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CELT-077 CRBN E3 ligase fluorescent ligand (589/616)
_{For research use only}

10 µg vial can be used to prepare 92.34 µL of a 100 µM stock solution, providing enough volume for 9 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-081 CRBN E3 ligase fluorescent ligand (646/662)
_{For research use only}

10 µg vial can be used to prepare 78.78 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-504 VHL E3 ligase fluorescent ligand (564/570)
_{For research use only}

10 µg vial can be used to prepare 93.81 µL of a 100 µM stock solution, providing enough volume for 9 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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CELT-505 fluorescent GTPγS – Green Emission Spectrum (503/509)
_{For research use only}

50 µg vial can be used to prepare 43.47 µL of a 1 mM stock solution, providing enough volume for 40 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.
219,00€
Product on backorder. Contact us at info@celtarys.com for an estimated delivery date.

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CELT-483 sigma hσ₁/σ₂ receptors fluorescent ligand (646/662)
_{For research use only}

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 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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BOX OFFER – CELT-483 with masking agents
_{For research use only}

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.
539,00€
Product on backorder. Contact us at info@celtarys.com for an estimated delivery date.

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CELT-045 hAT1 angiotensin receptor fluorescent antagonist (646/662)
_{For research use only}

10 µg vial can be used to prepare 63.33 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.

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CELT-252 hAT1 angiotensin receptor fluorescent antagonist (560/571)
_{For research use only}

10 µg vial can be used to prepare 68.55 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.

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CELT-050 VHL E3 ligase fluorescent ligand (646/662)
_{For research use only}

10 µg vial can be used to prepare 66.23 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.

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CELT-249 hM1/M2 muscarinic receptor fluorescent antagonist (589/616)
_{For research use only}

10 µg vial can be used to prepare 82.00 µL of a 100 µM stock solution, providing enough volume for 8 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-114 oxytocin receptor fluorogenic agonist (597/657)
_{For research use only}

10 µg vial can be used to prepare 54.74 µL of a 100 µM stock solution, providing enough volume for 5 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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CELT-115 oxytocin receptor fluorescent antagonist (650/667)
_{For research use only}

10 µg vial can be used to prepare 78.71 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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CELT-503 fluorescent GTPγS – Red Emission Spectrum (589/616)
_{For research use only}

50 µg vial can be used to prepare 38.97 µL of a 1 mM stock solution, providing enough volume for 38 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.
219,00€
Product on backorder. Contact us at info@celtarys.com for an estimated delivery date.

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LUXendin551 GLP1 receptor (GLP1R) fluorescent antagonist (551/576) (CELT-111)
_{For research use only}

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R. One vial is sufficient for injecting one mouse.
Please note that the required concentration may vary depending on the specific assay design.
424,00€
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CRBN Binding Assay Kit (FP)
_{For research use only}

Complete fluorescence polarization (FP)-based assay kit to evaluate ligand binding to the CUL4A/RBX1/DDB1/CRBN complex. The kit includes a high-affinity fluorescent tracer (CELT-077) together with the CUL4A/RBX1/DDB1/CRBN protein complex, providing a ready-to-use system for quantitative binding studies.
SPECIAL 30 % DISCOUNT FOR PRODUCT LAUNCH!
Original price was: 900,00€.Current price is: 630,00€.
SPECIAL 30 % DISCOUNT FOR PRODUCT LAUNCH!

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daLUXendin544+ GLP1R/GIPR fluorescent agonist (561/569) (CELT-118)
_{For research use only}

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R/GIPR. One vial is sufficient for injecting one mouse.
Please note that the required concentration may vary depending on the specific assay design.
525,00€
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CELT-077 CRBN E3 ligase fluorescent ligand (589/616)
_{For research use only}

10 µg vial can be used to prepare 92.34 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-081 CRBN E3 ligase fluorescent ligand (646/662)
_{For research use only}

10 µg vial can be used to prepare 78.78 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-504 VHL E3 ligase fluorescent ligand (564/570)
_{For research use only}

10 µg vial can be used to prepare 93.81 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-505 fluorescent GTPγS – Green Emission Spectrum (503/509)
_{For research use only}

50 µg vial can be used to prepare 43.47 µL of a 1 mM stock solution, providing enough volume for 40 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-483 sigma hσ₁/σ₂ receptors fluorescent ligand (646/662)
_{For research use only}

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

BOX OFFER – CELT-483 with masking agents
_{For research use only}

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-045 hAT1 angiotensin receptor fluorescent antagonist (646/662)
_{For research use only}

10 µg vial can be used to prepare 63.33 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-252 hAT1 angiotensin receptor fluorescent antagonist (560/571)
_{For research use only}

10 µg vial can be used to prepare 68.55 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-050 VHL E3 ligase fluorescent ligand (646/662)
_{For research use only}

10 µg vial can be used to prepare 66.23 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-249 hM1/M2 muscarinic receptor fluorescent antagonist (589/616)
_{For research use only}

10 µg vial can be used to prepare 82.00 µL of a 100 µM stock solution, providing enough volume for 8 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-114 oxytocin receptor fluorogenic agonist (597/657)
_{For research use only}

10 µg vial can be used to prepare 54.74 µL of a 100 µM stock solution, providing enough volume for 5 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

CELT-115 oxytocin receptor fluorescent antagonist (650/667)
_{For research use only}

10 µg vial can be used to prepare 78.71 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-503 fluorescent GTPγS – Red Emission Spectrum (589/616)
_{For research use only}

50 µg vial can be used to prepare 38.97 µL of a 1 mM stock solution, providing enough volume for 38 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

LUXendin551 GLP1 receptor (GLP1R) fluorescent antagonist (551/576) (CELT-111)
_{For research use only}

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R. One vial is sufficient for injecting one mouse.
Please note that the required concentration may vary depending on the specific assay design.

CRBN Binding Assay Kit (FP)
_{For research use only}

SPECIAL 30 % DISCOUNT FOR PRODUCT LAUNCH!

daLUXendin544+ GLP1R/GIPR fluorescent agonist (561/569) (CELT-118)
_{For research use only}

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R/GIPR. One vial is sufficient for injecting one mouse.
Please note that the required concentration may vary depending on the specific assay design.

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10 µg vial can be used to prepare 92.34 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 78.78 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.

10 µg vial can be used to prepare 93.81 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

50 µg vial can be used to prepare 43.47 µL of a 1 mM stock solution, providing enough volume for 40 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 63.33 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.

10 µg vial can be used to prepare 68.55 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.

10 µg vial can be used to prepare 66.23 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.

10 µg vial can be used to prepare 82.00 µL of a 100 µM stock solution, providing enough volume for 8 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 54.74 µL of a 100 µM stock solution, providing enough volume for 5 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 78.71 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.

50 µg vial can be used to prepare 38.97 µL of a 1 mM stock solution, providing enough volume for 38 assays at a working concentration of 100 nM.Please note that the required concentration may vary depending on the specific assay design.

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R. One vial is sufficient for injecting one mouse.Please note that the required concentration may vary depending on the specific assay design.

SPECIAL 30 % DISCOUNT FOR PRODUCT LAUNCH!

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R/GIPR. One vial is sufficient for injecting one mouse.Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 92.34 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 78.78 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.

10 µg vial can be used to prepare 93.81 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

50 µg vial can be used to prepare 43.47 µL of a 1 mM stock solution, providing enough volume for 40 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 95.03 µL of a 100 µM stock solution, providing enough volume for 9 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 63.33 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.

10 µg vial can be used to prepare 68.55 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.

10 µg vial can be used to prepare 66.23 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.

10 µg vial can be used to prepare 82.00 µL of a 100 µM stock solution, providing enough volume for 8 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 54.74 µL of a 100 µM stock solution, providing enough volume for 5 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

10 µg vial can be used to prepare 78.71 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.

50 µg vial can be used to prepare 38.97 µL of a 1 mM stock solution, providing enough volume for 38 assays at a working concentration of 100 nM.
Please note that the required concentration may vary depending on the specific assay design.

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R. One vial is sufficient for injecting one mouse.
Please note that the required concentration may vary depending on the specific assay design.

3 nmol vial that allows to prepare 30 µL of 100 µM stock solution to test GLP1R/GIPR. One vial is sufficient for injecting one mouse.
Please note that the required concentration may vary depending on the specific assay design.