Scientific name: Homo sapiens

Is this protein a mutant? True

Mutations:

Residue 223: From V to -

Residue 224: From N to -

Residue 225: From T to -

Residue 226: From K to -

Residue 227: From R to -

Residue 228: From S to -

Residue 229: From S to -

Residue 230: From R to -

Residue 231: From A to -

Residue 232: From F to -

Residue 233: From R to -

Residue 234: From A to -

Residue 235: From H to -

Residue 236: From L to -

Residue 237: From R to -

Residue 238: From A to -

Residue 239: From P to -

Residue 240: From L to -

Residue 241: From K to -

Residue 242: From G to -

Residue 243: From N to -

Residue 244: From C to -

Residue 245: From T to -

Residue 246: From H to -

Residue 247: From P to -

Residue 248: From E to -

Residue 249: From D to -

Residue 250: From M to -

Residue 251: From K to -

Residue 252: From L to -

Residue 253: From C to -

Residue 254: From T to -

Residue 255: From V to -

Residue 256: From I to -

Residue 257: From M to -

Residue 258: From K to -

Residue 259: From S to -

Residue 260: From N to -

Residue 261: From G to -

Residue 262: From S to -

Residue 263: From F to -

Residue 264: From P to -

Residue 265: From V to -

Residue 266: From N to -

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Residue 268: From R to -

Residue 269: From R to -

Residue 270: From V to -

Residue 271: From E to -

Residue 272: From A to -

Residue 273: From A to -

Residue 274: From R to -

Residue 275: From R to -

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Residue 277: From Q to -

Residue 278: From E to -

Residue 279: From L to -

Residue 280: From E to -

Residue 281: From M to -

Residue 282: From E to -

Residue 283: From M to -

Residue 284: From L to -

Residue 285: From S to -

Residue 286: From S to -

Residue 287: From T to -

Residue 288: From S to -

Residue 289: From P to -

Residue 290: From P to -

Residue 291: From E to -

Residue 292: From R to -

Residue 293: From T to -

Residue 294: From R to -

Residue 295: From Y to -

Residue 296: From S to -

Residue 297: From P to -

Residue 298: From I to -

Residue 299: From P to -

Residue 300: From P to -

Residue 301: From S to -

Residue 302: From H to -

Residue 303: From H to -

Residue 304: From Q to -

Residue 305: From L to -

Residue 306: From T to -

Residue 307: From L to -

Residue 308: From P to -

Residue 309: From D to -

Residue 310: From P to -

Residue 311: From S to -

Residue 312: From H to -

Residue 313: From H to -

Residue 314: From G to -

Residue 315: From L to -

Residue 316: From H to -

Residue 317: From S to -

Residue 318: From T to -

Residue 319: From P to -

Residue 320: From D to -

Residue 321: From S to -

Residue 322: From P to -

Residue 323: From A to -

Residue 324: From K to -

Residue 325: From P to -

Residue 326: From E to -

Residue 327: From K to -

Residue 328: From N to -

Residue 329: From G to -

Residue 330: From H to -

Residue 331: From A to -

Residue 332: From K to -

Residue 333: From D to -

Residue 334: From H to -

Residue 335: From P to -

Residue 336: From K to -

Residue 337: From I to -

Residue 338: From A to -

Residue 339: From K to -

Residue 340: From I to -

Residue 341: From F to -

Residue 342: From E to -

Residue 343: From I to -

Residue 344: From Q to -

Residue 345: From T to -

Residue 346: From M to -

Residue 347: From P to -

Residue 348: From N to -

Residue 349: From G to -

Residue 350: From K to -

Residue 351: From T to -

Residue 352: From R to -

Residue 353: From T to -

Residue 354: From S to -

Residue 355: From L to -

Residue 356: From K to -

Residue 357: From T to -

Residue 358: From M to -

Residue 359: From S to -

Residue 360: From R to -

Residue 361: From R to -

Residue 362: From K to -

Residue 363: From L to -

Alternative names:

• Dopamine D2 receptor

Corresponding Cannonical Protein:

Protein ID: 90

You can find this protein in the following complex structures:

Complex Structure ID: 1257

References in which this protein is mentioned:

Marie-Lise Jobin, Véronique De Smedt-Peyrusse, Fabien Ducrocq, Rim Baccouch, Asma Oummadi, Maria Hauge Pedersen, Brian Medel-Lacruz, Maria-Florencia Angelo, Sandrine Villette, Pierre Van Delft, Laetitia Fouillen, Sébastien Mongrand, Jana Selent, Tarson Tolentino-Cortez, Gabriel Barreda-Gómez, Stéphane Grégoire, Elodie Masson, Thierry Durroux, Jonathan A. Javitch, Ramon Guixà-González, Isabel D. Alves, Pierre Trifilieff. 2023. Impact of membrane lipid polyunsaturation on dopamine D2 receptor ligand binding and signaling. Molecular Psychiatry (). doi: 10.1038/s41380-022-01928-6. Available in: Pubmed Link