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Title | CRYSTAL STRUCTURE OF THE FENNA-MATTHEWS-OLSON PROTEIN FROM CHLOROBACULUM TEPIDUM | |
Keywords | BETA SHEET, GAMMA TURN, BACTERIOCHLOROPHYLL, CHLOROPHYLL, CHROMOPHORE, ELECTRON TRANSPORT, MAGNESIUM, METAL-BINDING, PHOTOSYNTHESIS, REACTION CENTER, TRANSPORT | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3ENI | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | BACTERIOCHLOROPHYLL A PROTEIN | A | 358 | 2719 | 0 |
2 | Protein | BACTERIOCHLOROPHYLL A PROTEIN | C | 357 | 2726 | 0 |
3 | Ligand | BACTERIOCHLOROPHYLL A PROTEIN | A | 8 | 0 | 508 |
4 | Ligand | BACTERIOCHLOROPHYLL A PROTEIN | C | 8 | 0 | 508 |
5 | Water | 206 | 0 | 206 | ||
total | 937 | 5445 | 1222 |
Unit 1 | VAL8 THR9 THR10 ALA11 HIS12 SER13 ASP14 TYR15 GLU16 ILE17 VAL18 LEU19 GLU20 GLY21 GLY22 SER23 SER24 SER25 TRP26 GLY27 LYS28 VAL29 LYS30 ALA31 ARG32 ALA33 LYS34 VAL35 ASN36 ALA37 PRO38 PRO39 ALA40 SER41 PRO42 LEU43 LEU44 PRO45 ALA46 ASP47 CYS48 ASP49 VAL50 LYS51 LEU52 ASN53 VAL54 LYS55 PRO56 LEU57 ASP58 PRO59 ALA60 LYS61 GLY62 PHE63 VAL64 ARG65 ILE66 SER67 ALA68 VAL69 PHE70 GLU71 SER72 ILE73 VAL74 ASP75 SER76 THR77 LYS78 ASN79 LYS80 LEU81 THR82 ILE83 GLU84 ALA85 ASP86 ILE87 ALA88 ASN89 GLU90 THR91 LYS92 GLU93 ARG94 ARG95 ILE96 SER97 VAL98 GLY99 GLU100 GLY101 MET102 VAL103 SER104 VAL105 GLY106 ASP107 PHE108 SER109 HIS110 THR111 PHE112 SER113 PHE114 GLU115 GLY116 SER117 VAL118 VAL119 ASN120 LEU121 PHE122 TYR123 TYR124 ARG125 SER126 ASP127 ALA128 VAL129 ARG130 ARG131 ASN132 VAL133 PRO134 ASN135 PRO136 ILE137 TYR138 MET139 GLN140 GLY141 ARG142 GLN143 PHE144 HIS145 ASP146 ILE147 LEU148 MET149 LYS150 VAL151 PRO152 LEU153 ASP154 ASN155 ASN156 ASP157 LEU158 ILE159 ASP160 THR161 TRP162 GLU163 GLY164 THR165 VAL166 LYS167 ALA168 ILE169 GLY170 SER171 THR172 GLY173 ALA174 PHE175 ASN176 ASP177 TRP178 ILE179 ARG180 ASP181 PHE182 TRP183 PHE184 ILE185 GLY186 PRO187 ALA188 PHE189 THR190 ALA191 LEU192 ASN193 GLU194 GLY195 GLY196 GLN197 ARG198 ILE199 SER200 ARG201 ILE202 GLU203 VAL204 ASN205 GLY206 LEU207 ASN208 THR209 GLU210 SER211 GLY212 PRO213 LYS214 GLY215 PRO216 VAL217 GLY218 VAL219 SER220 ARG221 TRP222 ARG223 PHE224 SER225 HIS226 GLY227 GLY228 SER229 GLY230 MET231 VAL232 ASP233 SER234 ILE235 SER236 ARG237 TRP238 ALA239 GLU240 LEU241 PHE242 PRO243 SER244 ASP245 LYS246 LEU247 ASN248 ARG249 PRO250 ALA251 GLN252 VAL253 GLU254 ALA255 GLY256 PHE257 ARG258 SER259 ASP260 SER261 GLN262 GLY263 ILE264 GLU265 VAL266 LYS267 VAL268 ASP269 GLY270 GLU271 PHE272 PRO273 GLY274 VAL275 SER276 VAL277 ASP278 ALA279 GLY280 GLY281 GLY282 LEU283 ARG284 ARG285 ILE286 LEU287 ASN288 HIS289 PRO290 LEU291 ILE292 PRO293 LEU294 VAL295 HIS296 HIS297 GLY298 MET299 VAL300 GLY301 LYS302 PHE303 ASN304 ASN305 PHE306 ASN307 VAL308 ASP309 ALA310 GLN311 LEU312 LYS313 VAL314 VAL315 LEU316 PRO317 LYS318 GLY319 TYR320 LYS321 ILE322 ARG323 TYR324 ALA325 ALA326 PRO327 GLN328 TYR329 ARG330 SER331 GLN332 ASN333 LEU334 GLU335 GLU336 TYR337 ARG338 TRP339 SER340 GLY341 GLY342 ALA343 TYR344 ALA345 ARG346 TRP347 VAL348 GLU349 HIS350 VAL351 CYS352 LYS353 GLY354 GLY355 VAL356 GLY357 GLN358 PHE359 GLU360 ILE361 LEU362 TYR363 ALA364 GLN365 |
Unit 2 | VAL8 THR9 THR10 ALA11 HIS12 SER13 ASP14 TYR15 GLU16 ILE17 VAL18 LEU19 GLU20 GLY21 GLY22 SER23 SER24 SER25 TRP26 GLY27 LYS28 VAL29 LYS30 ALA31 ARG32 ALA33 LYS34 VAL35 ASN36 ALA37 PRO38 PRO39 ALA40 SER41 PRO42 LEU43 LEU44 PRO45 ALA46 ASP47 CYS48 ASP49 VAL50 LYS51 LEU52 ASN53 VAL54 LYS55 PRO56 LEU57 ASP58 PRO59 ALA60 LYS61 GLY62 PHE63 VAL64 ARG65 ILE66 SER67 ALA68 VAL69 PHE70 GLU71 SER72 ILE73 VAL74 ASP75 SER76 THR77 LYS78 ASN79 LYS80 LEU81 THR82 ILE83 GLU84 ALA85 ASP86 ILE87 ALA88 ASN89 GLU90 THR91 LYS92 GLU93 ARG94 ARG95 ILE96 SER97 VAL98 GLY99 GLU100 GLY101 MET102 VAL103 SER104 VAL105 GLY106 ASP107 PHE108 SER109 HIS110 THR111 PHE112 SER113 PHE114 GLU115 GLY116 SER117 VAL118 VAL119 ASN120 LEU121 PHE122 TYR123 TYR124 ARG125 SER126 ASP127 ALA128 VAL129 ARG130 ARG131 ASN132 VAL133 PRO134 ASN135 PRO136 ILE137 TYR138 MET139 GLN140 GLY141 ARG142 GLN143 PHE144 HIS145 ASP146 ILE147 LEU148 MET149 LYS150 VAL151 PRO152 LEU153 ASP154 ASN155 ASN156 ASP157 LEU158 ILE159 ASP160 THR161 TRP162 GLU163 GLY164 THR165 VAL166 LYS167 ALA168 ILE169 GLY170 SER171 THR172 GLY173 ALA174 PHE175 ASN176 ASP177 TRP178 ILE179 ARG180 ASP181 PHE182 TRP183 PHE184 ILE185 GLY186 PRO187 ALA188 PHE189 THR190 ALA191 LEU192 ASN193 GLU194 GLY195 GLY196 GLN197 ARG198 ILE199 SER200 ARG201 ILE202 GLU203 VAL204 ASN205 GLY206 LEU207 ASN208 THR209 GLU210 SER211 GLY212 LYS214 GLY215 PRO216 VAL217 GLY218 VAL219 SER220 ARG221 TRP222 ARG223 PHE224 SER225 HIS226 GLY227 GLY228 SER229 GLY230 MET231 VAL232 ASP233 SER234 ILE235 SER236 ARG237 TRP238 ALA239 GLU240 LEU241 PHE242 PRO243 SER244 ASP245 LYS246 LEU247 ASN248 ARG249 PRO250 ALA251 GLN252 VAL253 GLU254 ALA255 GLY256 PHE257 ARG258 SER259 ASP260 SER261 GLN262 GLY263 ILE264 GLU265 VAL266 LYS267 VAL268 ASP269 GLY270 GLU271 PHE272 PRO273 GLY274 VAL275 SER276 VAL277 ASP278 ALA279 GLY280 GLY281 GLY282 LEU283 ARG284 ARG285 ILE286 LEU287 ASN288 HIS289 PRO290 LEU291 ILE292 PRO293 LEU294 VAL295 HIS296 HIS297 GLY298 MET299 VAL300 GLY301 LYS302 PHE303 ASN304 ASN305 PHE306 ASN307 VAL308 ASP309 ALA310 GLN311 LEU312 LYS313 VAL314 VAL315 LEU316 PRO317 LYS318 GLY319 TYR320 LYS321 ILE322 ARG323 TYR324 ALA325 ALA326 PRO327 GLN328 TYR329 ARG330 SER331 GLN332 ASN333 LEU334 GLU335 GLU336 TYR337 ARG338 TRP339 SER340 GLY341 GLY342 ALA343 TYR344 ALA345 ARG346 TRP347 VAL348 GLU349 HIS350 VAL351 CYS352 LYS353 GLY354 GLY355 VAL356 GLY357 GLN358 PHE359 GLU360 ILE361 LEU362 TYR363 ALA364 GLN365 |
Unit 3 | BCL371 BCL372 BCL373 BCL374 BCL375 BCL376 BCL377 BCL378 |
Unit 4 | BCL371 BCL372 BCL373 BCL374 BCL375 BCL376 BCL377 BCL378 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |