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| Title | CRYSTAL STRUCTURE ANALYSIS OF CONIFERYL ALCOHOL 9-O-METHYLTR FROM LINUM NODIFLORUM IN COMPLEX WITH CONIFERYL ALCOHOL 9-M ETHER AND S -ADENOSYL-L-HOMOCYSTEINE | |
| Keywords | ROSSMANN FOLD, DIMER, SMALL MOLECULE O-METHYLTRANSFERASE, TRANSFERASE, S-ADENOSYL-L-METHIONINE, CONIFERYL ALCOHOL,S - L-HOMOCYSTEINE | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 4EVI | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | CONIFERYL ALCOHOL 9-O-METHYLTRANSFERASE | A | 360 | 2779 | 0 |
| 2 | Protein | CONIFERYL ALCOHOL 9-O-METHYLTRANSFERASE | B | 354 | 2736 | 0 |
| 3 | Ligand | CONIFERYL ALCOHOL 9-O-METHYLTRANSFERASE | A | 3 | 0 | 46 |
| 4 | Ligand | CONIFERYL ALCOHOL 9-O-METHYLTRANSFERASE | B | 4 | 0 | 31 |
| 5 | Water | 449 | 0 | 449 | ||
| total | 1170 | 5515 | 526 |
| Unit 1 | MET1 ASP2 ALA3 ALA4 THR5 ALA6 VAL7 GLU8 LEU9 LEU10 ASP11 ALA12 GLN13 PRO14 GLN15 VAL16 TRP17 HIS18 HIS19 PHE20 LEU21 GLY22 TYR23 ILE24 ASN25 SER26 MET27 THR28 LEU29 GLN30 CYS31 ALA32 LEU33 GLU34 LEU35 ASP36 ILE37 ALA38 ASP39 VAL40 ILE41 HIS42 ARG43 HIS44 GLY45 HIS46 PRO47 ILE48 PRO49 LEU50 ASN51 GLN52 LEU53 ALA54 ALA55 ALA56 LEU57 GLU58 ILE59 PRO60 GLN61 THR62 LYS63 ALA64 PRO65 PHE66 LEU67 SER68 ARG69 LEU70 MET71 ARG72 MET73 LEU74 VAL75 HIS76 LEU77 GLY78 TYR79 PHE80 THR81 GLN82 VAL83 ILE84 THR85 LYS86 LEU95 PRO96 SER97 TYR98 TRP99 LEU100 ALA101 PRO102 LEU103 SER104 ARG105 LEU106 LEU107 LEU108 LYS109 GLN110 ASN111 PRO112 TYR113 ASN114 ALA115 ARG116 SER117 LEU118 THR119 PHE120 CYS121 SER122 VAL123 HIS124 GLU125 HIS126 LEU127 VAL128 ASP129 PRO130 TRP131 ARG132 GLN133 MET134 SER135 ALA136 TRP137 LEU138 ARG139 THR140 GLY141 LYS142 GLU143 ASP144 GLY145 LYS146 ASP147 THR148 PRO149 ASN150 ALA151 PHE152 ALA153 PHE154 ALA155 HIS156 GLU157 GLY158 LYS159 LYS160 VAL161 TYR162 GLU163 VAL164 CYS165 SER166 GLU167 ASP168 ALA169 ASN170 PHE171 SER172 GLN173 LEU174 PHE175 SER176 GLU177 GLY178 MET179 ALA180 GLY181 ASP182 SER183 TRP184 LEU185 PHE186 SER187 ARG188 ALA189 LEU190 VAL191 SER192 LYS193 CYS194 ARG195 ASP196 ALA197 PHE198 GLU199 GLY200 LEU201 SER202 SER203 LEU204 VAL205 ASP206 VAL207 GLY208 GLY209 GLY210 THR211 GLY212 ASN213 THR214 SER215 LYS216 VAL217 ILE218 ALA219 GLU220 THR221 PHE222 PRO223 ASN224 ILE225 HIS226 CYS227 THR228 VAL229 PHE230 ASP231 LEU232 PRO233 HIS234 VAL235 VAL236 SER237 GLY238 PRO239 LYS240 GLN241 THR242 HIS243 PRO244 ASN245 LEU246 ASP247 TYR248 GLU249 SER250 GLY251 ASN252 MET253 PHE254 THR255 ASP256 GLU257 ILE258 PRO259 HIS260 ALA261 ASP262 ALA263 VAL264 LEU265 PHE266 LYS267 TRP268 VAL269 LEU270 CYS271 ASP272 TRP273 PRO274 ASP275 GLU276 PRO277 VAL278 LEU279 LYS280 MET281 LEU282 LYS283 GLN284 CYS285 LYS286 LYS287 ALA288 LEU289 THR290 LYS291 ASN292 GLY293 VAL294 LYS295 GLY296 LYS297 LEU298 MET299 ILE300 ALA301 ASP302 HIS303 VAL304 LEU305 ASP306 HIS307 GLU308 SER309 CYS310 ASN311 ASP312 SER313 ASN314 SER315 MET316 GLY317 THR318 SER319 LEU320 ILE321 LEU322 ASP323 MET324 LEU325 PHE326 MET327 SER328 PHE329 LEU330 GLU331 GLY332 SER333 LEU334 ARG335 THR336 GLU337 LYS338 GLN339 TRP340 ALA341 LYS342 LEU343 PHE344 ALA345 GLU346 ALA347 GLY348 PHE349 LYS350 ASP351 TYR352 LYS353 ILE354 THR355 PRO356 VAL357 GLY358 GLY359 LEU360 ARG361 VAL362 LEU363 ILE364 GLU365 VAL366 TYR367 PRO368 |
| Unit 2 | GLY-7 LEU-6 VAL-5 MET1 ASP2 ALA3 ALA4 THR5 ALA6 VAL7 GLU8 LEU9 LEU10 ASP11 ALA12 GLN13 PRO14 GLN15 VAL16 TRP17 HIS18 HIS19 PHE20 LEU21 GLY22 TYR23 ILE24 ASN25 SER26 MET27 THR28 LEU29 GLN30 CYS31 ALA32 LEU33 GLU34 LEU35 ASP36 ILE37 ALA38 ASP39 VAL40 ILE41 HIS42 ARG43 HIS44 GLY45 HIS46 PRO47 ILE48 PRO49 LEU50 ASN51 GLN52 LEU53 ALA54 ALA55 ALA56 LEU57 GLU58 ILE59 PRO60 GLN61 THR62 LYS63 ALA64 PRO65 PHE66 LEU67 SER68 ARG69 LEU70 MET71 ARG72 MET73 LEU74 VAL75 HIS76 LEU77 GLY78 TYR79 PHE80 THR81 GLN82 VAL83 ILE84 THR85 LYS86 PRO87 LEU95 PRO96 SER97 TYR98 TRP99 LEU100 ALA101 PRO102 LEU103 SER104 ARG105 LEU106 LEU107 LEU108 LYS109 GLN110 ASN111 PRO112 TYR113 ASN114 ALA115 ARG116 SER117 LEU118 THR119 PHE120 CYS121 SER122 VAL123 HIS124 GLU125 HIS126 LEU127 VAL128 ASP129 PRO130 TRP131 ARG132 GLN133 MET134 SER135 ALA136 TRP137 LEU138 ARG139 THR140 GLY141 LYS142 GLY145 LYS146 ASP147 THR148 PRO149 ASN150 ALA151 PHE152 ALA153 PHE154 ALA155 HIS156 GLU157 GLY158 LYS159 LYS160 VAL161 TYR162 GLU163 VAL164 CYS165 SER166 GLU167 ASP168 ALA169 ASN170 PHE171 SER172 GLN173 LEU174 PHE175 SER176 GLU177 GLY178 MET179 ALA180 GLY181 ASP182 SER183 TRP184 LEU185 PHE186 SER187 ARG188 ALA189 LEU190 VAL191 SER192 LYS193 CYS194 ARG195 ASP196 ALA197 PHE198 GLU199 GLY200 LEU201 SER202 SER203 LEU204 VAL205 ASP206 VAL207 GLY208 GLY209 GLY210 THR211 GLY212 ASN213 THR214 SER215 LYS216 VAL217 ILE218 ALA219 GLU220 THR221 PHE222 PRO223 ASN224 ILE225 HIS226 CYS227 THR228 VAL229 PHE230 ASP231 LEU232 GLY238 PRO239 LYS240 GLN241 THR242 HIS243 PRO244 ASN245 LEU246 ASP247 TYR248 GLU249 SER250 GLY251 ASN252 MET253 PHE254 THR255 ASP256 GLU257 ILE258 PRO259 HIS260 ALA261 ASP262 ALA263 VAL264 LEU265 PHE266 LYS267 TRP268 VAL269 LEU270 CYS271 ASP272 TRP273 PRO274 ASP275 GLU276 PRO277 VAL278 LEU279 LYS280 MET281 LEU282 LYS283 GLN284 CYS285 LYS286 LYS287 ALA288 LEU289 THR290 VAL294 LYS295 GLY296 LYS297 LEU298 MET299 ILE300 ALA301 ASP302 HIS303 VAL304 LEU305 ASP306 HIS307 GLU308 SER309 CYS310 ASN311 ASP312 SER313 ASN314 SER315 MET316 GLY317 THR318 SER319 LEU320 ILE321 LEU322 ASP323 MET324 LEU325 PHE326 MET327 SER328 PHE329 LEU330 GLU331 GLY332 SER333 LEU334 ARG335 THR336 GLU337 LYS338 GLN339 TRP340 ALA341 LYS342 LEU343 PHE344 ALA345 GLU346 ALA347 GLY348 PHE349 LYS350 ASP351 TYR352 LYS353 ILE354 THR355 PRO356 VAL357 GLY358 GLY359 LEU360 ARG361 VAL362 LEU363 ILE364 GLU365 VAL366 TYR367 PRO368 |
| Unit 3 | SAH401 C9M402 GOL403 |
| Unit 4 | N7I401 GOL402 GOL403 GOL404 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |