|
[Image Library Home] | [Image Library Entry] |
| Title | STRUCTURE OF HUMAN PARP1 CATALYTIC DOMAIN BOUND TO A QUINAZO 4(1H,3H)-DIONE INHIBITOR | |
| Keywords | INHIBITOR, COMPLEX, TRANSFERASE-TRANSFERASE INHIBITOR COMPLE | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 5KPP | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | POLY [ADP-RIBOSE] POLYMERASE 1 | A | 349 | 2745 | 0 |
| 2 | Protein | POLY [ADP-RIBOSE] POLYMERASE 1 | B | 349 | 2745 | 0 |
| 3 | Ligand | POLY [ADP-RIBOSE] POLYMERASE 1 | A | 1 | 0 | 34 |
| 4 | Ligand | POLY [ADP-RIBOSE] POLYMERASE 1 | B | 1 | 0 | 34 |
| 5 | Water | 174 | 0 | 174 | ||
| total | 874 | 5490 | 242 |
| Unit 1 | LYS662 SER663 LYS664 LEU665 PRO666 LYS667 PRO668 VAL669 GLN670 ASP671 LEU672 ILE673 LYS674 MET675 ILE676 PHE677 ASP678 VAL679 GLU680 SER681 MET682 LYS683 LYS684 ALA685 MET686 VAL687 GLU688 TYR689 GLU690 ILE691 ASP692 LEU693 GLN694 LYS695 MET696 PRO697 LEU698 GLY699 LYS700 LEU701 SER702 LYS703 ARG704 GLN705 ILE706 GLN707 ALA708 ALA709 TYR710 SER711 ILE712 LEU713 SER714 GLU715 VAL716 GLN717 GLN718 ALA719 VAL720 SER721 GLN722 GLY723 SER725 ASP726 SER727 GLN728 ILE729 LEU730 ASP731 LEU732 SER733 ASN734 ARG735 PHE736 TYR737 THR738 LEU739 ILE740 PRO741 HIS742 ASP743 PHE744 GLY745 MET746 LYS747 LYS748 PRO749 PRO750 LEU751 LEU752 ASN753 ASN754 ALA755 ASP756 SER757 VAL758 GLN759 ALA760 LYS761 ALA762 GLU763 MET764 LEU765 ASP766 ASN767 LEU768 LEU769 ASP770 ILE771 GLU772 VAL773 ALA774 TYR775 SER776 LEU777 LEU778 ARG779 GLY780 GLY781 SER782 ASP783 ASP784 SER785 SER786 LYS787 ASP788 PRO789 ILE790 ASP791 VAL792 ASN793 TYR794 GLU795 LYS796 LEU797 LYS798 THR799 ASP800 ILE801 LYS802 VAL803 VAL804 ASP805 ARG806 ASP807 SER808 GLU809 GLU810 ALA811 GLU812 ILE813 ILE814 ARG815 LYS816 TYR817 VAL818 LYS819 ASN820 THR821 HIS822 ALA823 THR824 THR825 HIS826 ASN827 ALA828 TYR829 ASP830 LEU831 GLU832 VAL833 ILE834 ASP835 ILE836 PHE837 LYS838 ILE839 GLU840 ARG841 GLU842 GLY843 GLU844 CYS845 GLN846 ARG847 TYR848 LYS849 PRO850 PHE851 LYS852 GLN853 LEU854 HIS855 ASN856 ARG857 ARG858 LEU859 LEU860 TRP861 HIS862 GLY863 SER864 ARG865 THR866 THR867 ASN868 PHE869 ALA870 GLY871 ILE872 LEU873 SER874 GLN875 GLY876 LEU877 ARG878 ILE879 ALA880 PRO881 PRO882 GLU883 ALA884 PRO885 VAL886 THR887 GLY888 TYR889 MET890 PHE891 GLY892 LYS893 GLY894 ILE895 TYR896 PHE897 ALA898 ASP899 MET900 VAL901 SER902 LYS903 SER904 ALA905 ASN906 TYR907 CYS908 HIS909 THR910 SER911 GLN912 GLY913 ASP914 PRO915 ILE916 GLY917 LEU918 ILE919 LEU920 LEU921 GLY922 GLU923 VAL924 ALA925 LEU926 GLY927 ASN928 MET929 TYR930 GLU931 LEU932 LYS933 HIS934 ALA935 SER936 HIS937 ILE938 SER939 LYS940 LEU941 PRO942 LYS943 GLY944 LYS945 HIS946 SER947 VAL948 LYS949 GLY950 LEU951 GLY952 LYS953 THR954 THR955 PRO956 ASP957 PRO958 SER959 ALA960 ASN961 ILE962 SER963 LEU964 ASP965 GLY966 VAL967 ASP968 VAL969 PRO970 LEU971 GLY972 THR973 GLY974 ILE975 SER976 SER977 GLY978 VAL979 ASN980 ASP981 THR982 SER983 LEU984 LEU985 TYR986 ASN987 GLU988 TYR989 ILE990 VAL991 TYR992 ASP993 ILE994 ALA995 GLN996 VAL997 ASN998 LEU999 LYS1000 TYR1001 LEU1002 LEU1003 LYS1004 LEU1005 LYS1006 PHE1007 ASN1008 PHE1009 LYS1010 THR1011 |
| Unit 2 | LYS662 SER663 LYS664 LEU665 PRO666 LYS667 PRO668 VAL669 GLN670 ASP671 LEU672 ILE673 LYS674 MET675 ILE676 PHE677 ASP678 VAL679 GLU680 SER681 MET682 LYS683 LYS684 ALA685 MET686 VAL687 GLU688 TYR689 GLU690 ILE691 ASP692 LEU693 GLN694 LYS695 MET696 PRO697 LEU698 GLY699 LYS700 LEU701 SER702 LYS703 ARG704 GLN705 ILE706 GLN707 ALA708 ALA709 TYR710 SER711 ILE712 LEU713 SER714 GLU715 VAL716 GLN717 GLN718 ALA719 VAL720 SER721 GLN722 GLY723 SER725 ASP726 SER727 GLN728 ILE729 LEU730 ASP731 LEU732 SER733 ASN734 ARG735 PHE736 TYR737 THR738 LEU739 ILE740 PRO741 HIS742 ASP743 PHE744 GLY745 MET746 LYS747 LYS748 PRO749 PRO750 LEU751 LEU752 ASN753 ASN754 ALA755 ASP756 SER757 VAL758 GLN759 ALA760 LYS761 ALA762 GLU763 MET764 LEU765 ASP766 ASN767 LEU768 LEU769 ASP770 ILE771 GLU772 VAL773 ALA774 TYR775 SER776 LEU777 LEU778 ARG779 GLY780 GLY781 SER782 ASP783 ASP784 SER785 SER786 LYS787 ASP788 PRO789 ILE790 ASP791 VAL792 ASN793 TYR794 GLU795 LYS796 LEU797 LYS798 THR799 ASP800 ILE801 LYS802 VAL803 VAL804 ASP805 ARG806 ASP807 SER808 GLU809 GLU810 ALA811 GLU812 ILE813 ILE814 ARG815 LYS816 TYR817 VAL818 LYS819 ASN820 THR821 HIS822 ALA823 THR824 THR825 HIS826 ASN827 ALA828 TYR829 ASP830 LEU831 GLU832 VAL833 ILE834 ASP835 ILE836 PHE837 LYS838 ILE839 GLU840 ARG841 GLU842 GLY843 GLU844 CYS845 GLN846 ARG847 TYR848 LYS849 PRO850 PHE851 LYS852 GLN853 LEU854 HIS855 ASN856 ARG857 ARG858 LEU859 LEU860 TRP861 HIS862 GLY863 SER864 ARG865 THR866 THR867 ASN868 PHE869 ALA870 GLY871 ILE872 LEU873 SER874 GLN875 GLY876 LEU877 ARG878 ILE879 ALA880 PRO881 PRO882 GLU883 ALA884 PRO885 VAL886 THR887 GLY888 TYR889 MET890 PHE891 GLY892 LYS893 GLY894 ILE895 TYR896 PHE897 ALA898 ASP899 MET900 VAL901 SER902 LYS903 SER904 ALA905 ASN906 TYR907 CYS908 HIS909 THR910 SER911 GLN912 GLY913 ASP914 PRO915 ILE916 GLY917 LEU918 ILE919 LEU920 LEU921 GLY922 GLU923 VAL924 ALA925 LEU926 GLY927 ASN928 MET929 TYR930 GLU931 LEU932 LYS933 HIS934 ALA935 SER936 HIS937 ILE938 SER939 LYS940 LEU941 PRO942 LYS943 GLY944 LYS945 HIS946 SER947 VAL948 LYS949 GLY950 LEU951 GLY952 LYS953 THR954 THR955 PRO956 ASP957 PRO958 SER959 ALA960 ASN961 ILE962 SER963 LEU964 ASP965 GLY966 VAL967 ASP968 VAL969 PRO970 LEU971 GLY972 THR973 GLY974 ILE975 SER976 SER977 GLY978 VAL979 ASN980 ASP981 THR982 SER983 LEU984 LEU985 TYR986 ASN987 GLU988 TYR989 ILE990 VAL991 TYR992 ASP993 ILE994 ALA995 GLN996 VAL997 ASN998 LEU999 LYS1000 TYR1001 LEU1002 LEU1003 LYS1004 LEU1005 LYS1006 PHE1007 ASN1008 PHE1009 LYS1010 THR1011 |
| Unit 3 | 6WZ1101 |
| Unit 4 | 6WZ1101 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |