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Title | CRYSTAL STRUCTURE OF A CHIMERIC MURINE NOROVIRUS NS6 PROTEAS (INACTIVE C139A MUTANT) IN WHICH THE P4-P4 PRIME RESIDUES O CLEAVAGE JUNCTION IN THE EXTENDED C-TERMINUS HAVE BEEN REPL THE CORRESPONDING RESIDUES FROM THE NS2-3 JUNCTION. | |
Keywords | MURINE NOROVIRUS, PROTEASE, VIRAL PROTEIN | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4X2Y | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | NS6 PROTEASE,NS6 PROTEASE | A | 172 | 1273 | 0 |
2 | Protein | NS6 PROTEASE,NS6 PROTEASE | B | 175 | 1289 | 0 |
3 | Water | 107 | 0 | 107 | ||
total | 454 | 2562 | 107 |
Unit 1 | SER4 ILE5 TRP6 SER7 ARG8 VAL9 VAL10 GLN11 PHE12 GLY13 THR14 GLY15 TRP16 GLY17 PHE18 TRP19 VAL20 SER21 GLY22 HIS23 VAL24 PHE25 ILE26 THR27 ALA28 LYS29 HIS30 VAL31 ALA32 PRO33 PRO34 LYS35 GLY36 THR37 GLU38 ILE39 PHE40 GLY41 ARG42 LYS43 PRO44 GLY45 ASP46 PHE47 THR48 VAL49 THR50 SER51 SER52 GLY53 ASP54 PHE55 LEU56 LYS57 TYR58 TYR59 PHE60 THR61 SER62 ALA63 VAL64 ARG65 PRO66 ASP67 ILE68 PRO69 ALA70 MET71 VAL72 LEU73 GLU74 ASN75 GLY76 CYS77 GLN78 GLU79 GLY80 VAL81 VAL82 ALA83 SER84 VAL85 LEU86 VAL87 LYS88 ARG89 ALA90 SER91 GLY92 GLU93 MET94 LEU95 ALA96 LEU97 ALA98 VAL99 ARG100 MET101 GLY102 SER103 GLN104 ALA105 ALA106 ILE107 LYS108 ILE109 GLY110 SER111 ALA112 VAL113 VAL114 HIS115 GLY116 GLN117 THR118 GLY119 MET120 LEU121 LEU122 THR123 GLY124 SER125 ASN126 LEU132 GLY133 THR134 ILE135 PRO136 GLY137 ASP138 ALA139 GLY140 CYS141 PRO142 TYR143 VAL144 TYR145 LYS146 LYS147 GLY148 ASN149 THR150 TRP151 VAL152 VAL153 ILE154 GLY155 VAL156 HIS157 VAL158 ALA159 ALA160 THR161 ARG162 ASN165 THR166 VAL167 ILE168 ALA169 ALA170 THR171 HIS172 GLY173 GLU174 PRO175 THR176 LEU177 GLU178 ALA179 TRP180 GLN181 ALA182 |
Unit 2 | SER4 ILE5 TRP6 SER7 ARG8 VAL9 VAL10 GLN11 PHE12 GLY13 THR14 GLY15 TRP16 GLY17 PHE18 TRP19 VAL20 SER21 GLY22 HIS23 VAL24 PHE25 ILE26 THR27 ALA28 LYS29 HIS30 VAL31 ALA32 PRO33 PRO34 LYS35 GLY36 THR37 GLU38 ILE39 PHE40 GLY41 ARG42 LYS43 PRO44 GLY45 ASP46 PHE47 THR48 VAL49 THR50 SER51 SER52 GLY53 ASP54 PHE55 LEU56 LYS57 TYR58 TYR59 PHE60 THR61 SER62 ALA63 VAL64 ARG65 PRO66 ASP67 ILE68 PRO69 ALA70 MET71 VAL72 LEU73 GLU74 ASN75 GLY76 CYS77 GLN78 GLU79 GLY80 VAL81 VAL82 ALA83 SER84 VAL85 LEU86 VAL87 LYS88 ARG89 ALA90 SER91 GLY92 GLU93 MET94 LEU95 ALA96 LEU97 ALA98 VAL99 ARG100 MET101 GLY102 SER103 GLN104 ALA105 ALA106 ILE107 LYS108 ILE109 GLY110 SER111 ALA112 VAL113 VAL114 HIS115 GLY116 GLN117 THR118 GLY119 MET120 LEU121 LEU122 THR123 GLY124 SER125 ASN126 ASP131 LEU132 GLY133 THR134 ILE135 PRO136 GLY137 ASP138 ALA139 GLY140 CYS141 PRO142 TYR143 VAL144 TYR145 LYS146 LYS147 GLY148 ASN149 THR150 TRP151 VAL152 VAL153 ILE154 GLY155 VAL156 HIS157 VAL158 ALA159 ALA160 THR161 ARG162 SER163 GLY164 ASN165 THR166 VAL167 ILE168 ALA169 ALA170 THR171 HIS172 GLY173 GLU174 PRO175 THR176 LEU177 GLU178 ALA179 TRP180 GLN181 ALA182 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |