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Title | CRYSTAL STRUCTURE OF A SHORT CHAIN DEHYDROGENASE FROM BRUCEL | |
Keywords | STRUCTURAL GENOMICS, NIAID, NATIONAL INSTITUTE OF ALLERGY AN INFECTIOUS DISEASES, SEATTLE STRUCTURAL GENOMICS CENTER FOR INFECTIOUS DISEASE, SSGCID, SHORT CHAIN DEHYDROGENASE, DEHYDROGENASE, OXIDOREDUCTASE | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4NI5 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | OXIDOREDUCTASE, SHORT-CHAIN DEHYDROGENASE/REDUCTA PROTEIN | A | 225 | 1644 | 0 |
2 | Protein | OXIDOREDUCTASE, SHORT-CHAIN DEHYDROGENASE/REDUCTA PROTEIN | B | 226 | 1643 | 0 |
3 | Ligand | OXIDOREDUCTASE, SHORT-CHAIN DEHYDROGENASE/REDUCTA PROTEIN | A | 1 | 0 | 1 |
4 | Water | 394 | 0 | 394 | ||
total | 846 | 3287 | 395 |
Unit 1 | MET1 ARG2 PHE3 LYS4 ASP5 LYS6 VAL7 VAL8 ILE9 VAL10 THR11 GLY12 GLY13 ALA14 SER15 GLY16 ILE17 GLY18 GLU19 ALA20 THR21 ALA22 ARG23 ALA24 PHE25 ILE26 ARG27 GLU28 GLY29 ALA30 LYS31 VAL32 VAL33 ILE34 ALA35 ASP36 PHE37 SER38 ASP39 ALA55 LEU56 PHE57 ILE58 LYS59 THR60 ASP61 VAL62 ALA63 ASP64 THR65 ARG66 ALA67 VAL68 GLN69 ALA70 LEU71 ILE72 ALA73 ARG74 THR75 VAL76 GLU77 ASN78 TYR79 GLY80 ARG81 LEU82 ASP83 ILE84 MET85 PHE86 ALA87 ASN88 ALA89 GLY90 ILE91 ALA92 ALA93 ASP94 ALA95 PRO96 ILE97 ASP98 GLU99 LEU100 ASP101 GLU102 ALA103 ALA104 TRP105 GLN106 LYS107 THR108 ILE109 ASP110 ILE111 ASN112 LEU113 THR114 GLY115 VAL116 TYR117 LEU118 CYS119 ASP120 LYS121 TYR122 ALA123 ILE124 ASP125 GLN126 MET127 ARG128 SER129 GLN130 GLY131 GLY132 GLY133 VAL134 ILE135 VAL136 ASN137 CYS138 GLY139 SER140 ILE141 HIS142 SER143 HIS144 VAL145 GLY146 LYS147 SER148 GLY149 VAL150 THR151 ALA152 TYR153 ALA154 ALA155 ALA156 LYS157 GLY158 GLY159 VAL160 LYS161 LEU162 LEU163 THR164 GLN165 THR166 LEU167 ALA168 ILE169 ASP170 TYR171 GLY172 PRO173 GLN174 ASN175 ILE176 ARG177 VAL178 ASN179 ALA180 VAL181 CYS182 PRO183 GLY184 TYR185 ILE186 ASP187 THR188 PRO195 ASP196 ASP197 LYS198 LYS199 GLN200 ALA201 LEU202 VAL203 ALA204 LEU205 HIS206 PRO207 MET208 GLY209 ARG210 LEU211 GLY212 ARG213 ALA214 GLU215 GLU216 VAL217 ALA218 ASN219 ALA220 VAL221 LEU222 PHE223 LEU224 ALA225 SER226 ASP227 GLU228 ALA229 SER230 PHE231 VAL232 ASN233 GLY234 ALA235 SER236 LEU237 LEU238 VAL239 ASP240 GLY241 GLY242 TYR243 THR244 ALA245 GLN246 |
Unit 2 | MET1 ARG2 PHE3 LYS4 ASP5 LYS6 VAL7 VAL8 ILE9 VAL10 THR11 GLY12 GLY13 ALA14 SER15 GLY16 ILE17 GLY18 GLU19 ALA20 THR21 ALA22 ARG23 ALA24 PHE25 ILE26 ARG27 GLU28 GLY29 ALA30 LYS31 VAL32 VAL33 ILE34 ALA35 ASP36 PHE37 SER38 ASP39 ALA55 LEU56 PHE57 ILE58 LYS59 THR60 ASP61 VAL62 ALA63 ASP64 THR65 ARG66 ALA67 VAL68 GLN69 ALA70 LEU71 ILE72 ALA73 ARG74 THR75 VAL76 GLU77 ASN78 TYR79 GLY80 ARG81 LEU82 ASP83 ILE84 MET85 PHE86 ALA87 ASN88 ALA89 GLY90 ILE91 ALA92 ALA93 ASP94 ALA95 PRO96 ILE97 ASP98 GLU99 LEU100 ASP101 GLU102 ALA103 ALA104 TRP105 GLN106 LYS107 THR108 ILE109 ASP110 ILE111 ASN112 LEU113 THR114 GLY115 VAL116 TYR117 LEU118 CYS119 ASP120 LYS121 TYR122 ALA123 ILE124 ASP125 GLN126 MET127 ARG128 SER129 GLN130 GLY131 GLY132 GLY133 VAL134 ILE135 VAL136 ASN137 CYS138 GLY139 SER140 ILE141 HIS142 SER143 HIS144 VAL145 GLY146 LYS147 SER148 GLY149 VAL150 THR151 ALA152 TYR153 ALA154 ALA155 ALA156 LYS157 GLY158 GLY159 VAL160 LYS161 LEU162 LEU163 THR164 GLN165 THR166 LEU167 ALA168 ILE169 ASP170 TYR171 GLY172 PRO173 GLN174 ASN175 ILE176 ARG177 VAL178 ASN179 ALA180 VAL181 CYS182 PRO183 GLY184 TYR185 ILE186 ASP187 THR188 ILE194 PRO195 ASP196 ASP197 LYS198 LYS199 GLN200 ALA201 LEU202 VAL203 ALA204 LEU205 HIS206 PRO207 MET208 GLY209 ARG210 LEU211 GLY212 ARG213 ALA214 GLU215 GLU216 VAL217 ALA218 ASN219 ALA220 VAL221 LEU222 PHE223 LEU224 ALA225 SER226 ASP227 GLU228 ALA229 SER230 PHE231 VAL232 ASN233 GLY234 ALA235 SER236 LEU237 LEU238 VAL239 ASP240 GLY241 GLY242 TYR243 THR244 ALA245 GLN246 |
Unit 3 | MG301 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |