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Title | CATALYTIC CORE OF REV1 IN COMPLEX WITH DNA (MODIFIED TEMPLATE GUANINE) AND INCOMING NUCLEOTIDE | |
Keywords | DNA POLYMERASE, PROTEIN-DNA COMPLEX, ADDUCT, BYPASS, DNA DAMAGE, DNA REPAIR, DNA SYNTHESIS, DNA-BINDING, MAGNESIUM, METAL-BINDING, NUCLEOTIDYLTRANSFERASE, NUCLEUS, TRANSFERASE TRANSFERASE/DNA COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3BJY | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | DNA REPAIR PROTEIN REV1 | A | 428 | 3370 | 0 |
2 | Other macromolecule | DNA (5'-D(*DTP*DAP*DAP*(P) P*DGP*DTP*DAP*DGP*DGP*DGP*DGP*DAP*DGP*DGP*DAP*DT)-3') | T | 16 | 316 | 25 |
3 | DNA | P | 12 | 213 | 18 | |
4 | Ligand | DNA REPAIR PROTEIN REV1 | A | 3 | 0 | 30 |
5 | Water | 158 | 0 | 158 | ||
total | 617 | 3899 | 231 |
Unit 1 | LYS305 ARG306 ILE307 VAL308 ALA309 CYS310 ASP311 ASP312 PRO313 ASP314 PHE315 LEU316 THR317 SER318 TYR319 PHE320 ALA321 HIS322 SER323 ARG324 LEU325 HIS326 HIS327 LEU328 SER329 ALA330 TRP331 LYS332 ALA333 ASN334 LEU335 LYS336 ASP337 LYS338 PHE339 LEU340 ASN341 GLU342 ASN343 ILE344 HIS345 LYS346 TYR347 THR348 LYS349 ILE350 THR351 ASP352 LYS353 ASP354 THR355 TYR356 ILE357 ILE358 PHE359 HIS360 ILE361 ASP362 PHE363 ASP364 CYS365 PHE366 PHE367 ALA368 THR369 VAL370 ALA371 TYR372 LEU373 CYS374 ARG375 SER376 SER377 SER378 PHE379 SER380 ALA381 CYS382 ASP383 PHE384 LYS385 ARG386 ASP387 PRO388 ILE389 VAL390 VAL391 CYS392 HIS393 GLY394 THR395 LYS396 ASN397 SER398 ASP399 ILE400 ALA401 SER402 CYS403 ASN404 TYR405 VAL406 ALA407 ARG408 SER409 TYR410 GLY411 ILE412 LYS413 ASN414 GLY415 MET416 TRP417 VAL418 SER419 GLN420 ALA421 GLU422 LYS423 MET424 LEU425 PRO426 ASN427 GLY428 ILE429 LYS430 LEU431 ILE432 SER433 LEU434 PRO435 TYR436 THR437 PHE438 GLU439 GLN440 PHE441 GLN442 LEU443 LYS444 SER445 GLU446 ALA447 PHE448 TYR449 SER450 THR451 LEU452 LYS453 ARG454 LEU455 ASN456 ILE457 PHE458 ASN459 LEU460 ILE461 LEU462 PRO463 ILE464 SER465 ILE466 ASP467 GLU468 ALA469 VAL470 CYS471 VAL472 ARG473 ILE474 ILE475 PRO476 ASP477 THR484 LEU485 ASN486 ALA487 ARG488 LEU489 CYS490 GLU491 GLU492 ILE493 ARG494 GLN495 GLU496 ILE497 PHE498 GLN499 GLY500 THR501 ASN502 GLY503 CYS504 THR505 VAL506 SER507 ILE508 GLY509 CYS510 SER511 ASP512 SER513 LEU514 VAL515 LEU516 ALA517 ARG518 LEU519 ALA520 LEU521 LYS522 MET523 ALA524 LYS525 PRO526 ASN527 GLY528 TYR529 ASN530 ILE531 THR532 PHE533 LYS534 SER535 ASN536 LEU537 SER538 GLU539 GLU540 PHE541 TRP542 SER543 SER544 PHE545 LYS546 LEU547 ASP548 ASP549 LEU550 PRO551 GLY552 VAL553 GLY554 HIS555 SER556 THR557 LEU558 SER559 ARG560 LEU561 GLU562 SER563 THR564 PHE565 ASP566 SER567 PRO568 HIS569 SER570 LEU571 ASN572 ASP573 LEU574 ARG575 LYS576 ARG577 TYR578 THR579 LEU580 ASP581 ALA582 LEU583 LYS584 ALA585 SER586 VAL587 GLY588 SER589 LYS590 LEU591 GLY592 MET593 LYS594 ILE595 HIS596 LEU597 ALA598 LEU599 GLN600 GLY601 GLN602 ASP603 ASP604 GLU605 GLU606 SER607 LEU608 LYS609 ILE610 LEU611 TYR612 ASP613 PRO614 LYS615 GLU616 VAL617 LEU618 GLN619 ARG620 LYS621 SER622 LEU623 SER624 ILE625 ASP626 ILE627 ASN628 TRP629 GLY630 ILE631 ARG632 PHE633 LYS634 ASN635 ILE636 THR637 GLN638 VAL639 ASP640 LEU641 PHE642 ILE643 GLU644 ARG645 GLY646 CYS647 GLN648 TYR649 LEU650 LEU651 GLU652 LYS653 LEU654 ASN655 GLU656 ILE657 ASN658 LYS659 THR660 THR661 SER662 GLN663 ILE664 THR665 LEU666 LYS667 LEU668 MET669 ARG670 ARG671 CYS672 LYS673 ASP674 ALA675 PRO676 ILE677 GLU678 PRO679 PRO680 LYS681 TYR682 MET683 GLY684 MET685 GLY686 ARG687 CYS688 ASP689 SER690 PHE691 SER692 ARG693 SER694 SER695 ARG696 LEU697 GLY698 ILE699 PRO700 THR701 ASN702 GLU703 PHE704 GLY705 ILE706 ILE707 ALA708 THR709 GLU710 MET711 LYS712 SER713 LEU714 TYR715 ARG716 THR717 LEU718 GLY719 CYS720 PRO721 PRO722 MET723 GLU724 LEU725 ARG726 GLY727 LEU728 ALA729 LEU730 GLN731 PHE732 ASN733 LYS734 LEU735 VAL736 ASP737 VAL738 |
Unit 3 | DA1 DT2 DC3 DC4 DT5 DC6 DC7 DC8 DC9 DT10 DA11 DOC12 |
Unit 2 | DT1 DA2 DA3 P4 DG5 DT6 DA7 DG8 DG9 DG10 DG11 DA12 DG13 DG14 DA15 DT16 |
Unit 4 | MG297 MG298 DCP739 |
Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |