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Sequence, Chains, Asymmetric and Biological Units

Title X-RAY CRYSTAL STRUCTURE OF HUMAN CERULOPLASMIN AT 3.0 ANGSTR
Keywords OXIDOREDUCTASE, CERULOPLASMIN, MULTI-COPPER OXIDASE, PLASMA
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   1KCW     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   CERULOPLASMIN  A 1017 8190 0
2  Ligand   CERULOPLASMIN  A 12 0 38
total       1029 8190 38
Proteins
Unit 1 LYS1 GLU2 LYS3 HIS4 TYR5 TYR6 ILE7 GLY8 ILE9 ILE10 GLU11 THR12 THR13 TRP14 ASP15 TYR16 ALA17 SER18 ASP19 HIS20 GLY21 GLU22 LYS23 LYS24 LEU25 ILE26 SER27 VAL28 ASP29 THR30 GLU31 HIS32 SER33 ASN34 ILE35 TYR36 LEU37 GLN38 ASN39 GLY40 PRO41 ASP42 ARG43 ILE44 GLY45 ARG46 LEU47 TYR48 LYS49 LYS50 ALA51 LEU52 TYR53 LEU54 GLN55 TYR56 THR57 ASP58 GLU59 THR60 PHE61 ARG62 THR63 THR64 ILE65 GLU66 LYS67 PRO68 VAL69 TRP70 LEU71 GLY72 PHE73 LEU74 GLY75 PRO76 ILE77 ILE78 LYS79 ALA80 GLU81 THR82 GLY83 ASP84 LYS85 VAL86 TYR87 VAL88 HIS89 LEU90 LYS91 ASN92 LEU93 ALA94 SER95 ARG96 PRO97 TYR98 THR99 PHE100 HIS101 SER102 HIS103 GLY104 ILE105 THR106 TYR107 TYR108 LYS109 GLU110 HIS111 GLU112 GLY113 ALA114 ILE115 TYR116 PRO117 ASP118 ASN119 THR120 THR121 ASP122 PHE123 GLN124 ARG125 ALA126 ASP127 ASP128 LYS129 VAL130 TYR131 PRO132 GLY133 GLU134 GLN135 TYR136 THR137 TYR138 MET139 LEU140 LEU141 ALA142 THR143 GLU144 GLU145 GLN146 SER147 PRO148 GLY149 GLU150 GLY151 ASP152 GLY153 ASN154 CYS155 VAL156 THR157 ARG158 ILE159 TYR160 HIS161 SER162 HIS163 ILE164 ASP165 ALA166 PRO167 LYS168 ASP169 ILE170 ALA171 SER172 GLY173 LEU174 ILE175 GLY176 PRO177 LEU178 ILE179 ILE180 CYS181 LYS182 LYS183 ASP184 SER185 LEU186 ASP187 LYS188 GLU189 LYS190 GLU191 LYS192 HIS193 ILE194 ASP195 ARG196 GLU197 PHE198 VAL199 VAL200 MET201 PHE202 SER203 VAL204 VAL205 ASP206 GLU207 ASN208 PHE209 SER210 TRP211 TYR212 LEU213 GLU214 ASP215 ASN216 ILE217 LYS218 THR219 TYR220 CYS221 SER222 GLU223 PRO224 GLU225 LYS226 VAL227 ASP228 LYS229 ASP230 ASN231 GLU232 ASP233 PHE234 GLN235 GLU236 SER237 ASN238 ARG239 MET240 TYR241 SER242 VAL243 ASN244 GLY245 TYR246 THR247 PHE248 GLY249 SER250 LEU251 PRO252 GLY253 LEU254 SER255 MET256 CYS257 ALA258 GLU259 ASP260 ARG261 VAL262 LYS263 TRP264 TYR265 LEU266 PHE267 GLY268 MET269 GLY270 ASN271 GLU272 VAL273 ASP274 VAL275 HIS276 ALA277 ALA278 PHE279 PHE280 HIS281 GLY282 GLN283 ALA284 LEU285 THR286 ASN287 LYS288 ASN289 TYR290 ARG291 ILE292 ASP293 THR294 ILE295 ASN296 LEU297 PHE298 PRO299 ALA300 THR301 LEU302 PHE303 ASP304 ALA305 TYR306 MET307 VAL308 ALA309 GLN310 ASN311 PRO312 GLY313 GLU314 TRP315 MET316 LEU317 SER318 CYS319 GLN320 ASN321 LEU322 ASN323 HIS324 LEU325 LYS326 ALA327 GLY328 LEU329 GLN330 ALA331 PHE332 PHE333 GLN334 VAL335 GLN336 GLU337 CYS338 ILE347 ARG348 GLY349 LYS350 HIS351 VAL352 ARG353 HIS354 TYR355 TYR356 ILE357 ALA358 ALA359 GLU360 GLU361 ILE362 ILE363 TRP364 ASN365 TYR366 ALA367 PRO368 SER369 GLY370 ILE371 ASP372 ILE373 PHE374 THR375 LYS376 GLU377 ASN378 LEU379 THR380 ALA381 PRO382 GLY383 SER384 ASP385 SER386 ALA387 VAL388 PHE389 PHE390 GLU391 GLN392 GLY393 THR394 THR395 ARG396 ILE397 GLY398 GLY399 SER400 TYR401 LYS402 LYS403 LEU404 VAL405 TYR406 ARG407 GLU408 TYR409 THR410 ASP411 ALA412 SER413 PHE414 THR415 ASN416 ARG417 LYS418 GLU419 ARG420 GLY421 PRO422 GLU423 GLU424 GLU425 HIS426 LEU427 GLY428 ILE429 LEU430 GLY431 PRO432 VAL433 ILE434 TRP435 ALA436 GLU437 VAL438 GLY439 ASP440 THR441 ILE442 ARG443 VAL444 THR445 PHE446 HIS447 ASN448 LYS449 GLY450 ALA451 TYR452 PRO453 LEU454 SER455 ILE456 GLU457 PRO458 ILE459 GLY460 VAL461 ARG462 PHE463 ASN464 LYS465 ASN466 ASN467 GLU468 GLY469 THR470 TYR471 TYR472 SER473 PRO474 VAL483 PRO484 PRO485 SER486 ALA487 SER488 HIS489 VAL490 ALA491 PRO492 THR493 GLU494 THR495 PHE496 THR497 TYR498 GLU499 TRP500 THR501 VAL502 PRO503 LYS504 GLU505 VAL506 GLY507 PRO508 THR509 ASN510 ALA511 ASP512 PRO513 VAL514 CYS515 LEU516 ALA517 LYS518 MET519 TYR520 TYR521 SER522 ALA523 VAL524 ASP525 PRO526 THR527 LYS528 ASP529 ILE530 PHE531 THR532 GLY533 LEU534 ILE535 GLY536 PRO537 MET538 LYS539 ILE540 CYS541 LYS542 LYS543 GLY544 SER545 LEU546 HIS547 ALA548 ASN549 GLY550 ARG551 GLN552 LYS553 ASP554 VAL555 ASP556 LYS557 GLU558 PHE559 TYR560 LEU561 PHE562 PRO563 THR564 VAL565 PHE566 ASP567 GLU568 ASN569 GLU570 SER571 LEU572 LEU573 LEU574 GLU575 ASP576 ASN577 ILE578 ARG579 MET580 PHE581 THR582 THR583 ALA584 PRO585 ASP586 GLN587 VAL588 ASP589 LYS590 GLU591 ASP592 GLU593 ASP594 PHE595 GLN596 GLU597 SER598 ASN599 LYS600 MET601 HIS602 SER603 MET604 ASN605 GLY606 PHE607 MET608 TYR609 GLY610 ASN611 GLN612 PRO613 GLY614 LEU615 THR616 MET617 CYS618 LYS619 GLY620 ASP621 SER622 VAL623 VAL624 TRP625 TYR626 LEU627 PHE628 SER629 ALA630 GLY631 ASN632 GLU633 ALA634 ASP635 VAL636 HIS637 GLY638 ILE639 TYR640 PHE641 SER642 GLY643 ASN644 THR645 TYR646 LEU647 TRP648 ARG649 GLY650 GLU651 ARG652 ARG653 ASP654 THR655 ALA656 ASN657 LEU658 PHE659 PRO660 GLN661 THR662 SER663 LEU664 THR665 LEU666 HIS667 MET668 TRP669 PRO670 ASP671 THR672 GLU673 GLY674 THR675 PHE676 ASN677 VAL678 GLU679 CYS680 LEU681 THR682 THR683 ASP684 HIS685 TYR686 THR687 GLY688 GLY689 MET690 LYS691 GLN692 LYS693 TYR694 THR695 VAL696 ASN697 GLN698 CYS699 ARG700 ARG701 GLN702 SER703 GLU704 ASP705 SER706 THR707 PHE708 TYR709 LEU710 GLY711 GLU712 ARG713 THR714 TYR715 TYR716 ILE717 ALA718 ALA719 VAL720 GLU721 VAL722 GLU723 TRP724 ASP725 TYR726 SER727 PRO728 GLN729 ARG730 GLU731 TRP732 GLU733 LYS734 GLU735 LEU736 HIS737 HIS738 LEU739 GLN740 GLU741 GLN742 ASN743 VAL744 SER745 ASN746 ALA747 PHE748 LEU749 ASP750 LYS751 GLY752 GLU753 PHE754 TYR755 ILE756 GLY757 SER758 LYS759 TYR760 LYS761 LYS762 VAL763 VAL764 TYR765 ARG766 GLN767 TYR768 THR769 ASP770 SER771 THR772 PHE773 ARG774 VAL775 PRO776 VAL777 GLU778 ARG779 LYS780 ALA781 GLU782 GLU783 GLU784 HIS785 LEU786 GLY787 ILE788 LEU789 GLY790 PRO791 GLN792 LEU793 HIS794 ALA795 ASP796 VAL797 GLY798 ASP799 LYS800 VAL801 LYS802 ILE803 ILE804 PHE805 LYS806 ASN807 MET808 ALA809 THR810 ARG811 PRO812 TYR813 SER814 ILE815 HIS816 ALA817 HIS818 GLY819 VAL820 GLN821 THR822 GLU823 SER824 SER825 THR826 VAL827 THR828 PRO829 THR830 LEU831 PRO832 GLY833 GLU834 THR835 LEU836 THR837 TYR838 VAL839 TRP840 LYS841 ILE842 PRO843 GLU844 ARG845 SER846 GLY847 ALA848 GLY849 THR850 GLU851 ASP852 SER853 ALA854 CYS855 ILE856 PRO857 TRP858 ALA859 TYR860 TYR861 SER862 THR863 VAL864 ASP865 GLN866 VAL867 LYS868 ASP869 LEU870 TYR871 SER872 GLY873 LEU874 ILE875 GLY876 PRO877 LEU878 ILE879 VAL880 CYS881 ARG882 ARG883 PRO884 ARG892 ARG893 LYS894 LEU895 GLU896 PHE897 ALA898 LEU899 LEU900 PHE901 LEU902 VAL903 PHE904 ASP905 GLU906 ASN907 GLU908 SER909 TRP910 TYR911 LEU912 ASP913 ASP914 ASN915 ILE916 LYS917 THR918 TYR919 SER920 ASP921 HIS922 PRO923 GLU924 LYS925 VAL926 ASN927 LYS928 ASP929 ASP930 GLU931 GLU932 PHE933 ILE934 GLU935 SER936 ASN937 LYS938 MET939 HIS940 ALA941 ILE942 ASN943 GLY944 ARG945 MET946 PHE947 GLY948 ASN949 LEU950 GLN951 GLY952 LEU953 THR954 MET955 HIS956 VAL957 GLY958 ASP959 GLU960 VAL961 ASN962 TRP963 TYR964 LEU965 MET966 GLY967 MET968 GLY969 ASN970 GLU971 ILE972 ASP973 LEU974 HIS975 THR976 VAL977 HIS978 PHE979 HIS980 GLY981 HIS982 SER983 PHE984 GLN985 TYR986 LYS987 HIS988 ARG989 GLY990 VAL991 TYR992 SER993 SER994 ASP995 VAL996 PHE997 ASP998 ILE999 PHE1000 PRO1001 GLY1002 THR1003 TYR1004 GLN1005 THR1006 LEU1007 GLU1008 MET1009 PHE1010 PRO1011 ARG1012 THR1013 PRO1014 GLY1015 ILE1016 TRP1017 LEU1018 LEU1019 HIS1020 CYS1021 HIS1022 VAL1023 THR1024 ASP1025 HIS1026 ILE1027 HIS1028 ALA1029 GLY1030 MET1031 GLU1032 THR1033 THR1034 TYR1035 THR1036 VAL1037 LEU1038 GLN1039 ASN1040
Ligands
Unit 2 NAG1047 NAG1048 CU1049 CU1050 CU1051 CU1052 CU1053 CU1054 CU1055 CU1056 O1057 O1058
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany