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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE ANALYSIS OF IRON REGULATORY PROTEIN 1 IN C WITH TRANSFERRIN RECEPTOR IRE B RNA
Keywords RNA BINDING, IRON SULFUR CLUSTER BINDING, PHOSPHORYLATION, L COMPLEX
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   3SN2     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   CYTOPLASMIC ACONITATE HYDRATASE  A 848 13259 0
2  RNA    B 29 918 0
3 Water     146 0 146
total       1023 14177 146
Proteins
Unit 1 SER2 ASN3 PRO4 PHE5 ALA6 TYR7 LEU8 ALA9 GLU10 PRO11 LEU12 ASP13 PRO14 ALA15 GLN16 PRO17 GLY18 LYS19 LYS20 PHE21 PHE22 ASN23 LEU24 ASN25 LYS26 LEU27 ASP28 TYR29 SER30 ARG31 TYR32 GLY33 ARG34 LEU35 PRO36 PHE37 SER38 ILE39 ARG40 VAL41 LEU42 LEU43 GLU44 ALA45 ALA46 VAL47 ARG48 ASN49 CYS50 ASP51 LYS52 PHE53 LEU54 VAL55 LYS56 LYS57 GLU58 ASP59 ILE60 GLU61 ASN62 ILE63 LEU64 ASN65 TRP66 ASN67 VAL68 THR69 GLN70 HIS71 MET72 ASN73 ILE74 GLU75 VAL76 PRO77 PHE78 LYS79 PRO80 ALA81 ARG82 VAL83 ILE84 LEU85 GLN86 ASP87 PHE88 THR89 GLY90 VAL91 PRO92 SER93 VAL94 VAL95 ASP96 PHE97 ALA98 ALA99 MET100 ARG101 ASP102 ALA103 VAL104 LYS105 LYS106 LEU107 GLY108 GLY109 ASP110 PRO111 GLU112 LYS113 ILE114 ASN115 PRO116 ILE117 CYS118 PRO119 VAL120 ASP121 LEU122 VAL123 ILE124 ASP125 PHE147 GLU148 ARG149 ASN150 ARG151 GLU152 ARG153 PHE154 GLU155 PHE156 LEU157 LYS158 TRP159 GLY160 SER161 LYS162 ALA163 PHE164 ARG165 ASN166 MET167 ARG168 ILE169 ILE170 PRO171 PRO172 GLY173 SER174 GLY175 ILE176 ILE177 HIS178 GLN179 VAL180 ASN181 LEU182 GLU183 TYR184 LEU185 ALA186 ARG187 VAL188 VAL189 PHE190 ASP191 GLN192 ASP193 GLY194 TYR195 TYR196 TYR197 PRO198 ASP199 SER200 LEU201 VAL202 GLY203 THR204 ASP205 SER206 HIS207 THR208 THR209 MET210 ILE211 ASP212 GLY213 LEU214 GLY215 VAL216 LEU217 GLY218 TRP219 GLY220 VAL221 GLY222 GLY223 ILE224 GLU225 ALA226 GLU227 ALA228 VAL229 MET230 LEU231 GLY232 GLN233 PRO234 ILE235 SER236 MET237 VAL238 LEU239 PRO240 GLN241 VAL242 ILE243 GLY244 TYR245 ARG246 LEU247 MET248 GLY249 LYS250 PRO251 HIS252 PRO253 LEU254 VAL255 THR256 SER257 THR258 ASP259 ILE260 VAL261 LEU262 THR263 ILE264 THR265 LYS266 HIS267 LEU268 ARG269 GLN270 VAL271 GLY272 VAL273 VAL274 GLY275 LYS276 PHE277 VAL278 GLU279 PHE280 PHE281 GLY282 PRO283 GLY284 VAL285 ALA286 GLN287 LEU288 SER289 ILE290 ALA291 ASP292 ARG293 ALA294 THR295 ILE296 ALA297 ASN298 MET299 CYS300 PRO301 GLU302 TYR303 GLY304 ALA305 THR306 ALA307 THR308 PHE309 PHE310 PRO311 VAL312 ASP313 GLU314 VAL315 SER316 ILE317 LYS318 TYR319 LEU320 VAL321 GLN322 THR323 GLY324 ARG325 ASP326 GLU327 SER328 LYS329 VAL330 LYS331 GLN332 ILE333 ARG334 LYS335 TYR336 LEU337 GLN338 ALA339 VAL340 GLY341 MET342 PHE343 ARG344 ASP345 TYR346 SER347 ASP348 PRO349 SER350 GLN351 ASP352 PRO353 ASP354 PHE355 THR356 GLN357 VAL358 VAL359 GLU360 LEU361 ASP362 LEU363 LYS364 THR365 VAL366 VAL367 PRO368 CYS369 CYS370 SER371 GLY372 PRO373 LYS374 ARG375 PRO376 GLN377 ASP378 LYS379 VAL380 ALA381 VAL382 SER383 ASP384 MET385 LYS386 LYS387 ASP388 PHE389 GLU390 SER391 CYS392 LEU393 GLY394 ALA395 LYS396 GLN397 GLY398 PHE399 LYS400 GLY401 PHE402 GLN403 VAL404 ALA405 PRO406 ASP407 HIS408 HIS409 ASN410 ASP411 HIS412 LYS413 THR414 PHE415 ILE416 TYR417 ASN418 ASP419 SER420 GLU421 PHE422 THR423 LEU424 SER425 HIS426 GLY427 SER428 VAL429 VAL430 ILE431 ALA432 ALA433 ILE434 THR435 SER436 SER437 THR438 ASN439 THR440 SER441 ASN442 PRO443 SER444 VAL445 MET446 LEU447 GLY448 ALA449 GLY450 LEU451 LEU452 ALA453 LYS454 LYS455 ALA456 VAL457 ASP458 ALA459 GLY460 LEU461 ASN462 VAL463 LYS464 PRO465 TYR466 VAL467 LYS468 THR469 SER470 LEU471 SER472 PRO473 GLY474 SER475 GLY476 VAL477 VAL478 THR479 TYR480 TYR481 LEU482 ARG483 GLU484 SER485 GLY486 VAL487 MET488 PRO489 TYR490 LEU491 SER492 GLN493 LEU494 GLY495 PHE496 ASP497 VAL498 VAL499 PRO512 LEU513 PRO514 GLU515 PRO516 VAL517 VAL518 GLU519 ALA520 ILE521 THR522 GLN523 GLY524 ASP525 LEU526 VAL527 ALA528 VAL529 GLY530 VAL531 LEU532 SER533 GLY534 ASN535 ARG536 ASN537 PHE538 GLU539 GLY540 ARG541 VAL542 HIS543 PRO544 ASN545 THR546 ARG547 ALA548 ASN549 TYR550 LEU551 ALA552 SER553 PRO554 PRO555 LEU556 VAL557 ILE558 ALA559 TYR560 ALA561 ILE562 ALA563 GLY564 THR565 ILE566 ARG567 ILE568 ASP569 PHE570 GLU571 LYS572 GLU573 PRO574 LEU575 GLY576 THR577 ASN578 ALA579 LYS580 GLY581 GLN582 GLN583 VAL584 PHE585 LEU586 ARG587 ASP588 ILE589 TRP590 PRO591 THR592 ARG593 GLU594 GLU595 ILE596 GLN597 ALA598 VAL599 GLU600 ARG601 GLN602 TYR603 VAL604 ILE605 PRO606 GLY607 MET608 PHE609 THR610 GLU611 VAL612 TYR613 GLN614 LYS615 ILE616 GLU617 THR618 VAL619 ASN620 ALA621 SER622 SER630 ASP631 LYS632 LEU633 TYR634 LEU635 TRP636 ASN637 PRO638 LYS639 SER640 THR641 TYR642 ILE643 LYS644 SER645 PRO646 PRO647 PHE648 PHE649 GLU650 ASN651 LEU652 THR653 LEU654 ASP655 LEU656 GLN657 PRO658 PRO659 LYS660 SER661 ILE662 VAL663 ASP664 ALA665 TYR666 VAL667 LEU668 LEU669 ASN670 LEU671 GLY672 ASP673 SER674 VAL675 THR676 THR677 ASP678 HIS679 ILE680 SER681 PRO682 ALA683 GLY684 ASN685 ILE686 ALA687 ARG688 ASN689 SER690 PRO691 ALA692 ALA693 ARG694 TYR695 LEU696 THR697 ASN698 ARG699 GLY700 LEU701 THR702 PRO703 ARG704 GLU705 PHE706 ASN707 SER708 TYR709 GLY710 SER711 ARG712 ARG713 GLY714 ASN715 ASP716 ALA717 ILE718 MET719 ALA720 ARG721 GLY722 THR723 PHE724 ALA725 ASN726 ILE727 ARG728 LEU729 LEU730 ASN731 ARG732 PHE733 LEU734 ASN735 LYS736 GLN737 ALA738 PRO739 GLN740 THR741 ILE742 HIS743 LEU744 PRO745 SER746 GLY747 GLU748 THR749 LEU750 ASP751 VAL752 PHE753 ASP754 ALA755 ALA756 GLU757 ARG758 TYR759 GLN760 GLN761 GLU762 GLY763 HIS764 PRO765 LEU766 ILE767 VAL768 LEU769 ALA770 GLY771 LYS772 GLU773 TYR774 GLY775 SER776 GLY777 SER778 SER779 ARG780 ASP781 TRP782 ALA783 ALA784 LYS785 GLY786 PRO787 PHE788 LEU789 LEU790 GLY791 ILE792 LYS793 ALA794 VAL795 LEU796 ALA797 GLU798 SER799 TYR800 GLU801 ARG802 ILE803 HIS804 ARG805 SER806 ASN807 LEU808 VAL809 GLY810 MET811 GLY812 VAL813 ILE814 PRO815 LEU816 GLU817 TYR818 LEU819 PRO820 GLY821 GLU822 ASN823 ALA824 ASP825 SER826 LEU827 GLY828 LEU829 THR830 GLY831 ARG832 GLU833 ARG834 TYR835 THR836 ILE837 ILE838 ILE839 PRO840 GLU841 ASN842 LEU843 THR844 PRO845 ARG846 MET847 HIS848 VAL849 GLN850 VAL851 LYS852 LEU853 ASP854 THR855 GLY856 LYS857 THR858 PHE859 GLN860 ALA861 VAL862 ILE863 ARG864 PHE865 ASP866 THR867 ASP868 VAL869 GLU870 LEU871 THR872 TYR873 PHE874 HIS875 ASN876 GLY877 GLY878 ILE879 LEU880 ASN881 TYR882 MET883 ILE884 ARG885 LYS886 MET887 ALA888 LYS889
Nucleic acids
Unit 2 G2 A3 U4 U5 A6 U7 C8 G9 G10 A11 A12 G13 C14 A15 G16 U17 G18 C19 C20 U21 U22 C23 C24 A25 U26 A27 A28 U29 C30
Chirality of ribose and phosphate atoms

Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.

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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany