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Title | CRYSTAL STRUCTURE OF A VFLIP-IKKGAMMA COMPLEX: INSIGHTS INTO ACTIVATION OF THE IKK SIGNALOSOME | |
Keywords | DEATH EFFECTOR DOMAIN, COILED-COIL, COILED COIL, CYTOPLASM, MUTATION, ECTODERMAL DYSPLASIA, HOST-VIRUS INTERACTION, NUC TRANSCRIPTION, TRANSCRIPTION REGULATION, VIRAL PROTEIN-SIGN PROTEIN COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3CL3 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | ORF K13 | A | 172 | 1341 | 0 |
2 | Protein | ORF K13 | B | 165 | 1264 | 0 |
3 | Protein | NF-KAPPA-B ESSENTIAL MODULATOR | D | 59 | 452 | 0 |
4 | Protein | NF-KAPPA-B ESSENTIAL MODULATOR | E | 58 | 420 | 0 |
total | 454 | 3477 | 0 |
Unit 1 | ALA2 THR3 TYR4 GLU5 VAL6 LEU7 CYS8 GLU9 VAL10 ALA11 ARG12 LYS13 LEU14 GLY15 THR16 ASP17 ASP18 ARG19 GLU20 VAL21 VAL22 LEU23 PHE24 LEU25 LEU26 ASN27 VAL28 PHE29 ILE30 PRO31 GLN32 PRO33 THR34 LEU35 ALA36 GLN37 LEU38 ILE39 GLY40 ALA41 LEU42 ARG43 ALA44 LEU45 LYS46 GLU47 GLU48 GLY49 ARG50 LEU51 THR52 PHE53 PRO54 LEU55 LEU56 ALA57 GLU58 CYS59 LEU60 PHE61 ARG62 ALA63 GLY64 ARG65 ARG66 ASP67 LEU68 LEU69 ARG70 ASP71 LEU72 LEU73 HIS74 LEU75 ASP76 PRO77 ARG78 PHE79 LEU80 GLU81 ARG82 HIS83 LEU84 ALA85 GLY86 THR87 MET88 SER89 TYR90 PHE91 SER92 PRO93 TYR94 GLN95 LEU96 THR97 VAL98 LEU99 HIS100 VAL101 ASP102 GLY103 GLU104 LEU105 CYS106 ALA107 ARG108 ASP109 ILE110 ARG111 SER112 LEU113 ILE114 PHE115 LEU116 SER117 LYS118 ASP119 THR120 ILE121 GLY122 SER123 ARG124 SER125 THR126 PRO127 GLN128 THR129 PHE130 LEU131 HIS132 TRP133 VAL134 TYR135 CYS136 MET137 GLU138 ASN139 LEU140 ASP141 LEU142 LEU143 GLY144 PRO145 THR146 ASP147 VAL148 ASP149 ALA150 LEU151 MET152 SER153 MET154 LEU155 ARG156 SER157 LEU158 SER159 ARG160 VAL161 ASP162 LEU163 GLN164 ARG165 GLN166 VAL167 GLN168 THR169 LEU170 MET171 GLY172 LEU173 |
Unit 2 | ALA2 THR3 TYR4 GLU5 VAL6 LEU7 CYS8 GLU9 VAL10 ALA11 ARG12 LYS13 LEU14 GLY15 THR16 ASP17 ASP18 ARG19 GLU20 VAL21 VAL22 LEU23 PHE24 LEU25 LEU26 ASN27 VAL28 PHE29 ILE30 PRO31 GLN32 PRO33 THR34 LEU35 ALA36 GLN37 LEU38 ILE39 GLY40 ALA41 LEU42 ARG43 ALA44 LEU45 LYS46 GLU47 GLU48 GLY49 ARG50 LEU51 THR52 PHE53 PRO54 LEU55 LEU56 ALA57 GLU58 CYS59 LEU60 PHE61 ARG62 ALA63 GLY64 ARG65 ARG66 ASP67 LEU68 LEU69 ARG70 ASP71 LEU72 LEU73 HIS74 LEU75 ASP76 PRO77 ARG78 PHE79 LEU80 GLU81 ARG82 HIS83 LEU84 ALA85 GLY86 THR87 MET88 SER89 TYR90 PHE91 SER92 PRO93 TYR94 GLN95 LEU96 THR97 VAL98 LEU99 HIS100 VAL101 ASP102 GLY103 GLU104 LEU105 CYS106 ALA107 ARG108 ASP109 ILE110 ARG111 SER112 LEU113 ILE114 PHE115 LEU116 SER117 SER125 THR126 PRO127 GLN128 THR129 PHE130 LEU131 HIS132 TRP133 VAL134 TYR135 CYS136 MET137 GLU138 ASN139 LEU140 ASP141 LEU142 LEU143 GLY144 PRO145 THR146 ASP147 VAL148 ASP149 ALA150 LEU151 MET152 SER153 MET154 LEU155 ARG156 SER157 LEU158 SER159 ARG160 VAL161 ASP162 LEU163 GLN164 ARG165 GLN166 VAL167 GLN168 THR169 LEU170 MET171 GLY172 LEU173 |
Unit 3 | GLN193 GLN194 HIS195 SER196 VAL197 GLN198 VAL199 ASP200 GLN201 LEU202 ARG203 MET204 GLN205 GLY206 GLN207 SER208 VAL209 GLU210 ALA211 ALA212 LEU213 ARG214 MET215 GLU216 ARG217 GLN218 ALA219 ALA220 SER221 GLU222 GLU223 LYS224 ARG225 LYS226 LEU227 ALA228 GLN229 LEU230 GLN231 VAL232 ALA233 TYR234 HIS235 GLN236 LEU237 PHE238 GLN239 GLU240 TYR241 ASP242 ASN243 HIS244 ILE245 LYS246 SER247 SER248 VAL249 VAL250 GLY251 |
Unit 4 | SER196 VAL197 GLN198 VAL199 ASP200 GLN201 LEU202 ARG203 MET204 GLN205 GLY206 GLN207 SER208 VAL209 GLU210 ALA211 ALA212 LEU213 ARG214 MET215 GLU216 ARG217 GLN218 ALA219 ALA220 SER221 GLU222 GLU223 LYS224 ARG225 LYS226 LEU227 ALA228 GLN229 LEU230 GLN231 VAL232 ALA233 TYR234 HIS235 GLN236 LEU237 PHE238 GLN239 GLU240 TYR241 ASP242 ASN243 HIS244 ILE245 LYS246 SER247 SER248 VAL249 VAL250 GLY251 SER252 GLU253 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |