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| Title | STRUCTURE OF THE E2 BERYLLIUM FLUORIDE COMPLEX OF THE SERCA CA2+-ATPASE | |
| Keywords | P-TYPE ATPASE, CA2+-ATPASE, MEMBRANE PROTEIN, BERYLLIUM FLUORIDE, ALTERNATIVE SPLICING, ATP-BINDING, CALCIUM, CALCIUM TRANSPORT, ENDOPLASMIC RETICULUM, HYDROLASE, ION TRANSPORT, MAGNESIUM, METAL-BINDING, NUCLEOTIDE-BINDING, PHOSPHORYLATION, SARCOPLASMIC RETICULUM, TRANSMEMBRANE, TRANSPORT | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 3B9B | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 1 | A | 994 | 7671 | 0 |
| 2 | Ligand | SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 1 | A | 4 | 0 | 7 |
| 3 | Water | 65 | 0 | 65 | ||
| total | 1063 | 7671 | 72 |
| Unit 1 | MET1 GLU2 ALA3 ALA4 HIS5 SER6 LYS7 SER8 THR9 GLU10 GLU11 CYS12 LEU13 ALA14 TYR15 PHE16 GLY17 VAL18 SER19 GLU20 THR21 THR22 GLY23 LEU24 THR25 PRO26 ASP27 GLN28 VAL29 LYS30 ARG31 HIS32 LEU33 GLU34 LYS35 TYR36 GLY37 HIS38 ASN39 GLU40 LEU41 PRO42 ALA43 GLU44 GLU45 GLY46 LYS47 SER48 LEU49 TRP50 GLU51 LEU52 VAL53 ILE54 GLU55 GLN56 PHE57 GLU58 ASP59 LEU60 LEU61 VAL62 ARG63 ILE64 LEU65 LEU66 LEU67 ALA68 ALA69 CYS70 ILE71 SER72 PHE73 VAL74 LEU75 ALA76 TRP77 PHE78 GLU79 GLU80 GLY81 GLU82 GLU83 THR84 ILE85 THR86 ALA87 PHE88 VAL89 GLU90 PRO91 PHE92 VAL93 ILE94 LEU95 LEU96 ILE97 LEU98 ILE99 ALA100 ASN101 ALA102 ILE103 VAL104 GLY105 VAL106 TRP107 GLN108 GLU109 ARG110 ASN111 ALA112 GLU113 ASN114 ALA115 ILE116 GLU117 ALA118 LEU119 LYS120 GLU121 TYR122 GLU123 PRO124 GLU125 MET126 GLY127 LYS128 VAL129 TYR130 ARG131 ALA132 ASP133 ARG134 LYS135 SER136 VAL137 GLN138 ARG139 ILE140 LYS141 ALA142 ARG143 ASP144 ILE145 VAL146 PRO147 GLY148 ASP149 ILE150 VAL151 GLU152 VAL153 ALA154 VAL155 GLY156 ASP157 LYS158 VAL159 PRO160 ALA161 ASP162 ILE163 ARG164 ILE165 LEU166 SER167 ILE168 LYS169 SER170 THR171 THR172 LEU173 ARG174 VAL175 ASP176 GLN177 SER178 ILE179 LEU180 THR181 GLY182 GLU183 SER184 VAL185 SER186 VAL187 ILE188 LYS189 HIS190 THR191 GLU192 PRO193 VAL194 PRO195 ASP196 PRO197 ARG198 ALA199 VAL200 ASN201 GLN202 ASP203 LYS204 LYS205 ASN206 MET207 LEU208 PHE209 SER210 GLY211 THR212 ASN213 ILE214 ALA215 ALA216 GLY217 LYS218 ALA219 LEU220 GLY221 ILE222 VAL223 ALA224 THR225 THR226 GLY227 VAL228 SER229 THR230 GLU231 ILE232 GLY233 LYS234 ILE235 ARG236 ASP237 GLN238 MET239 ALA240 ALA241 THR242 GLU243 GLN244 ASP245 LYS246 THR247 PRO248 LEU249 GLN250 GLN251 LYS252 LEU253 ASP254 GLU255 PHE256 GLY257 GLU258 GLN259 LEU260 SER261 LYS262 VAL263 ILE264 SER265 LEU266 ILE267 CYS268 VAL269 ALA270 VAL271 TRP272 LEU273 ILE274 ASN275 ILE276 GLY277 HIS278 PHE279 ASN280 ASP281 PRO282 VAL283 HIS284 GLY285 GLY286 SER287 TRP288 ILE289 ARG290 GLY291 ALA292 ILE293 TYR294 TYR295 PHE296 LYS297 ILE298 ALA299 VAL300 ALA301 LEU302 ALA303 VAL304 ALA305 ALA306 ILE307 PRO308 GLU309 GLY310 LEU311 PRO312 ALA313 VAL314 ILE315 THR316 THR317 CYS318 LEU319 ALA320 LEU321 GLY322 THR323 ARG324 ARG325 MET326 ALA327 LYS328 LYS329 ASN330 ALA331 ILE332 VAL333 ARG334 SER335 LEU336 PRO337 SER338 VAL339 GLU340 THR341 LEU342 GLY343 CYS344 THR345 SER346 VAL347 ILE348 CYS349 SER350 ASP351 LYS352 THR353 GLY354 THR355 LEU356 THR357 THR358 ASN359 GLN360 MET361 SER362 VAL363 CYS364 LYS365 MET366 PHE367 ILE368 ILE369 ASP370 LYS371 VAL372 ASP373 GLY374 ASP375 PHE376 CYS377 SER378 LEU379 ASN380 GLU381 PHE382 SER383 ILE384 THR385 GLY386 SER387 THR388 TYR389 ALA390 PRO391 GLU392 GLY393 GLU394 VAL395 LEU396 LYS397 ASN398 ASP399 LYS400 PRO401 ILE402 ARG403 SER404 GLY405 GLN406 PHE407 ASP408 GLY409 LEU410 VAL411 GLU412 LEU413 ALA414 THR415 ILE416 CYS417 ALA418 LEU419 CYS420 ASN421 ASP422 SER423 SER424 LEU425 ASP426 PHE427 ASN428 GLU429 THR430 LYS431 GLY432 VAL433 TYR434 GLU435 LYS436 VAL437 GLY438 GLU439 ALA440 THR441 GLU442 THR443 ALA444 LEU445 THR446 THR447 LEU448 VAL449 GLU450 LYS451 MET452 ASN453 VAL454 PHE455 ASN456 THR457 GLU458 VAL459 ARG460 ASN461 LEU462 SER463 LYS464 VAL465 GLU466 ARG467 ALA468 ASN469 ALA470 CYS471 ASN472 SER473 VAL474 ILE475 ARG476 GLN477 LEU478 MET479 LYS480 LYS481 GLU482 PHE483 THR484 LEU485 GLU486 PHE487 SER488 ARG489 ASP490 ARG491 LYS492 SER493 MET494 SER495 VAL496 TYR497 CYS498 SER499 PRO500 ALA501 LYS502 SER503 SER504 ARG505 ALA506 ALA507 VAL508 GLY509 ASN510 LYS511 MET512 PHE513 VAL514 LYS515 GLY516 ALA517 PRO518 GLU519 GLY520 VAL521 ILE522 ASP523 ARG524 CYS525 ASN526 TYR527 VAL528 ARG529 VAL530 GLY531 THR532 THR533 ARG534 VAL535 PRO536 MET537 THR538 GLY539 PRO540 VAL541 LYS542 GLU543 LYS544 ILE545 LEU546 SER547 VAL548 ILE549 LYS550 GLU551 TRP552 GLY553 THR554 GLY555 ARG556 ASP557 THR558 LEU559 ARG560 CYS561 LEU562 ALA563 LEU564 ALA565 THR566 ARG567 ASP568 THR569 PRO570 PRO571 LYS572 ARG573 GLU574 GLU575 MET576 VAL577 LEU578 ASP579 ASP580 SER581 SER582 ARG583 PHE584 MET585 GLU586 TYR587 GLU588 THR589 ASP590 LEU591 THR592 PHE593 VAL594 GLY595 VAL596 VAL597 GLY598 MET599 LEU600 ASP601 PRO602 PRO603 ARG604 LYS605 GLU606 VAL607 MET608 GLY609 SER610 ILE611 GLN612 LEU613 CYS614 ARG615 ASP616 ALA617 GLY618 ILE619 ARG620 VAL621 ILE622 MET623 ILE624 THR625 GLY626 ASP627 ASN628 LYS629 GLY630 THR631 ALA632 ILE633 ALA634 ILE635 CYS636 ARG637 ARG638 ILE639 GLY640 ILE641 PHE642 GLY643 GLU644 ASN645 GLU646 GLU647 VAL648 ALA649 ASP650 ARG651 ALA652 TYR653 THR654 GLY655 ARG656 GLU657 PHE658 ASP659 ASP660 LEU661 PRO662 LEU663 ALA664 GLU665 GLN666 ARG667 GLU668 ALA669 CYS670 ARG671 ARG672 ALA673 CYS674 CYS675 PHE676 ALA677 ARG678 VAL679 GLU680 PRO681 SER682 HIS683 LYS684 SER685 LYS686 ILE687 VAL688 GLU689 TYR690 LEU691 GLN692 SER693 TYR694 ASP695 GLU696 ILE697 THR698 ALA699 MET700 THR701 GLY702 ASP703 GLY704 VAL705 ASN706 ASP707 ALA708 PRO709 ALA710 LEU711 LYS712 LYS713 ALA714 GLU715 ILE716 GLY717 ILE718 ALA719 MET720 GLY721 SER722 GLY723 THR724 ALA725 VAL726 ALA727 LYS728 THR729 ALA730 SER731 GLU732 MET733 VAL734 LEU735 ALA736 ASP737 ASP738 ASN739 PHE740 SER741 THR742 ILE743 VAL744 ALA745 ALA746 VAL747 GLU748 GLU749 GLY750 ARG751 ALA752 ILE753 TYR754 ASN755 ASN756 MET757 LYS758 GLN759 PHE760 ILE761 ARG762 TYR763 LEU764 ILE765 SER766 SER767 ASN768 VAL769 GLY770 GLU771 VAL772 VAL773 CYS774 ILE775 PHE776 LEU777 THR778 ALA779 ALA780 LEU781 GLY782 LEU783 PRO784 GLU785 ALA786 LEU787 ILE788 PRO789 VAL790 GLN791 LEU792 LEU793 TRP794 VAL795 ASN796 LEU797 VAL798 THR799 ASP800 GLY801 LEU802 PRO803 ALA804 THR805 ALA806 LEU807 GLY808 PHE809 ASN810 PRO811 PRO812 ASP813 LEU814 ASP815 ILE816 MET817 ASP818 ARG819 PRO820 PRO821 ARG822 SER823 PRO824 LYS825 GLU826 PRO827 LEU828 ILE829 SER830 GLY831 TRP832 LEU833 PHE834 PHE835 ARG836 TYR837 MET838 ALA839 ILE840 GLY841 GLY842 TYR843 VAL844 GLY845 ALA846 ALA847 THR848 VAL849 GLY850 ALA851 ALA852 ALA853 TRP854 TRP855 PHE856 MET857 TYR858 ALA859 GLU860 ASP861 GLY862 PRO863 GLY864 VAL865 THR866 TYR867 HIS868 GLN869 LEU870 THR871 HIS872 PHE873 MET874 GLN875 CYS876 THR877 GLU878 ASP879 HIS880 PRO881 HIS882 PHE883 GLU884 GLY885 LEU886 ASP887 CYS888 GLU889 ILE890 PHE891 GLU892 ALA893 PRO894 GLU895 PRO896 MET897 THR898 MET899 ALA900 LEU901 SER902 VAL903 LEU904 VAL905 THR906 ILE907 GLU908 MET909 CYS910 ASN911 ALA912 LEU913 ASN914 SER915 LEU916 SER917 GLU918 ASN919 GLN920 SER921 LEU922 MET923 ARG924 MET925 PRO926 PRO927 TRP928 VAL929 ASN930 ILE931 TRP932 LEU933 LEU934 GLY935 SER936 ILE937 CYS938 LEU939 SER940 MET941 SER942 LEU943 HIS944 PHE945 LEU946 ILE947 LEU948 TYR949 VAL950 ASP951 PRO952 LEU953 PRO954 MET955 ILE956 PHE957 LYS958 LEU959 LYS960 ALA961 LEU962 ASP963 LEU964 THR965 GLN966 TRP967 LEU968 MET969 VAL970 LEU971 LYS972 ILE973 SER974 LEU975 PRO976 VAL977 ILE978 GLY979 LEU980 ASP981 GLU982 ILE983 LEU984 LYS985 PHE986 ILE987 ALA988 ARG989 ASN990 TYR991 LEU992 GLU993 GLY994 |
| Unit 2 | NA995 MG996 MG997 BEF998 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |