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Title | CRYSTAL STRUCTURE OF HUMAN M1A58 METHYLTRANSFERASE IN A COMP TRNA3LYS AND SAH | |
Keywords | TRNA A58 MODIFICATION, METHYL TRANSFERASE-TRNA COMPLEX, CLAS METHYLTRANSFERASE FOLD, S-ADENOSYL-L-METHIONINE COFACTOR, TRANSFERASE-RNA COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 5CCB | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | TRNA (ADENINE(58)-N(1))-METHYLTRANSFERASE CATALYT TRMT61A | A | 282 | 4305 | 0 |
2 | Protein | TRNA (ADENINE(58)-N(1))-METHYLTRANSFERASE NON-CAT SUBUNIT TRM6 | B | 371 | 5882 | 0 |
3 | RNA | N | 77 | 2472 | 0 | |
4 | Ligand | TRNA (ADENINE(58)-N(1))-METHYLTRANSFERASE CATALYT TRMT61A | A | 1 | 0 | 45 |
5 | Ligand | TRNA3LYS | N | 1 | 0 | 1 |
6 | Water | 416 | 0 | 416 | ||
total | 1148 | 12659 | 462 |
Unit 1 | MET1 SER2 PHE3 VAL4 ALA5 TYR6 GLU7 GLU8 LEU9 ILE10 LYS11 GLU12 GLY13 ASP14 THR15 ALA16 ILE17 LEU18 SER19 LEU20 GLY21 HIS22 GLY23 ALA24 MET25 VAL26 ALA27 VAL28 ARG29 VAL30 GLN31 ARG32 GLY33 ALA34 GLN35 THR36 GLN37 THR38 ARG39 HIS40 GLY41 VAL42 LEU43 ARG44 HIS45 SER46 VAL47 ASP48 LEU49 ILE50 GLY51 ARG52 PRO53 PHE54 GLY55 SER56 LYS57 VAL58 THR59 CYS60 GLY61 ARG62 GLY63 GLY64 TRP65 VAL66 TYR67 VAL68 LEU69 HIS70 PRO71 THR72 PRO73 GLU74 LEU75 TRP76 THR77 LEU78 ASN79 LEU80 PRO81 HIS82 ARG83 THR84 GLN85 ILE86 LEU87 TYR88 SER89 THR90 ASP91 ILE92 ALA93 LEU94 ILE95 THR96 MET97 MET98 LEU99 GLU100 LEU101 ARG102 PRO103 GLY104 SER105 VAL106 VAL107 CYS108 GLU109 SER110 GLY111 THR112 GLY113 SER114 GLY115 SER116 VAL117 SER118 HIS119 ALA120 ILE121 ILE122 ARG123 THR124 ILE125 ALA126 PRO127 THR128 GLY129 HIS130 LEU131 HIS132 THR133 VAL134 GLU135 PHE136 HIS137 GLN138 GLN139 ARG140 ALA141 GLU142 LYS143 ALA144 ARG145 GLU146 GLU147 PHE148 GLN149 GLU150 HIS151 ARG152 VAL153 GLY154 ARG155 TRP156 VAL157 THR158 VAL159 ARG160 THR161 GLN162 ASP163 VAL164 CYS165 ARG166 SER167 GLY168 PHE169 GLY170 VAL171 SER172 HIS173 VAL174 ALA175 ASP176 ALA177 VAL178 PHE179 LEU180 ASP181 ILE182 PRO183 SER184 PRO185 TRP186 GLU187 ALA188 VAL189 GLY190 HIS191 ALA192 TRP193 ASP194 ALA195 LEU196 LYS197 VAL198 GLU199 GLY200 GLY201 ARG202 PHE203 CYS204 SER205 PHE206 SER207 PRO208 CYS209 ILE210 GLU211 GLN212 VAL213 GLN214 ARG215 THR216 CYS217 GLN218 ALA219 LEU220 ALA221 ALA222 ARG223 GLY224 PHE225 SER226 GLU227 LEU228 SER229 THR230 LEU231 GLU232 VAL233 LEU234 PRO235 GLN236 VAL237 TYR238 ASN239 VAL240 ARG241 THR242 VAL243 SER244 LEU245 PRO246 PRO247 PRO248 ASP249 LEU250 GLY251 THR252 GLY253 ASP261 THR262 SER263 PRO264 PHE265 ARG266 SER267 GLY268 THR269 PRO270 MET271 LYS272 GLU273 ALA274 VAL275 GLY276 HIS277 THR278 GLY279 TYR280 LEU281 THR282 PHE283 ALA284 THR285 LYS286 THR287 PRO288 GLY289 |
Unit 2 | HIS18 ARG19 ILE20 ARG21 ASP22 GLY23 ASP24 PHE25 VAL26 VAL27 LEU28 LYS29 ARG30 GLU31 ASP32 VAL33 PHE34 LYS35 ALA36 VAL37 GLN38 VAL39 GLN40 ARG41 ARG42 LYS43 LYS44 VAL45 THR46 PHE47 GLU48 LYS49 GLN50 TRP51 PHE52 TYR53 LEU54 ASP55 ASN56 VAL57 ILE58 GLY59 HIS60 SER61 TYR62 GLY63 THR64 ALA65 PHE66 GLU67 VAL68 THR69 SER70 GLY71 GLY72 SER73 LEU74 GLN75 PRO76 LYS77 LYS78 LYS79 ARG80 LYS88 GLU89 ALA90 GLY91 THR92 ASP93 ASN94 ARG95 ASN96 ILE97 VAL98 ASP99 ASP100 GLY101 LYS102 SER103 GLN104 LYS105 LEU106 THR107 GLN108 ASP109 ASP110 ILE111 LYS112 ALA113 LEU114 LYS115 ASP116 LYS117 GLY118 ILE119 LYS120 GLY121 GLU122 GLU123 ILE124 VAL125 GLN126 GLN127 LEU128 ILE129 GLU130 ASN131 SER132 THR133 THR134 PHE135 ARG136 ASP137 LYS138 THR139 GLU140 PHE141 ALA142 GLN143 ASP144 LYS145 TYR146 ILE147 LYS148 LYS149 LYS150 LYS151 LYS152 LYS153 TYR154 GLU155 ALA156 ILE157 ILE158 THR159 VAL160 VAL161 LYS162 PRO163 SER164 THR165 ARG166 ILE167 LEU168 SER169 ILE170 MET171 TYR172 TYR173 ALA174 ARG175 GLU176 PRO177 GLY178 LYS179 ILE180 ASN181 HIS182 MET183 ARG184 TYR185 ASP186 THR187 LEU188 ALA189 GLN190 MET191 LEU192 THR193 LEU194 GLY195 ASN196 ILE197 ARG198 ALA199 GLY200 ASN201 LYS202 MET203 ILE204 VAL205 MET206 GLU207 THR208 CYS209 ALA210 GLY211 LEU212 VAL213 LEU214 GLY215 ALA216 MET217 MET218 GLU219 ARG220 MET221 GLY222 GLY223 PHE224 GLY225 SER226 ILE227 ILE228 GLN229 LEU230 TYR231 PRO232 GLY233 GLY234 GLY235 PRO236 VAL237 ARG238 ALA239 ALA240 THR241 ALA242 CYS243 PHE244 GLY245 PHE246 PRO247 LYS248 SER249 PHE250 LEU251 SER252 GLY253 LEU254 TYR255 GLU256 PHE257 PRO258 LEU259 ASN260 LYS261 VAL262 ASP263 SER264 LEU265 LEU266 HIS267 GLY268 THR269 PHE270 SER271 LYS340 ASP341 TYR342 ILE343 GLN344 GLU345 LYS346 GLN347 ARG348 ARG349 GLN350 GLU351 GLU352 GLN353 ARG354 LYS355 ARG356 HIS357 LEU358 GLU359 ALA360 ALA361 ALA362 LEU363 LEU364 SER365 GLU366 ARG367 ASN368 ALA369 ASP370 GLY371 LEU372 ILE373 VAL374 ALA375 SER376 ARG377 PHE378 HIS379 PRO380 THR381 PRO382 LEU383 LEU384 LEU385 SER386 LEU387 LEU388 ASP389 PHE390 VAL391 ALA392 PRO393 SER394 ARG395 PRO396 PHE397 VAL398 VAL399 TYR400 CYS401 GLN402 TYR403 LYS404 GLU405 PRO406 LEU407 LEU408 GLU409 CYS410 TYR411 THR412 LYS413 LEU414 ARG415 GLU416 ARG417 GLY418 GLY419 VAL420 ILE421 ASN422 LEU423 ARG424 LEU425 SER426 GLU427 THR428 TRP429 LEU430 ARG431 ASN432 TYR433 GLN434 VAL435 LEU436 PRO437 ASP438 ARG439 SER440 HIS441 PRO442 LYS443 LEU444 LEU445 MET446 SER447 GLY448 GLY449 GLY450 GLY451 TYR452 LEU453 LEU454 SER455 GLY456 PHE457 THR458 VAL459 ALA460 MET461 ASP462 ASN463 |
Unit 3 | G0 G1 C2 C3 C4 G5 G6 A7 U8 A9 G10 C11 U12 C13 A14 G15 U16 C17 G18 G19 U20 A21 G22 A23 G24 C25 A26 U27 C28 A29 G30 A31 C32 U33 U34 U35 U36 A37 A38 U39 C40 U41 G42 A43 G44 G45 G46 U47 C48 C49 A50 G51 G52 G53 U54 U55 C56 A57 A58 G59 U60 C61 C62 C63 U64 G65 U66 U67 C68 G69 G70 G71 C72 G73 C74 C75 A76 |
Unit 4 | SAH301 |
Unit 5 | NA101 |
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 |