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| Title | STRUCTURE OF THE RECQ CATALYTIC CORE FROM DEINOCOCCUS RADIOD | |
| Keywords | DNA UNWINDING, HELICASE, DNA BINDING PROTEIN | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 4Q48 | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | DNA HELICASE RECQ | A | 500 | 3916 | 0 |
| 2 | Protein | DNA HELICASE RECQ | B | 501 | 3923 | 0 |
| 3 | Ligand | DNA HELICASE RECQ | A | 1 | 0 | 1 |
| 4 | Ligand | DNA HELICASE RECQ | B | 1 | 0 | 1 |
| total | 1003 | 7839 | 2 |
| Unit 1 | LEU8 HIS9 ASP10 ARG11 ALA12 LEU13 HIS14 LEU15 LEU16 GLN17 THR18 ILE19 TRP20 GLY21 TYR22 PRO23 ALA24 PHE25 ARG26 GLY27 VAL28 GLN29 GLY30 GLU31 ILE32 VAL33 GLN34 GLN35 VAL36 ALA37 GLU38 GLY39 GLY40 ASN41 ALA42 LEU43 VAL44 LEU45 MET46 PRO47 THR48 GLY49 GLY50 GLY51 LYS52 SER53 LEU54 CYS55 TYR56 GLN57 LEU58 PRO59 SER60 LEU61 LEU62 ARG63 PRO64 GLY65 THR66 GLY67 ILE68 VAL69 VAL70 SER71 PRO72 LEU73 ILE74 ALA75 LEU76 MET77 LYS78 ASP79 GLN80 VAL81 ASP82 THR83 LEU84 ARG85 GLN86 ASN87 GLY88 VAL89 ARG90 ALA91 ALA92 PHE93 LEU94 ASN95 SER96 THR97 LEU98 LEU99 PRO100 HIS101 GLU102 ALA103 ARG104 GLU105 VAL106 GLU107 ASP108 ALA109 LEU110 LEU111 ARG112 GLY113 ASP114 LEU115 ASP116 LEU117 LEU118 TYR119 VAL120 ALA121 PRO122 GLU123 ARG124 LEU125 LEU126 MET127 PRO128 ARG129 THR130 LEU131 ASP132 LEU133 LEU134 GLU135 ARG136 ALA137 PRO138 VAL139 ALA140 LEU141 PHE142 ALA143 ILE144 ASP145 GLU146 ALA147 HIS148 CYS149 VAL150 SER151 GLN152 TRP153 GLY154 HIS155 ASP156 PHE157 ARG158 PRO159 GLU160 TYR161 GLN162 GLN163 LEU164 SER165 VAL166 LEU167 ALA168 GLU169 ARG170 PHE171 PRO172 GLU173 LEU174 PRO175 ARG176 VAL177 ALA178 LEU179 THR180 ALA181 THR182 ALA183 ASP184 GLU185 ARG186 THR187 ARG188 ALA189 ASP190 ILE191 LYS192 SER193 VAL194 LEU195 ARG196 LEU197 GLU198 ASP199 ALA200 PRO201 GLN202 PHE203 VAL204 SER205 SER206 PHE207 ASP208 ARG209 PRO210 ASN211 ILE212 GLN213 TYR214 ARG215 VAL216 GLY217 LEU218 LYS219 ASP220 SER221 PRO222 LYS223 THR224 GLN225 LEU226 LEU227 HIS228 PHE229 ILE230 ARG231 GLU232 GLU233 HIS234 PRO235 GLY236 ASP237 ALA238 GLY239 ILE240 VAL241 TYR242 CYS243 LEU244 SER245 ARG246 LYS247 SER248 VAL249 GLU250 GLU251 THR252 ALA253 LYS254 TRP255 LEU256 GLN257 ALA258 GLN259 GLY260 ILE261 ASP262 ALA263 LEU264 ALA265 TYR266 HIS267 ALA268 GLY269 LEU270 SER271 SER272 THR273 GLU274 ARG275 ASN276 ASN277 VAL278 GLN279 GLU280 ARG281 PHE282 LEU283 ASN284 GLU285 GLU286 GLY287 VAL288 ILE289 VAL290 CYS291 ALA292 THR293 VAL294 ALA295 ASP301 LYS302 PRO303 ASN304 VAL305 ARG306 PHE307 VAL308 ALA309 HIS310 LEU311 ASP312 LEU313 PRO314 LYS315 SER316 MET317 GLU318 GLY319 TYR320 TYR321 GLN322 GLU323 THR324 GLY325 ARG326 ALA327 GLY328 ARG329 ASP330 GLY331 LEU332 PRO333 SER334 THR335 ALA336 TRP337 MET338 VAL339 TYR340 GLY341 LEU342 SER343 ASP344 VAL345 VAL346 ASN347 VAL348 ARG349 ARG350 MET351 LEU352 ALA353 GLN354 SER355 ASP356 ALA357 PRO358 GLU359 GLU360 VAL361 LYS362 ARG363 VAL364 GLU365 ALA366 SER367 LYS368 LEU369 ASP370 ALA371 LEU372 LEU373 THR374 TYR375 CYS376 GLU377 ALA378 ALA379 THR380 CYS381 ARG382 ARG383 GLN384 VAL385 LEU386 LEU387 HIS388 TYR389 PHE390 GLY391 GLU392 GLU393 LEU394 SER395 GLU396 PRO397 CYS398 GLY399 ASN400 CYS401 ASP402 VAL403 CYS404 LEU405 ASN406 PRO407 PRO408 ARG409 VAL410 ARG411 ASP412 LEU413 THR414 ARG415 GLU416 ALA417 GLN418 MET419 ALA420 LEU421 SER422 ALA423 THR424 ILE425 ARG426 THR427 GLY428 ASN429 ARG430 PHE431 GLY432 ALA433 ALA434 HIS435 LEU436 THR437 ASP438 VAL439 LEU440 LEU441 GLY442 ARG443 GLU444 THR445 ASP446 LYS447 VAL448 LEU449 ALA450 GLN451 GLY452 HIS453 HIS454 GLN455 LEU456 PRO457 THR458 PHE459 GLY460 VAL461 GLY462 LYS463 GLU464 HIS465 ASP466 GLU467 LYS468 LEU469 TRP470 ARG471 SER472 VAL473 LEU474 ARG475 GLN476 LEU477 VAL478 SER479 LEU480 GLY481 TYR482 LEU483 SER484 ALA485 ASP486 ASP487 HIS488 PHE489 GLY490 LEU491 ARG492 ALA493 THR494 GLY495 LYS496 SER497 ARG498 GLY499 ILE500 LEU501 LYS502 GLU503 GLY504 GLN505 LYS506 LEU507 LEU508 LEU509 ARG510 GLU511 ASP512 |
| Unit 2 | LEU8 HIS9 ASP10 ARG11 ALA12 LEU13 HIS14 LEU15 LEU16 GLN17 THR18 ILE19 TRP20 GLY21 TYR22 PRO23 ALA24 PHE25 ARG26 GLY27 VAL28 GLN29 GLY30 GLU31 ILE32 VAL33 GLN34 GLN35 VAL36 ALA37 GLU38 GLY39 GLY40 ASN41 ALA42 LEU43 VAL44 LEU45 MET46 PRO47 THR48 GLY49 GLY50 GLY51 LYS52 SER53 LEU54 CYS55 TYR56 GLN57 LEU58 PRO59 SER60 LEU61 LEU62 ARG63 PRO64 GLY65 THR66 GLY67 ILE68 VAL69 VAL70 SER71 PRO72 LEU73 ILE74 ALA75 LEU76 MET77 LYS78 ASP79 GLN80 VAL81 ASP82 THR83 LEU84 ARG85 GLN86 ASN87 GLY88 VAL89 ARG90 ALA91 ALA92 PHE93 LEU94 ASN95 SER96 THR97 LEU98 LEU99 PRO100 HIS101 GLU102 ALA103 ARG104 GLU105 VAL106 GLU107 ASP108 ALA109 LEU110 LEU111 ARG112 GLY113 ASP114 LEU115 ASP116 LEU117 LEU118 TYR119 VAL120 ALA121 PRO122 GLU123 ARG124 LEU125 LEU126 MET127 PRO128 ARG129 THR130 LEU131 ASP132 LEU133 LEU134 GLU135 ARG136 ALA137 PRO138 VAL139 ALA140 LEU141 PHE142 ALA143 ILE144 ASP145 GLU146 ALA147 HIS148 CYS149 VAL150 SER151 GLN152 TRP153 GLY154 HIS155 ASP156 PHE157 ARG158 PRO159 GLU160 TYR161 GLN162 GLN163 LEU164 SER165 VAL166 LEU167 ALA168 GLU169 ARG170 PHE171 PRO172 GLU173 LEU174 PRO175 ARG176 VAL177 ALA178 LEU179 THR180 ALA181 THR182 ALA183 ASP184 GLU185 ARG186 THR187 ARG188 ALA189 ASP190 ILE191 LYS192 SER193 VAL194 LEU195 ARG196 LEU197 GLU198 ASP199 ALA200 PRO201 GLN202 PHE203 VAL204 SER205 SER206 PHE207 ASP208 ARG209 PRO210 ASN211 ILE212 GLN213 TYR214 ARG215 VAL216 GLY217 LEU218 LYS219 ASP220 SER221 PRO222 LYS223 THR224 GLN225 LEU226 LEU227 HIS228 PHE229 ILE230 ARG231 GLU232 GLU233 HIS234 PRO235 GLY236 ASP237 ALA238 GLY239 ILE240 VAL241 TYR242 CYS243 LEU244 SER245 ARG246 LYS247 SER248 VAL249 GLU250 GLU251 THR252 ALA253 LYS254 TRP255 LEU256 GLN257 ALA258 GLN259 GLY260 ILE261 ASP262 ALA263 LEU264 ALA265 TYR266 HIS267 ALA268 GLY269 LEU270 SER271 SER272 THR273 GLU274 ARG275 ASN276 ASN277 VAL278 GLN279 GLU280 ARG281 PHE282 LEU283 ASN284 GLU285 GLU286 GLY287 VAL288 ILE289 VAL290 CYS291 ALA292 THR293 VAL294 ALA295 ASP301 LYS302 PRO303 ASN304 VAL305 ARG306 PHE307 VAL308 ALA309 HIS310 LEU311 ASP312 LEU313 PRO314 LYS315 SER316 MET317 GLU318 GLY319 TYR320 TYR321 GLN322 GLU323 THR324 GLY325 ARG326 ALA327 GLY328 ARG329 ASP330 GLY331 LEU332 PRO333 SER334 THR335 ALA336 TRP337 MET338 VAL339 TYR340 GLY341 LEU342 SER343 ASP344 VAL345 VAL346 ASN347 VAL348 ARG349 ARG350 MET351 LEU352 ALA353 GLN354 SER355 ASP356 ALA357 PRO358 GLU359 GLU360 VAL361 LYS362 ARG363 VAL364 GLU365 ALA366 SER367 LYS368 LEU369 ASP370 ALA371 LEU372 LEU373 THR374 TYR375 CYS376 GLU377 ALA378 ALA379 THR380 CYS381 ARG382 ARG383 GLN384 VAL385 LEU386 LEU387 HIS388 TYR389 PHE390 GLY391 GLU392 GLU393 LEU394 SER395 GLU396 PRO397 CYS398 GLY399 ASN400 CYS401 ASP402 VAL403 CYS404 LEU405 ASN406 PRO407 PRO408 ARG409 VAL410 ARG411 ASP412 LEU413 THR414 ARG415 GLU416 ALA417 GLN418 MET419 ALA420 LEU421 SER422 ALA423 THR424 ILE425 ARG426 THR427 GLY428 ASN429 ARG430 PHE431 GLY432 ALA433 ALA434 HIS435 LEU436 THR437 ASP438 VAL439 LEU440 LEU441 GLY442 ARG443 GLU444 THR445 ASP446 LYS447 VAL448 LEU449 ALA450 GLN451 GLY452 HIS453 HIS454 GLN455 LEU456 PRO457 THR458 PHE459 GLY460 VAL461 GLY462 LYS463 GLU464 HIS465 ASP466 GLU467 LYS468 LEU469 TRP470 ARG471 SER472 VAL473 LEU474 ARG475 GLN476 LEU477 VAL478 SER479 LEU480 GLY481 TYR482 LEU483 SER484 ALA485 ASP486 ASP487 HIS488 PHE489 GLY490 LEU491 ARG492 ALA493 THR494 GLY495 LYS496 SER497 ARG498 GLY499 ILE500 LEU501 LYS502 GLU503 GLY504 GLN505 LYS506 LEU507 LEU508 LEU509 ARG510 GLU511 ASP512 THR513 |
| Unit 3 | ZN801 |
| Unit 4 | ZN801 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |