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Title | CRYSTAL STRUCTURE OF TRNA MODIFICATION ENZYME MIAA IN THE COMPLEX WITH TRNA(PHE) | |
Keywords | PROTEIN-RNA COMPLEX, TRNA MODIFICATION ENZYME, NUCLEOTIDE- BINDING, NUCLEOTIDYLTRANSFERASE, TRANSFERASE, TRNA PROCESSING, TRANSFERASE/RNA COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 2ZM5 | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | TRNA DELTA(2)-ISOPENTENYLPYROPHOSPHATE TRANSFERASE | A | 306 | 2347 | 56 |
2 | Protein | TRNA DELTA(2)-ISOPENTENYLPYROPHOSPHATE TRANSFERASE | B | 305 | 2341 | 56 |
3 | RNA | C | 74 | 1577 | 0 | |
4 | RNA | D | 69 | 1469 | 0 | |
5 | Ligand | TRNA(PHE) | C | 6 | 0 | 6 |
6 | Ligand | TRNA(PHE) | D | 1 | 0 | 1 |
7 | Water | 162 | 0 | 162 | ||
total | 923 | 7734 | 281 |
Unit 1 | LEU9 PRO10 LYS11 ALA12 ILE13 PHE14 LEU15 MSE16 GLY17 PRO18 THR19 ALA20 SER21 GLY22 LYS23 THR24 ALA25 LEU26 ALA27 ILE28 GLU29 LEU30 ARG31 LYS32 ILE33 LEU34 PRO35 VAL36 GLU37 LEU38 ILE39 SER40 VAL41 ASP42 SER43 ALA44 LEU45 ILE46 TYR47 LYS48 GLY49 MSE50 ASP51 ILE52 GLY53 THR54 ALA55 LYS56 PRO57 ASN58 ALA59 GLU60 GLU61 LEU62 LEU63 ALA64 ALA65 PRO66 HIS67 ARG68 LEU69 LEU70 ASP71 ILE72 ARG73 ASP74 PRO75 SER76 GLN77 ALA78 TYR79 SER80 ALA81 ALA82 ASP83 PHE84 ARG85 ARG86 ASP87 ALA88 LEU89 ALA90 GLU91 MSE92 ALA93 ASP94 ILE95 THR96 ALA97 ALA98 GLY99 ARG100 ILE101 PRO102 LEU103 LEU104 VAL105 GLY106 GLY107 THR108 MSE109 LEU110 TYR111 PHE112 LYS113 ALA114 LEU115 LEU116 GLU117 GLY118 LEU119 SER120 PRO121 LEU122 PRO123 SER124 ALA125 ASP126 PRO127 GLU128 VAL129 ARG130 ALA131 ARG132 ILE133 GLU134 GLN135 GLN136 ALA137 ALA138 GLU139 GLN140 GLY141 TRP142 GLU143 SER144 LEU145 HIS146 ARG147 GLN148 LEU149 GLN150 GLU151 VAL152 ASP153 PRO154 VAL155 ALA156 ALA157 ALA158 ARG159 ILE160 HIS161 PRO162 ASN163 ASP164 PRO165 GLN166 ARG167 LEU168 SER169 ARG170 ALA171 LEU172 GLU173 VAL174 PHE175 PHE176 ILE177 SER178 GLY179 LYS180 THR181 LEU182 THR183 GLU184 LEU185 THR186 GLN187 THR188 SER189 GLY190 ASP191 ALA192 LEU193 PRO194 TYR195 GLN196 VAL197 HIS198 GLN199 PHE200 ALA201 ILE202 ALA203 PRO204 ALA205 SER206 ARG207 GLU208 LEU209 LEU210 HIS211 GLN212 ARG213 ILE214 GLU215 GLN216 ARG217 PHE218 HIS219 GLN220 MSE221 LEU222 ALA223 SER224 GLY225 PHE226 GLU227 ALA228 GLU229 VAL230 ARG231 ALA232 LEU233 PHE234 ALA235 ARG236 GLY237 ASP238 LEU239 HIS240 THR241 ASP242 LEU243 PRO244 SER245 ILE246 ARG247 CYS248 VAL249 GLY250 TYR251 ARG252 GLN253 MSE254 TRP255 SER256 TYR257 LEU258 GLU259 GLY260 GLU261 ILE262 SER263 TYR264 ASP265 GLU266 MSE267 VAL268 TYR269 ARG270 GLY271 VAL272 CYS273 ALA274 THR275 ARG276 GLN277 LEU278 ALA279 LYS280 ARG281 GLN282 ILE283 THR284 TRP285 LEU286 ARG287 GLY288 TRP289 GLU290 GLY291 VAL292 HIS293 TRP294 LEU295 ASP296 SER297 GLU298 LYS299 PRO300 GLU301 GLN302 ALA303 ARG304 ASP305 GLU306 VAL307 LEU308 GLN309 VAL310 VAL311 GLY312 ALA313 ILE314 |
Unit 2 | ALA7 SER8 LEU9 PRO10 LYS11 ALA12 ILE13 PHE14 LEU15 MSE16 GLY17 PRO18 THR19 ALA20 SER21 GLY22 LYS23 THR24 ALA25 LEU26 ALA27 ILE28 GLU29 LEU30 ARG31 LYS32 ILE33 LEU34 PRO35 VAL36 GLU37 LEU38 ILE39 SER40 VAL41 ASP42 SER43 ALA44 LEU45 ILE46 TYR47 LYS48 GLY49 MSE50 ASP51 ILE52 GLY53 THR54 ALA55 LYS56 PRO57 ASN58 ALA59 GLU60 GLU61 LEU62 LEU63 ALA64 ALA65 PRO66 HIS67 ARG68 LEU69 LEU70 ASP71 ILE72 ARG73 ASP74 PRO75 SER76 GLN77 ALA78 TYR79 SER80 ALA81 ALA82 ASP83 PHE84 ARG85 ARG86 ASP87 ALA88 LEU89 ALA90 GLU91 MSE92 ALA93 ASP94 ILE95 THR96 ALA97 ALA98 GLY99 ARG100 ILE101 PRO102 LEU103 LEU104 VAL105 GLY106 GLY107 THR108 MSE109 LEU110 TYR111 PHE112 LYS113 ALA114 LEU115 LEU116 GLU117 GLY118 LEU119 SER120 PRO121 LEU122 PRO123 SER124 ALA125 ASP126 PRO127 GLU128 VAL129 ARG130 ALA131 ARG132 ILE133 GLU134 GLN135 GLN136 ALA137 ALA138 GLU139 GLN140 GLY141 TRP142 GLU143 SER144 LEU145 HIS146 ARG147 GLN148 LEU149 GLN150 GLU151 VAL152 ASP153 PRO154 VAL155 ALA156 ALA157 ALA158 ARG159 ILE160 HIS161 PRO162 ASN163 ASP164 PRO165 GLN166 ARG167 LEU168 SER169 ARG170 ALA171 LEU172 GLU173 VAL174 PHE175 PHE176 ILE177 SER178 GLY179 LYS180 THR181 LEU182 THR183 GLU184 LEU185 THR186 GLN187 THR188 SER189 GLY190 ASP191 ALA192 LEU193 PRO194 TYR195 GLN196 VAL197 HIS198 GLN199 PHE200 ALA201 ILE202 ALA203 PRO204 ALA205 SER206 ARG207 GLU208 LEU209 LEU210 HIS211 GLN212 ARG213 ILE214 GLU215 GLN216 ARG217 PHE218 HIS219 GLN220 MSE221 LEU222 ALA223 SER224 GLY225 PHE226 GLU227 ALA228 GLU229 VAL230 ARG231 ALA232 LEU233 PHE234 ALA235 ARG236 GLY237 ASP238 LEU239 HIS240 THR241 ASP242 LEU243 PRO244 SER245 ILE246 ARG247 CYS248 VAL249 GLY250 TYR251 ARG252 GLN253 MSE254 TRP255 SER256 TYR257 LEU258 GLU259 GLY260 GLU261 ILE262 SER263 TYR264 ASP265 GLU266 MSE267 VAL268 TYR269 ARG270 GLY271 VAL272 CYS273 ALA274 THR275 ARG276 GLN277 LEU278 ALA279 LYS280 ARG281 GLN282 ILE283 THR284 TRP285 LEU286 ARG287 GLY288 TRP289 GLU290 GLY291 VAL292 HIS293 TRP294 LEU295 ASP296 SER297 GLU298 LYS299 PRO300 GLU301 GLN302 ALA303 ARG304 ASP305 GLU306 VAL307 LEU308 GLN309 VAL310 VAL311 |
Unit 3 | G1 C2 C3 C4 G5 G6 A7 U8 A9 G10 C11 U12 C13 A14 G15 U16 C17 G18 G19 U20 A21 G22 A23 G24 C25 A26 G27 G28 G29 G30 A31 U32 U33 G34 A35 A36 A37 A38 U39 C40 C41 C42 C43 G44 U45 G46 U47 C48 C49 U50 U51 G52 G53 U54 U55 C56 G57 A58 U59 U60 C61 C62 G63 A64 G65 U66 C67 C68 G69 G70 G71 C72 A73 C74 |
Unit 4 | G1 C2 C3 C4 G5 G6 A7 U8 A9 G10 C11 U12 C13 A14 G15 U16 C17 G18 G19 U20 A21 G22 A23 G24 C25 A26 G27 G28 G29 G30 A31 U32 U33 G34 A35 A36 A37 A38 U39 C40 C41 C42 C43 G44 U45 G46 U47 C48 C49 U50 U51 G52 G53 U54 U55 C56 G57 A58 U59 U60 C61 C62 G63 A64 G65 U66 C67 C68 G69 |
Unit 5 | MG77 MG78 MG79 MG80 MG81 MG82 |
Unit 6 | MG77 |
Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.
Perl script: | PDBscan.pl (15 Sep 2016) |
Author: | Peter Slickers (slickers@leibniz-fli.de), IMB Jena, Germany |