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Title | CRYSTAL STRUCTURE OF A NOVEL VIRAL PROTEASE WITH A SERINE/LYSINE CATALYTIC DYAD MECHANISM | |
Keywords | BIRNAVIRUS, SERINE/LYSINE DYAD MECHAMISM, LYSINE GENERAL BASE, HYDROLASE | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2GEF | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | PROTEASE VP4 | A | 198 | 1456 | 32 |
2 | Protein | PROTEASE VP4 | B | 203 | 1487 | 32 |
3 | Water | 278 | 0 | 278 | ||
total | 679 | 2943 | 342 |
Unit 1 | ASP559 LEU560 PRO561 ILE562 SER563 LEU564 LEU565 GLN566 THR567 LEU568 ALA569 TYR570 LYS571 GLN572 PRO573 LEU574 GLY575 ARG576 ASN577 SER578 ARG579 ILE580 VAL581 HIS582 PHE583 THR584 ASP585 GLY586 ALA587 LEU588 PHE589 PRO590 VAL591 VAL592 ALA593 PHE594 GLY595 ASP596 ASN597 HIS598 SER599 THR600 SER601 GLU602 LEU603 TYR604 ILE605 ALA606 VAL607 ARG608 GLY609 ASP610 HIS611 ARG612 ASP613 LEU614 MSE615 SER616 PRO617 ASP618 VAL619 ARG620 ASP621 SER622 TYR623 ALA624 LEU625 THR626 GLY627 ASP628 ASP629 HIS630 LYS631 VAL632 TRP633 GLY634 ALA635 THR636 HIS637 LYS651 PHE652 ASN653 VAL654 LYS655 THR656 ARG657 THR658 ASP659 LEU660 THR661 ILE662 LEU663 PRO664 VAL665 ALA666 ASP667 VAL668 PHE669 TRP670 ARG671 ALA672 ASP673 GLY674 SER675 ALA676 ASP677 VAL678 ASP679 VAL680 VAL681 TRP682 ASN683 ASP684 MSE685 PRO686 ALA687 VAL688 ALA689 GLY690 GLN691 SER692 SER693 SER694 ILE695 ALA696 LEU697 ALA698 LEU699 ALA700 SER701 SER702 LEU703 PRO704 PHE705 VAL706 PRO707 LYS708 ALA709 ALA710 TYR711 THR712 GLY713 CYS714 LEU715 SER716 GLY717 THR718 ASN719 VAL720 GLN721 PRO722 VAL723 GLN724 PHE725 GLY726 ASN727 LEU728 LYS729 ALA730 ARG731 ALA732 ALA733 HIS734 LYS735 ILE736 GLY737 LEU738 PRO739 LEU740 VAL741 GLY742 MSE743 THR744 GLN745 ASP746 GLY747 GLY748 GLU749 ASP750 THR751 ARG752 ILE753 CYS754 THR755 LEU756 ASP757 ASP758 ALA759 ALA760 ASP761 HIS762 ALA763 PHE764 ASP765 SER766 MSE767 GLU768 SER769 |
Unit 2 | ASP559 LEU560 PRO561 ILE562 SER563 LEU564 LEU565 GLN566 THR567 LEU568 ALA569 TYR570 LYS571 GLN572 PRO573 LEU574 GLY575 ARG576 ASN577 SER578 ARG579 ILE580 VAL581 HIS582 PHE583 THR584 ASP585 GLY586 ALA587 LEU588 PHE589 PRO590 VAL591 VAL592 ALA593 PHE594 GLY595 ASP596 ASN597 HIS598 SER599 THR600 SER601 GLU602 LEU603 TYR604 ILE605 ALA606 VAL607 ARG608 GLY609 ASP610 HIS611 ARG612 ASP613 LEU614 MSE615 SER616 PRO617 ASP618 VAL619 ARG620 ASP621 SER622 TYR623 ALA624 LEU625 THR626 GLY627 ASP628 ASP629 HIS630 LYS631 VAL632 TRP633 GLY634 ALA635 THR636 HIS637 LEU650 LYS651 PHE652 ASN653 VAL654 LYS655 THR656 ARG657 THR658 ASP659 LEU660 THR661 ILE662 LEU663 PRO664 VAL665 ALA666 ASP667 VAL668 PHE669 TRP670 ARG671 ALA672 ASP673 GLY674 SER675 ALA676 ASP677 VAL678 ASP679 VAL680 VAL681 TRP682 ASN683 ASP684 MSE685 PRO686 ALA687 VAL688 ALA689 GLY690 GLN691 SER692 SER693 SER694 ILE695 ALA696 LEU697 ALA698 LEU699 ALA700 SER701 SER702 LEU703 PRO704 PHE705 VAL706 PRO707 LYS708 ALA709 ALA710 TYR711 THR712 GLY713 CYS714 LEU715 SER716 GLY717 THR718 ASN719 VAL720 GLN721 PRO722 VAL723 GLN724 PHE725 GLY726 ASN727 LEU728 LYS729 ALA730 ARG731 ALA732 ALA733 HIS734 LYS735 ILE736 GLY737 LEU738 PRO739 LEU740 VAL741 GLY742 MSE743 THR744 GLN745 ASP746 GLY747 GLY748 GLU749 ASP750 THR751 ARG752 ILE753 CYS754 THR755 LEU756 ASP757 ASP758 ALA759 ALA760 ASP761 HIS762 ALA763 PHE764 ASP765 SER766 MSE767 GLU768 SER769 THR770 VAL771 THR772 ARG773 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |