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| Title | CRYSTAL STRUCTURE OF MURINE SOLUBLE EPOXIDE HYDROLASE COMPLEXED WITH CIU INHIBITOR | |
| Keywords | HOMODIMER, ALPHA/BETA HYDROLASE FOLD, DISUBSTITUTED UREA INHIBITOR | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 1EK1 | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | EPOXIDE HYDROLASE | A | 490 | 3901 | 0 |
| 2 | Protein | EPOXIDE HYDROLASE | B | 541 | 4299 | 0 |
| 3 | Ligand | EPOXIDE HYDROLASE | A | 1 | 0 | 17 |
| 4 | Ligand | EPOXIDE HYDROLASE | B | 1 | 0 | 17 |
| 5 | Water | 21 | 0 | 21 | ||
| total | 1054 | 8200 | 55 |
| Unit 1 | ARG4 VAL5 ALA6 ALA7 PHE8 ASP9 LEU10 ASP11 GLY12 VAL13 LEU14 ALA15 LEU16 PRO17 SER18 ILE19 GLY48 PRO49 THR50 GLU51 GLN52 LEU53 MET54 LYS55 GLY56 LYS57 ILE58 THR59 PHE60 SER61 GLN62 TRP63 VAL64 PRO65 LEU66 GLN90 ILE91 PHE92 SER93 GLN94 ALA95 MET96 ALA97 ALA98 ARG99 SER100 ILE101 ASN102 ARG103 PRO104 MET105 LEU106 GLN107 ALA108 ALA109 ILE110 ALA111 LEU112 LYS113 LYS114 LYS115 GLY116 PHE117 THR118 THR119 CYS120 ILE121 VAL122 THR123 ASN124 ASN125 TRP126 LEU127 ASP128 ASP129 GLY130 ASP131 LYS132 ARG133 ASP134 SER135 LEU136 ALA137 GLN138 MET139 MET140 CYS141 GLU142 LEU143 SER144 GLN145 HIS146 PHE147 ASP148 PHE149 LEU150 ILE151 GLU152 SER153 CYS154 GLN155 VAL156 GLY157 MET158 ILE159 LYS160 PRO161 GLU162 PRO163 GLN164 ILE165 TYR166 ASN167 PHE168 LEU169 LEU170 ASP171 THR172 LEU173 LYS174 ALA175 LYS176 PRO177 ASN178 GLU179 VAL180 VAL181 PHE182 LEU183 ASP184 ASP185 PHE186 GLY187 SER188 ASN189 LEU190 LYS191 PRO192 ALA193 ARG194 ASP195 MET196 GLY197 MET198 VAL199 THR200 ILE201 LEU202 VAL203 HIS204 ASN205 THR206 ALA207 SER208 ALA209 LEU210 ARG211 GLU212 LEU213 GLU214 LYS215 VAL216 THR217 GLY218 THR219 GLN220 PHE221 PRO222 GLU223 ALA224 PRO225 LEU226 PRO227 VAL228 PRO229 CYS230 ASN231 PRO232 ASN233 ASP234 VAL235 SER236 HIS237 GLY238 TYR239 VAL240 THR241 VAL242 LYS243 PRO244 GLY245 ILE246 ARG247 LEU248 HIS249 PHE250 VAL251 GLU252 MET253 GLY254 SER255 GLY256 PRO257 ALA258 LEU259 CYS260 LEU261 CYS262 HIS263 GLY264 PHE265 PRO266 GLU267 SER268 TRP269 PHE270 SER271 TRP272 ARG273 TYR274 GLN275 ILE276 PRO277 ALA278 LEU279 ALA280 GLN281 ALA282 GLY283 PHE284 ARG285 VAL286 LEU287 ALA288 ILE289 ASP290 MET291 LYS292 GLY293 TYR294 GLY295 ASP296 SER297 SER298 SER299 PRO300 PRO301 GLU302 ILE303 GLU304 GLU305 TYR306 ALA307 MET308 GLU309 LEU310 LEU311 CYS312 LYS313 GLU314 MET315 VAL316 THR317 PHE318 LEU319 ASP320 LYS321 LEU322 GLY323 ILE324 PRO325 GLN326 ALA327 VAL328 PHE329 ILE330 GLY331 HIS332 ASP333 TRP334 ALA335 GLY336 VAL337 MET338 VAL339 TRP340 ASN341 MET342 ALA343 LEU344 PHE345 TYR346 PRO347 GLU348 ARG349 VAL350 ARG351 ALA352 VAL353 ALA354 SER355 LEU356 ASN357 THR358 PRO359 PHE360 MET361 PRO362 PRO363 ASP364 PRO365 ASP366 VAL367 SER368 PRO369 MET370 LYS371 VAL372 ILE373 ARG374 SER375 ILE376 PRO377 VAL378 PHE379 ASN380 TYR381 GLN382 LEU383 TYR384 PHE385 GLN386 GLU387 PRO388 GLY389 VAL390 ALA391 GLU392 ALA393 GLU394 LEU395 GLU396 LYS397 ASN398 MET399 SER400 ARG401 THR402 PHE403 LYS404 SER405 PHE406 PHE407 ARG408 ALA409 SER410 ASP411 GLU412 THR413 GLY414 PHE415 ILE416 ALA417 VAL418 HIS419 LYS420 ALA421 THR422 GLU423 ILE424 GLY425 GLY426 ILE427 LEU428 VAL429 ASN430 THR431 PRO432 GLU433 ASP434 PRO435 ASN436 LEU437 SER438 LYS439 ILE440 THR441 THR442 GLU443 GLU444 GLU445 ILE446 GLU447 PHE448 TYR449 ILE450 GLN451 GLN452 PHE453 LYS454 LYS455 THR456 GLY457 PHE458 ARG459 GLY460 PRO461 LEU462 ASN463 TRP464 TYR465 ARG466 ASN467 THR468 GLU469 ARG470 ASN471 TRP472 LYS473 TRP474 SER475 CYS476 LYS477 GLY478 LEU479 GLY480 ARG481 LYS482 ILE483 LEU484 VAL485 PRO486 ALA487 LEU488 MET489 VAL490 THR491 ALA492 GLU493 LYS494 ASP495 ILE496 VAL497 LEU498 ARG499 PRO500 GLU501 MET502 SER503 LYS504 ASN505 MET506 GLU507 LYS508 TRP509 ILE510 PRO511 PHE512 LEU513 LYS514 ARG515 GLY516 HIS517 ILE518 GLU519 ASP520 CYS521 GLY522 HIS523 TRP524 THR525 GLN526 ILE527 GLU528 LYS529 PRO530 THR531 GLU532 VAL533 ASN534 GLN535 ILE536 LEU537 ILE538 LYS539 TRP540 LEU541 GLN542 THR543 GLU544 |
| Unit 2 | ARG4 VAL5 ALA6 ALA7 PHE8 ASP9 LEU10 ASP11 GLY12 VAL13 LEU14 ALA15 LEU16 PRO17 SER18 ILE19 ALA20 GLY21 ALA22 PHE23 ARG24 ARG25 SER26 GLU27 GLU28 ALA29 LEU30 ALA31 LEU32 PRO33 ARG34 ASP35 PHE36 LEU37 LEU38 GLY39 ALA40 TYR41 GLN42 THR43 GLU44 PHE45 PRO46 GLU47 GLY48 PRO49 THR50 GLU51 GLN52 LEU53 MET54 LYS55 GLY56 LYS57 ILE58 THR59 PHE60 SER61 GLN62 TRP63 VAL64 PRO65 LEU66 MET67 ASP68 GLU69 SER70 TYR71 ARG72 LYS73 SER74 SER75 LYS76 ALA77 CYS78 GLY79 ALA80 ASN81 LEU82 PRO83 GLU84 ASN85 PHE86 SER87 ILE88 SER89 GLN90 ILE91 PHE92 SER93 GLN94 ALA95 MET96 ALA97 ALA98 ARG99 SER100 ILE101 ASN102 ARG103 PRO104 MET105 LEU106 GLN107 ALA108 ALA109 ILE110 ALA111 LEU112 LYS113 LYS114 LYS115 GLY116 PHE117 THR118 THR119 CYS120 ILE121 VAL122 THR123 ASN124 ASN125 TRP126 LEU127 ASP128 ASP129 GLY130 ASP131 LYS132 ARG133 ASP134 SER135 LEU136 ALA137 GLN138 MET139 MET140 CYS141 GLU142 LEU143 SER144 GLN145 HIS146 PHE147 ASP148 PHE149 LEU150 ILE151 GLU152 SER153 CYS154 GLN155 VAL156 GLY157 MET158 ILE159 LYS160 PRO161 GLU162 PRO163 GLN164 ILE165 TYR166 ASN167 PHE168 LEU169 LEU170 ASP171 THR172 LEU173 LYS174 ALA175 LYS176 PRO177 ASN178 GLU179 VAL180 VAL181 PHE182 LEU183 ASP184 ASP185 PHE186 GLY187 SER188 ASN189 LEU190 LYS191 PRO192 ALA193 ARG194 ASP195 MET196 GLY197 MET198 VAL199 THR200 ILE201 LEU202 VAL203 HIS204 ASN205 THR206 ALA207 SER208 ALA209 LEU210 ARG211 GLU212 LEU213 GLU214 LYS215 VAL216 THR217 GLY218 THR219 GLN220 PHE221 PRO222 GLU223 ALA224 PRO225 LEU226 PRO227 VAL228 PRO229 CYS230 ASN231 PRO232 ASN233 ASP234 VAL235 SER236 HIS237 GLY238 TYR239 VAL240 THR241 VAL242 LYS243 PRO244 GLY245 ILE246 ARG247 LEU248 HIS249 PHE250 VAL251 GLU252 MET253 GLY254 SER255 GLY256 PRO257 ALA258 LEU259 CYS260 LEU261 CYS262 HIS263 GLY264 PHE265 PRO266 GLU267 SER268 TRP269 PHE270 SER271 TRP272 ARG273 TYR274 GLN275 ILE276 PRO277 ALA278 LEU279 ALA280 GLN281 ALA282 GLY283 PHE284 ARG285 VAL286 LEU287 ALA288 ILE289 ASP290 MET291 LYS292 GLY293 TYR294 GLY295 ASP296 SER297 SER298 SER299 PRO300 PRO301 GLU302 ILE303 GLU304 GLU305 TYR306 ALA307 MET308 GLU309 LEU310 LEU311 CYS312 LYS313 GLU314 MET315 VAL316 THR317 PHE318 LEU319 ASP320 LYS321 LEU322 GLY323 ILE324 PRO325 GLN326 ALA327 VAL328 PHE329 ILE330 GLY331 HIS332 ASP333 TRP334 ALA335 GLY336 VAL337 MET338 VAL339 TRP340 ASN341 MET342 ALA343 LEU344 PHE345 TYR346 PRO347 GLU348 ARG349 VAL350 ARG351 ALA352 VAL353 ALA354 SER355 LEU356 ASN357 THR358 PRO359 PHE360 MET361 PRO362 PRO363 ASP364 PRO365 ASP366 VAL367 SER368 PRO369 MET370 LYS371 VAL372 ILE373 ARG374 SER375 ILE376 PRO377 VAL378 PHE379 ASN380 TYR381 GLN382 LEU383 TYR384 PHE385 GLN386 GLU387 PRO388 GLY389 VAL390 ALA391 GLU392 ALA393 GLU394 LEU395 GLU396 LYS397 ASN398 MET399 SER400 ARG401 THR402 PHE403 LYS404 SER405 PHE406 PHE407 ARG408 ALA409 SER410 ASP411 GLU412 THR413 GLY414 PHE415 ILE416 ALA417 VAL418 HIS419 LYS420 ALA421 THR422 GLU423 ILE424 GLY425 GLY426 ILE427 LEU428 VAL429 ASN430 THR431 PRO432 GLU433 ASP434 PRO435 ASN436 LEU437 SER438 LYS439 ILE440 THR441 THR442 GLU443 GLU444 GLU445 ILE446 GLU447 PHE448 TYR449 ILE450 GLN451 GLN452 PHE453 LYS454 LYS455 THR456 GLY457 PHE458 ARG459 GLY460 PRO461 LEU462 ASN463 TRP464 TYR465 ARG466 ASN467 THR468 GLU469 ARG470 ASN471 TRP472 LYS473 TRP474 SER475 CYS476 LYS477 GLY478 LEU479 GLY480 ARG481 LYS482 ILE483 LEU484 VAL485 PRO486 ALA487 LEU488 MET489 VAL490 THR491 ALA492 GLU493 LYS494 ASP495 ILE496 VAL497 LEU498 ARG499 PRO500 GLU501 MET502 SER503 LYS504 ASN505 MET506 GLU507 LYS508 TRP509 ILE510 PRO511 PHE512 LEU513 LYS514 ARG515 GLY516 HIS517 ILE518 GLU519 ASP520 CYS521 GLY522 HIS523 TRP524 THR525 GLN526 ILE527 GLU528 LYS529 PRO530 THR531 GLU532 VAL533 ASN534 GLN535 ILE536 LEU537 ILE538 LYS539 TRP540 LEU541 GLN542 THR543 GLU544 |
| Unit 3 | CIU1100 |
| Unit 4 | CIU1200 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |