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Title | CRYSTAL STRUCTURE OF HUMAN BIFUNCTIONAL EPOXIDE HYDROXYLASE COMPLEXED WITH A8 | |
Keywords | HYDROLASE, DRUG DESIGN, MULTIPLE BINDING MODES | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4C4Z | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | BIFUNCTIONAL EPOXIDE HYDROLASE 2 | A | 318 | 2562 | 0 |
2 | Protein | BIFUNCTIONAL EPOXIDE HYDROLASE 2 | B | 318 | 2562 | 0 |
3 | Ligand | BIFUNCTIONAL EPOXIDE HYDROLASE 2 | A | 1 | 0 | 16 |
4 | Ligand | BIFUNCTIONAL EPOXIDE HYDROLASE 2 | B | 1 | 0 | 16 |
5 | Water | 602 | 0 | 602 | ||
total | 1240 | 5124 | 634 |
Unit 1 | THR230 SER231 CYS232 ASN233 PRO234 SER235 ASP236 MET237 SER238 HIS239 GLY240 TYR241 VAL242 THR243 VAL244 LYS245 PRO246 ARG247 VAL248 ARG249 LEU250 HIS251 PHE252 VAL253 GLU254 LEU255 GLY256 SER257 GLY258 PRO259 ALA260 VAL261 CYS262 LEU263 CYS264 HIS265 GLY266 PHE267 PRO268 GLU269 SER270 TRP271 TYR272 SER273 TRP274 ARG275 TYR276 GLN277 ILE278 PRO279 ALA280 LEU281 ALA282 GLN283 ALA284 GLY285 TYR286 ARG287 VAL288 LEU289 ALA290 MET291 ASP292 MET293 LYS294 GLY295 TYR296 GLY297 GLU298 SER299 SER300 ALA301 PRO302 PRO303 GLU304 ILE305 GLU306 GLU307 TYR308 CYS309 MET310 GLU311 VAL312 LEU313 CYS314 LYS315 GLU316 MET317 VAL318 THR319 PHE320 LEU321 ASP322 LYS323 LEU324 GLY325 LEU326 SER327 GLN328 ALA329 VAL330 PHE331 ILE332 GLY333 HIS334 ASP335 TRP336 GLY337 GLY338 MET339 LEU340 VAL341 TRP342 TYR343 MET344 ALA345 LEU346 PHE347 TYR348 PRO349 GLU350 ARG351 VAL352 ARG353 ALA354 VAL355 ALA356 SER357 LEU358 ASN359 THR360 PRO361 PHE362 ILE363 PRO364 ALA365 ASN366 PRO367 ASN368 MET369 SER370 PRO371 LEU372 GLU373 SER374 ILE375 LYS376 ALA377 ASN378 PRO379 VAL380 PHE381 ASP382 TYR383 GLN384 LEU385 TYR386 PHE387 GLN388 GLU389 PRO390 GLY391 VAL392 ALA393 GLU394 ALA395 GLU396 LEU397 GLU398 GLN399 ASN400 LEU401 SER402 ARG403 THR404 PHE405 LYS406 SER407 LEU408 PHE409 ARG410 ALA411 SER412 ASP413 GLU414 SER415 VAL416 LEU417 SER418 MET419 HIS420 LYS421 VAL422 CYS423 GLU424 ALA425 GLY426 GLY427 LEU428 PHE429 VAL430 ASN431 SER432 PRO433 GLU434 GLU435 PRO436 SER437 LEU438 SER439 ARG440 MET441 VAL442 THR443 GLU444 GLU445 GLU446 ILE447 GLN448 PHE449 TYR450 VAL451 GLN452 GLN453 PHE454 LYS455 LYS456 SER457 GLY458 PHE459 ARG460 GLY461 PRO462 LEU463 ASN464 TRP465 TYR466 ARG467 ASN468 MET469 GLU470 ARG471 ASN472 TRP473 LYS474 TRP475 ALA476 CYS477 LYS478 SER479 LEU480 GLY481 ARG482 LYS483 ILE484 LEU485 ILE486 PRO487 ALA488 LEU489 MET490 VAL491 THR492 ALA493 GLU494 LYS495 ASP496 PHE497 VAL498 LEU499 VAL500 PRO501 GLN502 MET503 SER504 GLN505 HIS506 MET507 GLU508 ASP509 TRP510 ILE511 PRO512 HIS513 LEU514 LYS515 ARG516 GLY517 HIS518 ILE519 GLU520 ASP521 CYS522 GLY523 HIS524 TRP525 THR526 GLN527 MET528 ASP529 LYS530 PRO531 THR532 GLU533 VAL534 ASN535 GLN536 ILE537 LEU538 ILE539 LYS540 TRP541 LEU542 ASP543 SER544 ASP545 ALA546 ARG547 |
Unit 2 | THR230 SER231 CYS232 ASN233 PRO234 SER235 ASP236 MET237 SER238 HIS239 GLY240 TYR241 VAL242 THR243 VAL244 LYS245 PRO246 ARG247 VAL248 ARG249 LEU250 HIS251 PHE252 VAL253 GLU254 LEU255 GLY256 SER257 GLY258 PRO259 ALA260 VAL261 CYS262 LEU263 CYS264 HIS265 GLY266 PHE267 PRO268 GLU269 SER270 TRP271 TYR272 SER273 TRP274 ARG275 TYR276 GLN277 ILE278 PRO279 ALA280 LEU281 ALA282 GLN283 ALA284 GLY285 TYR286 ARG287 VAL288 LEU289 ALA290 MET291 ASP292 MET293 LYS294 GLY295 TYR296 GLY297 GLU298 SER299 SER300 ALA301 PRO302 PRO303 GLU304 ILE305 GLU306 GLU307 TYR308 CYS309 MET310 GLU311 VAL312 LEU313 CYS314 LYS315 GLU316 MET317 VAL318 THR319 PHE320 LEU321 ASP322 LYS323 LEU324 GLY325 LEU326 SER327 GLN328 ALA329 VAL330 PHE331 ILE332 GLY333 HIS334 ASP335 TRP336 GLY337 GLY338 MET339 LEU340 VAL341 TRP342 TYR343 MET344 ALA345 LEU346 PHE347 TYR348 PRO349 GLU350 ARG351 VAL352 ARG353 ALA354 VAL355 ALA356 SER357 LEU358 ASN359 THR360 PRO361 PHE362 ILE363 PRO364 ALA365 ASN366 PRO367 ASN368 MET369 SER370 PRO371 LEU372 GLU373 SER374 ILE375 LYS376 ALA377 ASN378 PRO379 VAL380 PHE381 ASP382 TYR383 GLN384 LEU385 TYR386 PHE387 GLN388 GLU389 PRO390 GLY391 VAL392 ALA393 GLU394 ALA395 GLU396 LEU397 GLU398 GLN399 ASN400 LEU401 SER402 ARG403 THR404 PHE405 LYS406 SER407 LEU408 PHE409 ARG410 ALA411 SER412 ASP413 GLU414 SER415 VAL416 LEU417 SER418 MET419 HIS420 LYS421 VAL422 CYS423 GLU424 ALA425 GLY426 GLY427 LEU428 PHE429 VAL430 ASN431 SER432 PRO433 GLU434 GLU435 PRO436 SER437 LEU438 SER439 ARG440 MET441 VAL442 THR443 GLU444 GLU445 GLU446 ILE447 GLN448 PHE449 TYR450 VAL451 GLN452 GLN453 PHE454 LYS455 LYS456 SER457 GLY458 PHE459 ARG460 GLY461 PRO462 LEU463 ASN464 TRP465 TYR466 ARG467 ASN468 MET469 GLU470 ARG471 ASN472 TRP473 LYS474 TRP475 ALA476 CYS477 LYS478 SER479 LEU480 GLY481 ARG482 LYS483 ILE484 LEU485 ILE486 PRO487 ALA488 LEU489 MET490 VAL491 THR492 ALA493 GLU494 LYS495 ASP496 PHE497 VAL498 LEU499 VAL500 PRO501 GLN502 MET503 SER504 GLN505 HIS506 MET507 GLU508 ASP509 TRP510 ILE511 PRO512 HIS513 LEU514 LYS515 ARG516 GLY517 HIS518 ILE519 GLU520 ASP521 CYS522 GLY523 HIS524 TRP525 THR526 GLN527 MET528 ASP529 LYS530 PRO531 THR532 GLU533 VAL534 ASN535 GLN536 ILE537 LEU538 ILE539 LYS540 TRP541 LEU542 ASP543 SER544 ASP545 ALA546 ARG547 |
Unit 3 | W9L1548 |
Unit 4 | W9L1548 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |