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Title | COMPLEX STRUCTURE OF AFCCA WITH TRNAMINIDUC | |
Keywords | TRANSFERASE/RNA, ATP-BINDING, MAGNESIUM, METAL-BINDING, NUCLEOTIDE-BINDING, NUCLEOTIDYLTRANSFERASE, RNA REPAIR, RNA BINDING, TRNA PROCESSING | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2ZHB | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | CCA-ADDING ENZYME | A | 436 | 3622 | 0 |
2 | RNA | B | 34 | 723 | 0 | |
3 | Ligand | CCA-ADDING ENZYME | A | 2 | 0 | 10 |
4 | Water | 20 | 0 | 20 | ||
total | 492 | 4345 | 30 |
Unit 1 | LYS2 VAL3 GLU4 GLU5 ILE6 LEU7 GLU8 LYS9 ALA10 LEU11 GLU12 LEU13 VAL14 ILE15 PRO16 ASP17 GLU18 GLU19 GLU20 VAL21 ARG22 LYS23 GLY24 ARG25 GLU26 ALA27 GLU28 GLU29 GLU30 LEU31 ARG32 ARG33 ARG34 LEU35 ASP36 GLU37 LEU38 GLY39 VAL40 GLU41 TYR42 VAL43 PHE44 VAL45 GLY46 SER47 TYR48 ALA49 ARG50 ASN51 THR52 TRP53 LEU54 LYS55 GLY56 SER57 LEU58 GLU59 ILE60 ASP61 VAL62 PHE63 LEU64 LEU65 PHE66 PRO67 GLU68 GLU69 PHE70 SER71 LYS72 GLU73 GLU74 LEU75 ARG76 GLU77 ARG78 GLY79 LEU80 GLU81 ILE82 GLY83 LYS84 ALA85 VAL86 LEU87 ASP88 SER89 TYR90 GLU91 ILE92 ARG93 TYR94 ALA95 GLU96 HIS97 PRO98 TYR99 VAL100 HIS101 GLY102 VAL103 VAL104 LYS105 GLY106 VAL107 GLU108 VAL109 ASP110 VAL111 VAL112 PRO113 CYS114 TYR115 LYS116 LEU117 LYS118 GLU119 PRO120 LYS121 ASN122 ILE123 LYS124 SER125 ALA126 VAL127 ASP128 ARG129 THR130 PRO131 PHE132 HIS133 HIS134 LYS135 TRP136 LEU137 GLU138 GLY139 ARG140 ILE141 LYS142 GLY143 LYS144 GLU145 ASN146 GLU147 VAL148 ARG149 LEU150 LEU151 LYS152 GLY153 PHE154 LEU155 LYS156 ALA157 ASN158 GLY159 ILE160 TYR161 GLY162 ALA163 GLU164 TYR165 LYS166 VAL167 ARG168 GLY169 PHE170 SER171 GLY172 TYR173 LEU174 CYS175 GLU176 LEU177 LEU178 ILE179 VAL180 PHE181 TYR182 GLY183 SER184 PHE185 LEU186 GLU187 THR188 VAL189 LYS190 ASN191 ALA192 ARG193 ARG194 TRP195 THR196 ARG197 ARG198 THR199 VAL200 ILE201 ASP202 VAL203 ALA204 LYS205 GLY206 GLU207 VAL208 ARG209 LYS210 GLY211 GLU212 GLU213 PHE214 PHE215 VAL216 VAL217 ASP218 PRO219 VAL220 ASP221 GLU222 LYS223 ARG224 ASN225 VAL226 ALA227 ALA228 ASN229 LEU230 SER231 LEU232 ASP233 ASN234 LEU235 ALA236 ARG237 PHE238 VAL239 HIS240 LEU241 CYS242 ARG243 GLU244 PHE245 MET246 GLU247 ALA248 PRO249 SER250 LEU251 GLY252 PHE253 PHE254 LYS255 PRO256 LYS257 HIS258 PRO259 LEU260 GLU261 ILE262 GLU263 PRO264 GLU265 ARG266 LEU267 ARG268 LYS269 ILE270 VAL271 GLU272 GLU273 ARG274 GLY275 THR276 ALA277 VAL278 PHE279 ALA280 VAL281 LYS282 PHE283 ARG284 LYS285 PRO286 ASP287 ILE288 VAL289 ASP290 ASP291 ASN292 LEU293 TYR294 PRO295 GLN296 LEU297 GLU298 ARG299 ALA300 SER301 ARG302 LYS303 ILE304 PHE305 GLU306 PHE307 LEU308 GLU309 ARG310 GLU311 ASN312 PHE313 MET314 PRO315 LEU316 ARG317 SER318 ALA319 PHE320 LYS321 ALA322 SER323 GLU324 GLU325 PHE326 CYS327 TYR328 LEU329 LEU330 PHE331 GLU332 CYS333 GLN334 ILE335 LYS336 GLU337 ILE338 SER339 ARG340 VAL341 PHE342 ARG343 ARG344 MET345 GLY346 PRO347 GLN348 PHE349 GLU350 ASP351 GLU352 ARG353 ASN354 VAL355 LYS356 LYS357 PHE358 LEU359 SER360 ARG361 ASN362 ARG363 ALA364 PHE365 ARG366 PRO367 PHE368 ILE369 GLU370 ASN371 GLY372 ARG373 TRP374 TRP375 ALA376 PHE377 GLU378 MET379 ARG380 LYS381 PHE382 THR383 THR384 PRO385 GLU386 GLU387 GLY388 VAL389 ARG390 SER391 TYR392 ALA393 SER394 THR395 HIS396 TRP397 HIS398 THR399 LEU400 GLY401 LYS402 ASN403 VAL404 GLY405 GLU406 SER407 ILE408 ARG409 GLU410 TYR411 PHE412 GLU413 ILE414 ILE415 SER416 GLY417 GLU418 LYS419 LEU420 PHE421 LYS422 GLU423 PRO424 VAL425 THR426 ALA427 GLU428 LEU429 CYS430 GLU431 MET432 MET433 GLY434 VAL435 LYS436 ASP437 |
Unit 2 | G1 G2 C3 C4 C5 G6 G7 G8 G9 C10 G11 G12 U13 U14 C15 G16 A17 U18 U19 C20 C21 G22 C23 C24 C25 U26 G27 G28 G29 C30 C31 A32 U33 C34 |
Unit 3 | SO41 SO4438 |
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 |