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Title | CRYSTAL STRUCTURE OF A SOLUBLE MONOMERIC FORM OF CLIC1 AT 1. ANGSTROMS | |
Keywords | GLUTATHIONE-S-TRANFERASE SUPERFAMILY, CHLORIDE ION CHANNEL, TRANSPORT | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 1K0M | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | CHLORIDE INTRACELLULAR CHANNEL PROTEIN 1 | A | 235 | 1840 | 0 |
2 | Protein | CHLORIDE INTRACELLULAR CHANNEL PROTEIN 1 | B | 236 | 1850 | 0 |
3 | Water | 656 | 0 | 656 | ||
total | 1127 | 3690 | 656 |
Unit 1 | PRO6 GLN7 VAL8 GLU9 LEU10 PHE11 VAL12 LYS13 ALA14 GLY15 SER16 ASP17 GLY18 ALA19 LYS20 ILE21 GLY22 ASN23 CYS24 PRO25 PHE26 SER27 GLN28 ARG29 LEU30 PHE31 MET32 VAL33 LEU34 TRP35 LEU36 LYS37 GLY38 VAL39 THR40 PHE41 ASN42 VAL43 THR44 THR45 VAL46 ASP47 THR48 LYS49 ARG50 ARG51 THR52 GLU53 THR54 VAL55 GLN56 LYS57 LEU58 CYS59 PRO60 GLY61 GLY62 GLU63 LEU64 PRO65 PHE66 LEU67 LEU68 TYR69 GLY70 THR71 GLU72 VAL73 HIS74 THR75 ASP76 THR77 ASN78 LYS79 ILE80 GLU81 GLU82 PHE83 LEU84 GLU85 ALA86 VAL87 LEU88 CYS89 PRO90 PRO91 ARG92 TYR93 PRO94 LYS95 LEU96 ALA97 ALA98 LEU99 ASN100 PRO101 GLU102 SER103 ASN104 THR105 ALA106 GLY107 LEU108 ASP109 ILE110 PHE111 ALA112 LYS113 PHE114 SER115 ALA116 TYR117 ILE118 LYS119 ASN120 SER121 ASN122 PRO123 ALA124 LEU125 ASN126 ASP127 ASN128 LEU129 GLU130 LYS131 GLY132 LEU133 LEU134 LYS135 ALA136 LEU137 LYS138 VAL139 LEU140 ASP141 ASN142 TYR143 LEU144 THR145 SER146 PRO147 LEU148 PRO149 GLU150 GLY151 VAL152 ASP153 GLU154 THR155 SER156 ALA157 GLU158 ASP159 GLU160 GLY161 VAL162 SER163 GLN164 ARG165 LYS166 PHE167 LEU168 ASP169 GLY170 ASN171 GLU172 LEU173 THR174 LEU175 ALA176 ASP177 CYS178 ASN179 LEU180 LEU181 PRO182 LYS183 LEU184 HIS185 ILE186 VAL187 GLN188 VAL189 VAL190 CYS191 LYS192 LYS193 TYR194 ARG195 GLY196 PHE197 THR198 ILE199 PRO200 GLU201 ALA202 PHE203 ARG204 GLY205 VAL206 HIS207 ARG208 TYR209 LEU210 SER211 ASN212 ALA213 TYR214 ALA215 ARG216 GLU217 GLU218 PHE219 ALA220 SER221 THR222 CYS223 PRO224 ASP225 ASP226 GLU227 GLU228 ILE229 GLU230 LEU231 ALA232 TYR233 GLU234 GLN235 VAL236 ALA237 LYS238 ALA239 LEU240 |
Unit 2 | PRO6 GLN7 VAL8 GLU9 LEU10 PHE11 VAL12 LYS13 ALA14 GLY15 SER16 ASP17 GLY18 ALA19 LYS20 ILE21 GLY22 ASN23 CYS24 PRO25 PHE26 SER27 GLN28 ARG29 LEU30 PHE31 MET32 VAL33 LEU34 TRP35 LEU36 LYS37 GLY38 VAL39 THR40 PHE41 ASN42 VAL43 THR44 THR45 VAL46 ASP47 THR48 LYS49 ARG50 ARG51 THR52 GLU53 THR54 VAL55 GLN56 LYS57 LEU58 CYS59 PRO60 GLY61 GLY62 GLU63 LEU64 PRO65 PHE66 LEU67 LEU68 TYR69 GLY70 THR71 GLU72 VAL73 HIS74 THR75 ASP76 THR77 ASN78 LYS79 ILE80 GLU81 GLU82 PHE83 LEU84 GLU85 ALA86 VAL87 LEU88 CYS89 PRO90 PRO91 ARG92 TYR93 PRO94 LYS95 LEU96 ALA97 ALA98 LEU99 ASN100 PRO101 GLU102 SER103 ASN104 THR105 ALA106 GLY107 LEU108 ASP109 ILE110 PHE111 ALA112 LYS113 PHE114 SER115 ALA116 TYR117 ILE118 LYS119 ASN120 SER121 ASN122 PRO123 ALA124 LEU125 ASN126 ASP127 ASN128 LEU129 GLU130 LYS131 GLY132 LEU133 LEU134 LYS135 ALA136 LEU137 LYS138 VAL139 LEU140 ASP141 ASN142 TYR143 LEU144 THR145 SER146 PRO147 LEU148 PRO149 GLU150 GLY151 VAL152 ASP153 GLU154 THR155 SER156 ALA157 GLU158 ASP159 GLU160 GLY161 VAL162 SER163 GLN164 ARG165 LYS166 PHE167 LEU168 ASP169 GLY170 ASN171 GLU172 LEU173 THR174 LEU175 ALA176 ASP177 CYS178 ASN179 LEU180 LEU181 PRO182 LYS183 LEU184 HIS185 ILE186 VAL187 GLN188 VAL189 VAL190 CYS191 LYS192 LYS193 TYR194 ARG195 GLY196 PHE197 THR198 ILE199 PRO200 GLU201 ALA202 PHE203 ARG204 GLY205 VAL206 HIS207 ARG208 TYR209 LEU210 SER211 ASN212 ALA213 TYR214 ALA215 ARG216 GLU217 GLU218 PHE219 ALA220 SER221 THR222 CYS223 PRO224 ASP225 ASP226 GLU227 GLU228 ILE229 GLU230 LEU231 ALA232 TYR233 GLU234 GLN235 VAL236 ALA237 LYS238 ALA239 LEU240 LYS241 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |