Swiss ID: ednrb_rat |
Protein Name: Endothelin B (ET-B) (Endothelin non-selective type |
Organism: Rat |
Seqeunce Length: 442 |
MQSSASRCGRALVALLLACGLLGVWGEKRGFPPAQATPSLLGTKEVMTPPTKTSWTRGSN SSLMRSSAPAEVTKGGRVAGVPPRSFPPPCQRKIEINKTFKYINTIVSCLVFVLGIIGNS TLLRIIYKNKCMRNGPNILIASLALGDLLHIIIDIPINAYKLLAGDWPFGAEMCKLVPFI QKASVGITVLSLCALSIDRYRAVASWSRIKGIGVPKWTAVEIVLIWVVSVVLAVPEAIGF DVITSDYKGKPLRVCMLNPFQKTAFMQFYKTAKDWWLFSFYFCLPLAITAIFYTLMTCEM LRKKSGMQIALNDHLKQRREVAKTVFCLVLVFALCWLPLHLSRILKLTLYDQSNPQRCEL LSFLLVLDYIGINMASLNSCINPIALYLVSKRFKNCFKSCLCCWCQTFEEKQSLEEKQSC LKFKANDHGYDNFRSSNKYSSS |
Experimental Restraints: |
Contact Restraint: F332-D368 PMID of associated paper: 10187821 |
Contact Restraint: A141-R124 PMID of associated paper: 8570650 |
Contact Restraint: R124-N158 PMID of associated paper: 8570650 |
Contact Restraint: N158-C109 PMID of associated paper: 8570650 |
Contact Restraint: C109-G146 PMID of associated paper: 8570650 |
Contact Restraint: G146-I103 PMID of associated paper: 8570650 |
Contact Restraint: I103-I138 PMID of associated paper: 8570650 |
Contact Restraint: I138-L110 PMID of associated paper: 8570650 |
Contact Restraint: L110-L139 PMID of associated paper: 8570650 |
Contact Restraint: L139-F112 PMID of associated paper: 8570650 |
Contact Restraint: F112-P156 PMID of associated paper: 8570650 |
Contact Restraint: P156-S108 PMID of associated paper: 8570650 |
Contact Restraint: S108-S142 PMID of associated paper: 8570650 |
Contact Restraint: S142-T105 PMID of associated paper: 8570650 |
Contact Restraint: T105-Y160 PMID of associated paper: 8570650 |
Contact Restraint: Y160-V107 PMID of associated paper: 8570650 |
Contact Restraint: D368-S342 PMID of associated paper: 10187821 |
Experimental Data: |
Experimental Data: M300A PMID of associated paper: 10187821 |
Experimental Data: M307A PMID of associated paper: 10187821 |
Experimental Data: D313A PMID of associated paper: 10187821 |
Experimental Data: Q317A PMID of associated paper: 10187821 |
Experimental Data: K323A PMID of associated paper: 10187821 |
Experimental Data: T324A PMID of associated paper: 10187821 |
Experimental Data: K391A PMID of associated paper: 10187821 |
Experimental Data: F393A PMID of associated paper: 10187821 |
Experimental Data: I126 PMID of associated paper: 8570650 |
Experimental Data: K161 PMID of associated paper: 8570650 |
Experimental Data: Y102 PMID of associated paper: 8570650 |
Experimental Data: F332-D368 PMID of associated paper: 10187821 |
Experimental Data: A141-R124 PMID of associated paper: 8570650 |
Experimental Data: R124-N158 PMID of associated paper: 8570650 |
Experimental Data: N158-C109 PMID of associated paper: 8570650 |
Experimental Data: C109-G146 PMID of associated paper: 8570650 |
Experimental Data: G146-I103 PMID of associated paper: 8570650 |
Experimental Data: I103-I138 PMID of associated paper: 8570650 |
Experimental Data: I138-L110 PMID of associated paper: 8570650 |
Experimental Data: L110-L139 PMID of associated paper: 8570650 |
Experimental Data: L139-F112 PMID of associated paper: 8570650 |
Experimental Data: F112-P156 PMID of associated paper: 8570650 |
Experimental Data: P156-S108 PMID of associated paper: 8570650 |
Experimental Data: S108-S142 PMID of associated paper: 8570650 |
Experimental Data: S142-T105 PMID of associated paper: 8570650 |
Experimental Data: T105-Y160 PMID of associated paper: 8570650 |
Experimental Data: Y160-V107 PMID of associated paper: 8570650 |
Experimental Data: D368-S342 PMID of associated paper: 10187821 |
Experimental Data: A144T PMID of associated paper: 9300652 |
Experimental Data: K182D PMID of associated paper: 1429881 |
Experimental Data: C283Y PMID of associated paper: 12710522 |
Experimental Data: F332A PMID of associated paper: 10187821 |
Experimental Data: C335A PMID of associated paper: 10187821 |
Experimental Data: W336A PMID of associated paper: 10187821 |
Experimental Data: P338A PMID of associated paper: 10187821 |
Experimental Data: S342K PMID of associated paper: 10187821 |
Experimental Data: K346A PMID of associated paper: 10187821 |
Experimental Data: D368A PMID of associated paper: 10187821 |
Experimental Data: N373A PMID of associated paper: 10187821 |
Experimental Data: M374K PMID of associated paper: 10187821 |
Experimental Data: N378P PMID of associated paper: 10187821 |
Experimental Data: S379K PMID of associated paper: 10187821 |
Experimental Data: I381A PMID of associated paper: 10187821 |
Experimental Data: P383K PMID of associated paper: 10187821 |
Experimental Data: I384A PMID of associated paper: 10187821 |
Experimental Data: A385K PMID of associated paper: 10187821 |
Experimental Data: L386A PMID of associated paper: 10187821 |
Experimental Data: V389K PMID of associated paper: 10187821 |
Experimental Data: A141 PMID of associated paper: 8570650 |
Experimental Data: A144 PMID of associated paper: 8570650 |
Experimental Data: A159 PMID of associated paper: 8570650 |
Experimental Data: R124 PMID of associated paper: 8570650 |
Experimental Data: N104 PMID of associated paper: 8570650 |
Experimental Data: N119 PMID of associated paper: 8570650 |
Experimental Data: N158 PMID of associated paper: 8570650 |
Experimental Data: D147 PMID of associated paper: 8570650 |
Experimental Data: D154 PMID of associated paper: 8570650 |
Experimental Data: C109 PMID of associated paper: 8570650 |
Experimental Data: G115 PMID of associated paper: 8570650 |
Experimental Data: G118 PMID of associated paper: 8570650 |
Experimental Data: G146 PMID of associated paper: 8570650 |
Experimental Data: H150 PMID of associated paper: 8570650 |
Experimental Data: I103 PMID of associated paper: 8570650 |
Experimental Data: I106 PMID of associated paper: 8570650 |
Experimental Data: I116 PMID of associated paper: 8570650 |
Experimental Data: I117 PMID of associated paper: 8570650 |
Experimental Data: I125 PMID of associated paper: 8570650 |
Experimental Data: I138 PMID of associated paper: 8570650 |
Experimental Data: I140 PMID of associated paper: 8570650 |
Experimental Data: I151 PMID of associated paper: 8570650 |
Experimental Data: I152 PMID of associated paper: 8570650 |
Experimental Data: I153 PMID of associated paper: 8570650 |
Experimental Data: I155 PMID of associated paper: 8570650 |
Experimental Data: I157 PMID of associated paper: 8570650 |
Experimental Data: L110 PMID of associated paper: 8570650 |
Experimental Data: L114 PMID of associated paper: 8570650 |
Experimental Data: L122 PMID of associated paper: 8570650 |
Experimental Data: L123 PMID of associated paper: 8570650 |
Experimental Data: L139 PMID of associated paper: 8570650 |
Experimental Data: L143 PMID of associated paper: 8570650 |
Experimental Data: L145 PMID of associated paper: 8570650 |
Experimental Data: L148 PMID of associated paper: 8570650 |
Experimental Data: L149 PMID of associated paper: 8570650 |
Experimental Data: F112 PMID of associated paper: 8570650 |
Experimental Data: P156 PMID of associated paper: 8570650 |
Experimental Data: S108 PMID of associated paper: 8570650 |
Experimental Data: S120 PMID of associated paper: 8570650 |
Experimental Data: S142 PMID of associated paper: 8570650 |
Experimental Data: T105 PMID of associated paper: 8570650 |
Experimental Data: T121 PMID of associated paper: 8570650 |
Experimental Data: Y160 PMID of associated paper: 8570650 |
Experimental Data: V107 PMID of associated paper: 8570650 |
Experimental Data: V111 PMID of associated paper: 8570650 |
Experimental Data: V113 PMID of associated paper: 8570650 |
Experimental Data: S342A PMID of associated paper: 10187821 |
GPCR Related Corss-reference Links: |
GPCRDB GPCR-OKB UniProt_P21451 |