![]() |
[Image Library Home] | [Image Library Entry] |
Title | CRYSTAL STRUCTURE OF THE ANTHRAX LETHAL FACTOR (LF): WILD-TY COMPLEXED WITH THE N-TERMINAL SEQUENCE OF MAPKK2 | |
Keywords | LETHAL TOXIN, MEK2, MAPKK, UNCLEAVED SUBSTRATE, PROTEASE-SUB COMPLEX, TOXIN | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 1JKY | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | LETHAL FACTOR | A | 748 | 5614 | 0 |
2 | Protein | MITOGEN-ACTIVATED PROTEIN KINASE KINASE 2 | B | 16 | 120 | 0 |
total | 764 | 5734 | 0 |
Unit 1 | ASN29 LYS30 THR31 GLN32 GLU33 GLU34 HIS35 LEU36 LYS37 GLU38 ILE39 MET40 LYS41 HIS42 ILE43 VAL44 LYS45 ILE46 GLU47 VAL48 LYS49 GLY50 GLU51 GLU52 ALA53 VAL54 LYS55 LYS56 GLU57 ALA58 ALA59 GLU60 LYS61 LEU62 LEU63 GLU64 LYS65 VAL66 PRO67 SER68 ASP69 VAL70 LEU71 GLU72 MET73 TYR74 LYS75 ALA76 ILE77 GLY78 GLY79 LYS80 ILE81 TYR82 ILE83 VAL84 ASP85 GLY86 ASP87 ILE88 THR89 LYS90 HIS91 ILE92 SER93 LEU94 GLU95 ALA96 LEU97 SER98 GLU99 ASP100 LYS101 LYS102 LYS103 ILE104 LYS105 ASP106 ILE107 TYR108 GLY109 LYS110 ASP111 ALA112 LEU113 LEU114 HIS115 GLU116 HIS117 TYR118 VAL119 TYR120 ALA121 LYS122 GLU123 GLY124 TYR125 GLU126 PRO127 VAL128 LEU129 VAL130 ILE131 GLN132 SER133 SER134 GLU135 ASP136 TYR137 VAL138 GLU139 ASN140 THR141 GLU142 LYS143 ALA144 LEU145 ASN146 VAL147 TYR148 TYR149 GLU150 ILE151 GLY152 LYS153 ILE154 LEU155 SER156 ARG157 ASP158 ILE159 LEU160 SER161 LYS162 ILE163 ASN164 GLN165 PRO166 TYR167 GLN168 LYS169 PHE170 LEU171 ASP172 VAL173 LEU174 ASN175 THR176 ILE177 LYS178 ASN179 ALA180 SER181 ASP182 SER183 ASP184 GLY185 GLN186 ASP187 LEU188 LEU189 PHE190 THR191 ASN192 GLN193 LEU194 LYS195 GLU196 HIS197 PRO198 THR199 ASP200 PHE201 SER202 VAL203 GLU204 PHE205 LEU206 GLU207 GLN208 ASN209 SER210 ASN211 GLU212 VAL213 GLN214 GLU215 VAL216 PHE217 ALA218 LYS219 ALA220 PHE221 ALA222 TYR223 TYR224 ILE225 GLU226 PRO227 GLN228 HIS229 ARG230 ASP231 VAL232 LEU233 GLN234 LEU235 TYR236 ALA237 PRO238 GLU239 ALA240 PHE241 ASN242 TYR243 MET244 ASP245 LYS246 PHE247 ASN248 GLU249 GLN250 GLU251 ILE252 ASN253 LEU254 SER255 LEU256 GLU257 GLU258 LEU259 LYS260 ASP261 GLN262 ARG263 MET264 LEU265 SER266 ARG267 TYR268 GLU269 LYS270 TRP271 GLU272 LYS273 ILE274 LYS275 GLN276 HIS277 TYR278 GLN279 HIS280 TRP281 SER282 ASP283 SER284 LEU285 SER286 GLU287 GLU288 GLY289 ARG290 GLY291 LEU292 LEU293 LYS294 LYS295 LEU296 GLN297 ILE298 PRO299 ILE300 GLU301 PRO302 LYS303 LYS304 ASP305 ASP306 ILE307 ILE308 HIS309 SER310 LEU311 SER312 GLN313 GLU314 GLU315 LYS316 GLU317 LEU318 LEU319 LYS320 ARG321 ILE322 GLN323 ILE324 ASP325 SER326 SER327 ASP328 PHE329 LEU330 SER331 THR332 GLU333 GLU334 LYS335 GLU336 PHE337 LEU338 LYS339 LYS340 LEU341 GLN342 ILE343 ASP344 ILE345 ARG346 ASP347 SER348 LEU349 SER350 GLU351 GLU352 GLU353 LYS354 GLU355 LEU356 LEU357 ASN358 ARG359 ILE360 GLN361 VAL362 ASP363 SER364 SER365 ASN366 PRO367 LEU368 SER369 GLU370 LYS371 GLU372 LYS373 GLU374 PHE375 LEU376 LYS377 LYS378 LEU379 LYS380 LEU381 ASP382 ILE383 GLN384 PRO385 TYR386 ASP387 ILE388 ASN389 GLN390 ARG391 LEU392 GLN393 ASP394 THR395 GLY396 GLY397 LEU398 ILE399 ASP400 SER401 PRO402 SER403 ILE404 ASN405 LEU406 ASP407 VAL408 ARG409 LYS410 GLN411 TYR412 LYS413 ARG414 ASP415 ILE416 GLN417 ASN418 ILE419 ASP420 ALA421 LEU422 LEU423 HIS424 GLN425 SER426 ILE427 GLY428 SER429 THR430 LEU431 TYR432 ASN433 LYS434 ILE435 TYR436 LEU437 TYR438 GLU439 ASN440 MET441 ASN442 ILE443 ASN444 ASN445 LEU446 THR447 ALA448 THR449 LEU450 GLY451 ALA452 ASP453 LEU454 VAL455 ASP456 SER457 THR458 ASP459 ASN460 THR461 LYS462 ILE463 ASN464 ARG465 GLY466 ILE467 PHE468 ASN469 GLU470 PHE471 LYS472 LYS473 ASN474 PHE475 LYS476 TYR477 SER478 ILE479 SER480 SER481 ASN482 TYR483 MET484 ILE485 VAL486 ASP487 ILE488 ASN489 GLU490 ARG491 PRO492 ALA493 LEU494 ASP495 ASN496 GLU497 ARG498 LEU499 LYS500 TRP501 ARG502 ILE503 GLN504 LEU505 SER506 PRO507 ASP508 THR509 ARG510 ALA511 GLY512 TYR513 LEU514 GLU515 ASN516 GLY517 LYS518 LEU519 ILE520 LEU521 GLN522 ARG523 ASN524 ILE525 GLY526 LEU527 GLU528 ILE529 LYS530 ASP531 VAL532 GLN533 ILE534 ILE535 LYS536 GLN537 SER538 GLU539 LYS540 GLU541 TYR542 ILE543 ARG544 ILE545 ASP546 ALA547 LYS548 VAL549 VAL550 PRO551 LYS552 SER553 LYS554 ILE555 ASP556 THR557 LYS558 ILE559 GLN560 GLU561 ALA562 GLN563 LEU564 ASN565 ILE566 ASN567 GLN568 GLU569 TRP570 ASN571 LYS572 ALA573 LEU574 GLY575 LEU576 PRO577 LYS578 TYR579 THR580 LYS581 LEU582 ILE583 THR584 PHE585 ASN586 VAL587 HIS588 ASN589 ARG590 TYR591 ALA592 SER593 ASN594 ILE595 VAL596 GLU597 SER598 ALA599 TYR600 LEU601 ILE602 LEU603 ASN604 GLU605 TRP606 LYS607 ASN608 ASN609 ILE610 GLN611 SER612 ASP613 LEU614 ILE615 LYS616 LYS617 VAL618 THR619 ASN620 TYR621 LEU622 VAL623 ASP624 GLY625 ASN626 GLY627 ARG628 PHE629 VAL630 PHE631 THR632 ASP633 ILE634 THR635 LEU636 PRO637 ASN638 ILE639 ALA640 GLU641 GLN642 TYR643 THR644 HIS645 GLN646 ASP647 GLU648 ILE649 TYR650 GLU651 GLN652 VAL653 HIS654 SER655 LYS656 GLY657 LEU658 TYR659 VAL660 PRO661 GLU662 SER663 ARG664 SER665 ILE666 LEU667 LEU668 HIS669 GLY670 PRO671 SER672 LYS673 GLY674 VAL675 GLU676 LEU677 ARG678 ASN679 ASP680 SER681 GLU682 GLY683 PHE684 ILE685 HIS686 GLU687 PHE688 GLY689 HIS690 ALA691 VAL692 ASP693 ASP694 TYR695 ALA696 GLY697 TYR698 LEU699 LEU700 ASP701 LYS702 ASN703 GLN704 SER705 ASP706 LEU707 VAL708 THR709 ASN710 SER711 LYS712 LYS713 PHE714 ILE715 ASP716 ILE717 PHE718 LYS719 GLU720 GLU721 GLY722 SER723 ASN724 LEU725 THR726 SER727 TYR728 GLY729 ARG730 THR731 ASN732 GLU733 ALA734 GLU735 PHE736 PHE737 ALA738 GLU739 ALA740 PHE741 ARG742 LEU743 MET744 HIS745 SER746 THR747 ASP748 HIS749 ALA750 GLU751 ARG752 LEU753 LYS754 VAL755 GLN756 LYS757 ASN758 ALA759 PRO760 LYS761 THR762 PHE763 GLN764 PHE765 ILE766 ASN767 ASP768 GLN769 ILE770 LYS771 PHE772 ILE773 ILE774 ASN775 SER776 |
Unit 2 | MET1 LEU2 ALA3 ARG4 ARG5 LYS6 PRO7 VAL8 LEU9 PRO10 ALA11 LEU12 THR13 ILE14 ASN15 PRO16 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |