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Title | CRYSTAL STRUCTURE OF A OXIDOREDUCTASE FROM RHIZOBIUM ETLI CF | |
Keywords | PSI-BIOLOGY, STRUCTURAL GENOMICS, PROTEIN STRUCTURE INITIATI NYSGRC,OXIDOREDUCTASE, NEW YORK STRUCTURAL GENOMICS RESEARC CONSORTIUM, ROSSMANN FOLD, NAD(P) BINDING SITE, OXIDOREDUCT SHORT CHAIN DEHYDROGENASE, | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4E3Z | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | PUTATIVE OXIDOREDUCTASE PROTEIN | A | 231 | 1614 | 56 |
2 | Protein | PUTATIVE OXIDOREDUCTASE PROTEIN | B | 228 | 1594 | 56 |
3 | Water | 286 | 0 | 286 | ||
total | 745 | 3208 | 398 |
Unit 1 | SER2 ASP3 THR4 PRO5 VAL6 VAL7 LEU8 VAL9 THR10 GLY11 GLY12 SER13 ARG14 GLY15 ILE16 GLY17 ALA18 ALA19 VAL20 CYS21 ARG22 LEU23 ALA24 ALA25 ARG26 GLN27 GLY28 TRP29 ARG30 VAL31 GLY32 VAL33 ASN34 TYR35 ALA36 ALA37 ASN38 ARG39 GLU40 ALA41 ALA42 ASP43 ALA44 VAL45 VAL46 ALA47 ALA48 ILE49 THR50 GLU51 SER52 GLY53 GLY54 GLU55 ALA56 VAL57 ALA58 ILE59 PRO60 GLY61 ASP62 VAL63 GLY64 ASN65 ALA66 ALA67 ASP68 ILE69 ALA70 ALA71 MSE72 PHE73 SER74 ALA75 VAL76 ASP77 ARG78 GLN79 PHE80 GLY81 ARG82 LEU83 ASP84 GLY85 LEU86 VAL87 ASN88 ASN89 ALA90 GLY91 ILE92 VAL93 ASP94 TYR95 PRO96 GLN97 ARG98 VAL99 ASP100 GLU101 MSE102 SER103 VAL104 GLU105 ARG106 ILE107 GLU108 ARG109 MSE110 LEU111 ARG112 VAL113 ASN114 VAL115 THR116 GLY117 SER118 ILE119 LEU120 CYS121 ALA122 ALA123 GLU124 ALA125 VAL126 ARG127 ARG128 MSE129 SER130 ARG131 LEU132 TYR133 SER134 GLY135 GLN136 GLY137 GLY138 ALA139 ILE140 VAL141 ASN142 VAL143 SER144 SER145 MSE146 ALA147 ALA148 ILE149 LEU150 GLY151 SER152 ALA153 THR154 GLN155 TYR156 VAL157 ASP158 TYR159 ALA160 ALA161 SER162 LYS163 ALA164 ALA165 ILE166 ASP167 THR168 PHE169 THR170 ILE171 GLY172 LEU173 ALA174 ARG175 GLU176 VAL177 ALA178 ALA179 GLU180 GLY181 ILE182 ARG183 VAL184 ASN185 ALA186 VAL187 ARG188 PRO189 GLY190 ILE191 ILE192 GLU193 SER212 VAL213 PRO214 MSE215 GLN216 ARG217 ALA218 GLY219 MSE220 PRO221 GLU222 GLU223 VAL224 ALA225 ASP226 ALA227 ILE228 LEU229 TYR230 LEU231 LEU232 SER233 PRO234 SER235 ALA236 SER237 TYR238 VAL239 THR240 GLY241 SER242 ILE243 LEU244 ASN245 VAL246 SER247 GLY248 GLY249 ARG250 |
Unit 2 | THR4 PRO5 VAL6 VAL7 LEU8 VAL9 THR10 GLY11 GLY12 SER13 ARG14 GLY15 ILE16 GLY17 ALA18 ALA19 VAL20 CYS21 ARG22 LEU23 ALA24 ALA25 ARG26 GLN27 GLY28 TRP29 ARG30 VAL31 GLY32 VAL33 ASN34 TYR35 ALA36 ALA37 ASN38 ARG39 GLU40 ALA41 ALA42 ASP43 ALA44 VAL45 VAL46 ALA47 ALA48 ILE49 THR50 GLU51 SER52 GLY53 GLY54 GLU55 ALA56 VAL57 ALA58 ILE59 PRO60 GLY61 ASP62 VAL63 GLY64 ASN65 ALA66 ALA67 ASP68 ILE69 ALA70 ALA71 MSE72 PHE73 SER74 ALA75 VAL76 ASP77 ARG78 GLN79 PHE80 GLY81 ARG82 LEU83 ASP84 GLY85 LEU86 VAL87 ASN88 ASN89 ALA90 GLY91 ILE92 VAL93 ASP94 TYR95 PRO96 GLN97 ARG98 VAL99 ASP100 GLU101 MSE102 SER103 VAL104 GLU105 ARG106 ILE107 GLU108 ARG109 MSE110 LEU111 ARG112 VAL113 ASN114 VAL115 THR116 GLY117 SER118 ILE119 LEU120 CYS121 ALA122 ALA123 GLU124 ALA125 VAL126 ARG127 ARG128 MSE129 SER130 ARG131 LEU132 TYR133 SER134 GLY135 GLN136 GLY137 GLY138 ALA139 ILE140 VAL141 ASN142 VAL143 SER144 SER145 MSE146 ALA147 ALA148 ILE149 LEU150 GLY151 SER152 ALA153 THR154 GLN155 TYR156 VAL157 ASP158 TYR159 ALA160 ALA161 SER162 LYS163 ALA164 ALA165 ILE166 ASP167 THR168 PHE169 THR170 ILE171 GLY172 LEU173 ALA174 ARG175 GLU176 VAL177 ALA178 ALA179 GLU180 GLY181 ILE182 ARG183 VAL184 ASN185 ALA186 VAL187 ARG188 PRO189 GLY190 ILE191 ILE192 GLU193 VAL213 PRO214 MSE215 GLN216 ARG217 ALA218 GLY219 MSE220 PRO221 GLU222 GLU223 VAL224 ALA225 ASP226 ALA227 ILE228 LEU229 TYR230 LEU231 LEU232 SER233 PRO234 SER235 ALA236 SER237 TYR238 VAL239 THR240 GLY241 SER242 ILE243 LEU244 ASN245 VAL246 SER247 GLY248 GLY249 ARG250 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |