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Title | CRYSTAL STRUCTURE OF A. AEOLICUS TRNASEC IN COMPLEX WITH M. SERRS | |
Keywords | CLASS 2 AMINOACYL-TRNA SYNTHETASE, TRANSFER RNA, AMINOACYLAT SELENOCYSTEINE INCORPORATION, SELENIUM METABOLISM, LIGASE-R COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3W3S | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | TYPE-2 SERINE--TRNA LIGASE | A | 527 | 4299 | 64 |
2 | RNA | B | 98 | 2090 | 0 | |
3 | Ligand | TYPE-2 SERINE--TRNA LIGASE | A | 23 | 0 | 75 |
4 | Ligand | SELENOCYSTEINE TRNA | B | 2 | 0 | 10 |
total | 650 | 6389 | 149 |
Unit 1 | MSE1 GLU2 LEU3 LYS4 PHE5 SER6 ALA7 GLU8 VAL9 GLU10 LEU11 THR12 LEU13 SER14 ARG15 GLU16 VAL17 ASP18 PRO19 ALA20 GLU21 ILE22 GLU23 PRO24 THR25 VAL26 GLU27 GLU28 PHE29 VAL30 LYS31 GLU32 ALA33 ASN34 GLU35 ASP36 LEU37 LEU38 GLN39 ARG40 GLY41 VAL42 PRO43 THR44 GLY45 LYS46 GLU47 GLY48 ALA49 LYS50 ILE51 GLU52 SER53 TYR54 TYR55 VAL56 LEU57 TYR58 ASP59 THR60 ILE61 TYR62 MSE63 GLU64 ILE65 THR66 GLY67 THR68 ARG69 TYR70 LEU71 ARG72 PRO73 HIS74 GLU75 ALA76 ALA77 MSE78 ARG79 VAL80 ARG81 LYS82 ARG83 LEU84 ALA85 GLU86 ARG87 LEU88 GLY89 ARG90 LYS91 HIS92 ARG93 VAL94 GLY95 VAL96 ARG97 ASP98 LEU99 LYS100 ILE101 PRO102 ARG103 TYR104 GLU105 VAL106 VAL107 LEU108 ARG109 PHE110 ASP111 ARG112 GLU113 VAL114 THR115 TYR116 ASP117 TYR118 VAL119 GLY120 TYR121 VAL122 PRO123 VAL124 ALA125 ASP126 ASP127 VAL128 VAL129 VAL130 GLU131 ASP132 GLY133 THR134 VAL135 ARG136 LEU137 THR138 PHE139 GLN140 ASP141 VAL142 ASP143 GLU144 GLU145 MSE146 LEU147 ARG148 ARG149 HIS150 VAL151 ILE152 ASP153 ARG154 VAL155 ILE156 ARG157 LEU158 VAL159 ALA160 TRP161 ALA162 VAL163 GLU164 GLU165 ARG166 SER167 GLU168 LEU169 VAL170 GLU171 ARG172 VAL173 THR174 LYS175 VAL176 GLU177 PRO178 GLY179 THR180 VAL181 VAL182 ASP183 GLU184 SER185 GLY186 PRO187 ARG188 ARG189 ILE190 ARG191 PHE192 ARG193 GLY194 ASP195 VAL196 THR197 GLU198 GLU199 ALA200 ARG201 ARG202 ARG203 GLY204 TRP205 VAL206 LYS207 GLU208 PHE209 PRO210 GLY211 ARG212 GLY213 GLN214 TRP215 ILE216 TYR217 THR218 PRO219 PRO220 MSE221 ALA222 ALA223 LEU224 PHE225 GLU226 VAL227 LEU228 ARG229 ASP230 PHE231 LEU232 LEU233 GLU234 ARG235 VAL236 THR237 ARG238 LYS239 LEU240 GLY241 PHE242 GLU243 PRO244 ALA245 LEU246 PHE247 PRO248 LYS249 LEU250 ILE251 PRO252 LEU253 GLU254 THR255 MSE256 PHE257 ARG258 MSE259 ARG260 TYR261 LEU262 HIS263 GLY264 LEU265 PRO266 ASP267 GLY268 MSE269 TYR270 TYR271 VAL272 CYS273 PRO274 PRO275 LYS276 ARG277 ASP278 PRO279 GLU280 LEU281 PHE282 ASP283 ASP284 PHE285 LYS286 ARG287 GLU288 LEU289 TYR290 VAL291 TRP292 GLY293 GLU294 LEU295 ASN296 GLU297 ARG298 THR299 LEU300 GLY301 SER302 LEU303 LYS304 GLU305 LYS306 LEU307 ARG308 ASP309 PRO310 GLY311 TYR312 VAL313 LEU314 ALA315 PRO316 ALA317 GLN318 CYS319 GLU320 PRO321 PHE322 TYR323 GLU324 LEU325 LEU326 ARG327 ASP328 GLU329 VAL330 VAL331 ASP332 PRO333 GLU334 ARG335 LEU336 PRO337 ILE338 LYS339 LEU340 TYR341 ASP342 CYS343 SER344 GLY345 TRP346 THR347 TYR348 ARG349 TRP350 GLU351 GLY352 GLY353 ALA354 ALA355 LYS356 GLY357 LEU358 GLU359 ARG360 VAL361 ASN362 GLU363 PHE364 GLN365 ARG366 ILE367 GLU368 HIS369 VAL370 TRP371 ILE372 ALA373 GLU374 PRO375 GLU376 GLU377 ALA378 TYR379 ARG380 ILE381 ARG382 ARG383 GLU384 LEU385 LEU386 GLU387 ALA388 THR389 LYS390 ARG391 VAL392 ALA393 GLU394 GLU395 LEU396 GLU397 LEU398 GLU399 TRP400 LYS401 VAL402 VAL403 VAL404 SER405 ASP406 ASP407 PRO408 PHE409 TYR410 LEU411 GLU412 GLY413 ARG414 LEU415 LEU416 GLU417 ASP418 ARG419 ASP420 ILE421 GLU422 LEU423 PRO424 ASP425 VAL426 PRO427 SER428 TYR429 GLU430 PHE431 GLU432 VAL433 TYR434 LEU435 PRO436 PHE437 LYS438 GLY439 GLU440 ARG441 SER442 SER443 GLU444 GLU445 ALA446 TRP447 ILE448 SER449 VAL450 GLY451 SER452 PHE453 ASN454 VAL455 HIS456 GLY457 GLU458 HIS459 PHE460 VAL461 ASP462 GLY463 PHE464 ASN465 VAL466 LYS467 GLU468 LYS469 SER470 GLY471 ARG472 THR473 LEU474 PHE475 THR476 GLY477 CYS478 ALA479 GLY480 LEU481 GLY482 VAL483 THR484 ARG485 TRP486 VAL487 VAL488 GLY489 LEU490 LEU491 ALA492 GLN493 HIS494 GLY495 PHE496 TYR497 PRO498 TYR499 GLU500 TRP501 PRO502 GLU503 PRO504 ILE505 LEU506 GLU507 ARG508 ILE509 ASP510 GLU511 LYS512 PHE513 GLY514 GLY515 LEU516 PRO517 GLU518 VAL519 PRO520 LYS521 THR522 LEU523 THR524 TRP525 PRO526 GLU527 |
Unit 2 | G1 G2 G3 A4 G5 A5A G6 G7 U8 U9 G10 G11 C11A C12 G13 G14 C15 U16 G18 G19 U20 G20A C21 C22 G23 C24 C25 C26 C27 G28 G29 G30 A31 C32 U33 U34 C35 A36 A37 A38 U39 C40 C41 C42 G43 U43A G44 G45 G46 A47 G47A G47B U47C C47D C47E C47F G47G C47H A47I A47J G47K G47L G47M A47N G47O C47P U47Q C47R C47S G48 G49 A50 G51 G52 G53 U54 U55 C56 G57 A58 U59 U60 C61 C62 C63 U64 C65 C66 C67 U67A C68 U69 C70 C71 C72 G73 C74 C75 |
Unit 3 | ZN2001 SSA2002 PT2003 PT2004 PT2005 PT2006 PT2007 PT2008 PT2009 PT2010 PT2011 PT2012 PT2013 PT2014 PT2015 PT2016 PT2017 SO42018 SO42019 SO42020 SO42021 SO42022 SO42023 |
Unit 4 | SO4101 SO4102 |
Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |