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Title | CRYSTAL STRUCTURE OF HCV NS5B GENOTYPE 2A JFH-1 ISOLATE WITH E87Q C223H V321I MUTATIONS AND DELTA8 BETA HAIRPIN LOOP DEL COMPLEX WITH GDP, MN2+ AND SYMMETRICAL PRIMER TEMPLATE 5'-A | |
Keywords | HCV, VIRAL, NS5B, RDRP, RESISTANCE MUTATION, TEMPLATE, PRIME INITIATION, DELTA8 BETA HAIRPIN LOOP DELETION, TRANSFERASE- COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4WTE | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | DNA/RNA | T | 8 | 147 | 0 | |
2 | DNA/RNA | P | 6 | 105 | 0 | |
3 | Protein | RNA-DIRECTED RNA POLYMERASE | A | 535 | 4045 | 0 |
4 | Ligand | RNA-DIRECTED RNA POLYMERASE | A | 5 | 0 | 32 |
5 | Water | 19 | 0 | 19 | ||
total | 573 | 4297 | 51 |
Unit 3 | SER0 SER1 MET2 SER3 TYR4 SER5 TRP6 THR7 GLY8 ALA9 LEU10 ILE11 THR12 PRO13 CYS14 GLY15 PRO16 GLU17 GLU18 GLU19 LYS20 LEU21 PRO22 ILE23 ASN24 PRO25 LEU26 SER27 ASN28 SER29 LEU30 LEU31 ARG32 TYR33 HIS34 ASN35 LYS36 VAL37 TYR38 CYS39 THR40 THR41 SER42 LYS43 SER44 ALA45 SER46 GLN47 ARG48 ALA49 LYS50 LYS51 VAL52 THR53 PHE54 ASP55 ARG56 THR57 GLN58 VAL59 LEU60 ASP61 ALA62 HIS63 TYR64 ASP65 SER66 VAL67 LEU68 LYS69 ASP70 ILE71 LYS72 LEU73 ALA74 ALA75 SER76 LYS77 VAL78 SER79 ALA80 ARG81 LEU82 LEU83 THR84 LEU85 GLN86 GLN87 ALA88 CYS89 GLN90 LEU91 THR92 PRO93 PRO94 HIS95 SER96 ALA97 ARG98 SER99 LYS100 TYR101 GLY102 PHE103 GLY104 ALA105 LYS106 GLU107 VAL108 ARG109 SER110 LEU111 SER112 GLY113 ARG114 ALA115 VAL116 ASN117 HIS118 ILE119 LYS120 SER121 VAL122 TRP123 LYS124 ASP125 LEU126 LEU127 GLU128 ASP129 PRO130 GLN131 THR132 PRO133 ILE134 PRO135 THR136 THR137 ILE138 MET139 ALA140 LYS141 ASN142 GLU143 VAL144 PHE145 CYS146 VAL147 ASP148 PRO149 ALA150 LYS151 GLY152 GLY153 LYS154 LYS155 PRO156 ALA157 ARG158 LEU159 ILE160 VAL161 TYR162 PRO163 ASP164 LEU165 GLY166 VAL167 ARG168 VAL169 CYS170 GLU171 LYS172 MET173 ALA174 LEU175 TYR176 ASP177 ILE178 THR179 GLN180 LYS181 LEU182 PRO183 GLN184 ALA185 VAL186 MET187 GLY188 ALA189 SER190 TYR191 GLY192 PHE193 GLN194 TYR195 SER196 PRO197 ALA198 GLN199 ARG200 VAL201 GLU202 TYR203 LEU204 LEU205 LYS206 ALA207 TRP208 ALA209 GLU210 LYS211 LYS212 ASP213 PRO214 MET215 GLY216 PHE217 SER218 TYR219 ASP220 THR221 ARG222 HIS223 PHE224 ASP225 SER226 THR227 VAL228 THR229 GLU230 ARG231 ASP232 ILE233 ARG234 THR235 GLU236 GLU237 SER238 ILE239 TYR240 GLN241 ALA242 CYS243 SER244 LEU245 PRO246 GLU247 GLU248 ALA249 ARG250 THR251 ALA252 ILE253 HIS254 SER255 LEU256 THR257 GLU258 ARG259 LEU260 TYR261 VAL262 GLY263 GLY264 PRO265 MET266 PHE267 ASN268 SER269 LYS270 GLY271 GLN272 THR273 CYS274 GLY275 TYR276 ARG277 ARG278 CYS279 ARG280 ALA281 SER282 GLY283 VAL284 LEU285 THR286 THR287 SER288 MET289 GLY290 ASN291 THR292 ILE293 THR294 CYS295 TYR296 VAL297 LYS298 ALA299 LEU300 ALA301 ALA302 CYS303 LYS304 ALA305 ALA306 GLY307 ILE308 VAL309 ALA310 PRO311 THR312 MET313 LEU314 VAL315 CYS316 GLY317 ASP318 ASP319 LEU320 ILE321 VAL322 ILE323 SER324 GLU325 SER326 GLN327 GLY328 THR329 GLU330 GLU331 ASP332 GLU333 ARG334 ASN335 LEU336 ARG337 ALA338 PHE339 THR340 GLU341 ALA342 MET343 THR344 ARG345 TYR346 SER347 ALA348 PRO349 PRO350 GLY351 ASP352 PRO353 PRO354 ARG355 PRO356 GLU357 TYR358 ASP359 LEU360 GLU361 LEU362 ILE363 THR364 SER365 CYS366 SER367 SER368 ASN369 VAL370 SER371 VAL372 ALA373 LEU374 GLY375 PRO376 ARG377 GLY378 ARG379 ARG380 ARG381 TYR382 TYR383 LEU384 THR385 ARG386 ASP387 PRO388 THR389 THR390 PRO391 LEU392 ALA393 ARG394 ALA395 ALA396 TRP397 GLU398 THR399 VAL400 ARG401 HIS402 SER403 PRO404 ILE405 ASN406 SER407 TRP408 LEU409 GLY410 ASN411 ILE412 ILE413 GLN414 TYR415 ALA416 PRO417 THR418 ILE419 TRP420 VAL421 ARG422 MET423 VAL424 LEU425 MET426 THR427 HIS428 PHE429 PHE430 SER431 ILE432 LEU433 MET434 VAL435 GLN436 ASP437 THR438 LEU439 ASP440 GLN441 ASN442 LEU443 GLY444 GLY445 VAL454 ASN455 PRO456 LEU457 ASP458 LEU459 PRO460 ALA461 ILE462 ILE463 GLU464 ARG465 LEU466 HIS467 GLY468 LEU469 ASP470 ALA471 PHE472 SER473 MET474 HIS475 THR476 TYR477 SER478 HIS479 HIS480 GLU481 LEU482 THR483 ARG484 VAL485 ALA486 SER487 ALA488 LEU489 ARG490 LYS491 LEU492 GLY493 ALA494 PRO495 PRO496 LEU497 ARG498 VAL499 TRP500 LYS501 SER502 ARG503 ALA504 ARG505 ALA506 VAL507 ARG508 ALA509 SER510 LEU511 ILE512 SER513 ARG514 GLY515 GLY516 LYS517 ALA518 ALA519 VAL520 CYS521 GLY522 ARG523 TYR524 LEU525 PHE526 ASN527 TRP528 ALA529 VAL530 LYS531 THR532 LYS533 LEU534 LYS535 LEU536 THR537 PRO538 LEU539 PRO540 GLU541 ALA542 |
Unit 1 | A1 C2 A3 A4 A5 U6 U7 U8 |
Unit 2 | A3 A4 A5 U6 U7 U8 |
Unit 4 | MN601 MN602 MN603 CL604 GDP605 |
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 |