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Title | CRYSTAL STRUCTURE OF ROLR (NCGL1110) WITHOUT LIGAND | |
Keywords | HELIX-TURN-HELIX, ALL ALPHA, TRANSCRIPTION, TRANSCRIPTION RE TRANSCRIPTION REGULATOR, ALL HELIX, TETR FAMILY, TRANSCRIPT REPRESSOR, RESORCINOL BINDING, DNA BINDING | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3AQS | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | BACTERIAL REGULATORY PROTEINS, TETR FAMILY | A | 185 | 1419 | 0 |
2 | Protein | BACTERIAL REGULATORY PROTEINS, TETR FAMILY | B | 186 | 1426 | 0 |
3 | Protein | BACTERIAL REGULATORY PROTEINS, TETR FAMILY | C | 185 | 1419 | 0 |
4 | Protein | BACTERIAL REGULATORY PROTEINS, TETR FAMILY | D | 186 | 1426 | 0 |
total | 742 | 5690 | 0 |
Unit 1 | ARG32 ALA33 ARG34 LEU35 ILE36 THR37 SER38 ALA39 ARG40 THR41 LEU42 MET43 ALA44 GLU45 ARG46 GLY47 VAL48 ASP49 ASN50 VAL51 GLY52 ILE53 ALA54 GLU55 ILE56 THR57 GLU58 GLY59 ALA60 ASN61 ILE62 GLY63 THR64 GLY65 THR66 PHE67 TYR68 ASN69 TYR70 PHE71 PRO72 ASP73 ARG74 GLU75 GLN76 LEU77 LEU78 GLN79 ALA80 VAL81 ALA82 GLU83 ASP84 ALA85 PHE86 GLU87 SER88 VAL89 GLY90 ILE91 ALA92 LEU93 ASP94 GLN95 VAL96 LEU97 THR98 LYS99 LEU100 ASP101 ASP102 PRO103 ALA104 GLU105 VAL106 PHE107 ALA108 GLY109 SER110 LEU111 ARG112 HIS113 LEU114 VAL115 ARG116 HIS117 SER118 LEU119 GLU120 ASP121 ARG122 ILE123 TRP124 GLY125 GLY126 PHE127 PHE128 ILE129 GLN130 MET131 GLY132 ALA133 ALA134 HIS135 PRO136 VAL137 LEU138 MET139 ARG140 ILE141 LEU142 GLY143 PRO144 ARG145 ALA146 ARG147 ARG148 ASP149 LEU150 LEU151 HIS152 GLY153 LEU154 GLU155 THR156 GLY157 ARG158 PHE159 THR160 ILE161 GLU162 ASP163 LEU164 ASP165 LEU166 ALA167 THR168 THR169 CYS170 THR171 PHE172 GLY173 SER174 LEU175 ILE176 ALA177 ALA178 ILE179 GLN180 MET181 ALA182 LEU183 SER184 LYS193 ASP194 GLN195 ILE196 PHE197 ALA198 ALA199 ALA200 MET201 LEU202 ARG203 MET204 VAL205 GLY206 VAL207 GLN208 ALA209 ALA210 GLU211 ALA212 ARG213 GLU214 ILE215 ALA216 SER217 ARG218 PRO219 LEU220 PRO221 GLU222 ILE223 SER224 |
Unit 2 | THR31 ARG32 ALA33 ARG34 LEU35 ILE36 THR37 SER38 ALA39 ARG40 THR41 LEU42 MET43 ALA44 GLU45 ARG46 GLY47 VAL48 ASP49 ASN50 VAL51 GLY52 ILE53 ALA54 GLU55 ILE56 THR57 GLU58 GLY59 ALA60 ASN61 ILE62 GLY63 THR64 GLY65 THR66 PHE67 TYR68 ASN69 TYR70 PHE71 PRO72 ASP73 ARG74 GLU75 GLN76 LEU77 LEU78 GLN79 ALA80 VAL81 ALA82 GLU83 ASP84 ALA85 PHE86 GLU87 SER88 VAL89 GLY90 ILE91 ALA92 LEU93 ASP94 GLN95 VAL96 LEU97 THR98 LYS99 LEU100 ASP101 ASP102 PRO103 ALA104 GLU105 VAL106 PHE107 ALA108 GLY109 SER110 LEU111 ARG112 HIS113 LEU114 VAL115 ARG116 HIS117 SER118 LEU119 GLU120 ASP121 ARG122 ILE123 TRP124 GLY125 GLY126 PHE127 PHE128 ILE129 GLN130 MET131 GLY132 ALA133 ALA134 HIS135 PRO136 VAL137 LEU138 MET139 ARG140 ILE141 LEU142 GLY143 PRO144 ARG145 ALA146 ARG147 ARG148 ASP149 LEU150 LEU151 HIS152 GLY153 LEU154 GLU155 THR156 GLY157 ARG158 PHE159 THR160 ILE161 GLU162 ASP163 LEU164 ASP165 LEU166 ALA167 THR168 THR169 CYS170 THR171 PHE172 GLY173 SER174 LEU175 ILE176 ALA177 ALA178 ILE179 GLN180 MET181 ALA182 LEU183 SER184 LYS193 ASP194 GLN195 ILE196 PHE197 ALA198 ALA199 ALA200 MET201 LEU202 ARG203 MET204 VAL205 GLY206 VAL207 GLN208 ALA209 ALA210 GLU211 ALA212 ARG213 GLU214 ILE215 ALA216 SER217 ARG218 PRO219 LEU220 PRO221 GLU222 ILE223 SER224 |
Unit 3 | ARG32 ALA33 ARG34 LEU35 ILE36 THR37 SER38 ALA39 ARG40 THR41 LEU42 MET43 ALA44 GLU45 ARG46 GLY47 VAL48 ASP49 ASN50 VAL51 GLY52 ILE53 ALA54 GLU55 ILE56 THR57 GLU58 GLY59 ALA60 ASN61 ILE62 GLY63 THR64 GLY65 THR66 PHE67 TYR68 ASN69 TYR70 PHE71 PRO72 ASP73 ARG74 GLU75 GLN76 LEU77 LEU78 GLN79 ALA80 VAL81 ALA82 GLU83 ASP84 ALA85 PHE86 GLU87 SER88 VAL89 GLY90 ILE91 ALA92 LEU93 ASP94 GLN95 VAL96 LEU97 THR98 LYS99 LEU100 ASP101 ASP102 PRO103 ALA104 GLU105 VAL106 PHE107 ALA108 GLY109 SER110 LEU111 ARG112 HIS113 LEU114 VAL115 ARG116 HIS117 SER118 LEU119 GLU120 ASP121 ARG122 ILE123 TRP124 GLY125 GLY126 PHE127 PHE128 ILE129 GLN130 MET131 GLY132 ALA133 ALA134 HIS135 PRO136 VAL137 LEU138 MET139 ARG140 ILE141 LEU142 GLY143 PRO144 ARG145 ALA146 ARG147 ARG148 ASP149 LEU150 LEU151 HIS152 GLY153 LEU154 GLU155 THR156 GLY157 ARG158 PHE159 THR160 ILE161 GLU162 ASP163 LEU164 ASP165 LEU166 ALA167 THR168 THR169 CYS170 THR171 PHE172 GLY173 SER174 LEU175 ILE176 ALA177 ALA178 ILE179 GLN180 MET181 ALA182 LEU183 SER184 LYS193 ASP194 GLN195 ILE196 PHE197 ALA198 ALA199 ALA200 MET201 LEU202 ARG203 MET204 VAL205 GLY206 VAL207 GLN208 ALA209 ALA210 GLU211 ALA212 ARG213 GLU214 ILE215 ALA216 SER217 ARG218 PRO219 LEU220 PRO221 GLU222 ILE223 SER224 |
Unit 4 | THR31 ARG32 ALA33 ARG34 LEU35 ILE36 THR37 SER38 ALA39 ARG40 THR41 LEU42 MET43 ALA44 GLU45 ARG46 GLY47 VAL48 ASP49 ASN50 VAL51 GLY52 ILE53 ALA54 GLU55 ILE56 THR57 GLU58 GLY59 ALA60 ASN61 ILE62 GLY63 THR64 GLY65 THR66 PHE67 TYR68 ASN69 TYR70 PHE71 PRO72 ASP73 ARG74 GLU75 GLN76 LEU77 LEU78 GLN79 ALA80 VAL81 ALA82 GLU83 ASP84 ALA85 PHE86 GLU87 SER88 VAL89 GLY90 ILE91 ALA92 LEU93 ASP94 GLN95 VAL96 LEU97 THR98 LYS99 LEU100 ASP101 ASP102 PRO103 ALA104 GLU105 VAL106 PHE107 ALA108 GLY109 SER110 LEU111 ARG112 HIS113 LEU114 VAL115 ARG116 HIS117 SER118 LEU119 GLU120 ASP121 ARG122 ILE123 TRP124 GLY125 GLY126 PHE127 PHE128 ILE129 GLN130 MET131 GLY132 ALA133 ALA134 HIS135 PRO136 VAL137 LEU138 MET139 ARG140 ILE141 LEU142 GLY143 PRO144 ARG145 ALA146 ARG147 ARG148 ASP149 LEU150 LEU151 HIS152 GLY153 LEU154 GLU155 THR156 GLY157 ARG158 PHE159 THR160 ILE161 GLU162 ASP163 LEU164 ASP165 LEU166 ALA167 THR168 THR169 CYS170 THR171 PHE172 GLY173 SER174 LEU175 ILE176 ALA177 ALA178 ILE179 GLN180 MET181 ALA182 LEU183 SER184 LYS193 ASP194 GLN195 ILE196 PHE197 ALA198 ALA199 ALA200 MET201 LEU202 ARG203 MET204 VAL205 GLY206 VAL207 GLN208 ALA209 ALA210 GLU211 ALA212 ARG213 GLU214 ILE215 ALA216 SER217 ARG218 PRO219 LEU220 PRO221 GLU222 ILE223 SER224 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |