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| Title | TYPE II BAEYER-VILLIGER MONOOXYGENASE.THE OXYGENATING CONSTITUENT OF 3,6-DIKETOCAMPHANE MONOOXYGENASE FROM CAM PLASMID OF PSEUDOMONAS PUTIDA IN COMPLEX WITH FMN. | |
| Keywords | OXIDOREDUCTASE, BIOCATALYSIS | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 4UWM | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | 3,6-DIKETOCAMPHANE 1,6 MONOOXYGENASE | A | 362 | 2870 | 0 |
| 2 | Protein | 3,6-DIKETOCAMPHANE 1,6 MONOOXYGENASE | B | 362 | 2875 | 0 |
| 3 | Ligand | 3,6-DIKETOCAMPHANE 1,6 MONOOXYGENASE | A | 5 | 0 | 68 |
| 4 | Ligand | 3,6-DIKETOCAMPHANE 1,6 MONOOXYGENASE | B | 5 | 0 | 71 |
| 5 | Water | 616 | 0 | 616 | ||
| total | 1350 | 5745 | 755 |
| Unit 1 | MET1 ALA2 MET3 GLU4 THR5 GLY6 LEU7 ILE8 PHE9 HIS10 PRO11 TYR12 MET13 ARG14 PRO15 GLY16 ARG17 SER18 ALA19 ARG20 GLN21 THR22 PHE23 ASP24 TRP25 GLY26 ILE27 LYS28 SER29 ALA30 VAL31 GLN32 ALA33 ASP34 SER35 VAL36 GLY37 ILE38 ASP39 SER40 MET41 MET42 ILE43 SER44 GLU45 HIS46 ALA47 SER48 GLN49 ILE50 TRP51 GLU52 ASN53 ILE54 PRO55 ASN56 PRO57 GLU58 LEU59 LEU60 ILE61 ALA62 ALA63 ALA64 ALA65 LEU66 GLN67 THR68 LYS69 ASN70 ILE71 LYS72 PHE73 ALA74 PRO75 MET76 ALA77 HIS78 LEU79 LEU80 PRO81 HIS82 GLN83 HIS84 PRO85 ALA86 LYS87 LEU88 ALA89 THR90 MET91 ILE92 GLY93 TRP94 LEU95 SER96 GLN97 ILE98 LEU99 GLU100 GLY101 ARG102 TYR103 PHE104 LEU105 GLY106 ILE107 GLY108 ALA109 GLY110 ALA111 TYR112 PRO113 GLN114 ALA115 SER116 TYR117 MET118 HIS119 GLY120 ILE121 ARG122 ASN123 ALA124 GLY125 THR136 LYS137 ASN138 LEU139 ASN140 ASP141 MET142 VAL143 ARG144 GLU145 SER146 LEU147 PHE148 ILE149 MET150 GLU151 LYS152 ILE153 TRP154 LYS155 ARG156 GLU157 PRO158 PHE159 PHE160 HIS161 GLU162 GLY163 LYS164 TYR165 TRP166 ASP167 ALA168 GLY169 TYR170 PRO171 GLU172 GLU173 LEU174 GLU175 ASP180 GLU181 GLN182 HIS183 LYS184 LEU185 ALA186 ASP187 PHE188 SER189 PRO190 TRP191 GLY192 GLY193 LYS194 ALA195 PRO196 GLU197 ILE198 ALA199 VAL200 THR201 GLY202 PHE203 SER204 TYR205 ASN206 SER207 PRO208 SER209 MET210 ARG211 LEU212 ALA213 GLY214 GLU215 ARG216 ASN217 PHE218 LYS219 PRO220 VAL221 SER222 ILE223 PHE224 SER225 GLY226 LEU227 ASP228 ALA229 LEU230 LYS231 ARG232 HIS233 TRP234 GLU235 VAL236 TYR237 SER238 GLU239 ALA240 ALA241 ILE242 GLU243 ALA244 GLY245 HIS246 THR247 PRO248 ASP249 ARG250 SER251 ARG252 HIS253 ALA254 VAL255 SER256 HIS257 THR258 VAL259 PHE260 CYS261 ALA262 ASP263 THR264 ASP265 LYS266 GLU267 ALA268 LYS269 ARG270 LEU271 VAL272 MET273 GLU274 GLY275 PRO276 ILE277 GLY278 TYR279 CYS280 PHE281 GLU282 ARG283 TYR284 LEU285 ILE286 PRO287 ILE288 TRP289 ARG290 ARG291 PHE292 GLY293 MET294 MET295 ASP296 GLY297 TYR298 ALA299 LYS300 ASP301 ALA302 GLY303 ILE304 ASP305 PRO306 VAL307 ASP308 ALA309 ASP310 LEU311 GLU312 PHE313 LEU314 VAL315 ASP316 ASN317 VAL318 PHE319 LEU320 VAL321 GLY322 SER323 PRO324 ASP325 THR326 VAL327 THR328 GLU329 LYS330 ILE331 ASN332 ALA333 LEU334 PHE335 GLU336 ALA337 THR338 GLY339 GLY340 TRP341 GLY342 THR343 LEU344 GLN345 VAL346 GLU347 ALA348 HIS349 ASP350 TYR351 TYR352 ASP353 ASP354 PRO355 ALA356 PRO357 TRP358 PHE359 GLN360 SER361 LEU362 GLU363 LEU364 ILE365 SER366 LYS367 GLU368 VAL369 ALA370 PRO371 LYS372 ILE373 LEU374 LEU375 PRO376 |
| Unit 2 | MET1 ALA2 MET3 GLU4 THR5 GLY6 LEU7 ILE8 PHE9 HIS10 PRO11 TYR12 MET13 ARG14 PRO15 GLY16 ARG17 SER18 ALA19 ARG20 GLN21 THR22 PHE23 ASP24 TRP25 GLY26 ILE27 LYS28 SER29 ALA30 VAL31 GLN32 ALA33 ASP34 SER35 VAL36 GLY37 ILE38 ASP39 SER40 MET41 MET42 ILE43 SER44 GLU45 HIS46 ALA47 SER48 GLN49 ILE50 TRP51 GLU52 ASN53 ILE54 PRO55 ASN56 PRO57 GLU58 LEU59 LEU60 ILE61 ALA62 ALA63 ALA64 ALA65 LEU66 GLN67 THR68 LYS69 ASN70 ILE71 LYS72 PHE73 ALA74 PRO75 MET76 ALA77 HIS78 LEU79 LEU80 PRO81 HIS82 GLN83 HIS84 PRO85 ALA86 LYS87 LEU88 ALA89 THR90 MET91 ILE92 GLY93 TRP94 LEU95 SER96 GLN97 ILE98 LEU99 GLU100 GLY101 ARG102 TYR103 PHE104 LEU105 GLY106 ILE107 GLY108 ALA109 GLY110 ALA111 TYR112 PRO113 GLN114 ALA115 SER116 TYR117 MET118 HIS119 GLY120 ILE121 ARG122 ASN123 ALA124 THR136 LYS137 ASN138 LEU139 ASN140 ASP141 MET142 VAL143 ARG144 GLU145 SER146 LEU147 PHE148 ILE149 MET150 GLU151 LYS152 ILE153 TRP154 LYS155 ARG156 GLU157 PRO158 PHE159 PHE160 HIS161 GLU162 GLY163 LYS164 TYR165 TRP166 ASP167 ALA168 GLY169 TYR170 PRO171 GLU172 GLU173 LEU174 GLU175 ASP180 GLU181 GLN182 HIS183 LYS184 LEU185 ALA186 ASP187 PHE188 SER189 PRO190 TRP191 GLY192 GLY193 LYS194 ALA195 PRO196 GLU197 ILE198 ALA199 VAL200 THR201 GLY202 PHE203 SER204 TYR205 ASN206 SER207 PRO208 SER209 MET210 ARG211 LEU212 ALA213 GLY214 GLU215 ARG216 ASN217 PHE218 LYS219 PRO220 VAL221 SER222 ILE223 PHE224 SER225 GLY226 LEU227 ASP228 ALA229 LEU230 LYS231 ARG232 HIS233 TRP234 GLU235 VAL236 TYR237 SER238 GLU239 ALA240 ALA241 ILE242 GLU243 ALA244 GLY245 HIS246 THR247 PRO248 ASP249 ARG250 SER251 ARG252 HIS253 ALA254 VAL255 SER256 HIS257 THR258 VAL259 PHE260 CYS261 ALA262 ASP263 THR264 ASP265 LYS266 GLU267 ALA268 LYS269 ARG270 LEU271 VAL272 MET273 GLU274 GLY275 PRO276 ILE277 GLY278 TYR279 CYS280 PHE281 GLU282 ARG283 TYR284 LEU285 ILE286 PRO287 ILE288 TRP289 ARG290 ARG291 PHE292 GLY293 MET294 MET295 ASP296 GLY297 TYR298 ALA299 LYS300 ASP301 ALA302 GLY303 ILE304 ASP305 PRO306 VAL307 ASP308 ALA309 ASP310 LEU311 GLU312 PHE313 LEU314 VAL315 ASP316 ASN317 VAL318 PHE319 LEU320 VAL321 GLY322 SER323 PRO324 ASP325 THR326 VAL327 THR328 GLU329 LYS330 ILE331 ASN332 ALA333 LEU334 PHE335 GLU336 ALA337 THR338 GLY339 GLY340 TRP341 GLY342 THR343 LEU344 GLN345 VAL346 GLU347 ALA348 HIS349 ASP350 TYR351 TYR352 ASP353 ASP354 PRO355 ALA356 PRO357 TRP358 PHE359 GLN360 SER361 LEU362 GLU363 LEU364 ILE365 SER366 LYS367 GLU368 VAL369 ALA370 PRO371 LYS372 ILE373 LEU374 LEU375 PRO376 LYS377 |
| Unit 3 | FMN400 PG4401 PEG402 PEG403 PGE404 |
| Unit 4 | FMN400 PG4401 PEG402 PEG403 PG4404 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |