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Title | CRYSTAL STRUCTURE OF SECYE TRANSLOCON FROM THERMUS THERMOPHILUS | |
Keywords | TRANSLOCON, SEC, PROTEIN-CONDUCTING-CHANNEL, MEMBRANE, PROTEIN TRANSPORT, TRANSLOCATION, TRANSMEMBRANE, TRANSPORT | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2ZQP | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | PREPROTEIN TRANSLOCASE SECY SUBUNIT | Y | 415 | 3226 | 0 |
2 | Protein | PREPROTEIN TRANSLOCASE SECE SUBUNIT | E | 46 | 368 | 0 |
total | 461 | 3594 | 0 |
Unit 1 | MET1 VAL2 LYS3 ALA4 PHE5 TRP6 SER7 ALA8 LEU9 GLN10 ILE11 PRO12 GLU13 LEU14 ARG15 GLN16 ARG17 VAL18 LEU19 PHE20 THR21 LEU22 LEU23 VAL24 LEU25 ALA26 ALA27 TYR28 ARG29 LEU30 GLY31 ALA32 PHE33 ILE34 PRO35 THR36 PRO37 GLY38 VAL39 ASP40 LEU41 ASP42 LYS43 ILE44 GLN45 GLU46 PHE47 LEU48 ARG49 THR50 ALA51 GLN52 GLY53 GLY54 VAL55 PHE56 GLY57 ILE58 ILE59 ASN60 LEU61 PHE62 SER63 GLY64 GLY65 ASN66 PHE67 GLU68 ARG69 PHE70 SER71 ILE72 PHE73 ALA74 LEU75 GLY76 ILE77 MET78 PRO79 TYR80 ILE81 THR82 ALA83 ALA84 ILE85 ILE86 MET87 GLN88 ILE89 LEU90 VAL91 THR92 VAL93 VAL94 PRO95 ALA96 LEU97 GLU98 LYS99 LEU100 SER101 LYS102 GLU103 GLY104 GLU105 GLU106 GLY107 ARG108 ARG109 ILE110 ILE111 ASN112 GLN113 TYR114 THR115 ARG116 ILE117 GLY118 GLY119 ILE120 ALA121 LEU122 GLY123 ALA124 PHE125 GLN126 GLY127 PHE128 PHE129 LEU130 ALA131 THR132 ALA133 PHE134 LEU135 GLY136 ALA137 GLU138 GLY139 GLY140 ARG141 PHE142 LEU143 LEU144 PRO145 GLY146 TRP147 SER148 PRO149 GLY150 PRO151 PHE152 PHE153 TRP154 PHE155 VAL156 VAL157 VAL158 VAL159 THR160 GLN161 VAL162 ALA163 GLY164 ILE165 ALA166 LEU167 LEU168 LEU169 TRP170 MET171 ALA172 GLU173 ARG174 ILE175 THR176 GLU177 TYR178 GLY179 ILE180 GLY181 ASN182 GLY183 THR184 SER185 LEU186 ILE187 ILE188 PHE189 ALA190 GLY191 ILE192 VAL193 VAL194 GLU195 TRP196 LEU197 PRO198 GLN199 ILE200 LEU201 ARG202 THR203 ILE204 GLY205 LEU206 ILE207 ARG208 THR209 GLY210 GLU211 VAL212 ASN213 LEU214 VAL215 ALA216 PHE217 LEU218 PHE219 PHE220 LEU221 ALA222 PHE223 ILE224 VAL225 LEU226 ALA227 PHE228 ALA229 GLY230 MET231 ALA232 ALA233 VAL234 GLN235 GLN236 ALA237 GLU238 ARG239 ARG240 ILE241 PRO242 VAL243 GLN244 TYR245 ALA246 ARG247 TYR255 GLY256 GLY257 GLN258 ALA259 THR260 TYR261 ILE262 PRO263 ILE264 LYS265 LEU266 ASN267 ALA268 ALA269 GLY270 VAL271 ILE272 PRO273 ILE274 ILE275 PHE276 ALA277 ALA278 ALA279 ILE280 LEU281 GLN282 ILE283 PRO284 ILE285 PHE286 LEU287 ALA288 ALA289 PRO290 PHE291 GLN292 ASP293 ASN294 PRO295 VAL296 LEU297 GLN298 GLY299 ILE300 ALA301 ASN302 PHE303 PHE304 ASN305 PRO306 THR307 ARG308 PRO309 SER310 GLY311 LEU312 PHE313 ILE314 GLU315 VAL316 LEU317 LEU318 VAL319 ILE320 LEU321 PHE322 THR323 TYR324 VAL325 TYR326 THR327 ALA328 VAL329 GLN330 PHE331 ASP332 PRO333 LYS334 ARG335 ILE336 ALA337 GLU338 SER339 LEU340 ARG341 GLU342 TYR343 GLY344 GLY345 PHE346 ILE347 PRO348 GLY349 ILE350 ARG351 PRO352 GLY353 GLU354 PRO355 THR356 VAL357 LYS358 PHE359 LEU360 GLU361 HIS362 ILE363 VAL364 SER365 ARG366 LEU367 THR368 LEU369 TRP370 GLY371 ALA372 LEU373 PHE374 LEU375 GLY376 LEU377 VAL378 THR379 LEU380 LEU381 PRO382 GLN383 ILE384 ILE385 GLN386 ASN387 LEU388 THR389 GLY390 ILE391 HIS392 SER393 ILE394 ALA395 PHE396 SER397 GLY398 ILE399 GLY400 LEU401 LEU402 ILE403 VAL404 VAL405 GLY406 VAL407 ALA408 LEU409 ASP410 THR411 LEU412 ARG413 GLN414 VAL415 GLU416 SER417 GLN418 LEU419 MET420 LEU421 ARG422 |
Unit 2 | ALA12 ARG13 ALA14 GLU15 LEU16 ALA17 ARG18 VAL19 THR20 TRP21 PRO22 THR23 ARG24 GLU25 GLN26 VAL27 VAL28 GLU29 GLY30 THR31 GLN32 ALA33 ILE34 LEU35 LEU36 PHE37 THR38 LEU39 ALA40 PHE41 MET42 VAL43 ILE44 LEU45 GLY46 LEU47 TYR48 ASP49 THR50 VAL51 PHE52 ARG53 PHE54 LEU55 ILE56 GLY57 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |