Protein Information: Atypical chemokine receptor 3
Cannonical Uniprot Accesion Number: -
10 20 30 40 50 MDVHLFDYVE PGNYSDINWP CNSSDCIVVD TVQCPAMPNK NVLLYTLSFI 60 70 80 90 100 YIFIFVIGMI ANSVVVWVNI QAKTTGYDTH CYILNLAIAD LWVVITIPVW 110 120 130 140 150 VVSLVQHNQW PMGELTCKIT HLIFSINLFG SIFFLACMSV DRYLSITYFT 160 170 STSSYKKKMV RRVSETEYSA LAQNTK
Scientific name: Rattus norvegicus
Is this protein a mutant? True
Mutations:
Residue 164: From V to -
Residue 165: From C to -
Residue 166: From V to -
Residue 167: From L to -
Residue 168: From V to -
Residue 169: From W to -
Residue 170: From L to -
Residue 171: From L to -
Residue 172: From A to -
Residue 173: From F to -
Residue 174: From F to -
Residue 175: From V to -
Residue 176: From S to -
Residue 177: From L to -
Residue 178: From P to -
Residue 179: From D to -
Residue 180: From T to -
Residue 181: From Y to -
Residue 182: From Y to -
Residue 183: From L to -
Residue 184: From K to -
Residue 185: From T to -
Residue 186: From V to -
Residue 187: From T to -
Residue 188: From S to -
Residue 189: From A to -
Residue 191: From N to -
Residue 192: From N to -
Residue 195: From Y to -
Residue 196: From C to -
Residue 197: From R to -
Residue 198: From S to -
Residue 199: From F to -
Residue 200: From Y to -
Residue 201: From P to -
Residue 202: From E to -
Residue 203: From H to -
Residue 204: From S to -
Residue 205: From I to -
Residue 206: From K to -
Residue 207: From E to -
Residue 208: From W to -
Residue 209: From L to -
Residue 210: From I to -
Residue 211: From G to -
Residue 212: From M to -
Residue 213: From E to -
Residue 214: From L to -
Residue 215: From V to -
Residue 216: From S to -
Residue 217: From V to -
Residue 218: From I to -
Residue 219: From L to -
Residue 220: From G to -
Residue 221: From F to -
Residue 222: From A to -
Residue 223: From V to -
Residue 224: From P to -
Residue 225: From F to -
Residue 226: From T to -
Residue 227: From I to -
Residue 228: From I to -
Residue 229: From A to -
Residue 230: From I to -
Residue 231: From F to -
Residue 232: From Y to -
Residue 233: From F to -
Residue 234: From L to -
Residue 235: From L to -
Residue 236: From A to -
Residue 237: From R to -
Residue 238: From A to -
Residue 239: From M to -
Residue 240: From S to -
Residue 241: From A to -
Residue 242: From S to -
Residue 243: From G to -
Residue 244: From D to -
Residue 245: From Q to -
Residue 246: From E to -
Residue 247: From K to -
Residue 248: From H to -
Residue 249: From S to -
Residue 250: From S to -
Residue 251: From R to -
Residue 252: From K to -
Residue 253: From I to -
Residue 254: From I to -
Residue 255: From F to -
Residue 256: From S to -
Residue 257: From Y to -
Residue 258: From V to -
Residue 259: From V to -
Residue 260: From V to -
Residue 261: From F to -
Residue 262: From L to -
Residue 263: From V to -
Residue 264: From C to -
Residue 265: From W to -
Residue 266: From L to -
Residue 267: From P to -
Residue 268: From Y to -
Residue 269: From H to -
Residue 270: From F to -
Residue 271: From V to -
Residue 272: From V to -
Residue 273: From L to -
Residue 274: From L to -
Residue 275: From D to -
Residue 276: From I to -
Residue 277: From F to -
Residue 278: From S to -
Residue 279: From I to -
Residue 280: From L to -
Residue 281: From H to -
Residue 282: From Y to -
Residue 283: From I to -
Residue 284: From P to -
Residue 285: From F to -
Residue 286: From T to -
Residue 287: From C to -
Residue 288: From Q to -
Residue 289: From L to -
Residue 290: From E to -
Residue 291: From N to -
Residue 292: From V to -
Residue 293: From L to -
Residue 294: From F to -
Residue 295: From T to -
Residue 296: From A to -
Residue 297: From L to -
Residue 298: From H to -
Residue 299: From V to -
Residue 300: From T to -
Residue 301: From Q to -
Residue 302: From C to -
Residue 303: From L to -
Residue 304: From S to -
Residue 305: From L to -
Residue 306: From V to -
Residue 307: From H to -
Residue 308: From C to -
Residue 309: From C to -
Residue 310: From V to -
Residue 311: From N to -
Residue 312: From P to -
Residue 313: From V to -
Residue 314: From L to -
Residue 315: From Y to -
Residue 316: From S to -
Residue 317: From F to -
Residue 318: From I to -
Residue 319: From N to -
Residue 320: From R to -
Residue 321: From N to -
Residue 322: From Y to -
Residue 323: From R to -
Residue 324: From Y to -
Residue 326: From L to -
Residue 327: From M to -
Residue 328: From K to -
Residue 329: From A to -
Residue 330: From F to -
Residue 331: From I to -
Residue 332: From F to -
Residue 333: From K to -
Residue 337: From K to -
Residue 338: From T to -
Residue 339: From G to -
Residue 340: From L to -
Residue 341: From T to -
Residue 342: From K to -
Residue 344: From I to -
Residue 345: From D to -
Residue 346: From A to -
Residue 347: From S to -
Residue 348: From R to -
Residue 349: From V to -
Residue 350: From S to -
Residue 351: From E to -
Residue 352: From T to -
Residue 353: From E to -
Residue 354: From Y to -
Residue 355: From S to -
Residue 357: From L to -
Residue 358: From E to -
Alternative names:
Chemokine orphan receptor 1
C-X-C chemokine receptor type 7
CXC-R7
CXCR-7
G-protein coupled receptor RDC1 homolog
RDC-1
Corresponding Cannonical Protein:
Protein ID: 2190
You can find this protein in the following complex structures:
Complex Structure ID: 2093
References in which this protein is mentioned:
Jeong Seok Ji, Yaejin Yun, Tomasz Maciej Stepniewski, Hye-Jin Yoon, Kyungjin Min, Ji Young Park, Chiwoon Chung, Ka Young Chung, Jana Selent, Hyung Ho Lee. None. An arginine switch drives the stepwise activation of β-arrestin. None None (None). doi: Hyung Ho Lee. Available in: Pubmed Link