fluorescent dye for following synaptic activity by staining synaptic vesicles at the synapse or neuromuscular junctions. When used in combination with the red fluorescent dye SynaptoRed™ (70021), synapses or neuromuscular junctions can be imaged independently in two colors.
A widely used green fluorescent dye for following synaptic activity by staining synaptic vesicles at the synapse or neuromuscular junctions. When used in combination with the red fluorescent dye SynaptoRed™ (70021), synapses or neuromuscular junctions can be imaged independently in two colors.
SynaptoGreen™ C5 (Equivalent to FM®1-84)
SynaptoGreen™ C5 is similar to SynaptoGreen™ C4 (70020), except that the lipophilic tail is one carbon longer.
SynaptoGreen™ C5 is similar to SynaptoGreen™ C4 (70020), except that the lipophilic tail is one carbon longer.