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| Title | CRYSTAL STRUCTURE OF APO FORM (ZINC REMOVED) OF THE BOTULINUM NEUROTOXIN TYPE C LIGHT CHAIN | |
| Keywords | BOTULISM, BOTULINUM NEUROTOXIN, APO FORM, LIGHT CHAIN, SNARE PROTEINS, PROTEASE, HYDROLASE, MEMBRANE, METAL- BINDING, METALLOPROTEASE, NEUROTOXIN, SECRETED, TOXIN, TRANSMEMBRANE, ZINC | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 3DEB | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | BOTULINUM NEUROTOXIN C1 LIGHT CHAIN | A | 432 | 3498 | 0 |
| 2 | Ligand | BOTULINUM NEUROTOXIN C1 LIGHT CHAIN | A | 10 | 0 | 27 |
| 3 | Water | 464 | 0 | 464 | ||
| total | 906 | 3498 | 491 |
| Unit 1 | SER-2 HIS-1 MET1 PRO2 ILE3 THR4 ILE5 ASN6 ASN7 PHE8 ASN9 TYR10 SER11 ASP12 PRO13 VAL14 ASP15 ASN16 LYS17 ASN18 ILE19 LEU20 TYR21 LEU22 ASP23 THR24 HIS25 LEU26 ASN27 THR28 LEU29 ALA30 ASN31 GLU32 PRO33 GLU34 LYS35 ALA36 PHE37 ARG38 ILE39 THR40 GLY41 ASN42 ILE43 TRP44 VAL45 ILE46 PRO47 ASP48 ARG49 PHE50 SER51 ARG52 ASN53 SER54 ASN55 PRO56 ASN57 LEU58 ASN59 LYS60 PRO61 PRO62 ARG63 VAL64 THR65 SER66 PRO67 LYS68 SER69 GLY70 TYR71 TYR72 ASP73 PRO74 ASN75 TYR76 LEU77 SER78 THR79 ASP80 SER81 ASP82 LYS83 ASP84 THR85 PHE86 LEU87 LYS88 GLU89 ILE90 ILE91 LYS92 LEU93 PHE94 LYS95 ARG96 ILE97 ASN98 SER99 ARG100 GLU101 ILE102 GLY103 GLU104 GLU105 LEU106 ILE107 TYR108 ARG109 LEU110 SER111 THR112 ASP113 ILE114 PRO115 PHE116 PRO117 GLY118 ASN119 ASN120 ASN121 THR122 PRO123 ILE124 ASN125 THR126 PHE127 ASP128 PHE129 ASP130 VAL131 ASP132 PHE133 ASN134 SER135 VAL136 ASP137 VAL138 LYS139 THR140 ARG141 GLN142 GLY143 ASN144 ASN145 TRP146 VAL147 LYS148 THR149 GLY150 SER151 ILE152 ASN153 PRO154 SER155 VAL156 ILE157 ILE158 THR159 GLY160 PRO161 ARG162 GLU163 ASN164 ILE165 ILE166 ASP167 PRO168 GLU169 THR170 SER171 THR172 PHE173 LYS174 LEU175 THR176 ASN177 ASN178 THR179 PHE180 ALA181 ALA182 GLN183 GLU184 GLY185 PHE186 GLY187 ALA188 LEU189 SER190 ILE191 ILE192 SER193 ILE194 SER195 PRO196 ARG197 PHE198 MET199 LEU200 THR201 TYR202 SER203 ASN204 ALA205 THR206 ASN207 ASP208 VAL209 GLY210 GLU211 GLY212 ARG213 PHE214 SER215 LYS216 SER217 GLU218 PHE219 CYS220 MET221 ASP222 PRO223 ILE224 LEU225 ILE226 LEU227 MET228 HIS229 GLU230 LEU231 ASN232 HIS233 ALA234 MET235 HIS236 ASN237 LEU238 TYR239 GLY240 ILE241 ALA242 ILE243 PRO244 ASN245 ASP246 GLN247 THR248 ILE249 SER250 SER251 VAL252 THR253 SER254 ASN255 ILE256 PHE257 TYR258 SER259 GLN260 TYR261 ASN262 VAL263 LYS264 LEU265 GLU266 TYR267 ALA268 GLU269 ILE270 TYR271 ALA272 PHE273 GLY274 GLY275 PRO276 THR277 ILE278 ASP279 LEU280 ILE281 PRO282 LYS283 SER284 ALA285 ARG286 LYS287 TYR288 PHE289 GLU290 GLU291 LYS292 ALA293 LEU294 ASP295 TYR296 TYR297 ARG298 SER299 ILE300 ALA301 LYS302 ARG303 LEU304 ASN305 SER306 ILE307 THR308 THR309 ALA310 ASN311 PRO312 SER313 SER314 PHE315 ASN316 LYS317 TYR318 ILE319 GLY320 GLU321 TYR322 LYS323 GLN324 LYS325 LEU326 ILE327 ARG328 LYS329 TYR330 ARG331 PHE332 VAL333 VAL334 GLU335 SER336 SER337 GLY338 GLU339 VAL340 THR341 VAL342 ASN343 ARG344 ASN345 LYS346 PHE347 VAL348 GLU349 LEU350 TYR351 ASN352 GLU353 LEU354 THR355 GLN356 ILE357 PHE358 THR359 GLU360 PHE361 ASN362 TYR363 ALA364 LYS365 ILE366 TYR367 ASN368 VAL369 GLN370 ASN371 ARG372 LYS373 ILE374 TYR375 LEU376 SER377 ASN378 VAL379 TYR380 THR381 PRO382 VAL383 THR384 ALA385 ASN386 ILE387 LEU388 ASP389 ASP390 ASN391 VAL392 TYR393 ASP394 ILE395 GLN396 ASN397 GLY398 PHE399 ASN400 ILE401 PRO402 LYS403 SER404 ASN405 LEU406 ASN407 VAL408 LEU409 PHE410 MET411 GLY412 GLN413 ASN414 LEU415 SER416 ARG417 ASN418 PRO419 ALA420 LEU421 ARG422 LYS423 VAL424 ASN425 PRO426 GLU427 ASN428 MET429 LEU430 |
| Unit 2 | NA499 CA500 ACT501 FMT502 FMT503 FMT504 FMT505 FMT506 FMT507 FMT508 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |