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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF HORSE TLR9 (UNLIGANDED FORM)
Keywords LEUCINE RICH REPEAT, RECEPTOR, INNATE IMMUNITY, DNA BINDING, GLYCOSYLATION, CPG MOTIF, DNA BINDING PROTEIN
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   3WPB     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   TOLL-LIKE RECEPTOR 9  A 752 5909 0
2  Ligand    B 2 0 28
3  Ligand   TOLL-LIKE RECEPTOR 9  A 4 0 38
4 Water     112 0 112
total       870 5909 178
Proteins
Unit 1 THR28 LEU29 PRO30 PRO31 PHE32 LEU33 PRO34 CYS35 GLU36 LEU37 GLN38 PRO39 HIS40 GLY41 LEU42 VAL43 ASN44 CYS45 ASN46 TRP47 LEU48 PHE49 LEU50 LYS51 SER52 VAL53 PRO54 HIS55 PHE56 SER57 ALA58 ALA59 ALA60 PRO61 ARG62 ASP63 ASN64 VAL65 THR66 SER67 LEU68 SER69 LEU70 LEU71 SER72 ASN73 ARG74 ILE75 HIS76 HIS77 LEU78 HIS79 ASP80 SER81 ASP82 PHE83 ALA84 GLN85 LEU86 SER87 ASN88 LEU89 GLN90 LYS91 LEU92 ASN93 LEU94 LYS95 TRP96 ASN97 CYS98 PRO99 PRO100 ALA101 GLY102 LEU103 SER104 PRO105 MET106 HIS107 PHE108 PRO109 CYS110 HIS111 MET112 THR113 ILE114 GLU115 PRO116 ASN117 THR118 PHE119 LEU120 ALA121 VAL122 PRO123 THR124 LEU125 GLU126 GLU127 LEU128 ASN129 LEU130 SER131 TYR132 ASN133 GLY134 ILE135 THR136 THR137 VAL138 PRO139 ALA140 LEU141 PRO142 SER143 SER144 LEU145 VAL146 SER147 LEU148 ILE149 LEU150 SER151 ARG152 THR153 ASN154 ILE155 LEU156 GLN157 LEU158 ASP159 PRO160 THR161 SER162 LEU163 THR164 GLY165 LEU166 HIS167 ALA168 LEU169 ARG170 PHE171 LEU172 TYR173 MET174 ASP175 GLY176 ASN177 CYS178 TYR179 TYR180 LYS181 ASN182 PRO183 CYS184 GLY185 ARG186 ALA187 LEU188 GLU189 VAL190 ALA191 PRO192 GLY193 ALA194 LEU195 LEU196 GLY197 LEU198 GLY199 ASN200 LEU201 THR202 HIS203 LEU204 SER205 LEU206 LYS207 TYR208 ASN209 ASN210 LEU211 THR212 THR213 VAL214 PRO215 ARG216 SER217 LEU218 PRO219 PRO220 SER221 LEU222 GLU223 TYR224 LEU225 LEU226 LEU227 SER228 TYR229 ASN230 HIS231 ILE232 VAL233 THR234 LEU235 ALA236 PRO237 GLU238 ASP239 LEU240 ALA241 ASN242 LEU243 THR244 ALA245 LEU246 ARG247 VAL248 LEU249 ASP250 VAL251 GLY252 GLY253 ASN254 CYS255 ARG256 ARG257 CYS258 ASP259 HIS260 ALA261 ARG262 ASN263 PRO264 CYS265 VAL266 GLU267 CYS268 PRO269 HIS270 LYS271 PHE272 PRO273 GLN274 LEU275 HIS276 SER277 ASP278 THR279 PHE280 SER281 HIS282 LEU283 SER284 ARG285 LEU286 GLU287 GLY288 LEU289 VAL290 LEU291 LYS292 ASP293 SER294 SER295 LEU296 TYR297 GLN298 LEU299 ASN300 PRO301 ARG302 TRP303 PHE304 ARG305 GLY306 LEU307 GLY308 ASN309 LEU310 THR311 VAL312 LEU313 ASP314 LEU315 SER316 GLU317 ASN318 PHE319 LEU320 TYR321 ASP322 CYS323 ILE324 THR325 LYS326 THR327 LYS328 ALA329 PHE330 GLN331 GLY332 LEU333 ALA334 GLN335 LEU336 ARG337 ARG338 LEU339 ASN340 LEU341 SER342 PHE343 ASN344 TYR345 HIS346 LYS347 LYS348 VAL349 SER350 PHE351 ALA352 HIS353 LEU354 THR355 LEU356 ALA357 PRO358 SER359 PHE360 GLY361 SER362 LEU363 LEU364 SER365 LEU366 GLN367 GLU368 LEU369 ASP370 MET371 HIS372 GLY373 ILE374 PHE375 PHE376 ARG377 SER378 LEU379 SER380 GLN381 LYS382 THR383 LEU384 GLN385 PRO386 LEU387 ALA388 ARG389 LEU390 PRO391 MET392 LEU393 GLN394 ARG395 LEU396 TYR397 LEU398 GLN399 MET400 ASN401 PHE402 ILE403 ASN404 GLN405 ALA406 GLN407 LEU408 GLY409 ILE410 PHE411 LYS412 ASP413 PHE414 PRO415 GLY416 LEU417 ARG418 TYR419 ILE420 ASP421 LEU422 SER423 ASP424 ASN425 ARG426 ILE427 SER428 GLY429 ALA430 VAL431 GLU432 GLU464 ASP465 PHE466 MET467 PRO468 SER469 CYS470 LYS471 ASN472 LEU473 SER474 PHE475 THR476 LEU477 ASP478 LEU479 SER480 ARG481 ASN482 ASN483 LEU484 VAL485 THR486 VAL487 GLN488 PRO489 GLU490 MET491 PHE492 ALA493 GLN494 LEU495 SER496 ARG497 LEU498 GLN499 CYS500 LEU501 ARG502 LEU503 SER504 HIS505 ASN506 SER507 ILE508 SER509 GLN510 ALA511 VAL512 ASN513 GLY514 SER515 GLN516 PHE517 VAL518 PRO519 LEU520 THR521 SER522 LEU523 GLN524 VAL525 LEU526 ASP527 LEU528 SER529 HIS530 ASN531 LYS532 LEU533 ASP534 LEU535 TYR536 HIS537 GLY538 ARG539 SER540 PHE541 THR542 GLU543 LEU544 PRO545 ARG546 LEU547 GLU548 ALA549 LEU550 ASP551 LEU552 SER553 TYR554 ASN555 SER556 GLN557 PRO558 PHE559 SER560 MET561 ARG562 GLY563 VAL564 GLY565 HIS566 ASN567 LEU568 SER569 PHE570 VAL571 ALA572 GLN573 LEU574 PRO575 THR576 LEU577 ARG578 TYR579 LEU580 SER581 LEU582 ALA583 HIS584 ASN585 GLY586 ILE587 HIS588 SER589 ARG590 VAL591 SER592 GLN593 GLN594 LEU595 CYS596 SER597 THR598 SER599 LEU600 TRP601 ALA602 LEU603 ASP604 PHE605 SER606 GLY607 ASN608 SER609 LEU610 SER611 GLN612 MET613 TRP614 ALA615 GLU616 GLY617 ASP618 LEU619 TYR620 LEU621 ARG622 PHE623 PHE624 GLN625 GLY626 LEU627 ARG628 SER629 LEU630 ILE631 ARG632 LEU633 ASP634 LEU635 SER636 GLN637 ASN638 ARG639 LEU640 HIS641 THR642 LEU643 LEU644 PRO645 CYS646 THR647 LEU648 GLY649 ASN650 LEU651 PRO652 LYS653 SER654 LEU655 GLN656 LEU657 LEU658 ARG659 LEU660 ARG661 ASN662 ASN663 TYR664 LEU665 ALA666 PHE667 PHE668 ASN669 TRP670 SER671 SER672 LEU673 THR674 LEU675 LEU676 PRO677 ASN678 LEU679 GLU680 THR681 LEU682 ASP683 LEU684 ALA685 GLY686 ASN687 GLN688 LEU689 LYS690 ALA691 LEU692 SER693 ASN694 GLY695 SER696 LEU697 PRO698 SER699 GLY700 THR701 GLN702 LEU703 GLN704 ARG705 LEU706 ASP707 VAL708 SER709 ARG710 ASN711 SER712 ILE713 ILE714 PHE715 VAL716 VAL717 PRO718 GLY719 PHE720 PHE721 ALA722 LEU723 ALA724 THR725 ARG726 LEU727 ARG728 GLU729 LEU730 ASN731 LEU732 SER733 ALA734 ASN735 ALA736 LEU737 ARG738 THR739 VAL740 GLU741 PRO742 SER743 TRP744 PHE745 GLY746 PHE747 LEU748 ALA749 GLY750 SER751 LEU752 GLU753 VAL754 LEU755 ASP756 VAL757 SER758 ALA759 ASN760 PRO761 LEU762 HIS763 CYS764 ALA765 CYS766 GLY767 ALA768 ALA769 PHE770 VAL771 ASP772 PHE773 LEU774 LEU775 GLN776 VAL777 GLN778 ALA779 ALA780 VAL781 PRO782 GLY783 LEU784 PRO785 SER786 ARG787 VAL788 LYS789 CYS790 GLY791 SER792 PRO793 GLY794 GLN795 LEU796 GLN797 GLY798 ARG799 SER800 ILE801 PHE802 ALA803 GLN804 ASP805 LEU806 ARG807 LEU808 CYS809 LEU810
Ligands
Unit 2 NAG1 NAG2
Unit 3 NAG901 NAG902 SO4905 SO4906
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany