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Title | DARK-STATE STRUCTURE OF APPA WILD-TYPE WITHOUT THE CYS-RICH FROM RB. SPHAEROIDES | |
Keywords | BLUF DOMAIN, SCHIC DOMAIN, PHOTORECEPTOR, PPSR, FLAVOPROTEIN SIGNALING PROTEIN | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4HH1 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | APPA PROTEIN | A | 383 | 2903 | 0 |
2 | Protein | APPA PROTEIN | B | 382 | 2897 | 0 |
3 | Ligand | APPA PROTEIN | A | 1 | 0 | 31 |
4 | Ligand | APPA PROTEIN | B | 1 | 0 | 31 |
total | 767 | 5800 | 62 |
Unit 1 | SER14 ASP15 LEU16 VAL17 SER18 CYS19 CYS20 TYR21 ARG22 SER23 LEU24 ALA25 ALA26 PRO27 ASP28 LEU29 THR30 LEU31 ARG32 ASP33 LEU34 LEU35 ASP36 ILE37 VAL38 GLU39 THR40 SER41 GLN42 ALA43 HIS44 ASN45 ALA46 ARG47 ALA48 GLN49 LEU50 THR51 GLY52 ALA53 LEU54 PHE55 TYR56 SER57 GLN58 GLY59 VAL60 PHE61 PHE62 GLN63 TRP64 LEU65 GLU66 GLY67 ARG68 PRO69 ALA70 ALA71 VAL72 ALA73 GLU74 VAL75 MET76 THR77 HIS78 ILE79 GLN80 ARG81 ASP82 ARG83 ARG84 HIS85 SER86 ASN87 VAL88 GLU89 ILE90 LEU91 ALA92 GLU93 GLU94 PRO95 ILE96 ALA97 LYS98 ARG99 ARG100 PHE101 ALA102 GLY103 TRP104 HIS105 MET106 GLN107 LEU108 SER109 CYS110 SER111 GLU112 ALA113 ASP114 MET115 ARG116 SER117 LEU118 GLY119 LEU120 SER123 ARG124 GLN125 ILE126 VAL127 THR128 VAL129 GLY130 ARG131 SER132 LEU133 VAL134 ALA135 ASP136 ASN137 THR138 ASN139 ILE140 PHE141 SER142 PHE143 ASP144 ARG145 ILE146 ALA147 ALA148 VAL149 ARG150 ARG151 PHE152 LEU153 SER154 ASP155 VAL156 CYS157 ALA158 ALA159 ARG160 THR161 LEU162 ALA163 PRO164 ASP165 THR166 PRO167 VAL168 GLU169 ALA170 ASP171 THR172 PHE173 ALA174 LEU175 TYR176 ALA177 LEU178 THR179 GLU180 ALA181 GLN182 ALA183 GLY184 ARG185 SER186 GLY187 ARG188 ALA189 LYS190 ALA191 VAL192 ALA193 ARG194 LEU195 SER196 ASP197 LEU198 LEU199 SER200 THR201 ASP202 PRO203 LEU204 GLY205 ARG206 LEU207 THR208 GLU209 VAL210 GLU211 GLU212 LEU213 LEU214 ARG215 ALA216 HIS217 ALA218 PRO219 THR220 ALA221 ALA222 ASP223 PHE224 ALA225 ARG226 LEU227 PHE228 GLU229 ALA230 CYS231 ALA232 GLU233 ARG234 LEU235 THR236 ARG237 ALA238 LEU239 ALA240 GLU241 ASP242 ARG243 ILE244 SER245 ARG246 MET247 GLN248 VAL249 THR250 LEU251 ALA252 TYR253 SER254 ALA255 LEU256 GLN257 MET258 ALA259 LEU260 ARG261 ARG262 ILE263 HIS264 HIS265 LEU266 PRO267 ASP268 PRO269 GLN270 LYS271 SER272 VAL273 GLY274 ALA275 VAL276 LEU277 VAL278 ALA279 GLY280 VAL281 PRO282 GLY283 HIS284 LYS285 PRO286 ILE287 LEU288 GLU289 ALA290 ALA291 LEU292 ALA293 ALA294 GLU295 MET296 LEU297 ARG298 ALA299 VAL300 GLY301 TRP302 SER303 THR304 SER305 VAL306 VAL307 HIS308 PRO309 GLU310 SER311 VAL312 ALA313 ALA314 LEU315 ALA316 ALA317 ARG318 LEU319 LYS320 THR321 SER322 ARG323 THR324 SER325 THR326 LEU327 VAL328 VAL329 ALA330 PRO331 SER332 LEU333 LEU334 GLU335 GLY336 THR337 GLU338 GLN339 GLU340 ALA341 ASP342 THR343 LEU344 ARG345 PHE346 VAL347 SER348 ALA349 LEU350 ARG351 ALA352 ARG353 THR354 ASP355 LEU356 PRO357 GLY358 LEU359 SER360 ILE361 LEU362 VAL363 GLY364 GLY365 ARG366 LEU367 ALA368 GLN369 LEU370 PRO371 PRO372 SER373 LYS374 LEU375 LYS376 ASP377 SER378 GLY379 ALA380 ASP381 ALA382 GLY383 PHE384 ALA385 HIS386 LEU387 ALA388 LEU389 LEU390 PRO391 ALA392 ALA393 LEU394 ALA395 ARG396 VAL397 ALA398 |
Unit 2 | ASP15 LEU16 VAL17 SER18 CYS19 CYS20 TYR21 ARG22 SER23 LEU24 ALA25 ALA26 PRO27 ASP28 LEU29 THR30 LEU31 ARG32 ASP33 LEU34 LEU35 ASP36 ILE37 VAL38 GLU39 THR40 SER41 GLN42 ALA43 HIS44 ASN45 ALA46 ARG47 ALA48 GLN49 LEU50 THR51 GLY52 ALA53 LEU54 PHE55 TYR56 SER57 GLN58 GLY59 VAL60 PHE61 PHE62 GLN63 TRP64 LEU65 GLU66 GLY67 ARG68 PRO69 ALA70 ALA71 VAL72 ALA73 GLU74 VAL75 MET76 THR77 HIS78 ILE79 GLN80 ARG81 ASP82 ARG83 ARG84 HIS85 SER86 ASN87 VAL88 GLU89 ILE90 LEU91 ALA92 GLU93 GLU94 PRO95 ILE96 ALA97 LYS98 ARG99 ARG100 PHE101 ALA102 GLY103 TRP104 HIS105 MET106 GLN107 LEU108 SER109 CYS110 SER111 GLU112 ALA113 ASP114 MET115 ARG116 SER117 LEU118 GLY119 LEU120 SER123 ARG124 GLN125 ILE126 VAL127 THR128 VAL129 GLY130 ARG131 SER132 LEU133 VAL134 ALA135 ASP136 ASN137 THR138 ASN139 ILE140 PHE141 SER142 PHE143 ASP144 ARG145 ILE146 ALA147 ALA148 VAL149 ARG150 ARG151 PHE152 LEU153 SER154 ASP155 VAL156 CYS157 ALA158 ALA159 ARG160 THR161 LEU162 ALA163 PRO164 ASP165 THR166 PRO167 VAL168 GLU169 ALA170 ASP171 THR172 PHE173 ALA174 LEU175 TYR176 ALA177 LEU178 THR179 GLU180 ALA181 GLN182 ALA183 GLY184 ARG185 SER186 GLY187 ARG188 ALA189 LYS190 ALA191 VAL192 ALA193 ARG194 LEU195 SER196 ASP197 LEU198 LEU199 SER200 THR201 ASP202 PRO203 LEU204 GLY205 ARG206 LEU207 THR208 GLU209 VAL210 GLU211 GLU212 LEU213 LEU214 ARG215 ALA216 HIS217 ALA218 PRO219 THR220 ALA221 ALA222 ASP223 PHE224 ALA225 ARG226 LEU227 PHE228 GLU229 ALA230 CYS231 ALA232 GLU233 ARG234 LEU235 THR236 ARG237 ALA238 LEU239 ALA240 GLU241 ASP242 ARG243 ILE244 SER245 ARG246 MET247 GLN248 VAL249 THR250 LEU251 ALA252 TYR253 SER254 ALA255 LEU256 GLN257 MET258 ALA259 LEU260 ARG261 ARG262 ILE263 HIS264 HIS265 LEU266 PRO267 ASP268 PRO269 GLN270 LYS271 SER272 VAL273 GLY274 ALA275 VAL276 LEU277 VAL278 ALA279 GLY280 VAL281 PRO282 GLY283 HIS284 LYS285 PRO286 ILE287 LEU288 GLU289 ALA290 ALA291 LEU292 ALA293 ALA294 GLU295 MET296 LEU297 ARG298 ALA299 VAL300 GLY301 TRP302 SER303 THR304 SER305 VAL306 VAL307 HIS308 PRO309 GLU310 SER311 VAL312 ALA313 ALA314 LEU315 ALA316 ALA317 ARG318 LEU319 LYS320 THR321 SER322 ARG323 THR324 SER325 THR326 LEU327 VAL328 VAL329 ALA330 PRO331 SER332 LEU333 LEU334 GLU335 GLY336 THR337 GLU338 GLN339 GLU340 ALA341 ASP342 THR343 LEU344 ARG345 PHE346 VAL347 SER348 ALA349 LEU350 ARG351 ALA352 ARG353 THR354 ASP355 LEU356 PRO357 GLY358 LEU359 SER360 ILE361 LEU362 VAL363 GLY364 GLY365 ARG366 LEU367 ALA368 GLN369 LEU370 PRO371 PRO372 SER373 LYS374 LEU375 LYS376 ASP377 SER378 GLY379 ALA380 ASP381 ALA382 GLY383 PHE384 ALA385 HIS386 LEU387 ALA388 LEU389 LEU390 PRO391 ALA392 ALA393 LEU394 ALA395 ARG396 VAL397 ALA398 |
Unit 3 | FMN500 |
Unit 4 | FMN500 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |