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Title | CRYSTAL STRUCTURE OF RAD50 BOUND TO ADP | |
Keywords | DNA REPAIR, ABC TRANSPORTER ATPASE DOMAIN-LIKE, P-LOOP CONTA NUCLEOSIDE TRIPHOSPHATE HYDROLASES, MRE11, RECOMBINATION | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3AUY | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | DNA DOUBLE-STRAND BREAK REPAIR RAD50 ATPASE | A | 366 | 2938 | 0 |
2 | Protein | DNA DOUBLE-STRAND BREAK REPAIR RAD50 ATPASE | B | 357 | 2869 | 0 |
3 | Ligand | DNA DOUBLE-STRAND BREAK REPAIR RAD50 ATPASE | A | 2 | 0 | 28 |
4 | Ligand | DNA DOUBLE-STRAND BREAK REPAIR RAD50 ATPASE | B | 2 | 0 | 28 |
5 | Water | 69 | 0 | 69 | ||
total | 796 | 5807 | 125 |
Unit 1 | MET1 SER2 MET3 ILE4 LEU5 LYS6 GLU7 ILE8 ARG9 MET10 ASN11 ASN12 PHE13 LYS14 SER15 HIS16 VAL17 ASN18 SER19 ARG20 ILE21 LYS22 PHE23 GLU24 LYS25 GLY26 ILE27 VAL28 ALA29 ILE30 ILE31 GLY32 GLU33 ASN34 GLY35 SER36 GLY37 LYS38 SER39 SER40 ILE41 PHE42 GLU43 ALA44 VAL45 PHE46 PHE47 ALA48 LEU49 PHE50 GLY51 ALA52 GLY53 ASN55 PHE56 ASN57 TYR58 ASP59 THR60 ILE61 ILE62 THR63 LYS64 GLY65 LYS66 LYS67 SER68 VAL69 TYR70 VAL71 GLU72 LEU73 ASP74 PHE75 GLU76 VAL77 ASN78 GLY79 ASN80 ASN81 TYR82 LYS83 ILE84 ILE85 ARG86 GLU87 TYR88 ASP89 SER90 GLY91 ARG92 GLY93 GLY94 ALA95 LYS96 LEU97 TYR98 LYS99 ASN100 GLY101 LYS102 PRO103 TYR104 ALA105 THR106 THR107 ILE108 SER109 ALA110 VAL111 ASN112 LYS113 ALA114 VAL115 ASN116 GLU117 ILE118 LEU119 GLY120 VAL121 ASP122 ARG123 ASN124 MET125 PHE126 LEU127 ASN128 SER129 ILE130 TYR131 ILE132 LYS133 GLN134 GLY135 GLU136 ILE137 ALA138 LYS139 PHE140 LEU141 SER142 LEU143 LYS144 PRO145 SER146 GLU147 LYS148 LEU149 GLU150 THR151 VAL152 ALA153 LYS154 LEU155 LEU156 GLY157 ILE158 ASP159 GLU160 PHE161 GLU162 LYS163 CYS164 TYR165 GLN166 LYS167 MET168 GLY169 GLU170 ILE171 VAL172 LYS173 GLU174 TYR175 GLU176 LYS177 ARG178 LEU179 GLU180 ARG181 ILE182 GLU183 GLY184 GLU185 LEU186 ASN187 SER826 LEU827 LYS828 ALA829 ARG830 LEU831 LYS832 GLU833 MET834 SER835 ASN836 LEU837 GLU838 LYS839 GLU840 LYS841 GLU842 LYS843 LEU844 THR845 LYS846 PHE847 VAL848 GLU849 TYR850 LEU851 ASP852 LYS853 VAL854 ARG855 ARG856 ILE857 PHE858 GLY859 ARG860 ASN861 GLY862 PHE863 GLN864 ALA865 TYR866 LEU867 ARG868 GLU869 LYS870 TYR871 VAL872 PRO873 LEU874 ILE875 GLN876 LYS877 TYR878 LEU879 ASN880 GLU881 ALA882 PHE883 SER884 GLU885 PHE886 ASP887 LEU888 PRO889 TYR890 SER891 PHE892 VAL893 GLU894 LEU895 THR896 LYS897 ASP898 PHE899 GLU900 VAL901 ARG902 VAL903 HIS904 ALA905 PRO906 ASN907 GLY908 VAL909 LEU910 THR911 ILE912 ASP913 ASN914 LEU915 SER916 GLY917 GLY918 GLU919 GLN920 ILE921 ALA922 VAL923 ALA924 LEU925 SER926 LEU927 ARG928 LEU929 ALA930 ILE931 ALA932 ASN933 ALA934 LEU935 ILE936 GLY937 ASN938 ARG939 VAL940 GLU941 CYS942 ILE943 ILE944 LEU945 ASP946 GLU947 PRO948 THR949 VAL950 TYR951 LEU952 ASP953 GLU954 ASN955 ARG956 ARG957 ALA958 LYS959 LEU960 ALA961 GLU962 ILE963 PHE964 ARG965 LYS966 VAL967 LYS968 SER969 ILE970 PRO971 GLN972 MET973 ILE974 ILE975 ILE976 THR977 HIS978 HIS979 ARG980 GLU981 LEU982 GLU983 ASP984 VAL985 ALA986 ASP987 VAL988 ILE989 ILE990 ASN991 VAL992 LYS993 LYS994 ASP995 GLY996 ASN997 VAL998 SER999 LYS1000 VAL1001 LYS1002 ILE1003 ASN1004 GLY1005 |
Unit 2 | MET1 SER2 MET3 ILE4 LEU5 LYS6 GLU7 ILE8 ARG9 MET10 ASN11 ASN12 PHE13 LYS14 SER15 HIS16 VAL17 ASN18 SER19 ARG20 ILE21 LYS22 PHE23 GLU24 LYS25 GLY26 ILE27 VAL28 ALA29 ILE30 ILE31 GLY32 GLU33 ASN34 GLY35 SER36 GLY37 LYS38 SER39 SER40 ILE41 PHE42 GLU43 ALA44 VAL45 PHE46 PHE47 ALA48 LEU49 PHE50 GLY51 ALA52 GLY53 SER54 PHE56 ASN57 TYR58 ASP59 THR60 ILE61 ILE62 THR63 LYS64 GLY65 LYS66 LYS67 SER68 VAL69 TYR70 VAL71 GLU72 LEU73 ASP74 PHE75 GLU76 VAL77 ASN78 GLY79 ASN80 ASN81 TYR82 LYS83 ILE84 ILE85 ARG86 GLU87 TYR88 ASP89 SER90 GLY91 ARG92 GLY93 GLY94 ALA95 LYS96 LEU97 TYR98 LYS99 ASN100 GLY101 LYS102 PRO103 TYR104 ALA105 THR106 THR107 ILE108 SER109 ALA110 VAL111 ASN112 LYS113 ALA114 VAL115 ASN116 GLU117 ILE118 LEU119 GLY120 VAL121 ASP122 ARG123 ASN124 MET125 PHE126 LEU127 ASN128 SER129 ILE130 TYR131 ILE132 LYS133 GLN134 GLY135 GLU136 ILE137 ALA138 LYS139 PHE140 LEU141 SER142 LEU143 LYS144 PRO145 SER146 GLU147 LYS148 LEU149 GLU150 THR151 VAL152 ALA153 LYS154 LEU155 LEU156 GLY157 ILE158 ASP159 GLU160 PHE161 GLU162 LYS163 CYS164 TYR165 GLN166 LYS167 MET168 GLY169 GLU170 ILE171 VAL172 LYS173 GLU174 TYR175 GLU176 LYS177 ARG178 LEU179 GLU180 ARG181 ILE182 GLU183 GLY184 GLU185 LEU186 ASN187 TYR188 ASN836 LEU837 GLU838 LYS839 GLU840 LYS841 GLU842 LYS843 LEU844 THR845 LYS846 PHE847 VAL848 GLU849 TYR850 LEU851 ASP852 LYS853 VAL854 ARG855 ARG856 ILE857 PHE858 GLY859 ARG860 ASN861 GLY862 PHE863 GLN864 ALA865 TYR866 LEU867 ARG868 GLU869 LYS870 TYR871 VAL872 PRO873 LEU874 ILE875 GLN876 LYS877 TYR878 LEU879 ASN880 GLU881 ALA882 PHE883 SER884 GLU885 PHE886 ASP887 LEU888 PRO889 TYR890 SER891 PHE892 VAL893 GLU894 LEU895 THR896 LYS897 ASP898 PHE899 GLU900 VAL901 ARG902 VAL903 HIS904 ALA905 PRO906 ASN907 GLY908 VAL909 LEU910 THR911 ILE912 ASP913 ASN914 LEU915 SER916 GLY917 GLY918 GLU919 GLN920 ILE921 ALA922 VAL923 ALA924 LEU925 SER926 LEU927 ARG928 LEU929 ALA930 ILE931 ALA932 ASN933 ALA934 LEU935 ILE936 GLY937 ASN938 ARG939 VAL940 GLU941 CYS942 ILE943 ILE944 LEU945 ASP946 GLU947 PRO948 THR949 VAL950 TYR951 LEU952 ASP953 GLU954 ASN955 ARG956 ARG957 ALA958 LYS959 LEU960 ALA961 GLU962 ILE963 PHE964 ARG965 LYS966 VAL967 LYS968 SER969 ILE970 PRO971 GLN972 MET973 ILE974 ILE975 ILE976 THR977 HIS978 HIS979 ARG980 GLU981 LEU982 GLU983 ASP984 VAL985 ALA986 ASP987 VAL988 ILE989 ILE990 ASN991 VAL992 LYS993 LYS994 ASP995 GLY996 ASN997 VAL998 SER999 LYS1000 VAL1001 LYS1002 ILE1003 ASN1004 GLY1005 |
Unit 3 | ADP1006 MG1007 |
Unit 4 | ADP1006 MG1007 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |