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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF P. FURIOSUS MRE11-H85S BOUND TO A BRANC AND MANGANESE
Keywords PROTEIN-DNA COMPLEX, DOUBLE HELIX, NUCLEASE, DNA DAMAGE, DNA ENDONUCLEASE, EXONUCLEASE, HYDROLASE, MANGANESE, METAL-BIND HYDROLASE-DNA COMPLEX
Experiment X-ray diffraction
Number of Models  1


   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  

PDB   3DSD     released     available     available     Quaternary Structure Server  


Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   DNA DOUBLE-STRAND BREAK REPAIR PROTEIN MRE11  A 333 2750 0
2  Protein   DNA DOUBLE-STRAND BREAK REPAIR PROTEIN MRE11  B 333 2750 0
3  Other macromolecule   DNA (5'- D(*DCP*DGP*DCP*DGP*DCP*DAP*DCP*DAP*DAP*DGP*DCP*DTP*DTP*DTP* P*DTP*DTP*DGP*DTP*DGP*DGP*DAP*DTP*DA)-3')  C 23 473 0
4  Ligand   DNA DOUBLE-STRAND BREAK REPAIR PROTEIN MRE11  A 2 0 2
5  Ligand   DNA DOUBLE-STRAND BREAK REPAIR PROTEIN MRE11  B 2 0 2
6 Water     300 0 300
total       993 5973 304

Proteins
Unit 1 MET1 LYS2 PHE3 ALA4 HIS5 LEU6 ALA7 ASP8 ILE9 HIS10 LEU11 GLY12 TYR13 GLU14 GLN15 PHE16 HIS17 LYS18 PRO19 GLN20 ARG21 GLU22 GLU23 GLU24 PHE25 ALA26 GLU27 ALA28 PHE29 LYS30 ASN31 ALA32 LEU33 GLU34 ILE35 ALA36 VAL37 GLN38 GLU39 ASN40 VAL41 ASP42 PHE43 ILE44 LEU45 ILE46 ALA47 GLY48 ASP49 LEU50 PHE51 HIS52 SER53 SER54 ARG55 PRO56 SER57 PRO58 GLY59 THR60 LEU61 LYS62 LYS63 ALA64 ILE65 ALA66 LEU67 LEU68 GLN69 ILE70 PRO71 LYS72 GLU73 HIS74 SER75 ILE76 PRO77 VAL78 PHE79 ALA80 ILE81 GLU82 GLY83 ASN84 SER85 ASP86 ARG87 THR88 GLN89 ARG90 GLY91 PRO92 SER93 VAL94 LEU95 ASN96 LEU97 LEU98 GLU99 ASP100 PHE101 GLY102 LEU103 VAL104 TYR105 VAL106 ILE107 GLY108 MET109 ARG110 LYS111 GLU112 LYS113 VAL114 GLU115 ASN116 GLU117 TYR118 LEU119 THR120 SER121 GLU122 ARG123 LEU124 GLY125 ASN126 GLY127 GLU128 TYR129 LEU130 VAL131 LYS132 GLY133 VAL134 TYR135 LYS136 ASP137 LEU138 GLU139 ILE140 HIS141 GLY142 MET143 LYS144 TYR145 MET146 SER147 SER148 ALA149 TRP150 PHE151 GLU152 ALA153 ASN154 LYS155 GLU156 ILE157 LEU158 LYS159 ARG160 LEU161 PHE162 ARG163 PRO164 THR165 ASP166 ASN167 ALA168 ILE169 LEU170 MET171 LEU172 HIS173 GLN174 GLY175 VAL176 ARG177 GLU178 VAL179 SER180 GLU181 ALA182 ARG183 GLY184 GLU185 ASP186 TYR187 PHE188 GLU189 ILE190 GLY191 LEU192 GLY193 ASP194 LEU195 PRO196 GLU197 GLY198 TYR199 LEU200 TYR201 TYR202 ALA203 LEU204 GLY205 HIS206 ILE207 HIS208 LYS209 ARG210 TYR211 GLU212 THR213 SER214 TYR215 SER216 GLY217 SER218 PRO219 VAL220 VAL221 TYR222 PRO223 GLY224 SER225 LEU226 GLU227 ARG228 TRP229 ASP230 PHE231 GLY232 ASP233 TYR234 GLU235 VAL236 ARG237 TYR238 GLU239 TRP240 ASP241 GLY242 ILE243 LYS244 PHE245 LYS246 GLU247 ARG248 TYR249 GLY250 VAL251 ASN252 LYS253 GLY254 PHE255 TYR256 ILE257 VAL258 GLU259 ASP260 PHE261 LYS262 PRO263 ARG264 PHE265 VAL266 GLU267 ILE268 LYS269 VAL270 ARG271 PRO272 PHE273 ILE274 ASP275 VAL276 LYS277 ILE278 LYS279 GLY280 SER281 GLU282 GLU283 GLU284 ILE285 ARG286 LYS287 ALA288 ILE289 LYS290 ARG291 LEU292 ILE293 PRO294 LEU295 ILE296 PRO297 LYS298 ASN299 ALA300 TYR301 VAL302 ARG303 LEU304 ASN305 ILE306 GLY307 TRP308 ARG309 LYS310 PRO311 PHE312 ASP313 LEU314 THR315 GLU316 ILE317 LYS318 GLU319 LEU320 LEU321 ASN322 VAL323 GLU324 TYR325 LEU326 LYS327 ILE328 ASP329 THR330 TRP331 ARG332 ILE333
Unit 2 MET1 LYS2 PHE3 ALA4 HIS5 LEU6 ALA7 ASP8 ILE9 HIS10 LEU11 GLY12 TYR13 GLU14 GLN15 PHE16 HIS17 LYS18 PRO19 GLN20 ARG21 GLU22 GLU23 GLU24 PHE25 ALA26 GLU27 ALA28 PHE29 LYS30 ASN31 ALA32 LEU33 GLU34 ILE35 ALA36 VAL37 GLN38 GLU39 ASN40 VAL41 ASP42 PHE43 ILE44 LEU45 ILE46 ALA47 GLY48 ASP49 LEU50 PHE51 HIS52 SER53 SER54 ARG55 PRO56 SER57 PRO58 GLY59 THR60 LEU61 LYS62 LYS63 ALA64 ILE65 ALA66 LEU67 LEU68 GLN69 ILE70 PRO71 LYS72 GLU73 HIS74 SER75 ILE76 PRO77 VAL78 PHE79 ALA80 ILE81 GLU82 GLY83 ASN84 SER85 ASP86 ARG87 THR88 GLN89 ARG90 GLY91 PRO92 SER93 VAL94 LEU95 ASN96 LEU97 LEU98 GLU99 ASP100 PHE101 GLY102 LEU103 VAL104 TYR105 VAL106 ILE107 GLY108 MET109 ARG110 LYS111 GLU112 LYS113 VAL114 GLU115 ASN116 GLU117 TYR118 LEU119 THR120 SER121 GLU122 ARG123 LEU124 GLY125 ASN126 GLY127 GLU128 TYR129 LEU130 VAL131 LYS132 GLY133 VAL134 TYR135 LYS136 ASP137 LEU138 GLU139 ILE140 HIS141 GLY142 MET143 LYS144 TYR145 MET146 SER147 SER148 ALA149 TRP150 PHE151 GLU152 ALA153 ASN154 LYS155 GLU156 ILE157 LEU158 LYS159 ARG160 LEU161 PHE162 ARG163 PRO164 THR165 ASP166 ASN167 ALA168 ILE169 LEU170 MET171 LEU172 HIS173 GLN174 GLY175 VAL176 ARG177 GLU178 VAL179 SER180 GLU181 ALA182 ARG183 GLY184 GLU185 ASP186 TYR187 PHE188 GLU189 ILE190 GLY191 LEU192 GLY193 ASP194 LEU195 PRO196 GLU197 GLY198 TYR199 LEU200 TYR201 TYR202 ALA203 LEU204 GLY205 HIS206 ILE207 HIS208 LYS209 ARG210 TYR211 GLU212 THR213 SER214 TYR215 SER216 GLY217 SER218 PRO219 VAL220 VAL221 TYR222 PRO223 GLY224 SER225 LEU226 GLU227 ARG228 TRP229 ASP230 PHE231 GLY232 ASP233 TYR234 GLU235 VAL236 ARG237 TYR238 GLU239 TRP240 ASP241 GLY242 ILE243 LYS244 PHE245 LYS246 GLU247 ARG248 TYR249 GLY250 VAL251 ASN252 LYS253 GLY254 PHE255 TYR256 ILE257 VAL258 GLU259 ASP260 PHE261 LYS262 PRO263 ARG264 PHE265 VAL266 GLU267 ILE268 LYS269 VAL270 ARG271 PRO272 PHE273 ILE274 ASP275 VAL276 LYS277 ILE278 LYS279 GLY280 SER281 GLU282 GLU283 GLU284 ILE285 ARG286 LYS287 ALA288 ILE289 LYS290 ARG291 LEU292 ILE293 PRO294 LEU295 ILE296 PRO297 LYS298 ASN299 ALA300 TYR301 VAL302 ARG303 LEU304 ASN305 ILE306 GLY307 TRP308 ARG309 LYS310 PRO311 PHE312 ASP313 LEU314 THR315 GLU316 ILE317 LYS318 GLU319 LEU320 LEU321 ASN322 VAL323 GLU324 TYR325 LEU326 LYS327 ILE328 ASP329 THR330 TRP331 ARG332 ILE333

Other macromolecules
Unit 3 DG4 DC5 DA6 DC7 DA8 DA9 DG10 DC11 DT12 DT13 DT14 DT15 DG16 DC17 DT18 DT19 DG20 DT21 DG22 DG23 DA24 DT25 DA26

Ligands
Unit 4 MN403 MN404
Unit 5 MN405 MN406

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