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Title | CRYSTAL STRUCTURE OF RIFT VALLEY FEVER VIRUS NUCLEOCAPSID PR TETRAMER BOUND TO SINGLE-STRANDED RNA | |
Keywords | NUCLEOCAPSID PROTEIN, N PROTEIN, RIBONUCLEOPROTEIN, VIRAL NUCLEOPROTEIN, RNA BINDING, VIRUS, RNP, VIRAL PROTEIN-RNA C | |
Experiment | X-ray diffraction | |
Number of Models | 1 |
Database | ID code | Status | Coordinate files | ||
Header | Asymmetric unit | Biological unit | |||
PDB | 4H5P | released | available | available | Quaternary Structure Server |
Unit | Type | Name | Chain ID | Residues | Atoms | Hetatoms |
---|---|---|---|---|---|---|
1 | Protein | NUCLEOCAPSID PROTEIN | A | 244 | 1910 | 0 |
2 | Protein | NUCLEOCAPSID PROTEIN | B | 244 | 1910 | 0 |
3 | Protein | NUCLEOCAPSID PROTEIN | C | 244 | 1910 | 0 |
4 | Protein | NUCLEOCAPSID PROTEIN | D | 244 | 1910 | 0 |
5 | RNA | E | 14 | 279 | 0 | |
6 | RNA | F | 14 | 280 | 0 | |
7 | Water | 545 | 0 | 545 | ||
total | 1549 | 8199 | 545 |
Unit 1 | ASP2 ASN3 TYR4 GLN5 GLU6 LEU7 ALA8 ILE9 GLN10 PHE11 ALA12 ALA13 GLN14 ALA15 VAL16 ASP17 ARG18 ASN19 GLU20 ILE21 GLU22 GLN23 TRP24 VAL25 ARG26 GLU27 PHE28 ALA29 TYR30 GLN31 GLY32 PHE33 ASP34 ALA35 ARG36 ARG37 VAL38 ILE39 GLU40 LEU41 LEU42 LYS43 GLN44 TYR45 GLY46 GLY47 ALA48 ASP49 TRP50 GLU51 LYS52 ASP53 ALA54 LYS55 LYS56 MET57 ILE58 VAL59 LEU60 ALA61 LEU62 THR63 ARG64 GLY65 ASN66 LYS67 PRO68 ARG69 ARG70 MET71 MET72 MET73 LYS74 MET75 SER76 LYS77 GLU78 GLY79 LYS80 ALA81 THR82 VAL83 GLU84 ALA85 LEU86 ILE87 ASN88 LYS89 TYR90 LYS91 LEU92 LYS93 GLU94 GLY95 ASN96 PRO97 SER98 ARG99 ASP100 GLU101 LEU102 THR103 LEU104 SER105 ARG106 VAL107 ALA108 ALA109 ALA110 LEU111 ALA112 GLY113 ARG114 THR115 CYS116 GLN117 ALA118 LEU119 VAL120 VAL121 LEU122 SER123 GLU124 TRP125 LEU126 PRO127 VAL128 THR129 GLY130 THR131 THR132 MET133 ASP134 GLY135 LEU136 SER137 PRO138 ALA139 TYR140 PRO141 ARG142 HIS143 MET144 MET145 HIS146 PRO147 SER148 PHE149 ALA150 GLY151 MET152 VAL153 ASP154 PRO155 SER156 LEU157 PRO158 GLY159 ASP160 TYR161 LEU162 ARG163 ALA164 ILE165 LEU166 ASP167 ALA168 HIS169 SER170 LEU171 TYR172 LEU173 LEU174 GLN175 PHE176 SER177 ARG178 VAL179 ILE180 ASN181 PRO182 ASN183 LEU184 ARG185 GLY186 ARG187 THR188 LYS189 GLU190 GLU191 VAL192 ALA193 ALA194 THR195 PHE196 THR197 GLN198 PRO199 MET200 ASN201 ALA202 ALA203 VAL204 ASN205 SER206 ASN207 PHE208 ILE209 SER210 HIS211 GLU212 LYS213 ARG214 ARG215 GLU216 PHE217 LEU218 LYS219 ALA220 PHE221 GLY222 LEU223 VAL224 ASP225 SER226 ASN227 GLY228 LYS229 PRO230 SER231 ALA232 ALA233 VAL234 MET235 ALA236 ALA237 ALA238 GLN239 ALA240 TYR241 LYS242 THR243 ALA244 ALA245 |
Unit 2 | ASP2 ASN3 TYR4 GLN5 GLU6 LEU7 ALA8 ILE9 GLN10 PHE11 ALA12 ALA13 GLN14 ALA15 VAL16 ASP17 ARG18 ASN19 GLU20 ILE21 GLU22 GLN23 TRP24 VAL25 ARG26 GLU27 PHE28 ALA29 TYR30 GLN31 GLY32 PHE33 ASP34 ALA35 ARG36 ARG37 VAL38 ILE39 GLU40 LEU41 LEU42 LYS43 GLN44 TYR45 GLY46 GLY47 ALA48 ASP49 TRP50 GLU51 LYS52 ASP53 ALA54 LYS55 LYS56 MET57 ILE58 VAL59 LEU60 ALA61 LEU62 THR63 ARG64 GLY65 ASN66 LYS67 PRO68 ARG69 ARG70 MET71 MET72 MET73 LYS74 MET75 SER76 LYS77 GLU78 GLY79 LYS80 ALA81 THR82 VAL83 GLU84 ALA85 LEU86 ILE87 ASN88 LYS89 TYR90 LYS91 LEU92 LYS93 GLU94 GLY95 ASN96 PRO97 SER98 ARG99 ASP100 GLU101 LEU102 THR103 LEU104 SER105 ARG106 VAL107 ALA108 ALA109 ALA110 LEU111 ALA112 GLY113 ARG114 THR115 CYS116 GLN117 ALA118 LEU119 VAL120 VAL121 LEU122 SER123 GLU124 TRP125 LEU126 PRO127 VAL128 THR129 GLY130 THR131 THR132 MET133 ASP134 GLY135 LEU136 SER137 PRO138 ALA139 TYR140 PRO141 ARG142 HIS143 MET144 MET145 HIS146 PRO147 SER148 PHE149 ALA150 GLY151 MET152 VAL153 ASP154 PRO155 SER156 LEU157 PRO158 GLY159 ASP160 TYR161 LEU162 ARG163 ALA164 ILE165 LEU166 ASP167 ALA168 HIS169 SER170 LEU171 TYR172 LEU173 LEU174 GLN175 PHE176 SER177 ARG178 VAL179 ILE180 ASN181 PRO182 ASN183 LEU184 ARG185 GLY186 ARG187 THR188 LYS189 GLU190 GLU191 VAL192 ALA193 ALA194 THR195 PHE196 THR197 GLN198 PRO199 MET200 ASN201 ALA202 ALA203 VAL204 ASN205 SER206 ASN207 PHE208 ILE209 SER210 HIS211 GLU212 LYS213 ARG214 ARG215 GLU216 PHE217 LEU218 LYS219 ALA220 PHE221 GLY222 LEU223 VAL224 ASP225 SER226 ASN227 GLY228 LYS229 PRO230 SER231 ALA232 ALA233 VAL234 MET235 ALA236 ALA237 ALA238 GLN239 ALA240 TYR241 LYS242 THR243 ALA244 ALA245 |
Unit 3 | ASP2 ASN3 TYR4 GLN5 GLU6 LEU7 ALA8 ILE9 GLN10 PHE11 ALA12 ALA13 GLN14 ALA15 VAL16 ASP17 ARG18 ASN19 GLU20 ILE21 GLU22 GLN23 TRP24 VAL25 ARG26 GLU27 PHE28 ALA29 TYR30 GLN31 GLY32 PHE33 ASP34 ALA35 ARG36 ARG37 VAL38 ILE39 GLU40 LEU41 LEU42 LYS43 GLN44 TYR45 GLY46 GLY47 ALA48 ASP49 TRP50 GLU51 LYS52 ASP53 ALA54 LYS55 LYS56 MET57 ILE58 VAL59 LEU60 ALA61 LEU62 THR63 ARG64 GLY65 ASN66 LYS67 PRO68 ARG69 ARG70 MET71 MET72 MET73 LYS74 MET75 SER76 LYS77 GLU78 GLY79 LYS80 ALA81 THR82 VAL83 GLU84 ALA85 LEU86 ILE87 ASN88 LYS89 TYR90 LYS91 LEU92 LYS93 GLU94 GLY95 ASN96 PRO97 SER98 ARG99 ASP100 GLU101 LEU102 THR103 LEU104 SER105 ARG106 VAL107 ALA108 ALA109 ALA110 LEU111 ALA112 GLY113 ARG114 THR115 CYS116 GLN117 ALA118 LEU119 VAL120 VAL121 LEU122 SER123 GLU124 TRP125 LEU126 PRO127 VAL128 THR129 GLY130 THR131 THR132 MET133 ASP134 GLY135 LEU136 SER137 PRO138 ALA139 TYR140 PRO141 ARG142 HIS143 MET144 MET145 HIS146 PRO147 SER148 PHE149 ALA150 GLY151 MET152 VAL153 ASP154 PRO155 SER156 LEU157 PRO158 GLY159 ASP160 TYR161 LEU162 ARG163 ALA164 ILE165 LEU166 ASP167 ALA168 HIS169 SER170 LEU171 TYR172 LEU173 LEU174 GLN175 PHE176 SER177 ARG178 VAL179 ILE180 ASN181 PRO182 ASN183 LEU184 ARG185 GLY186 ARG187 THR188 LYS189 GLU190 GLU191 VAL192 ALA193 ALA194 THR195 PHE196 THR197 GLN198 PRO199 MET200 ASN201 ALA202 ALA203 VAL204 ASN205 SER206 ASN207 PHE208 ILE209 SER210 HIS211 GLU212 LYS213 ARG214 ARG215 GLU216 PHE217 LEU218 LYS219 ALA220 PHE221 GLY222 LEU223 VAL224 ASP225 SER226 ASN227 GLY228 LYS229 PRO230 SER231 ALA232 ALA233 VAL234 MET235 ALA236 ALA237 ALA238 GLN239 ALA240 TYR241 LYS242 THR243 ALA244 ALA245 |
Unit 4 | ASP2 ASN3 TYR4 GLN5 GLU6 LEU7 ALA8 ILE9 GLN10 PHE11 ALA12 ALA13 GLN14 ALA15 VAL16 ASP17 ARG18 ASN19 GLU20 ILE21 GLU22 GLN23 TRP24 VAL25 ARG26 GLU27 PHE28 ALA29 TYR30 GLN31 GLY32 PHE33 ASP34 ALA35 ARG36 ARG37 VAL38 ILE39 GLU40 LEU41 LEU42 LYS43 GLN44 TYR45 GLY46 GLY47 ALA48 ASP49 TRP50 GLU51 LYS52 ASP53 ALA54 LYS55 LYS56 MET57 ILE58 VAL59 LEU60 ALA61 LEU62 THR63 ARG64 GLY65 ASN66 LYS67 PRO68 ARG69 ARG70 MET71 MET72 MET73 LYS74 MET75 SER76 LYS77 GLU78 GLY79 LYS80 ALA81 THR82 VAL83 GLU84 ALA85 LEU86 ILE87 ASN88 LYS89 TYR90 LYS91 LEU92 LYS93 GLU94 GLY95 ASN96 PRO97 SER98 ARG99 ASP100 GLU101 LEU102 THR103 LEU104 SER105 ARG106 VAL107 ALA108 ALA109 ALA110 LEU111 ALA112 GLY113 ARG114 THR115 CYS116 GLN117 ALA118 LEU119 VAL120 VAL121 LEU122 SER123 GLU124 TRP125 LEU126 PRO127 VAL128 THR129 GLY130 THR131 THR132 MET133 ASP134 GLY135 LEU136 SER137 PRO138 ALA139 TYR140 PRO141 ARG142 HIS143 MET144 MET145 HIS146 PRO147 SER148 PHE149 ALA150 GLY151 MET152 VAL153 ASP154 PRO155 SER156 LEU157 PRO158 GLY159 ASP160 TYR161 LEU162 ARG163 ALA164 ILE165 LEU166 ASP167 ALA168 HIS169 SER170 LEU171 TYR172 LEU173 LEU174 GLN175 PHE176 SER177 ARG178 VAL179 ILE180 ASN181 PRO182 ASN183 LEU184 ARG185 GLY186 ARG187 THR188 LYS189 GLU190 GLU191 VAL192 ALA193 ALA194 THR195 PHE196 THR197 GLN198 PRO199 MET200 ASN201 ALA202 ALA203 VAL204 ASN205 SER206 ASN207 PHE208 ILE209 SER210 HIS211 GLU212 LYS213 ARG214 ARG215 GLU216 PHE217 LEU218 LYS219 ALA220 PHE221 GLY222 LEU223 VAL224 ASP225 SER226 ASN227 GLY228 LYS229 PRO230 SER231 ALA232 ALA233 VAL234 MET235 ALA236 ALA237 ALA238 GLN239 ALA240 TYR241 LYS242 THR243 ALA244 ALA245 |
Unit 5 | U1 U2 U3 U4 U5 U6 U7 U8 U9 U10 U11 U12 U13 U14 |
Unit 6 | U1 U2 U3 U4 U5 U6 U7 U8 U9 U10 U11 U12 U13 U14 |
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 |