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Title | CRYSTAL STRUCTURE OF THE AQUIFEX REACTOR COMPLEX FORMED BY DIHYDROOROTASE (H180A, H232A) WITH DIHYDROOROTATE AND ASPAR TRANSCARBAMOYLASE WITH N-(PHOSPHONACETYL)-L-ASPARTATE (PALA | |
Keywords | HYDROLASE-TRANSFERASE COMPLEX, PYRIMIDINE BIOSYNTHESIS | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4BJH | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | DIHYDROOROTASE | A | 422 | 3246 | 0 |
2 | Protein | ASPARTATE CARBAMOYLTRANSFERASE | B | 291 | 2376 | 0 |
3 | Ligand | DIHYDROOROTASE | A | 2 | 0 | 12 |
4 | Ligand | ASPARTATE CARBAMOYLTRANSFERASE | B | 17 | 0 | 72 |
5 | Water | 445 | 0 | 445 | ||
total | 1177 | 5622 | 529 |
Unit 1 | MET1 LEU2 LYS3 LEU4 ILE5 VAL6 LYS7 ASN8 GLY9 TYR10 VAL11 ILE12 ASP13 PRO14 SER15 GLN16 ASN17 LEU18 GLU19 GLY20 GLU21 PHE22 ASP23 ILE24 LEU25 VAL26 GLU27 ASN28 GLY29 LYS30 ILE31 LYS32 LYS33 ILE34 ASP35 LYS36 ASN37 ILE38 LEU39 VAL40 PRO41 GLU42 ALA43 GLU44 ILE45 ILE46 ASP47 ALA48 LYS49 GLY50 LEU51 ILE52 VAL53 CYS54 PRO55 GLY56 PHE57 ILE58 ASP59 ILE60 HIS61 VAL62 HIS63 LEU64 ARG65 ASP66 PRO67 GLY68 GLN69 THR70 TYR71 LYS72 GLU73 ASP74 ILE75 GLU76 SER77 GLY78 SER79 ARG80 CYS81 ALA82 VAL83 ALA84 GLY85 GLY86 PHE87 THR88 THR89 ILE90 VAL91 CYS92 MET93 PRO94 ASN95 THR96 ASN97 PRO98 PRO99 ILE100 ASP101 ASN102 THR103 THR104 VAL105 VAL106 ASN107 TYR108 ILE109 LEU110 GLN111 LYS112 SER113 LYS114 SER115 VAL116 GLY117 LEU118 CYS119 ARG120 VAL121 LEU122 PRO123 THR124 GLY125 THR126 ILE127 THR128 LYS129 GLY130 ARG131 LYS132 GLY133 LYS134 GLU135 ILE136 ALA137 ASP138 PHE139 TYR140 SER141 LEU142 LYS143 GLU144 ALA145 GLY146 CYS147 VAL148 ALA149 PHE150 THR151 ASP152 ASP153 GLY154 SER155 PRO156 VAL157 MET158 ASP159 SER160 SER161 VAL162 MET163 ARG164 LYS165 ALA166 LEU167 GLU168 LEU169 ALA170 SER171 GLN172 LEU173 GLY174 VAL175 PRO176 ILE177 MET178 ASP179 ALA180 CYS181 GLU182 ASP183 ASP184 LYS185 LEU186 ALA187 TYR188 GLY189 VAL190 ILE191 ASN192 GLU193 GLY194 GLU195 VAL196 SER197 ALA198 LEU199 LEU200 GLY201 LEU202 SER203 SER204 ARG205 ALA206 PRO207 GLU208 ALA209 GLU210 GLU211 ILE212 GLN213 ILE214 ALA215 ARG216 ASP217 GLY218 ILE219 LEU220 ALA221 GLN222 ARG223 THR224 GLY225 GLY226 HIS227 VAL228 HIS229 ILE230 GLN231 ALA232 VAL233 SER234 THR235 LYS236 LEU237 SER238 LEU239 GLU240 ILE241 ILE242 GLU243 PHE244 PHE245 LYS246 GLU247 LYS248 GLY249 VAL250 LYS251 ILE252 THR253 CYS254 GLU255 VAL256 ASN257 PRO258 ASN259 HIS260 LEU261 LEU262 PHE263 THR264 GLU265 ARG266 GLU267 VAL268 LEU269 ASN270 SER271 GLY272 ALA273 ASN274 ALA275 ARG276 VAL277 ASN278 PRO279 PRO280 LEU281 ARG282 LYS283 LYS284 GLU285 ASP286 ARG287 LEU288 ALA289 LEU290 ILE291 GLU292 GLY293 VAL294 LYS295 ARG296 GLY297 ILE298 ILE299 ASP300 CYS301 PHE302 ALA303 THR304 ASP305 HIS306 ALA307 PRO308 HIS309 GLN310 THR311 PHE312 GLU313 LYS314 GLU315 LEU316 VAL317 GLU318 PHE319 ALA320 MET321 PRO322 GLY323 ILE324 ILE325 GLY326 LEU327 GLN328 THR329 ALA330 LEU331 PRO332 SER333 ALA334 LEU335 GLU336 LEU337 TYR338 ARG339 LYS340 GLY341 ILE342 ILE343 SER344 LEU345 LYS346 LYS347 LEU348 ILE349 GLU350 MET351 PHE352 THR353 ILE354 ASN355 PRO356 ALA357 ARG358 ILE359 ILE360 GLY361 VAL362 ASP363 LEU364 GLY365 THR366 LEU367 LYS368 LEU369 GLY370 SER371 PRO372 ALA373 ASP374 ILE375 THR376 ILE377 PHE378 ASP379 PRO380 ASN381 LYS382 GLU383 TRP384 ILE385 LEU386 ASN387 GLU388 GLU389 THR390 ASN391 LEU392 SER393 LYS394 SER395 ARG396 ASN397 THR398 PRO399 LEU400 TRP401 GLY402 LYS403 VAL404 LEU405 LYS406 GLY407 LYS408 VAL409 ILE410 TYR411 THR412 ILE413 LYS414 ASP415 GLY416 LYS417 MET418 VAL419 TYR420 LYS421 ASP422 |
Unit 2 | MET1 ARG2 SER3 LEU4 ILE5 SER6 SER7 LEU8 ASP9 LEU10 THR11 ARG12 GLU13 GLU14 VAL15 GLU16 GLU17 ILE18 LEU19 LYS20 TYR21 ALA22 LYS23 GLU24 PHE25 LYS26 GLU27 GLY28 LYS29 GLU30 GLU31 THR32 ILE33 LYS34 ALA35 SER36 ALA37 VAL38 LEU39 PHE40 PHE41 SER42 GLU43 PRO44 SER45 THR46 ARG47 THR48 ARG49 LEU50 SER51 PHE52 GLU53 LYS54 ALA55 ALA56 ARG57 GLU58 LEU59 GLY60 ILE61 GLU62 THR63 TYR64 LEU65 VAL66 SER67 GLY68 SER69 GLU70 SER71 SER72 THR73 VAL74 LYS75 GLY76 GLU77 SER78 PHE79 PHE80 ASP81 THR82 LEU83 LYS84 THR85 PHE86 GLU87 GLY88 LEU89 GLY90 PHE91 ASP92 TYR93 VAL94 VAL95 PHE96 ARG97 VAL98 PRO99 PHE100 VAL101 PHE102 PHE103 PRO104 TYR105 LYS106 GLU107 ILE108 VAL109 LYS110 SER111 LEU112 ASN113 LEU114 ARG115 LEU116 VAL117 ASN118 ALA119 GLY120 ASP121 GLY122 THR123 HIS124 GLN125 HIS126 PRO127 SER128 GLN129 GLY130 LEU131 ILE132 ASP133 PHE134 PHE135 THR136 ILE137 LYS138 GLU139 HIS140 PHE141 GLY142 GLU143 VAL144 LYS145 ASP146 LEU147 ARG148 VAL149 LEU150 TYR151 VAL152 GLY153 ASP154 ILE155 LYS156 HIS157 SER158 ARG159 VAL160 PHE161 ARG162 SER163 GLY164 ALA165 PRO166 LEU167 LEU168 ASN169 MET170 PHE171 GLY172 ALA173 LYS174 ILE175 GLY176 VAL177 CYS178 GLY179 PRO180 LYS181 THR182 LEU183 ILE184 PRO185 ARG186 ASP187 VAL188 GLU189 VAL190 PHE191 LYS192 VAL193 ASP194 VAL195 PHE196 ASP197 ASP198 VAL199 ASP200 LYS201 GLY202 ILE203 ASP204 TRP205 ALA206 ASP207 VAL208 VAL209 ILE210 TRP211 LEU212 ARG213 LEU214 GLN215 LYS216 GLU217 ARG218 GLN219 LYS220 GLU221 ASN222 TYR223 ILE224 PRO225 SER226 GLU227 SER228 SER229 TYR230 PHE231 LYS232 GLN233 PHE234 GLY235 LEU236 THR237 LYS238 GLU239 ARG240 PHE241 GLU242 LYS243 VAL244 LYS245 LEU246 TYR247 MET248 HIS249 PRO250 GLY251 PRO252 VAL253 ASN254 ARG255 ASN256 VAL257 ASP258 ILE259 ASP260 HIS261 GLU262 LEU263 VAL264 TYR265 THR266 GLU267 LYS268 SER269 LEU270 ILE271 GLN272 GLU273 GLN274 VAL275 LYS276 ASN277 GLY278 ILE279 PRO280 VAL281 ARG282 LYS283 ALA284 ILE285 TYR286 LYS287 PHE288 LEU289 TRP290 THR291 |
Unit 3 | ZN423 DOR425 |
Unit 4 | PAL292 PO4293 BA295 BA296 BA297 EDO301 EDO302 EDO303 EDO304 EDO305 EDO306 EDO307 EDO308 EDO309 EDO310 EDO311 EDO312 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |