Cannabinoid Receptors

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At Celtarys, we offer a comprehensive range of fluorescent ligands for cannabinoid receptors, including CB1 and CB2 receptors. Our proprietary technology enables us to develop ligands with high affinity and specificity, making them ideal for a variety of applications, including binding assays, fluorescence-based assays, and more.

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  • CELT-335 hCB1/CB2 Cannabinoids receptors fluorescent ligand (646/662)

    10ug vial that allows to prepare 73ml of 100nM working solution to test CB1R/CB2R.

    Working concentration might differ among assay designs

    432,00€

    Our CELT-335 product is a potent and selective hCB1/CB2 fluorescent ligand that shows a high affinity for CB1/CB2 receptors. It has a Ki value of 44.8 nM and 7.4 nM, respectively, in radioligand binding assay. CELT-335 has been validated in high-content screening assays and is also suitable for HTRF binding assays, providing a valid alternative to radioligand binding assays. It is available in a 10ug vial that allows for the preparation of 150ml of 100nM working solution to test CB1R/CB2R. CELT-335 is designed to allow for cell visualization in fluorescence microscopy and is potentially suitable for other fluorescence-based assays.

    More information and applications

    https://www.sciencedirect.com/science/article/pii/S1043661821005545?via%3Dihub

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  • CELT-331 hCB2 Cannabinoids receptor fluorescent ligand (646/662)

    Our CELT-331 product is a potent and selective hCB2 fluorescent ligand that shows a high affinity for hCB2 receptors and selectivity over hCB1. It has a Ki value of 75.9 nM for hCB2 receptors in radioligand binding assay. CELT-331 is suitable for HTRF binding assays as a valid alternative to radioligand binding assays. It is available in a 10ug vial that allows for the preparation of 150ml of 100nM working solution to test CB2R. CELT-331 is designed to allow for cell visualization in fluorescence microscopy, confocal, and high-content system experiments and is potentially suitable for other fluorescence-based assays.

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