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Sequence, Chains, Asymmetric and Biological Units

Title CRYSTAL STRUCTURE OF RSP IN COMPLEX WITH BETA-NAD+ AND OPERA
Keywords WINGED HELIX, ROSSMANN FOLD, TRANSCRIPTION REPRESSOR, TRANSC DNA COMPLEX
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   3WGI     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  A 217 1740 0
2  Protein   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  B 217 1740 0
3  Protein   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  C 217 1740 0
4  Protein   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  D 217 1740 0
5  Other macromolecule   DNA (5'- D(*TP*AP*GP*AP*TP*TP*GP*TP*TP*AP*AP*TP*CP*GP*AP*TP*TP*AP*AP TP*C)-3')  E 24 489 0
6  Other macromolecule   DNA (5'- D(*TP*AP*GP*AP*TP*TP*GP*TP*TP*AP*AP*TP*CP*GP*AP*TP*TP*AP*AP TP*C)-3')  F 24 489 0
7  Other macromolecule   DNA (5'- D(*TP*AP*GP*AP*TP*TP*GP*TP*TP*AP*AP*TP*CP*GP*AP*TP*TP*AP*AP TP*C)-3')  G 24 489 0
8  Other macromolecule   DNA (5'- D(*TP*AP*GP*AP*TP*TP*GP*TP*TP*AP*AP*TP*CP*GP*AP*TP*TP*AP*AP TP*C)-3')  H 24 489 0
9  Ligand   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  A 1 0 44
10  Ligand   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  B 1 0 44
11  Ligand   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  C 1 0 44
12  Ligand   REDOX-SENSING TRANSCRIPTIONAL REPRESSOR REX  D 1 0 44
total       968 8916 176
Proteins
Unit 1 LYS4 THR5 ILE6 VAL7 SER8 MET9 ALA10 VAL11 ILE12 ARG13 ARG14 LEU15 PRO16 ARG17 TYR18 HIS19 ARG20 TYR21 LEU22 GLU23 GLU24 LEU25 LEU26 LYS27 ASN28 ASP29 VAL30 LYS31 ARG32 ILE33 SER34 SER35 ARG36 GLU37 LEU38 SER39 GLU40 LYS41 MET42 GLY43 VAL44 THR45 ALA46 SER47 GLN48 ILE49 ARG50 GLN51 ASP52 LEU53 ASN54 ASN55 PHE56 GLY57 GLY58 PHE59 GLY60 GLN61 GLN62 GLY63 TYR64 GLY65 TYR66 ASN67 VAL68 GLU69 GLU70 LEU71 TYR72 ASN73 ASN74 LEU75 THR76 LYS77 ILE78 LEU79 GLY80 LEU81 ASP82 LYS83 THR84 TYR85 ASN86 THR87 ILE88 ILE89 ILE90 GLY91 ALA92 GLY93 ASN94 LEU95 GLY96 GLN97 ALA98 ILE99 ALA100 ASN101 TYR102 THR103 SER104 PHE105 GLU106 LYS107 SER108 GLY109 PHE110 ASN111 LEU112 LYS113 GLY114 ILE115 PHE116 ASP117 ILE118 ASN119 PRO120 ARG121 LEU122 PHE123 GLY124 LEU125 LYS126 ILE127 ARG128 ASP129 VAL130 GLU131 VAL132 MET133 ASP134 VAL135 GLU136 THR137 VAL138 GLU139 ASP140 PHE141 ILE142 ALA143 ARG144 ASN145 LYS146 ILE147 ASP148 ILE149 GLY150 ILE151 LEU152 CYS153 ILE154 PRO155 LYS156 ASP157 ASN158 ALA159 GLN160 TYR161 THR162 ALA163 ASP164 ARG165 LEU166 VAL167 ARG168 ALA169 GLY170 ILE171 LYS172 ALA173 ILE174 TRP175 ASN176 PHE177 LEU178 PRO179 ILE180 ASP181 LEU182 LYS183 VAL184 PRO185 ASP186 ASP187 VAL188 ILE189 LEU190 GLU191 ASN192 VAL193 HIS194 LEU195 SER196 ASP197 SER198 LEU199 PHE200 THR201 VAL202 SER203 TYR204 ARG205 LEU206 ASN207 GLU208 GLU209 GLU210 LEU211 PHE212 LYS213 LYS214 LEU215 LYS216 GLY217 GLU218 THR219 ALA220
Unit 2 LYS4 THR5 ILE6 VAL7 SER8 MET9 ALA10 VAL11 ILE12 ARG13 ARG14 LEU15 PRO16 ARG17 TYR18 HIS19 ARG20 TYR21 LEU22 GLU23 GLU24 LEU25 LEU26 LYS27 ASN28 ASP29 VAL30 LYS31 ARG32 ILE33 SER34 SER35 ARG36 GLU37 LEU38 SER39 GLU40 LYS41 MET42 GLY43 VAL44 THR45 ALA46 SER47 GLN48 ILE49 ARG50 GLN51 ASP52 LEU53 ASN54 ASN55 PHE56 GLY57 GLY58 PHE59 GLY60 GLN61 GLN62 GLY63 TYR64 GLY65 TYR66 ASN67 VAL68 GLU69 GLU70 LEU71 TYR72 ASN73 ASN74 LEU75 THR76 LYS77 ILE78 LEU79 GLY80 LEU81 ASP82 LYS83 THR84 TYR85 ASN86 THR87 ILE88 ILE89 ILE90 GLY91 ALA92 GLY93 ASN94 LEU95 GLY96 GLN97 ALA98 ILE99 ALA100 ASN101 TYR102 THR103 SER104 PHE105 GLU106 LYS107 SER108 GLY109 PHE110 ASN111 LEU112 LYS113 GLY114 ILE115 PHE116 ASP117 ILE118 ASN119 PRO120 ARG121 LEU122 PHE123 GLY124 LEU125 LYS126 ILE127 ARG128 ASP129 VAL130 GLU131 VAL132 MET133 ASP134 VAL135 GLU136 THR137 VAL138 GLU139 ASP140 PHE141 ILE142 ALA143 ARG144 ASN145 LYS146 ILE147 ASP148 ILE149 GLY150 ILE151 LEU152 CYS153 ILE154 PRO155 LYS156 ASP157 ASN158 ALA159 GLN160 TYR161 THR162 ALA163 ASP164 ARG165 LEU166 VAL167 ARG168 ALA169 GLY170 ILE171 LYS172 ALA173 ILE174 TRP175 ASN176 PHE177 LEU178 PRO179 ILE180 ASP181 LEU182 LYS183 VAL184 PRO185 ASP186 ASP187 VAL188 ILE189 LEU190 GLU191 ASN192 VAL193 HIS194 LEU195 SER196 ASP197 SER198 LEU199 PHE200 THR201 VAL202 SER203 TYR204 ARG205 LEU206 ASN207 GLU208 GLU209 GLU210 LEU211 PHE212 LYS213 LYS214 LEU215 LYS216 GLY217 GLU218 THR219 ALA220
Unit 3 LYS4 THR5 ILE6 VAL7 SER8 MET9 ALA10 VAL11 ILE12 ARG13 ARG14 LEU15 PRO16 ARG17 TYR18 HIS19 ARG20 TYR21 LEU22 GLU23 GLU24 LEU25 LEU26 LYS27 ASN28 ASP29 VAL30 LYS31 ARG32 ILE33 SER34 SER35 ARG36 GLU37 LEU38 SER39 GLU40 LYS41 MET42 GLY43 VAL44 THR45 ALA46 SER47 GLN48 ILE49 ARG50 GLN51 ASP52 LEU53 ASN54 ASN55 PHE56 GLY57 GLY58 PHE59 GLY60 GLN61 GLN62 GLY63 TYR64 GLY65 TYR66 ASN67 VAL68 GLU69 GLU70 LEU71 TYR72 ASN73 ASN74 LEU75 THR76 LYS77 ILE78 LEU79 GLY80 LEU81 ASP82 LYS83 THR84 TYR85 ASN86 THR87 ILE88 ILE89 ILE90 GLY91 ALA92 GLY93 ASN94 LEU95 GLY96 GLN97 ALA98 ILE99 ALA100 ASN101 TYR102 THR103 SER104 PHE105 GLU106 LYS107 SER108 GLY109 PHE110 ASN111 LEU112 LYS113 GLY114 ILE115 PHE116 ASP117 ILE118 ASN119 PRO120 ARG121 LEU122 PHE123 GLY124 LEU125 LYS126 ILE127 ARG128 ASP129 VAL130 GLU131 VAL132 MET133 ASP134 VAL135 GLU136 THR137 VAL138 GLU139 ASP140 PHE141 ILE142 ALA143 ARG144 ASN145 LYS146 ILE147 ASP148 ILE149 GLY150 ILE151 LEU152 CYS153 ILE154 PRO155 LYS156 ASP157 ASN158 ALA159 GLN160 TYR161 THR162 ALA163 ASP164 ARG165 LEU166 VAL167 ARG168 ALA169 GLY170 ILE171 LYS172 ALA173 ILE174 TRP175 ASN176 PHE177 LEU178 PRO179 ILE180 ASP181 LEU182 LYS183 VAL184 PRO185 ASP186 ASP187 VAL188 ILE189 LEU190 GLU191 ASN192 VAL193 HIS194 LEU195 SER196 ASP197 SER198 LEU199 PHE200 THR201 VAL202 SER203 TYR204 ARG205 LEU206 ASN207 GLU208 GLU209 GLU210 LEU211 PHE212 LYS213 LYS214 LEU215 LYS216 GLY217 GLU218 THR219 ALA220
Unit 4 LYS4 THR5 ILE6 VAL7 SER8 MET9 ALA10 VAL11 ILE12 ARG13 ARG14 LEU15 PRO16 ARG17 TYR18 HIS19 ARG20 TYR21 LEU22 GLU23 GLU24 LEU25 LEU26 LYS27 ASN28 ASP29 VAL30 LYS31 ARG32 ILE33 SER34 SER35 ARG36 GLU37 LEU38 SER39 GLU40 LYS41 MET42 GLY43 VAL44 THR45 ALA46 SER47 GLN48 ILE49 ARG50 GLN51 ASP52 LEU53 ASN54 ASN55 PHE56 GLY57 GLY58 PHE59 GLY60 GLN61 GLN62 GLY63 TYR64 GLY65 TYR66 ASN67 VAL68 GLU69 GLU70 LEU71 TYR72 ASN73 ASN74 LEU75 THR76 LYS77 ILE78 LEU79 GLY80 LEU81 ASP82 LYS83 THR84 TYR85 ASN86 THR87 ILE88 ILE89 ILE90 GLY91 ALA92 GLY93 ASN94 LEU95 GLY96 GLN97 ALA98 ILE99 ALA100 ASN101 TYR102 THR103 SER104 PHE105 GLU106 LYS107 SER108 GLY109 PHE110 ASN111 LEU112 LYS113 GLY114 ILE115 PHE116 ASP117 ILE118 ASN119 PRO120 ARG121 LEU122 PHE123 GLY124 LEU125 LYS126 ILE127 ARG128 ASP129 VAL130 GLU131 VAL132 MET133 ASP134 VAL135 GLU136 THR137 VAL138 GLU139 ASP140 PHE141 ILE142 ALA143 ARG144 ASN145 LYS146 ILE147 ASP148 ILE149 GLY150 ILE151 LEU152 CYS153 ILE154 PRO155 LYS156 ASP157 ASN158 ALA159 GLN160 TYR161 THR162 ALA163 ASP164 ARG165 LEU166 VAL167 ARG168 ALA169 GLY170 ILE171 LYS172 ALA173 ILE174 TRP175 ASN176 PHE177 LEU178 PRO179 ILE180 ASP181 LEU182 LYS183 VAL184 PRO185 ASP186 ASP187 VAL188 ILE189 LEU190 GLU191 ASN192 VAL193 HIS194 LEU195 SER196 ASP197 SER198 LEU199 PHE200 THR201 VAL202 SER203 TYR204 ARG205 LEU206 ASN207 GLU208 GLU209 GLU210 LEU211 PHE212 LYS213 LYS214 LEU215 LYS216 GLY217 GLU218 THR219 ALA220
Other macromolecules
Unit 5 DT299 DA300 DG301 DA302 DT303 DT304 DG305 DT306 DT307 DA308 DA309 DT310 DC311 DG312 DA313 DT314 DT315 DA316 DA317 DC318 DA319 DA320 DT321 DC322
Unit 6 DT299 DA300 DG301 DA302 DT303 DT304 DG305 DT306 DT307 DA308 DA309 DT310 DC311 DG312 DA313 DT314 DT315 DA316 DA317 DC318 DA319 DA320 DT321 DC322
Unit 7 DT299 DA300 DG301 DA302 DT303 DT304 DG305 DT306 DT307 DA308 DA309 DT310 DC311 DG312 DA313 DT314 DT315 DA316 DA317 DC318 DA319 DA320 DT321 DC322
Unit 8 DT299 DA300 DG301 DA302 DT303 DT304 DG305 DT306 DT307 DA308 DA309 DT310 DC311 DG312 DA313 DT314 DT315 DA316 DA317 DC318 DA319 DA320 DT321 DC322
Ligands
Unit 9 NAJ900
Unit 10 NAJ900
Unit 11 NAJ900
Unit 12 NAJ900
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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany