GPCRs Class B
| Cat. # | Product name | Source (Host) | Species | Tag | Protein Length | Price |
|---|---|---|---|---|---|---|
| GCGR-0097H |
Active Recombinant Human GCGR Full Length Transmembrane protein(VLPs)
|
HEK293 | Human | Non | Full L. Ala 26 - Asn 432 |
|
| GCGR-0947H |
Active Recombinant Human GCGR Full Length Transmembrane protein(Nanodisc)
|
HEK293 | Human | Non | Full L. |
|
| GLP1R-1932H |
Active Recombinant Human GLP1R Full Length Transmembrane protein(Nanodisc)
|
HEK293 | Human | Non | Full L. |
|
| GLP1R-1934H |
Recombinant Human GLP1R Transmembrane protein, His&Flag-tagged(Nanodisc)
|
HEK293 | Human | Flag&His | Arg24-Phe257 & Glu262-Lys437, thermostabilizing mutations |
|
| GLP1R-4643H |
Recombinant Human GLP1R protein, His&Myc-tagged
|
HEK293 | Human | His&Myc | 24-145aa |
|
| GLP1R-584H |
Recombinant Human GLP1R protein, mFc-tagged
|
HEK293 | Human | mFc | Arg24-Glu139 |
|
| GLP1R-01D |
Recombinant Dog GLP1R Protein, His-tagged
|
HEK293 | Dog | His |
|
|
| ADCYAP1R1-335H | Recombinant Human ADCYAP1R1 Protein, GST-tagged | Wheat Germ | Human | GST |
|
|
| ADCYAP1R1-3708C | Recombinant Chicken ADCYAP1R1 | Mammalian Cells | Chicken | His |
|
|
| ADCYAP1R1-510H | Recombinant Human ADCYAP1R1 Protein, Fc-tagged | HEK293 | Human | Fc | 1-155 a.a. |
|
| ADCYAP1R1-521R | Recombinant Rat ADCYAP1R1 Protein | Mammalian Cells | Rat | His |
|
|
| CALCR-0296H | Recombinant Human CALCR Protein, GST-Tagged | Wheat Germ | Human | GST |
|
|
| CALCR-27793TH | Recombinant Human CALCR | Wheat Germ | Human | Non | 81 amino acids |
|
| CALCR-742H | Recombinant Human CALCR Protein, Fc-tagged | HEK293 | Human | Fc | 25-154 a.a. |
|
| CALCR-743H | Recombinant Human CALCR Protein, Fc-tagged | HEK293 | Human | Fc | 1-153 a.a. |
|
Class B GPCRs are receptors that mainly bind with peptide hormones and neuropeptides. They play a key role in managing essential endocrine and metabolic functions. Compared to Class A receptors, Class B GPCRs have a longer N-terminus that often helps in recognizing specific ligands. This unique structure allows them to effectively interact with various hormones, supporting vital processes across the body.