![]() |
[Image Library Home] | [Image Library Entry] |
Title | THE CRYSTAL STRUCTURE OF THE D-AMINOACYLASE D366A MUTANT IN COMPLEX WITH 100MM ZNCL2 | |
Keywords | TIM BARREL, BETA BARREL, INSERTION, HYDROLASE | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 1RJR | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | D-AMINOACYLASE | A | 474 | 3586 | 0 |
2 | Ligand | D-AMINOACYLASE | A | 4 | 0 | 10 |
3 | Water | 176 | 0 | 176 | ||
total | 654 | 3586 | 186 |
Unit 1 | PRO7 PHE8 ASP9 TYR10 ILE11 LEU12 SER13 GLY14 GLY15 THR16 VAL17 ILE18 ASP19 GLY20 THR21 ASN22 ALA23 PRO24 GLY25 ARG26 LEU27 ALA28 ASP29 VAL30 GLY31 VAL32 ARG33 GLY34 ASP35 ARG36 ILE37 ALA38 ALA39 VAL40 GLY41 ASP42 LEU43 SER44 ALA45 SER46 SER47 ALA48 ARG49 ARG50 ARG51 ILE52 ASP53 VAL54 ALA55 GLY56 LYS57 VAL58 VAL59 SER60 PRO61 GLY62 PHE63 ILE64 ASP65 SER66 HIS67 THR68 HIS69 ASP70 ASP71 ASN72 TYR73 LEU74 LEU75 LYS76 HIS77 ARG78 ASP79 MET80 THR81 PRO82 LYS83 ILE84 SER85 GLN86 GLY87 VAL88 THR89 THR90 VAL91 VAL92 THR93 GLY94 ASN95 CYS96 GLY97 ILE98 SER99 LEU100 ALA101 PRO102 LEU103 ALA104 HIS105 ALA106 ASN107 PRO108 PRO109 ALA110 PRO111 LEU112 ASP113 LEU114 LEU115 ASP116 GLU117 GLY118 GLY119 SER120 PHE121 ARG122 PHE123 ALA124 ARG125 PHE126 SER127 ASP128 TYR129 LEU130 GLU131 ALA132 LEU133 ARG134 ALA135 ALA136 PRO137 PRO138 ALA139 VAL140 ASN141 ALA142 ALA143 CYS144 MET145 VAL146 GLY147 HIS148 SER149 THR150 LEU151 ARG152 ALA153 ALA154 VAL155 MET156 PRO157 ASP158 LEU159 ARG160 ARG161 GLU162 ALA163 THR164 ALA165 ASP166 GLU167 ILE168 GLN169 ALA170 MET171 GLN172 ALA173 LEU174 ALA175 ASP176 ASP177 ALA178 LEU179 ALA180 SER181 GLY182 ALA183 ILE184 GLY185 ILE186 SER187 THR188 GLY189 ALA190 PHE191 TYR192 PRO193 PRO194 ALA195 ALA196 HIS197 ALA198 SER199 THR200 GLU201 GLU202 ILE203 ILE204 GLU205 VAL206 CYS207 ARG208 PRO209 LEU210 ILE211 THR212 HIS213 GLY214 GLY215 VAL216 TYR217 ALA218 THR219 HIS220 MET221 ARG222 ASP223 GLU224 GLY225 GLU226 HIS227 ILE228 VAL229 GLN230 ALA231 LEU232 GLU233 GLU234 THR235 PHE236 ARG237 ILE238 GLY239 ARG240 GLU241 LEU242 ASP243 VAL244 PRO245 VAL246 VAL247 ILE248 SER249 HIS250 HIS251 LYS252 VAL253 MET254 GLY255 LYS256 LEU257 ASN258 PHE259 GLY260 ARG261 SER262 LYS263 GLU264 THR265 LEU266 ALA267 LEU268 ILE269 GLU270 ALA271 ALA272 MET273 ALA274 SER275 GLN276 ASP277 VAL278 SER279 LEU280 ASP281 ALA282 TYR283 PRO284 TYR285 VAL286 ALA287 GLY288 SER289 THR290 MET291 LEU292 LYS293 GLN294 ASP295 ARG296 VAL297 LEU298 LEU299 ALA300 GLY301 ARG302 THR303 LEU304 ILE305 THR306 TRP307 CYS308 LYS309 PRO310 TYR311 PRO312 GLU313 LEU314 SER315 GLY316 ARG317 ASP318 LEU319 GLU320 GLU321 ILE322 ALA323 ALA324 GLU325 ARG326 GLY327 LYS328 SER329 LYS330 TYR331 ASP332 VAL333 VAL334 PRO335 GLU336 LEU337 GLN338 PRO339 ALA340 GLY341 ALA342 ILE343 TYR344 PHE345 MET346 MET347 ASP348 GLU349 PRO350 ASP351 VAL352 GLN353 ARG354 ILE355 LEU356 ALA357 PHE358 GLY359 PRO360 THR361 MET362 ILE363 GLY364 SER365 ALA366 GLY367 LEU368 PRO369 HIS370 ASP371 GLU372 ARG373 PRO374 HIS375 PRO376 ARG377 LEU378 TRP379 GLY380 THR381 PHE382 PRO383 ARG384 VAL385 LEU386 GLY387 HIS388 TYR389 SER390 ARG391 ASP392 LEU393 GLY394 LEU395 PHE396 PRO397 LEU398 GLU399 THR400 ALA401 VAL402 TRP403 LYS404 MET405 THR406 GLY407 LEU408 THR409 ALA410 ALA411 LYS412 PHE413 GLY414 LEU415 ALA416 GLU417 ARG418 GLY419 GLN420 VAL421 GLN422 PRO423 GLY424 TYR425 TYR426 ALA427 ASP428 LEU429 VAL430 VAL431 PHE432 ASP433 PRO434 ALA435 THR436 VAL437 ALA438 ASP439 SER440 ALA441 THR442 PHE443 GLU444 HIS445 PRO446 THR447 GLU448 ARG449 ALA450 ALA451 GLY452 ILE453 HIS454 SER455 VAL456 TYR457 VAL458 ASN459 GLY460 ALA461 ALA462 VAL463 TRP464 GLU465 ASP466 GLN467 SER468 PHE469 THR470 GLY471 GLN472 HIS473 ALA474 GLY475 ARG476 VAL477 LEU478 ASN479 ARG480 |
Unit 2 | ZN601 ZN602 ACT901 ACT902 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |