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| Title | CRYSTAL STRUCTURE OF THE DIMERIZATION DOMAINS P52 HOMODIMER | |
| Keywords | NF-KB PROTEIN, P52 HOMODIMER, DIMERIZATION DOMAIN, ACTIVATOR REPEAT, DNA-BINDING, ISOPEPTIDE BOND, NUCLEUS, PHOSPHOPROTE TRANSCRIPTION, TRANSCRIPTION REGULATION | |
| Experiment | X-ray diffraction | |
| Number of Models | 1 |
| Database | ID code | Status | Coordinate files | ||
| Header | Asymmetric unit | Biological unit | |||
| PDB | 3JV5 | released | available | available | Quaternary Structure Server |
| Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
|---|---|---|---|---|---|---|
| 1 | Protein | NUCLEAR FACTOR NF-KAPPA-B P100 SUBUNIT | A | 104 | 852 | 0 |
| 2 | Protein | NUCLEAR FACTOR NF-KAPPA-B P100 SUBUNIT | B | 103 | 847 | 0 |
| 3 | Protein | NUCLEAR FACTOR NF-KAPPA-B P100 SUBUNIT | C | 102 | 841 | 0 |
| 4 | Protein | NUCLEAR FACTOR NF-KAPPA-B P100 SUBUNIT | D | 102 | 839 | 0 |
| 5 | Water | 183 | 0 | 183 | ||
| total | 594 | 3379 | 183 |
| Unit 1 | ALA225 SER226 ASN227 LEU228 LYS229 ILE230 SER231 ARG232 MET233 ASP234 LYS235 THR236 ALA237 GLY238 SER239 VAL240 ARG241 GLY242 GLY243 ASP244 GLU245 VAL246 TYR247 LEU248 LEU249 CYS250 ASP251 LYS252 VAL253 GLN254 LYS255 ASP256 ASP257 ILE258 GLU259 VAL260 ARG261 PHE262 TYR263 GLU264 ASP265 ASP266 GLU267 ASN268 GLY269 TRP270 GLN271 ALA272 PHE273 GLY274 ASP275 PHE276 SER277 PRO278 THR279 ASP280 VAL281 HIS282 LYS283 GLN284 TYR285 ALA286 ILE287 VAL288 PHE289 ARG290 THR291 PRO292 PRO293 TYR294 HIS295 LYS296 MET297 LYS298 ILE299 GLU300 ARG301 PRO302 VAL303 THR304 VAL305 PHE306 LEU307 GLN308 LEU309 LYS310 ARG311 LYS312 ARG313 GLY314 GLY315 ASP316 VAL317 SER318 ASP319 SER320 LYS321 GLN322 PHE323 THR324 TYR325 TYR326 PRO327 LEU328 |
| Unit 2 | SER226 ASN227 LEU228 LYS229 ILE230 SER231 ARG232 MET233 ASP234 LYS235 THR236 ALA237 GLY238 SER239 VAL240 ARG241 GLY242 GLY243 ASP244 GLU245 VAL246 TYR247 LEU248 LEU249 CYS250 ASP251 LYS252 VAL253 GLN254 LYS255 ASP256 ASP257 ILE258 GLU259 VAL260 ARG261 PHE262 TYR263 GLU264 ASP265 ASP266 GLU267 ASN268 GLY269 TRP270 GLN271 ALA272 PHE273 GLY274 ASP275 PHE276 SER277 PRO278 THR279 ASP280 VAL281 HIS282 LYS283 GLN284 TYR285 ALA286 ILE287 VAL288 PHE289 ARG290 THR291 PRO292 PRO293 TYR294 HIS295 LYS296 MET297 LYS298 ILE299 GLU300 ARG301 PRO302 VAL303 THR304 VAL305 PHE306 LEU307 GLN308 LEU309 LYS310 ARG311 LYS312 ARG313 GLY314 GLY315 ASP316 VAL317 SER318 ASP319 SER320 LYS321 GLN322 PHE323 THR324 TYR325 TYR326 PRO327 LEU328 |
| Unit 3 | ASN227 LEU228 LYS229 ILE230 SER231 ARG232 MET233 ASP234 LYS235 THR236 ALA237 GLY238 SER239 VAL240 ARG241 GLY242 GLY243 ASP244 GLU245 VAL246 TYR247 LEU248 LEU249 CYS250 ASP251 LYS252 VAL253 GLN254 LYS255 ASP256 ASP257 ILE258 GLU259 VAL260 ARG261 PHE262 TYR263 GLU264 ASP265 ASP266 GLU267 ASN268 GLY269 TRP270 GLN271 ALA272 PHE273 GLY274 ASP275 PHE276 SER277 PRO278 THR279 ASP280 VAL281 HIS282 LYS283 GLN284 TYR285 ALA286 ILE287 VAL288 PHE289 ARG290 THR291 PRO292 PRO293 TYR294 HIS295 LYS296 MET297 LYS298 ILE299 GLU300 ARG301 PRO302 VAL303 THR304 VAL305 PHE306 LEU307 GLN308 LEU309 LYS310 ARG311 LYS312 ARG313 GLY314 GLY315 ASP316 VAL317 SER318 ASP319 SER320 LYS321 GLN322 PHE323 THR324 TYR325 TYR326 PRO327 LEU328 |
| Unit 4 | SER226 ASN227 LEU228 LYS229 ILE230 SER231 ARG232 MET233 ASP234 LYS235 THR236 ALA237 GLY238 SER239 VAL240 ARG241 GLY242 GLY243 ASP244 GLU245 VAL246 TYR247 LEU248 LEU249 CYS250 ASP251 LYS252 VAL253 GLN254 LYS255 ASP256 ASP257 ILE258 GLU259 VAL260 ARG261 PHE262 TYR263 GLU264 ASP265 ASP266 GLU267 ASN268 GLY269 TRP270 GLN271 ALA272 PHE273 GLY274 ASP275 PHE276 SER277 PRO278 THR279 ASP280 VAL281 HIS282 LYS283 GLN284 TYR285 ALA286 ILE287 VAL288 PHE289 ARG290 THR291 PRO292 PRO293 TYR294 HIS295 LYS296 MET297 LYS298 ILE299 GLU300 ARG301 PRO302 VAL303 THR304 VAL305 PHE306 LEU307 GLN308 LEU309 LYS310 ARG311 LYS312 ARG313 GLY314 GLY315 ASP316 VAL317 SER318 ASP319 SER320 LYS321 GLN322 PHE323 THR324 TYR325 TYR326 PRO327 |
| Perl script: | PDBscan.pl (15 Sep 2016) |
| Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |