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Title | TRNA-DIHYDROURIDINE SYNTHASE FROM THERMUS THERMOPHILUS IN CO TRNA | |
Keywords | TIM BARREL, OXIDOREDUCTASE-RNA COMPLEX | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 3B0V | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | RNA | A | 73 | 1541 | 20 | |
2 | RNA | B | 73 | 1541 | 20 | |
3 | Protein | TRNA-DIHYDROURIDINE SYNTHASE | C | 315 | 2430 | 80 |
4 | Protein | TRNA-DIHYDROURIDINE SYNTHASE | D | 315 | 2430 | 80 |
5 | Ligand | TRNA-DIHYDROURIDINE SYNTHASE | C | 1 | 0 | 31 |
6 | Ligand | TRNA-DIHYDROURIDINE SYNTHASE | D | 1 | 0 | 31 |
total | 778 | 7942 | 262 |
Unit 3 | MSE1 LEU2 ASP3 PRO4 ARG5 LEU6 SER7 VAL8 ALA9 PRO10 MSE11 VAL12 ASP13 ARG14 THR15 ASP16 ARG17 HIS18 PHE19 ARG20 PHE21 LEU22 VAL23 ARG24 GLN25 VAL26 SER27 LEU28 GLY29 VAL30 ARG31 LEU32 TYR33 THR34 GLU35 MSE36 THR37 VAL38 ASP39 GLN40 ALA41 VAL42 LEU43 ARG44 GLY45 ASN46 ARG47 GLU48 ARG49 LEU50 LEU51 ALA52 PHE53 ARG54 PRO55 GLU56 GLU57 HIS58 PRO59 ILE60 ALA61 LEU62 GLN63 LEU64 ALA65 GLY66 SER67 ASP68 PRO69 LYS70 SER71 LEU72 ALA73 GLU74 ALA75 ALA76 ARG77 ILE78 GLY79 GLU80 ALA81 PHE82 GLY83 TYR84 ASP85 GLU86 ILE87 ASN88 LEU89 ASN90 LEU91 GLY92 CYS93 PRO94 SER95 GLU96 LYS97 ALA98 GLN99 GLU100 GLY101 GLY102 TYR103 GLY104 ALA105 CYS106 LEU107 LEU108 LEU109 ASP110 LEU111 ALA112 ARG113 VAL114 ARG115 GLU116 ILE117 LEU118 LYS119 ALA120 MSE121 GLY122 GLU123 ALA124 VAL125 ARG126 VAL127 PRO128 VAL129 THR130 VAL131 LYS132 MSE133 ARG134 LEU135 GLY136 LEU137 GLU138 GLY139 LYS140 GLU141 THR142 TYR143 ARG144 GLY145 LEU146 ALA147 GLN148 SER149 VAL150 GLU151 ALA152 MSE153 ALA154 GLU155 ALA156 GLY157 VAL158 LYS159 VAL160 PHE161 VAL162 VAL163 HIS164 ALA165 ARG166 SER167 ALA168 LEU169 LEU170 ALA171 LEU172 SER173 THR174 LYS175 ALA176 ASN177 ARG178 GLU179 ILE180 PRO181 PRO182 LEU183 ARG184 HIS185 ASP186 TRP187 VAL188 HIS189 ARG190 LEU191 LYS192 GLY193 ASP194 PHE195 PRO196 GLN197 LEU198 THR199 PHE200 VAL201 THR202 ASN203 GLY204 GLY205 ILE206 ARG207 SER208 LEU209 GLU210 GLU211 ALA212 LEU213 PHE214 HIS215 LEU216 LYS217 ARG218 VAL219 ASP220 GLY221 VAL222 MSE223 LEU224 GLY225 ARG226 ALA227 VAL228 TYR229 GLU230 ASP231 PRO232 PHE233 VAL234 LEU235 GLU236 GLU237 ALA238 ASP239 ARG240 ARG241 VAL242 PHE243 GLY244 LEU245 PRO246 ARG247 ARG248 PRO249 SER250 ARG251 LEU252 GLU253 VAL254 ALA255 ARG256 ARG257 MSE258 ARG259 ALA260 TYR261 LEU262 GLU263 GLU264 GLU265 VAL266 LEU267 LYS268 GLY269 THR270 PRO271 PRO272 TRP273 ALA274 VAL275 LEU276 ARG277 HIS278 MSE279 LEU280 ASN281 LEU282 PHE283 ARG284 GLY285 ARG286 PRO287 LYS288 GLY289 ARG290 LEU291 TRP292 ARG293 ARG294 LEU295 LEU296 SER297 GLU298 GLY299 ARG300 SER301 LEU302 GLN303 ALA304 LEU305 ASP306 ARG307 ALA308 LEU309 ARG310 LEU311 MSE312 GLU313 GLU314 GLU315 |
Unit 4 | MSE1 LEU2 ASP3 PRO4 ARG5 LEU6 SER7 VAL8 ALA9 PRO10 MSE11 VAL12 ASP13 ARG14 THR15 ASP16 ARG17 HIS18 PHE19 ARG20 PHE21 LEU22 VAL23 ARG24 GLN25 VAL26 SER27 LEU28 GLY29 VAL30 ARG31 LEU32 TYR33 THR34 GLU35 MSE36 THR37 VAL38 ASP39 GLN40 ALA41 VAL42 LEU43 ARG44 GLY45 ASN46 ARG47 GLU48 ARG49 LEU50 LEU51 ALA52 PHE53 ARG54 PRO55 GLU56 GLU57 HIS58 PRO59 ILE60 ALA61 LEU62 GLN63 LEU64 ALA65 GLY66 SER67 ASP68 PRO69 LYS70 SER71 LEU72 ALA73 GLU74 ALA75 ALA76 ARG77 ILE78 GLY79 GLU80 ALA81 PHE82 GLY83 TYR84 ASP85 GLU86 ILE87 ASN88 LEU89 ASN90 LEU91 GLY92 CYS93 PRO94 SER95 GLU96 LYS97 ALA98 GLN99 GLU100 GLY101 GLY102 TYR103 GLY104 ALA105 CYS106 LEU107 LEU108 LEU109 ASP110 LEU111 ALA112 ARG113 VAL114 ARG115 GLU116 ILE117 LEU118 LYS119 ALA120 MSE121 GLY122 GLU123 ALA124 VAL125 ARG126 VAL127 PRO128 VAL129 THR130 VAL131 LYS132 MSE133 ARG134 LEU135 GLY136 LEU137 GLU138 GLY139 LYS140 GLU141 THR142 TYR143 ARG144 GLY145 LEU146 ALA147 GLN148 SER149 VAL150 GLU151 ALA152 MSE153 ALA154 GLU155 ALA156 GLY157 VAL158 LYS159 VAL160 PHE161 VAL162 VAL163 HIS164 ALA165 ARG166 SER167 ALA168 LEU169 LEU170 ALA171 LEU172 SER173 THR174 LYS175 ALA176 ASN177 ARG178 GLU179 ILE180 PRO181 PRO182 LEU183 ARG184 HIS185 ASP186 TRP187 VAL188 HIS189 ARG190 LEU191 LYS192 GLY193 ASP194 PHE195 PRO196 GLN197 LEU198 THR199 PHE200 VAL201 THR202 ASN203 GLY204 GLY205 ILE206 ARG207 SER208 LEU209 GLU210 GLU211 ALA212 LEU213 PHE214 HIS215 LEU216 LYS217 ARG218 VAL219 ASP220 GLY221 VAL222 MSE223 LEU224 GLY225 ARG226 ALA227 VAL228 TYR229 GLU230 ASP231 PRO232 PHE233 VAL234 LEU235 GLU236 GLU237 ALA238 ASP239 ARG240 ARG241 VAL242 PHE243 GLY244 LEU245 PRO246 ARG247 ARG248 PRO249 SER250 ARG251 LEU252 GLU253 VAL254 ALA255 ARG256 ARG257 MSE258 ARG259 ALA260 TYR261 LEU262 GLU263 GLU264 GLU265 VAL266 LEU267 LYS268 GLY269 THR270 PRO271 PRO272 TRP273 ALA274 VAL275 LEU276 ARG277 HIS278 MSE279 LEU280 ASN281 LEU282 PHE283 ARG284 GLY285 ARG286 PRO287 LYS288 GLY289 ARG290 LEU291 TRP292 ARG293 ARG294 LEU295 LEU296 SER297 GLU298 GLY299 ARG300 SER301 LEU302 GLN303 ALA304 LEU305 ASP306 ARG307 ALA308 LEU309 ARG310 LEU311 MSE312 GLU313 GLU314 GLU315 |
Unit 1 | G1 C2 C3 G4 A5 G6 G7 U8 A9 G10 C11 U12 C13 A14 G15 U16 U17 G18 G19 H2U20 A21 G22 A23 G24 C25 A26 U27 G28 C29 G30 A31 C32 U33 G34 A35 A36 A37 A38 U39 C40 G41 C42 A43 G44 U45 G46 U47 C48 G49 G50 C51 G52 G53 U54 U55 C56 G57 A58 U59 U60 C61 C62 G63 C64 C65 C66 C67 U68 C69 G70 G71 C72 A73 |
Unit 2 | G1 C2 C3 G4 A5 G6 G7 U8 A9 G10 C11 U12 C13 A14 G15 U16 U17 G18 G19 H2U20 A21 G22 A23 G24 C25 A26 U27 G28 C29 G30 A31 C32 U33 G34 A35 A36 A37 A38 U39 C40 G41 C42 A43 G44 U45 G46 U47 C48 G49 G50 C51 G52 G53 U54 U55 C56 G57 A58 U59 U60 C61 C62 G63 C64 C65 C66 C67 U68 C69 G70 G71 C72 A73 |
Unit 5 | FMN400 |
Unit 6 | FMN400 |
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 |