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| Title | STRUCTURE OF RECJ COMPLEXED WITH DNA AND SSB-CT | |
| Keywords | RECF PATHWAY, DNA END RESECTION, TWO-METAL-ION CATALYSIS, SI STRAND-DNA, DNA BINDING PROTEIN-DNA COMPLEX | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 5F56 | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | SINGLE-STRANDED-DNA-SPECIFIC EXONUCLEASE | A | 703 | 5342 | 0 |
| 2 | Other macromolecule | DNA (5'-D(*CP*TP*GP*AP*TP*GP*GP*CP*A)-3') | C | 9 | 182 | 0 |
| 3 | Protein | ALA-ASP-LEU-PRO-PHE | B | 5 | 40 | 0 |
| 4 | Ligand | SINGLE-STRANDED-DNA-SPECIFIC EXONUCLEASE | A | 5 | 0 | 17 |
| 5 | Water | 142 | 0 | 142 | ||
| total | 864 | 5564 | 159 |
| Unit 1 | SER2 ARG3 PRO4 ALA5 HIS6 TRP7 LEU8 LEU9 ALA10 PRO11 PRO12 ALA13 SER14 ARG15 ASP16 ALA17 LEU18 LEU19 ALA20 THR21 MET22 ARG23 GLU24 TRP25 GLN26 VAL27 SER28 PRO29 PRO30 VAL31 ALA32 GLN33 VAL34 LEU35 CYS36 GLY37 ARG38 ASP39 LEU40 ARG41 THR42 GLU43 LEU44 LEU45 ALA46 LEU47 PRO48 LEU49 GLU50 LEU51 THR52 PRO53 ASN54 PRO55 ALA56 LEU57 ARG58 GLU59 ALA60 ALA61 ARG62 HIS63 ILE64 VAL65 ALA66 ALA67 VAL68 ARG69 GLU70 GLY71 LYS72 ARG73 ILE74 ARG75 ILE76 HIS77 GLY78 ASP79 TYR80 ASP81 ALA82 ASP83 GLY84 VAL85 SER86 ALA87 THR88 ALA89 THR90 LEU91 VAL92 LEU93 GLY94 LEU95 ARG96 ALA97 ILE98 GLY99 ALA100 ASN101 VAL102 HIS103 GLY104 PHE105 ILE106 PRO107 HIS108 ARG109 LEU110 ASN111 GLU112 GLY113 TYR114 GLY115 ILE116 HIS117 PRO118 ASP119 ARG120 VAL121 PRO122 GLU123 HIS124 ALA125 ALA126 ALA127 ALA128 ASP129 LEU130 VAL131 VAL132 THR133 VAL134 ASP135 CYS136 GLY137 VAL138 SER139 ASN140 LEU141 ASP142 GLU143 VAL144 LYS145 SER146 LEU147 LEU148 ALA149 THR150 GLY151 THR152 GLU153 VAL154 VAL155 VAL156 THR157 ASP158 HIS159 HIS160 ALA161 PRO162 GLY163 GLU164 ASN165 PHE166 PRO167 GLU168 CYS169 LEU170 VAL171 VAL172 HIS173 PRO174 HIS175 LEU176 THR177 PRO178 ASP179 TYR180 ASP181 PRO182 ASP183 ARG184 HIS185 ASN186 LEU187 THR188 GLY189 ALA190 GLY191 VAL192 ALA193 TYR194 HIS195 LEU196 LEU197 TRP198 ALA199 VAL200 TYR201 GLU202 GLU203 LEU204 GLY205 ARG206 PRO207 GLU208 PRO209 ARG210 ALA211 LEU212 LEU213 PRO214 LEU215 ALA216 THR217 LEU218 GLY219 THR220 VAL221 ALA222 ASP223 VAL224 ALA225 PRO226 LEU227 LEU228 GLY229 GLU230 ASN231 ARG232 ALA233 LEU234 VAL235 ARG236 ALA237 GLY238 LEU239 ALA240 GLU241 MET242 ALA243 ARG244 THR245 GLU246 LEU247 PRO248 GLY249 LEU250 ARG251 ALA252 LEU253 MET254 ASN255 GLU256 LYS257 ARG258 VAL259 ARG260 GLN261 PRO262 THR263 ALA264 ARG265 ASP266 VAL267 ALA268 PHE269 ILE270 LEU271 ALA272 PRO273 ARG274 ILE275 ASN276 ALA277 ALA278 GLY279 ARG280 MET281 GLY282 GLU283 ALA284 ASP285 ARG286 ALA287 LEU288 GLU289 LEU290 LEU291 THR292 THR293 PRO294 SER295 ASP296 HIS297 GLU298 ALA299 LYS300 SER301 LEU302 ALA303 ALA304 TYR305 LEU306 GLU307 ILE308 ARG309 ASN310 GLN311 GLU312 ARG313 ARG314 LYS315 ILE316 GLN317 ASP318 ASP319 MET320 PHE321 ALA322 GLN323 ALA324 LEU325 GLN326 LEU327 ALA328 ASP329 PRO330 ASN331 ASP332 PRO333 ALA334 LEU335 VAL336 LEU337 THR338 HIS339 ASP340 ASP341 TRP342 HIS343 ALA344 GLY345 VAL346 MET347 GLY348 ILE349 VAL350 ALA351 SER352 LYS353 LEU354 VAL355 GLU356 THR357 PHE358 ASN359 ARG360 PRO361 VAL362 TYR363 ILE364 VAL365 ALA366 GLN367 GLY368 LYS369 GLY370 SER371 VAL372 ARG373 SER374 THR375 PRO376 GLY377 ILE378 SER379 ALA380 VAL381 GLN382 GLY383 LEU384 ARG385 GLU386 SER387 ARG388 ASP389 LEU390 LEU391 GLY392 ARG393 PHE394 GLY395 GLY396 HIS397 PRO398 GLY399 ALA400 ALA401 GLY402 PHE403 SER404 LEU405 ASP406 PRO407 GLN408 ASN409 PHE410 GLY411 ALA412 LEU413 ARG414 GLU415 ARG416 ILE417 HIS418 GLY419 TYR420 VAL421 ARG422 GLN423 PHE424 PRO425 THR426 PRO427 VAL428 PRO429 ALA430 VAL431 ARG432 LEU433 ASP434 ALA435 PRO436 LEU437 PRO438 VAL439 ALA440 ALA441 LEU442 THR443 PRO444 GLU445 LEU446 LEU447 SER448 GLU449 LEU450 SER451 ILE452 LEU453 GLU454 PRO455 PHE456 GLY457 GLU458 GLY459 ASN460 PRO461 ARG462 PRO463 LEU464 TRP465 HIS466 LEU467 ARG468 GLY469 PRO470 LEU471 THR472 ASP473 THR474 ARG475 LEU476 VAL477 GLY478 LYS479 GLN480 GLY481 ASP482 VAL483 LEU484 GLN485 PHE486 ARG487 PHE488 GLY489 GLY490 VAL491 LYS492 GLY493 MET494 LYS495 TYR496 SER497 GLU498 ARG499 ASP500 ASP501 ALA502 ALA503 GLY504 GLU505 ARG506 ASP507 VAL508 ALA509 ALA510 GLU511 LEU512 ALA513 LEU514 ASN515 GLU516 TRP517 LYS518 GLY519 ARG520 THR521 SER522 LEU523 GLU524 LEU525 HIS526 ALA527 ALA528 ALA529 LEU530 ARG531 PRO532 LEU533 ALA534 PRO535 LEU536 ALA537 LEU538 ALA539 GLY540 THR541 GLU542 GLU543 GLY544 LEU545 PRO546 THR547 LEU548 PRO549 ARG550 LEU551 ASN552 PRO553 ARG554 GLU555 ALA556 MET557 THR558 PHE559 LEU560 LYS561 THR562 GLY563 ALA564 ALA565 ALA566 TYR567 ALA568 GLU569 GLN570 GLY571 VAL572 ALA573 THR574 TYR575 LEU576 ARG577 ASP578 ASN579 VAL580 PRO581 GLY582 LEU583 THR584 LEU585 LEU586 ASP587 THR588 ASN589 ALA590 PRO591 HIS592 PRO593 GLY594 GLY595 ASP596 LEU597 ILE598 LEU599 TYR600 GLY601 LEU602 PRO603 PRO604 GLU605 SER606 ALA607 LEU608 ARG609 ARG610 TRP611 LEU612 HIS613 GLU614 ALA615 GLN616 GLU617 GLN618 GLY619 GLY620 ARG621 VAL622 ALA623 PHE624 ALA625 LEU626 GLY627 PRO628 LYS629 THR630 LEU631 ALA632 GLU633 LEU634 ASP635 ALA636 ALA637 LEU638 THR639 LEU640 ALA641 LYS642 LEU643 LEU644 PRO645 ASP646 SER647 HIS648 THR649 GLU650 ALA651 ALA652 GLN653 GLU654 ALA655 ALA656 ALA657 ASP658 ALA659 TYR660 ARG661 SER662 TRP663 GLN664 TRP665 ALA666 HIS667 HIS668 TYR669 ARG670 VAL671 LEU672 ASN673 ASP674 ALA675 GLY676 TRP677 SER678 ALA679 SER680 VAL681 TYR682 ALA683 MET684 LEU685 GLY686 LEU687 PRO688 VAL689 PRO690 ALA691 ALA692 LEU693 PRO694 LYS695 ALA696 ALA697 GLU698 ALA699 LEU700 ALA701 LEU702 ALA703 ALA704 |
| Unit 3 | ALA297 ASP298 LEU299 PRO300 PHE301 |
| Unit 2 | DC1 DT2 DG3 DA4 DT5 DG6 DG7 DC8 DA9 |
| Unit 4 | SO4801 SO4802 SO4803 MN804 MN805 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |