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| Title | E. COLI FERRIC HYDROXAMATE RECEPTOR (FHUA) | |
| Keywords | TONB-DEPENDENT RECEPTOR, INTEGRAL OUTER MEMBRANE PROTEIN, FERRICHROME-IRON RECEPTOR, ACTIVE TRANSPORT, IRON TRANSPORT LIPOPOLYSACCHARIDE, METAL TRANSPORT | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 1QFG | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | PROTEIN (FERRIC HYDROXAMATE UPTAKE RECEPTOR) | A | 707 | 5524 | 0 |
| 2 | Ligand | B | 9 | 0 | 110 | |
| 3 | Ligand | PROTEIN (FERRIC HYDROXAMATE UPTAKE RECEPTOR) | A | 22 | 0 | 199 |
| 4 | Water | 244 | 0 | 244 | ||
| total | 982 | 5524 | 553 |
| Unit 1 | GLU19 SER20 ALA21 TRP22 GLY23 PRO24 ALA25 ALA26 THR27 ILE28 ALA29 ALA30 ARG31 GLN32 SER33 ALA34 THR35 GLY36 THR37 LYS38 THR39 ASP40 THR41 PRO42 ILE43 GLN44 LYS45 VAL46 PRO47 GLN48 SER49 ILE50 SER51 VAL52 VAL53 THR54 ALA55 GLU56 GLU57 MET58 ALA59 LEU60 HIS61 GLN62 PRO63 LYS64 SER65 VAL66 LYS67 GLU68 ALA69 LEU70 SER71 TYR72 THR73 PRO74 GLY75 VAL76 SER77 VAL78 GLY79 THR80 ARG81 GLY82 ALA83 SER84 ASN85 THR86 TYR87 ASP88 HIS89 LEU90 ILE91 ILE92 ARG93 GLY94 PHE95 ALA96 ALA97 GLU98 GLY99 GLN100 SER101 GLN102 ASN103 ASN104 TYR105 LEU106 ASN107 GLY108 LEU109 LYS110 LEU111 GLN112 GLY113 ASN114 PHE115 TYR116 ASN117 ASP118 ALA119 VAL120 ILE121 ASP122 PRO123 TYR124 MET125 LEU126 GLU127 ARG128 ALA129 GLU130 ILE131 MET132 ARG133 GLY134 PRO135 VAL136 SER137 VAL138 LEU139 TYR140 GLY141 LYS142 SER143 SER144 PRO145 GLY146 GLY147 LEU148 LEU149 ASN150 MET151 VAL152 SER153 LYS154 ARG155 PRO156 THR157 THR158 GLU159 PRO160 LEU161 LYS162 GLU163 VAL164 GLN165 PHE166 LYS167 ALA168 GLY169 THR170 ASP171 SER172 LEU173 PHE174 GLN175 THR176 GLY177 PHE178 ASP179 PHE180 SER181 ASP182 SER183 LEU184 ASP185 ASP186 ASP187 GLY188 VAL189 TYR190 SER191 TYR192 ARG193 LEU194 THR195 GLY196 LEU197 ALA198 ARG199 SER200 ALA201 ASN202 ALA203 GLN204 GLN205 LYS206 GLY207 SER208 GLU209 GLU210 GLN211 ARG212 TYR213 ALA214 ILE215 ALA216 PRO217 ALA218 PHE219 THR220 TRP221 ARG222 PRO223 ASP224 ASP225 LYS226 THR227 ASN228 PHE229 THR230 PHE231 LEU232 SER233 TYR234 PHE235 GLN236 ASN237 GLU238 PRO239 GLU240 THR241 GLY242 TYR243 TYR244 GLY245 TRP246 LEU247 PRO248 LYS249 GLU250 GLY251 THR252 VAL253 GLU254 PRO255 LEU256 PRO257 ASN258 GLY259 LYS260 ARG261 LEU262 PRO263 THR264 ASP265 PHE266 ASN267 GLU268 GLY269 ALA270 LYS271 ASN272 ASN273 THR274 TYR275 SER276 ARG277 ASN278 GLU279 LYS280 MET281 VAL282 GLY283 TYR284 SER285 PHE286 ASP287 HIS288 GLU289 PHE290 ASN291 ASP292 THR293 PHE294 THR295 VAL296 ARG297 GLN298 ASN299 LEU300 ARG301 PHE302 ALA303 GLU304 ASN305 LYS306 THR307 SER308 GLN309 ASN310 SER311 VAL312 TYR313 GLY314 TYR315 GLY316 VAL317 CYS318 SER319 ASP320 PRO321 ALA322 ASN323 ALA324 TYR325 SER326 LYS327 GLN328 CYS329 ALA330 ALA331 LEU332 ALA333 PRO334 ALA335 ASP336 LYS337 GLY338 HIS339 TYR340 LEU341 ALA342 ARG343 LYS344 TYR345 VAL346 VAL347 ASP348 ASP349 GLU350 LYS351 LEU352 GLN353 ASN354 PHE355 SER356 VAL357 ASP358 THR359 GLN360 LEU361 GLN362 SER363 LYS364 PHE365 ALA366 THR367 GLY368 ASP369 ILE370 ASP371 HIS372 THR373 LEU374 LEU375 THR376 GLY377 VAL378 ASP379 PHE380 MET381 ARG382 MET383 ARG384 ASN385 ASP386 ILE387 ASN388 ALA389 TRP390 PHE391 GLY392 TYR393 ASP394 ASP395 SER396 VAL397 PRO398 LEU399 LEU400 ASN401 LEU402 TYR403 ASN404 PRO405 SER406 SER407 HIS408 HIS409 HIS410 HIS411 HIS412 HIS413 GLY414 SER415 SER416 VAL417 ASN418 THR419 ASP420 PHE421 ASP422 PHE423 ASN424 ALA425 LYS426 ASP427 PRO428 ALA429 ASN430 SER431 GLY432 PRO433 TYR434 ARG435 ILE436 LEU437 ASN438 LYS439 GLN440 LYS441 GLN442 THR443 GLY444 VAL445 TYR446 VAL447 GLN448 ASP449 GLN450 ALA451 GLN452 TRP453 ASP454 LYS455 VAL456 LEU457 VAL458 THR459 LEU460 GLY461 GLY462 ARG463 TYR464 ASP465 TRP466 ALA467 ASP468 GLN469 GLU470 SER471 LEU472 ASN473 ARG474 VAL475 ALA476 GLY477 THR478 THR479 ASP480 LYS481 ARG482 ASP483 ASP484 LYS485 GLN486 PHE487 THR488 TRP489 ARG490 GLY491 GLY492 VAL493 ASN494 TYR495 LEU496 PHE497 ASP498 ASN499 GLY500 VAL501 THR502 PRO503 TYR504 PHE505 SER506 TYR507 SER508 GLU509 SER510 PHE511 GLU512 PRO513 SER514 SER515 GLN516 VAL517 GLY518 LYS519 ASP520 GLY521 ASN522 ILE523 PHE524 ALA525 PRO526 SER527 LYS528 GLY529 LYS530 GLN531 TYR532 GLU533 VAL534 GLY535 VAL536 LYS537 TYR538 VAL539 PRO540 GLU541 ASP542 ARG543 PRO544 ILE545 VAL546 VAL547 THR548 GLY549 ALA550 VAL551 TYR552 ASN553 LEU554 THR555 LYS556 THR557 ASN558 ASN559 LEU560 MET561 ALA562 ASP563 PRO564 GLU565 GLY566 SER567 PHE568 PHE569 SER570 VAL571 GLU572 GLY573 GLY574 GLU575 ILE576 ARG577 ALA578 ARG579 GLY580 VAL581 GLU582 ILE583 GLU584 ALA585 LYS586 ALA587 ALA588 LEU589 SER590 ALA591 SER592 VAL593 ASN594 VAL595 VAL596 GLY597 SER598 TYR599 THR600 TYR601 THR602 ASP603 ALA604 GLU605 TYR606 THR607 THR608 ASP609 THR610 THR611 TYR612 LYS613 GLY614 ASN615 THR616 PRO617 ALA618 GLN619 VAL620 PRO621 LYS622 HIS623 MET624 ALA625 SER626 LEU627 TRP628 ALA629 ASP630 TYR631 THR632 PHE633 PHE634 ASP635 GLY636 PRO637 LEU638 SER639 GLY640 LEU641 THR642 LEU643 GLY644 THR645 GLY646 GLY647 ARG648 TYR649 THR650 GLY651 SER652 SER653 TYR654 GLY655 ASP656 PRO657 ALA658 ASN659 SER660 PHE661 LYS662 VAL663 GLY664 SER665 TYR666 THR667 VAL668 VAL669 ASP670 ALA671 LEU672 VAL673 ARG674 TYR675 ASP676 LEU677 ALA678 ARG679 VAL680 GLY681 MET682 ALA683 GLY684 SER685 ASN686 VAL687 ALA688 LEU689 HIS690 VAL691 ASN692 ASN693 LEU694 PHE695 ASP696 ARG697 GLU698 TYR699 VAL700 ALA701 SER702 CYS703 PHE704 ASN705 THR706 TYR707 GLY708 CYS709 PHE710 TRP711 GLY712 ALA713 GLU714 ARG715 GLN716 VAL717 VAL718 ALA719 THR720 ALA721 THR722 PHE723 ARG724 PHE725 |
| Unit 2 | PA11 GCN2 KDO3 GMH4 GMH5 GLC6 GLC7 GLA8 KDO9 |
| Unit 3 | FTT1009 FTT1010 FTT1011 DAO1012 FTT1013 MYR1014 NI1030 DDQ1100 DDQ1101 DDQ1102 GOL1103 GOL1104 GOL1105 GOL1106 GOL1107 GOL1108 GOL1109 GOL1110 DPO2000 PO42001 DPO2004 PO42005 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |