EMAIL US: customerservice@franklinyoung.com
CALL US: (618) 724-2780 / (909) 931-5012
CALL US: (618) 724-2780 / (909) 931-5012
Back to Previous Page
ITEM#: 2013-ES010AF
MFR#: ES-010-AF
Our frozen, irradiated AequoZen cell lines express a variety of GPCRs which all couple to a calcium response. Upon GPCR stimulation and subsequent calcium binding to the aequorin oxidation of coelenterazine leads to emission of light. No cell culture
| Product Name | Description | Item# | QTY | |
|---|---|---|---|---|
AequoZen FroZen cells, Adrenergic a1, Human Recombinant, CHO-K1
|
Our frozen, irradiated AequoZen cell lines express a variety of GPCRs which all couple to a calcium response. Upon GPCR stimulation and subsequent calcium binding to the aequorin oxidation of coelenterazine leads to emission of light. No cell culture | 2013-ES033AF | EA | |
Adenosine A3, Human Recombinant, CHO-K1 AequoZen(R) Frozen cells
|
Our frozen, irradiated AequoZen cell lines express a variety of GPCRs which all couple to a calcium response. Upon GPCR stimulation and subsequent calcium binding to the aequorin oxidation of coelenterazine leads to emission of light. No cell culture | 2013-ES012AF | EA | |
cAMPZen Frozen cells, Adenosine A1, Human Recombinant, CHO-K1
|
Our frozen, irradiated cAMPZen cells express a variety of GPCRs for binding and functional assays. No cell culture is required prior to testing..Frozen Cells validated for cAMP testing: Adenosine A1 receptor, human recombinant, in CHO-K1 host cell. W | 2013-ES010CF | EA | |
AequoZen FroZen cells, GPR99, Human Recombinant, CHO-K1
|
Our frozen, irradiated AequoZen cells express a variety of GPCRs which all couple to a calcium response. Upon GPCR stimulation and subsequent calcium binding to the aequorin oxidation of coelenterazine leads to emission of light. No cell culture is r | 2013-ES743AF | EA | |
AequoZen FroZen Cells, Ghrelin, Human Recombinant, CHO-K1
|
Our frozen, irradiated AequoZen cells express a variety of GPCRs which all couple to a calcium response. Upon GPCR stimulation and subsequent calcium binding to the aequorin oxidation of coelenterazine leads to emission of light. No cell culture is r | 2013-ES410AF | EA |