|
[Image Library Home] | [Image Library Entry] |
| Title | GOLGI MANNOSIDASE II D204A CATALYTIC NUCLEOPHILE MUTANT COMP 3ALPHA,6ALPHA-MANNOPENTAOSE | |
| Keywords | FAMILY 38 GLYCOSYL HYDROLASE, GLYCOSIDASE, GOLGI APPARATUS, METAL-BINDING, SIGNAL-ANCHOR, TRANSMEMBRANE, HYDROLASE | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 3CV5 | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | ALPHA-MANNOSIDASE 2 | A | 1015 | 8183 | 0 |
| 2 | Ligand | B | 5 | 0 | 56 | |
| 3 | Ligand | ALPHA-MANNOSIDASE 2 | A | 3 | 0 | 23 |
| 4 | Water | 1183 | 0 | 1183 | ||
| total | 2206 | 8183 | 1262 |
| Unit 1 | GLN30 CYS31 GLN32 ASP33 VAL34 VAL35 GLN36 ASP37 VAL38 PRO39 ASN40 VAL41 ASP42 VAL43 GLN44 MET45 LEU46 GLU47 LEU48 TYR49 ASP50 ARG51 MET52 SER53 PHE54 LYS55 ASP56 ILE57 ASP58 GLY59 GLY60 VAL61 TRP62 LYS63 GLN64 GLY65 TRP66 ASN67 ILE68 LYS69 TYR70 ASP71 PRO72 LEU73 LYS74 TYR75 ASN76 ALA77 HIS78 HIS79 LYS80 LEU81 LYS82 VAL83 PHE84 VAL85 VAL86 PRO87 HIS88 SER89 HIS90 ASN91 ASP92 PRO93 GLY94 TRP95 ILE96 GLN97 THR98 PHE99 GLU100 GLU101 TYR102 TYR103 GLN104 HIS105 ASP106 THR107 LYS108 HIS109 ILE110 LEU111 SER112 ASN113 ALA114 LEU115 ARG116 HIS117 LEU118 HIS119 ASP120 ASN121 PRO122 GLU123 MET124 LYS125 PHE126 ILE127 TRP128 ALA129 GLU130 ILE131 SER132 TYR133 PHE134 ALA135 ARG136 PHE137 TYR138 HIS139 ASP140 LEU141 GLY142 GLU143 ASN144 LYS145 LYS146 LEU147 GLN148 MET149 LYS150 SER151 ILE152 VAL153 LYS154 ASN155 GLY156 GLN157 LEU158 GLU159 PHE160 VAL161 THR162 GLY163 GLY164 TRP165 VAL166 MET167 PRO168 ASP169 GLU170 ALA171 ASN172 SER173 HIS174 TRP175 ARG176 ASN177 VAL178 LEU179 LEU180 GLN181 LEU182 THR183 GLU184 GLY185 GLN186 THR187 TRP188 LEU189 LYS190 GLN191 PHE192 MET193 ASN194 VAL195 THR196 PRO197 THR198 ALA199 SER200 TRP201 ALA202 ILE203 ALA204 PRO205 PHE206 GLY207 HIS208 SER209 PRO210 THR211 MET212 PRO213 TYR214 ILE215 LEU216 GLN217 LYS218 SER219 GLY220 PHE221 LYS222 ASN223 MET224 LEU225 ILE226 GLN227 ARG228 THR229 HIS230 TYR231 SER232 VAL233 LYS234 LYS235 GLU236 LEU237 ALA238 GLN239 GLN240 ARG241 GLN242 LEU243 GLU244 PHE245 LEU246 TRP247 ARG248 GLN249 ILE250 TRP251 ASP252 ASN253 LYS254 GLY255 ASP256 THR257 ALA258 LEU259 PHE260 THR261 HIS262 MET263 MET264 PRO265 PHE266 TYR267 SER268 TYR269 ASP270 ILE271 PRO272 HIS273 THR274 CYS275 GLY276 PRO277 ASP278 PRO279 LYS280 VAL281 CYS282 CYS283 GLN284 PHE285 ASP286 PHE287 LYS288 ARG289 MET290 GLY291 SER292 PHE293 GLY294 LEU295 SER296 CYS297 PRO298 TRP299 LYS300 VAL301 PRO302 PRO303 ARG304 THR305 ILE306 SER307 ASP308 GLN309 ASN310 VAL311 ALA312 ALA313 ARG314 SER315 ASP316 LEU317 LEU318 VAL319 ASP320 GLN321 TRP322 LYS323 LYS324 LYS325 ALA326 GLU327 LEU328 TYR329 ARG330 THR331 ASN332 VAL333 LEU334 LEU335 ILE336 PRO337 LEU338 GLY339 ASP340 ASP341 PHE342 ARG343 PHE344 LYS345 GLN346 ASN347 THR348 GLU349 TRP350 ASP351 VAL352 GLN353 ARG354 VAL355 ASN356 TYR357 GLU358 ARG359 LEU360 PHE361 GLU362 HIS363 ILE364 ASN365 SER366 GLN367 ALA368 HIS369 PHE370 ASN371 VAL372 GLN373 ALA374 GLN375 PHE376 GLY377 THR378 LEU379 GLN380 GLU381 TYR382 PHE383 ASP384 ALA385 VAL386 HIS387 GLN388 ALA389 GLU390 ARG391 ALA392 GLY393 GLN394 ALA395 GLU396 PHE397 PRO398 THR399 LEU400 SER401 GLY402 ASP403 PHE404 PHE405 THR406 TYR407 ALA408 ASP409 ARG410 SER411 ASP412 ASN413 TYR414 TRP415 SER416 GLY417 TYR418 TYR419 THR420 SER421 ARG422 PRO423 TYR424 HIS425 LYS426 ARG427 MET428 ASP429 ARG430 VAL431 LEU432 MET433 HIS434 TYR435 VAL436 ARG437 ALA438 ALA439 GLU440 MET441 LEU442 SER443 ALA444 TRP445 HIS446 SER447 TRP448 ASP449 GLY450 MET451 ALA452 ARG453 ILE454 GLU455 GLU456 ARG457 LEU458 GLU459 GLN460 ALA461 ARG462 ARG463 GLU464 LEU465 SER466 LEU467 PHE468 GLN469 HIS470 HIS471 ASP472 GLY473 ILE474 THR475 GLY476 THR477 ALA478 LYS479 THR480 HIS481 VAL482 VAL483 VAL484 ASP485 TYR486 GLU487 GLN488 ARG489 MET490 GLN491 GLU492 ALA493 LEU494 LYS495 ALA496 CYS497 GLN498 MET499 VAL500 MET501 GLN502 GLN503 SER504 VAL505 TYR506 ARG507 LEU508 LEU509 THR510 LYS511 PRO512 SER513 ILE514 TYR515 SER516 PRO517 ASP518 PHE519 SER520 PHE521 SER522 TYR523 PHE524 THR525 LEU526 ASP527 ASP528 SER529 ARG530 TRP531 PRO532 GLY533 SER534 GLY535 VAL536 GLU537 ASP538 SER539 ARG540 THR541 THR542 ILE543 ILE544 LEU545 GLY546 GLU547 ASP548 ILE549 LEU550 PRO551 SER552 LYS553 HIS554 VAL555 VAL556 MET557 HIS558 ASN559 THR560 LEU561 PRO562 HIS563 TRP564 ARG565 GLU566 GLN567 LEU568 VAL569 ASP570 PHE571 TYR572 VAL573 SER574 SER575 PRO576 PHE577 VAL578 SER579 VAL580 THR581 ASP582 LEU583 ALA584 ASN585 ASN586 PRO587 VAL588 GLU589 ALA590 GLN591 VAL592 SER593 PRO594 VAL595 TRP596 SER597 TRP598 HIS599 HIS600 ASP601 THR602 LEU603 THR604 LYS605 THR606 ILE607 HIS608 PRO609 GLN610 GLY611 SER612 THR613 THR614 LYS615 TYR616 ARG617 ILE618 ILE619 PHE620 LYS621 ALA622 ARG623 VAL624 PRO625 PRO626 MET627 GLY628 LEU629 ALA630 THR631 TYR632 VAL633 LEU634 THR635 ILE636 SER637 ASP638 SER639 LYS640 PRO641 GLU642 HIS643 THR644 SER645 TYR646 ALA647 SER648 ASN649 LEU650 LEU651 LEU652 ARG653 LYS654 ASN655 PRO656 THR657 SER658 LEU659 PRO660 LEU661 GLY662 GLN663 TYR664 PRO665 GLU666 ASP667 VAL668 LYS669 PHE670 GLY671 ASP672 PRO673 ARG674 GLU675 ILE676 SER677 LEU678 ARG679 VAL680 GLY681 ASN682 GLY683 PRO684 THR685 LEU686 ALA687 PHE688 SER689 GLU690 GLN691 GLY692 LEU693 LEU694 LYS695 SER696 ILE697 GLN698 LEU699 THR700 GLN701 ASP702 SER703 PRO704 HIS705 VAL706 PRO707 VAL708 HIS709 PHE710 LYS711 PHE712 LEU713 LYS714 TYR715 GLY716 VAL717 ARG718 SER719 HIS720 GLY721 ASP722 ARG723 SER724 GLY725 ALA726 TYR727 LEU728 PHE729 LEU730 PRO731 ASN732 GLY733 PRO734 ALA735 SER736 PRO737 VAL738 GLU739 LEU740 GLY741 GLN742 PRO743 VAL744 VAL745 LEU746 VAL747 THR748 LYS749 GLY750 LYS751 LEU752 GLU753 SER754 SER755 VAL756 SER757 VAL758 GLY759 LEU760 PRO761 SER762 VAL763 VAL764 HIS765 GLN766 THR767 ILE768 MET769 ARG770 GLY771 GLY772 ALA773 PRO774 GLU775 ILE776 ARG777 ASN778 LEU779 VAL780 ASP781 ILE782 GLY783 SER784 LEU785 ASP786 ASN787 THR788 GLU789 ILE790 VAL791 MET792 ARG793 LEU794 GLU795 THR796 HIS797 ILE798 ASP799 SER800 GLY801 ASP802 ILE803 PHE804 TYR805 THR806 ASP807 LEU808 ASN809 GLY810 LEU811 GLN812 PHE813 ILE814 LYS815 ARG816 ARG817 ARG818 LEU819 ASP820 LYS821 LEU822 PRO823 LEU824 GLN825 ALA826 ASN827 TYR828 TYR829 PRO830 ILE831 PRO832 SER833 GLY834 MET835 PHE836 ILE837 GLU838 ASP839 ALA840 ASN841 THR842 ARG843 LEU844 THR845 LEU846 LEU847 THR848 GLY849 GLN850 PRO851 LEU852 GLY853 GLY854 SER855 SER856 LEU857 ALA858 SER859 GLY860 GLU861 LEU862 GLU863 ILE864 MET865 GLN866 ASP867 ARG868 ARG869 LEU870 ALA871 SER872 ASP873 ASP874 GLU875 ARG876 GLY877 LEU878 GLY879 GLN880 GLY881 VAL882 LEU883 ASP884 ASN885 LYS886 PRO887 VAL888 LEU889 HIS890 ILE891 TYR892 ARG893 LEU894 VAL895 LEU896 GLU897 LYS898 VAL899 ASN900 ASN901 CYS902 VAL903 ARG904 PRO905 SER906 LYS907 LEU908 HIS909 PRO910 ALA911 GLY912 TYR913 LEU914 THR915 SER916 ALA917 ALA918 HIS919 LYS920 ALA921 SER922 GLN923 SER924 LEU925 LEU926 ASP927 PRO928 LEU929 ASP930 LYS931 PHE932 ILE933 PHE934 ALA935 GLU936 ASN937 GLU938 TRP939 ILE940 GLY941 ALA942 GLN943 GLY944 GLN945 PHE946 GLY947 GLY948 ASP949 HIS950 PRO951 SER952 ALA953 ARG954 GLU955 ASP956 LEU957 ASP958 VAL959 SER960 VAL961 MET962 ARG963 ARG964 LEU965 THR966 LYS967 SER968 SER969 ALA970 LYS971 THR972 GLN973 ARG974 VAL975 GLY976 TYR977 VAL978 LEU979 HIS980 ARG981 THR982 ASN983 LEU984 MET985 GLN986 CYS987 GLY988 THR989 PRO990 GLU991 GLU992 HIS993 THR994 GLN995 LYS996 LEU997 ASP998 VAL999 CYS1000 HIS1001 LEU1002 LEU1003 PRO1004 ASN1005 VAL1006 ALA1007 ARG1008 CYS1009 GLU1010 ARG1011 THR1012 THR1013 LEU1014 THR1015 PHE1016 LEU1017 GLN1018 ASN1019 LEU1020 GLU1021 HIS1022 LEU1023 ASP1024 GLY1025 MET1026 VAL1027 ALA1028 PRO1029 GLU1030 VAL1031 CYS1032 PRO1033 MET1034 GLU1035 THR1036 ALA1037 ALA1038 TYR1039 VAL1040 SER1041 SER1042 HIS1043 SER1044 |
| Unit 2 | BMA1 MAN2 MAN3 MAN4 MAN5 |
| Unit 3 | NAG1046 ZN1047 MPD1049 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |