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| Title | CRYSTAL STRUCTURE OF THE 5-HT2B RECEPTOR SOLVED USING SERIAL FEMTOSECOND CRYSTALLOGRAPHY IN LIPIDIC CUBIC PHASE. | |
| Keywords | SERIAL FEMTOSECOND CRYSTALLOGRAPHY, HUMAN 5HT2B RECEPTOR, ER NOVEL PROTEIN ENGINEERING, GPCR NETWORK, MEMBRANE PROTEIN, CUBIC PHASE, PSI-BIOLOGY, FREE ELECTRON LASER, STRUCTURAL G GPCR, MEMBRANE, SIGNALING PROTEIN, ELECTRON TRANSPORT | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 4NC3 | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | CHIMERA PROTEIN OF HUMAN 5-HYDROXYTRYPTAMINE RECE AND E. COLI SOLUBLE CYTOCHROME B562 | A | 370 | 2837 | 0 |
| 2 | Ligand | CHIMERA PROTEIN OF HUMAN 5-HYDROXYTRYPTAMINE RECE AND E. COLI SOLUBLE CYTOCHROME B562 | A | 14 | 0 | 277 |
| 3 | Water | 7 | 0 | 7 | ||
| total | 391 | 2837 | 284 |
| Unit 1 | GLU48 GLU49 GLN50 GLY51 ASN52 LYS53 LEU54 HIS55 TRP56 ALA57 ALA58 LEU59 LEU60 ILE61 LEU62 MET63 VAL64 ILE65 ILE66 PRO67 THR68 ILE69 GLY70 GLY71 ASN72 THR73 LEU74 VAL75 ILE76 LEU77 ALA78 VAL79 SER80 LEU81 GLU82 LYS83 LYS84 LEU85 GLN86 TYR87 ALA88 THR89 ASN90 TYR91 PHE92 LEU93 MET94 SER95 LEU96 ALA97 VAL98 ALA99 ASP100 LEU101 LEU102 VAL103 GLY104 LEU105 PHE106 VAL107 MET108 PRO109 ILE110 ALA111 LEU112 LEU113 THR114 ILE115 MET116 PHE117 GLU118 ALA119 MET120 TRP121 PRO122 LEU123 PRO124 LEU125 VAL126 LEU127 CYS128 PRO129 ALA130 TRP131 LEU132 PHE133 LEU134 ASP135 VAL136 LEU137 PHE138 SER139 THR140 ALA141 SER142 ILE143 TRP144 HIS145 LEU146 CYS147 ALA148 ILE149 SER150 VAL151 ASP152 ARG153 TYR154 ILE155 ALA156 ILE157 LYS158 LYS159 PRO160 ILE161 GLN162 ALA163 ASN164 GLN165 TYR166 ASN167 SER168 ARG169 ALA170 THR171 ALA172 PHE173 ILE174 LYS175 ILE176 THR177 VAL178 VAL179 TRP180 LEU181 ILE182 SER183 ILE184 GLY185 ILE186 ALA187 ILE188 PRO189 VAL190 PRO191 ILE192 LYS193 GLY194 ILE195 GLU196 THR197 VAL199 ASP200 ASN201 PRO202 ASN203 ASN204 ILE205 THR206 CYS207 VAL208 LEU209 THR210 LYS211 GLU212 ARG213 PHE214 GLY215 ASP216 PHE217 MET218 LEU219 PHE220 GLY221 SER222 LEU223 ALA224 ALA225 PHE226 PHE227 THR228 PRO229 LEU230 ALA231 ILE232 MET233 ILE234 VAL235 THR236 TYR237 PHE238 LEU239 THR240 ILE241 HIS242 ALA243 LEU244 GLN245 LYS246 LYS247 ALA248 GLN314 THR315 ILE316 SER317 ASN318 GLU319 GLN320 ARG321 ALA322 SER323 LYS324 VAL325 LEU326 GLY327 ILE328 VAL329 PHE330 PHE331 LEU332 PHE333 LEU334 LEU335 MET336 TRP337 CYS338 PRO339 PHE340 PHE341 ILE342 THR343 ASN344 ILE345 THR346 LEU347 VAL348 LEU349 CYS350 ASP351 SER352 CYS353 ASN354 GLN355 THR356 THR357 LEU358 GLN359 MET360 LEU361 LEU362 GLU363 ILE364 PHE365 VAL366 TRP367 ILE368 GLY369 TYR370 VAL371 SER372 SER373 GLY374 VAL375 ASN376 PRO377 LEU378 VAL379 TYR380 THR381 LEU382 PHE383 ASN384 LYS385 THR386 PHE387 ARG388 ASP389 ALA390 PHE391 GLY392 ARG393 TYR394 ILE395 THR396 CYS397 ASN398 TYR399 ARG400 ALA1001 ASP1002 LEU1003 GLU1004 ASP1005 ASN1006 TRP1007 GLU1008 THR1009 LEU1010 ASN1011 ASP1012 ASN1013 LEU1014 LYS1015 VAL1016 ILE1017 GLU1018 LYS1019 ALA1020 ASP1021 ASN1022 ALA1023 ALA1024 GLN1025 VAL1026 LYS1027 ASP1028 ALA1029 LEU1030 THR1031 LYS1032 MET1033 ARG1034 ALA1035 LYS1059 ASP1060 PHE1061 ARG1062 HIS1063 GLY1064 PHE1065 ASP1066 ILE1067 LEU1068 VAL1069 GLY1070 GLN1071 ILE1072 ASP1073 ASP1074 ALA1075 LEU1076 LYS1077 LEU1078 ALA1079 ASN1080 GLU1081 GLY1082 LYS1083 VAL1084 LYS1085 GLU1086 ALA1087 GLN1088 ALA1089 ALA1090 ALA1091 GLU1092 GLN1093 LEU1094 LYS1095 THR1096 THR1097 ARG1098 ASN1099 ALA1100 TYR1101 ILE1102 GLN1103 LYS1104 TYR1105 LEU1106 |
| Unit 2 | PLM1201 ERM1202 CLR1203 OLC1204 OLC1205 PEG1206 OLC1207 OLC1208 TRS1209 OLA1210 OLA1211 OLA1212 DGA1213 DGA1214 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |