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| Title | CRYSTAL STRUCTURE OF THE LIGAND BINDING DOMAINS OF THE BOVIC ECDYSONE RECEPTOR ECR/USP HETERODIMER (PONA CRYSTAL) | |
| Keywords | ECDYSONE RECEPTOR, USP, PONA, TRANSCRIPTION | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 4OZT | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | ECDYSONE RECEPTOR | E | 238 | 1928 | 0 |
| 2 | Protein | RETINOID X RECEPTOR | U | 195 | 1544 | 0 |
| 3 | Ligand | ECDYSONE RECEPTOR | E | 1 | 0 | 33 |
| 4 | Ligand | RETINOID X RECEPTOR | U | 1 | 0 | 9 |
| 5 | Water | 61 | 0 | 61 | ||
| total | 496 | 3472 | 103 |
| Unit 1 | VAL281 LYS282 PRO283 ILE284 SER285 PRO286 GLU287 GLN288 GLU289 GLU290 LEU291 ILE292 HIS293 ARG294 LEU295 VAL296 TYR297 PHE298 GLN299 ASN300 GLU301 TYR302 GLU303 GLN304 PRO305 SER306 ASP307 GLU308 ASP309 LEU310 LYS311 ARG312 ILE313 SER314 ASN315 THR316 PRO317 SER318 GLU319 GLY320 GLU321 ASP322 GLN323 SER324 ASP325 LEU326 ASN327 PHE328 ARG329 HIS330 ILE331 THR332 GLU333 ILE334 THR335 ILE336 LEU337 THR338 VAL339 GLN340 LEU341 ILE342 VAL343 GLU344 PHE345 ALA346 LYS347 ARG348 LEU349 PRO350 GLY351 PHE352 ASP353 LYS354 LEU355 LEU356 ARG357 GLU358 ASP359 GLN360 ILE361 ALA362 LEU363 LEU364 LYS365 ALA366 CYS367 SER368 SER369 GLU370 VAL371 MET372 MET373 LEU374 ARG375 MET376 ALA377 ARG378 ARG379 TYR380 ASP381 VAL382 GLY383 SER384 ASP385 SER386 ILE387 LEU388 PHE389 ALA390 ASN391 ASN392 GLN393 PRO394 TYR395 THR396 ARG397 ASP398 SER399 TYR400 SER401 LEU402 ALA403 GLY404 MET405 GLY406 GLU407 THR408 VAL409 ASP410 ASP411 LEU412 LEU413 ARG414 PHE415 CYS416 ARG417 GLN418 MET419 TYR420 GLY421 MET422 LYS423 VAL424 ASP425 ASN426 ALA427 GLU428 TYR429 ALA430 LEU431 LEU432 THR433 ALA434 ILE435 VAL436 ILE437 PHE438 SER439 GLU440 ARG441 PRO442 SER443 LEU444 ILE445 GLU446 GLY447 TRP448 LYS449 VAL450 GLU451 LYS452 ILE453 GLN454 GLU455 ILE456 TYR457 LEU458 GLU459 ALA460 LEU461 LYS462 VAL463 TYR464 VAL465 ASP466 ASN467 ARG468 ARG469 LYS470 PRO471 ALA472 SER473 GLY474 THR475 ILE476 PHE477 ALA478 LYS479 LEU480 LEU481 SER482 VAL483 LEU484 THR485 GLU486 LEU487 ARG488 THR489 LEU490 GLY491 ASN492 LEU493 ASN494 SER495 GLU496 MET497 CYS498 PHE499 SER500 LEU501 LYS502 LEU503 LYS504 ASN505 LYS506 LYS507 LEU508 PRO509 PRO510 PHE511 LEU512 ALA513 GLU514 ILE515 TRP516 ASP517 VAL518 |
| Unit 2 | ASN196 ALA197 VAL198 ALA199 ASN200 ILE201 CYS202 GLN203 ALA204 THR205 ASN206 SER207 GLN208 LEU209 TYR210 GLN211 LEU212 VAL213 GLU214 TRP215 ALA216 LYS217 HIS218 ILE219 PRO220 HIS221 PHE222 SER223 SER224 LEU225 PRO226 ILE227 GLU228 ASP229 GLN230 VAL231 LEU232 LEU233 LEU234 ARG235 ALA236 GLY237 TRP238 ASN239 GLU240 LEU241 LEU242 ILE243 ALA244 ALA245 PHE246 SER247 HIS248 ARG249 SER250 VAL251 GLU252 VAL253 ARG254 ASP255 GLY256 ILE257 VAL258 LEU259 GLY260 ALA261 GLY262 ILE263 THR264 VAL265 HIS266 ARG267 ASN268 SER269 ALA270 HIS271 GLN272 ALA273 GLY274 VAL275 GLY276 THR277 ILE278 PHE279 ASP280 ARG281 VAL282 LEU283 THR284 GLU285 LEU286 VAL287 ALA288 LYS289 MET290 ARG291 ASP292 MET293 ASN294 MET295 ASP296 ARG297 THR298 GLU299 LEU300 GLY301 SER302 LEU303 ARG304 SER305 ILE306 ILE307 LEU308 PHE309 ASN310 PRO311 GLU312 VAL313 ARG314 GLY315 LEU316 LYS317 SER318 GLY319 GLN320 GLU321 VAL322 GLU323 LEU324 LEU325 ARG326 GLU327 LYS328 VAL329 TYR330 ALA331 ALA332 LEU333 GLU334 GLU335 TYR336 THR337 ARG338 VAL339 THR340 ARG341 PRO342 GLU343 GLU344 PRO345 GLY346 ARG347 PHE348 ALA349 LYS350 LEU351 LEU352 LEU353 ARG354 LEU355 PRO356 ALA357 LEU358 ARG359 SER360 ILE361 GLY362 LEU363 LYS364 CYS365 LEU366 GLU367 HIS368 LEU369 PHE370 PHE371 PHE372 LYS373 LEU374 ILE375 GLY376 ASP377 ILE378 PRO379 ILE380 ASP381 THR382 PHE383 LEU384 MET385 ASP386 MET387 LEU388 GLY389 SER390 |
| Unit 3 | P1A601 |
| Unit 4 | NEQ401 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |