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Title | CRYSTAL STRUCTURE OF THE TRBD DOMAIN OF TERT AND THE CR4/5 O | |
Keywords | TELOMERASE, TELOMERASE RNA, PROTEIN-RNA INTERACTION, RNA BIN PROTEIN-RNA COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4O26 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | TELOMERASE REVERSE TRANSCRIPTASE | A | 240 | 1965 | 0 |
2 | Protein | TELOMERASE REVERSE TRANSCRIPTASE | B | 228 | 1884 | 0 |
3 | RNA | E | 47 | 1000 | 0 | |
4 | RNA | F | 47 | 1000 | 0 | |
5 | Ligand | TELOMERASE REVERSE TRANSCRIPTASE | A | 8 | 0 | 40 |
6 | Ligand | TELOMERASE REVERSE TRANSCRIPTASE | B | 4 | 0 | 20 |
7 | Water | 31 | 0 | 31 | ||
total | 605 | 5849 | 91 |
Unit 1 | GLY316 SER317 GLY318 PHE319 LEU320 TYR321 GLY322 GLY323 ARG324 GLY325 MET326 HIS327 GLY328 PHE329 CYS330 LEU331 ASN332 ARG333 LYS334 ARG335 ARG336 THR337 ALA338 ALA339 GLY340 PRO341 ARG342 ARG343 LEU344 GLN345 GLY346 GLN347 ASP348 LEU349 VAL350 ARG351 LEU352 VAL353 PHE354 PHE355 GLU356 GLY357 LEU358 LYS367 PRO368 LYS369 LYS370 LEU371 PRO372 LEU373 ARG374 TYR375 PHE376 ASN377 MET378 VAL379 PRO380 VAL381 PHE382 GLY383 ARG384 LEU385 LEU386 GLN387 ARG388 HIS389 ARG390 LYS391 CYS392 ARG393 TYR394 SER395 SER396 VAL397 LEU398 HIS399 ARG400 MET401 CYS402 PRO403 VAL404 VAL405 GLU406 LEU407 SER408 ARG409 ALA410 ALA411 GLN412 GLY413 GLU414 LEU415 SER416 SER417 LEU418 ILE419 PRO420 GLN421 HIS422 CYS423 ALA424 PRO425 HIS426 ARG427 VAL428 TYR429 LEU430 PHE431 VAL432 ARG433 GLU434 CYS435 LEU436 THR437 ALA438 VAL439 VAL440 PRO441 GLU442 GLU443 LEU444 TRP445 GLY446 SER447 ASP448 HIS449 ASN450 ARG451 LEU452 GLN453 PHE454 PHE455 SER456 ARG457 VAL458 ARG459 GLY460 PHE461 LEU462 LYS463 SER464 GLY465 SER471 VAL472 ALA473 GLU474 LEU475 MET476 TRP477 LYS478 ILE479 LYS480 VAL481 MET482 ASP483 CYS484 ASP485 TRP486 LEU487 LYS488 LEU489 ARG490 ARG491 THR492 ALA493 GLY494 ARG495 PHE496 PRO497 PRO498 SER499 GLU500 LEU501 ALA502 TYR503 ARG504 THR505 ARG506 ILE507 LEU508 SER509 GLN510 PHE511 LEU512 THR513 TRP514 LEU515 LEU516 ASP517 GLY518 PHE519 VAL520 VAL521 GLY522 LEU523 VAL524 ARG525 ALA526 CYS527 PHE528 TYR529 ALA530 THR531 GLU532 SER533 ASN538 ALA539 ILE540 ARG541 PHE542 TYR543 ARG544 GLN545 GLU546 VAL547 TRP548 SER549 LYS550 LEU551 GLN552 ASP553 LEU554 ALA555 PHE556 ARG557 ARG558 HIS559 ILE560 ALA561 LYS562 GLY563 GLU564 MET565 GLU566 GLU567 LEU568 SER569 PRO570 ALA571 GLN572 |
Unit 2 | SER317 GLY318 PHE319 LEU320 TYR321 GLY322 GLY323 ARG324 GLY325 MET326 HIS327 GLY328 PHE329 CYS330 LEU331 ASN332 ARG333 LYS334 ARG335 ARG336 THR337 ALA338 ALA339 GLY340 PRO341 ARG342 ARG343 LEU344 GLN345 GLY346 GLN347 ASP348 LEU349 VAL350 ARG351 LEU352 VAL353 PHE354 PHE355 GLU356 LYS369 LYS370 LEU371 PRO372 LEU373 ARG374 TYR375 PHE376 ASN377 MET378 VAL379 PRO380 VAL381 PHE382 GLY383 ARG384 LEU385 LEU386 GLN387 ARG388 HIS389 ARG390 LYS391 CYS392 ARG393 TYR394 SER395 SER396 VAL397 LEU398 HIS399 ARG400 MET401 CYS402 PRO403 VAL404 VAL405 GLU406 LEU407 SER408 ARG409 ALA410 ALA411 GLN412 GLY413 GLU414 LEU415 SER416 SER417 LEU418 ILE419 PRO420 GLN421 HIS422 CYS423 ALA424 PRO425 HIS426 ARG427 VAL428 TYR429 LEU430 PHE431 VAL432 ARG433 GLU434 CYS435 LEU436 THR437 ALA438 VAL439 VAL440 PRO441 GLU442 GLU443 LEU444 TRP445 GLY446 SER447 ASP448 HIS449 ASN450 ARG451 LEU452 GLN453 PHE454 PHE455 SER456 ARG457 VAL458 ARG459 GLY460 PHE461 LEU462 LYS463 SER464 GLY465 LYS466 PHE467 GLU468 ARG469 ILE470 SER471 VAL472 GLU474 LEU475 MET476 TRP477 LYS478 ILE479 LYS480 VAL481 MET482 ASP483 CYS484 ASP485 TRP486 LEU487 LYS488 LEU489 PRO497 PRO498 SER499 GLU500 LEU501 ALA502 TYR503 ARG504 THR505 ARG506 ILE507 LEU508 SER509 GLN510 PHE511 LEU512 THR513 TRP514 LEU515 LEU516 ASP517 GLY518 PHE519 VAL520 VAL521 GLY522 LEU523 VAL524 ARG525 ALA526 CYS527 PHE528 TYR529 ALA530 THR531 GLU532 SER533 VAL534 GLY535 GLN536 LYS537 ASN538 ALA539 ILE540 ARG541 PHE542 TYR543 ARG544 GLN545 GLU546 VAL547 TRP548 SER549 LYS550 LEU551 GLN552 ASP553 LEU554 ALA555 PHE556 ARG557 ARG558 HIS559 ILE560 ALA561 LYS562 GLY563 GLU564 |
Unit 3 | G170 G171 A172 A173 C174 G175 C176 C177 G178 C179 G180 G181 U182 C183 A184 G185 C186 U187 C188 G189 G190 C191 U192 G193 C194 U195 G196 C197 G198 A199 A200 G201 A202 G203 U204 C209 U210 C211 U212 G213 U214 U215 G216 U217 U218 C219 C220 |
Unit 4 | G170 G171 A172 A173 C174 G175 C176 C177 G178 C179 G180 G181 U182 C183 A184 G185 C186 U187 C188 G189 G190 C191 U192 G193 C194 U195 G196 C197 G198 A199 A200 G201 A202 G203 U204 C209 U210 C211 U212 G213 U214 U215 G216 U217 U218 C219 C220 |
Unit 5 | SO4601 SO4602 SO4603 SO4604 SO4605 SO4606 SO4607 SO4608 |
Unit 6 | SO4601 SO4602 SO4603 SO4604 |
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 |