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Title | STRUCTURAL BASIS FOR THE BINDING OF THE ANTI-CANCER COMPOUND NITRO-2,1,3-BENZOXADIAZOL-4-YLTHIO)HEXANOL (NBDHEX) TO HUMA GLUTATHIONE S-TRANSFERASES | |
Keywords | DETOXIFICATION, MULTIDRUG RESISTANCE, CANCER TREATMENT, PHOSPHOPROTEIN, TRANSFERASE-TRANSFERASE INHIBITOR COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3IE3 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | GLUTATHIONE S-TRANSFERASE P | A | 209 | 1635 | 0 |
2 | Protein | GLUTATHIONE S-TRANSFERASE P | B | 208 | 1628 | 0 |
3 | Ligand | GLUTATHIONE S-TRANSFERASE P | A | 3 | 0 | 52 |
4 | Ligand | GLUTATHIONE S-TRANSFERASE P | B | 3 | 0 | 52 |
5 | Water | 473 | 0 | 473 | ||
total | 896 | 3263 | 577 |
Unit 1 | PRO1 PRO2 TYR3 THR4 VAL5 VAL6 TYR7 PHE8 PRO9 VAL10 ARG11 GLY12 ARG13 CYS14 ALA15 ALA16 LEU17 ARG18 MET19 LEU20 LEU21 ALA22 ASP23 GLN24 GLY25 GLN26 SER27 TRP28 LYS29 GLU30 GLU31 VAL32 VAL33 THR34 VAL35 GLU36 THR37 TRP38 GLN39 GLU40 GLY41 SER42 LEU43 LYS44 ALA45 SER46 CYS47 LEU48 TYR49 GLY50 GLN51 LEU52 PRO53 LYS54 PHE55 GLN56 ASP57 GLY58 ASP59 LEU60 THR61 LEU62 TYR63 GLN64 SER65 ASN66 THR67 ILE68 LEU69 ARG70 HIS71 LEU72 GLY73 ARG74 THR75 LEU76 GLY77 LEU78 TYR79 GLY80 LYS81 ASP82 GLN83 GLN84 GLU85 ALA86 ALA87 LEU88 VAL89 ASP90 MET91 VAL92 ASN93 ASP94 GLY95 VAL96 GLU97 ASP98 LEU99 ARG100 CYS101 LYS102 TYR103 ALA104 SER105 LEU106 ILE107 TYR108 THR109 ASN110 TYR111 GLU112 ALA113 GLY114 LYS115 ASP116 ASP117 TYR118 VAL119 LYS120 ALA121 LEU122 PRO123 GLY124 GLN125 LEU126 LYS127 PRO128 PHE129 GLU130 THR131 LEU132 LEU133 SER134 GLN135 ASN136 GLN137 GLY138 GLY139 LYS140 THR141 PHE142 ILE143 VAL144 GLY145 ASP146 GLN147 ILE148 SER149 PHE150 ALA151 ASP152 TYR153 ASN154 LEU155 LEU156 ASP157 LEU158 LEU159 LEU160 ILE161 HIS162 GLU163 VAL164 LEU165 ALA166 PRO167 GLY168 CYS169 LEU170 ASP171 ALA172 PHE173 PRO174 LEU175 LEU176 SER177 ALA178 TYR179 VAL180 GLY181 ARG182 LEU183 SER184 ALA185 ARG186 PRO187 LYS188 LEU189 LYS190 ALA191 PHE192 LEU193 ALA194 SER195 PRO196 GLU197 TYR198 VAL199 ASN200 LEU201 PRO202 ILE203 ASN204 GLY205 ASN206 GLY207 LYS208 GLN209 |
Unit 2 | PRO2 TYR3 THR4 VAL5 VAL6 TYR7 PHE8 PRO9 VAL10 ARG11 GLY12 ARG13 CYS14 ALA15 ALA16 LEU17 ARG18 MET19 LEU20 LEU21 ALA22 ASP23 GLN24 GLY25 GLN26 SER27 TRP28 LYS29 GLU30 GLU31 VAL32 VAL33 THR34 VAL35 GLU36 THR37 TRP38 GLN39 GLU40 GLY41 SER42 LEU43 LYS44 ALA45 SER46 CYS47 LEU48 TYR49 GLY50 GLN51 LEU52 PRO53 LYS54 PHE55 GLN56 ASP57 GLY58 ASP59 LEU60 THR61 LEU62 TYR63 GLN64 SER65 ASN66 THR67 ILE68 LEU69 ARG70 HIS71 LEU72 GLY73 ARG74 THR75 LEU76 GLY77 LEU78 TYR79 GLY80 LYS81 ASP82 GLN83 GLN84 GLU85 ALA86 ALA87 LEU88 VAL89 ASP90 MET91 VAL92 ASN93 ASP94 GLY95 VAL96 GLU97 ASP98 LEU99 ARG100 CYS101 LYS102 TYR103 ALA104 SER105 LEU106 ILE107 TYR108 THR109 ASN110 TYR111 GLU112 ALA113 GLY114 LYS115 ASP116 ASP117 TYR118 VAL119 LYS120 ALA121 LEU122 PRO123 GLY124 GLN125 LEU126 LYS127 PRO128 PHE129 GLU130 THR131 LEU132 LEU133 SER134 GLN135 ASN136 GLN137 GLY138 GLY139 LYS140 THR141 PHE142 ILE143 VAL144 GLY145 ASP146 GLN147 ILE148 SER149 PHE150 ALA151 ASP152 TYR153 ASN154 LEU155 LEU156 ASP157 LEU158 LEU159 LEU160 ILE161 HIS162 GLU163 VAL164 LEU165 ALA166 PRO167 GLY168 CYS169 LEU170 ASP171 ALA172 PHE173 PRO174 LEU175 LEU176 SER177 ALA178 TYR179 VAL180 GLY181 ARG182 LEU183 SER184 ALA185 ARG186 PRO187 LYS188 LEU189 LYS190 ALA191 PHE192 LEU193 ALA194 SER195 PRO196 GLU197 TYR198 VAL199 ASN200 LEU201 PRO202 ILE203 ASN204 GLY205 ASN206 GLY207 LYS208 GLN209 |
Unit 3 | GSH210 N11211 MES212 |
Unit 4 | GSH210 N11211 MES212 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |