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Sequence, Chains, Asymmetric and Biological Units

Title THE COMPLEX STRUCTURE OF ATRM5 AND TRNACYS
Keywords PROTEIN-RNA COMPLEX, TRANSFERASE/RNA COMPLEX
Experiment X-ray diffraction
Number of Models  1

   Database       ID code    StatusCoordinate files
        Header     Asymmetric unit     Biological unit  
PDB   2ZZN     released     available     available     Quaternary Structure Server  
Asymmetric unit from PDB
 Unit     Type     Name   Chain ID   Residues   Atoms   Hetatoms 
1  Protein   UNCHARACTERIZED PROTEIN MJ0883  A 336 2747 0
2  Protein   UNCHARACTERIZED PROTEIN MJ0883  B 335 2739 0
3  RNA    C 71 1517 0
4  RNA    D 71 1517 0
5  Ligand   UNCHARACTERIZED PROTEIN MJ0883  A 1 0 27
6  Ligand   UNCHARACTERIZED PROTEIN MJ0883  B 1 0 27
7  Ligand   RNA (71-MER)  C 6 0 6
8  Ligand   RNA (71-MER)  D 1 0 1
9 Water     25 0 25
total       847 8520 86
Proteins
Unit 1 MET1 PRO2 LEU3 CYS4 LEU5 LYS6 ILE7 ASN8 LYS9 LYS10 HIS11 GLY12 GLU13 GLN14 THR15 ARG16 ARG17 ILE18 LEU19 ILE20 GLU21 ASN22 ASN23 LEU24 LEU25 ASN26 LYS27 ASP28 TYR29 LYS30 ILE31 THR32 SER33 GLU34 GLY35 ASN36 TYR37 LEU38 TYR39 LEU40 PRO41 ILE42 LYS43 ASP44 VAL45 ASP46 GLU47 ASP48 ILE49 LEU50 LYS51 SER52 ILE53 LEU54 ASN55 ILE56 GLU57 PHE58 GLU59 LEU60 VAL61 ASP62 LYS63 GLU64 LEU65 GLU66 GLU67 LYS68 LYS69 ILE70 ILE71 LYS72 LYS73 PRO74 SER75 PHE76 ARG77 GLU78 ILE79 ILE80 SER81 LYS82 LYS83 TYR84 ARG85 LYS86 GLU87 ILE88 ASP89 GLU90 GLY91 LEU92 ILE93 SER94 LEU95 SER96 TYR97 ASP98 VAL99 VAL100 GLY101 ASP102 LEU103 VAL104 ILE105 LEU106 GLN107 ILE108 SER109 ASP110 GLU111 VAL112 ASP113 GLU114 LYS115 ILE116 ARG117 LYS118 GLU119 ILE120 GLY121 GLU122 LEU123 ALA124 TYR125 LYS126 LEU127 ILE128 PRO129 CYS130 LYS131 GLY132 VAL133 PHE134 ARG135 ARG136 LYS137 SER138 GLU139 VAL140 LYS141 GLY142 GLU143 PHE144 ARG145 VAL146 ARG147 GLU148 LEU149 GLU150 HIS151 LEU152 ALA153 GLY154 GLU155 ASN156 ARG157 THR158 LEU159 THR160 ILE161 HIS162 LYS163 GLU164 ASN165 GLY166 TYR167 ARG168 LEU169 TRP170 VAL171 ASP172 ILE173 ALA174 LYS175 VAL176 TYR177 PHE178 SER179 PRO180 ARG181 LEU182 GLY183 GLY184 GLU185 ARG186 ALA187 ARG188 ILE189 MET190 LYS191 LYS192 VAL193 SER194 LEU195 ASN196 ASP197 VAL198 VAL199 VAL200 ASP201 MET202 PHE203 ALA204 GLY205 VAL206 GLY207 PRO208 PHE209 SER210 ILE211 ALA212 CYS213 LYS214 ASN215 ALA216 LYS217 LYS218 ILE219 TYR220 ALA221 ILE222 ASP223 ILE224 ASN225 PRO226 HIS227 ALA228 ILE229 GLU230 LEU231 LEU232 LYS233 LYS234 ASN235 ILE236 LYS237 LEU238 ASN239 LYS240 LEU241 GLU242 HIS243 LYS244 ILE245 ILE246 PRO247 ILE248 LEU249 SER250 ASP251 VAL252 ARG253 GLU254 VAL255 ASP256 VAL257 LYS258 GLY259 ASN260 ARG261 VAL262 ILE263 MET264 ASN265 LEU266 PRO267 LYS268 PHE269 ALA270 HIS271 LYS272 PHE273 ILE274 ASP275 LYS276 ALA277 LEU278 ASP279 ILE280 VAL281 GLU282 GLU283 GLY284 GLY285 VAL286 ILE287 HIS288 TYR289 TYR290 THR291 ILE292 GLY293 LYS294 ASP295 PHE296 ASP297 LYS298 ALA299 ILE300 LYS301 LEU302 PHE303 GLU304 LYS305 LYS306 CYS307 ASP308 CYS309 GLU310 VAL311 LEU312 GLU313 LYS314 ARG315 ILE316 VAL317 LYS318 SER319 TYR320 ALA321 PRO322 ARG323 GLU324 TYR325 ILE326 LEU327 ALA328 LEU329 ASP330 PHE331 LYS332 ILE333 ASN334 LYS335 LYS336
Unit 2 PRO2 LEU3 CYS4 LEU5 LYS6 ILE7 ASN8 LYS9 LYS10 HIS11 GLY12 GLU13 GLN14 THR15 ARG16 ARG17 ILE18 LEU19 ILE20 GLU21 ASN22 ASN23 LEU24 LEU25 ASN26 LYS27 ASP28 TYR29 LYS30 ILE31 THR32 SER33 GLU34 GLY35 ASN36 TYR37 LEU38 TYR39 LEU40 PRO41 ILE42 LYS43 ASP44 VAL45 ASP46 GLU47 ASP48 ILE49 LEU50 LYS51 SER52 ILE53 LEU54 ASN55 ILE56 GLU57 PHE58 GLU59 LEU60 VAL61 ASP62 LYS63 GLU64 LEU65 GLU66 GLU67 LYS68 LYS69 ILE70 ILE71 LYS72 LYS73 PRO74 SER75 PHE76 ARG77 GLU78 ILE79 ILE80 SER81 LYS82 LYS83 TYR84 ARG85 LYS86 GLU87 ILE88 ASP89 GLU90 GLY91 LEU92 ILE93 SER94 LEU95 SER96 TYR97 ASP98 VAL99 VAL100 GLY101 ASP102 LEU103 VAL104 ILE105 LEU106 GLN107 ILE108 SER109 ASP110 GLU111 VAL112 ASP113 GLU114 LYS115 ILE116 ARG117 LYS118 GLU119 ILE120 GLY121 GLU122 LEU123 ALA124 TYR125 LYS126 LEU127 ILE128 PRO129 CYS130 LYS131 GLY132 VAL133 PHE134 ARG135 ARG136 LYS137 SER138 GLU139 VAL140 LYS141 GLY142 GLU143 PHE144 ARG145 VAL146 ARG147 GLU148 LEU149 GLU150 HIS151 LEU152 ALA153 GLY154 GLU155 ASN156 ARG157 THR158 LEU159 THR160 ILE161 HIS162 LYS163 GLU164 ASN165 GLY166 TYR167 ARG168 LEU169 TRP170 VAL171 ASP172 ILE173 ALA174 LYS175 VAL176 TYR177 PHE178 SER179 PRO180 ARG181 LEU182 GLY183 GLY184 GLU185 ARG186 ALA187 ARG188 ILE189 MET190 LYS191 LYS192 VAL193 SER194 LEU195 ASN196 ASP197 VAL198 VAL199 VAL200 ASP201 MET202 PHE203 ALA204 GLY205 VAL206 GLY207 PRO208 PHE209 SER210 ILE211 ALA212 CYS213 LYS214 ASN215 ALA216 LYS217 LYS218 ILE219 TYR220 ALA221 ILE222 ASP223 ILE224 ASN225 PRO226 HIS227 ALA228 ILE229 GLU230 LEU231 LEU232 LYS233 LYS234 ASN235 ILE236 LYS237 LEU238 ASN239 LYS240 LEU241 GLU242 HIS243 LYS244 ILE245 ILE246 PRO247 ILE248 LEU249 SER250 ASP251 VAL252 ARG253 GLU254 VAL255 ASP256 VAL257 LYS258 GLY259 ASN260 ARG261 VAL262 ILE263 MET264 ASN265 LEU266 PRO267 LYS268 PHE269 ALA270 HIS271 LYS272 PHE273 ILE274 ASP275 LYS276 ALA277 LEU278 ASP279 ILE280 VAL281 GLU282 GLU283 GLY284 GLY285 VAL286 ILE287 HIS288 TYR289 TYR290 THR291 ILE292 GLY293 LYS294 ASP295 PHE296 ASP297 LYS298 ALA299 ILE300 LYS301 LEU302 PHE303 GLU304 LYS305 LYS306 CYS307 ASP308 CYS309 GLU310 VAL311 LEU312 GLU313 LYS314 ARG315 ILE316 VAL317 LYS318 SER319 TYR320 ALA321 PRO322 ARG323 GLU324 TYR325 ILE326 LEU327 ALA328 LEU329 ASP330 PHE331 LYS332 ILE333 ASN334 LYS335 LYS336
Nucleic acids
Unit 3 G1 C2 C3 G4 G5 G6 G7 U8 A9 G10 U11 C12 U13 A14 G15 G16 G18 G19 C20 U21 A22 G23 G24 C25 A26 G27 C28 G29 G30 A31 C32 U33 G34 C35 A36 G37 A38 U39 C40 C41 G42 C43 C44 U45 U46 A47 C48 G49 U50 G51 G52 G53 U54 U55 C56 A57 A58 A59 U60 C61 C62 C63 A64 C65 C66 C67 C68 C69 G70 G71 C72
Unit 4 G1 C2 C3 G4 G5 G6 G7 U8 A9 G10 U11 C12 U13 A14 G15 G16 G18 G19 C20 U21 A22 G23 G24 C25 A26 G27 C28 G29 G30 A31 C32 U33 G34 C35 A36 G37 A38 U39 C40 C41 G42 C43 C44 U45 U46 A47 C48 G49 U50 G51 G52 G53 U54 U55 C56 A57 A58 A59 U60 C61 C62 C63 A64 C65 C66 C67 C68 C69 G70 G71 C72
Ligands
Unit 5 SAM401
Unit 6 SAM402
Unit 7 MG101 MG102 MG103 MG104 MG105 MG106
Unit 8 MG201
Chirality of ribose and phosphate atoms

Check the naming of phosphate and ribose substituents. Recommended for phosphate oxygens and for ribose hydrogens in NMR structures.

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Perl script:    PDBscan.pl  (15 Sep 2016)
Author:    Peter Slickers  (slickers@leibniz-fli.de),  IMB Jena,  Germany