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Title | CRYSTAL STRUCTURE OF THE C49A C353A MUTANT FENNA-MATTHEWS-OL PROTEIN FROM CHLOROBACULUM TEPIDUM | |
Keywords | FMO, ANTENNA COMPLEX, PHOTOSYNTHESIS, ELECTRON TRANSPORT | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 5H8Z | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | BACTERIOCHLOROPHYLL A PROTEIN | A | 358 | 2748 | 0 |
2 | Protein | BACTERIOCHLOROPHYLL A PROTEIN | C | 358 | 2742 | 0 |
3 | Ligand | BACTERIOCHLOROPHYLL A PROTEIN | A | 8 | 0 | 508 |
4 | Ligand | BACTERIOCHLOROPHYLL A PROTEIN | C | 8 | 0 | 508 |
5 | Water | 540 | 0 | 540 | ||
total | 1272 | 5490 | 1556 |
Unit 1 | VAL9 THR10 THR11 ALA12 HIS13 SER14 ASP15 TYR16 GLU17 ILE18 VAL19 LEU20 GLU21 GLY22 GLY23 SER24 SER25 SER26 TRP27 GLY28 LYS29 VAL30 LYS31 ALA32 ARG33 ALA34 LYS35 VAL36 ASN37 ALA38 PRO39 PRO40 ALA41 SER42 PRO43 LEU44 LEU45 PRO46 ALA47 ASP48 ALA49 ASP50 VAL51 LYS52 LEU53 ASN54 VAL55 LYS56 PRO57 LEU58 ASP59 PRO60 ALA61 LYS62 GLY63 PHE64 VAL65 ARG66 ILE67 SER68 ALA69 VAL70 PHE71 GLU72 SER73 ILE74 VAL75 ASP76 SER77 THR78 LYS79 ASN80 LYS81 LEU82 THR83 ILE84 GLU85 ALA86 ASP87 ILE88 ALA89 ASN90 GLU91 THR92 LYS93 GLU94 ARG95 ARG96 ILE97 SER98 VAL99 GLY100 GLU101 GLY102 MET103 VAL104 SER105 VAL106 GLY107 ASP108 PHE109 SER110 HIS111 THR112 PHE113 SER114 PHE115 GLU116 GLY117 SER118 VAL119 VAL120 ASN121 LEU122 PHE123 TYR124 TYR125 ARG126 SER127 ASP128 ALA129 VAL130 ARG131 ARG132 ASN133 VAL134 PRO135 ASN136 PRO137 ILE138 TYR139 MET140 GLN141 GLY142 ARG143 GLN144 PHE145 HIS146 ASP147 ILE148 LEU149 MET150 LYS151 VAL152 PRO153 LEU154 ASP155 ASN156 ASN157 ASP158 LEU159 ILE160 ASP161 THR162 TRP163 GLU164 GLY165 THR166 VAL167 LYS168 ALA169 ILE170 GLY171 SER172 THR173 GLY174 ALA175 PHE176 ASN177 ASP178 TRP179 ILE180 ARG181 ASP182 PHE183 TRP184 PHE185 ILE186 GLY187 PRO188 ALA189 PHE190 THR191 ALA192 LEU193 ASN194 GLU195 GLY196 GLY197 GLN198 ARG199 ILE200 SER201 ARG202 ILE203 GLU204 VAL205 ASN206 GLY207 LEU208 ASN209 THR210 GLU211 SER212 GLY213 PRO214 LYS215 GLY216 PRO217 VAL218 GLY219 VAL220 SER221 ARG222 TRP223 ARG224 PHE225 SER226 HIS227 GLY228 GLY229 SER230 GLY231 MET232 VAL233 ASP234 SER235 ILE236 SER237 ARG238 TRP239 ALA240 GLU241 LEU242 PHE243 PRO244 SER245 ASP246 LYS247 LEU248 ASN249 ARG250 PRO251 ALA252 GLN253 VAL254 GLU255 ALA256 GLY257 PHE258 ARG259 SER260 ASP261 SER262 GLN263 GLY264 ILE265 GLU266 VAL267 LYS268 VAL269 ASP270 GLY271 GLU272 PHE273 PRO274 GLY275 VAL276 SER277 VAL278 ASP279 ALA280 GLY281 GLY282 GLY283 LEU284 ARG285 ARG286 ILE287 LEU288 ASN289 HIS290 PRO291 LEU292 ILE293 PRO294 LEU295 VAL296 HIS297 HIS298 GLY299 MET300 VAL301 GLY302 LYS303 PHE304 ASN305 ASN306 PHE307 ASN308 VAL309 ASP310 ALA311 GLN312 LEU313 LYS314 VAL315 VAL316 LEU317 PRO318 LYS319 GLY320 TYR321 LYS322 ILE323 ARG324 TYR325 ALA326 ALA327 PRO328 GLN329 TYR330 ARG331 SER332 GLN333 ASN334 LEU335 GLU336 GLU337 TYR338 ARG339 TRP340 SER341 GLY342 GLY343 ALA344 TYR345 ALA346 ARG347 TRP348 VAL349 GLU350 HIS351 VAL352 ALA353 LYS354 GLY355 GLY356 VAL357 GLY358 GLN359 PHE360 GLU361 ILE362 LEU363 TYR364 ALA365 GLN366 |
Unit 2 | VAL9 THR10 THR11 ALA12 HIS13 SER14 ASP15 TYR16 GLU17 ILE18 VAL19 LEU20 GLU21 GLY22 GLY23 SER24 SER25 SER26 TRP27 GLY28 LYS29 VAL30 LYS31 ALA32 ARG33 ALA34 LYS35 VAL36 ASN37 ALA38 PRO39 PRO40 ALA41 SER42 PRO43 LEU44 LEU45 PRO46 ALA47 ASP48 ALA49 ASP50 VAL51 LYS52 LEU53 ASN54 VAL55 LYS56 PRO57 LEU58 ASP59 PRO60 ALA61 LYS62 GLY63 PHE64 VAL65 ARG66 ILE67 SER68 ALA69 VAL70 PHE71 GLU72 SER73 ILE74 VAL75 ASP76 SER77 THR78 LYS79 ASN80 LYS81 LEU82 THR83 ILE84 GLU85 ALA86 ASP87 ILE88 ALA89 ASN90 GLU91 THR92 LYS93 GLU94 ARG95 ARG96 ILE97 SER98 VAL99 GLY100 GLU101 GLY102 MET103 VAL104 SER105 VAL106 GLY107 ASP108 PHE109 SER110 HIS111 THR112 PHE113 SER114 PHE115 GLU116 GLY117 SER118 VAL119 VAL120 ASN121 LEU122 PHE123 TYR124 TYR125 ARG126 SER127 ASP128 ALA129 VAL130 ARG131 ARG132 ASN133 VAL134 PRO135 ASN136 PRO137 ILE138 TYR139 MET140 GLN141 GLY142 ARG143 GLN144 PHE145 HIS146 ASP147 ILE148 LEU149 MET150 LYS151 VAL152 PRO153 LEU154 ASP155 ASN156 ASN157 ASP158 LEU159 ILE160 ASP161 THR162 TRP163 GLU164 GLY165 THR166 VAL167 LYS168 ALA169 ILE170 GLY171 SER172 THR173 GLY174 ALA175 PHE176 ASN177 ASP178 TRP179 ILE180 ARG181 ASP182 PHE183 TRP184 PHE185 ILE186 GLY187 PRO188 ALA189 PHE190 THR191 ALA192 LEU193 ASN194 GLU195 GLY196 GLY197 GLN198 ARG199 ILE200 SER201 ARG202 ILE203 GLU204 VAL205 ASN206 GLY207 LEU208 ASN209 THR210 GLU211 SER212 GLY213 PRO214 LYS215 GLY216 PRO217 VAL218 GLY219 VAL220 SER221 ARG222 TRP223 ARG224 PHE225 SER226 HIS227 GLY228 GLY229 SER230 GLY231 MET232 VAL233 ASP234 SER235 ILE236 SER237 ARG238 TRP239 ALA240 GLU241 LEU242 PHE243 PRO244 SER245 ASP246 LYS247 LEU248 ASN249 ARG250 PRO251 ALA252 GLN253 VAL254 GLU255 ALA256 GLY257 PHE258 ARG259 SER260 ASP261 SER262 GLN263 GLY264 ILE265 GLU266 VAL267 LYS268 VAL269 ASP270 GLY271 GLU272 PHE273 PRO274 GLY275 VAL276 SER277 VAL278 ASP279 ALA280 GLY281 GLY282 GLY283 LEU284 ARG285 ARG286 ILE287 LEU288 ASN289 HIS290 PRO291 LEU292 ILE293 PRO294 LEU295 VAL296 HIS297 HIS298 GLY299 MET300 VAL301 GLY302 LYS303 PHE304 ASN305 ASN306 PHE307 ASN308 VAL309 ASP310 ALA311 GLN312 LEU313 LYS314 VAL315 VAL316 LEU317 PRO318 LYS319 GLY320 TYR321 LYS322 ILE323 ARG324 TYR325 ALA326 ALA327 PRO328 GLN329 TYR330 ARG331 SER332 GLN333 ASN334 LEU335 GLU336 GLU337 TYR338 ARG339 TRP340 SER341 GLY342 GLY343 ALA344 TYR345 ALA346 ARG347 TRP348 VAL349 GLU350 HIS351 VAL352 ALA353 LYS354 GLY355 GLY356 VAL357 GLY358 GLN359 PHE360 GLU361 ILE362 LEU363 TYR364 ALA365 GLN366 |
Unit 3 | BCL401 BCL402 BCL403 BCL404 BCL405 BCL406 BCL407 BCL408 |
Unit 4 | BCL401 BCL402 BCL403 BCL404 BCL405 BCL406 BCL407 BCL408 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |