Swiss ID: fpr1_human |
Protein Name: fMet-Leu-Phe (fMLP-R) (N-formyl peptide) (FPR) |
Organism: Human |
Seqeunce Length: 350 |
METNSSLPTNISGGTPAVSAGYLFLDIITYLVFAVTFVLGVLGNGLVIWVAGFRMTHTVT TISYLNLAVADFCFTSTLPFFMVRKAMGGHWPFGWFLCKFLFTIVDINLFGSVFLIALIA LDRCVCVLHPVWTQNHRTVSLAKKVIIGPWVMALLLTLPVIIRVTTVPGKTGTVACTFNF SPWTNDPKERINVAVAMLTVRGIIRFIIGFSAPMSIVAVSYGLIATKIHKQGLIKSSRPL RVLSFVAAAFFLCWSPYQVVALIATVRIRELLQGMYKEIGIAVDVTSALAFFNSCLNPML YVFMGQDFRERLIHALPASLERALTEDSTQTSDTATNSTLPSAEVALQAK |
Multiple Sequence Alignment |
Experimental Restraints: |
Contact Restraint: D106-R205 PMID of associated paper: 10960471 |
Contact Restraint: A68-N44 PMID of associated paper: 8364044 |
Contact Restraint: N44-N66 PMID of associated paper: 8364044 |
: MSA PMID of associated paper: 0 |
Orientation Restraint: D71 PMID of associated paper: 10029516 |
Orientation Restraint: R205 PMID of associated paper: 10960471 |
Experimental Data: |
Experimental Data: D71A PMID of associated paper: 10029516 |
Experimental Data: C98 PMID of associated paper: 8077194 |
Experimental Data: D122A PMID of associated paper: 7738006 |
Experimental Data: R123G PMID of associated paper: 10029516 |
Experimental Data: C176 PMID of associated paper: 8077194 |
Experimental Data: R201A PMID of associated paper: 10960471 |
Experimental Data: R205A PMID of associated paper: 10960471 |
Experimental Data: T226A PMID of associated paper: 8373373 |
Experimental Data: K227E PMID of associated paper: 8373373 |
Experimental Data: H229A PMID of associated paper: 8373373 |
Experimental Data: K230Q PMID of associated paper: 8373373 |
Experimental Data: K235Q PMID of associated paper: 8373373 |
Experimental Data: S236A PMID of associated paper: 8373373 |
Experimental Data: S237G PMID of associated paper: 8373373 |
Experimental Data: R238G PMID of associated paper: 8373373 |
Experimental Data: R241E PMID of associated paper: 8373373 |
Experimental Data: R309G PMID of associated paper: 10029516 |
Experimental Data: E310A PMID of associated paper: 10029516 |
Experimental Data: R311G PMID of associated paper: 10029516 |
Experimental Data: V50 PMID of associated paper: 8364044 |
Experimental Data: D106-R205 PMID of associated paper: 10960471 |
Experimental Data: A68-N44 PMID of associated paper: 8364044 |
Experimental Data: N44-N66 PMID of associated paper: 8364044 |
Experimental Data: D71A PMID of associated paper: 10029516 |
Experimental Data: D106A PMID of associated paper: 7738006 |
Experimental Data: D106N PMID of associated paper: 10960471 |
Experimental Data: R163F PMID of associated paper: 7738006 |
Experimental Data: R205A PMID of associated paper: 10960471 |
Experimental Data: S244A PMID of associated paper: 8373373 |
Experimental Data: A34 PMID of associated paper: 8364044 |
Experimental Data: A68 PMID of associated paper: 8364044 |
Experimental Data: A70 PMID of associated paper: 8364044 |
Experimental Data: N44 PMID of associated paper: 8364044 |
Experimental Data: N66 PMID of associated paper: 8364044 |
Experimental Data: D71 PMID of associated paper: 8364044 |
Experimental Data: C73 PMID of associated paper: 8364044 |
Experimental Data: G40 PMID of associated paper: 8364044 |
Experimental Data: G43 PMID of associated paper: 8364044 |
Experimental Data: G45 PMID of associated paper: 8364044 |
Experimental Data: I28 PMID of associated paper: 8364044 |
Experimental Data: I48 PMID of associated paper: 8364044 |
Experimental Data: I62 PMID of associated paper: 8364044 |
Experimental Data: L31 PMID of associated paper: 8364044 |
Experimental Data: L39 PMID of associated paper: 8364044 |
Experimental Data: L42 PMID of associated paper: 8364044 |
Experimental Data: L46 PMID of associated paper: 8364044 |
Experimental Data: L65 PMID of associated paper: 8364044 |
Experimental Data: L67 PMID of associated paper: 8364044 |
Experimental Data: L78 PMID of associated paper: 8364044 |
Experimental Data: M82 PMID of associated paper: 8364044 |
Experimental Data: F33 PMID of associated paper: 8364044 |
Experimental Data: F37 PMID of associated paper: 8364044 |
Experimental Data: F72 PMID of associated paper: 8364044 |
Experimental Data: F74 PMID of associated paper: 8364044 |
Experimental Data: F80 PMID of associated paper: 8364044 |
Experimental Data: F81 PMID of associated paper: 8364044 |
Experimental Data: P79 PMID of associated paper: 8364044 |
Experimental Data: S63 PMID of associated paper: 8364044 |
Experimental Data: S76 PMID of associated paper: 8364044 |
Experimental Data: T29 PMID of associated paper: 8364044 |
Experimental Data: T36 PMID of associated paper: 8364044 |
Experimental Data: T75 PMID of associated paper: 8364044 |
Experimental Data: T77 PMID of associated paper: 8364044 |
Experimental Data: W49 PMID of associated paper: 8364044 |
Experimental Data: Y30 PMID of associated paper: 8364044 |
Experimental Data: Y64 PMID of associated paper: 8364044 |
Experimental Data: V32 PMID of associated paper: 8364044 |
Experimental Data: V35 PMID of associated paper: 8364044 |
Experimental Data: V38 PMID of associated paper: 8364044 |
Experimental Data: V41 PMID of associated paper: 8364044 |
Experimental Data: V47 PMID of associated paper: 8364044 |
Experimental Data: V69 PMID of associated paper: 8364044 |
Experimental Data: V83 PMID of associated paper: 8364044 |
Experimental Data: I104 PMID of associated paper: 9299516 |
Experimental Data: T103 PMID of associated paper: 9299516 |
Experimental Data: I146 PMID of associated paper: 8349692 |
Experimental Data: D106 PMID of associated paper: 8349692 |
Experimental Data: S294 PMID of associated paper: 8349692 |
Experimental Data: L156 PMID of associated paper: 8428903 |
Experimental Data: P256 PMID of associated paper: 8428903 |
Experimental Data: MSA PMID of associated paper: 0 |
GPCR Related Corss-reference Links: |
GPCRDB GPCR-OKB UniProt_P21462 |