|
[Image Library Home] | [Image Library Entry] |
| Title | STRUCTURE-BASED MECHANISM OF LIPOTEICHOIC ACID SYNTHESIS BY STAPHYLOCOCCUS AUREUS LTAS. | |
| Keywords | TRANSMEMBRANE, CELL WALL BIOGENESIS/DEGRADATION, LTAS, MEMBRANE, SECRETED, TRANSFERASE, CELL MEMBRANE | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 2W5R | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | PROCESSED GLYCEROL PHOSPHATE LIPOTEICHOIC ACID SYNTHASE | A | 424 | 3448 | 0 |
| 2 | Ligand | PROCESSED GLYCEROL PHOSPHATE LIPOTEICHOIC ACID SYNTHASE | A | 3 | 0 | 15 |
| 3 | Water | 441 | 0 | 441 | ||
| total | 868 | 3448 | 456 |
| Unit 1 | SER218 GLU219 ASP220 ASP221 LEU222 THR223 LYS224 VAL225 LEU226 ASN227 TYR228 THR229 LYS230 GLN231 ARG232 GLN233 THR234 GLU235 PRO236 ASN237 PRO238 GLU239 TYR240 TYR241 GLY242 VAL243 ALA244 LYS245 LYS246 LYS247 ASN248 ILE249 ILE250 LYS251 ILE252 HIS253 LEU254 GLU255 SER256 PHE257 GLN258 THR259 PHE260 LEU261 ILE262 ASN263 LYS264 LYS265 VAL266 ASN267 GLY268 LYS269 GLU270 VAL271 THR272 PRO273 PHE274 LEU275 ASN276 LYS277 LEU278 SER279 SER280 GLY281 LYS282 GLU283 GLN284 PHE285 THR286 TYR287 PHE288 PRO289 ASN290 PHE291 PHE292 HIS293 GLN294 THR295 GLY296 GLN297 GLY298 LYS299 ALA300 SER301 ASP302 SER303 GLU304 PHE305 THR306 MET307 ASP308 ASN309 SER310 LEU311 TYR312 GLY313 LEU314 PRO315 GLN316 GLY317 SER318 ALA319 PHE320 SER321 LEU322 LYS323 GLY324 ASP325 ASN326 THR327 TYR328 GLN329 SER330 LEU331 PRO332 ALA333 ILE334 LEU335 ASP336 GLN337 LYS338 GLN339 GLY340 TYR341 LYS342 SER343 ASP344 VAL345 MET346 HIS347 GLY348 ASP349 TYR350 LYS351 THR352 PHE353 TRP354 ASN355 ARG356 ASP357 GLN358 VAL359 TYR360 LYS361 HIS362 PHE363 GLY364 ILE365 ASP366 LYS367 PHE368 TYR369 ASP370 ALA371 THR372 TYR373 TYR374 ASP375 MET376 SER377 ASP378 LYS379 ASN380 VAL381 VAL382 ASN383 LEU384 GLY385 LEU386 LYS387 ASP388 LYS389 ILE390 PHE391 PHE392 LYS393 ASP394 SER395 ALA396 ASN397 TYR398 GLN399 ALA400 LYS401 MET402 LYS403 SER404 PRO405 PHE406 TYR407 SER408 HIS409 LEU410 ILE411 THR412 LEU413 THR414 ASN415 HIS416 TYR417 PRO418 PHE419 THR420 LEU421 ASP422 GLU423 LYS424 ASP425 ALA426 THR427 ILE428 GLU429 LYS430 SER431 ASN432 THR433 GLY434 ASP435 ALA436 THR437 VAL438 ASP439 GLY440 TYR441 ILE442 GLN443 THR444 ALA445 ARG446 TYR447 LEU448 ASP449 GLU450 ALA451 LEU452 GLU453 GLU454 TYR455 ILE456 ASN457 ASP458 LEU459 LYS460 LYS461 LYS462 GLY463 LEU464 TYR465 ASP466 ASN467 SER468 VAL469 ILE470 MET471 ILE472 TYR473 GLY474 ASP475 HIS476 TYR477 GLY478 ILE479 SER480 GLU481 ASN482 HIS483 ASN484 ASN485 ALA486 MET487 GLU488 LYS489 LEU490 LEU491 GLY492 GLU493 LYS494 ILE495 THR496 PRO497 ALA498 LYS499 PHE500 THR501 ASP502 LEU503 ASN504 ARG505 THR506 GLY507 PHE508 TRP509 ILE510 LYS511 ILE512 PRO513 GLY514 LYS515 SER516 GLY517 GLY518 ILE519 ASN520 ASN521 GLU522 TYR523 ALA524 GLY525 GLN526 VAL527 ASP528 VAL529 MET530 PRO531 THR532 ILE533 LEU534 HIS535 LEU536 ALA537 GLY538 ILE539 ASP540 THR541 LYS542 ASN543 TYR544 LEU545 MET546 PHE547 GLY548 THR549 ASP550 LEU551 PHE552 SER553 LYS554 GLY555 HIS556 ASN557 GLN558 VAL559 VAL560 PRO561 PHE562 ARG563 ASN564 GLY565 ASP566 PHE567 ILE568 THR569 LYS570 ASP571 TYR572 LYS573 TYR574 VAL575 ASN576 GLY577 LYS578 ILE579 TYR580 SER581 ASN582 LYS583 ASN584 ASN585 GLU586 LEU587 ILE588 THR589 THR590 GLN591 PRO592 ALA593 ASP594 PHE595 GLU596 LYS597 ASN598 LYS599 LYS600 GLN601 VAL602 GLU603 LYS604 ASP605 LEU606 GLU607 MET608 SER609 ASP610 ASN611 VAL612 LEU613 ASN614 GLY615 ASP616 LEU617 PHE618 ARG619 PHE620 TYR621 LYS622 ASN623 PRO624 ASP625 PHE626 LYS627 LYS628 VAL629 ASN630 PRO631 SER632 LYS633 TYR634 LYS635 TYR636 GLU637 THR638 GLY639 PRO640 LYS641 |
| Unit 2 | ACT1642 MN1643 GP91644 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |