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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF MRE11:RAD50 IN ITS ATP/ADP BOUND STATE
Keywords ADENOSINE TRIPHOSPHATE, BACTERIAL PROTEINS, DNA BREAKS, DOUB STRANDED, DNA REPAIR, DNA REPAIR ENZYMES, DNA-BINDING PROTE ENDODEOXYRIBONUCLEASES, EXODEOXYRIBONUCLEASES, MODELS, MOLE SCATTERING, SMALL ANGLE, THERMOTOGA MARITIMA, ABC ATPASE, N HYDROLASE, HYDROLASE-DNA BINDING PROTEIN COMPLEX
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   3THO     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein    A 357 2850 0
2  Protein   EXONUCLEASE, PUTATIVE  B 366 3000 0
3  Ligand    A 8 0 58
4  Ligand   EXONUCLEASE, PUTATIVE  B 6 0 22
5 Water     43 0 43
total       780 5850 123
Proteins
Unit 1 GLY-1 HIS0 MET1 ARG2 PRO3 GLU4 ARG5 LEU6 THR7 VAL8 ARG9 ASN10 PHE11 LEU12 GLY13 LEU14 LYS15 ASN16 VAL17 ASP18 ILE19 GLU20 PHE21 GLN22 SER23 GLY24 ILE25 THR26 VAL27 VAL28 GLU29 GLY30 PRO31 ASN32 GLY33 ALA34 GLY35 LYS36 SER37 SER38 LEU39 PHE40 GLU41 ALA42 ILE43 SER44 PHE45 ALA46 LEU47 PHE48 GLY49 ASN50 GLY51 ILE52 ARG53 TYR54 PRO55 ASN56 SER57 TYR58 ASP59 TYR60 VAL61 ASN62 ARG63 ASN64 ALA65 VAL66 ASP67 GLY68 THR69 ALA70 ARG71 LEU72 VAL73 PHE74 GLN75 PHE76 GLU77 ARG78 GLY79 GLY80 LYS81 ARG82 TYR83 GLU84 ILE85 ILE86 ARG87 GLU88 ILE89 ASN90 ALA91 LEU92 GLN93 ARG94 LYS95 HIS96 ASN97 ALA98 LYS99 LEU100 SER101 GLU102 ILE103 LEU104 GLU105 ASN106 GLY107 LYS108 LYS109 ALA110 ALA111 ILE112 ALA113 ALA114 LYS115 PRO116 THR117 SER118 VAL119 LYS120 GLN121 GLU122 VAL123 GLU124 LYS125 ILE126 LEU127 GLY128 ILE129 GLU130 HIS131 ARG132 THR133 PHE134 ILE135 ARG136 THR137 VAL138 PHE139 LEU140 PRO141 GLN142 GLY143 GLU144 ILE145 ASP146 LYS147 LEU148 LEU149 ILE150 SER151 PRO152 PRO153 SER154 GLU155 ILE156 THR157 GLU158 ILE159 ILE160 SER161 ASP162 VAL163 PHE164 GLN165 SER166 LYS167 GLU168 THR169 LEU170 GLU171 LYS172 LEU173 GLU174 LYS175 LEU176 LEU177 LYS178 GLU179 LYS180 MET181 LYS182 LYS183 LEU184 GLU185 ASN186 GLU187 ILE188 SER189 SER190 SER686 LEU687 GLU688 LYS689 LYS690 LEU691 LYS692 GLU693 MET694 SER695 ASP696 GLU697 TYR698 ASN699 ASN700 LEU701 ASP702 LEU703 LEU704 ARG705 LYS706 TYR707 LEU708 PHE709 ASP710 LYS711 SER712 ASN713 PHE714 SER715 ARG716 TYR717 PHE718 THR719 GLY720 ARG721 VAL722 LEU723 GLU724 ALA725 VAL726 LEU727 LYS728 ARG729 THR730 LYS731 ALA732 TYR733 LEU734 ASP735 ILE736 LEU737 THR738 ASN739 GLY740 ARG741 PHE742 ASP743 ILE744 ASP745 PHE746 ASP747 ASP748 GLU749 LYS750 GLY751 GLY752 PHE753 ILE754 ILE755 LYS756 ASP757 TRP758 GLY759 ILE760 GLU761 ARG762 PRO763 ALA764 ARG765 GLY766 LEU767 SER768 GLY769 GLY770 GLU771 ARG772 ALA773 LEU774 ILE775 SER776 ILE777 SER778 LEU779 ALA780 MET781 SER782 LEU783 ALA784 GLU785 VAL786 ALA787 SER788 GLY789 ARG790 LEU791 ASP792 ALA793 PHE794 PHE795 ILE796 ASP797 GLU798 GLY799 PHE800 SER801 SER802 LEU803 CYS804 THR805 GLU806 ASN807 LYS808 GLU809 LYS810 ILE811 ALA812 SER813 VAL814 LEU815 LYS816 GLU817 LEU818 GLU819 ARG820 LEU821 ASN822 LYS823 VAL824 ILE825 VAL826 PHE827 ILE828 THR829 CYS830 ASP831 ARG832 GLU833 PHE834 SER835 GLU836 ALA837 PHE838 ASP839 ARG840 LYS841 LEU842 ARG843 ILE844 THR845 GLY846 GLY847 VAL848 VAL849 VAL850
Unit 2 MET7 LYS8 ILE9 LEU10 HIS11 THR12 SER13 ASP14 TRP15 HIS16 LEU17 GLY18 VAL19 THR20 SER21 TRP22 THR23 SER24 SER25 ARG26 PRO27 VAL28 ASP29 ARG30 ARG31 GLU32 GLU33 LEU34 LYS35 LYS36 ALA37 LEU38 ASP39 LYS40 VAL41 VAL42 GLU43 GLU44 ALA45 GLU46 LYS47 ARG48 GLU49 VAL50 ASP51 LEU52 ILE53 LEU54 LEU55 THR56 GLY57 ASP58 LEU59 LEU60 HIS61 SER62 ARG63 ASN64 ASN65 PRO66 SER67 VAL68 VAL69 ALA70 LEU71 HIS72 ASP73 LEU74 LEU75 ASP76 TYR77 LEU78 LYS79 ARG80 MET81 MET82 ARG83 THR84 ALA85 PRO86 VAL87 VAL88 VAL89 LEU90 PRO91 GLY92 ASN93 GLN94 ASP95 TRP96 LYS97 GLY98 LEU99 LYS100 LEU101 PHE102 GLY103 ASN104 PHE105 VAL106 THR107 SER108 ILE109 SER110 SER111 ASP112 ILE113 THR114 PHE115 VAL116 MET117 SER118 PHE119 GLU120 PRO121 VAL122 ASP123 VAL124 GLU125 ALA126 LYS127 ARG128 GLY129 GLN130 LYS131 VAL132 ARG133 ILE134 LEU135 PRO136 PHE137 PRO138 TYR139 PRO140 ASP141 GLU142 SER143 LYS148 ASN149 GLU150 GLY151 ASP152 PHE153 ARG154 PHE155 PHE156 LEU157 GLU158 SER159 ARG160 LEU161 ASN162 LYS163 LEU164 TYR165 GLU166 GLU167 ALA168 LEU169 LYS170 LYS171 GLU172 ASP173 PHE174 ALA175 ILE176 PHE177 MET178 GLY179 HIS180 PHE181 THR182 VAL183 GLU184 GLY185 LEU186 ALA187 GLY195 ARG196 GLU197 ILE198 ILE199 ILE200 ASN201 ARG202 ALA203 LEU204 ILE205 PRO206 SER207 VAL208 VAL209 ASP210 TYR211 ALA212 ALA213 LEU214 GLY215 HIS216 ILE217 HIS218 SER219 PHE220 ARG221 GLU222 ILE223 GLN224 LYS225 GLN226 PRO227 LEU228 THR229 ILE230 TYR231 PRO232 GLY233 SER234 LEU235 ILE236 ARG237 ILE238 ASP239 PHE240 GLY241 GLU242 GLU243 ALA244 ASP245 GLU246 LYS247 GLY248 ALA249 VAL250 PHE251 VAL252 GLU253 LEU254 LYS255 ARG256 GLY257 GLU258 PRO259 PRO260 ARG261 TYR262 GLU263 ARG264 ILE265 ASP266 ALA267 SER268 PRO269 LEU270 PRO271 LEU272 LYS273 THR274 LEU275 TYR276 TYR277 LYS278 LYS279 ILE280 ASP281 THR282 SER283 ALA284 LEU285 LYS286 SER287 ILE288 ARG289 ASP290 SER291 CYS292 ARG293 ASN294 PHE295 PRO296 GLY297 TYR298 VAL299 ARG300 VAL301 VAL302 TYR303 GLU304 GLU305 ASP306 SER307 GLY308 ILE309 LEU310 PRO311 ASP312 LEU313 MET314 GLY315 GLU316 ILE317 ASP318 ASN319 LEU320 VAL321 LYS322 ILE323 GLU324 ARG325 LYS326 SER327 ARG328 ARG329 GLU330 ILE331 GLU332 GLU333 VAL334 LEU335 ARG336 GLU337 SER338 PRO339 GLU340 GLU341 PHE342 LYS343 GLU344 GLU345 LEU346 ASP347 LYS348 LEU349 ASP350 TYR351 PHE352 GLU353 LEU354 PHE355 LYS356 GLU357 TYR358 LEU359 LYS360 LYS361 ARG362 GLU363 GLU364 ASN365 HIS366 GLU367 LYS368 LEU369 LEU370 LYS371 ILE372 LEU373 ASP374 GLU375 LEU376 LEU377 ASP378 GLU379 VAL380 LYS381 LYS382 SER383
Ligands
Unit 3 MG853 SO4854 SO4855 SO4856 SO4857 SO4858 PO4859 ADP1452
Unit 4 MN1 MN2 SO44 SO45 SO4386 SO4387
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany