![]() |
[Image Library Home] | [Image Library Entry] |
Title | STRUCTURE OF ORTHORHOMBIC CRYSTAL FORM OF PSEUDOMONAS AERUGI | |
Keywords | ADAPTOR PHOSPHATASE, UNKNOWN FUNCTION, SIGNALING PROTEIN | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3F7A | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | PROBABLE TWO-COMPONENT RESPONSE REGULATOR | A | 372 | 2743 | 48 |
2 | Protein | PROBABLE TWO-COMPONENT RESPONSE REGULATOR | B | 378 | 2778 | 48 |
total | 750 | 5521 | 96 |
Unit 1 | VAL4 SER5 ALA6 THR7 LEU8 LEU9 ILE10 ILE11 ASP12 ASP13 ASP14 GLU15 VAL16 VAL17 ARG18 GLU19 SER20 LEU21 ALA22 ALA23 TYR24 LEU25 GLU26 ASP27 SER28 ASN29 PHE30 LYS31 VAL32 LEU33 GLN34 ALA35 LEU36 ASN37 GLY38 LEU39 GLN40 GLY41 LEU42 GLN43 ILE44 PHE45 GLU46 SER47 GLU48 GLN49 PRO50 ASP51 LEU52 VAL53 ILE54 CYS55 ASP56 LEU57 ARG58 MSE59 PRO60 GLN61 ILE62 ASP63 GLY64 LEU65 GLU66 LEU67 ILE68 ARG69 ARG70 ILE71 ARG72 GLN73 THR74 ALA75 SER76 GLU77 THR78 PRO79 ILE80 ILE81 VAL82 LEU83 SER84 GLY85 ALA86 GLY87 VAL88 MET89 SER90 ASP91 ALA92 VAL93 GLU94 ALA95 LEU96 ARG97 LEU98 GLY99 ALA100 ALA101 ASP102 TYR103 LEU104 ILE105 LYS106 PRO107 LEU108 GLU109 ASP110 LEU111 ALA112 VAL113 LEU114 GLU115 HIS116 SER117 VAL118 ARG119 ARG120 ALA121 LEU122 ASP123 ARG124 ALA125 TYR126 LEU127 ARG128 VAL129 GLU130 ASN131 GLN132 ARG133 TYR134 ARG135 ASP136 LYS137 LEU138 GLU139 ALA140 ALA141 ASN142 ARG143 GLU144 LEU145 GLN146 ALA147 SER148 LEU149 ASN150 LEU151 LEU152 GLN153 GLU154 ASP155 GLN156 ASN157 ALA158 GLY159 ARG160 GLN161 VAL162 GLN163 MSE164 ASN165 MSE166 LEU167 PRO168 VAL169 THR170 PRO171 TRP172 SER173 ILE174 GLU175 GLU178 PHE179 SER180 HIS181 ARG182 ILE183 ILE184 PRO185 SER186 LEU187 TYR188 LEU189 SER190 GLY191 ASP192 PHE193 VAL194 ASP195 TYR196 PHE197 ARG198 VAL199 ASP200 GLU201 ARG202 ARG203 VAL204 ALA205 PHE206 TYR207 LEU208 ALA209 ASP210 VAL211 SER212 GLY213 HIS214 GLY215 ALA216 SER217 SER218 ALA219 PHE220 VAL221 THR222 VAL223 LEU224 LEU225 LYS226 PHE227 MSE228 THR229 THR230 ARG231 LEU232 LEU233 TYR234 GLU235 SER236 ARG237 ARG238 PHE245 LYS246 PRO247 SER248 GLU249 VAL250 LEU251 ALA252 HIS253 ILE254 ASN255 ARG256 GLY257 LEU258 ILE259 ASN260 THR261 LYS262 LEU263 GLY264 LYS265 HIS266 VAL267 THR268 MSE269 LEU270 GLY271 GLY272 VAL273 ILE274 ASP275 LEU276 GLU277 LYS278 ASN279 SER280 LEU281 THR282 TYR283 SER284 ILE285 GLY286 LEU289 PRO290 LEU291 PRO292 VAL293 LEU294 PHE295 VAL296 GLU297 GLY298 GLN299 ALA300 GLY301 TYR302 LEU303 GLU304 GLY305 ARG306 VAL310 GLY311 LEU312 PHE313 ASP314 ASP315 ALA316 THR317 TYR318 ASP319 ASP320 ARG321 VAL322 MSE323 GLU324 LEU325 PRO326 PRO327 SER328 PHE329 SER330 LEU331 SER332 LEU333 PHE334 SER335 ASP336 GLY337 ILE338 LEU339 GLY344 ALA345 THR346 LEU347 LYS348 GLU349 LYS350 GLU351 ALA352 SER353 LEU354 PRO355 GLU356 GLN357 VAL358 ALA359 ALA360 ALA361 GLY362 GLY363 THR364 LEU365 ASP366 GLY367 LEU368 ARG369 GLN370 VAL371 PHE372 GLY373 LEU374 ALA375 ASN376 LEU377 ALA378 GLU379 MET380 PRO381 ASP382 ASP383 ILE384 ALA385 LEU386 LEU387 VAL388 LEU389 SER390 ARG391 ASN392 |
Unit 2 | VAL4 SER5 ALA6 THR7 LEU8 LEU9 ILE10 ILE11 ASP12 ASP13 ASP14 GLU15 VAL16 VAL17 ARG18 GLU19 SER20 LEU21 ALA22 ALA23 TYR24 LEU25 GLU26 ASP27 SER28 ASN29 PHE30 LYS31 VAL32 LEU33 GLN34 ALA35 LEU36 ASN37 GLY38 LEU39 GLN40 GLY41 LEU42 GLN43 ILE44 PHE45 GLU46 SER47 GLU48 GLN49 PRO50 ASP51 LEU52 VAL53 ILE54 CYS55 ASP56 LEU57 ARG58 MSE59 PRO60 GLN61 ILE62 ASP63 GLY64 LEU65 GLU66 LEU67 ILE68 ARG69 ARG70 ILE71 ARG72 GLN73 THR74 ALA75 SER76 GLU77 THR78 PRO79 ILE80 ILE81 VAL82 LEU83 SER84 GLY85 ALA86 GLY87 VAL88 MET89 SER90 ASP91 ALA92 VAL93 GLU94 ALA95 LEU96 ARG97 LEU98 GLY99 ALA100 ALA101 ASP102 TYR103 LEU104 ILE105 LYS106 PRO107 LEU108 GLU109 ASP110 LEU111 ALA112 VAL113 LEU114 GLU115 HIS116 SER117 VAL118 ARG119 ARG120 ALA121 LEU122 ASP123 ARG124 ALA125 TYR126 LEU127 ARG128 VAL129 GLU130 ASN131 GLN132 ARG133 TYR134 ARG135 ASP136 LYS137 LEU138 GLU139 ALA140 ALA141 ASN142 ARG143 GLU144 LEU145 GLN146 ALA147 SER148 LEU149 ASN150 LEU151 LEU152 GLN153 GLU154 ASP155 GLN156 ASN157 ALA158 GLY159 ARG160 GLN161 VAL162 GLN163 MSE164 ASN165 MSE166 LEU167 PRO168 VAL169 THR170 PRO171 TRP172 SER173 ILE174 GLU175 GLY176 LEU177 GLU178 PHE179 SER180 HIS181 ARG182 ILE183 ILE184 PRO185 SER186 LEU187 TYR188 LEU189 SER190 GLY191 ASP192 PHE193 VAL194 ASP195 TYR196 PHE197 ARG198 VAL199 ASP200 GLU201 ARG202 ARG203 VAL204 ALA205 PHE206 TYR207 LEU208 ALA209 ASP210 VAL211 SER212 GLY213 HIS214 GLY215 ALA216 SER217 SER218 ALA219 PHE220 VAL221 THR222 VAL223 LEU224 LEU225 LYS226 PHE227 MSE228 THR229 THR230 ARG231 LEU232 LEU233 TYR234 GLU235 SER236 ARG237 ARG238 PHE245 LYS246 PRO247 SER248 GLU249 VAL250 LEU251 ALA252 HIS253 ILE254 ASN255 ARG256 GLY257 LEU258 ILE259 ASN260 THR261 LYS262 LEU263 GLY264 LYS265 HIS266 VAL267 THR268 MSE269 LEU270 GLY271 GLY272 VAL273 ILE274 ASP275 LEU276 GLU277 LYS278 ASN279 SER280 LEU281 THR282 TYR283 SER284 ILE285 GLY286 GLY287 HIS288 LEU289 PRO290 LEU291 PRO292 VAL293 LEU294 PHE295 VAL296 GLU297 GLY298 GLN299 ALA300 GLY301 TYR302 LEU303 GLU304 GLY305 ARG306 VAL310 GLY311 LEU312 PHE313 ASP314 ASP315 ALA316 THR317 TYR318 ASP319 ASP320 ARG321 VAL322 MSE323 GLU324 LEU325 PRO326 PRO327 SER328 PHE329 SER330 LEU331 SER332 LEU333 PHE334 SER335 ASP336 GLY337 ILE338 LEU339 ASP340 VAL341 GLY344 ALA345 THR346 LEU347 LYS348 GLU349 LYS350 GLU351 ALA352 SER353 LEU354 PRO355 GLU356 GLN357 VAL358 ALA359 ALA360 ALA361 GLY362 GLY363 THR364 LEU365 ASP366 GLY367 LEU368 ARG369 GLN370 VAL371 PHE372 GLY373 LEU374 ALA375 ASN376 LEU377 ALA378 GLU379 MET380 PRO381 ASP382 ASP383 ILE384 ALA385 LEU386 LEU387 VAL388 LEU389 SER390 ARG391 ASN392 |
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |