Flow Cytometry

Flow cytometry is a methodology that allows performing simultaneous multi-parametric analysis of single cells in solution. Flow cytometers utilize lasers as light sources to produce both scattered and fluorescent light signals. Cell populations can be characterized and/or purified based on their fluorescent or light scattering characteristics.

Protein expression on cell surface and intracellular molecules can be detected using appropriate fluorescent probes. This technology can be also applied in medium-throughput screening to study the interaction of compounds for a target of interest, for instance by competition binding.

Celtarys Ligands validated for Flow Cytometry assays

CELT-074 hD2 dopamine receptor fluorescent antagonist (589/616)
_{For research use only}

10 µg vial can be used to prepare 73.24 µL of a 100 µM stock solution, providing enough volume for 7 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.
476,00€
Product on backorder. Contact us at info@celtarys.com for an estimated delivery date.

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CELT-426 hD2 dopamine receptor fluorescent antagonist (560/571)
_{For research use only}

10 µg vial can be used to prepare 66.59 µL of a 100 µM stock solution, providing enough volume for 6 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.
476,00€
Product on backorder. Contact us at info@celtarys.com for an estimated delivery date.

View more
CELT-240 hD2/D3 dopamine receptors fluorescent ligand (589/616)
_{For research use only}

10 µg vial can be used to prepare 77.93 µL of a 100 µM stock solution, providing enough volume for 7 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.
476,00€
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Do you want more information?

If you want to know more about how to use fluorescent ligands to characterize receptors with pharmacological interest with this and other technologies, click on the button to download the article “Fluorescent ligands: A new method to label your GPCRs”

CELT-074 hD2 dopamine receptor fluorescent antagonist (589/616)
_{For research use only}

10 µg vial can be used to prepare 73.24 µL of a 100 µM stock solution, providing enough volume for 7 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-426 hD2 dopamine receptor fluorescent antagonist (560/571)
_{For research use only}

10 µg vial can be used to prepare 66.59 µL of a 100 µM stock solution, providing enough volume for 6 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-240 hD2/D3 dopamine receptors fluorescent ligand (589/616)
_{For research use only}

10 µg vial can be used to prepare 77.93 µL of a 100 µM stock solution, providing enough volume for 7 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

Flow Cytometry

CELT-074 hD2 dopamine receptor fluorescent antagonist (589/616) For research use only

10 µg vial can be used to prepare 73.24 µL of a 100 µM stock solution, providing enough volume for 7 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

CELT-426 hD2 dopamine receptor fluorescent antagonist (560/571) For research use only

10 µg vial can be used to prepare 66.59 µL of a 100 µM stock solution, providing enough volume for 6 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

CELT-240 hD2/D3 dopamine receptors fluorescent ligand (589/616) For research use only

10 µg vial can be used to prepare 77.93 µL of a 100 µM stock solution, providing enough volume for 7 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.