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Title | CRYSTAL STRUCTURE OF FISCHERELLA TRANSCRIPTION FACTOR HETR C WITH 21MER DNA TARGET | |
Keywords | STRUCTURAL GENOMICS, PSI-BIOLOGY, MIDWEST CENTER FOR STRUCTU GENOMICS, MCSG, HELIX-TURN-HELIX, DNA-BINDING DOMAIN, TRANS FACTOR, TRANSCRIPTION-DNA COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4IZZ | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | TRANSCRIPTION FACTOR HETR | A | 294 | 2414 | 0 |
2 | Protein | TRANSCRIPTION FACTOR HETR | B | 294 | 2414 | 0 |
3 | Other macromolecule | DNA (5'- D(*GP*TP*GP*AP*GP*GP*GP*GP*TP*TP*AP*AP*AP*CP*CP*CP*CP*TP*CP 3') | C | 21 | 428 | 0 |
4 | Other macromolecule | DNA (5'- D(*GP*TP*GP*AP*GP*GP*GP*GP*TP*TP*AP*AP*AP*CP*CP*CP*CP*TP*CP 3') | D | 21 | 428 | 0 |
5 | Ligand | TRANSCRIPTION FACTOR HETR | A | 3 | 0 | 13 |
6 | Ligand | TRANSCRIPTION FACTOR HETR | B | 1 | 0 | 5 |
7 | Ligand | DNA (5'- D(*GP*TP*GP*AP*GP*GP*GP*GP*TP*TP*AP*AP*AP*CP*CP*CP*CP*TP*CP 3') | C | 1 | 0 | 5 |
8 | Water | 159 | 0 | 159 | ||
total | 794 | 5684 | 182 |
Unit 1 | VAL5 ASP6 LEU7 ILE8 LYS9 ARG10 LEU11 GLY12 PRO13 SER14 ALA15 MET16 ASP17 GLN18 ILE19 MET20 LEU21 TYR22 LEU23 ALA24 PHE25 SER26 ALA27 MET28 ARG29 THR30 SER31 GLY32 HIS33 ARG34 HIS35 GLY36 ALA37 PHE38 LEU39 ASP40 ALA41 ALA42 ALA43 THR44 ALA45 ALA46 LYS47 CYS48 ALA49 ILE50 TYR51 MET52 THR53 TYR54 LEU55 GLU56 GLN57 GLY58 GLN59 ASN60 LEU61 ARG62 MET63 THR64 GLY65 HIS66 LEU67 HIS68 HIS69 LEU70 GLU71 PRO72 LYS73 ARG74 VAL75 LYS76 ALA77 ILE78 VAL79 GLU80 GLU81 VAL82 ARG83 GLN84 ALA85 LEU86 THR87 GLU88 GLY89 LYS90 LEU91 LEU92 LYS93 MET94 LEU95 GLY96 SER97 GLN98 GLU99 PRO100 ARG101 TYR102 LEU103 ILE104 GLN105 PHE106 PRO107 TYR108 VAL109 TRP110 MET111 GLU112 LYS113 TYR114 PRO115 TRP116 ARG117 PRO118 GLY119 ARG120 SER121 ARG122 ILE123 PRO124 GLY125 THR126 SER127 LEU128 THR129 SER130 GLU131 GLU132 LYS133 ARG134 GLN135 ILE136 GLU137 GLN138 LYS139 LEU140 PRO141 SER142 ASN143 LEU144 PRO145 ASP146 ALA147 HIS148 LEU149 ILE150 THR151 SER152 PHE153 GLU154 PHE155 LEU156 GLU157 LEU158 ILE159 GLU160 PHE161 LEU162 HIS163 LYS164 ARG165 SER166 GLN167 GLU168 ASP169 LEU170 PRO171 LYS172 GLU173 HIS174 GLN175 MET176 PRO177 LEU178 SER179 GLU180 ALA181 LEU182 ALA183 GLU184 HIS185 ILE186 LYS187 ARG188 ARG189 LEU190 LEU191 TYR192 SER193 GLY194 THR195 VAL196 THR197 ARG198 ILE199 ASP200 SER201 PRO202 TRP203 GLY204 MET205 PRO206 PHE207 TYR208 ALA209 LEU210 THR211 ARG212 PRO213 PHE214 TYR215 ALA216 PRO217 ALA218 ASP219 ASP220 GLN221 GLU222 ARG223 THR224 TYR225 ILE226 MET227 VAL228 GLU229 ASP230 THR231 ALA232 ARG233 PHE234 PHE235 ARG236 MET237 MET238 ARG239 ASP240 TRP241 ALA242 GLU243 LYS244 ARG245 PRO246 ASN247 THR248 MET249 ARG250 VAL251 LEU252 GLU253 GLU254 LEU255 ASP256 ILE257 LEU258 PRO259 GLU260 LYS261 MET262 GLN263 GLN264 ALA265 LYS266 ASP267 GLU268 LEU269 ASP270 GLU271 ILE272 ILE273 ARG274 ALA275 TRP276 ALA277 ASP278 LYS279 TYR280 HIS281 GLN282 ASP283 ASP284 GLY285 VAL286 PRO287 VAL288 VAL289 LEU290 GLN291 MET292 VAL293 PHE294 GLY295 LYS296 LYS297 GLU298 |
Unit 2 | VAL5 ASP6 LEU7 ILE8 LYS9 ARG10 LEU11 GLY12 PRO13 SER14 ALA15 MET16 ASP17 GLN18 ILE19 MET20 LEU21 TYR22 LEU23 ALA24 PHE25 SER26 ALA27 MET28 ARG29 THR30 SER31 GLY32 HIS33 ARG34 HIS35 GLY36 ALA37 PHE38 LEU39 ASP40 ALA41 ALA42 ALA43 THR44 ALA45 ALA46 LYS47 CYS48 ALA49 ILE50 TYR51 MET52 THR53 TYR54 LEU55 GLU56 GLN57 GLY58 GLN59 ASN60 LEU61 ARG62 MET63 THR64 GLY65 HIS66 LEU67 HIS68 HIS69 LEU70 GLU71 PRO72 LYS73 ARG74 VAL75 LYS76 ALA77 ILE78 VAL79 GLU80 GLU81 VAL82 ARG83 GLN84 ALA85 LEU86 THR87 GLU88 GLY89 LYS90 LEU91 LEU92 LYS93 MET94 LEU95 GLY96 SER97 GLN98 GLU99 PRO100 ARG101 TYR102 LEU103 ILE104 GLN105 PHE106 PRO107 TYR108 VAL109 TRP110 MET111 GLU112 LYS113 TYR114 PRO115 TRP116 ARG117 PRO118 GLY119 ARG120 SER121 ARG122 ILE123 PRO124 GLY125 THR126 SER127 LEU128 THR129 SER130 GLU131 GLU132 LYS133 ARG134 GLN135 ILE136 GLU137 GLN138 LYS139 LEU140 PRO141 SER142 ASN143 LEU144 PRO145 ASP146 ALA147 HIS148 LEU149 ILE150 THR151 SER152 PHE153 GLU154 PHE155 LEU156 GLU157 LEU158 ILE159 GLU160 PHE161 LEU162 HIS163 LYS164 ARG165 SER166 GLN167 GLU168 ASP169 LEU170 PRO171 LYS172 GLU173 HIS174 GLN175 MET176 PRO177 LEU178 SER179 GLU180 ALA181 LEU182 ALA183 GLU184 HIS185 ILE186 LYS187 ARG188 ARG189 LEU190 LEU191 TYR192 SER193 GLY194 THR195 VAL196 THR197 ARG198 ILE199 ASP200 SER201 PRO202 TRP203 GLY204 MET205 PRO206 PHE207 TYR208 ALA209 LEU210 THR211 ARG212 PRO213 PHE214 TYR215 ALA216 PRO217 ALA218 ASP219 ASP220 GLN221 GLU222 ARG223 THR224 TYR225 ILE226 MET227 VAL228 GLU229 ASP230 THR231 ALA232 ARG233 PHE234 PHE235 ARG236 MET237 MET238 ARG239 ASP240 TRP241 ALA242 GLU243 LYS244 ARG245 PRO246 ASN247 THR248 MET249 ARG250 VAL251 LEU252 GLU253 GLU254 LEU255 ASP256 ILE257 LEU258 PRO259 GLU260 LYS261 MET262 GLN263 GLN264 ALA265 LYS266 ASP267 GLU268 LEU269 ASP270 GLU271 ILE272 ILE273 ARG274 ALA275 TRP276 ALA277 ASP278 LYS279 TYR280 HIS281 GLN282 ASP283 ASP284 GLY285 VAL286 PRO287 VAL288 VAL289 LEU290 GLN291 MET292 VAL293 PHE294 GLY295 LYS296 LYS297 GLU298 |
Unit 3 | DG-10 DT-9 DG-8 DA-7 DG-6 DG-5 DG-4 DG-3 DT-2 DT-1 DA0 DA1 DA2 DC3 DC4 DC5 DC6 DT7 DC8 DA9 DC10 |
Unit 4 | DG-10 DT-9 DG-8 DA-7 DG-6 DG-5 DG-4 DG-3 DT-2 DT-1 DA0 DA1 DA2 DC3 DC4 DC5 DC6 DT7 DC8 DA9 DC10 |
Unit 5 | SO4301 EDO302 EDO303 |
Unit 6 | SO4301 |
Unit 7 | SO4101 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |