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Title | CRYSTAL STRUCTURE OF NMRA, A NEGATIVE TRANSCRIPTIONAL REGULA COMPLEX WITH NADP AT 1.7A RESOLUTION | |
Keywords | ROSSMANN FOLD, TRANSCRIPTIONAL REGULATION, SHORT CHAIN, DEHYDROGENASE, REDUCTASE, NADP BINDING, NMRA, TRANSCRIPTION | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 1TI7 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | NITROGEN METABOLITE REPRESSION REGULATOR NMRA | A | 324 | 2569 | 0 |
2 | Ligand | NITROGEN METABOLITE REPRESSION REGULATOR NMRA | A | 15 | 0 | 67 |
3 | Water | 433 | 0 | 433 | ||
total | 772 | 2569 | 500 |
Unit 1 | GLN3 GLN4 LYS5 LYS6 THR7 ILE8 ALA9 VAL10 VAL11 ASN12 ALA13 THR14 GLY15 ARG16 GLN17 ALA18 ALA19 SER20 LEU21 ILE22 ARG23 VAL24 ALA25 ALA26 ALA27 VAL28 GLY29 HIS30 HIS31 VAL32 ARG33 ALA34 GLN35 VAL36 HIS37 SER38 LEU39 LYS40 GLY41 LEU42 ILE43 ALA44 GLU45 GLU46 LEU47 GLN48 ALA49 ILE50 PRO51 ASN52 VAL53 THR54 LEU55 PHE56 GLN57 GLY58 PRO59 LEU60 LEU61 ASN62 ASN63 VAL64 PRO65 LEU66 MET67 ASP68 THR69 LEU70 PHE71 GLU72 GLY73 ALA74 HIS75 LEU76 ALA77 PHE78 ILE79 ASN80 THR81 THR82 SER83 GLN84 ALA85 GLY86 ASP87 GLU88 ILE89 ALA90 ILE91 GLY92 LYS93 ASP94 LEU95 ALA96 ASP97 ALA98 ALA99 LYS100 ARG101 ALA102 GLY103 THR104 ILE105 GLN106 HIS107 TYR108 ILE109 TYR110 SER111 SER112 MET113 PRO114 ASP115 HIS116 SER117 LEU118 TYR119 GLY120 PRO121 TRP122 PRO123 ALA124 VAL125 PRO126 MET127 TRP128 ALA129 PRO130 LYS131 PHE132 THR133 VAL134 GLU135 ASN136 TYR137 VAL138 ARG139 GLN140 LEU141 GLY142 LEU143 PRO144 SER145 THR146 PHE147 VAL148 TYR149 ALA150 GLY151 ILE152 TYR153 ASN154 ASN155 ASN156 PHE157 THR158 SER159 LEU160 PRO161 TYR162 PRO163 LEU164 PHE165 GLN166 MET167 GLU168 LEU169 MET170 PRO171 ASP172 GLY173 THR174 PHE175 GLU176 TRP177 HIS178 ALA179 PRO180 PHE181 ASP182 PRO183 ASP184 ILE185 PRO186 LEU187 PRO188 TRP189 LEU190 ASP191 ALA192 GLU193 HIS194 ASP195 VAL196 GLY197 PRO198 ALA199 LEU200 LEU201 GLN202 ILE203 PHE204 LYS205 ASP206 GLY207 PRO208 GLN209 LYS210 TRP211 ASN212 GLY213 HIS214 ARG215 ILE216 ALA217 LEU218 THR219 PHE220 GLU221 THR222 LEU223 SER224 PRO225 VAL226 GLN227 VAL228 CYS229 ALA230 ALA231 PHE232 SER233 ARG234 ALA235 LEU236 ASN237 ARG238 ARG239 VAL240 THR241 TYR242 VAL243 GLN244 VAL245 PRO246 LYS247 VAL248 GLU249 ILE250 LYS251 VAL252 ASN253 ILE254 PRO255 VAL256 GLY257 TYR258 ARG259 GLU260 GLN261 LEU262 GLU263 ALA264 ILE265 GLU266 VAL267 VAL268 PHE269 GLY270 GLU271 HIS272 LYS273 ALA274 PRO275 TYR276 PHE277 PRO278 LEU279 PRO280 GLU281 PHE282 PRO309 GLY310 GLY311 VAL312 ILE313 SER314 GLN315 ARG316 VAL317 THR318 ASP319 GLU320 ALA321 ARG322 LYS323 LEU324 TRP325 SER326 GLY327 TRP328 ARG329 ASP330 MET331 GLU332 GLU333 TYR334 ALA335 ARG336 GLU337 VAL338 PHE339 PRO340 ILE341 GLU342 GLU343 GLU344 ALA345 ASN346 GLY347 LEU348 ASP349 TRP350 MET351 LEU352 |
Unit 2 | K379 K380 K381 K382 K383 CL384 CL385 CL386 CL387 CL388 CL389 CL390 CL391 GOL392 NAP400 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |