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Title | STRUCTURAL CHARACTERIZATION OF A BACTERIAL 6PDH REVEALS ASPE SPECIFICITY, MECHANISM AND MODE OF INHIBITION | |
Keywords | OXIDOREDUCTASE, 6-PHOSPHOGLUCONATE DEHYDROGENASE, NADP, PENT SHUNT, GLUCONATE UTILIZATION | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2IYO | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | A | 470 | 3672 | 0 | |
2 | Ligand | A | 2 | 0 | 22 | |
3 | Water | 313 | 0 | 313 | ||
total | 785 | 3672 | 335 |
Unit 1 | MET1 ALA2 GLN3 ALA4 ASN5 PHE6 GLY7 VAL8 VAL9 GLY10 MET11 ALA12 VAL13 MET14 GLY15 LYS16 ASN17 LEU18 ALA19 LEU20 ASN21 VAL22 GLU23 SER24 ARG25 GLY26 TYR27 THR28 VAL29 ALA30 ILE31 TYR32 ASN33 ARG34 THR35 THR36 SER37 LYS38 THR39 GLU40 GLU41 VAL42 PHE43 LYS44 GLU45 HIS46 GLN47 ASP48 LYS49 ASN50 LEU51 VAL52 PHE53 THR54 LYS55 THR56 LEU57 GLU58 GLU59 PHE60 VAL61 GLY62 SER63 LEU64 GLU65 LYS66 PRO67 ARG68 ARG69 ILE70 MET71 LEU72 MET73 VAL74 GLN75 ALA76 GLY77 ALA78 ALA79 THR80 ASP81 ALA82 THR83 ILE84 LYS85 SER86 LEU87 LEU88 PRO89 LEU90 LEU91 ASP92 ILE93 GLY94 ASP95 ILE96 LEU97 ILE98 ASP99 GLY100 GLY101 ASN102 THR103 HIS104 PHE105 PRO106 ASP107 THR108 MET109 ARG110 ARG111 ASN112 ALA113 GLU114 LEU115 ALA116 ASP117 SER118 GLY119 ILE120 ASN121 PHE122 ILE123 GLY124 THR125 GLY126 VAL127 SER128 GLY129 GLY130 GLU131 LYS132 GLY133 ALA134 LEU135 LEU136 GLY137 PRO138 SER139 MET140 MET141 PRO142 GLY143 GLY144 GLN145 LYS146 GLU147 ALA148 TYR149 ASP150 LEU151 VAL152 ALA153 PRO154 ILE155 PHE156 GLU157 GLN158 ILE159 ALA160 ALA161 LYS162 ALA163 PRO164 GLN165 ASP166 GLY167 LYS168 PRO169 CYS170 VAL171 ALA172 TYR173 MET174 GLY175 ALA176 ASN177 GLY178 ALA179 GLY180 HIS181 TYR182 VAL183 LYS184 MET185 VAL186 HIS187 ASN188 GLY189 ILE190 GLU191 TYR192 GLY193 ASP194 MET195 GLN196 LEU197 ILE198 ALA199 GLU200 SER201 TYR202 ASP203 LEU204 LEU205 LYS206 ARG207 ILE208 LEU209 GLY210 LEU211 SER212 ASN213 ALA214 GLU215 ILE216 GLN217 ALA218 ILE219 PHE220 GLU221 GLU222 TRP223 ASN224 GLU225 GLY226 GLU227 LEU228 ASP229 SER230 TYR231 LEU232 ILE233 GLU234 ILE235 THR236 LYS237 GLU238 VAL239 LEU240 LYS241 ARG242 LYS243 ASP244 ASP245 GLU246 GLY247 GLU248 GLY249 TYR250 ILE251 VAL252 ASP253 LYS254 ILE255 LEU256 ASP257 LYS258 ALA259 GLY260 ASN261 LYS262 GLY263 THR264 GLY265 LYS266 TRP267 THR268 SER269 GLU270 SER271 ALA272 LEU273 ASP274 LEU275 GLY276 VAL277 PRO278 LEU279 PRO280 LEU281 ILE282 THR283 GLU284 SER285 VAL286 PHE287 ALA288 ARG289 TYR290 ILE291 SER292 THR293 TYR294 LYS295 ASP296 GLU297 ARG298 VAL299 LYS300 ALA301 SER302 LYS303 VAL304 LEU305 SER306 GLY307 PRO308 ALA309 LEU310 ASP311 PHE312 SER313 GLY314 ASP315 LYS316 LYS317 GLU318 VAL319 ILE320 GLU321 LYS322 ILE323 ARG324 LYS325 ALA326 LEU327 TYR328 PHE329 SER330 LYS331 ILE332 MET333 SER334 TYR335 ALA336 GLN337 GLY338 PHE339 ALA340 GLN341 LEU342 ARG343 LYS344 ALA345 SER346 GLU347 GLU348 PHE349 ASP350 TRP351 ASP352 LEU353 PRO354 TYR355 GLY356 THR357 ILE358 ALA359 GLN360 ILE361 TRP362 ARG363 ALA364 GLY365 CYS366 ILE367 ILE368 ARG369 ALA370 GLU371 PHE372 LEU373 GLN374 ASN375 ILE376 THR377 ASP378 ALA379 PHE380 ASP381 LYS382 ASP383 SER384 GLU385 LEU386 GLU387 ASN388 LEU389 LEU390 LEU391 ASP392 ASP393 TYR394 PHE395 VAL396 ASP397 ILE398 THR399 LYS400 ARG401 TYR402 GLN403 GLU404 ALA405 VAL406 ARG407 ASP408 VAL409 VAL410 SER411 LEU412 ALA413 VAL414 GLN415 ALA416 GLY417 THR418 PRO419 ILE420 PRO421 THR422 PHE423 THR424 SER425 ALA426 ILE427 SER428 TYR429 TYR430 ASP431 SER432 TYR433 ARG434 SER435 GLU436 ASN437 LEU438 PRO439 ALA440 ASN441 LEU442 ILE443 GLN444 ALA445 GLN446 ARG447 ASP448 TYR449 PHE450 GLY451 ALA452 HIS453 THR454 TYR455 GLU456 ARG457 THR458 ASP459 LYS460 ALA461 GLY462 ILE463 PHE464 HIS465 TYR466 ASP467 TRP468 TYR469 THR470 |
Unit 2 | 6PG1471 CAC1472 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |